Aspects of the disclosure are directed to mechanical structural supports which includes a first primary member; a first secondary member connected to the first primary member at a first angle at a first point; a first connecting piece connected to the first secondary member at a second angle at a second point; a second secondary member connected to the first primary member at a third angle at a third point; a second connecting piece connected to the second secondary member at a fourth angle at a fourth point; a planar surface connected to the first connecting piece and the second connecting piece, wherein the first connecting piece is offset relative to a first line projected onto the surface by the first primary member, and the second connecting piece is offset in an opposite direction relative to the first line.

A modular table is provided. The modular table comprises a tabletop, a frame assembly, and a leg assembly. The tabletop comprises a first table board and a second table board. A first board edge of the first table board is spliced with a second board edge of the second table board, and a third board edge of the first table board is not spliced with the second table board. The frame assembly comprises a first supporting frame and a second supporting frame. A bottom of the first table board is fixed to the first supporting frame, a bottom of the second table board is fixed to the second supporting frame, and a first frame edge of the first supporting frame is connected with a second frame edge of the second supporting frame. The leg assembly comprises one or more supporting legs and one or more middle columns.

Reconfigurable tables are disclosed. In some implementations a table includes a generally planar table top having an upper surface and a lower surface, and a plurality of legs, each leg having a vertical leg portion having a proximal end adjacent the lower surface and a distal end configured to contact a floor surface to support the table top at a predetermined distance from the floor surface. At least one of the legs is a pivoting leg, the pivoting leg further including a horizontal elongated support arm that is pivotably mounted to the lower surface at a proximal end and joined to the vertical leg portion at a distal end. In other implementations the orientation of the legs is adjustable by sliding the legs along a channel.

An electric height adjustable desk overcomes assembly cumbersomeness and inconvenience, optimizes product assembly structure and manner and facilitates assembly. The desk includes a frame and column, the frame including a crossbar and side board connected at each end of the crossbar, a column end portion with a chassis enclosure, an accommodation cavity on the crossbar, the chassis enclosure at least partially embedded in the accommodation cavity; a detachable first latch mechanism between the side board side surface and the chassis enclosure, the side board being detachably connected to the crossbar via the first latch mechanism; a detachable second latch mechanism is between the chassis enclosure and crossbar; a locking device is on the chassis enclosure, the locking device being locked on the crossbar to connect the first and second latch mechanism, the second latch mechanism is between the locking device and first latch mechanism.

A disassemblable table is provided, which belongs to the technical field of furniture. The problem of reducing the transportation cost of the table while ensuring the structural stability of the table is solved. The disassemblable table includes a table board and a plurality of table legs, where the disassemblable table further includes a ringlike connecting frame, the connecting frame is located below the table board and disposed among the plurality of table legs, a side wall of each of the table legs is provided with a U-shaped connecting clip, the connecting clips are clamped with an outer side wall of the connecting frame and bolted and locked through fasteners, a bottom face of the table board is provided with a ringlike fixing frame, and an upper end of each of the table legs is joined with an outer wall of the fixing frame and bolted and locked through the fasteners.

The utility model relates to the technical field of tables, and particularly to a folding table which comprises a tabletop and hinging pieces, wherein the tabletop comprises at least two table plates, and adjacent table plates are hinged by the hinging pieces to make the tabletop in an unfolded state or a folded state; twist locks are arranged on the adjacent table plates close to hinging positions; the operating part is connected with the sliding rod and is used for poking the sliding rod to slide. The utility model solves the problem that assembly and disassembly of an existing folding table is relatively cumbersome.

An assembly device for a table is disposed between a table board and a mounting frame of a table. The table board has an assembling hole with a stepped face. The assembly device has an assembling mount and at least one engaging element. The assembling mount has a connecting portion and an engaging portion connected to the connecting portion and having at least one engaging hole aligning with the assembling hole. The at least one engaging element is detachably connected to the assembling mount, and extends into the at least one engaging hole via the assembling hole to abut against the engaging portion. The at least one engaging element has an elastic engaging segment abutted against the bottom side of the connecting portion and a head segment connected to the elastic engaging segment and mounted in the assembling hole to abut against the stepped face.

A multi-size folding table with a stable structure is provided. A table board includes a middle table board and two side table boards. Two ends of the middle table board are respectively pivotally connected to the two side table boards. The two side table boards are configured to be rotated to achieve unfolding and folding thereof. A bottom surface of the table board is correspondingly disposed with guiding members. The guiding members are respectively connected to four table leg assemblies. The four table leg assemblies are configured to reciprocate. Each of the four table leg assemblies includes a supporting leg for supporting the table board. When the two side table boards are in an unfolded position, the supporting legs are located below the two side table boards. When the two side table boards are in a folded position, the supporting legs are located below the middle table board.

An assembly device for a table is disposed between a table board and a mounting frame of a table. The table board has an assembling hole with a stepped face. The assembly device has an assembling mount and at least one engaging element. The assembling mount has a connecting portion and an engaging portion connected to the connecting portion and having at least one engaging hole aligning with the assembling hole. The at least one engaging element is detachably connected to the assembling mount, and extends into the at least one engaging hole via the assembling hole to abut against the engaging portion. The at least one engaging element has an elastic engaging segment abutted against the bottom side of the connecting portion and a head segment connected to the elastic engaging segment and mounted in the assembling hole to abut against the stepped face.

The present invention discloses a folding table that can be quickly increased in height, including a first table leg and a second table leg arranged oppositely. The bottom end of the first table leg is provided with a first adjustment bar that can flip to achieve height adjustment, and the bottom end of the second table leg is provided with a second adjustment bar that can flip to achieve height adjustment. By simply flipping the first adjustment bar and the second adjustment bar outward simultaneously to a vertical state, the foldable leg frame can quickly increase in height. Additionally, by providing a locking mechanism, the stability of the folding table is further enhanced.