A portable, collapsible support for holding electronic equipment including programmable logic controllers (PLC), human machine interfaces (HMI), instruments, switches, Din rail mounting devices, and other equipment when testing, demonstrating, programming, or repairing such devices at remote job sites, testing labs or facilities, trade shows, training centers, and other places. The portable, collapsible support includes a base having a holding bar in parallel with a back bar forming a holding recess to hold HMIs, a cover including a Din rail, and a pair of mounting pegs for holding the electronic equipment, and a pair of locking arms for releasably, pivotably locking the cover in an open, vertical position while holding the electronic equipment, or for closing the cover to easily carry and transport the collapsible support from one location to another.

The systems described in this disclosure can be used with a storage system to provide a platform for items and/or papers such as blueprints. A container includes a top panel that is pivotal relative to the container. The container may include additional panels that are pivotal with respect to the top panel and that rotate away from the top panel to extend the platform provided by the top panel.

A notebook computer leg support apparatus for securing a notebook computer on one leg includes a base and a pair of foldable legs coupled to the base. Each leg is hingingly coupled to the base left side and the base right side, respectively, and moves between an extended position substantially perpendicular to the base and a folded position adjacent a base bottom side. The legs in the extended position are configured to receive a user's thigh therebetween. An arm has an arm proximal end hingingly coupled to the base backside adjacent the base top side, an arm distal end, an arm left edge, an arm right edge, an arm inner side, and an arm outer side. The arm distal end is hooked and configured to secure a screen of a notebook computer. The arm moves between a use position and a store position.

Collapsible table assembly includes a top panel, a first side panel and a second side panel selectively, each engaged with the bottom facing surface of the top panel. A front panel pivotably connects with the top panel, the first side panel, and the second side panel. A latch carried by the front panel engages with a corresponding latch carried on the top panel when the top panel is pivotably rotated towards the front panel in a stowing position. The first side panel and second side panel are pivotable towards the front panel. In operation, the assembly is moved from an assembled position to the stowed position when the first side panel and second side panel are pivoted towards the front panel, and the top panel is pivoted until the corresponding latch on the top panel and front panel are engaged.

An aircraft cabin apparatus may include a top section, a bottom section, and at least one linkage assembly configured to support the top section in an open position following a rotation of the top section between a closed position and the open position. The top section may include a top surface configured to engage a first edge or surface of a laptop and a support structure proximate to the top surface and configured to engage a second edge or surface of the laptop. The bottom section may include two raised portions along each short edge of the bottom section and a cavity defined by the two raised portions. The top section may be configured to fit within the cavity defined within the bottom section when in the closed position, and may be set at an angle relative to the bottom section when in the open position.

A mobile device and computer device stand used for a mobile device/computer device includes a second platy body, a first platy body, and a support piece. One end of the first platy body is connected to one end of the second platy body. The middle portion of the first platy body is formed with a hole. A support portion is disposed on the first platy body. The support portion is located at one end of the first platy body opposite to the end connected to the second platy body. The support piece is disposed in the hole. The support piece has a fold line. The support piece is divided into a first portion and a second portion by the fold line. The second portion is connected to the support portion.

A foldable portable organizer desk has a base member having a flat front surface. A pair of leg members is hingely coupled to a rear surface of the base member. A folding member is hingely coupled to the base member. A folding member recessed area is formed in an interior surface of the folding member. At least one holding container is formed in the recessed area.

A eShade Pillow is described. The eShade Pillow includes a pillow having a volume at least partially filled with cushioning materials. The eShade Pillow also includes at least four sidewalls collapsible and stowable adjacent with a surface of the pillow. When deployed the at least four sidewalls are supported by a rigid flap engaging at least a portion of at least two of the sidewalls, the at least four sidewalls forming at least two apertures, a viewing aperture and a device aperture. The device aperture is configured to receive a display device within the device aperture for viewing of the display through the viewing aperture.

The mobile device and computer device stand comprises a second platy body, a first platy body, a support piece, and a peripheral portion. One side of the second platy body is connected to the back of the mobile device and computer device. One end of one side of the first platy body is connected to one end of another side of the second platy body. The peripheral portion of the first platy body further comprises at least one main fold line. The first platy body is bendable relative to the second platy body.