A foldable child's high chair has a use position wherein an occupant can occupy the chair and a folded position wherein the chair can be folded for storage. The chair includes a seat having a base portion and a back support portion. The back support portion includes a stationary section and a movable section which is movable to position the child. A retaining latch is provided for retaining the movable section in at least two different selected positions relative to the stationary section. A frame is provided for supporting the seat and includes a front leg and a rear leg. A first pivot is provided for pivotally coupling the base portion to the front leg, and a second pivot is provided for pivotally coupling the base portion to the rear leg. A third pivot is provided for pivotally coupling the back support to the rear leg. A rigid link member and a pair of pivots are provided for coupling the back support portion to the base portion. The frame, seat, link member, and pivots are cooperable so that when the chair is moved between its use position and its folded position, the base portion pivots in one direction and the back support portion pivots in an opposite direction.
This is a continuation of application Ser. No. 747,855 filed June 24, 1985, which is a divisional of Ser. No. 581,977 filed Feb. 21, 1984 now U.S. Pat. No. 4,603,902, issued Aug. 5, 1986.
An adjustable seat back has side sections that fold inward to provide lateral support for an infant or remain fiat to provide a wider seat back for a toddler. A wing adjustment assembly sewn into a section of the seat liner includes a pivoting actuator. By actuation of the lever section of the actuator that extends through an aperture in the liner at the rear of the stroller, the operator can pivot a pair of wing support sections outward on the front side of the liner. The seat back portion of the seat pad consists of a center portion and two side wing sections that are pivotal with respect to the center section about substantially vertical axes along two seams. The wing support sections of the actuator act to push the two wing sections of the seat pad forward providing a narrower seat to provide lateral support for an infant.
A child's seat, which is possible to position and fix onto a motor vehicle seat, including a frame covered with a padding including two lateral edges forming, together with the seat, a bucket seat, the lateral frame elements defining the lateral edges being articulated relative to the main frame elements defining the seat and the backrest so as to be able to modify the width of the bucket seat.
An exercise apparatus for permitting multi-axis rotation of the body. The apparatus includes a seat attached to a frame and a pair of arm rests connected to the frame for motion relative to the seat and frame, and more particularly, for rotational movement relative to the seat about a first and a second axis.
A seat bolster adjustment assembly includes a bolster moveably mounted on a seat back with a bolster adjustment mechanism adapted to adjust and control the support provided by the bolster. The bolster adjustment mechanism may be mounted on the back side of the seat back, and may include a moveable positioning member between adjacent ribs in order to form a stop limit or positioning element when contacted by the ribs. This bolster adjustment positioning mechanism may include an adjustable brace moveable toward and away from a forward edge of the bolster to thereby adjust the stiffness of the bolster.
