A seating system configured for providing multi-directional motion.

An infant highchair includes a standing frame, a seat and a locking mechanism. The seat is pivotally connected with the standing frame and has a seating surface, the seat being rotatable between a first and a second position, and the locking mechanism being operable to lock the seat in the first and second position. The first position allows a child to sit in contact with the seating surface, and the second position is suitable to receive installation of a removable child seat over the seat while disabling seating of a child on the seating surface.

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 portable booster seat for supporting a child on a chair having a retractable clamping arm that is extendable to an underside surface of a chair seat and selectively moveable to clamp the booster seat to the chair.

A baby bouncer comprising a telescopic base, a seat, and an insert. The telescopic base comprises an outer shell portion and an inner extending portion located at least partially within the outer shell portion; an adjustable upper support pivotally coupled to the telescopic base; a connection limb having a first end operatively coupled to the adjustable upper support and a second end operatively coupled to the inner extending portion; an actuation pedal for adjusting an angle of the adjustable upper support in relation to the telescopic base; and a safety lock disposed on the telescopic base. The bouncer seat has a receiving area and an attachment pocket. The removable insert is received in the receiving area of the seat and receives an infant.

A seat assembly comprises a booster seat with a lower support surface and an upper seating surface. A back support extends upwardly at the rear of the upper seating surface and side supports extend from the back support around the lateral edges of the seating surface to merge with the upper seating surface. A supplementary base has a peripheral edge to engage the periphery of the lower surface to provide increased lift. The base has an aperture dimensioned to receive the back support and side supports so that the base may be inverted and nested on the upper seating surface.

An auto-rocking rocker that converts from an infant sleeper to a toddler seat. The convertible rocker comprises a support section that has a concave portion for receiving a child, a frame assembly coupled to the support section, and an auto-rocking mechanism coupled to the frame assembly. The auto-rocking mechanism is configured to be operable while the convertible rocker is in the infant sleeper configuration and inoperable while the convertible rocker is in the toddler seat configuration.

An baby dining chair comprises a seat bucket, an armrest, and a seat bucket support mechanism, and a first pivotal portion and a second pivotal portion are set on the two sides of the seat bucket; the dining table includes a table top and table connecting arms, wherein the table connecting arm includes a table connecting upper arm and a table connecting lower arm pivotally connected with each other, and a connecting arm rotation and control mechanism. The improved baby dining chair, not only can the seat angle be adjusted, but also the dining table, during the seat angle adjustment, can be adjusted adaptively in accordance with the adjustment of seat angle, so that the dining table connecting lower arm will always be kept in a horizontal state to ensure that the dining table will not tilt at a certain angle.

An improved child seat allows for easier cleaning and adaptation to suit children of various sizes and ages. The child seat can include features such as a removable seat pan that has upwardly curved edges to keep debris inside the seat pan and which allows for easy clean up. The seat pan can be removed to enlarge the chair for a growing child to fit inside the child seat. For additional flexibility, the child seat can incorporate a height adjustment mechanism to support the seat and match the stature of the child. This height adjustment mechanism can also be used to clamp the child seat to a tabletop.

A multi-function high includes a first child seat and a second child seat. The first child seat includes a first seat portion. A first seating area is formed on the first seat portion. A second child seat includes a second seat portion and an infant insert. The second seat portion is detachably installed on the first seat portion. A second seating area is formed on the second seat portion and smaller than the first seating area. The infant insert is detachably installed on the second seat portion and made of soft and resilient material. A third seating area is formed on the infant insert and smaller than the second seating area. The multi-function high chair can accommodate children of a wide range of ages with the first seating area, the second seating area, or the third seating area selectively.