Abstract: A linear actuator includes a rotatable motor shaft. A gear package engages the shaft and a lead screw engages the gear package such that rotation of the shaft results in rotation of the lead screw. A nut cooperates with the lead screw and with the extrusion housing such that rotation of the output shaft causes axial travel of the nut. An output coupling cooperates with the nut such that axial travel of the nut causes axial travel of the output coupling. A control system is disposed internal to the housing and includes a controller, a plurality of feedback components and a communications network. The controller receives input data from external sources via the communications network and receives operational data from the feedback components. The controller controls the motor based on comparisons of the input data from the external sources and the operational data from the feedback components.

Abstract: Mounting devices for mounting an electronic display device to a surface include an elongated track or rail, a guide member, and a bracket member. The guide is coupled to the track or rail and can be slid along a length thereof The bracket is attached to the guide on a side thereof opposite the track or rail. A first portion of the bracket extends laterally from the guide between first and second ends. The first end is coupled to the guide and can be rotated relative thereto. The second end of the first portion of the bracket is attached to the second portion thereof, and may be attached to an electronic display device. Cabinets include such mounting devices attached to a bottom surface thereof. Methods for mounting an electronic display device to a cabinet are also disclosed.