Abstract
In accordance with one embodiment of the present invention, a method of multi-use multi-vision modular covers comprising of aggregating multiple devices into physical meshes and virtual networks where devices exchange multi-source data transactions and transmissions between meshed devices to project on their respective screens the exchanged images, videos, and/or visual adjustments to produce multiple video See Through streams between meshed devices in static states and/or in motion. In a preferred embodiment, the invention is combination of devices, cameras, and/or screens that produce See-Through video streams with enhancements to hide, protect, and sustain modular permutations of invisible armors, invisible cloaks, invisible vehicles, invisible crafts, invisible land drones, invisible flying drones, invisible camo nettings, and other invisible configurations managed by manager-of-manager portal platforms that can provision, manage, and monitor all these configurations and deployments during a battle while producing synergies of invisible combined arms tactics to defeat the enemies of God.
Claims
1. Method of multi-use multi-vision modular invisible covers comprising of: aggregating a plurality of displays, cameras, and/or devices into physical meshes and virtual networks where the cameras, displays, and/or devices exchange data transactions from multiple sources and transmissions between meshed cameras, displays, and/or devices to project on their respective screens the exchanged images, videos, and/or visual adjustments to produce multiple video stream See-Through effects between meshed cameras, displays, and/or devices; live See-Through video streams and/or previously recoded See-Through video streams that adjust, re-adjust, and/or compensate within any invisibility configuration between the meshed cameras, displays, and/or devices as those displays, cameras, and/or devices move, reform, bend, overlap, twist, turn, travel, spin, rotate, flex, detach, attach, break, damage, swing in opposite directions, and/or change positions; the ability to create multiple configurations and reconfigurations from the plurality of cameras, displays, and/or devices that create a range of invisible cover permutations such as light invisibility cloaks, invisible personal body armors, invisibility craft armors, invisible camo netting, invisible drones, invisible bunkers, and more per deployment; the ability to synch any camera, display, and/or device into an invisibility deployment and/or invisibility configuration by remote access, preset set by user/s, manually added locally by user, and/or by auto proximity in order to replace, cannibalize, and/or reinforce any invisibility configuration and/or deployment;
2. A multi-use multi-vision modular invisible covers method of claim 1, wherein the displays, cameras, and/or devices protect the user, craft, entity, building, and/or equipment from harm by reinforcing all or some plurality of cameras, displays, and/or devices with alloys and/or non-alloys elements within any configuration and/or deployment.
3. An multi-use multi-vision modular invisible covers method of claim 1, wherein the displays, cameras, and/or devices with network redundancies of Wi-Fi, Bluetooth, ethernet, micro waves, radio waves, other cabled technology, and/or wireless technologies within the plurality of cameras, displays, and/or devices to ensure self-correcting See-Through video streams, multiple camera sharing, quality of service, network availability, and/or correct operator mistakes.
4. A multi-use multi-vision modular invisible covers types method of claim 1, wherein the displays, cameras, and/or devices are enabled to create multiple pre-fabricated See-Through video streams ready to replace the previous See-Through video stream upon failure, which can be activated individually, tiered, partially, triggered, and/or simultaneously per invisibility configuration per deployment.
5. A multi-use multi-vision modular invisible covers method of claim 1, wherein the displays, cameras, and/or devices are enhanced with the ability to create multiple invisibility configurations from the plurality of cameras, displays, and/or devices ranging from preset forms to ad hoc designs to self-learning per deployment.
6. A multi-use multi-vision modular invisible covers method of claim 1, wherein the displays, cameras, and/or devices are reinforced displays, cameras, and/or devices with water-proofing materials and/or covers to handle several ranges of ATM and Ingression Protection in fresh water and salt water, anti-fogging materials and/or covers, weather-proofing materials and/or covers to handle hot desert climates and cold winter climates, and/or outer space-proofing materials and/or covers zero gravity.
7. A multi-use multi-vision modular invisible covers method of claim 1, wherein the displays, cameras, and/or devices are enhanced with the ability to integrate multiple helmets, e-wearables, custom devices, accessories, flexible materials, and/or other equipment to any invisibility configuration.
8. A multi-use multi-vision modular invisible covers method of claim 1, wherein the displays, cameras, and/or devices are enhanced with the ability to connect to external networks and/or peer local networks to improve accuracy, reception, and/or share resources within the invisibility configurations and/or deployments.
9. A multi-use multi-vision modular invisible covers method of claim 1, wherein the displays, cameras, and/or devices are enhanced with video streaming proximity-sharing technology using daisy-chaining methods to ensure See-Through video streaming among displays, cameras, and/or devices between and/or across different configurations and/or deployments.
10. A multi-use multi-vision modular invisible covers method of claim 1, wherein the displays, cameras, and/or devices are enhanced multiple settings to provide full invisibility, partial invisibility, solar charging, power saving, pairing, off, and/or other settings per configuration per deployment.
11. A multi-use multi-vision modular invisible covers method of claim 1, wherein the displays, cameras, and/or devices are enhanced command and control mechanisms for the user of any invisibility configuration with multiple commands options including voice commands, motion commands, touch commands, remote commands, and/or GUIs commands.
12. A multi-use multi-vision modular invisible covers method of claim 1, wherein the displays, cameras, and/or devices are enhanced with air conditioning units, pumps, heat sinks, fans, coolants, heaters, thermal pastes, and/or coils in order to match, rise, or reduce the thermal heat signals of user, drone, craft, and/or building to the local environment with any invisibility configuration and/or deployment.
13. A multi-use multi-vision modular invisible covers method of claim 1, wherein the displays, cameras, and/or devices are enhanced with illumination controls that match or reduce the light of local environment, user, drone, and/or craft by enhancing the displays, cameras, and/or devices with light-neutral materials, by absorbing light with the displays, cameras, and/or devices, and/or by adjusting light within the displays, cameras, and/or devices of any configuration and/or deployment.
14. A multi-use multi-vision modular invisible covers method of claim 1, wherein the displays, cameras, and/or devices are enhanced with high density lead alloys and/or other materials that neutralize the x-ray signals and gamma radiations send to any configuration and/or deployment.
15. A multi-use multi-vision modular invisible covers method of claim 1, wherein the displays, cameras, and/or devices are enhanced with power-sharing technology using daisy-chaining powering methods, battery alloy-reinforcements, craft powered, generator powered, and/or solar-power add-ons to any configuration and/or deployment.
16. A multi-use multi-vision modular invisible covers method of claim 1, wherein the displays, cameras, and/or devices are enhanced active noise controls to cancelling or reducing any noises produce by swarms invisible flying drones, vehicles, and/or human sounds produced by any user/s with any invisibility configuration and/or deployments.
17. A multi-use multi-vision modular invisible covers method of claim 1, wherein the displays, cameras, and/or devices are enhanced cancelling or reducing sonar pulses sound waves with active noise controls produce by watercraft equipped with water-proof depth-proof cameras, displays, and/or devices with water-proof depth-proof speakers.
18. A multi-use multi-vision modular invisible covers method of claim 1, wherein the displays, cameras, and/or devices coordinate to project messages, create light flashes to blind the enemy, display colors, show camouflage patterns, and/or distorted images when creating confusing, blending with terrain, and/or creating fear becomes priority, and See-Through video streaming is no longer practical.
19. A multi-use multi-vision modular invisible covers method of claim 1, wherein the displays, cameras, and/or devices can operate in decentralized fashion, centralized fashion, and/or a combination both centralized and decentralized fashion within any configuration and/or deployment.
20. A multi-use multi-vision modular invisible covers method of claim 1, wherein any device can be segregated from an invisibility configuration and the user adds flight technology to the segregated device within an invisibility configuration to deploy short-range invisible drone scout.
21. A multi-use multi-vision modular invisible covers method of claim 1, wherein the displays, cameras, and/or devices are added to drones with flight technology that can deployed into flying invisible defensive walls swarm formations and with the ability to combine with any invisibility configuration and/or deployment.
22. A multi-use multi-vision modular invisible covers method of claim 1, wherein the displays, cameras, and/or devices are added to drones with land transportation technology that can be deployed into land invisible defensive walls formations and with the ability to combine with any invisibility configuration and/or deployment.
23. A computer-implemented invisibility software platform portal of data and video exchanging that produces and sustains the multi-use multi-vision modular invisible covers, which; a) provides a network portal to onboard and provision displays, cameras, devices and/or users into their respective networks, configurations, directories, and/or settings. b) provides a data exchanging platform for plurality of displays, cameras, and/or devices to manage data, listen and receive, validations, tests, sort, select, triggers, and/or commands within respective networks. c) provides a video brokering platform for plurality of displays, cameras, and/or devices to trade video streams, data, overlapping video streams, and image adjustment mechanisms. d) prevents displays, cameras, and/or devices from failure and, upon failure, image compensations by using rules, devices, and mechanisms to test, qualify, combined, and/or correct the video streams. e) consists of one or more displays, cameras, devices, remote server environments, data lakes, and/or a decentralized P2P network within the invisible device networks.
24. A computer-implemented multi-use multi-vision modular invisible covers method of claim 1, wherein the data and video provided by the displays, cameras, and/or devices is selected and distributed in accordance with standard IT protocols, geo-location tables, proximity tables, pixelation tables, temperature tables, rule algorithms, illumination tables, Administrative Distances, elevation tables, conditions, battery levels, preset filters, error correction controls, workflows, trigger mechanisms, personalized settings, user directories, command settings, and/or an associated meta tags.
25. A computer-implemented multi-use multi-vision modular invisible covers method of claim 1, further including providing Camera Sharing management through the video brokering platform to coordinate the device's cameras and displays for image distribution, video stream See-Through polarizing methods, video stream overlapping, light reflection distribution, pre-fabricated video instances, light redirection distribution, light abstraction distribution, light flashes, image distortions, visual messages, camera troubleshooting, video replays, and/or other video management methods.
26. A computer-implemented multi-use multi-vision modular invisible covers method of claim 1, further including invisibility deployment triggers methods, which are light-based, time-based, command-based, thermal-based, x-ray based, pixilation-based, battery-based, geofenced-based, sound-based, radar-based, sonar-based, preset-based, illumination-based, and/or data-based through the video brokering platform and/or portals.
27. A computer-implemented multi-use multi-vision modular invisible covers method of claim 1, further including data treatment methods for multiple data sources, which are encryption, encapsulation, decapsulation, block-chain, and/or time-limits.
28. A computer-implemented multi-use multi-vision modular invisible covers method of claim 1, further including storage methods for multiple data sources and delivery methods by multiple wired and/or wireless ports within each invisibility deployment and/or a plurality of devices.
29. A computer-implemented multi-use multi-vision modular invisible covers method of claim 1, further including methods for tracking, managing, and reporting device/s' and user/s' temperatures, heat signals, night vision gamma energy, light absorption, light reflection, enemy positions, light redirection, x-ray interactions, sonar detection, radar detection, and/or noise levels.
30. A computer-implemented multi-use multi-vision modular invisible covers method of claim 1, wherein the manager-of-manager portal platform can provision, manage, and monitor billions of invisible endpoints, devices, cameras, displays, invisible users, invisible vehicles, invisible crafts, invisible cloaks, invisible land drones, invisible flying drones, invisible water drones, invisible camo nettings, and invisible configurations and can be operated by a third-party service provider to offers invisibility deployments using these platforms.
Description
BRIEF DESCRIPTION OF THE DRAWINGS
[0037] For more a complete understanding of example embodiments of the present invention, reference is now made to the following descriptions taken regarding the accompanying drawing in which:
[0038] FIG. 1 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for an invisible personal body modular armor type, which consist of the multiple smart devices (User EquipmentUE) meshed on a basic body armor with groin protection. All devices are connected transmitting video streams to the polar-opposite devices in order to create a See-Through effect. The invention can have methods to correct camera problems, such as damages. This correction allows the other devices to send and collect the video stream from other devices and pick the best video to stream; and/or create a new image based on the images from other cameras, as shown with Image 1 and Image 2, when several cameras from those UEs share and process the best video stream to be transmitted. The armors can consist of different UE types and it is assumed that the UE can be a combination of generic commercial devices, custom commercial devices, and/or military-grade devices.
[0039] FIG. 2 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for an invisible personal modular cloak armor type, which consist of the multiple smart devices meshed on a basic body armor with groin protection. All devices are connected transmitting video streams to the polar-opposite devices in order to create a See-Through effect. The invention can have methods to ensure multiple connections between different UE to create mediums, such as Wi-Fi, Ethernet, Bluetooth, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for image exchanges.
[0040] FIG. 3 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for an invisible personal modular cloak type, which consist of the multiple smart devices meshed to around a protective blanket netting surrounding a basic body armor with groin protection enhanced with UE. All devices are connected transmitting video streams to the polar-opposite devices in order to create a See-Through effect. These combinations UE and separate configuration can and should harmonize and synchronize to ensure the quality of the See-Through effect. The invention can have methods to ensure multiple connections between different UE to create mediums, such as Wi-Fi, Ethernet, Bluetooth, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for image exchanges. The invisible modular cloak types can consist of different UE types and it is assumed that the UE can be a combination of generic commercial devices, custom commercial devices, and/or military-grade devices.
[0041] FIG. 4 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for mix combination of invisible personal body modular armor type and invisible personal modular cloak type, which consists of the multiple smart devices, cameras, and displays meshed to around a protective blanket netting. All devices are connected transmitting video streams to the polar-opposite devices in order to create a See-Through effect. The invention can have methods to ensure multiple connections between different UE to create mediums, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for image exchanges. The invisible modular armor and cloak types can consist of different UE types and it is assumed that the UE can be a combination of generic commercial devices, custom commercial devices, and/or military-grade devices.
[0042] FIG. 5 represents a simplified possible schematic embodiment of the invention describing a system implementation of the two smartphone UE sharing images and video streams between two polar-opposite UE to create and illustrate a simplified See-Through Effect via video image exchanges. The invention can have methods to ensure multiple connections between different UE to create mediums, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for image exchanges.
[0043] FIG. 6 represents a simplified possible schematic embodiment of the invention describing a system implementation of the two smart watches UE sharing images and video streams between two polar-opposite UE to create and illustrate a simplified See-Through Effect via video image exchanges. The invention can have methods to ensure multiple connections between different UE to create mediums, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for image exchanges.
[0044] FIG. 7 represents a simplified possible schematic embodiment of the invention describing a system implementation of the two smart devices UE sharing images and video streams between two polar-opposite UE to create and illustrate a simplified See-Through Effect via video image exchanges. The two UE are placed back to back to illustrate a side view of the See-Through Effect. The invention can have methods to ensure multiple connections between different UE to create mediums, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for image exchanges.
[0045] FIG. 8 represents a simplified possible schematic embodiment of the invention describing a system implementation of the multiple smart devices UE on a personal body armor and sharing video image streams between multiple polar-opposite UE to create and illustrate a simplified See-Through Effect via video image exchanges. The multiple UE are placed back to back to illustrate a side view of the See-Through Effect. The multiple UE share cameras to capture images to ensure quality and video redundancy of the invisibility. The invention can have methods to ensure multiple connections between different UE to create mediums, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for image exchanges.
[0046] FIG. 9 represents a simplified possible schematic embodiment of the invention describing a system implementation of the multiple smart devices UE and a technical network configuration for sharing video image streams between multiple polar-opposite UE to create and illustrate a simplified See-Through Effect via video image exchanges. The multiple UE are placed back to back to illustrate a side view of the See-Through Effect. The multiple UE share cameras to capture images to ensure quality and video redundancy of the invisibility and when a UE become disabled or broken, the other UE share images to compensate based on the sorting and selection methods and criteria in order to choose which cameras to broadcast to which displays, which is what is referred to as Self-Correcting Video Streams. The invention can have methods to ensure multiple connections between different UE to create mediums, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for image exchanges. This configuration shows the VLANs with a variety of direct lines with Administrative Distances of 0, which upon damage, a new route and thus a new VLAN would be choosing to assist the methods of Self-Correcting Video Streams.
[0047] FIG. 10 represents a simplified possible schematic embodiment of the invention describing a system implementation of the two smart devices UE sharing the same images and video streams between two polar-opposite UE to create duplication and quickly support See-Through Effect exchanges via video image exchanges. The two UE are placed back to back to illustrate a side view of the See-Through Effect while equipped with modular layer systems. This dual variant can unify two UE to be a single unit for poke-oke redundancy if the user installed the UE incorrectly; or one side of dual UE's display is damaged, the dual UE can be flipped as a quick replacement. The invention can have methods to ensure multiple connections between different UE to create mediums, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for image exchanges. This dual UE example, the modular layer system can consist of an armor layer, which can be alloys, non-alloys, and/or a combination of both. Another layer can consist of a slap of metallic lead to stop any x-rays. Another layer can consist of the battery energy layer where batteries, solar-power panels, wireless charging units, and/or other energy battery technology can be implemented. An Air Conditioning Layer (ex. coils) can be added if thermal neutralizing is needed and/or cooling the user and/or craft. The layers can be changed and added accordingly. Ideally, the layers should be able to be installed, configured, and reconfigured by the user with ease.
[0048] FIG. 11 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for invisible personal body modular armor type, which consist of the multiple dual devices meshed on a heavy body armor variant. In this heavy armor variant, all dual UE with Modular Layer System are connected and transmitting video streams to the polar-opposite devices in order to create a See-Through effect. The invention can have methods to correct camera problems, such as damages. This correction allows the other devices to send and collect the video stream from other devices and pick the best video to stream; and/or create a new image based on the images from other cameras when several cameras from those UEs share and process the best video stream to be transmitted. The invisible modular armor types can consist of different UE types and it is assumed that the UE can be a combination of generic commercial devices, custom commercial devices, and/or military-grade devices.
[0049] FIG. 12 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for an invisible personal body modular armor type, which consists of the multiple dual UE meshed on a heavy body armor with groin protection, an invisible heavy Kevlar helmet variant, and network equipment to create a 100% mobile network making it independent of Telcom communications. In this heavy armor variant, all dual UE with Modular Layer System are connected transmitting video streams to the polar-opposite devices in order to create a See-Through effect. The invention can have methods to correct camera problems, such as damages. This correction allows the other devices to send and collect the video stream from other devices and pick the best video to stream; and/or create a new image based on the images from other cameras when several cameras from those UEs share and process the best video stream to be transmitted. The invisible modular armor types can consist of different UE types and it is assumed that the UE can be a combination of generic commercial devices, custom commercial devices, and/or military-grade devices.
[0050] FIG. 13 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for an invisible personal body modular armor types with modular invisible shields, which consist of the multiple dual UE meshed on a police body armor with groin protection. In this police armor variant, all dual UE with Modular Layer System are connected transmitting video streams to the polar-opposite devices in order to create a See-Through effect. The invention can have methods to correct camera problems, such as damages. This correction allows the other devices to send and collect the video stream from other devices and pick the best video to stream; and/or create a new image based on the images from other cameras when several cameras from those UEs share and process the best video stream to be transmitted. The UE display can project messages upon the displays of the devices. The invisible modular armor types can consist of different UE types and it is assumed that the UE can be a combination of generic commercial devices, custom commercial devices, and/or military-grade devices. The FIGURE focuses more on illustrating the use of generic modular UE to create invisible personal body armor types.
[0051] FIG. 14 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for an invisible personal body modular armor types with custom invisible shields, which consist of the multiple dual UE meshed on a police body armor with groin protection. In this police armor variant, all dual UE with Modular Layer System are connected transmitting video streams to the polar-opposite devices in order to create a See-Through effect. The invention can have methods to correct camera problems, such as damages. This correction allows the other devices to send and collect the video stream from other devices and pick the best video to stream; and/or create a new image based on the images from other cameras when several cameras from those UEs share and process the best video stream to be transmitted. The UE display can project messages upon the displays of the devices. The invisible armor types can consist of different UE types and it is assumed that the UE can be a combination of generic commercial devices, custom commercial devices, and/or military-grade devices. The FIGURE focuses more on illustrating the use of custom UE to mix with generic UE to create invisible personal body armor types.
[0052] FIG. 15 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for mix combination of invisible personal body modular armor type and invisible personal modular cloak type, which consist of the multiple UE and dual UE meshed to around a protective blanket netting, a heavy body armor variant, a custom invisible shield, and an invisible medium Kevlar helmet variant. All devices are connected transmitting video streams to the polar-opposite devices in order to create a See-Through effect. The invention can have methods to ensure multiple connections between different UE to create mediums, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for image exchanges. The combination can consist of different UE types and it is assumed that the UE can be a combination of generic commercial devices, custom commercial devices, and/or military-grade devices.
[0053] FIG. 16 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for mix combination of invisible personal body modular armor type and invisible personal modular cloak type, which consist of the multiple UE and dual UE meshed to around a protective blanket netting and a heavy body armor variant. In this case, the user can use an UE (or any UE, ideally) to configure the user's invisible armor and invisible cloak combination. All devices are connected transmitting video streams to the polar-opposite devices in order to create a See-Through effect. Using the limited version of the invisibility portal, the user can select a Power Saving mode could reduce or stop the transmissions between UE in the configurations to save power and battery. Or the user could choose Full Invisibility mode to command all UE types and mixes to harmonize and synch their respective UE cameras. Besides a simple GUI to perform these and more commands, the User can execute Voice and Motion commands, but not ideal in stealth operations, where stillness and silence is critical. The invention can have methods to ensure multiple connections between different UE to create mediums, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for image exchanges. The cloaks and armors can consist of different UE types and it is assumed that the UE can be a combination of generic commercial devices, custom commercial devices, and/or military-grade devices.
[0054] FIG. 17 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for software administration portal to mix combination of invisible personal body modular armor type, UE, groups, users, invisible personal modular cloak types, invisible vehicular modular armors, invisible modular drones, invisible modular flying walls, and other UE and/or custom configurations. In this case, the user can be an administrator utilizing an UE to configure, manage, test, and/or provision all of the combinations mentioned previously to deploy Invisibility Combined Arms. With these portals, all configuration can be uniquely grouped and connected to transmit video streams to the polar-opposite devices and thus create a See-Through effect in individual configuration to massive scales of multiple configurations into deployments. In this example, the Administrator should be able Upgrade and provision a new Helmet UE on a User quickly and easily with a simple UI commands. Voice and motion commands could be used, but not ideal in tactical environments. Power Saving mode could reduce or stop the transmissions between UE in the configurations to save power and battery. Or the user could choose Full Invisibility mode to command all UE types and mixes to harmonize and synch their respective UE cameras. The invention can have methods to ensure multiple connections between different UE to create mediums, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for image exchanges. The cloaks can consist of different UE types and it is assumed that the UE can be a combination of generic commercial devices, custom commercial devices, and/or military-grade devices.
[0055] FIG. 18 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for mix combination of invisible modular flying drone types, both light and heavy styles. These flying drones are equipped with UE types. All devices are connected transmitting video streams to the polar-opposite devices in order to create a See-Through effect. The invention can have methods to ensure multiple connections between different UE to create mediums, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for image exchanges. The combination can consist of different UE types and it is assumed that the UE can be a combination of generic commercial devices, custom commercial devices, and/or military-grade devices. The user can be a local user, a remote user, auto-programmed, and/or connected to a swarm technology software. Besides a simple GUI, Voice and Motion commands could be used by user and administrator on the invisible flying modular drones, but not ideal in tactical environments.
[0056] FIG. 19 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for multiple combinations of invisible modular flying drone types, both light and heavy style, and a mix of invisible armor and cloak type. These flying drones are equipped with UE types. All UEs are connected transmitting video streams to the polar-opposite devices in order to create a See-Through effect. In this example, the invisible modular flying drone types use the invention and methods daisy chain communications to ensure multiple connections between different UE to create mediums, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for image exchanges. The combination can consist of different UE types and it is assumed that the UE can be a combination of generic commercial devices, custom commercial devices, and/or military-grade devices. The user can be a local user, an remote user, auto-programmed, and/or connected to a swarm technology software. The illustration focuses on stretching the formations and still retain connectivity between all UE. Besides a simple GUI, Voice and Motion commands could be used by user and administrator on the invisible flying modular drones, but not ideal in tactical environments.
[0057] FIG. 20 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for massive combinations of invisible modular flying drone types, both light and heavy styles in order to create a flying invisibility wall that quickly protect and hide whatever is behind them. These flying drones are equipped with UE types. All UEs are connected transmitting video streams to the polar-opposite devices in order to create a See-Through effect. In this example, the invisible modular flying drone types use the invention and methods daisy chain communications to ensure multiple connections and synchronization between different UE to create mediums, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for image exchanges. The combination can consist of different UE types and it is assumed that the UE can be a combination of generic commercial devices, custom commercial devices, and/or military-grade devices. The user can be a local user, a remote user, auto-programmed, and/or connected to a swarm technology software. The illustration focuses on stretching the formations and still retain connectivity between all UE. Besides a simple GUI, Voice and Motion commands could be used by user and administrator on the invisible flying modular drones, but not ideal in tactical environments.
[0058] FIG. 21 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for a combinations of invisible modular flying drone types, both light and heavy style, and an invisible modular armor cloak mix in order to create a flying invisibility personal wall (at least, for additional protection) that quickly protects and hide the user. These flying drones are equipped with UE types. All UEs are connected transmitting video streams to the polar-opposite devices in order to create a See-Through effect. Besides protection, the user can order the invisible modular flying drone types to scout in front of the user for safety and reduce exposure. The invisible modular flying drone types use the invention and methods daisy chain communications to ensure multiple connections between different UE to create video stream exchanges, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for image exchanges. The combination can consist of different UE types and it is assumed that the UE can be a combination of generic commercial devices, custom commercial devices, and/or military-grade devices. The user can be a local user, a remote user, auto-programmed, and/or connected to a swarm technology software. The illustration focuses on stretching the formations and still retain connectivity between all UE. In such formations, the buzzing sounds of invisible flying drones would be obvious to human ears. Thus, for tactical reasons, Active noise control (ANC) technologies, also known as noise cancellation, or active noise reduction (ANR) will likely be required to reduced unwanted sound, which can be countered with the UE's speakers, the UE's voice receivers, and/or other enhancements.
[0059] FIG. 22 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for an invisible modular craft light armor type, which can consist of a multiple and mixed single UE and dual UE meshed on a helicopter. In this light armor variant, all variants of UE with Modular Layer System are connected transmitting video streams to the polar-opposite devices in order to create a See-Through effect. In this case, this invisible modular craft light armor type should attempt to hide or reduce the visual exposure of the helicopter. The invention can have methods to correct camera problems, such as damages. This correction allows the other devices to send and collect the video stream from other devices and pick the best video to stream; and/or create a new image based on the images from other cameras when several cameras from those devices share and process the best video stream to be transmitted. This system of video image correction will be critical in a case of fast-moving crafts, such as helicopters, airplanes, space craft, PT-boats, etc. . . . . These problems are more prevent in Telcom2Telcom video streaming, which can be UE sending video stream to ISP 1 tower, ISP 1 tower to ISP 1 data center via Fiber, then to the next ISP 1 data center via Fiber to ISP 2 data center via Fiber, ISP 2 data center to ISP 2 tower, and finally, ISP 2 tower to second UE. Whereas a UE can send a signal to another UE via Wi-Fi and/or Bluetooth reducing the data hops. For that very reason, variants of the invention likely to require multiple methods to ensure multiple connections between different UE to create mediums, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for image exchanges. The invisible modular craft armor types can consist of different UE types and it is assumed that the UE can be a combination of generic commercial devices, custom commercial devices, and/or military-grade devices.
[0060] FIG. 23 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for an invisible modular craft light armor type, which can consist of a multiple and mixed single UE and dual UE meshed on a helicopter; and a wall of invisible flying drones in a protective formation around the helicopter. In this light armor variant, all variants of UE with Modular Layer System are connected transmitting video streams to the polar-opposite devices in order to create a See-Through effect. In this case, this invisible modular craft light armor type should attempt to hide or reduce the visual exposure of the helicopter; while the invisible flying drones wall formations provide additional protection and features around the helicopters via invisibility combined arms. Due to the discrepancy of helicopter turbine power versus simple drone propellers, the invisible flying wall formations of modular drones will likely be implemented as defensive postures; slow infantry support; and/or helicopter take-offs and arrivals to helipads to hide and/or protect the helicopters during hovering exposure, but with enough distance to stop any UE from become safety hazard to the helicopter and the crew. Such safety enhancements can be programmed. In addition, due to the nature of sharing cameras between UE, developers with administration access can link this feature to the defense and attack systems of any craft, in this example, a helicopters' defense flying wall defenses and a counter anti-missile defense system. The invention can have methods to correct camera problems, such as damages. This correction allows the other devices to send and collect the video stream from other devices and pick the best video to stream; and/or create a new image based on the images from other cameras when several cameras from those UEs share and process the best video stream to be transmitted. This system of video image correction will be critical in a case of fast-moving crafts, such as helicopters, airplanes, space craft, etc. . . . . These problems are more obvious in Telcom2Telcom video streaming, which can be UE sending video stream to ISP 1 tower, ISP 1 tower to ISP 1 data center via Fiber, then to the next ISP 1 data center via Fiber to ISP 2 data center via Fiber, ISP 2 data center to ISP 2 tower, and finally, ISP 2 tower to second UE. Whereas a UE can send a signal to another UE via Wi-Fi and/or Bluetooth reducing the data hops. For that very reason, variants of the invention likely to require multiple methods to ensure multiple connections between different UE to create mediums, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for image exchanges.
[0061] FIG. 24 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for invisible modular craft armor types modified to civilian tractor vehicles to form invisible mobile wall formations, which consist of mounting multiple large custom heavy variant dual UE. All UE are connected transmitting video streams to the polar-opposite devices in order to create a See-Through effect. In this case, UE attached on the back of the civilian tractor cab has been configured to exchange signals with the invisible modular craft type mounted. This example focuses on mixing the modularity and custom types to mobilize civilian transports and civilian machinery for civic defense efforts. Such civilian vehicle mobilization can be used as quick fortifications of areas of operations and simple invisible city walls to hide civilian populations from the rage of war.
[0062] FIG. 25 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for mix combination of invisible personal body modular armor types, invisible module craft armor types, and invisible personal modular cloak type, invisible modular flying drone variants, and other invisible configuration deployments which consist of the multiple UE and dual UE meshed to around a protective blanket netting, a body armor variants, a custom invisible shield, drones, an invisible Kevlar helmet variants, helicopters, and more. All devices are connected transmitting video streams to the polar-opposite devices in order to create a See-Through effect. The invention can have methods to ensure multiple connections between different UE to create mediums, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for image exchanges. In this case, all the different invisibility configurations should enable any unit level commander to perform Invisibly Combined Arms to support infantry advancements via the help of an admin portal. The combination can consist of different UE types and it is assumed that the UE can be a combination of generic commercial devices, custom commercial devices, and/or military-grade devices. In such massive formations, the buzzing sounds of thousands of invisible flying drones, helicopter turbines, loud civilian tractors, and/or human military moment would be obvious to human ears. Thus, for tactical reasons, Active noise control (ANC) technologies, which can be countered with the UE's speakers, the UE's voice receivers, and/or other enhancements.
[0063] FIG. 26 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for mix combination of invisible modular body armor types, invisibility cloaks, and an invisibility modular drones in an Invisible Hyper-Modular format where the UE have been miniaturized by technological advancements and manage via an embodiment of the invisibility portal with MoM HCS-style module to handles millions of endpoints and video streams exchanges supported by multiple broadcast channels from Bluetooth, Wi-Fi, Telecoms, Ethernet mods, and more.
[0064] FIG. 27 represents a simplified possible schematic workflow of the invention describing the methods, system, and apparatus for interactions between the software administration portal and a mix combination of invisible personal body modular armor type, devices, e-wearables, groups, users, invisible personal modular cloak types, invisible vehicular modular armors, invisible modular drones, invisible modular flying walls, video stream exchange reconfiguration and other UE configurations and/or custom configurations based on criteria, logic conditions, sorting actions, port switching between video streams, and quality testing within the portal's environment and the respective UE. In this case, any User can grab an UE and quickly become Invisibility Administrator; and now utilizing an UE 101 (or any, ideally) to update the Criteria 1.
GLOSSARY
[0065] The person skilled in the art knows that terms such as invisibility, covers, body armor, cameras, streaming, displays, devices, smart devices, e-wearables, synchronizing and exchanging video sessions, batteries, profiles of users, organizations, or companies and other elements that are stored on non-volatile memory in a computer machine or server. Informally, throughout the present patent application, these and other terms might sometimes be used as proxies for users, companies and/or organizations that are linked to datagram/s. Invisibility instances are collections of organized visual data, information and/or sometimes executable code that occupy tangible portions of nonvolatile memories storing information, privileges, parameters, profiles related to said users, companies or organizations enabling the execution of functionalities described in the present application.
[0066] This does not exclude that sometimes outputs, data and even executables may be stored, at least temporarily on volatile memories.
[0067] 101 (UE) User EquipmentIn one embodiment of the invention, UE are Mobile Phones devices, Personal Computers devices, Smart Phones devices, e-wearables devices (ex. AppleWatch, Fitbit bracelet), displays (ex. ELD, LCD, LED, PDP, QLED, OLED, AMOLED), smart glass, flexible devices, flexible screens, cameras, and/or portable electronics devices with standard online and offline features with or without cameras and displays that have been enhanced with the invention to create any method of modular invisible covers comprising of aggregating multiple devices into physical meshes and virtual networks where devices exchange multi-source data transactions and multiple transmissions between meshed devices to project on their respective screens the exchanged images and/or visual adjustments to produce multiple video stream See-Through effects via redundant self-correcting Video Stream Exchanges 104. Each and any User Equipment can be upgraded with a unique Modular Layer System 105, standard Modular Layer System 105, or no Modular Layer System 105 at all. User Equipment can be applied to Modular Body Armors 102, Invisible Cloaks 103, drones for wall formations 109, crafts 110, and layered upon another User Equipment for redundancy, power, and/or additional protection. It is assumed that a UE contains an embodiment of the invention or can access an embodiment of the invention via an interactive user interface (mobile app, browser, desktop app, etc. . . . ) in order to appreciate the benefits of the invention from FIG. 1 to FIG. 24. Although some embodiments of the invention may be uniquely fabricated UE 101 to improve the invisibility effect (ex. custom bracer device with smooth display), the general purpose of the invention is to stay modular to gain the benefits of modularity, redundancy, six sigma poka yoke user-friendliness, economies of scale, environmentally friendly (ex. corporate OSHA standards met by the majority of standard smart devices), enhance-ability (ex. LifeProof iPhone Cases to quickly waterproof enhance any UE up to 100 feet underwater), upgradability (ex. the software functions on new iPhone iOS platforms or the upgrades of the new Androids platforms), cross-platform (Video Streams works on the Apple Platform, Android Platform, and Linux), backwards compatibility (ex. the software functions on older iPhone iOS platforms and works on older Androids platforms), and/or quick repurposing (ex. taking UE from a vehicle to repair personal body armors with the UE). Due to noisy nature of war activities, Active noise control (ANC) technologies, also known as noise cancellation, or active noise reduction (ANR) can be implemented reduced unwanted sound by the addition of a second sound specifically designed to cancel the first. Sounds are pressure waves, consisting of alternating periods of compression and rarefaction, which can be countered with the UE's speakers, the UE's voice receivers, and/or other enhancements.
[0068] 102 Invisible Modular Body ArmorIn one embodiment of the invention, invisible body armors are modular invisible covers modified as protective clothing enhanced with UE 101 and a version of the modular layer system 105, in order to absorb, stop, and/or deflect slashing, bludgeoning and penetrating attacks. Body armors have historically been used to protect military personnel, whereas today, body armors are also used to protect various types of police (riot police in particular), private citizens, private security guards or bodyguards. In our modern world, there are two main types: regular non-plated personal armor (used by the use-cases mentioned above, except combat soldiers) and hard-plate reinforced personal armor, which is used by combat soldiers, police tactical units, private citizens, and hostage rescue teams. Depending on configuration and style, body armors can include helmets (without and without helmet mounts), shields, bracers, and/or other armor upgrades. These items can be enhanced with a variety of different User Equipment 101. Although some embodiments of the invention may be uniquely fabricated UE 101 to improve the invisibility effect (ex. custom bracer device with smooth display), the general purpose of the invention is to stay modular to gain the benefits of modularity, redundancy, six sigma poka yoke user-friendliness, economies of scale, environmentally friendly (ex. corporate OSHA standards met by the majority of standard smart devices), enhance-ability (ex. LifeProof iPhone Cases to quickly waterproof enhance any UE 101 up to 100 feet underwater), upgradability (ex. the software functions on new iPhone iOS platforms and works on new Androids platforms), backwards compatibility (ex. the software functions on older iPhone iOS platforms and works on older Androids platforms), and/or quick repurposing. At the most basic level, in FIG. 1, a User 107 can manually activate each UE 101 with a plurality of commercial video call applications (ex. Skype mobile app, Skype for Business mobile app, WhatsApp mobile app, FaceTime mobile app, WebEx mobile app, etc. . . . ), to create the basic See-Through effect, but this Civilian App configuration and deployment is manual, time consuming, and/or not designed for invisibility; therefore, the lack of redundant self-correcting Video Stream Exchanges (rscVSE) 104, Modular Layer System 105, and/or Invisibility Administration Portals 108 to create Invisible Combined Arms Actions 111 will restrict this functional yet limited basic Civilian App invisibility configuration. In repair user case of repurposing, where a user with a shield enhance with UE 101 can separate the UE 101 from the shield and then quickly re-meshed those UE 101 to repair a comrade's personal body armor enhanced with UE 101. Upon repair, the new UE 101 mesh resynchs with the invisible body armor to regenerate a new redundant self-correcting Video Stream Exchanges 104. Uniquely-fabricated UE 101 are specialized items and may be required in some cases. However, the modular body armors can consist and can be mixes of uniquely-fabricated UE 101 and general commercial UE 101 (ex. iPhones, Android phones, iWatches, etc. . . . ). The fixturing (ex. basic Velcro trap, reinforced clip-on, industrial zip-ties, etc. . . . ) to attach the UE 101 to the modular body armors will be different per configuration per body armor due to the nature of body armor industry and the differences sizes between human beings. In addition, configurations for equipment trading are optional and adjustable. Thus, users that trade armor shields enhanced with UE 101 in the middle of a battle and sync to their new body armor of the new user's configurations for the redundant self-correcting Video Stream Exchanges 104 to function based on secured command (ex. voice command, physical motion, 5-digit pin on GUI, etc. . . . ). FIG. 1, 2, 8, 10, 11 through 16, 20, and 24 provide some examples of Invisible Modular Body Armor types. FIG. 26 shows Invisible Hyper-Modular Body Armors, which are the same as regular Invisible Hyper-Modular Body Armors in scope and methods; with the exception that Invisible Hyper-Modular Body Armors had several iterations of miniaturization of the UE 101 and incremental improvements due to current miniaturization trends in last 100 years on other computer components, such as transistors, CPUs, GPUs, RAM, ROM, and more. Miniaturization of the UE 101 will increase the amount of endpoints, cameras, routes, ip addresses, VLANs, trunks, port security handling, and other objects and elements to track, provision, license, and manage; which can be handled by modern Manager-Of-Manager (MOM) software, such as a modified version of Cisco Host Collaboration Solutions (HCS), which instead of handling Dial Plan Workflows and managing and connecting hundreds of thousands of civilian smart devices into networks of telepresence for meetings, work collaboration, sales calls. For FIG. 26, the modified HCS-style MOM software would track redundant self-correcting Video Stream Exchanges (rscVSE) 104, invisibility configurations to endpoints, and focus on Invisible Combined Arms Actions 111.
[0069] 103 Invisible Modular Light CloakInvisible Modular Light cloaks are similar to the concept of modular body armors 102. The exception is that focus on invisibility and concealment over protection of human life based on the configuration of the modular layer system 105. In addition, a user may wish to equip themselves with both a modular light cloak and a modular body armor 102. Modular light cloaks can be used on mobile equipment, hide supplies, and/or perhaps provide concealment to stationary aircraft; among the many uses. Modular light cloaks may have power cords and/or multiple power adapters to connect with local power types formats (ex. v120, v240, D/C, A/C), car batteries, vehicle alternators, and/or mobile power generators. In some deployments, modular light cloaks can daisy-chain with each other not different than connecting Christmas lights on civilian housing and civilian stores. However, these connections can and should be easy to disconnect and power, which is where the modular light cloaks UE's modular layer system 105 can be configure with a batter energy layer, such as a combination of FIG. 3 and FIG. 9 with wireless charging technology. Thus, introducing wireless charging technologies into modular light cloaks can reduce personnel accidences (ex. no tripping over cords; no electrocutions due to protected electric charge transfer), improve compliance with OSHA standards, speed up invisibility deployments, and focuses on the principles of military safety.
[0070] 104 redundant self-correcting Video Stream Exchanges (rscVSE)In one embodiment of the invention, redundant self-correcting Video Stream Exchanges data by aggregating a plurality of User Equipment 101 into physical meshes and virtual networks where User Equipment 101 exchange multi-source data transactions, streams, and transmissions between meshed User Equipment 101 to project on their respective displays the exchanged images and/or visual adjustments to produce multiple video stream See-Through effects between meshed User Equipment 101 as illustrated FIGS. 1 to 25. Depending on access, Invisible Local Users 106 and Invisible Administrators 107 can use their respective User Equipment 101 and/or Invisibility Administration Portal 108 to configure these exchanges. These methods are self-correcting due to User Equipment 101 supporting other User Equipment 101 with their respective cameras on User Equipment 101 that are damaged, installed incorrectly (poka yoke philosophy) where the camera lenses are covered, displays are placed backward, lags, a User Equipment 101 detaches from mesh due to Body Armor 102 malfunction, and/or other scenarios. The self-correcting Video Stream Exchanges can be distributed by the UE 101 using multiple technologies, such as Bluetooth, Wi-Fi, Ethernet, Telecom's LTE wires, 8-pin connectors, and/or other wireless and wired technology in order to create redundancy and quality assurance. As part of instant availability as shown in FIG. 5, the UE 101 can initiate several video streaming instances 104 and running those streams, pre-fabricated sessions, in parallel within the UE 101; and upon a trigger, such as a damaged directly Ethernet line with an administrative distance of 0. When upon the trigger set (ex. pixelation table with level), where (based in configured selection logic [Admin Distance]), in the case of FIG. 5, the Wi-Fi video stream will be selected next, and thus, beginning displaying the video stream instance in the UE 101's display, while deactivating the Ethernet video streaming instance and mark the port for repair in the invisibility portals 108. In FIG. 9, the invisibility configuration shows a damaged UE 101 with a damaged camera and how the other UE 101 perform exchange the video streams 104, whether pre-running instance or freshly activated instances, in order to share images and compensate for the damaged UE 101. In addition, due to the nature of multiple cameras and triangulation points via GPS, these exchange between the User Equipment 101 can be improved with AI learning and react to changes user updating the configuration using a portal 108. Other features to integrate with multiple cameras are any targeting system to detect and react when required by Invisible Combined Arms Actions 111. The hierarchy and sorting methods to select, exchange, and correct video streams and video stream instances can be segregated in tiers (ex. Administrative Distance, Manually Order, etc. . . . ), access levels (ex. Local User vs. Invisibility Administrator), and sorting methodologies (ex. comparison sort, non-comparison sort, pivot sort, LIFO, FIFO, etc. . . . ) per configuration, parameters, and triggers as set by the invisibility administrator 107 via the portal 108. The video streams and back-up instances can be block chained and/or encrypted in regular formats (SSH, SCP, MD5, etc. . . . )
[0071] 105 Modular Layer SystemIn one embodiment of the invention, layer features that can be implemented in each and any User Equipment 101 to enhance and sustain the capacity of the See-Through video streams with traditional power sources (ex. batteries), air conditioning/thermal capabilities (ex. heat sinks, thermal paste, pumps, coolants, coils), X-ray neutralizing capacity (ex. high-density lead alloy), armor implementations (ex. titanium layer, galvanize steel), multi-camera add-ons, dual-sided display devices (ex. 2 smart devices per UE 101), element-resistance (ex. water, lighting, ice, and fire), solar re-energizing, bullet-proof glass (ex. plexiglass), wireless charging technology mods, smoke deployments, advanced polymers, and/or other unique enhancements. The systems can work in unity or separate from another User Equipment 101 depending on configurations and access levels on the software. Synchronization should happen between devices as determined by the users and the feature layers are modular with simple mechanisms (ex. pull and lock, clip-on, Velcro, mount) in order speed up repair and repurposes quickly, such as the user replacing an obsolete battery and/or upgrading an armor layer (ex. basic steel to threated titanium) in less than 5 steps and a simple crew driver. In watercraft invisibility implementations, additional layers, whether internal or external, can be added sustain the system's invisibility functionality, such as stopping salt corrosion on the UE 101; and hide, absorb, and/or counter for sonar pulses signals from enemy ships via aquatic Active noise control (ANC) from water-proofed UE 101.
[0072] 106 Invisibility Local UserIn one embodiment of the invention, the individuals using and/or interacting with Invisible Modular Body Armor 102, Invisible Modular Light Cloak 103, and other modular invisible compositions. These users can change the local configurations within their respective access to the configurations of the Invisible Modular Body Armor 102, Invisible Modular Light Cloak 103, and other modular invisible compositions via any User Equipment 101 with that access. The configuration creation is done within Invisibility Administration Portals 108 with access as an Invisibility Administrator 107.
[0073] 107 Invisibility AdministratorIn one embodiment of the invention, the individuals using and/or interacting with 102 Invisible Body Armor 102, Invisible Modular Light Cloak 103, and other modular invisible compositions; and how also have administrator rights to use the Invisibility Admiration Portals 108. FIG. 17 shows an Invisibility Administrator using an embodiment of the Invisibility Administration Portals.
[0074] 108 Invisibility Administration PortalsIn one embodiment of the invention, Invisibility Administration Portals are invisibility administration management software module for Invisibility Administrators 107 with the focus on managing redundant self-correcting Video Stream Exchanges (rscVSE) 104 configurations and Invisible Combined Arms Actions 111. With this module, the Invisibility Administrators can create, manage, modify, upgrade, close, and/or delete invisibility configurations, groups, users, settings, and/or devices. FIG. 17 is a visual demonstration of Invisibility Administrator 107 upgrade a User's 106 invisible helmet variant using a version of the Invisibility Administration Portals. If desired the software, application logic and/or hardware may reside on a UE 101, part of the application logic and/or hardware may reside on segregated servers from the Data Lakes, part of the application logic and/or hardware may reside in the Data Lakes environments, part of the application logic and/or hardware may reside in the external environments, part of the software, application logic and/or hardware may reside on hosted environments, and part of the software, application logic and/or hardware may reside on distributed in a P2P network with or without blockchain technology enhancements. Using P2P network within the UE 101 for routing management and video distribution, Users 106 using UE 101 can decouple from external networks (ex. telecoms) without suffering quality issues associated with normal interferences, such as large buildings and underground environments. These portals setup and manage the basics of a networks from Domain Server, NAT server, DHCP server, Active Directory, router, switching, streaming, frameworks, secure protocols, and other functions to ensure that any invisibility configuration can be deployed. FIG. 8 is a variant of the invention where all UE 101 has multiple connections and 48 port switch devices can connect to 48 smart devices can use converters. In that case, the UE 101 pair connect using an 8-pin to USB, USB to Ethernet, Ethernet switch port, VLAN connect protocols, Ethernet switch port to Ethernet, Ethernet to USB converter, and finally, USB 8-point converter to other device using IPv4 protocols. Thus, the UE 101 coupling avoids the distance and problems of choppy wireless MB Telcom2Telcom communication. Instead, now, the UE 101 coupling has a direct Ethernet CAT-6 10 GB line with an Administrative Distance of 0. FIG. 9 is a layout of example of a mobile portal device deployment can be a 12 multi-4 Gz-cores Toughbook-style laptop with a premium SSD, a 4 GB graphics card, and extend battery pack, whose cores have been virtualized via VMware to create a MS Server 2016 Standard environment to provide all functions (NAT, DHCP, Domain, Router function, etc. . . . ), install the inventions' modified version of video manager that controls the redundant self-correcting Video Stream Exchanges (rscVSE) 104, and attaching an Ethernet cable to a top of the line PoE wireless access point (WAP) to connect nearby Invisible Modular Body Armor 102, Invisible Modular Light Cloak 103, Invisibility Local User 106, Invisibility Modular Drones 109, 110 Invisible Modular Craft Armor, and other items with UE 101 to begin Invisible Combined Arms Actions 111. Ideally, all devices are connected multiple sources of video distribution (Telecoms, Bluetooth, Wi-Fi, etc. . . . ), which can be created by adding additional NICs, ports, and MAC addresses, whether physical and/or virtual. A limited modified version of these portals is provided to the Local Users 106 in order to perform actions within their invisibility scope and for security purposes. FIG. 26 shows Invisible Hyper-Modular Body Armors, which increase the amount of endpoints, cameras, routes, IP addresses, VLANs, trunks, port security handling, sensors, GPS coordinates, and other objects and elements to track, provision, license, and manage; which can be handled by modern Manager-Of-Manager (MOM) software, such as a modified version of Cisco Host Collaboration Solutions (HCS) for ISPs which handles thousands of Dial Plan Workflows; managing and connecting hundreds of thousands of civilian smart devices into networks for telepresence, corporate meetings, work collaboration, sales calls, PBXs, LANs, WANs, instant messaging, and more. For FIG. 26, the modified HCS-style MOM software portals would track millions of redundant self-correcting Video Stream Exchanges (rscVSE) 104, thousands of invisibility configurations with millions of endpoints as show in FIGS. 1 to 26 for millions of Users 106, and focus executing thousands of Invisible Combined Arms Actions 111. FIG. 27 is a simplified logical workflow of the concepts mentioned to show that the Invisibility Administrator 107 can set the criteria, conditions, and/or actions with a portal to trigger video stream changes when executing redundant self-correcting Video Stream Exchanges (rscVSE) 104.
[0075] 109 Invisibility Modular DronesIn one embodiment of the invention, invisibility modular drones can be custom flying drones and/or commercial drones equipped with the User Equipment 101 to create video stream exchanges 104. The drones can be configured in the invisibility administration portals 108 to include swarm software automation between drone configuration and/or manual control of each drone by a human user piloting via remote access. Drone walls 111 can be created, and can proximity synchronize with Invisible Modular Body Armor 102, Invisible Modular Light Cloak 103, Invisibility Local Users 106, and other modular invisible compositions. Due to the proximity of drone wall formations 111, local drones can share and daisy chain wireless technologies, such as Bluetooth (normal has limited range) and WiFi, and thus, the drones can communication hop between each other. These means that a drone 1 can communicate with a drone 2, which is 100 feet away, as long as there as enough drones and other equipment with UE 101 (Invisible Modular Body Armor 102, Invisible Modular Light Cloak 103, Invisibility Local User 106, and other modular invisible compositions) in between drone 1 and drone 2 to carry the Bluetooth and/or WiFi signals to perform redundant self-correcting Video Stream Exchanges (rscVSE) 104. FIGS. 18-21, 23, and 25-27 show difference version, styles, uses, criteria, actions, and configurations for invisible flying drones, which are ideal for Invisible Combined Arms Actions 111.
[0076] 110 Invisible Modular Craft ArmorIn one embodiment of the invention, Invisible Module Craft Armor is the same as the Invisible Modular Body Armor 102, which the exception that the armor is design for moving, floating, and/or flying vehicles. Thus, the requirements and installation will change when an invisible modular craft armor travels at 300 miles per hour, a mile underwater, and/or experiencing 10 g-forces in space. The changes will be added to the Layer Modular System 105, improved attachments, welding, specially designed UE 101, targeting systems, and/or even, OEM to the initial craft to meet engineer specifications. FIGS. 22 to 25 show different versions, uses, and scenarios of some embodiments of Invisible Modular Craft Armor. Targeting Systems can be enhanced by the numbers of cameras and shared cameras used in the video stream exchanges 104 to generate new Invisible Combined Arms Actions 111. In watercraft invisibility implementations 110, additional layers in the Modular Layers Systems 105, whether internal or external, can be added sustain the system's invisibility functionality, such as stopping salt corrosion on the UE 101; and hide, absorb, and/or counter for sonar pulses signals from submarines via aquatic Active noise control (ANC) from water-proofed UE 101.
[0077] 111 Invisible Combined Arms ActionsIn one embodiment of the invention, Invisible Combined Arms Actions can consist of the coordination between Invisible Modular Body Armors 102, Invisible Modular Cloaks 103, Invisibility Modular Drones 109, connected UE 101, and/or 110 Invisible Modular Craft Armors to act together to perform a configuration upon a trigger, such an enemy attack, friendly forces advancements for repositioning, tactical retreats, and/or other strategic and tactical maneuvers as setup in the Invisibility Administration Portals 108. FIG. 23 demonstrate a defensive example would be a helicopter equipped with Invisible Modular Craft Armor 110 that is surrounded with a radius of 100 yards by a swarm wall of Invisibility Modular Drones 109. Upon attack, the Invisibility Modular Drones 109 and Invisible Modular Craft Armor 110 work together to stop any damage. Invisibility Modular Drones 109 can simply move in the way of any enemy attacks to save the crew of the helicopters with Invisible Modular Craft Armor 110. Due to the discrepancy of helicopter turbine power versus simple drone 109 propellers, the invisible flying wall formations of invisible modular drones 109 will likely be implemented as invisible defensive postures; slow invisible infantry support; and/or invisible helicopter take-offs and arrivals to helipads to hide and/or protect the helicopters during hovering exposure, but with enough distance to stop any UE 101 from becoming safety hazard to the helicopter and the crew. Such safety enhancements can be programmed 108. In addition, due to the nature of sharing cameras between UE 101, developers with administration access 107 can link this feature to the defense and attack systems of any craft, in this example, a helicopters' defense flying wall defenses and a counter anti-missile defense system. Some API can be added to the administration portals 108 for such enhancement. The invention can have methods to correct camera problems, such as damages. This correction allows the other devices to send and collect the video stream 104 from other devices and pick the best video to stream 104; and/or create a new image based on the images from other cameras when several cameras from those UEs 101 share and process the best video stream to be transmitted. This system 108 of video image correction 104 will be critical in a case of fast-moving crafts, such as helicopters, airplanes, spacecraft, etc. . . . . These problems are more obvious in Telcom2Telcom video streaming 104, which can be an UE 101 sending video stream to ISP 1 tower, ISP 1 tower to ISP 1 data center via Fiber, then to the next ISP 1 data center via Fiber to ISP 2 data center via Fiber, ISP 2 data center to ISP 2 tower, and finally, ISP 2 tower to second UE 101. In contrast in time and distance savings, a UE 101 can send a signal to another UE 101 via Wi-Fi and/or Bluetooth and reducing the data hops for the video exchanges 104. For that very reason, variants of the invention likely to require multiple methods to ensure multiple connections between different UE 101 to create mediums, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for video stream instances exchanges 104. The invisible modular craft armor 110 types can consist of different UE 101 types and it is assumed that the UE 101 can be a combination of generic commercial devices, custom commercial devices, smart e-wearables, and/or military-grade devices, whether custom and/or mass produced. FIG. 25 shows a large invisibility combine arms infantry support movement with civilian support using a plurality of some embodiments of Invisibility Modular Drones 109, Invisible Modular Craft Armors 110, Invisible Modular Body Armors 102, Invisible Modular Cloaks 103, and more, all in coordination.
DETAILED DESCRIPTION OF THE DRAWINGS
[0078] An example embodiment of the present invention and its potential advantages are understood by referring to FIGS. 1 through 36 of the drawings.
[0079] FIG. 1 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for an invisible personal body modular armor 102, which consist of the multiple smart devices (User EquipmentUE) 101 meshed on a basic body armor with groin protection. All UE 101 are connected transmitting video streams 104 to the polar-opposite UE 101 in order to create a See-Through effect. The invention can have methods to correct camera problems, such as damages. This correction allows the other UE 101 to send and collect the video stream 104 from other UE 101 and pick the best video to stream; and/or create a new image based on the images from other cameras, as shown with Image 1 and Image 2, when several cameras from those UEs 101 share and process the best video stream 104 to be transmitted. The armors 102 can consist of different UE 101 types and it is assumed that the UE 101 can be a combination of generic commercial devices, custom commercial devices, and/or military-grade devices.
[0080] FIG. 2 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for an invisible modular covers in a personal modular cloak armor 103 configuration, which consist of the multiple UE 101 meshed on a basic body armor with groin protection. All UE 101 are connected transmitting video streams 104 to the polar-opposite UE 101 in order to create a See-Through effect. The invention can have methods to ensure multiple connections between different UE 101 to create mediums, such as Wi-Fi, Ethernet, Bluetooth, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for image video stream exchanges 104.
[0081] FIG. 3 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for an invisible personal modular cloak type 103, which consist of the multiple UE 101 meshed to around a protective blanket netting. All UE 101 are connected transmitting video streams to the polar-opposite UE 101 in order to create a See-Through effect. These combinations UE 101 and separate configuration can and should harmonize and synchronize to ensure the quality of the See-Through effect using image video stream exchanges 104. The invention can have methods to ensure multiple connections between different UE to create image video stream exchanges 104, such as Wi-Fi, Ethernet, Bluetooth, and other wired/wireless technologies to ensure redundancy, availability, and quality of services. The invisible modular cloak types can consist of different UE 101 types and it is assumed that the UE 101 can be a combination of generic commercial devices, custom commercial devices, and/or military-grade devices.
[0082] FIG. 4 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for mix combination of an Invisibility Modular Cloak 103 type, which consists of the multiple UE 101 meshed to around a protective blanket netting surrounding an Invisibility Modular Body Armor 102 type with groin protection enhanced with UE 101. All UEs are connected transmitting video streams to the polar-opposite UE 101 in order to create a See-Through effect using image video stream exchanges 104. The invention can have methods to ensure multiple connections between different UE to create image video stream exchanges 104, such as Wi-Fi, Ethernet, Bluetooth, and other wired/wireless technologies to ensure redundancy, availability, and quality of services. The Invisible Modular Armor 102 type and Invisibility Modular Cloak 103 types can consist of different UE 101 types and it is assumed that the UE 101 can be a combination of generic commercial devices, custom commercial devices, and/or military-grade devices.
[0083] FIG. 5 represents a simplified possible schematic embodiment of the invention describing a system implementation of the two smartphone UE 101 sharing images and video streams between two polar-opposite UE to create and illustrate a simplified See-Through Effect via video image exchanges 104. The invention can have methods to ensure multiple connections between different UE 101 to create video stream mediums, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for image exchanges 104. In this example, the two UE 101 can 10 GB/s stream video content by Ethernet connection 104 using a mix of converters, USB cords, HDMI cables, Mini-USB, 8-pin adapter, straight-through Ethernet 10BASE-T cables and a smart layer 3 switch with 10 GB/s ports, which can be part of an invisibility portals 108. In this example, each video stream medium 104 has an associate Administrative Distance per digital route in order to setup video stream priority when different digital routes begin to fail intentionally (ex. battle damage) and/or unintentionally (ex. operator error of removing an Ethernet cable).
[0084] FIG. 6 represents a simplified possible schematic embodiment of the invention describing a system implementation of the two smart e-wearables UE 101 sharing images and video streams between two polar-opposite UE 101 to create and illustrate a simplified See-Through Effect via video image exchanges 104. The invention can have methods to ensure multiple connections between different UE 101 to create video stream mediums 104, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for video exchanges 104. In this example, the two UE 101 can 10 GB/s stream video content by Ethernet connection 104 using a mix of converters, wireless Apple Watch Magnetic Charging Cables, USB cords, and crossover Ethernet 10BASE-T cable, which can directly integrate UE 101 and managed indirectly via the invisibility portal 108. The invisible modular armor types can consist of different UE 101 types and it is assumed that the UE 101 can be a combination of generic commercial smart e-wearables, custom commercial smart e-wearables, and/or military-grade smart e-wearables.
[0085] FIG. 7 represents a simplified possible schematic embodiment of the invention describing a system implementation of the two smart devices UE 101 sharing images and video streams 104 between two polar-opposite UE to create and illustrate a simplified See-Through Effect via video image exchanges 104. The two UE 101 are placed back to back to illustrate a side view of the See-Through Effect. The invention can have methods to ensure multiple connections between different UE to create video stream instances 104, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for video exchanges 104. In this example, the two UE 101 can 10 GB/s stream video content by Ethernet connection 104 using a mix of converters, USB cords, HDMI cables, Mini-USB, 8-pin adapter, USB cords, and crossover Ethernet 10BASE-T cable, which can directly integrate UE 101 and managed indirectly via the invisibility portal 108.
[0086] FIG. 8 represents a simplified possible schematic embodiment of the invention describing a system implementation of the multiple smart devices UE 101 on a personal body armor and sharing video image streams 104 between multiple polar-opposite UE 101 to create and illustrate a simplified See-Through Effect via video image exchanges 104 to create an Invisible Modular Body Armor 102. The multiple UE 101 are placed back to back to illustrate a side view of the See-Through Effect. The multiple UE 101 share cameras to capture images to ensure quality and video redundancy of the invisibility via exchanging video streams 104. The invention can have methods to ensure multiple connections between different UE to create video stream instances 104, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for video exchanges 104. In this example, the multiple UE 101 can 10 GB/s stream video content by Ethernet connection 104 using a mix of converters, USB cords, HDMI cables, Mini-USB, 8-pin adapter, USB cords, and straight-through Ethernet 10BASE-T cables and a smart layer 3 switch with 10 GB/s ports, which can be part of an invisibility portals 108.
[0087] FIG. 9 represents a simplified possible schematic embodiment of the invention describing a system implementation of the multiple smart devices UE 101 and a technical network configuration for sharing video image streams 108 between multiple polar-opposite UE 101 to create and illustrate a simplified See-Through Effect via video image exchanges 104. The multiple UE 101 are placed back to back to illustrate a side view of the See-Through Effect 104. The multiple UE 101 share cameras to capture images to ensure quality and video redundancy of the invisibility and when a UE 101 become disabled or broken, the other UE 101 share video streams to compensate based on the sorting and selection methods and criteria 108 in order to choose which camera's video stream to broadcast to which displays, which is what is referred to as Self-Correcting Video Streams 104. he invention can have methods to ensure multiple connections between different UE to create video stream instances 104, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for video exchanges 104. In this example, the multiple UE 101 can 10 GB/s stream video content by Ethernet connection 104 using a mix of converters, USB cords, HDMI cables, Mini-USB, 8-pin adapter, USB cords, and straight-through Ethernet 10BASE-T cables and a smart layer 3 switch with 10 GB/s ports, which can be part of an invisibility portals 108. This configuration shows the VLANs with a variety of direct lines with Administrative Distances of 0, which upon damage, a new route and thus a new VLAN would be chosen to assist the methods of Self-Correcting Video Streams 104.
[0088] FIG. 10 represents a simplified possible schematic embodiment of the invention describing a system implementation of the two smart devices UE 101 sandwiched between Modular Layer Systems 105 and sharing same images and video streams 104 between with two other two polar-opposite UE 101 to create duplication and quickly support See-Through Effect exchanges 104 if the external facing UE 101 inoperable. The two UE are placed back to back to illustrate a side view of the See-Through Effect while equipped with modular layer systems 105 supporting the UE 101. Unlike FIG. 6 and FIG. 7, this dual variant can unify two UE 101 to be a single unit for poke-oke redundancy if the user installed the UE 101 incorrectly; or one side of dual UE's 101 display is damaged, the dual UE 101 can be flipped as a quick replacement. The invention can have methods to ensure multiple connections between different UE 101 to create video stream mediums, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for image exchanges 104. This dual UE 101 example, the modular layer system 105 can consist of an armor layer, which can be alloys, non-alloys, and/or a combination of both. Another layer can consist of a slap of metallic lead to stop any x-rays. Another layer can consist of the battery energy layer where batteries, solar-power panels, wireless charging units, and/or other energy battery technology can be implemented. An Air Conditioning Layer can be added if thermal neutralizing is needed and/or cooling the user and/or craft. The layers can be changed and added accordingly. Ideally, these layers 105 should be able to be installed, configured, and reconfigured by the User 106 with ease.
[0089] FIG. 11 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for invisible body modular armor 102 type, which consist of the multiple dual UE 101 meshed on a heavy body armor variant. In this heavy armor variant, all dual UE 101 with Modular Layer System 105 are connected and transmitting video streams 104 to the polar-opposite UE 101 in order to create a See-Through effect. The invention can have methods to correct camera problems 104, such as damages. This correction allows the other UE 101 to send and collect the video stream from other UE 101 and pick the best video to stream 104; and/or create a new image based on the images from other cameras when several cameras from those UE 101 share and process the best video stream to be transmitted based on the logic and methods in the invisibility portals 108. The invisible modular armor types can consist of different UE 101 types and it is assumed that the UE 101 can be a combination of generic commercial devices, custom commercial devices, smart e-wearables, and/or military-grade devices.
[0090] FIG. 12 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for an invisible body modular armor 102 type, which consist of the multiple dual UE 101 meshed on a heavy body armor with groin protection, an invisible heavy Kevlar helmet 102 variant, and network equipment to create a 100% mobile network 108 making it independent of Telcom communications. In this heavy armor variant, all dual UE 101 with Modular Layer System 105 are connected transmitting video streams to the polar-opposite UE 101 in order to create a See-Through effect 104. The invention can have methods to correct camera problems 104, such as damages. This correction allows the other UE 101 to send and collect the video stream from other UE 101 and pick the best video to stream 104; and/or create a new image based on the images from other cameras when several cameras from those UE 101 share and process the best video stream to be transmitted based on the logic and methods in the invisibility portals 108. In this example, the invisible body is equipped with a layer 3 switch and Wi-Fi transmitters to create a more independent mobile network. The invisible modular armor types can consist of different UE 101 types and it is assumed that the UE 101 can be a combination of generic commercial devices, custom commercial devices, e-wearables, and/or military-grade devices.
[0091] FIG. 13 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for an invisible personal body modular armor 102 types with modular invisible shields, which consist of the multiple dual UE 101 meshed on a police body armor with groin protection. In this police armor variant, a mix of dual UE 101 with Modular Layer System 105 and single UE 101 are connected and configured to transmit video streams to the polar-opposite UE 101 in order to create a See-Through effect 104 and broadcast messages. The invention can have methods to correct camera problems, such as damages. This correction allows the other UE 101 to send and collect the video stream from other UE 101 and pick the best video to stream 104; and/or create a new image based on the images from other cameras when several cameras from those UEs 101 share and process the best video stream to be transmitted. The UE 101 display can also project messages upon the displays of the UE 101 to inform crowds. The invisible modular armor 102 types can consist of different UE 101 types and it is assumed that the UE 101 can be a combination of generic commercial smart devices, custom commercial devices, and/or smart military-grade devices. This FIGURE focuses more on illustrating the use of generic modular UE 101 to create hasty invisible modular shields 102.
[0092] FIG. 14 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for an invisible personal body modular armor 102 types with custom invisible shields 102, which consist of the multiple dual UE 101 meshed on a police body armor with groin protection. In this police armor variant, a mix of dual UE 101 with Modular Layer System 105 and single UE 101 are connected and configured to transmit video streams to the polar-opposite UE 101 in order to create a See-Through effect 104. The invention can have methods to correct camera problems, such as damages. This correction allows the other UE 101 to send and collect the video stream 101 from other UE 101 and pick the best video to stream 104; and/or create a new image based on the images from other cameras when several cameras from those UEs 101 share and process the best video stream 104 to be transmitted. The UE's 101 display can project messages upon the displays of the UE 101. The invisible modular armor 102 types can consist of different UE 101 types and it is assumed that the UE 101 can be a combination of generic commercial devices, custom commercial devices, and/or military-grade devices. This FIGURE focuses more on illustrating the use of custom UE 101 to mix with generic UE 101 to create invisible modular body armor 102 types.
[0093] FIG. 15 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for mix combination of invisible personal body modular armor 102 type and invisible personal modular cloak 103 type, which consist of the multiple UE 101 and dual UE 101 meshed to around a protective blanket netting, a heavy body armor variant, a custom invisible shield 102, and an invisible medium Kevlar helmet 102 variant. All UE 101 are connected transmitting video streams 104 to the polar-opposite devices in order to create a See-Through effect. The invention can have methods to ensure multiple connections between different UE 101 to create video stream instances 104, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for video exchanges 104. The combination can consist of different UE 101 types and it is assumed that the UE 101 can be a combination of generic commercial smart e-wearables, custom commercial devices, and/or military-grade devices.
[0094] FIG. 16 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for mix combination of invisible personal body modular armor 102 type and invisible personal modular cloak 103 type, which consist of the multiple UE 101 and dual UE 101 meshed to around a protective blanket netting and a heavy body armor 101 variant. In this case, the user can use an UE 101 (or any, ideally) to configure the user's invisible armor and invisible cloak combination. A mix of single UE 10, dual UE 101, e-wearable UE 101 are connected transmitting video streams 104 to the polar-opposite devices in order to create a See-Through effect. The User 106 can utilize a limited version of the invisibility portal 108. From that menu, the User 106 can select a Power Saving mode could reduce or stop the transmissions between UE 101 in the configurations to save power and battery based on a 1-click/2-click button. Or the User 106 could choose Full Invisibility mode to command all UE 101 types and mixes to harmonize and synch their respective UE 101 cameras, produce additional video stream instances with each UE 101, and share cameras between the UE 101. Besides a simple GUI to perform these and more commands, the User 106 can execute Voice and Motion commands to a UE 101 configuration, in this example, a command for both the invisible modular body armor and the invisible modular cloak 103, but such commands may not be ideal in stealth operations, where stillness and silence is critical. The invention can have methods to ensure multiple connections between different UE 101 to create video stream instances 104, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for video exchanges 104. The invisibility cloaks 103 and invisibility armors can consist of different UE 101 types and it is assumed that the UE 101 can be a combination of generic commercial devices, custom commercial e-wearables, and/or military-grade devices.
[0095] FIG. 17 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for software administration portal to mix combination of invisible personal body modular armor 102 type, UE 101, groups, Users 106, invisible personal modular cloak 103 types, invisible vehicular modular armors 110, invisible modular drones 109 (FIG. 18), invisible modular flying walls (FIGS. 19-20), and other UE 101 configurations and/or custom configurations. In this case, any User 106 can grab an UE 101 and quickly become Invisibility Administrator 108 (ex. an iPad from an invisibility modular body armor 102) and now can be an administrator utilizing an UE 101 (or any, ideally) to configure, manage, test, and/or provision all of the combinations mentioned previously to deploy Invisibility Combined Arms (FIGS. 23 and 25). With these portals 108, all configurations can be uniquely grouped and connected to transmit video streams to the polar-opposite devices and thus create a See-Through effect 104 in individual scenarios to massive scales movements. In this UPGRADE example, the Administrator can apply an upgrade and provision a new Invisibility Helmet variant 102 on a User 106 quickly and easily with simple UI commands. Voice and motion commands could be used, but not ideal in tactical environments. Or the user could choose Full Invisibility mode to command all UE 101 types and mixes to harmonize and synch their respective UE 101 cameras. The invention can have methods to ensure multiple connections between different UE 101 to create video stream instances 104, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for video exchanges 104. The hardware of invisibility portals 108 can consist of different UE 101 types and it is assumed that the UE 101 can be a combination of generic commercial devices, custom commercial smart e-wearables, and/or military-grade devices.
[0096] FIG. 18 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for mix combination of invisible modular flying drone 109 types, both light and heavy styles. These flying drones 109 are equipped with UE 101 types. A mix of single UE 101 and dual UE 101 are connected and transmitting video streams to the polar-opposite devices in order to create a See-Through effect 104. The invention can have methods to ensure multiple connections between different UE 101 to create video stream instances 104, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for video exchanges 104. The combination can consist of different UE 101 types and it is assumed that the UE 101 can be a combination of generic commercial devices, custom commercial devices, and/or military-grade devices. The invisibility modular drone 109 can be controlled by a local User 106, invisibility administrator 107, a remote user, auto-programmed, and/or connected to a swarm technology software managed via a local Invisibility Portal 108. Besides a simple GUI, Voice and Motion commands could be used by User 106 and/or Administrator 107 on the invisible flying modular drones 109, but not ideal in tactical environments.
[0097] FIG. 19 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for multiple combinations of invisible modular flying drone 109 types, both light and heavy style, and an mix of invisible body armor 102 and cloak type 103. These flying drones are equipped with UE 101 types. The mix of UEs 101 are connected transmitting video streams 104 to the polar-opposite devices in order to create a See-Through effect. In this example, the invisible modular flying drone 109 types use the invention and methods daisy chain communications to ensure multiple connections between different UE 101 to create multiple video streams, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for image exchanges. The combination can consist of different UE 101 types and it is assumed that the UE 101 can be a combination of generic commercial devices, custom commercial devices, and/or military-grade devices. the invisibility modular drones 109 can be controlled by a local User 106, invisibility administrator 107, a remote user, auto-programmed, and/or connected to a swarm technology software managed via a local Invisibility Portal 108. The illustration focuses on stretching the formations and still retain connectivity between all UE 101, which is a type of Invisibility Combined Arms Actions 111 by spreading the line. Besides a simple GUI, Voice and Motion commands could be used by User 106 and Administrator 107 on the invisible flying modular drones, but not ideal in tactical environments.
[0098] FIG. 20 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for massive combinations of invisible modular flying drone 109 types, both light and heavy styles in order to create a flying invisibility wall 111 that quickly protect and hide whatever is behind them. These invisible flying drones 109 are equipped with UE 101 types. All UE 101 are connected transmitting video streams to the polar-opposite devices in order to create a See-Through effect 104. In this example, the invisible modular flying drone 109 types use the invention and methods to daisy chain communications to ensure multiple connections and synchronization between different UE to create multiple video streams instances via Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for image exchanges 104. The combination can consist of different UE 101 types and it is assumed that the UE 101 can be a combination of generic commercial devices, custom commercial devices, and/or military-grade devices. The invisibility modular drone 109 can be controlled by a local User 106, invisibility administrator 107, an remote user, auto-programmed, and/or connected to a swarm technology software managed via a local and/or remote Invisibility Portal 108. The illustration focuses on stretching the formations and still retain connectivity between all UE. Besides a simple GUI, Voice and Motion commands could be used by User 106 and Administrator 107 on the invisible flying modular drones, but not ideal in tactical environments. The buzzing sounds of thousands of flying invisible drones 109 can prompt the User 106 and/or the Invisibility Administrator 107 to enter the portal 108 to coordinate all the UE 101 to implement Noise Reduction Controls and reduce the noise levels.
[0099] FIG. 21 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for a massive combinations of invisible modular flying drone 109 types, both light and heavy style, and a invisible modular armor 102 and invisible cloak 103 mix in order to create a flying invisibility personal wall 111 (at least, for additional protection) that quickly protects and hide the User 106. These invisible flying drones 109 are equipped with UE 101 types. The UE 101 are connected transmitting video streams 104 to the polar-opposite devices in order to create a See-Through effect. Besides protection, the User 106 can order the invisible modular flying drone 109 types to scout in front of the User 106 for safety and reduce exposure. The invisible modular flying drone 109 types use the invention and methods daisy chain communications to ensure multiple connections between different UE 101 to create mediums, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for video stream exchanges 104. The combination can consist of different UE 101 types and it is assumed that the UE 101 can be a combination of generic commercial devices, custom commercial devices, and/or military-grade devices. The User 106 can be a local user 106, a remote user 106, auto-programmed, and/or connected to a swarm technology software based on the invisibility portal's 108 settings. The illustration focuses on stretching the formations 111 and still retain connectivity between all UE 101. Besides a simple GUI, Voice and Motion commands could be used by User 106 and Invisibility Administrator 107 on the invisible flying modular drones 109, but not ideal in tactical environments. In such massive formations, the buzzing sounds of thousands of invisible flying drones 109 would be obvious to human ears. Thus, for tactical reasons, Active noise control (ANC) technologies, also known as noise cancellation, or active noise reduction (ANR) will likely be required to reduced unwanted sound by the addition of a second sound specifically designed to cancel the first via one or many UE 101. Sound is a pressure wave, consisting of alternating periods of compression and rarefaction, which can be countered with the UE's 101 speakers, the UE's 101 voice receivers, and/or other enhancements with the combination.
[0100] FIG. 22 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for an invisible modular craft light armor type, which can consist of a multiple and mixed single UE 101 and dual UE 101 meshed on a helicopter. In this light armor variant, all variants of UE 101 with Modular Layer System 105 are connected transmitting video streams 104 to the polar-opposite devices in order to create a See-Through effect 104. In this case, this invisible modular craft light armor 110 type should attempt to hide and/or reduce the visual exposure of the helicopter. In addition, due to the nature of sharing cameras between UE 101, developers with administration access 107 can link this feature to the defense and attack systems of any craft, in this example, a helicopters' defense flare and a targeting system. Some API can be added to the administration portals 108 for such enhancement. However, the focus of the invention is invisibility, protection, and stealth; thus, additional features are optional. The invention can have methods to correct camera problems, such as the damages of UE 101. This correction allows the other devices to send and collect the video stream 104 from other devices and pick the best video to stream 104; and/or create a new image based on the images from other cameras when several cameras from those UEs 101 share and process the best video stream to be transmitted. This system of video image correction 104 will be critical in the case of fast-moving crafts, such as helicopters, airplanes, spacecraft, etc. . . . . These problems are more prevent in Telcom2Telcom video streaming, which can be UE sending video stream to ISP 1 tower, ISP 1 tower to ISP 1 data center via Fiber, then to the next ISP 1 data center via Fiber to ISP 2 data center via Fiber, ISP 2 data center to ISP 2 tower, and finally, ISP 2 tower to second UE 101. Whereas a UE 101 can send a signal to another UE 101 via Wi-Fi and/or Bluetooth reducing the data hops. For that very reason, variants of the invention likely to require multiple methods to ensure multiple connections between different UE 101 to create mediums, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for image exchanges 104. The invisible modular craft armor 110 types can consist of different UE 101 types and it is assumed that the UE 101 can be a combination of generic commercial devices, custom commercial devices, e-wearables, microdevices, and/or military-grade devices. Nanobots can be part of the UE 101 scope, but Nanotechnology is currently in its infancy and thus reducing the chances of fusing with the science of invisibility in the next 10 to 30 years.
[0101] FIG. 23 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for an invisible modular craft light armor 102 type, which can consist of a multiple and mixed single UE 101 and dual UE 101 meshed on a helicopter; and a wall of invisible flying drones 109 in a protective formation around the helicopter. In this light armor 102 variant, all variants of UE 101 with Modular Layer System 105 are connected and configured to transmit video streams 104 to the polar-opposite devices in order to create a See-Through effect. In this case, this invisible modular craft light armor 110 type should attempt to hide or reduce the visual exposure of the helicopter; while the invisible flying drones wall formations 111 should provide additional protection and features around the helicopters. Due to the discrepancy of helicopter turbine power versus simple drone 109 propellers, the invisible flying wall formations 111 of invisible modular drones 109 will likely be implemented as invisible defensive postures 111; slow invisible infantry support 111; and/or invisible helicopter take-offs 111 and arrivals to helipads to hide and/or protect the helicopters during hovering exposure 111, but with enough distance to stop any UE 101 from become safety hazard to the helicopter and the crew. Such safety enhancements can be programmed 108. In addition, due to the nature of sharing cameras between UE 101, developers with administration access 107 can link this feature to the defense and attack systems of any craft, in this example, a helicopters' defense flying wall defenses and a counter anti-missile defense system. Some API can be added to the administration portals 108 for such enhancement. The invention can have methods to correct camera problems, such as damages. This correction allows the other devices to send and collect the video stream 104 from other devices and pick the best video to stream 104; and/or create a new image based on the images from other cameras when several cameras from those UEs 101 share and process the best video stream to be transmitted. This system 108 of video image correction 104 will be critical in a case of fast-moving crafts, such as helicopters, airplanes, spacecraft, etc. . . . . These problems are more obvious in Telcom2Telcom video streaming 104, which can be an UE 101 sending video stream to ISP 1 tower, ISP 1 tower to ISP 1 data center via Fiber, then to the next ISP 1 data center via Fiber to ISP 2 data center via Fiber, ISP 2 data center to ISP 2 tower, and finally, ISP 2 tower to second UE 101. In contrast in time and distance savings, a UE 101 can send a signal to another UE 101 via Wi-Fi and/or Bluetooth and reducing the data hops for the video exchanges 104. For that very reason, variants of the invention likely to require multiple methods to ensure multiple connections between different UE 101 to create mediums, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for video stream instances exchanges 104. The invisible modular craft armor 110 types can consist of different UE 101 types and it is assumed that the UE 101 can be a combination of generic commercial devices, custom commercial devices, smart e-wearables, and/or military-grade devices.
[0102] FIG. 24 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for invisible modular craft armor 110 types modified to civilian tractor vehicles to form invisible mobile wall formations 111, which consist of mounting multiple large custom heavy variant dual UE 101. All UE 101 are connected transmitting video streams 104 to the polar-opposite devices in order to create a See-Through effect. In this case, UE attached on the back of the civilian tractor cab has been configured to exchange signals with the invisible modular craft type 110 mounted. The invention can have methods to ensure multiple connections between different UE 101 to create video streams exchanges, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for those video instances. The combination can consist of different UE 101 types and it is assumed that the UE 101 can be a combination of generic commercial devices, custom commercial devices, and/or military-grade devices. This example focuses on mixing the modularity and custom types to mobilize civilian transports and civilian machinery for civic defense efforts. Such civilian vehicle mobilization can be used as quick fortifications of areas of operations and to build simple invisible city walls to hide and protect civilian populations from the rage of war. Or for Civilian-Friendly purposes only, the mobile wall formations can be configured and placed to create quick music concert hall and switch the displays from See-Through invisibility to fun psychedelic images for the crowds to enjoy.
[0103] FIG. 25 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for mix combination of invisible personal body modular armor 102 types, invisible module craft armor 110 types, and invisible personal modular cloak 103 type, invisible modular flying drones 109 variants, and other invisible configuration deployments which consist of the multiple UE 101 and dual UE 101 meshed to around a protective blanket netting, a body armor 102 variants, a custom invisible shield 102, invisibility drones 109, an invisible medium Kevlar helmet 102 variants, helicopters, and more. All UE 101 type are connected and transmitting video streams to the polar-opposite devices in order to create a See-Through effect 104. The invention can have methods to ensure multiple connections between different UE 101 to create mediums, such as Wi-Fi, Ethernet, Bluetooth, ISP Telcom, and other wired/wireless technologies to ensure redundancy, availability, and quality of services for video streams exchanges 104. In this case, all the different invisibility configurations should enable any unit level commander to perform Invisibly Combined Arms 111 to support infantry advancements via the help of an admin portal 108. The combination can consist of different UE 101 types and it is assumed that the UE 101 can be a combination of generic commercial devices, custom commercial devices, and/or military-grade devices. In such massive formations, the buzzing sounds of thousands of invisible flying drones 109, helicopter turbines, loud civilian tractors, and/or human military moment would be obvious to human ears. Thus, for tactical reasons, Active noise control (ANC) technologies, also known as noise cancellation, or active noise reduction (ANR) will likely be required to reduced unwanted sound by the addition of a second sound specifically designed to cancel the first. Sounds are pressure waves, consisting of alternating periods of compression and rarefaction, which can be countered with the UE's 101 speakers, the UE's 101 voice receivers, and/or other enhancements.
[0104] FIG. 26 represents a simplified possible schematic embodiment of the invention describing the methods, system, and apparatus for mix combination of invisible modular body armor 102, invisibility cloaks 103, and an invisibility modular drones 109 in an Invisible Hyper-Modular format where the UE 101 are miniaturized by technological advancements and manage via an embodiment of the invisibility portal 108 with MoM HCS-style module to handles millions of endpoints and video streams exchanges 104 supported by multiple broadcast channels from Bluetooth, Wi-Fi, Telecoms, Ethernet mods, and more.
[0105] FIG. 27 represents a simplified possible schematic workflow of the invention describing the methods, system, and apparatus for interactions between the software administration portal 108, the Admin 17, and a mixed configuration within a deployment. This configuration view shows an invisible personal body modular armor 102, UE 101, a group (ex. a deployment of configurations), Users 106 (in this case, an an Admin 107 as a User 106), video stream exchange reconfiguration 104 and other UE 101 configurations and/or custom configurations based on criteria, logic conditions, sorting actions, port switching between video streams, and quality testing within the portal's 108 environment and the respective UE 101. In this case, any User 106 can grab a UE 101 and quickly become Invisibility Administrator 108 (ex. an iPad from an invisibility modular body armor 102); and now utilizing a UE 101 (or any, ideally) to update the Criteria 1 (ex. Pixelation Table). With these portals 108, all configurations can be uniquely grouped and connected to transmit video streams 104 to the polar-opposite devices and thus create a See-Through effect 104 in individual scenarios to massive scales movements. In this CRITERIA example, the Administrator 107 can apply an upgrade and provision a new rule to execute a change in video streams port 104 based on administrative distance and pixelation tables 108. The hardware of invisibility portals 108 can consist of different UE 101 types and it is assumed that the UE 101 can be a combination of generic commercial devices, custom commercial smart e-wearables, and/or military-grade devices.
[0106] Embodiments of the present invention may be implemented in software 108, hardware, application logic or a combination of invisibility software 108, hardware 101 and application logic 108. The software, application logic and/or hardware 108 may reside on a user's 106 UE 101 (ex. iPhone), segregated servers from the data lakes, in the data lake environments, in the hosted environments (ex. AWS, Azure, Shopify), in the Telcom environments, and/or distributed in a P2P network 104 with or without blockchain technology enhancements. If desired, part of the invisibility software 108, application logic 108 and/or hardware 101 may reside on a user's 106 UE 101 (ex. iPhone), segregated servers from the data lakes, in the data lake environments, in the hosted environments (ex. AWS, Azure, Shopify), in the Telcom environments, and/or distributed in a P2P network 104 with or without blockchain technology enhancement. In an example embodiment, the application logic 108, software 108 or an instruction 108 set is maintained on any one of various conventional computer-readable media. In the context of this document, a computer-readable medium may be any media or means that can contain, store, communicate, propagate or transport the instructions for use by or in connection with an instruction execution system, apparatus, or device, such as a computer, with few examples of a computer described and depicted in FIG. 1-27. A computer-readable medium may comprise a computer-readable storage medium that may be any media or means that can contain or store the instructions for use by or in connection with an instruction execution system, apparatus, or device, such as a computer.
[0107] There are two main kinds of semiconductor memory, volatile and non-volatile. Examples of non-volatile memory are flash memory (used as secondary memory) and ROM, PROM, EPROM and EEPROM memory (used for storing firmware such as BIOS). Examples of volatile memory are primary storage, which is typically dynamic random-access memory (DRAM), and fast CPU cache memory, which is typically static random-access memory (SRAM) that is fast but energy-consuming, offering lower memory areal density than DRAM.
[0108] Non-volatile memory is computer memory that can retain the stored information even when not powered. Examples of non-volatile memory include read-only memory (see ROM), flash memory, most types of magnetic computer storage devices (e.g. hard disk drives, floppy disks, SSD, NVMe M.2, and magnetic tape), optical discs, and early computer storage methods such as paper tape and punched cards. Non-volatile memory technologies may include FeRAM, CBRAM, PRAM, STT-RAM, SONOS, RRAM, racetrack memory, NRAM, 3D XPoint, and millipede memory.
[0109] The present invention consisting of a method, system, and apparatus to manage invisibility groups is enabled by computer instructions stored on non-volatile memories.
[0110] If desired, the different functions discussed herein may be performed in a different order and/or concurrently with each other. Furthermore, if desired, one or more of the above-described functions may be optional or may be combined.
[0111] Although various aspects of the invention are set out in the independent claims, other aspects of the invention comprise other combinations of features from the described embodiments and/or the dependent claims with the features of the independent claims, and not solely the combinations explicitly set out in the claims.
[0112] A plurality shall mean one or more.
[0113] It is also noted herein that while the above describes example embodiments of the invention, these descriptions should not be viewed in a limiting sense. There are several variations and modifications which may be made without departing from the scope of the present invention as defined in the appended claims.
