Abstract: A table having a worksurface mounted to and cantilevered forwardly from a pair of telescopic height-adjustable legs. Each leg includes an upper elongate tubular leg part which is fixed to the table top adjacent a rear corner thereof. This upper tubular leg part preferably projects upwardly at least a limited vertical extent above the upper surface of the top and terminates in a visible top cap. The upper leg part projects downwardly below the table top and is telescoped onto and around a lower elongate leg part which projects upwardly into the upper leg part. This lower leg part in turn has the lower end thereof fixed to a support foot which bears on a support surface such as a floor. A height-adjusting mechanism projects interiorly of and generally vertically between the upper and lower leg parts.

Abstract: A method of using a work station having separate front and back tops having separate powered drive arrangements for permitting independent height adjustment. A controller, which is programmed by an operator, permits storage of a number of predetermined height locations each defining distinct heights for both tops. The operator effects programmed movement of the tops to predetermined height locations for predetermined times and in a predetermined sequence, with the rear top moving initially and the front top moving thereafter.

Abstract: A work station, particularly for supporting a computer, having separate front and back tops having separate powered drive arrangements for permitting independently height adjustment. The drive arrangement includes a separate drive motor associated with each top, with the motors being controlled by a controller, such as a microprocessor. The controller is preferably controlled by an operator using a portable keypad control which can be positioned on one of the tops. The controller can be programmed by the operator to permit storage of a number of predetermined height locations each defining distinct heights for both tops.

Abstract: A work station, particularly for supporting a computer, having separate front and back tops having separate powered drive arrangements for permitting independently height adjustment. The drive arrangement includes a separate drive motor associated with each top, with the motors being controlled by a controller, such as a microprocessor. The controller is preferably controlled by an operator using a portable keypad control which can be positioned on one of the tops. The controller can be programmed by the operator to permit storage of a number of predetermined height locations each defining distinct heights for both tops.