Abstract: A rideable toy, e.g., for children, provides space-saving features compared to similar rideable toys. The toy includes a base structure with a set of driving wheels and a motor. An inflatable body is attachable to the base structure. The inflatable body introduces a space-saving feature, as it can be deflated when not in use, thus saving on storage and shipping space. The toy may also include safety features, such as electrodes that signal incorrect attachment of the inflatable body and thereby prevent operation of the toy. The toy can be controlled either by a dedicated remote control or through an application on a mobile device. The toy maty also achieve space savings from a foldable or inflatable seat, hinges to fold the base, and specific interlocking mechanisms.

Abstract: A collapsible device comprises a flexible body configured to extend in length from a collapsed state to an extended state. In the extended state, the flexible body is bent to contour around a neck of a wearer to provide support to the neck. The flexible body has an internal, hollow chamber for storing objects within the flexible body in the collapsed state. When in the extended state, the volume of the hollow chamber increases. The flexible body further includes an open end for accessing the hollow chamber. The collapsible device further includes a slid configured to couple to the open end of the flexible body to seal the objects stored in the hollow chamber.

Abstract: Embodiments of the invention provide a method of mounting an inflatable headboard assembly to a horizontal plane (e.g., a bed) without using a fixed mechanical fastening. The headboard assembly may assume various shapes, sizes, and/or styles while affording easy assembly and storage. The inflatable headboard assembly does not require permanent modification to its surrounding area. Rather, the inflatable headboard assembly is simply inflated to various heights that conform to the existing dimensions of the surrounding environment. The inflatable headboard assembly can be mounted to various locations of a bed without requiring additional equipment, and deflated for compact storage. The inflatable headboard assembly may include an inflatable footboard counterpart similar to the inflatable headboard assembly but smaller in scale. In addition, the inflatable headboard assembly may include lights for illuminating portions of the headboard, and/or visual markers for receiving augmented reality overlay.

Abstract: A collapsible device comprises a flexible body configured to extend in length from a collapsed state to an extended state. In the extended state, the flexible body is bent to contour around a neck of a wearer to provide support to the neck. The flexible body has an internal, hollow chamber for storing objects within the flexible body in the collapsed state. When in the extended state, the volume of the hollow chamber increases. The flexible body further includes an open end for accessing the hollow chamber. The collapsible device further includes a slid configured to couple to the open end of the flexible body to seal the objects stored in the hollow chamber.

Abstract: Embodiments of the invention provide a method of mounting an inflatable headboard assembly to a horizontal plane (e.g., a bed) without using a fixed mechanical fastening. The headboard assembly may assume various shapes, sizes, and/or styles while affording easy assembly and storage. The inflatable headboard assembly does not require permanent modification to its surrounding area. Rather, the inflatable headboard assembly is simply inflated to various heights that conform to the existing dimensions of the surrounding environment. The inflatable headboard assembly can be mounted to various locations of a bed without requiring additional equipment, and deflated for compact storage. The inflatable headboard assembly may include an inflatable footboard counterpart similar to the inflatable headboard assembly but smaller in scale. In addition, the inflatable headboard assembly may include lights for illuminating portions of the headboard, and/or visual markers for receiving augmented reality overlay.