Abstract: An electronic device case includes a panel including a front surface, a back surface, and a recess. The case further includes a kickstand with a first end hingedly connected to the panel such that the kickstand in a closed configuration is at least partially disposed in the recess of the panel and an open configuration a second end of the kickstand is spaced from the panel. A storage area is disposed in the recess. The storage area is configured to hold a charge or data cable for the electronic device and is configured such that the charge or data cable may be disposed therein with kickstand in the closed configuration and the open configuration.

Abstract: An electronic device case includes a front panel, a back panel, and a spine connecting the front panel and the back panel. A frame configured to hold an electronic device is hingedly coupled the back panel adjacent a first edge of the back panel. The electronic device case includes a first configuration with a second edge of the back panel opposite the first edge disposed adjacent to the frame and a second configuration wherein the frame and back panel are rotated relative to each other around the hinged coupling such that the second edge of the back panel is spaced from the frame.

Abstract: An electronic device case for selectively tilting an electronic device. The case includes at least one panel, a frame configured to receive an electronic device, and a tilting subassembly. The tilting subassembly includes a bendable lift component and a tether component slidingly disposed between the lift component and the at least one panel. Pulling of the tether component selectively transforms the tilting subassembly from a first configuration in which the lift component lies substantially flat upon the panel into a second configuration in which the lift component bows into an arch, thereby tilting the frame and an electronic device positioned within the frame. One or more fasteners may be coupled to a second end of the tether component to secure the tilting subassembly in the second configuration.

Abstract: An electronic device case includes a front panel, a back panel, and a spine connecting the front panel and the back panel. A frame configured to hold an electronic device is hingedly coupled the back panel adjacent a first edge of the back panel. The electronic device case includes a first configuration with a second edge of the back panel opposite the first edge disposed adjacent to the frame and a second configuration wherein the frame and back panel are rotated relative to each other around the hinged coupling such that the second edge of the back panel is spaced from the frame.

Abstract: An electronic device holder includes a front panel, a back panel, and a spine connecting the front panel and the back panel. A strap includes a first end coupled to an exterior surface of the front panel. The strap extends from the first end across the spine and through a friction buckle coupled to the back panel. The strap may be pulled through the friction buckle such that a distance between the first end of the strap and the friction buckle is variable. The friction buckle can hold the strap at any location along the strap such that any distance between the first end of the strap and the friction buckle may be maintained.

Abstract: Novel devices and methods are provided to dispense the load of a bag or case across a user's shoulder when the user attached a strap to the bag or case. The devices and methods provide a segmented tensile assembly to disperse the load of a bag or case uniformly across the user's body.

Abstract: A bag includes an interior compartment defined by front, rear, side, bottom, and top panels. A collapsible pocket is disposed in the interior compartment and is defined by a vertical divider, a front wall, a rear wall, and a bottom wall. The vertical divider is disposed between the front and rear panels and is slidable relative to the front and rear panels. The front wall is adjacent an inside surface of the front panel and is attached at opposite ends thereof to the one of the side panels and the vertical divider. The rear wall is adjacent an inside surface of the rear panel and is attached at opposite ends thereof to the side panel and the vertical divider. The collapsible pocket includes an expanded configuration the divider is spaced from the side panel and a collapsed configuration wherein the vertical divider is disposed adjacent the side panel.

Abstract: An electronic device holder includes a front panel, a back panel, and a spine connecting the front panel and the back panel. A strap includes a first end coupled to an exterior surface of the front panel. The strap extends from the first end across the spine and through a friction buckle coupled to the back panel. The strap may be pulled through the friction buckle such that a distance between the first end of the strap and the friction buckle is variable. The friction buckle can hold the strap at any location along the strap such that any distance between the first end of the strap and the friction buckle may be maintained.

Abstract: A cable organization system for storing one or more cables may include a case or housing, with one or more loops formed on an inner surface thereof. A middle portion of a removable tab is resiliently retained within each loop, with end portions of the tab protruding outside the loop. A first cable end is tucked within the loop, and the length of the cable is repeatedly wound around the loop and tucked behind end portions of the tab until the length of cable is spent. The second end of the cable may also then be tucked within the loop, or between windings of the coiled cable, to secure the cable for storage. When it is desired to remove the cable from the cable organization system, the tab may simply be removed to quickly release the cable or the cable may be unwound leaving the tab in place.

Abstract: Novel devices and methods are provided to dispense the load of a bag or case across a user's shoulder when the user attached a strap to the bag or case. The devices and methods provide a segmented tensile assembly to disperse the load of a bag or case uniformly across the user's body.

Abstract: A cable organization system for storing one or more cables may include a case or housing, with one or more loops formed on an inner surface thereof. A middle portion of a removable tab is resiliently retained within each loop, with end portions of the tab protruding outside the loop. A first cable end is tucked within the loop, and the length of the cable is repeatedly wound around the loop and tucked behind end portions of the tab until the length of cable is spent. The second end of the cable may also then be tucked within the loop, or between windings of the coiled cable, to secure the cable for storage. When it is desired to remove the cable from the cable organization system, the tab may simply be removed to quickly release the cable or the cable may be unwound leaving the tab in place.