A frame for motion furniture includes a first side frame and a second side frame. A first plurality of connecting flanges extends from the first side frame toward the second side frame, and a second plurality of connecting flanges extends from the second side frame toward the first side frame. A plurality of cross support members span between the first and second side frames in a horizontal direction, each of the cross support members positioned against a corresponding connection flange of the first plurality of connection flanges and against a corresponding connection flange of the second plurality of connection flanges. A plurality of fasteners connects corresponding cross support members to corresponding connection flanges. Each fastener has a longitudinal axis that is oriented in a direction that is transverse to the horizontal direction. A method of assembling furniture having the disclosed cross support connection structure is provided.

A gaming chair having a base member having wheels positioned about a perimeter of the base member; an adjustable vertically positioned cylinder having a first end affixed to the base member; a seat having a rigid seat base with a bottom affixed to a rotatable member and where the rotatable member is affixed to a second end of the cylinder; where the seat is adjustable upwardly, downwardly, rotationally and rockedly; a padded seat top positioned on the rigid seat base having at least one compressible internal core member that forms the padded seat top; and raised side bolsters located on opposite sides and on an external portion of the sitting platform; a first arm affixed to a first side of the rigid seat base; a second arm affixed to a second side of the rigid seat base; where each arm is an L-shape and each is extending out and up on opposite sides of the padded seat top; an arm rest affixed to a top of each of the first and second arms and where each of the arm rests is adjustable in multiple directions; a chair back having a chair back top with an internal oversized headrest; an internal S-Shaped spine; an internal lumbar support; a chair back bottom connected to the rigid chair base; a pivot member connecting the chair back bottom to the rigid chair base; and where the pivot member enables the chair back to recline.

A gaming chair having a base member having wheels positioned about a perimeter of the base member; an adjustable vertically positioned cylinder having a first end affixed to the base member; a seat having a rigid seat base with a bottom affixed to a rotatable member and where the rotatable member is affixed to a second end of the cylinder; where the seat is adjustable upwardly, downwardly, rotationally and rockedly; a padded seat top positioned on the rigid seat base having at least one compressible internal core member that forms the padded seat top; and raised side bolsters located on opposite sides and on an external portion of the sitting platform; a first arm affixed to a first side of the rigid seat base; a second arm affixed to a second side of the rigid seat base; where each arm is an L-shape and each is extending out and up on opposite sides of the padded seat top; an arm rest affixed to a top of each of the first and second arms and where each of the arm rests is adjustable in multiple directions; a chair back having a chair back top with an internal oversized headrest; an internal S-Shaped spine; an internal lumbar support; a chair back bottom connected to the rigid chair base; a pivot member connecting the chair back bottom to the rigid chair base; and where the pivot member enables the chair back to recline.

A convertible seat including: a support frame; and a user support having a support surface on one side defining a rounded periphery, the user support being movable from a first configuration supported by the support frame with the rounded periphery presented upwardly, to a second configuration supported by the support frame such that a seat or seat base is presented upwardly, the seat or seat base being substantially flat or at least less rounded than the rounded periphery, with the support surface being stowed substantially below the seat or seat base in the second configuration. The seat allows the attainment in a single unit both the healthy balance/core-strengthening of a fitness chair and a conventional chair.

The present invention relates to a chair for supporting a person feeding a baby. The chair includes a seat. The chair includes an armrest operatively connected to the seat. The armrest is selectively rotatable about a vertical axis, and moveable forward/rearward, laterally inward/outward and vertically relative to the seat. The armrest is shaped to receive a baby thereon.

The present invention relates to a chair for supporting a person feeding a baby. The chair includes a seat. The chair includes an armrest operatively connected to the seat. The armrest is selectively rotatable about a vertical axis, and moveable forward/rearward, laterally inward/outward and vertically relative to the seat. The armrest is shaped to receive a baby thereon.

A seat is disclosed herein having a backrest, a base for receiving a posterior of a human user, and an incline adjuster having a shaft, a lever, a follower, and a rack the shaft being moveable to swing the lever to cause a follower into or out of locking engagement with the rack, an arrangement being such that when the follower is in an unlocked disposition the rack can move to adjust an incline of the backrest and the base.

An elevation-type armrest includes a driving assembly and a cushioning assembly. The driving assembly includes a worm, a crank, an axle, a shaft, a worm gear, two toothed wheels and two pinions. The crank is connected to the worm. The axle extends perpendicular to the worm. The worm gear is connected to the axle and engaged with the worm. The first toothed wheel is connected to the axle. The shaft extends parallel to the axle. The second toothed wheel is connected to the shaft and engaged with the first toothed wheel. The pinions are connected to two ends of the shaft. The cushioning assembly includes a supporting tube connected to two racks. Each of the racks includes a toothed portion movably located in a corresponding one of the cylinders and engaged with a corresponding one of the pinions.

An elevation-type armrest includes a driving assembly and a cushioning assembly. The driving assembly includes a worm, a crank, an axle, a shaft, a worm gear, two toothed wheels and two pinions. The crank is connected to the worm. The axle extends perpendicular to the worm. The worm gear is connected to the axle and engaged with the worm. The first toothed wheel is connected to the axle. The shaft extends parallel to the axle. The second toothed wheel is connected to the shaft and engaged with the first toothed wheel. The pinions are connected to two ends of the shaft. The cushioning assembly includes a supporting tube connected to two racks. Each of the racks includes a toothed portion movably located in a corresponding one of the cylinders and engaged with a corresponding one of the pinions.

An armrest according to the present invention includes a support member (8a, 215, 308a) which is a support structure, and an armrest main body (8b, 216, 308b), the armrest main body (8b, 216, 308b) includes a lower layer member (8j) including an operation lever (8p, 235, 308p) which is supported by a support member (8a, 215, 308a) to be movable in a forward-and-rearward direction and is operated by a seated person, and an upper layer member (8k) supported by the lower layer member (8j) to be movable in right-and-left direction, and the upper layer member (8k) covers the operation lever (8p, 235, 308p) at a base position in the right-and-left direction.