A stackable container system includes at least two coupling hooks disposed on oppositely lying side walls of the container system for connecting the coupling hooks with associated coupling recesses of another container system. The coupling hooks move between a coupled position, in which the coupling hooks are engaged in the coupling recesses, and a detached position, in which the coupling hooks are disengaged from the coupling recesses. The coupling recesses are disposed within a wall that extends beyond the upper surface of the container system. After placement of the container system on top of the other container system, one of the coupling hooks can be inserted in the horizontal direction into the associated coupling recess of the other container system. The oppositely lying coupling hook can be subsequently vertically pushed into the associated coupling recess of the other container system.

Described herein are cosmetic bags of various size, shapes, and configurations. In one embodiment, a cosmetic bag includes a first sidewall including a first coupling surface; a second sidewall coupled to the first sidewall and including a second coupling surface, the second sidewall and the second coupling surface defining a groove configured as a handle; a reversibly sealable pouch coupled to and between the first and second sidewalls, the pouch being visible between the first and second sidewalls in a closed configuration; a first divider between the first sidewall and the pouch, the first divider and the first sidewall defining a first slot and the first divider and the pouch defining a second slot; and a second divider between the second sidewall and the pouch, the second divider and the second sidewall defining a third slot and the second divider and the pouch defining a fourth slot.

A travel case having a lid hingedly coupled to a base. A first coupling element at a rear side of the base couples the travel case to vertically orientated surfaces. A first hinging element allows the lid to open 180 degrees relative to the base. A limiting element prevents the lid from opening beyond 90 degrees relative to the base. An adjustable strap is for coupling the base to a vertically orientated surface such that the base is maintained at a 90-degree angle relative to the vertically orientated surface. At least one planar shaped stand maintains the travel case above a horizontally orientated surface. Each planar shaped stand is removably inserted into a slot in the base and extended out of the slot. Each planar shaped stand can abut a vertically orientated surface and a horizontally orientated surface when extended out of the slot.

A surveillance system for mobile surveillance access to remote areas comprising a housing sized to be manually portable, and a power supply, an input port, a video converter, an encoder, and a router all within the housing. The power supply is configured to provide power to the system. The input port is configured to receive a video stream from a camera. The video converter is configured to convert the video stream from a digital signal to an analog signal. The encoder is configured to convert the video stream into a reduced bitrate digital stream having a bitrate less than or equal to 3 megabits per second. The router is configured to transmit the reduced bitrate digital stream over at least two of a plurality of communication paths simultaneously. The system is manually portable and configured to livestream the video stream to the internet in real time.

Solutions may provide for a traveler including a plurality of front two-in-one pockets, each of the front two-in-one pockets having a water repellent hamper pocket inside of a front pocket. The traveler may also include a plurality of hanging straps extending from a top portion of the traveler. In one example, the water repellent hamper pockets and the front pockets are sized to hold approximately an equivalent amount of items. Additionally, the water repellent hamper pockets may include a waterproof material.

A case for a mobile device, including first, second, third, and fourth sides, each with inside and outside surfaces opposite to each other. The inside surfaces of the first and second sides face each other. The inside surface of the third and fourth sides faces each other. The first and second sides are arranged between the third and fourth sides, and the third and fourth sides are arranged between the first and second sides, so that the four sides form at least part of a frame configured to surround a periphery of the mobile device. At least one of the inside surfaces of the first, second, third, and fourth sides includes triangular protrusions that have a triangular cross section and extend toward the inside of the case, so that an apex of each of the triangular protrusions contacts the mobile device when it is arranged inside the case.

Disclosed is a medication carrying case having a modular interior and a deployable tray work surface. The case structure is provided in several different sizes and designs, whereby medication and other articles are supported by removably attached organizational leaflets attached along the interior surfaces of the case. Each leaflet comprises a number of different pouches or organizational elements for supporting medication and accessory items. The deployable tray attaches along the exterior of the case and provides a clean work surface for organizing and preparing medication prior to use. For temperature sensitive medication, a cooling chamber is provided within the leaflet and behind a pouch to cool the pouch contents. Furthermore, an internal temperature sensing means and a timer element is provided to monitor the interior environment of the case and provide a means of notification for the user for administration of medication, respectively.

The carrier includes a base having a bottom surface that extends upward to a peripheral edge. A stiff but flexible bag body having a pair of opposed sides and a pair of opposed ends is fastened to the peripheral edge and projects upward to a rim. A removable handle assembly extends across the carrier and is fastened to the ends of the carrier between a stepped bracket and a D-ring plate. The body defines an interior of the carrier. A divisible receptacle defining a cavity extends between the ends of the carrier and includes a plurality of guides protruding into the cavity. A moveable partition insert defining a chamber and including a plurality of tracks compatible with the guides is received by the receptacle. The insert can be placed into more than one position within the receptacle, thereby creating customizable and separate compartments within the receptacle.

A protective cover for use with an electronic device includes a protective shell, an electrical connector, and an inductive coil. The protective shell is configured to receive the electronic device and includes one or more apertures configured for accessing one or more respective features of the installed electronic device. The electrical connector is affixed to an interior surface of the protective shell and configured to engage electrical contacts of the installed electronic device. The inductive coil is disposed within the protective shell and is electrically connected to the electrical connector of the protective shell. The inductive coil is configured for producing an electrical current in response to a magnetic field generated by an external device in proximity to the protective shell.

A protective cover for use with an electronic device includes a protective shell, an electrical connector, and an inductive coil. The protective shell is configured to receive the electronic device and includes one or more apertures configured for accessing one or more respective features of the installed electronic device. The electrical connector is affixed to an interior surface of the protective shell and configured to engage electrical contacts of the installed electronic device. The inductive coil is disposed within the protective shell and is electrically connected to the electrical connector of the protective shell. The inductive coil is configured for producing an electrical current in response to a magnetic field generated by an external device in proximity to the protective shell.