Abstract: A rotary stand for TV screen or monitor, which require an adjustable angular position relative to its vertical axis, secured in a holder in a bearing column, mounted rotationally in a fixed mount, fitted with a controlled electric drive of the bearing column bi-directional rotation and a potentiometer for electric adjustment of the bearing column angular position is described together with a support stand that is mountable to a lateral wall. The stand has a programmable control system enabling the limit angular positions of the screen secured in the holder on the bearing column to be automatically set and programmed. A remote control for controlling the rotation of the TV monitor and an LED lighting strip for showing the position of the TV monitor selected and a direction of movement of the TV monitor are also provided.

Abstract: A moveable mount equipped with a motor drive set that comprises a motor and a gear that make one or more axles with attached arms move in a linear manner along longer sides coupled to the casing and, simultaneously, rotate during linear relocation, and where the motor along with the drive transmitting elements are placed in the casing of the mount. In an embodiment, the driving power is simultaneously transmitted by a cable from the motor to the pair of slides with one or more blocks situated on one or more slides in which the arms and the axles are mounted in a rotary manner.

Abstract: An automated tilt head assembly for tilting of an electronic display screen from a vertical plane and for rotation of the tilt head assembly about a vertical axis of rotation. The automated tilt head assembly generally includes a mobile carrier surface to which an electronic display device is mounted, a guide system for defining a range of tilt motion about a tilt axis, and a power-driven unit having a motor and gear assembly for automatically and selectively controlling the tilt motion. The motor drives a worm member, which by means of a gear, mates with a toothed sector of the mobile carrier surface, to thereby control the tilt motion of the mobile carrier surface. The tilt head assembly further includes a second power-driven unit having a motor and gear assembly to control rotation of the head assembly about a vertical axis.

Abstract: A moveable mount equipped with a motor drive set that comprises a motor and a gear that make one or more axles with attached arms move in a linear manner along longer sides coupled to the casing and, simultaneously, rotate during linear relocation, and where the motor along with the drive transmitting elements are placed in the casing of the mount. In an embodiment, the driving power is simultaneously transmitted by a cable from the motor to the pair of slides with one or more blocks situated on one or more slides in which the arms and the axles are mounted in a rotary manner.

Abstract: An automated tilt head assembly for tilting of an electronic display screen from a vertical plane and for rotation of the tilt head assembly about a vertical axis of rotation. The automated tilt head assembly generally includes a mobile carrier surface to which an electronic display device is mounted, a guide system for defining a range of tilt motion about a tilt axis, and a power-driven unit having a motor and gear assembly for automatically and selectively controlling the tilt motion. The motor drives a worm member, which by means of a gear, mates with a toothed sector of the mobile carrier surface, to thereby control the tilt motion of the mobile carrier surface. The tilt head assembly further includes a second power-driven unit having a motor and gear assembly to control rotation of the head assembly about a vertical axis.

Abstract: An automated single or dual arm articulating mount assembly for flat panel displays. In a dual arm system, a first motorized drive system enables synchronous movement of the pantograph to allow for extension movement of the display to and from the mounting surface. In a single arm system, the motorized drive system causes extension movement similar to the dual arm system. A second motorized drive system can be positioned on the display interface area for rotational movement of the screen about a vertical axis.