INFLATABLE PROTECTIVE SHIELD and UMBRELLA

Abstract

A modular inflatable shield with a rotational locking cap, customizable air chambers, and integrated storage, designed for sports and outdoor use. It features an inflatable structure with independently adjustable air chambers, allowing for customizable protection. A rotational locking cap enables full 360-degree movement, while inflatable extensions offer adaptable radial coverage. Constructed from durable, puncture-resistant materials, the shield integrates storage compartments and a rainwater collection system. This system offers a versatile solution for outdoor enthusiasts, combining portability, protection, and adaptability in one design.

Claims

1. An inflatable protective shield, comprising: an adjustable canopy system configured to selectively inflate, deflate, or leave specific air chambers uninflated to create customizable open areas, form needed voids or non-rigid zones, and adjust size and radial coverage area of the inflatable protective shield; and a rotational mechanism that enables the inflatable protective shield to rotate around a locking cap by sliding along the locking cap's smooth inner surface or securely attaching to the locking cap, wherein the rotational mechanism ensures smooth and efficient movement of the inflatable protective shield.

2. The inflatable protective shield of claim 1, wherein the adjustable canopy system is further configured to expand diameter of the inflatable protective shield by introducing additional inflatable sections around edges of the inflatable protective shield, offering multiple size options for broader coverage.

3. The inflatable protective shield of claim 1, wherein the inflatable protective shield is multifunctional and configured to: protect gear by keeping items dry; work with or without a core unit; provide buoyancy support in emergency flotation scenarios when inflated; create a physical barrier to establish personal space in crowded areas; and expand to create a temporary shelter, providing emergency protection.

4. The inflatable protective shield of claim 3, wherein the inflatable protective shield is configured to function jointly with the core unit or independently as a handheld device.

5. The inflatable protective shield of claim 1, further comprising a personal protection device configured to defend against potential threats and ensure safety of a user.

6. The inflatable protective shield of claim 1, further comprising integrated storage and display features, including: hidden compartments for storing items securely; a container for collecting and pooling rainwater; and a transparent digital screen for displaying notifications or advertisements.

7. A method of using an inflatable protective shield, comprising: selectively inflating, deflating, or leaving specific air chambers uninflated in an adjustable canopy system to create customizable open areas, form needed voids or non-rigid zones, and adjust a size and radial coverage area of the inflatable protective shield; and rotating the inflatable protective shield around a locking cap using a rotational mechanism that slides along the locking cap's smooth inner surface or securely attaches to the locking cap, wherein the rotational mechanism ensures smooth and efficient movement of the inflatable protective shield.

8. The method of claim 7, further comprising expanding a diameter of the inflatable protective shield by introducing additional inflatable sections around edges of the inflatable protective shield, offering multiple size options for broader coverage.

9. The method of claim 7, further comprising using the inflatable protective shield to: protect gear by keeping items dry; work with or without a core unit; assist individuals in water by acting as a flotation device when inflated; create a physical barrier to establish personal space in crowded areas; and expand to create a temporary shelter, providing emergency protection.

10. The method of claim 9, further comprising using the inflatable protective shield jointly with the core unit or independently as a handheld device.

11. The method of claim 7, further comprising defending against potential threats and ensuring safety of a user with a personal protection device integrated into the inflatable protective shield.

12. The method of claim 7, further comprising: storing items securely in hidden compartments integrated into the inflatable protective shield; collecting and pooling rainwater in a container integrated into the inflatable protective shield; and displaying notifications or advertisements on a transparent digital screen integrated into the inflatable protective shield.

13. An inflatable protective shield system, comprising: an adjustable canopy system configured to selectively inflate, deflate, or leave specific air chambers uninflated to create customizable open areas, form needed voids or non-rigid zones, and adjust size and radial coverage area of the inflatable protective shield; a rotational mechanism that enables the inflatable protective shield to rotate around a locking cap by sliding along the locking cap's smooth inner surface or securely attaching to the locking cap, wherein the rotational mechanism ensures smooth and efficient movement of the inflatable protective shield; and a multifunctional inflatable shield configured to protect gear, work with or without a core unit, assist individuals in water, create a physical barrier, and expand to create a temporary shelter.

14. The inflatable protective shield system of claim 13, wherein the adjustable canopy system is further configured to expand diameter of the inflatable protective shield by introducing additional inflatable sections around edges of the inflatable protective shield, offering multiple size options for broader coverage.

15. The inflatable protective shield system of claim 13, wherein the inflatable shield is configured to: keep items dry; function jointly or independently; act as a flotation device when inflated; establish personal space in crowded areas; and provide emergency protection.

16. The inflatable protective shield system of claim 13, wherein the inflatable shield is configured to work with the core unit or be used as a handheld device.

17. The inflatable protective shield system of claim 13, further comprising a personal protection device configured to defend against potential threats and ensure safety of a user.

18. The inflatable protective shield system of claim 13, further comprising integrated storage and display features, including: hidden compartments for storing items securely; a container for collecting and pooling rainwater; and a transparent digital screen for displaying notifications or advertisements.

19. The inflatable protective shield system of claim 13, wherein the locking cap is configured to facilitate the rotation of the inflatable protective shield by providing a smooth inner surface for the rotational mechanism to slide along or a secure attachment point for the rotational mechanism.

20. The inflatable protective shield system of claim 13, wherein the core unit is configured to act as an anchor for the inflatable shield when the inflatable shield is working jointly with the core unit.

Description

BRIEF DESCRIPTION OF DRAWINGS

[0005] FIG. 1 is a cutaway view of an inflatable protective shield and umbrella system on a golf bag, according to one embodiment.

[0006] FIG. 2 illustrates a top view of an inflatable protective shield and umbrella system, according to one embodiment.

[0007] FIG. 3 illustrates a top view of an inflatable protective shield and umbrella system separated, according to one embodiment.

[0008] FIG. 4 is a cutaway view of an inflatable protective shield and umbrella system coupled with a golf accessory platform, according to one embodiment.

[0009] FIG. 5 is a cutaway view of a deflated shield coupled with a golf accessory platform, according to one embodiment.

[0010] FIG. 6 is a perspective view of a shield, according to one embodiment.

[0011] FIG. 7 illustrates a top view of an inflatable protective shield and umbrella system, according to one embodiment.

[0012] FIG. 8 is a perspective view of a shield mounted on a golf accessory platform, according to one embodiment.

[0013] FIG. 9 is a perspective view of a shield mounted on a golf accessory platform showing the shield filled with water, according to one embodiment.

[0014] FIG. 10 illustrates a cap with ball bearings to facilitate rotation of a shield on a golf accessory platform, according to one embodiment.

[0015] FIG. 11 is a diagram illustrating a shield mounted on golf accessory platform, which may provide hands-free protection, according to an embodiment.

[0016] FIG. 12 illustrates a view of an umbrella with separatable sections, according to one embodiment.

[0017] FIG. 13 illustrates a top view of an umbrella with separatable sections, according to one embodiment.

[0018] FIG. 14 illustrates a cap to facilitate clamping of a shield on a golf accessory platform, according to one embodiment.

DETAILED DESCRIPTION

[0019] The following detailed description refers to the accompanying drawings illustrating exemplary embodiments of the Inflatable Protective Shield and Umbrella System (hereinafter Shield 100). Throughout the drawings, corresponding reference numerals indicate like or corresponding parts and features.

[0020] FIG. 1 is a cutaway view of a Shield 100 on Golf Bag 120. Shield 100 may be a versatile inflatable protective shield and umbrella system designed to protect sports equipment and offer a weather shield for users. Shield 100 may have multiple air chambers that can be independently inflated, deflated, or left uninflated to create targeted, flexible zones, providing flexibility and adaptability, which may allow Shield 100 to conform to various shapes and spaces. The air chambers may be designed to create flexible zones for tailored functionality, which may enable Shield 100 to form open sectors for added access or to conform to walls and corners while maintaining protection. The flexible zones may also be helpful for shielding sports equipment, such as golf clubs, by integrating with zipper configurations for flexible access. Cap 130 may be a travel cap or a locking cap and may be coupled to Shield 100 and Head 140. Head 140 may be a portion of Golf Accessory Platform 410. This may allow for Shield 100 to rotate, which may be facilitated by bearings or similar mechanisms, which may assist with a smooth operation. Shield 100 may provide complete accessibility to all sections of a golf bag or similar applications, which may enhance user convenience. This feature may be particularly beneficial in scenarios where quick and easy access to equipment is desired, such as on a golf course or during outdoor events.

[0021] Inflatable extensions may be incorporated to customize radial coverage, adjusting to various needs and conditions. Shield 100 may also feature a golf accessory platform core for stability when anchored, offering dual functionality as both a protective shield and an independent umbrella. Shield 100's design may ensure durability and reliability, constructed from high-strength, puncture-resistant, and weather-resistant materials. In this example, Air Chamber 250s are folded under to form a protective seal against Golf Bag 120.

[0022] Shield 100 may be suitable for diverse scenarios, including golf courses and outdoor events. The system may also function as a barrier against environmental threats, ensuring personal safety. Additionally, the system may include features such as hooks or compartments for securely hanging accessories, concealed compartments for storing valuables, and a built-in system for collecting rainwater. These features may enhance the system's utility for outdoor enthusiasts and travelers. The inflatable extensions may allow customization of radial coverage, accommodating various weather conditions and user needs. The system's ability to address both gear protection and user comfort may make it an indispensable tool for sports enthusiasts, outdoor adventurers, and everyday users.

[0023] The adjustable canopy size may be a feature that enhances the adaptability of the system, offering compact or large-scale coverage as required. The inflatable extensions may also allow for the creation of targeted flexible zones, which may provide flexibility and adaptability in the system's functionality. Radial coverage may be adjusted based on the needs of the user, providing a tailored solution for protection and coverage. The inflatable extensions may be an integral part of Shield 100's design, contributing to its multifunctional capabilities and versatility.

[0024] The golf accessory platform core may be utilized to provide stability when Shield 100 is anchored. This stability may be achieved by anchoring Shield 100, which can function as both a protective shield and an independent umbrella. The dual-use design may allow Shield 100 to be handheld or anchored, offering versatility in its application. The golf accessory platform core may enhance the stability of Shield 100, which may ensure it remains secure when anchored. This dual functionality may provide users with an option to use Shield 100 as a standalone umbrella or as a protective shield for equipment. Shield 100 may be designed to absorb shocks and prevent compression damage to sports equipment, which may ensure optimal protection and fit across various shapes and sizes. The adjustable inflation levels may tailor coverage for rain, wind, or sun, offering customizable protection for users and their gear. Shield 100 may be compact and lightweight when deflated, ensuring portability and ease of use.

[0025] Shield 100 may incorporate a built-in mechanism for rainwater collection, which can be particularly beneficial for outdoor enthusiasts or in survival situations. This built-in system may be designed to collect rainwater efficiently, potentially providing a source of water in various outdoor scenarios. Shield 100's design may facilitate the rainwater collection process, which can channel water into designated collection areas. The collected water may then be stored or used as needed, offering a practical solution for hydration or other purposes in outdoor environments. The integration of this rainwater collection system may enhance the utility of the inflatable protective shield and umbrella system, aligning with its multifunctional design. Shield 100's ability to collect rainwater may be further supported by the use of durable, weather-resistant materials, ensuring reliability and effectiveness in diverse weather conditions. This feature may complement Shield 100's other functionalities, such as providing a weather shield and protecting sports equipment, by adding an additional utility for users in outdoor settings.

[0026] In Shield 100, hooks or compartments may be utilized for securely hanging or storing accessories. This may serve the purpose of accessory storage, ensuring that gear remains dry. Shield 100 may incorporate features that prevent water wicking through traditional umbrella fabrics, thereby maintaining the dryness of gear such as gloves, towels, and clothing. The hooks or compartments may be strategically coupled to Shield 100, allowing for secure attachment of various accessories. This configuration may provide users with the flexibility to organize and access their gear efficiently. The potential for customization in the placement and number of hooks or compartments may further enhance the utility of Shield 100, catering to diverse user needs and preferences. The integration of these features may contribute to the overall functionality and adaptability of the inflatable protective shield and umbrella system, offering a practical solution for keeping gear dry and accessible in various environmental conditions.

[0027] In Shield 100, concealed compartments may be used to store valuables or essential items. This may be facilitated by the integrated storage feature, which can be designed to provide secure and discreet storage options within Shield 100. The concealed compartments may be strategically placed to ensure ease of access while maintaining the overall integrity and functionality of Shield 100. The storage capability may be enhanced by using durable materials, which may protect against environmental elements and potential damage. Additionally, the design of the compartments may allow for customization, enabling users to adapt the storage space according to their specific needs. This feature may be particularly beneficial for users who require secure storage for personal items during outdoor activities or events. The integration of concealed compartments into Shield 100 may contribute to Shield 100's versatility, offering a practical solution for both personal and equipment protection.

[0028] FIG. 2 is a diagram illustrating a top view of Shield 100, according to an embodiment. Air Chamber 210s may provide flexibility and adaptability by creating flexible zones. These zones may be formed by inflating, partially inflating, or leaving Air Chamber 210s uninflated, allowing tailored functionality. Air Chamber 210s, 250s may be integral to the inflatable protective shield and umbrella system, as they may enable Shield 100 to conform to various shapes and spaces, such as walls or corners while maintaining protective coverage. This adaptability may be particularly beneficial for shielding sports equipment, such as golf clubs, by integrating with Zipper 240, 245 configurations for flexible access.

[0029] Zipper 240 and Zipper 245 may allow a section of Shield 100 to be removed, with remaining halves of Zipper 240, 245 zipped together to adjust the size of a cone provided by Shield 100. Any number and size of removable sections may be incorporated in Shield 100

[0030] The air chambers may also contribute to the overall stability and functionality of Shield 100, as they may be independently adjustable to suit different environmental conditions and user preferences. The ability to create targeted, flexible zones may enhance Shield 100's versatility, making it suitable for a wide range of applications, from personal protection to sports gear safeguarding. The air chambers may be constructed from high-strength, puncture-resistant, and weather-resistant materials, ensuring durability and reliability in various scenarios.

[0031] Cap 130 may allow rotation for easy access to any golf clubs or other items, no matter where they are stored in a golf bag, for example. Rotation may be achieved through the use of bearings, traveling about a hard plastic surface, or by other means, which may ensure smooth operation and provide complete accessibility to all sections of Shield 100. This feature may be particularly advantageous when users require unobstructed access to sports equipment or personal items stored within Shield 100. The Travel Cap/Locking Cap may also contribute to the overall adaptability of Shield 100, allowing it to conform to various user needs and environmental conditions. The ability to rotate may enhance Shield 100's functionality, making it a versatile tool for both personal protection and equipment coverage. The integration of this component may exemplify Shield 100's dynamic adaptability and customizable functionality.

[0032] Valve 260s may be placed between adjacent Air Chamber 210s, between adjacent Air Chamber 210s and Air Chamber 250s, or between adjacent Air Chamber 250s. If no Valve 260s are opened, all Air Chamber 210s and 250s may be inflated to the same pressure. If Valve 260s are closed between adjacent Air Chamber 210 or 250s, the Air Chamber 210s, 250s may be inflated to different pressures. Also, if Valve 260s are closed, Shield 100's edge may droop down around an out edge.

[0033] FIG. 3 illustrates a top view of Shield 100 with zippers opened and separated. Shield 100 may be constructed from either cloth or inflatable materials, providing flexibility in both form and function. Removable Section 260 may be secured using Zippers 240, 245 or other fastening mechanisms, allowing users to detach one or more sections as needed. This modular design may enable users to adjust the overall size and shape of the canopy, thereby enhancing adaptability for various environments and use cases. By selectively removing sections, the coverage area of Shield 100 may be modified, making it suitable for personal use, commercial applications, and specialized protective purposes.

[0034] The ability to remove specific portions of Umbrella 400 may allow for customized configurations to fit against different surfaces. For example, users may detach a section to enable Shield 100 to fit snugly into a corner, providing coverage while minimizing excess material. In another embodiment, half of the canopy may be removed, allowing Shield 100 to be positioned flush against a wall. This may be particularly advantageous for outdoor seating areas, storefronts, or temporary shelters where space constraints require a more tailored approach to coverage. The versatility offered by Removable Sections 410 may expand the range of practical applications, ensuring that the umbrella adapts to varying spatial constraints while maintaining effective protection.

[0035] In certain embodiments, the integration of inflatable materials may further enhance the adaptability of Shield 100. Inflatable sections may provide structural support while remaining lightweight and easily storable. Additionally, the use of weather-resistant materials may ensure durability across different environmental conditions. The modular nature of the canopy may allow for efficient transportation and storage, as users may pack only the necessary sections rather than carrying a full-sized umbrella. By incorporating removable and adjustable features, Shield 100 may provide a dynamic solution for individuals and businesses seeking a customizable and space-efficient protective covering.

[0036] This view shows the flexibility that may be provided with Zipper 240, 245 providing access to items inside Shield 100. It also shows a layout of Air Chamber 210s in a circular arrangement, according to an embodiment. Air Chamber 210s may be strategically positioned around a central region of Shield 100, with Air Channels 220, 230 connecting each adjacent Air Chamber 210. This configuration may enable air to flow seamlessly between Air Chambers 210, allowing for inflation through a single input. The interconnected structure may ensure uniform distribution of air throughout Shield 100, optimizing stability and structural integrity while minimizing the need for multiple inflation points. This design may enhance ease of use, as a user may efficiently deploy Shield 100 with a single inflation mechanism, reducing setup time and complexity.

[0037] Zipper 240 and Zipper 245 may extend from Cap 130 to an outer edge of Shield 100, providing a versatile access system. Zipper 240 and Zipper 245 may facilitate the placement of Shield 100 over a golf bag filled with clubs or a similar item, allowing for convenient coverage without requiring removal of stored equipment. The strategic positioning of Zipper 240 and Zipper 245 may ensure that Shield 100 remains securely in place while also offering quick and flexible accessibility. When Zipper 240 and Zipper 245 are fully unzipped, Shield 100 may be divided into two separate sections, enabling additional customization and adaptability based on user preferences or storage needs.

[0038] Air Chambers 250 may be aligned with Air Chamber 210s in an outer region of Shield 100, creating a layered structure that enhances both protection and flexibility. This alignment may allow for a consistent distribution of air pressure throughout Shield 100, reinforcing durability and adaptability in various conditions. The combined arrangement of Air Chamber 210s and Air Chambers 250 may contribute to the overall functionality of Shield 100, ensuring that it conforms effectively to different shapes while maintaining a secure and protective enclosure. The integration of this inflatable structure with an adaptable access system may make Shield 100 particularly useful for safeguarding sports equipment, personal items, and other valuables in a convenient and user-friendly manner.

[0039] FIG. 4 illustrates a cutaway view of an inflated Shield 100 on Golf Bag 120, according to one embodiment. Shield 100 may have flexible options for coupling directly to Cap 130, which may be coupled to Golf Accessory Platform 410. The coupling mechanism may provide additional protection against foreign objects while also allowing rotational movement of Shield 100. This rotational capability may enable users to access different sections of Golf Bag 120 with ease, improving overall convenience and usability.

[0040] In this configuration, Shield 100 may be positioned to optimize coverage over Golf Bag 120 while maintaining accessibility. The coupling between Shield 100 and Cap 130 may be secured through a locking mechanism or an adjustable attachment system, ensuring stability during use. This design may enhance user experience by offering a seamless transition between protection and accessibility.

[0041] Air Chamber 250s may be aligned with Air Chamber 210s to provide extended coverage over Golf Bag 120. The integration of multiple air chambers may allow for structural adaptability, enabling Shield 100 to conform to different bag shapes and sizes. The positioning of Air Chambers 250 may contribute to enhanced wind resistance and overall stability, making Shield 100 an effective protective solution in various outdoor conditions.

[0042] Additionally, Shield 100 may incorporate reinforcement points at key connection areas to maintain structural integrity when subjected to external forces such as wind or impacts. The materials used in the construction of Shield 100 may be weather-resistant and puncture-resistant, ensuring long-term durability. This feature may provide users with a reliable and long-lasting protective shield for outdoor sports and recreational activities.

[0043] By combining flexible coupling options, rotational movement, and reinforced coverage, Shield 100 may offer a comprehensive protective solution tailored to sports equipment storage and accessibility needs.

[0044] FIG. 5 is a cutaway view of Shield 100 deflated. according to one embodiment. Shield 100 may be designed to collapse into a compact form for easy transport and storage. When deflated, Shield 100 may fold or roll into a minimal footprint, allowing users to store it conveniently in a carrying case, golf bag, or backpack, or it may remain attached to Golf Accessory Platform 410.

[0045] The structure of Shield 100 may retain its core framework even in a deflated state, ensuring that it may be quickly reinflated and deployed as needed. The deflation mechanism may incorporate one-way air release valves or quick-exhaust ports, allowing for efficient air expulsion without requiring excessive force from the user. These valves may be strategically positioned to ensure uniform deflation, preventing air from becoming trapped in isolated sections.

[0046] Shield 100 may also feature attachment points or straps that enable secure storage when not in use. These may allow the shield to be neatly secured to a golf cart, backpack, or other outdoor equipment, ensuring accessibility when needed.

[0047] Constructed from flexible, weather-resistant materials, Shield 100 may maintain durability even after repeated inflation and deflation cycles. Reinforced seams and puncture-resistant layers may ensure longevity, reducing the risk of wear over time. The lightweight nature of the materials may contribute to portability while maintaining structural integrity when inflated.

[0048] By incorporating an efficient deflation system, compact storage design, and durable construction, Shield 100 may serve as a highly adaptable and portable protective solution for sports equipment and outdoor use

[0049] FIG. 6 illustrates a perspective view of Shield 600, according to one embodiment. In this embodiment, Shield 600 may incorporate an air channel system rather than individual air pockets to maintain structural integrity while reducing complexity. Air Channel 610 may be designed to provide uniform inflation, ensuring even distribution of pressure across the shield's surface.

[0050] Air Channel 610 may be configured to offer enhanced flexibility and adaptability in the deployment of Shield 600. This design may allow for simplified inflation and deflation processes, reducing the need for multiple inflation points. By using interconnected air channels, Shield 600 may achieve a balanced structure while minimizing material stress, contributing to greater durability and reliability.

[0051] Shield 600 may also feature an integrated stabilization mechanism, such as an anchoring system or a weighted core, to enhance its stability in various environmental conditions. This feature may ensure that Shield 600 remains securely positioned during use, whether as a protective covering for sports equipment or as a standalone barrier for personal protection.

[0052] In addition to its structural elements, Shield 600 may include strategically placed storage compartments, offering users secure locations for storing personal belongings or sports accessories. The storage compartments may be seamlessly integrated within the inflatable structure to maintain a streamlined and functional design.

[0053] Constructed from durable, weather-resistant materials, Shield 600 may be designed to withstand prolonged outdoor exposure while maintaining its protective capabilities. The materials may include puncture-resistant coatings and reinforced seams, ensuring longevity and resilience in various environmental conditions.

[0054] Shield 600's lightweight and portable design may allow for easy transport and storage when deflated, making it an ideal solution for outdoor enthusiasts seeking reliable weather protection. By integrating a combination of structural reinforcement, stability mechanisms, and storage solutions, Shield 600 may provide a multifunctional and adaptable protective shield suitable for a wide range of applications.

[0055] FIG. 7 illustrates a top view of Shield 700, according to one embodiment. In this configuration, Shield 700 may provide optimal protection for sports equipment or personal use through its inflatable structure. The shield may be adjusted to lie flat when fully unzipped, providing an unobstructed layout for storage and transport. When zipped, Shield 700 may form a conical structure, enclosing and covering sports equipment, such as a golf bag, or offering personal weather protection.

[0056] Zipper 710 may extend from the center cap region outward to the perimeter of Shield 700, which may facilitate a flexible enclosure system. This configuration may allow users to partially or fully unzip the shield for varied levels of access and adjustability. The integration of strategically placed zippers may enable users to create designated openings for specific storage needs, enhancing convenience and adaptability.

[0057] The outer perimeter of Shield 700 may include modular air chambers that provide structural reinforcement. These chambers may be selectively inflated or left uninflated based on user preferences, creating a customizable form factor. When fully inflated, the chambers contribute to radial expansion, increasing the overall coverage area and shielding capabilities. The inflatable nature of Shield 700 ensures a lightweight, portable design that can be compactly stored when deflated.

[0058] Additionally, Shield 700 may incorporate integrated storage features along the inner lining, such as concealed compartments for valuables or built-in hooks for securing accessories. These enhancements improve the functionality of Shield 700 for outdoor enthusiasts, ensuring that personal belongings remain protected from environmental factors.

[0059] The base of Shield 700 may feature a stabilization system, such as a weighted core or an anchoring mechanism, ensuring that the shield remains securely positioned even in windy conditions. The integration of a core unit may provide additional stability when Shield 700 is utilized in a standalone capacity, functioning either as an independent umbrella or as a protective enclosure for sports gear.

[0060] Shield 700 may be designed with durable, weather-resistant materials to enhance its longevity and performance in various environmental conditions. The materials may include puncture-resistant fabrics and reinforced seams, ensuring structural integrity during prolonged outdoor use. This robust construction allows Shield 700 to function effectively across multiple applications, from shielding golf clubs to serving as a portable weather barrier for users in outdoor settings.

[0061] By incorporating a combination of adjustable inflation, modular expansion, and integrated storage solutions, Shield 700 may offer a versatile and adaptable protective solution. The system's innovative design ensures ease of use, compact storage, and enhanced protection for both sports equipment and personal applications.

[0062] FIG. 8 is a perspective view of Shield 100 mounted on Golf Accessory Platform 410, according to one embodiment. This may allow Shield 100 to be used as an umbrella independently from being mounted to Golf Bag 120, for example. One having skill in the art will recognize that various ways to mount Shield 100 may be used to allow for hands free operation. For example, a mount may fasten to a belt mount, mount to a backpack, or may use other types of mounts.

[0063] FIG. 9 is a perspective view of Shield 100 mounted on a golf accessory platform showing the shield filled with water. Shield 100 may facilitate the collection, redirection, or scooping of water from a source such as rainfall, rivers, lakes, or other fluid bodies. Shield 100 may be constructed from a flexible, waterproof material capable of expanding when inflated to form a structured barrier or receptacle. The inflation mechanism may utilize air, gas, or liquid to provide rigidity and shape, allowing the shield to be deployed in various configurations depending on the desired function.

[0064] Shield 100 may act as a funnel or catchment system for collecting precipitation. When deployed, Shield 100 may assume a concave or sloped form, directing water toward a central outlet, reservoir, or storage container. The edges of the shield may incorporate weighted elements or stakes to secure it in place, ensuring stability in outdoor environments. Additionally, the inflatable design may enable compact storage and rapid deployment, making it suitable for emergency situations, portable water collection systems, or temporary field applications.

[0065] Shield 100 may function as a water scooping device. In this configuration, the inflatable structure may maintain a rigid yet buoyant form, enabling users to efficiently capture and transport water from a source. The shield may include integrated handles, reinforced edges, or adjustable inflation levels to optimize performance for different conditions. The material composition may further include anti-microbial coatings or filtration components to enhance water quality during collection.

[0066] Shield 100 may offer a versatile and adaptable solution for water management, with potential applications in disaster relief, outdoor survival, irrigation, and recreational activities. Its lightweight, collapsible nature may provide ease of transport, while its ability to be rapidly inflated may ensure quick and effective deployment in diverse environmental conditions.

[0067] FIG. 10 is a diagram illustrating Cap 1030, which may incorporate Ball Bearings 1010 to facilitate rotational movement, according to an embodiment. Ball Bearings 1010 may be positioned within Cap 1030 to allow Shield 100 to rotate smoothly when coupled to the cap. This rotational capability may enhance accessibility and usability by enabling Shield 100 to be adjusted without requiring full removal or repositioning. The integration of Ball Bearings 1010 may provide a low-friction interface, ensuring consistent and controlled movement even under varying environmental conditions.

[0068] The ability to rotate Shield 100 may be particularly advantageous in applications such as golf bag coverage, where users may need to access different compartments or clubs without removing the protective shield entirely. For example, when Shield 100 is secured over a golf bag, Cap 1030 may allow it to rotate, granting users selective access to various sections while maintaining protection over the remaining contents. This functionality may improve convenience and efficiency, reducing the need for repeated adjustments while preserving coverage from environmental elements such as rain, dust, or sunlight.

[0069] In certain embodiments, Ball Bearings 1010 may be constructed from corrosion-resistant materials to ensure longevity and smooth operation over extended periods of use. Additionally, the rotational mechanism within Cap 1030 may be designed with a locking feature, allowing users to secure Shield 100 in a desired position when rotation is not needed. This may further enhance stability and adaptability, ensuring that Shield 100 remains in place during transport or in high-wind conditions. The combination of rotation and secure positioning may make Shield 100 a versatile solution for protecting sports equipment, personal belongings, or other items requiring dynamic yet controlled coverage.

[0070] FIG. 11 is a diagram illustrating Shield 100 mounted on Golf Accessory Platform 1110, which may provide hands-free protection, according to an embodiment. Golf Accessory Platform 1110 may differ from Golf Accessory Platform 410 in that it incorporates a belt clip or similar attachment mechanism, enabling the user to secure the platform to their waist, belt, or another support structure. This configuration may allow Shield 100 to provide coverage while keeping the user's hands free for other tasks, such as reviewing scorecards, writing notes, or handling golf clubs and accessories.

[0071] In the illustrated embodiment, the user is depicted examining papers while Shield 100 provides overhead coverage, ensuring they remain dry and unencumbered. This hands-free functionality may be particularly beneficial in outdoor environments where users need protection from rain, sun, or wind without having to manually hold an umbrella or similar covering. By integrating a belt clip, Golf Accessory Platform 1110 may enhance mobility and ease of use, allowing users to move freely without sacrificing protection.

[0072] Golf Accessory Platform 1110 may be constructed from lightweight, durable materials designed for stability and comfort. In certain embodiments, the attachment mechanism may include an adjustable strap or rotating clip, allowing for flexible positioning based on user preference. Additionally, Shield 100 may be designed to pivot or adjust in height, ensuring optimal coverage regardless of the user's stance or activity. The combination of hands-free operation and adaptable coverage may make this implementation of Shield 100 particularly suited for golfers, outdoor enthusiasts, and professionals who require both protection and the ability to use their hands without restriction.

[0073] FIG. 12 illustrates Umbrella 1200, a conventional cloth umbrella featuring a removable section, which is facilitated by Zipper 1310. Although only one zipper is visible in this figure, additional zippers may be included to define the removable sections more flexibly.

[0074] Umbrella 1200 is designed to function as a standard fabric-based umbrella, while incorporating a modular canopy design. The inclusion of Zipper 1310 allows for the removal of a section of the umbrella, enabling users to modify the canopy shape for various environmental conditions. This modular capability enhances adaptability by allowing the umbrella to: fit flush against a wall by removing an interfering section, wrap around a corner to provide enhanced coverage, or reduce its overall footprint in crowded spaces by selectively removing portions of the canopy.

[0075] Umbrella 1200 may feature one or more additional zippers that provide flexibility in determining the size and number of removable sections. These zippers may be strategically placed along radial seams or near the outer perimeter of the canopy, ensuring that users can tailor the umbrella's coverage area as needed.

[0076] The fabric of Umbrella 1200 may be made of weather-resistant, lightweight materials, ensuring durability and reliability in various outdoor conditions. The modular zipper system preserves the integrity of the canopy even when a section is removed, preventing unintended unraveling or loss of stability.

[0077] FIG. 13 provides a top-down view of Umbrella 1200, showcasing the modular canopy design with removable sections. In this configuration, Zipper 1320 and Zipper 1310 define a removable segment within the umbrella's canopy. Zipper 1320 and Zipper 1310 may extend radially from the central hub of Umbrella 1200 toward its outer perimeter, forming a removable wedge-shaped section when unzipped. This design provides users with versatile configuration options, such as: removing a section to fit against walls or vertical surfaces, minimizing wasted space; Creating open-air gaps to allow for airflow while maintaining coverage; and adjusting coverage dynamically to accommodate corner spaces or unique positioning needs.

[0078] The strategic placement of Zippers 1320 and 1310 ensures that the umbrella remains structurally sound when a section is removed. The remaining canopy portions remain tensioned, preventing sagging or collapse. The zipper mechanism is designed to be weather-sealed, preventing water from leaking through the seams when the umbrella is fully assembled.

[0079] Similar to FIG. 12, Umbrella 1200 in FIG. 13 is constructed from durable, wind-resistant fabric, allowing it to be used in a variety of weather conditions. The removable section ensures greater adaptability across different environments, providing users with a customizable shading and rain protection solution.

[0080] FIG. 14 is an exploded view illustrating Cap 130 and Clamp 1480, which collectively facilitate the secure attachment of Shield 100 onto a golf accessory platform. This figure presents the same general assembly as FIG. 10 but may or may not include Ball Bearings 1010. The exploded perspective provides a detailed view of the alignment and interconnection of these components, ensuring proper attachment and functionality of the system.

[0081] Clamp 1480 is designed to fit over Cap 130, securing the cap in place while also aligning with other structural components. Cap 130 is configured to fit over Head 140, forming an upper enclosure that facilitates rotational movement when coupled with the appropriate bearing mechanism or smooth surface interface. Head 140 serves as the base structure, supporting the mounting and rotation of the shield assembly.

[0082] The assembly includes three Bolt Holes: Bolt Hole 1460 in Head 140, Bolt Hole 1450 in Cap 130, and Bolt Hole 1440 in Clamp 1480. When properly aligned, these holes allow Bolt 1430 to pass through all three components, ensuring a secure connection. Bolt 1430 is configured to engage with Nut 1470, which is positioned on the opposite side of the assembly, locking the components together in a stable configuration. This bolted connection provides structural integrity while allowing for controlled rotation when necessary.

[0083] The modular design of the assembly permits easy disassembly and reassembly, facilitating maintenance and adjustments as needed. Additionally, the alignment of Cap 130, Clamp 1480, and Head 140 ensures that Shield 100 remains securely affixed to the platform while allowing for smooth rotational adjustments. The ability to remove and replace these components enhances the adaptability of the system for various applications, such as different mounting configurations or user preferences.

[0084] Depending on the embodiment, the assembly may include Ball Bearings 1010 within Cap 130, as illustrated in FIG. 10. If present, these bearings enable smoother rotational movement by reducing friction between Cap 130 and Head 140. Alternatively, in embodiments without ball bearings, the rotational functionality may be achieved through low-friction materials or other mechanical means.

[0085] This assembly provides a durable and reliable mechanism for securing Shield 100 while maintaining rotational capabilities. The structured interconnection of Cap 130, Bolt 1430, Nut 1470, Head 140, and Clamp 1480 ensures a stable, functional, and user-friendly attachment solution for the inflatable protective shield and umbrella system.

[0086] While various aspects of implementations within the scope of the appended claims are described above, various features of implementations described above may be embodied in a wide variety of forms, and that any specific structure or function described above is merely illustrative. An aspect described herein may be implemented independently of any other aspects, and two or more of these aspects may be combined in various ways. For example, an accessory may be implemented, or a method may be practiced using any number of the aspects disclosed herein. In addition, such an accessory may be implemented, or such a method may be practiced using other structures or functionality in addition to or other than one or more of the aspects disclosed herein.

[0087] The terminology used herein is for the purpose of describing particular implementations only and is not intended to limit the scope of the claims. As used in the description of the implementations and the appended claims, the singular forms a, an, and the are intended to include the plural forms unless the context clearly indicates otherwise. The terms comprises or comprising, when used in this specification, specify the presence of stated features, integers, steps, operations, elements, or components, but do not preclude the presence or addition of one or more other features, integers, steps, operations, elements, components, or groups thereof.