A support assembly for engaging a small electronic device. The support assembly comprises a stand having a base and a pivot leg assembly. The base receives a soft resilient pad, such as a foam pad. The pad has multiple raised areas. When the support stand is placed on a support surface such that the base is at an angle to the support surface, the small electronic device can be placed on the pad without sliding. In other words, the pad provides a non-slip surface to hold the small electronic device in place.

In an illustrative embodiment, a two-piece folding tray table includes a personal electronic device (PED) support member connected to a tray section such that, in a stowed position, the PED support member is substantially flush with the tray table. The PED support member may be deployable in both a folded tray table configuration and a side-by-side tray table configuration to support a personal electronic device at a substantially identical angle regardless of tray table use mode.

A detachable, multifunctional rack for electronic devices includes a rectangular platform (1) including a lower board (10) secured to an underside, two sets of a plurality of hollow members (11) on two sides of the lower board (10) respectively, and a space (15) under the lower board (10); two L-shaped supports (2) mounted to two sides of the platform (1) respectively, each support (2) including a horizontal member (21) releasably secured to either side of the platform (1), a vertical member (22) releasably secured to the horizontal member (21), and a plurality of aligned, spaced tubular members (23) on one side of the horizontal member (21); and two pins (14) each passing through one set of the hollow members (11) and the tubular members (23) at either side of the platform (1) to fasten the platform (1) and the supports (2) together.

The present invention relates to a portable bookstand, in particular, to a portable bookstand which is easy to carry due to having a foldable structure, firmly supports a book, and prevents pages from flipping arbitrarily, the portable bookstand comprising: a book back support frame which supports the back of a book; a first page fixing frame which is rotatably coupled to one side of the book back support frame and fixes the page while supporting one side of the book; and a second page fixing frame which is rotatably coupled to the other side of the book back support frame and fixes the page while supporting the other side of the book, wherein the book back support frame, the first page fixing frame, and the second page fixing frame are formed by bending wires, and the book back support frame includes a truss structure formed in an X-shape and is coupled to each of the first page fixing frame and the second page fixing frame that are arranged so that the upper ends forming truss structures face frontward.

The invention is directed to stands and methods for making the same. The stand is provided to hold an item such as an electronic device and/or a document. The stand may include (1) a base plate provided to support the stand on a support surface and/or by a user holding the base plate; (2) a plurality of hinge assemblies connected to the base plate; and (3) a platform assembly pivotally connected to the hinge assemblies, such that the angular disposition of the platform assembly is adjustable relative to the base plate.

In an illustrative embodiment, a two-piece folding tray table includes a personal electronic device (PED) support member connected to a tray section such that, in a stowed position, the PED support member is substantially flush with the tray table. The PED support member may be deployable in both a folded tray table configuration and a side-by-side tray table configuration to support a personal electronic device at a substantially identical angle regardless of tray table use mode.

Support stands are described. An example embodiment of a support stand is moveable between a first, assembled configuration, a second, disassembled configuration, and a third, folded configuration. The support stand has a first wall, a second wall, and a third wall. The first wall has a first wall first height. Each of the second wall and third wall is moveably attached to the first wall. Each of the second wall and the third wall has a first height that is less than the first wall first height and a second height that is greater than the first wall first height. The third wall is releasably attachable to the second wall. The first wall, the second wall, and the third wall cooperatively define a platform for supporting the position of an element that is placed on the support stand.

The present invention is a novel support mechanism to support reading materials and electronic media in an elevated position, oriented towards the viewer or reader of such materials. The invention is comprised of a base board that provides the bottom support for the entire invention and serves as a base level support of a book or electronic pad. The base board contains an upper surface and a bottom surface and is further comprised of two sections, the rear section and the forward section. The rear section provides support for the hold board. The forward section provides support for the hinge board, when the hinge board is fully folded. The upper surface of the forward section contains spaced grooves which accept the bottom edge of the object being supported on the hinge board and keep it from sliding toward the forward edge of the base board.

The present invention relates to a portable reading stand that not only serves as a reading stand for holding books, but also holds objects such as a portable electronic device such as a laptop and tablet, and can freely adjust the height and angle according to eye level of correct posture.

A support board structure includes a base plate, a folding plate, and an elastic binding belt. The base plate has a top edge, a bottom edge, and a backside therebetween. The folding plate includes an abutting portion pivotally connected to the bottom edge, a connecting portion and a supporting portion pivotally connected between the abutting portion and the connecting portion. The supporting portion is formed with a strip-shaped hole. An end of the elastic binding belt is fixed to the base plate, and another end thereof is fixed to the base plate and passing the connecting portion. The folding plate flatly abuts against the backside when collapsed, and the connecting portion is reversely folded to flatly abut against the backside to form a three-dimensional structure and define an elevation angle between the abutting portion and the base plate when expanded.