A multifunctional folding table is provided. The multifunctional folding table includes a table frame assembly having a pair of supporting frames arranged at intervals and a pair of cross frames hinged with each other. Each cross frame is hinged with the corresponding supporting frame. The multifunctional table further includes a table board assembly having at least a main table board hinged between the pair of supporting frames and a pair of side table boards respectively extending away from the main table board from each supporting frame. Each side table board is hinged to the corresponding supporting frame. The main table board and the side table board are synchronously folded towards the supporting frame through a first linkage mechanism.

A divan is configurable between upright and table configurations. The divan includes linkages which enable rotation of a backrest from the upright configuration to the table configuration. The divan includes a seat pan which is joined in the upright configuration and split in the table configuration. Joining the seat pan in the upright configuration provides a seating region with extra length. Splitting the seat pan in the table configuration provides two seating regions, one on each side of the table.

A table structure includes a table top structured to be configurable to a retracted configuration and to a fully deployed configuration for use. At least one shape memory material (SMM) member is operably connected to the table top such that energization of the SMM member configures the table top to the fully deployed configuration and de-energization of the at least one SMM member enables configuration of the table top the retracted configuration. The table structure may be incorporated into a wall of a vehicle as an optional, retractable accessory.

An auxiliary table device is provided comprising a horizontal surface comprising a usable surface; a first surface vertically positioned below the horizontal surface and configured to engage with a first side of a portion of furniture; and a second surface positioned below the horizontal surface and configured to adjustably engage with a second side of the portion of furniture while in a vertical position, wherein at least one edge of the horizontal surface extends beyond an edge of the first or second side of the portion of furniture when the first surface and the second surface are engaged with their respective sides of the furniture.

An auxiliary table device is provided comprising a horizontal surface comprising a usable surface; a U-shaped bracket configured to engage with a bottom side of the horizontal surface; a bent frame positioned below the horizontal surface comprising a horizontal frame portion and a vertical frame portion, wherein the horizontal frame portion is positioned approximately 90 degrees with respect to the vertical frame portion, wherein the horizontal frame portion is configured to engage with the U-shaped bracket, and the vertical frame portion is configured to engage with a first side of a portion of furniture; and a plate attached to the U-shaped bracket and configured to adjustably engage with a second side of the portion of furniture while in a vertical position, wherein one edge of the horizontal surface extends beyond an edge of the first or second side of the portion of furniture when the vertical frame portion and the plate are engaged with their respective sides of the furniture.

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 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.

The present disclosure relates to the technical field of anti-pinch devices, and relates to an anti-pinch protection component, a driving device and intelligent furniture. The anti-pinch protection component includes a load-bearing connecting structure, a movable pipe fitting and an elastic holding structure; the elastic holding structure is accommodated in the movable pipe fitting and is elastically clamped with the movable pipe fitting; the load-bearing connecting structure penetrates through the movable pipe fitting and the elastic holding structure, the load-bearing connecting structure and the elastic holding structure move synchronously; the elastic holding structure is configured to be separated from the movable pipe fitting when subjected to a resistance exceeding the maximum resistance that the elastic holding structure is capable of withstanding. The elastic holding structure and the load-bearing connecting structure slide on the movable pipe fitting.

A multifunctional screen-style desk having a screen assembly which includes a rectangular frame formed by four edge columns, with decorative panels on both sides forming a hollow rectangular prism of certain thickness; at least two sets of embedded grooves are formed on the decorative panels; a desktop panel, wherein embedded components are connected within the grooves, a support rod is fixed between two sets of embedded components, and a support arm is fixed to the support rod; the desktop panel is securely mounted on the support arm; a multifunctional module, positioned atop the screen assembly, including a baffle, a fan, and a lighting fixture; and support legs fixed to the bottom of the screen assembly. The multifunctional screen-style desk offers high stability, a clean and elegant appearance, enhanced privacy, and improved office comfort. It facilitates easy movement, increasing workplace flexibility.