Abstract: A support for use with a laptop computer includes a support member having a top surface for supporting the laptop computer. The top surface includes an electrical receptacle, a data connector and a telephone connector.

Abstract: A keyboard support system attaches to an edge of a work surface. The work surface includes a working surface and an underside. The keyboard support system includes a keyboard platform configured for supporting a keyboard. A U-shaped mounting bracket includes a top wall having a lower surface, a monolithic bottom wall and a middle wall interconnecting the top wall and the bottom wall. The bottom wall has an upper surface and a lower surface with a pair of integral, opposing guide rails projecting therefrom. Each guide rail has a length oriented substantially parallel to the bottom wall. The middle wall is configured to both resiliently bias the lower surface of the top wall against the working surface of the work surface and resiliently bias the upper surface of the bottom wall against the underside of the work surface, thereby clamping the work surface between the top wall and the bottom wall.

Abstract: A support device for a computer monitor or the like having a support platform and an arm connected to the platform and adapted for attachment to a base structure. Positioning of the support platform is secured by frictional engagement of coil springs on surfaces. Release mechanisms may be activated to change diameters of the coil springs, unsecuring the engagement of the springs against the surfaces. Varying spring constants allows progressive release of more than one spring.

Abstract: A wall panel assembly for use in an office environment includes a wireway which is attached to a wall panel. The wireway includes two side walls, a top wall, a bottom wall and a raceway defining a conduit for electrical power conductors. The raceway is positioned between the side walls and extends between and interconnects the top wall and the bottom wall. The raceway structurally supports the wireway.

Abstract: A keyboard support system attaches to an edge of a work surface. The work surface includes a working surface and an underside. The keyboard support system includes a keyboard platform configured for supporting a keyboard. A U-shaped mounting bracket includes a top wall having a lower surface, a monolithic bottom wall and a middle wall interconnecting the top wall and the bottom wall. The bottom wall has an upper surface and a lower surface with a pair of integral, opposing guide rails projecting therefrom. Each guide rail has a length oriented substantially parallel to the bottom wall. The middle wall is configured to both resiliently bias the lower surface of the top wall against the working surface of the work surface and resiliently bias the upper surface of the bottom wall against the underside of the work surface, thereby clamping the work surface between the top wall and the bottom wall.

Abstract: An adjustable keyboard support device having a keyboard support platform and an arm connected to the platform and adapted for attachment to a base unit. Positioning of the keyboard support platform is secured by frictional engagement of coil springs on cylindrical surfaces. Release mechanisms may be activated to change diameters of the coil springs, unsecuring the engagement of the springs against the surface. Varying spring constants allows progressive release of more than one spring. An adjustable peripheral device support platform is attached to the keyboard support platform. A wrist support is provided at the front of the keyboard support platform, and includes a rack and pinion adjustment of the height of the support surface.

Abstract: A keyboard support system attaches to an edge of a work surface. The work surface includes a working surface and an underside. The keyboard support system includes a keyboard platform configured for supporting a keyboard. A U-shaped mounting bracket includes a top wall having a lower surface, a monolithic bottom wall and a middle wall interconnecting the top wall and the bottom wall. The bottom wall has an upper surface and a lower surface with a pair of integral, opposing guide rails projecting therefrom. Each guide rail has a length oriented substantially parallel to the bottom wall. The middle wall is configured to both resiliently bias the lower surface of the top wall against the working surface of the work surface and resiliently bias the upper surface of the bottom wall against the underside of the work surface, thereby clamping the work surface between the top wall and the bottom wall.

Abstract: A wall panel assembly for use in an office environment includes a wireway which is attached to a wall panel. The wireway includes two side walls, a top wall, a bottom wall and a raceway defining a conduit for electrical power conductors. The raceway is positioned between the side walls and extends between and interconnects the top wall and the bottom wall. The raceway structurally supports the wireway.

Abstract: A wall panel assembly for use in an office environment includes a wireway which is attached to a wall panel. The wireway includes two side walls, a top wall, a bottom wall and a raceway defining a conduit for electrical power conductors. The raceway is positioned between the side walls and extends between and interconnects the top wall and the bottom wall. The raceway structurally supports the wireway.

Abstract: A support for use with a laptop computer includes a support member having a top surface for supporting the laptop computer. The top surface includes an electrical receptacle, a data connector and a telephone connector.

Abstract: A keyboard support system attaches to an edge of a work surface. The work surface includes a working surface and an underside. The keyboard support system includes a keyboard platform configured for supporting a keyboard. A U-shaped mounting bracket includes a top wall having a lower surface, a monolithic bottom wall and a middle wall interconnecting the top wall and the bottom wall. The bottom wall has an upper surface and a lower surface with a pair of integral, opposing guide rails projecting therefrom. Each guide rail has a length oriented substantially parallel to the bottom wall. The middle wall is configured to both resiliently bias the lower surface of the top wall against the working surface of the work surface and resiliently bias the upper surface of the bottom wall against the underside of the work surface, thereby clamping the work surface between the top wall and the bottom wall.