A pedestal leg assembly includes a pedestal leg and floor base. The leg includes a plurality of teeth near the bottom end of the leg and a connecting bolt in a threaded engagement with the bottom end of the leg. The floor base includes a recessed portion having a slot in its bottom surface to receive the bolt and a release mechanism configured to pivot between a lock position and a release position. In lock position the release mechanism engages at least one of the teeth to prevent rotation of the pedestal leg in at least one direction. When pivoted into release position, the release mechanism is moved away from engagement with the teeth to allow rotation of the pedestal leg in both clockwise and counterclockwise directions. The pedestal leg assembly may include a powered connection to receive input power and/or a communication signal at the floor base and transfer the power and communication signals to a supported table top surface.

A combination table includes a seat, at least two support members, two functional members, at least two combination pieces, a table board, and a cover plate. The seat has a first and a second combination sides oppositely disposed. The support member has a first fix section, a second fix section, and a connection section connected between the first section and the second section, and the first fix section is slidably disposed on the first and second combination sides. The functional members are slidably combined with the second fix section, so that the functional members are suspended above the seat. The combination pieces are fixed on the second fix sections, respectively. The table board has the bottom face thereof attached on the combination pieces. Thus, the assemblies of the present invention are modularized, increasing the convenience of installation.

A coupling system between the frame and the leg assembly of a workstation is described. The coupling system can be configured to selectively attach and detach the leg assembly from the frame. The leg assembly can include an adjustment mechanism. The adjustment mechanism, can be configured to adjust the length of the leg. The leg assembly can include a leg coupling feature and the frame can have a frame coupling feature. The leg coupling feature can be configured to engage with the frame coupling feature, for instance to attach the leg to the frame. The workstation can include a latch configured to engage with the leg assembly. Engagement of the latch with the leg assembly can secure a position of the leg with respect to the frame.

A table includes a table top with at least three corners. A support assembly includes a plurality of hollow tubes configured to carry electrical/data wires and having end openings. Each tube is connected to the underside of the table top such one end of the tube is arranged at a corresponding corner of the table top so that an end opening is accessible at the corresponding corner. The support assembly further includes a plurality of leg assemblies, each leg assembly including a pair of leg members joined at a curved portion, the curved portion sized and configured a tube with the end opening accessible at the curved portion. An outlet plate is mounted to the leg assembly to cover the end opening and is provided with one or more electrical sockets and data ports connectable to electrical/data wires carried in the hollow tube.

A modularized fast assembly lift desk includes a preassembled module, a matched module and a clamping member. The preassembled module (100) includes a combined body formed by connection between a desktop platform and a transverse beam. The matched module includes a lift column including a motor housing. The clamping member includes a fixed connecting end and a movable squeezing end. When a user assembles the lift desk, the fixed connecting end of the clamping member is engaged with the preassembled module. The movable squeezing end of the clamping member is pressed to generate a squeezing force between the movable squeezing end and the motor housing. The motor housing and the preassembled module are fixedly connected to implement locking between the preassembled module and the matched module.

A pedestal leg assembly includes a pedestal leg and floor base. The leg includes a plurality of teeth near the bottom end of the leg and a connecting bolt in a threaded engagement with the bottom end of the leg. The floor base includes a recessed portion having a slot in its bottom surface to receive the bolt and a release mechanism configured to pivot between a lock position and a release position. In lock position the release mechanism engages at least one of the teeth to prevent rotation of the pedestal leg in at least one direction. When pivoted into release position, the release mechanism is moved away from engagement with the teeth to allow rotation of the pedestal leg in both clockwise and counterclockwise directions. The pedestal leg assembly may include a powered connection to receive input power and/or a communication signal at the floor base and transfer the power and communication signals to a supported table top surface.

A leg-plate joinery assembly includes a metal plate portion having a first set of one or more apertures and a second set of one or more apertures, a leg portion having one or more bore holes, wherein each bore hole includes a narrow portion and a wide portion, a first set of one or more mechanical fasteners configured to pass through corresponding apertures of the first set of one or more apertures such that each mechanical fastener is received in a corresponding, aligned one of the one or more bore holes, and a second set of one or more mechanical fasteners, wherein each mechanical fastener in the second set of one or more mechanical fasteners configured to pass through a corresponding aperture of the second set of one or more apertures. An epoxy composition is configured to be received in each of the one or more bore holes.

A coupling system between the frame and the leg assembly of a workstation is described. The coupling system can be configured to selectively attach and detach the leg assembly from the frame. The leg assembly can include an adjustment mechanism. The adjustment mechanism can be configured to adjust the length of the leg. The leg assembly can include a leg coupling feature and the frame can have a frame coupling feature. The leg coupling feature can be configured to engage with the frame coupling feature, for instance to attach the leg to the frame. The workstation can include a latch configured to engage with the leg assembly. Engagement of the latch with the leg assembly can secure a position of the leg with respect to the frame.

A floating tabletop leg cap configured for movable receipt onto the connecting portion of supporting member for positioning adjacent to an end portion of a table leg receiving the connecting portion. The floating tabletop leg cap including a resilient member affixed in a coupling between the supporting member and floating tabletop leg cap. Preferably, the resilient member is a compression spring configured to bias in a direction along a length of the table leg.

A table includes a table top with at least three corners. A support assembly includes a plurality of hollow tubes configured to carry electrical/data wires and having end openings. Each tube is connected to the underside of the table top such one end of the tube is arranged at a corresponding corner of the table top so that an end opening is accessible at said corresponding corner. The support assembly further includes a plurality of leg assemblies, each leg assembly including a pair of leg members joined at a curved portion, the curved portion sized and configured a tube with the end opening accessible at the curved portion. An outlet plate is mounted to the leg assembly to cover the end opening and is provided with one or more electrical sockets and data ports connectable to electrical/data wires carried in the hollow tube.