A backrest adjusting mechanism disposed between a backrest tube and a frame of an infant carrier includes an outer cover fixed at the frame, an inner cover connected to the backrest tube and pivoted to the outer cover, a driving member movably disposed between the outer and inner covers, a locking member movably disposed on the driving member, and an operating member connected to the driving member for driving the driving member between first and second positions. Switching of the driving member between the first position and the second position drives the locking member to selectively lock or release the outer cover and the inner cover. Two first locking portions are disposed on the outer cover, a second locking portion is disposed on the inner cover, and the locking member is cooperated with the second locking portion and selectively cooperated with one of the two first locking portions.

A baby carriage comprises a frame and a cushion. The cushion is disposed on the frame. The cushion comprises a plurality of reinforcing plates and a fabric cover. The reinforcing plates are disposed in the fabric cover. The reinforcing plates are arranged side by side and separated from each other. At least one of the reinforcing plates comprises a plate body and a first reinforcing rib. The plate body has a plurality of through holes formed thereon. The first reinforcing rib is located on a bottom surface of the plate body. The first reinforcing rib comprises a straight section and a curved section. The curved section extends from the straight section. A gap exists between an end of the curved section and one of the straight section and the curved section.

A convertible child seat or support device having a rocker and an adjustable support frame. The convertible rocker generally comprises a frame and attached child support assembly. The convertible rocker is configured to support an infant in a generally supine position and a toddler in an inclined position. In example embodiments, the frame includes an adjustment mechanism to adjust the angle of incline of the backrest of the child support assembly between an infant position and a toddler position. In other embodiments, the child support assembly is configured to support a child in both an infant and toddler position based on the child's orientation in the child support assembly.

The assembly chair includes a pair of frames, a plurality of coupling rods, a plurality of pairs of depressed portions, at least one support member, and a sheet. The sheet is removably installed between the support member and the coupling rod. At least at one end portion of the sheet, the sheet includes a plurality of inserted portions along a width direction of the sheet. A flat plate is passed through at least one of the inserted portions. The support member with a flat intermediate portion is passed through another one of the inserted portions. The sheet is wound around outer peripheries of the inserted portion through which the plate is passed and the inserted portion through which the support member is passed to adjust a length of the sheet. In such state, the support member has both end portions fitted to the depressed portions on the frames.

A child support device including a folding frame having front legs and rear legs, and a hub pivotally coupling upper ends of the front and rear legs to move between a folded configuration and an unfolded configuration. The hub includes a first coupling element. The device further includes a support component having a second coupling element releasably engageable with the first coupling element, for detachably mounting the support component to the frame. The support component is optionally a dual-mode support, usable in a first mode of use mounted to the frame, and in a second mode of use independent of the frame.

A multi-position support system for supporting a child, the system including a base, a child support assembly supported by the base, and a positional adjustment mechanism allowing a user to selectively position the child support assembly in one of a plurality of activity positions.

A children's motion device such as a bouncer or jumper, including a base, a child-supporting portion, and at least one non-metal resilient biasing element operatively engaged between the base and the child-supporting portion to allow motion of the child-supporting portion relative to the base. In example forms, the resilient biasing element is formed from a polymeric polyester elastomer material.

A support device for children includes a base assembly comprising a frame, and a plurality of interchangeable support assemblies configured for removable attachment to the base assembly. The base assembly includes a first coupling element and each of the interchangeable support assemblies include a second coupling element for cooperative engagement with the first coupling element.

A high chair comprising a seat; a pair of armrests connected to the seat and located at the sides of the seat; a backrest connected to the seat; a pair of side panels connected to the backrest and located at the sides of the backrest to prevent a child on the seat from falling; the side panels define an angle with the support surface of the backrest, such angle may be widened or narrowed relative to said support surface to accommodate the size of the child.

In one aspect, seating apparatus are described herein. In some embodiments, a seating apparatus comprises a seating surface, two arms projecting upwardly from the seating surface, and a fastening strap. The fastening strap is operable to be adjusted between a tightened position and a loosened position. When the fastening strap is adjusted to the tightened position, it is operable to restrict motion of the seating surface relative to the chair.