Abstract: An articulated display support system designed to securely support a flat panel display (including touch-screen and digital type displays) affixed to a work surface in a semi-recessed, subsurface or super-surface configuration. The mounting system allows the display to be tilted for optimal ergonomics. One embodiment offers manual adjustment with multiple locking stop-points for horizontal (front-to-back) positioning to optimally place the monitor for touch screen applications. While the lock is engaged, the monitor is stable enough for touch screen and digitizer pen usage. Another embodiment utilizes an actuator for horizontal (front-to-back) positioning to optimally place the monitor for touch screen applications. The display support system allows adjustment within a pre-set range by the user, while also providing the ability to limit further adjustment beyond this range or removal of the monitor itself to designated personnel.

Abstract: An articulated display support system designed to securely support a flat panel display (including touch-screen and digital type displays) affixed to a work surface in a semi-recessed, subsurface or super-surface configuration. The mounting system allows the display to be tilted for optimal ergonomics. One embodiment offers manual adjustment with multiple locking stop-points for horizontal (front-to-back) positioning to optimally place the monitor for touch screen applications. While the lock is engaged, the monitor is stable enough for touch screen and digitizer pen usage. Another embodiment utilizes an actuator for horizontal (front-to-back) positioning to optimally place the monitor for touch screen applications. The display support system allows adjustment within a pre-set range by the user, while also providing the ability to limit further adjustment beyond this range or removal of the monitor itself to designated personnel.

Abstract: An adjustable flat panel monitor mounting system designed for strength and security is provided. The mounting system allows any VESA compliant flat panel display to be securely mounted to any work-surface. The height can be adjusted from sub-surface to super-surface upon installation and fixed in place with security screws. The user of the display would be able to adjust the angle of the display. The mount of the invention is fixed in place and can not be removed without special tools. The monitor is not able to be knocked off the work surface, and a bar is provided as a channel for wire management. The monitor can be used in the semi-recessed and subsurface configurations.

Abstract: An adjustable flat panel monitor mounting system designed for strength and security is provided. The mounting system allows any VESA compliant flat panel display to be securely mounted to any work-surface. The height can be adjusted from sub-surface to super-surface upon installation and fixed in place with security screws. The user of the display would be able to adjust the angle of the display. The mount of the invention is fixed in place and can not be removed without special tools. The monitor is not able to be knocked off the work surface, and a bar is provided as a channel for wire management. The monitor can be used in the semi-recessed and subsurface configurations.