A support assembly includes (i) a stand having an underside surface configured to be placed on top of a flat screen device and an upper surface configured to support at least one object; (ii) a mount secured to the underside surface of the stand, the mount presenting a first ratchet ring; (iii) an arm presenting a second ratchet ring; (iv) a fastener positioned and arranged to connect the arm to the mount, causing the first ratchet ring to engage the second ratchet ring, setting the arm at an angle so that a free end of the arm engages the flat screen device while the stand extends at least substantially horizontally from the top of the flat screen device; and (v) wherein the mount is threaded to threadingly engage the fastener.

The present invention is related to an adjustable desk, which includes a long desktop, a slide rail mounted on the bottom surface of the desktop along the length direction thereof, and a sliding member slidably arranged in the slide rail, which comprises a connector connected with the sliding member, and a replaceable and detachable office furniture unit, such as keyboard holder, drawer cabinet, and etc., connected with the connector of the sliding member. In this way, when the user changes his/her seating position or use of the desk, the sliding members allow the office furniture units, such as the keyboard holder, the drawer cabinet, and etc., to be moved along the slide rails along the length direction of the desktop or replaced, so as for flexibly adjusting the keyboard holder and drawer cabinet to the user's new seating position in order to allow the user to operate the keyboard or to reach the drawer cabinet without being limited in a certain location at the desk for work. Accordingly, it may facilitate office work and increase the utilization of the desktop space.

A swivel mount assembly (SMA) for rotational mounting an electronic device onto a substantially stationary apparatus is provided comprising: a mounting portion adapted to mount the SMA to an electronic device; a swivel tube assembly attached to the mounting portion, and adapted to be inserted through a hole in the substantially stationary apparatus, and wherein the swivel tube is further adapted to provide rotational movement of the electronic device in regard to the substantially stationary apparatus; a rotation limiting assembly; and a securing assembly adapted to secure the swivel tube assembly to the substantially stationary apparatus in a securing but rotational manner.

A swivel mount assembly (SMA) for rotational mounting an electronic device onto a substantially stationary apparatus is provided comprising: a mounting portion adapted to mount the SMA to an electronic device; a swivel tube assembly attached to the mounting portion, and adapted to be inserted through a hole in the substantially stationary apparatus, and wherein the swivel tube is further adapted to provide rotational movement of the electronic device in regard to the substantially stationary apparatus; a rotation limiting assembly; and a securing assembly adapted to secure the swivel tube assembly to the substantially stationary apparatus in a securing but rotational manner.

An apparatus for positioning an electronic display is described. The apparatus can be combined with an existing work surface to provide a multi-position workstation. In some cases, the apparatus includes a mounting portion configured to support an electronic display and a keyboard. The mounting portion may be movable with respect to the work surface between multiple positions, including for example, a sitting position and a standing position. Methods for positioning an electronic display and a keyboard are also included.

This application relates to cushioned pads such as cushioned mousepads and other types of cushioned office pads or work surfaces. The cushioned pads can comprise a multilayer construction with a top layer that provides a work surface and a lower layer that provides cushioning or padding. During use the pads may provide a comfortable and ergonomic support that reduces or eliminates pressure points on a user's forearm, wrist, or hand. The cushioned pads can include fences configured to retain a mouse thereon.

A tray table assembly and aircraft passenger seat arrangement including the same, the tray table assembly including a rail, along which a carriage slides, disposed within an alcove, from which a tray table can be deployed via a link connecting the tray table to the carriage. The link provides both the connection between the tray table and carriage for positioning the tray table horizontally along the rail and the pivotable connections between the tray table, link, and carriage for adjusting the tray table vertically, perpendicular to the rail path. Thus, the tray table assembly may be hidden in the alcove in a stowed position, partially deployed with the tray table vertically offset from the carriage, fully deployed with the tray table outside of the alcove, and any position in between.

A desktop includes a first portion, a second portion, and a linkage assembly attached to the first and second portions. The first desktop portion has a first, substantially planar, upper surface, and an edge. The second desktop portion has a second, substantially planar, upper surface, a proximal edge, and a distal edge. The linkage assembly is configured such that the second desktop portion is movable between a first configuration and a second configuration. At the first configuration, the second desktop portion is substantially coplanar with the first desktop portion, and the proximal edge of the second desktop portion is adjacent the edge of the first desktop portion. At the second configuration, the proximal edge of the second desktop portion is beneath the edge of the first desktop portion, and the second desktop portion is not coplanar with the first desktop portion and is not parallel to the first desktop portion.

A variable height workstation system comprises a base, a variable height platform, a lift mechanism, a lower adjustable pivot assembly, and an upper adjustable pivot assembly. The base is configured to be mounted to a support surface. The lift mechanism is configured to move the variable height platform between a fully lowered and raised position. The lower adjustable pivot assembly is configured to be connected be to the base and the lift mechanism. The lower adjustable pivot assembly comprises a lower adjustable force regulator configured to adjust a force required to rotate a lower pivot member about its first vertical rotational axis. The upper adjustable pivot assembly is configured to be connected to the lift mechanism and the variable height platform. The upper adjustable pivot assembly comprises an upper adjustable force regulator configured to adjust a force required to rotate an upper pivot member about its second vertical rotational axis.

A slide rail device with an unlocking structure for a middle slide rail includes an outer slide rail mounted on a fixing member, and an inner slide rail mounted on a side wall of a movable member. The inner slide rail is coupled to the outer slide rail to enable a middle slide rail to be disposed between the outer slide rail and the inner slide rail. A ball bearing unit is disposed between the middle slide rail and the inner slide rail. A releasing element is movably disposed on the middle slide rail and arranged between the ball bearing unit and the elastic locking element. When the inner slide rail and the movable member are removed from the slide rail device, the releasing element is pushed by the ball bearing unit and pushes an elastic locking element to unlock the middle slide rail.