Abstract: An automated system for raising and lowering a person to various desired levels and enables the person to more comfortably and safely perform activities and tasks that require them to be at an elevated position relative to floor or ground surface. This system can comprise a lift platform attached to a series of vertical rails. The present invention has the capability to enable a user to remotely control vertical movements of the standing platform and the horizontal movement of this invention. This invention can enable a user to remotely control vertical movements of the standing platform and the horizontal movement of this invention. A remote control device facilitates these control movements. This invention can also move laterally across a horizontal surface and can detect obstruction during these movements. As an obstruction is detected, this device has the capability to stop movement to ensure safety of a user.

Abstract: An automated system for raising and lowering a person to various desired levels enables the person to more comfortably and safely perform activities and tasks that require them to be at an elevated position relative to floor or ground surface. This system can comprise a lift platform attached to a series of vertical rails. The lift platform moves vertically along the rails, a user elevates to a desired position or height to perform the intended task. This system enables the user to determine their exact position instead of being at predetermined heights from using conventional devices such as ladders or stools. Once on the lift platform, a user can further secure themselves to the lift platform with a brace attached to the vertical rails. This brace would fit around the user's back and side straps would secure the brace to the vertical rails of the system.