An easy to operate sleep support frame for travelling is disclosed. The support frame includes a movable and curved chest rod which can move from a passenger's chest to the bottom of the seat; a chest cushion connected with the chest rod; and a headrest connected with the chest rod. The headrest can be placed in the back of the front seat or above the chest rod. The chest rod includes a circular arc segment with meshing gear teeth on the inner circular arc side of the chest rod. One end of the chest rod goes through the driving gear box under the seat to be driven by a driving gear box. The passenger can press a button to drive motors to raise chest cushion, and press the button to lower the chest cushion to be close to the seat bottom if the chest cushion is not used.

A specially designed seat assembly allows a user to sit in lotus style meditation position while meditating. The seat assembly positions and elevates the user in order to provide comfort while holding the user in the correct position. The seat assembly can provide dual level support through an upper platform and lower platform. The seat assembly is specially shaped in order to conform to the contours of the user. The knees are elevated by the upper platform, and the feet and ankles are drawn inward and supported from the ground by the lower platform. The user is held in a traditional lotus style seating position. The seat assembly allows for the user to remain in a relaxed state, free from discomfort. The seat assembly is supported by a metal skeleton, which prevents the seat assembly from becoming deformed upon repeated use. The seat assembly has a cushion formed around the metal skeleton, which is stable, yet comfortable for the user.

A posture adjustment system includes a set of sensors coupled to a chair on which a person may sit. The posture adjustment system gathers data from the set of sensors and generates a posture model that reflects a posture associated with the seated person. The posture adjustment system then determines corrections to the posture of the person that could, potentially, improve their posture. The posture adjustment system then indicates those corrections to the person, or, alternatively, applies a set of adjustments to the chair to cause the person to assume a new posture that reflects the posture corrections.

A posture adjustment system includes a set of sensors coupled to a chair on which a person may sit. The posture adjustment system gathers data from the set of sensors and generates a posture model that reflects a posture associated with the seated person. The posture adjustment system then determines corrections to the posture of the person that could, potentially, improve their posture. The posture adjustment system then indicates those corrections to the person, or, alternatively, applies a set of adjustments to the chair to cause the person to assume a new posture that reflects the posture corrections.

The present invention relates to a system for showing an image, and more particularly, to a system for showing an image having a game function of performing an interactive game for viewers in a theater. To this end, the present invention provides a system for showing an image, including: a plurality of motion chair assemblies including a predetermined number of motion chairs; a center server configured to control the motion chair assembly; and a screen configured to display an image output from the center server, in which a signal generated in the motion chair assembly is transmitted to the center server according to an image displayed on the screen, and when the generated signal does not accord with a preset condition, the center server operates the motion chair assembly, and when the generated signal accords with the preset condition, the center server does not operate the motion chair assembly.

An Anti-Ballistic chair having a back portion, a seat portion, and an Anti-Ballistic panel within at least one of the back portion, and the seat portion, wherein the Anti-Ballistic portion comprises at least a first layer of Anti-Ballistic material formed from high-strength synthetic fibers extending in a first direction, and at least a second layer of Anti-Ballistic material formed from high-strength synthetic fibers extending in a second direction, different from the first direction.

An Anti-Ballistic chair having a back portion, a seat portion, and an Anti-Ballistic panel within at least one of the back portion, and the seat portion, wherein the Anti-Ballistic portion comprises at least a first layer of Anti-Ballistic material formed from high-strength synthetic fibers extending in a first direction, and at least a second layer of Anti-Ballistic material formed from high-strength synthetic fibers extending in a second direction, different from the first direction.

The tipping chair (10) includes a main strut (12), a pivot seat (34) on the strut (12), a pivot slot (18) defined in the main strut (12) and a pivot strut (24) pivotally secured within the slot (18). Pivoting a prop end (28) of the pivot strut (24) out of the slot (18) of the main strut (12) backward toward a bottom end (14) of the main strut (12) causes a seat end (26) of the pivot strut (24) to raise the pivot seat (34), and the seat end (26) becomes secured to a latch (42) on an a brace surface (40) opposed to a seating surface (38) of the pivot seat (34) to position the chair (10) in a seated configuration. Reversing the process returns the chair (10) to a flat, stored configuration to be optionally stored as wall art.

The tipping chair (10) includes a main strut (12), a pivot seat (34) on the strut (12), a pivot slot (18) defined in the main strut (12) and a pivot strut (24) pivotally secured within the slot (18). Pivoting a prop end (28) of the pivot strut (24) out of the slot (18) of the main strut (12) backward toward a bottom end (14) of the main strut (12) causes a seat end (26) of the pivot strut (24) to raise the pivot seat (34), and the seat end (26) becomes secured to a latch (42) on an a brace surface (40) opposed to a seating surface (38) of the pivot seat (34) to position the chair (10) in a seated configuration. Reversing the process returns the chair (10) to a flat, stored configuration to be optionally stored as wall art.

A portable folding video game chair may include a backrest frame, a seating frame, a collapsible sling chair, a steering wheel controller column, a steering wheel controller shaft, a pedal controller frame, and a quick release pedals controller support. The backrest frame and seating frame may be pivotally coupled to each other. The collapsible sling chair may be coupled to the backrest frame and seating frame. The steering wheel controller column may be pivotally coupled to the seating frame and also movably coupled to the steering wheel controller column. The pedal controller frame may be pivotally coupled to the backrest frame and/or to the steering wheel controller. The quick release pedals controller support may have a pedals controller support aperture, and the quick release pedals controller support may be movably coupled to pedal controller frame by inserting a first and second pedal controller rail through a pedals controller support aperture.