A collapsible table with four quarter sections. The first and second sides of each quarter section have a protrusion, a recess that receives the protrusion on an adjacent quarter section, and two apertures that allow a bungee cord to pass through them. The third and fourth sides of each quarter section are flat. The invention has four outer and four inner legs, the outer legs being stowable on the underside of the tabletop, and the inner legs being telescopically coupled with the outer legs. The outer and inner legs are constructed so that the overall height of the table can be adjusted depending on how the inner legs are inserted into the outer legs. The invention includes a key that fits into the underside of each quarter section to hold the tabletop together and two bungee cords that function as hinges between the quarter sections.

Stands for collapsible work stands and related methods are described. In some implementations, a stand may be configured to support electronics for a user, featuring a base structure designed to rest on a generally horizontal surface. The stand may include a pair of stanchions, each with a proximate end secured by the base and extending upward to a distal end, with the first stanchion tilting away from the user and the second stanchion being generally parallel to the first. A first platform may be provided to hold electronics, with a height adjustment mechanism allowing the platform's horizontal position to be adjusted along the stanchions. A second platform with its own height adjustment mechanism may be configured to hold additional electronics. Both platforms' positions may be adjustable between the proximate and distal ends of the stanchions, providing a versatile and user-friendly work stand.

A folding desk includes a desk body and a desk board. The desk body includes four support mechanisms, two first linkage mechanisms and two second linkage mechanisms, the support mechanisms include upright rods and cross beam rods with ends hinged together, four upright rods are distributed in a rectangle, and first connection pieces slidable along the upright rods are disposed on the upright rods respectively. The two upright rods at short sides of the rectangle are connected by the first linkage mechanism. Two upright rods on long sides of the rectangle are connected by the second linkage mechanism, and each second linkage mechanism includes a second connection piece and four second linkage rods. Two cross beam rods on a same long side of the rectangle are placed on the second connection piece and located in a same straight line. The desk board is placed on the four cross beam rods.

A collapsible table with four quarter sections. The first and second sides of each quarter section have a protrusion, a recess that receives the protrusion on an adjacent quarter section, and two apertures that allow a bungee cord to pass through them. The third and fourth sides of each quarter section are flat. The table has four outer and four inner legs, the outer legs being stowable on the underside of the tabletop, and the inner legs being telescopically coupled with the outer legs. The outer and inner legs are constructed so that the overall height of the table can be adjusted depending on how the inner legs are inserted into the outer legs. The table includes a key that fits into the underside of each quarter section to hold the tabletop together and two bungee cords that function as hinges between the quarter sections.

A table frame (2) for a height-adjustable table (1) has: two telescopic columns (4, 4) each having an outer column (5, 5), an inner column (6, 6) which can be axially displaced with respect to the outer column (5, 5), and a drive device (7, 7) which is arranged within the inner column (6, 6), wherein the drive device (7, 7) has a first drive component (9) which is attached to the inner column (6, 6), and a second drive component (10) which is attached to the outer column (5, 5). The table frame (2) has a band-type synchronization device (13) which is connected at one end to the outer column (5) of the second telescopic column (4), wherein a relative displacement between the inner column (6) and the outer column (5) of the first telescopic column (4) results in a synchronous relative displacement between the inner column (6) and the outer column (5) of the second telescopic column (4) by means of the synchronization device (13). The synchronization device (13) is connected at the other end to the second drive component (10) of the drive device (7) of the first telescopic column (4).

A collapsible table is provided. The table includes a top portion, a bottom portion, a first set of legs, and a second set of legs. Each set of legs are interconnected by a cross bar at one end and rotatably coupled to the ends of the bottom surface of the first portion at an opposing end. Two sets of arms are attached to the cross bars and rotatably coupled to the bottom surface of the second portion. In a deployed configuration, both sets of legs extend from the bottom surface of the first portion, and both sets of arms extend in opposite directions, positioning the second portion horizontally distant from the first portion. In a collapsed configuration, both sets of legs and both sets of arms fold such that each are adjacent to the bottom surfaces, positioning the second portion adjacent to the first portion.