A cubicle screen includes a first mounting assembly, a second mounting assembly, a fabric roll, a tensioning mechanism, and a retention mechanism. The first mounting assembly has a first clamp configured to be secured to a work surface and a first mounting post secured to the first clamp. The fabric roll is positionable on the first mounting post and has an inner tube and a fabric rolled about the inner tube. The tensioning mechanism is adapted to prevent rotation of the fabric roll about the mounting post and maintain a desired tension in the fabric. The second mounting assembly includes a second clamp configured to be secured to the work surface and a second mounting post secured to the second clamp. The retention mechanism is adapted to secure an end of the fabric to the second mounting post.

A workcell comprises a base structure, a column having a lower part connected to the base structure and an upper part which is height-adjustable relative to the lower part. A first and a second support structure are mechanically connected to the upper part of the column via a first and a second joint element to allow axial rotation of the support structures around the column. At least one of the joint elements comprises a latching mechanism configured to block movement of the joint element with respect to the column in a normal state and to release movement of the joint element during an adjustment operation initiated by a user of the workcell.

Embodiments of a system for reducing injury from pinch zones in adjustable-height work surface assemblies are shown, the system including a desk surface; one or more adjustable-height legs, a controller for the adjustable-height legs; a Hall-effect sensor providing a signal to the system corresponding to a current draw of a motor in the adjustable height leg and wherein the system disables the motor if the current draw of the motor exceeds a fixed set point; and a proximity detection sensor being a strip of conducting material disposed adjacent to a perimeter of the desk surface and in electrical connection with an LC tank circuit, wherein the LC tank circuit is configured to exhibit a change in state when an object is in close proximity to the strip of conducting material and wherein the system disables the motor when the LC tank circuit exhibits the change in state.

Embodiments of a system for reducing injury from pinch zones in adjustable-height work surface assemblies are shown, the system including a desk surface; one or more adjustable-height legs, a controller for the adjustable-height legs; a Hall-effect sensor providing a signal to the system corresponding to a current draw of a motor in the adjustable height leg and wherein the system disables the motor if the current draw of the motor exceeds a fixed set point; and a proximity detection sensor being a strip of conducting material disposed adjacent to a perimeter of the desk surface and in electrical connection with an LC tank circuit, wherein the LC tank circuit is configured to exhibit a change in state when an object is in close proximity to the strip of conducting material and wherein the system disables the motor when the LC tank circuit exhibits the change in state.

The invention provides a method for controlling safe operation of an electric table, comprising: starting the default setting value or self-set setting value of the sensor unit stored in the memory after power-on; making sure that the electric control module activates the sensor unit when the electric table is raised or lowered, and the sensor unit detects the vibration amplitude of the electric table and records the number of vibrations when the vibration amplitude exceeds the setting value; when the recorded number of vibrations is greater than the default setting value or self-set setting value, the electric control module controls the power mechanism on the electric table to make a rebound action in the opposite direction when the electric table is raised or lowered. The acceleration and gyroscope sensors are vertically installed on the small board, so that the sensitivity of the gyroscope to vibration detection is increased.

The invention provides a method for controlling safe operation of an electric table, comprising: starting the default setting value or self-set setting value of the sensor unit stored in the memory after power-on; making sure that the electric control module activates the sensor unit when the electric table is raised or lowered, and the sensor unit detects the vibration amplitude of the electric table and records the number of vibrations when the vibration amplitude exceeds the setting value; when the recorded number of vibrations is greater than the default setting value or self-set setting value, the electric control module controls the power mechanism on the electric table to make a rebound action in the opposite direction when the electric table is raised or lowered. The acceleration and gyroscope sensors are vertically installed on the small board, so that the sensitivity of the gyroscope to vibration detection is increased.

The present disclosure discloses a stationary exercise bike with a desk plate, comprising an stationary exercise bike body assembly and a desk plate assembly. In the present disclosure, the users can adjust the height of the desk plate as well as the distance to the desk plate, thus users with different heights and figures can all be accommodated. And it's convenient since all the adjustments can be done while the user sits on the exercise bicycle, and operate directly on the desk plate. Besides, the desk plate can be lifted and slid out of the exercise bicycle, and used as an independent standing table when the exercise bicycle is not in use.

The invention relates to a frame for supporting a top 4, 12 of a table or desk at a working height, said frame being designed for fastening legs 6, 9, in particular for height-adjustable legs 6, 8 of a desk. In order to reduce the storage costs for different table or desk sizes, the frame has a movable, in particular longitudinally movable design.

A height adjustable table can include a plurality of legs, a lower portion, a worksurface, a height adjustable surface, and a linkage. The worksurface can be supported by the plurality of legs and can include a fixed surface and a height adjustable surface. The fixed surface can be secured to at least one of the lower portion and the plurality of legs, and the fixed surface can define a recessed portion. The height adjustable surface can be movable between a raised position and a lowered position so that the height-adjustable surface retracts into the recessed portion when in the lowered position so that the height adjustable surface is coplanar with the fixed surface. The linkage can be configured to move the height adjustable surface between the lowered position and the raised position so that the height adjustable surface remains parallel to the fixed surface.

A height adjustable table can include a plurality of legs, a lower portion, a worksurface, a height adjustable surface, and a linkage. The worksurface can be supported by the plurality of legs and can include a fixed surface and a height adjustable surface. The fixed surface can be secured to at least one of the lower portion and the plurality of legs, and the fixed surface can define a recessed portion. The height adjustable surface can be movable between a raised position and a lowered position so that the height-adjustable surface retracts into the recessed portion when in the lowered position so that the height adjustable surface is coplanar with the fixed surface. The linkage can be configured to move the height adjustable surface between the lowered position and the raised position so that the height adjustable surface remains parallel to the fixed surface.