A synchronizing lifter and a lifting table are disclosed that can ensure components supported on the synchronizing lifter cannot be in an inclined state. This has advantages in that by releasing the locking of one of power output portions of a linear driver, a first flexible traction component, a second flexible traction component, a first bracket and a second bracket through a locking mechanism, the driver works and a flexible connection component connected to the output end of the driver can move. The power is transferred to a corresponding bracket that drives a power transfer component to move up or down. The power transfer component drives the other bracket to move up or down, and another bracket drives the other flexible traction component to move. One driver drives the two ends of a synchronizing mechanism to move up and down, so that the structure is simple and costs are kept low.

A synchronizing lifter and a lifting table are disclosed that can ensure components supported on the synchronizing lifter cannot be in an inclined state. This has advantages in that by releasing the locking of one of power output portions of a linear driver, a first flexible traction component, a second flexible traction component, a first bracket and a second bracket through a locking mechanism, the driver works and a flexible connection component connected to the output end of the driver can move. The power is transferred to a corresponding bracket that drives a power transfer component to move up or down. The power transfer component drives the other bracket to move up or down, and another bracket drives the other flexible traction component to move. One driver drives the two ends of a synchronizing mechanism to move up and down, so that the structure is simple and costs are kept low.

A pneumatic lifting table frame includes a transverse beam, at least one column, a pressure sensor that detects a load of the lifting table frame, a controller configured to receive a signal from the pressure sensor, and an adjustable gas spring assembly configured to drive the column to be lifted or lowered. The adjustable gas spring assembly includes an adjustable gas spring body, a gas reservoir, a piston rod assembly, and a drive unit. The adjustable gas spring body is connected to the gas reservoir via a gas pipe. The controller is configured to control the drive unit, the adjustable gas spring body (401) is disposed in one of the column, and the drive unit drives the piston rod assembly to carry out a piston motion in the gas reservoir.

A pneumatic lifting table frame includes a transverse beam, at least one column, a pressure sensor that detects a load of the lifting table frame, a controller configured to receive a signal from the pressure sensor, and an adjustable gas spring assembly configured to drive the column to be lifted or lowered. The adjustable gas spring assembly includes an adjustable gas spring body, a gas reservoir, a piston rod assembly, and a drive unit. The adjustable gas spring body is connected to the gas reservoir via a gas pipe. The controller is configured to control the drive unit, the adjustable gas spring body (401) is disposed in one of the column, and the drive unit drives the piston rod assembly to carry out a piston motion in the gas reservoir.

A mobile workstation can include a head unit assembly. A worksurface can be coupled to the head unit assembly and configured to translate with respect to the head unit assembly between an open configuration and a closed configuration. A glide can be rotatably coupled to the head unit assembly and engaged with the worksurface. The glide can include a latch configured to translate with respect to a glide body of the glide. The mobile workstation can include a worksurface opening mechanism having a locking configuration and an unlocking configuration. The worksurface opening mechanism can include a latch release handle moveably coupled to the head unit assembly. Movement of the latch release handle can transition the worksurface opening mechanism between the locked configuration and the unlocked configuration. A release assembly can selectively engage with the first latch. A lift system can bias the worksurface away from the head unit assembly.

An adjustable height desk is disclosed herein that is configured for easy assembly and disassembly. The desk includes panels joined to form a support core for supporting a working surface. The desk also includes a planar base that is easily attached to and removed from the support core by way of protrusions on panels of the support core. The protrusions have locking holes formed therein. Through holes in the base receive the protrusions. Locking pins are inserted through the locking holes to form a compression fit. The locking pins can be sized for movement through a locking hole and for creating a compression fit when inserted into a locking hole. One end of the locking pins can be configured with a hook portion for mating with a locking pin insertion/removal tool. The tool can be utilized to insert and remove the locking pins.

This present invention relates to an adjustable height workstation comprising a mast having lock pin receptacles disposed along the mast, a work surface, and an accessory surface that is interconnected with a work surface and configured to slide along the mast. A lock pin can be inserted into a lock pin receptacle to abate the accessory surface moving along the mast. The work surface comprises a release rail that a user can operate to adjust the height of the accessory and work surfaces. A tapered pully assembly and counterbalance assembly are operationally related allowing the user to work ergonomically by adjusting the height of the accessory and the work surfaces, in a counterbalanced manner, up and down the mast in a variety of positions including floor level so that the user can work on the work surface at floor level.

This present invention relates to an adjustable height workstation comprising a mast having lock pin receptacles disposed along the mast, a work surface, and an accessory surface that is interconnected with a work surface and configured to slide along the mast. A lock pin can be inserted into a lock pin receptacle to abate the accessory surface moving along the mast. The work surface comprises a release rail that a user can operate to adjust the height of the accessory and work surfaces. A tapered pully assembly and counterbalance assembly are operationally related allowing the user to work ergonomically by adjusting the height of the accessory and the work surfaces, in a counterbalanced manner, up and down the mast in a variety of positions including floor level so that the user can work on the work surface at floor level.

Disclosed is an activity support device including a body having at least one activity support surface, and at least one suspender integrated with the body and adapted to suspend the body from a support structure, wherein integration of the suspender with the body enables adjustment of an angle of the support surface relative to the support structure. In preferred embodiments, the suspender includes a support loop having a length and the loop is releasably secured to the body along the length. Preferably, the body can be released and resecured to the loop to enable adjustment of a position of the body relative to the loop, and adjusting the position changes the angle of the support surface relative to the support structure. Preferably, the body has an underside opposite the support surface, and the loop passes through a first through hole from the support surface to the underside and through a second through hole from the underside to the support surface. Further preferably, the body can be released and resecured to the loop at the underside by corresponding hook-and-loop features on the underside and the loop. Preferably, the suspender includes a suspension connector secured to the loop along the length, and the suspension connector is adapted to connect to the support structure.

Disclosed is an activity support device including a body having at least one activity support surface, and at least one suspender integrated with the body and adapted to suspend the body from a support structure, wherein integration of the suspender with the body enables adjustment of an angle of the support surface relative to the support structure. In preferred embodiments, the suspender includes a support loop having a length and the loop is releasably secured to the body along the length. Preferably, the body can be released and resecured to the loop to enable adjustment of a position of the body relative to the loop, and adjusting the position changes the angle of the support surface relative to the support structure. Preferably, the body has an underside opposite the support surface, and the loop passes through a first through hole from the support surface to the underside and through a second through hole from the underside to the support surface. Further preferably, the body can be released and resecured to the loop at the underside by corresponding hook-and-loop features on the underside and the loop. Preferably, the suspender includes a suspension connector secured to the loop along the length, and the suspension connector is adapted to connect to the support structure.