A workstation comprising a chassis having a base frame (10) and a monitor frame assembly (11), said base frame (10) defining a work area (20) at its proximal end for accommodating a user therein, in use, wherein a desk unit (24) is mounted laterally across said work area and provides a work surface for use by a user accommodated in said work area (20), in use, said monitor frame assembly (11) comprising an outer frame, extending laterally across said base frame (10) and upwardly from its distal end, and an inner frame (32) mounted within said outer frame and configured to receive thereon a plurality of monitor brackets (45), wherein said desk unit (24) is longitudinally adjustable relative to said base frame (10) so as to selectively adjust its distance from the monitor frame assembly (11), and said inner frame (32) is vertically adjustable within, and relative to, said outer frame so as to selectively adjust its height relative to said base frame; and further wherein respective locking means are provided to releasably lock said desk unit and said inner frame in a selected position.

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 proprioceptive foot stimulator assembly having a cross bar that connects to the leg structure of a desk. The assembly includes a bottom channel that pivotably attaches to the cross bar, and a foot stimulating member that attaches to the bottom channel, so that it can pivot in relation to the crossbar. Mounting flanges are located at the longitudinal ends of the cross bar. A pivot assembly, generating the pivotable attachment between the bottom channel and the cross bar, includes two threaded fasteners and a bushing, secured by lock nuts; the bushing connecting the first threaded fastener to the second threaded fastener, such that the second threaded fastener can pivot in relation to the first threaded fastener. In another embodiment, the proprioceptive foot stimulator assembly has at least one slider track capable of being attached to a desk and a foot stimulating member that slidably connects to the slider track.

The mobile structure for working with computer equipment or electronic devices, couplable to slanting chairs or armchairs that the invention proposes is therefore configured as a novelty within its field of application, because, when it is implemented, the said objectives are satisfactorily achieved, the characterizing details making it possible are suitably appearing in the final claims attached to this specification. Concretely, what the invention proposes, as it has been stated before, is a structure which aim is to allow the incorporation of computer equipment or electronic devices so that it is possible to work with them, or use them for leisure purpose, in a slanting chair or armchair and to be able to angularly move it, according to the tilt of the chair, at least in an upright position and a slanted position, being formed for it, by a mobile arm with a moving mechanism that is coupled to any slanting chair or armchair and that is provided with supporting means as a kind of desk to incorporate the computer equipment.

An adjustable desk platform can include: an upper platform defining a substantially planar work surface; a base located beneath the upper platform, the base defining a bottom surface without legs that is adapted to sit on an existing desk; first and second sets of arms coupling the upper platform to the base, wherein the first and second sets of arms are adapted for movement of the upper platform substantially in parallel with the base between a fully raised position and a fully lowered position; and a user-operable locking mechanism associated with the upper platform, the locking mechanism adapted to releasably lock the upper platform in the fully raised position, and in at least one intermediate position between the fully raised position and the fully lowered position. Other features and embodiments are discussed.

An adjustable desk platform can include: an upper platform defining a substantially planar work surface; a base located beneath the upper platform, the base defining a bottom surface without legs that is adapted to sit on an existing desk; first and second sets of arms coupling the upper platform to the base, wherein the first and second sets of arms are adapted for movement of the upper platform substantially in parallel with the base between a fully raised position and a fully lowered position; and a user-operable locking mechanism associated with the upper platform, the locking mechanism adapted to releasably lock the upper platform in the fully raised position, and in at least one intermediate position between the fully raised position and the fully lowered position. Other features and embodiments are discussed.

A motorized desktop stand unit having a main surface assembly designed to accommodate a monitor or laptop and a secondary surface assembly designed to accommodate a keyboard. The desktop stand unit also has a frame assembly having an upper frame and a lower frame. An elevation mechanism is provided between the upper frame and lower frame. A switch provided in the main surface assembly, when actuated, causes the elevation mechanism to adjust the space between the upper frame and lower frames, changing the height of the main surface assembly.

A support assembly includes a stand having an underside surface for placement on top of a flat screen device and an upper surface for supporting at least one object; a mount located on the underside surface of the stand, the mount providing a plurality of holes or grooves; a first set of ratchets including a plurality of extensions for insertion into the plurality of holes or grooves; an arm presenting a second set of ratchets; and a fastener for connecting the arm to the mount, causing (i) the plurality of extensions to be inserted into the plurality of holes or grooves and (ii) the first set of ratchets to engage the second set of ratchets, 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.

A collapsible table system configured to transition between a table configuration and a case configuration for easy transport or storage. The collapsible table system generally includes a tabletop having a cavity on its lower end adapted to store various components such as legs, clamps, stabilizing members, and/or attachments. The legs may be removably connected to the lower end of the tabletop to support the tabletop at various heights when in the table configuration. The legs may be stored within the cavity of the tabletop when in the case configuration. Clamps may be utilized both connect stabilizing members between the legs and to support a shelf at various heights below the tabletop. Various attachments may be stored within the tabletop to be extracted when needed.

A desk platform structure for a fitness bike, including a desk platform, a desk platform fixing and sliding mechanism and a supporting rod is provided. The desk platform fixing and sliding mechanism includes a pair of fixing bars, a pair of sliding rails, and a fixing rack. The desk platform is installed on the fixing bars which are installed on the sliding rails. The sliding rails are fixed on guiding bars at two sides of the fixing rack which is connected to the supporting rod. A braking mechanism and a control mechanism for sliding and positioning of the fixing bar are disposed between the fixing bar and the fixing rack. Accordingly, the desk platform is more stable and reliable, and may slide and be positioned at any location. It is convenient to use the desk platform by further adjusting the inclination angle of the desk platform.