A student desk promoting brain-based movement. The student desk provides a frame carrying a table and a seat and a combination of one or more features designed to allow productive movement that stimulates and enhances cognitive learning. Various aspects of the student desk include semispherical seating surface, a rotatable seat with twist resistance, a cushioned seating surface, a height adjustable table, a sensory strip on the bottom of the table, and resistance bands secured to the frame. These enhancements provide a number of different outlets for students to release nervous energy in a non-disruptive manner while remaining focused on educational activities. These enhancements allow knowledge instruction to be combined with brain-based movement, which generates increased brain activity during learning scenarios, empowers students to self-regulate emotions without disrupting class, and creates opportunities for students to enhance academic performance by developing more adaptive cognitive relationships with the academic material. The student desk is particularly well-suited for use by special needs learners and other students requiring or benefiting from physical stimulation or tactile stimulation.

A collapsible desk system is provided. The desk system may include first and second elongate members having a common central pivot and being pivotal relative to one another in a scissor-like manner. A seat may be attached to one of the elongate members. A support member may be cooperable with the elongate members to selectively retain the elongate members in one or more orientations. A desk top may be pivotally attached to a column. The members, seat, column, and desk top may be arranged with one another to transition between at least a collapsed and an expanded position. A knee support may be mounted to one of the elongate members. The desk top may define a side face having a groove extending about at least a portion of a perimeter of the desk top and the groove may be sized to receive a first fastener tab of an accessory.

A multi-task table includes at least one board and an apparatus for adjusting the elevation and angle of the board. The apparatus includes an elevating unit, a tilting unit, a control panel, a setting module, a calculating module and a central control module. The elevating unit is used to move the board. The tilting unit is used to tilt the board. The control panel is used to show data about a user. The setting module is used to receive and store the data via the control panel. The calculating module is used to calculate values of elevation and angle of the board suitable for playing games, writing, reading and stand. The central control module is used to control the elevating unit, the tilting unit, the control panel, the setting module and the calculating module.

A multi-task table includes at least one board and an apparatus for adjusting the elevation and angle of the board. The apparatus includes an elevating unit, a tilting unit, a control panel, a setting module, a calculating module and a central control module. The elevating unit is used to move the board. The tilting unit is used to tilt the board. The control panel is used to show data about a user. The setting module is used to receive and store the data via the control panel. The calculating module is used to calculate values of elevation and angle of the board suitable for playing games, writing, reading and stand. The central control module is used to control the elevating unit, the tilting unit, the control panel, the setting module and the calculating module.

An ergonomic watchmaker's workstation includes, around a work platform, two forearm supports each at least tiltably adjustable in a vertical plane, and control and storage unit arranged to control motorized adjuster in order to move each of the forearm supports in at least one degree of freedom. The control and storage unit are programmable to trigger, at predefined or random moments, micro movements of the forearm supports of short duration, less than two seconds, and of small angular amplitude, less than 2 and/or of linear amplitude, less than 5 mm. The workstation further includes a user interface connected to the control and storage unit, to trigger other micro movements, and/or to modify the settings.

A workstation assembly configured to ergonomically, comfortably seat and provide workspace for a user, comprising a chair having a base portion on which a user sits, and at least one armrest; and a desk comprising a desk frame, a sliding assembly mounted on a desk frame, and a desktop mounted on a sliding assembly, wherein the desk is configured such that the desktop can be in a compact position with respect to the desk frame, or can be moved from the compact position to an extended position with respect to the desk frame, wherein, in the extended position, a distal portion of the desktop is positioned on the at least one arm rest.

An ergonomic workstation that includes a base; an effective hip axis affixed to the base; a seat bottom that rotates about the effective hip axis; a seat back that rotates about the effective hip axis; an effective shoulder axis positionally fixed to the seat back; an effective elbow axis positionally fixed to the seat back; a monitor support having a monitor mount that rotates about the shoulder axis; and an input device tray support configured such that an input device tray on the support rotates about the elbow axis. As the workstation moves through a broad range of operational zones, it maintains a fixed eye-to-monitor distance and fixed angle between the user's head and the monitor throughout a significant portion of the range of motion, and a fixed distance from the user's elbow to an input device throughout the entire range of motion.

A computing stand for supporting an electronic device, the stand comprising: a work surface; one or more magnets positioned on the work surface; a riser attached to the work surface; and a base attached to the riser, wherein the one or more magnets are positioned to attract to one or more magnets associated with at least one of the electronic device, a keyboard of the electronic device, and a kickstand of the electronic device.

A workstation assembly configured to ergonomically, comfortably seat and provide workspace for a user, comprising a chair having a base portion on which a user sits, and at least one armrest; and a desk comprising a desk frame, a sliding assembly mounted on a desk frame, and a desktop mounted on a sliding assembly, wherein the desk is configured such that the desktop can be in a compact position with respect to the desk frame, or can be moved from the compact position to an extended position with respect to the desk frame, wherein, in the extended position, a distal portion of the desktop is positioned on the at least one arm rest.

An adjustable seating assembly is disclosed having a base with a first end, a second end opposite the first end, and a length extending from the first end to the second end. A frame assembly has a pair of support legs coupled to the base along the length. A seating-support surface is disposed above the base and coupled to the frame assembly. A chest-support surface is disposed above the base and coupled to the frame assembly and the chest-support surface is orientated at an acute angle with respect to the seating-support surface. The pair of the support legs are selectively translatable along the length of the base in a first direction and a second direction opposite the first direction so as to selectively rotate the chest-support surface and the seating-support surface simultaneously while maintaining the acute angle between the chest-support surface and the seating-support surface during the rotation.