Ergonomic motion chair
A chair that provides movement of a seat about an axis of rotation above the seat plane with the seat having a sensor in communication with a computer system that tracks movement. The seat may be simultaneously pivotable about a second axis of rotation defining a range of motion for the seat about the two axes. An actuation system in communication with the computer system can move the seat to desired positions and/or prevent the seat from being positioned at certain locations within the range of motion. The computer system may also include an application that can promote user movement within the seat and allow movement of the seat to be used for gaming, health monitoring and treatment, activity tracking, and the like. The chair may include a mechanism that has one or more glides operably received in curved structures to provide the movement about the axes.
1 . A chair having:
a frame:
a seat defining a seat plane, the seat having a front side, a back side, a left side a right side, and a left-to-right center;
the seat substantially pivotable about an axis of rotation, the axis of rotation positioned above the seat plane;
a sensor operably secured to the chair and in communication with a computer system, the computer system having an application that uses the sensor to track movement of the seat during use of the chair by a user, and the application allows a user of the chair to interact with the computer system to encourage movement of the seat while the user is sitting in the chair.
2 . The chair of claim 1 , wherein the application is selected from the group consisting of a computer game, a video game, a fitness tracker, a health monitor, physical therapy, wellness therapy, and an activity monitor.
3 . The chair of claim 1 , wherein the seat is substantially pivotable about a second axis of rotation such that movement of the seat about the axis of rotation and the second axis of rotation defines a range of motion of the seat.
4 . The chair of claim 3 , wherein the axis of rotation and second axis of rotation are offset from each other.
5 . The chair of claim 3 , wherein the second axis of rotation is above the seat plane.
6 . The chair of claim 3 , wherein the seat is simultaneously moveable side-to-side about the axis of rotation and front-to-back about the second axis of rotation.
7 . The chair of claim 3 , further including an actuation system operably secured to the chair and in communication with the computer system such that the computer system can activate the actuation system to position the seat at a defined position within the range of motion based on predetermined criteria.
8 . The chair of claim 7 , further including a biasing structure for urging the seat to return to a defined neutral position.
9 . A chair having:
a frame:
a seat defining a seat plane, the seat having a front side, a back side, a left side a right side, and a left-to-right center:
the seat substantially pivotable about an axis of rotation, the axis of rotation positioned above the seat plane;
a sensor operably secured to the chair and in communication with a computer system;
the computer system including an application that uses the sensor to track the movement of the seat during use of the chair by a user; and
an actuation system operably secured to the chair and in communication with the computer system such that the computer system can activate the actuation system to move the seat to a defined position about the axis of rotation based on predetermined criteria.
10 . The chair of claim 9 , wherein the computer system allows a user to map regions of the seat within its defined range of motion and command areas within that defined range of motion for the seat to avoid and/or engage more frequently with.
11 . A chair having:
a frame:
a seat defining a seat plane, the seat having a front side, a back side, a left side a right side, and a left-to-right center:
the seat substantially pivotable about an axis of rotation, the axis of rotation positioned above the seat plane:
a sensor operably secured to the chair and in communication with a computer system, and, a mechanism operably connecting the seat to the frame for moving the seat about the axis of rotation, the mechanism including a first arcuate structure with a first elongated glide operably engaged within the first arcuate structure such that movement of the first elongated glide against the first arcuate structure allows the seat to move about the axis of rotation.
12 . The chair of claim 11 , wherein the sensor controls the computer system such that a user's movement of the seat about the axis of rotation controls at least one aspect of the computer.
13 . The chair of claim 11 , wherein the computer system includes an application that uses the sensor to track the movement of the seat during use of the chair by a user.
14 . The chair of claim 11 , wherein the computer system includes an application that uses the sensor to track the movement of the seat about the range of motion of the seat during use of the chair by a user.
15 . The chair of claim 14 , wherein the application allows a user of the chair to interact with the computer system to encourage movement of the seat throughout the range of motion of the seat while the user is sitting in the chair.
16 . The chair of claim 11 , wherein the seat is substantially pivotable about a second axis of rotation such that movement of the seat about the axis of rotation and the second axis of rotation defines a range of motion of the seat; and, the mechanism has a second arcuate structure with a second elongated glide operably engaged within the second arcuate structure such that movement of the second elongated glide against the second arcuate structure allows the seat to move about the second axis of rotation.
17 . The chair of claim 11 , wherein;
the first arcuate glide has an arcuate structure engaging surface;
the arcuate structure has a first glide engaging surface; and,
the arcuate structure engaging surface and the first glide engaging surface are formed from materials selected from the group consisting of lubricant, polymer, polymer additives, nylon, acetal resin, stainless steel and aluminum.
18 . The chair of claim 11 , wherein the glide is formed from a plurality of structures.
19 . The chair of claim 11 , further including at least one roller operably secured to the mechanism.
20 . The chair of claim 11 , further including a biasing structure for urging the seat to return to a defined neutral position.