A collapsible desk assembly for selectively deflecting bullets includes a set of first legs that are selectively positioned on a support surface. A set of second legs is provided and the second legs are selectively positioned on the support surface. A seat is movably coupled to the set of second legs for sitting. A table is pivotally coupled between each of the set of first legs and the set of second legs. Moreover, the table is horizontally oriented when the set of second legs is positioned in the deployed position to define a work surface. The table is comprised of a bullet resistant material and the table is vertically oriented when the set of second legs is positioned in the folded position. In this way the table is positioned to deflect a bullet.

A desk has a base that rests on an underlying floor surface, a work surface that is supported by the base, and a seat that is rotatably connected to the base for rotation between a first position, located in a conventional position behind the desk so a person may sit at the desk, and a second position, located to one side of the desk so that a person may instead stand at the desk. The seat is adjustable radially relative to its axis of rotation, vertically up and down relative to the floor surface, and angularly toward its axis of rotation.

The present invention relates to a foldable desk, in which a desk board is movable in front and back directions so as to fit a body shape of a user and a chair and a desk are completely foldable and overlap for space utilization, and a frame 50 of a desk board 10 is rotatably connected to a desk board support frame 60 through a connection rod 13, the desk board support frame 60 is bent at a right angle in a state where the desk board 10 is accurately positioned at a position, at which the desk board 10 exerts a function of a desk, and a first upper edge 62 of a desk board support frame having a larger length than a thickness of the desk board and a first upper edge 32 of the connection frame simultaneously support a bottom surface of the desk board 10, a connection rod 13 is shorter than a second upper edge 64 of the desk board support frame 60 coupled to the connection rod 13 to allow the desk board 10 to slide next to the first upper edge 62 of the desk board support frame, and the desk board 10 is bent downwardly at a right angle in the state where the desk board 10 has slide next to the first upper edge 62 of the desk board support frame, when a chair seat 40 is in an accurately positioned state, in which the chair seat 40 serves as a chair, a bottom surface of the chair sheet is supported to a support part 35 protruding to an inner side of a second upper edge 34 lower than the first upper edge 32 of the connection frame 30, and the chair sheet 40 is completely folded upwardly and overlap a backrest 20, and a backrest support frame 70 is foldable at a right angle so as to overlap the connection frame 30 in the state where the chair seat 40 is folded upwardly, and the protruding part 35 is positioned in a space between a first leg and a second leg 72 and 74 of the backrest support frame in the folded state of the backrest support frame 70.

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 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.

A pivoting tablet on a swivel arm rotating around a seating unit such as a student chair provides a writing or utility surface proximate to a seated occupant that allows the tablet to be pivoted to a comfortable and effective writing position such that the swivel arm allows rotation of the tablet support to enter and exit the chair and allows positioning based on the dominant hand of the occupant. The tablet pivots around a bore in a sleeve attached to an end of the swivel arm, into which a shaft having a protrusion extends. The protrusion engages an annular slot in the sleeve for guiding and limiting pivotal movement. The seat rests on a pedestal defined by a plurality of legs surrounding a rack or platform for books. The pedestal has a column supporting the seat surface, and a collar around the column allows rotation of the swivel arm holding the tablet.

A desk has a base that rests on an underlying floor surface, a work surface that is supported by the base, and a seat that is rotatably connected to the base for rotation between a first position, located in a conventional position behind the desk so a person may sit at the desk, and a second position, located to one side of the desk so that a person may instead stand at the desk. The seat is adjustable radially relative to its axis of rotation, vertically up and down relative to the floor surface, and angularly toward its axis of rotation.

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.

A portable desk apparatus that allows a user to enjoy a complete office experience is provided for. In a preferred embodiment, the portable desk is comprised of a separably attached desk portion and seat portion. The desk portion is preferably constructed out of a desk member, a slip light, a foldable cup holder, a desk support member, a desk attachment mechanism, a desk extension member, and at least one ground support member. The chair portion is preferably constructed out of a seat member, two pairs of legs equipped with two support members, and a foldable seat back member. The entire apparatus may be collapsed for each transportation or storage, and may be extended to be used as an office.

A projectile resistant desk. The desk includes a desktop support having a receptacle and a removable desktop hingedly coupled to a slip rod; wherein the slip rod substantially corresponds to the receptacle and allows the desktop to be removably secured to the desktop support. The projectile resistant desk is suited for frame styled or storage styled supports. The desktop can be made of a variety of materials including bullet-resistant glass, polycarbonates, polyurethane, fiberglass and resins and can include one or more handles on its underside. The desk can further include a projectile resistant leg shield.