A seating arrangement for interactive learning is disclosed herein. The arrangement comprises a chair for supporting a child thereon; a tray removably supported on the chair; and at least one interactive media configured on the tray for facilitating interactive learning to the child supported on the chair. In an embodiment, the interactive media may include an electronic interactive device such as a tablet. In another embodiment, the interactive learning media may include a writing pad and a stylo for allowing the child to practice the usage of the stylo on the writing pad. In an embodiment, the writing pad may be an electronic writing pad.

A seating arrangement for interactive learning is disclosed herein. The arrangement comprises a chair for supporting a child thereon; a tray removably supported on the chair; and at least one interactive media configured on the tray for facilitating interactive learning to the child supported on the chair. In an embodiment, the interactive media may include an electronic interactive device such as a tablet. In another embodiment, the interactive learning media may include a writing pad and a stylo for allowing the child to practice the usage of the stylo on the writing pad. In an embodiment, the writing pad may be an electronic writing pad.

The present invention relates to a functional complex desk system comprising: an electromotive chair assembly as a seat on which a user sits; a monitor-equipped multi-joint table device which has a monitor and a main table arranged at one side of the monitor, and which movably support the monitor and the main table in a multi-joint manner; a user position tracking unit for tracking the optimal position that is appropriate for the body condition or posture of the user having sat on the electromotive chair assembly; and a system controller for automatically controlling the operation of the monitor-equipped multi-joint table device so that the monitor and the main table are arranged at optimal positions according to the modified posture of the user on the basis of the tracking signal of the user position tracking unit.

A set of modular classroom desks configured for outdoor use is presently described. Each classroom desk includes a bench seat; a table unit having a top surface; and first and second legs, each of which is coupled to both the bench seat and the table unit. The classroom desks of the set are configured to be releasably attached together in either a side-by-side orientation or a face-to-face orientation. In the side-by-side orientation, the top surfaces of the classroom desks form a planar tabletop surface, and the bench seats of the classroom desks form a planar seating surface. In the face-to-face orientation, the top surfaces of the classroom desks form a planar tabletop surface. In this manner, a number of classroom desks may be attached together, for instance to form a picnic table.

A set of modular classroom desks configured for outdoor use is presently described. Each classroom desk includes a bench seat; a table unit having a top surface; and first and second legs, each of which is coupled to both the bench seat and the table unit. The classroom desks of the set are configured to be releasably attached together in either a side-by-side orientation or a face-to-face orientation. In the side-by-side orientation, the top surfaces of the classroom desks form a planar tabletop surface, and the bench seats of the classroom desks form a planar seating surface. In the face-to-face orientation, the top surfaces of the classroom desks form a planar tabletop surface. In this manner, a number of classroom desks may be attached together, for instance to form a picnic table.

A tablet including a plate member, a support rod and a positioning member is revealed. The plate member has a top cover, a bottom cover, and a first slide member. By the movable engagement of a rack with a damper, the top and the bottom covers slide relative to the first slide member. The support rod includes an upper end for supporting the plate member and a lower end assembled on a chair, a bed, a sofa, a table, a tray with wheels or a multi-seater chair. The upper end forms a rotary shaft which is inserted through an insertion hole of the bottom cover to be fixed on the first slide member. The positioning member includes a movable locking pin member. The angle of the plate member can be adjusted by the locking pin member being released from or locked into a positioning hole on the rotary shaft.

A tablet including a plate member, a support rod and a positioning member is revealed. The plate member has a top cover, a bottom cover, and a first slide member. By the movable engagement of a rack with a damper, the top and the bottom covers slide relative to the first slide member. The support rod includes an upper end for supporting the plate member and a lower end assembled on a chair, a bed, a sofa, a table, a tray with wheels or a multi-seater chair. The upper end forms a rotary shaft which is inserted through an insertion hole of the bottom cover to be fixed on the first slide member. The positioning member includes a movable locking pin member. The angle of the plate member can be adjusted by the locking pin member being released from or locked into a positioning hole on the rotary shaft.

A flat plate based system for securing legs to a chair is provided wherein a chair support has two catches and two leg pieces each have a tab at one end, the tab configured to interact with one of the two catches, each leg piece including an opening through which a tension member passes. Anchor pieces are configured to secure to the tension member such that the tension member pulls the anchor pieces together. The leg pieces each have an edge such that the edges face each other and the tabs interact with the catches and the tension member is positioned in the opening and the anchor pieces and tension member pull the edges together to hold the tabs against the two catches.

A deployable chair and desk assembly allowing for facile repositioning to different locations includes a chair and a desk. A pair of posts is engaged to and extends upwardly from a back of the chair. A canopy engaged to the posts shades the chair. A beam is engaged to and extends between the back of the chair and the desk so that the desk is positioned proximate to a front edge of the chair and provides a work surface for a user seated in the chair. Each of a set of ports is engaged to one of the chair and the desk and can operationally engage an electronic device. A solar panel is engaged to an upper surface of the canopy and is operationally engaged to the ports. The solar panel converts light into an electrical current to power an electronic device engaged to a respective port.

A flat plate based system for securing legs to a chair is provided wherein a chair support has two catches and two leg pieces each have a tab at one end, the tab configured to interact with one of the two catches, each leg piece including an opening through which a tension member passes. Anchor pieces are configured to secure to the tension member such that the tension member pulls the anchor pieces together. The leg pieces each have an edge such that the edges face each other and the tabs interact with the catches and the tension member is positioned in the opening and the anchor pieces and tension member pull the edges together to hold the tabs against the two catches.