A child seat includes a seat portion, a backrest frame pivotally connected with the seat portion, a front guard extending transversally above the seat portion and having a side end portion pivotally connected with the seat portion, the front guard being rotatable relative to the seat portion between an unfolded position and a folded position, and a folding mechanism including a latch connected with the seat portion, the latch being movable relative to the seat portion and the front guard to engage and disengage the side end portion of the front guard, the latch being engaged with the side end portion for locking the front guard in the unfolded position and disengaged from the side end portion for unlocking the front guard.

A convertible child chair converts between multiple heights, including a high chair, a child seat, and a booster seat, through simple reconfiguration of a leg assembly of the chair. A belly band may be removably coupled to a seat of the child chair. A tray may be removably coupled to the child seat and may have an adjustable depth while remaining coupled to the chair. A footrest may be removably coupled to the chair and may have a adjustable height by removing the footrest and flipping the footrest.

A multifunctional small dining chair includes a front U-shaped support frame, a rear U-shaped support frame, a seat, a backrest, a left armrest, a right armrest and a dining tray. A top of the front U-shaped support frame and a top of the rear U-shaped support frame are arranged in a foldable manner. The seat and the backrest are arranged inside the front U-shaped support frame. The seat and the front U-shaped support frame are arranged in a foldable manner. A bottom end of the backrest and a rear end of the seat are hinged. A rear end of the left armrest and a rear end of the right armrest are connected to an upper front end of the front U-shaped support frame. The dining tray is provided between the left armrest and the right armrest, and the dining tray is rotatable relative to the left or right armrest.

The present disclosure is directed to an adjustable chair assembly that includes two separate seat assemblies and two separate footrests. The two seat assemblies can be attached to each other in a first state and can be detached from each other in a second state via engagement with an actuator. The adjustable chair assembly can include a plurality of actuator assemblies that can be configured to adjust a recline angle of at least one of the seat assemblies, a height of a frame member, and other aspects of the adjustable chair assembly.

A child seat includes a seat portion fixedly connected with a first coupling part, a backrest frame fixedly connected with a second coupling part, the second coupling part being pivotally connected with the first coupling part so that the backrest frame is rotatable relative to the seat portion, a rotary element pivotally connected with the first coupling part, the rotary element being rotatable relative to the seat portion and the backrest frame, and a locking mechanism operatively connected with the backrest frame and operable to rotationally lock and unlock the rotary element with respect to the seat portion. The locking mechanism is configured to switch between a locking state and an unlocking state in response to a rotation of the backrest frame relative to the seat portion and the rotary element.

The convertible child high-chair and step stool can include a frame having a front leg stand and a rear leg stand. A height adjustment mechanism can be coupled to the front leg stand or the rear leg stand and can be adjustable along the vertical axis of the front leg stand or the rear leg stand from a raised position to a lowered position. The apparatus can also include a booster seat and removable platform step. In the raised position, the booster seat can be coupled to the height adjustment mechanism to provide a high chair. In the lowered position, the booster seat can be removed and the removable platform step can be coupled to the height adjustment mechanism and the frame to provide a step stool. The apparatus can also include wheel assemblies coupled to the frame that limit the potential for tip hazards in the step stool configuration.

A modular cradle system for children's gear includes a modular cradle assembly having a hinge frame, coupling hubs extending from the hinge frame, and a child receiving receptacle connectable with the hinge frame. The modular cradle system can be detachably coupled to various gear product bases such as a rocker base, swing, highchair, bassinet, play yard or other desired product base.

A child seat includes a seat portion, a backrest frame pivotally connected with the seat portion, a front guard extending transversally above the seat portion and having a side end portion pivotally connected with the seat portion, the front guard being rotatable relative to the seat portion between an unfolded position and a folded position, and a folding mechanism including a latch connected with the seat portion, the latch being movable relative to the seat portion and the front guard to engage and disengage the side end portion of the front guard, the latch being engaged with the side end portion for locking the front guard in the unfolded position and disengaged from the side end portion for unlocking the front guard.

A holder includes a vertical holding part configured to support an infant in a vertical posture so that the head is positioned vertically, in which the vertical holding part has a front pad part extending in a vertical direction and configured to support the infant from a front of the infant, at least from the abdomen to the chest of the infant.

A carrier mounting (3a, 3b) for supporting an infant carrier on a pushchair chassis, the mounting comprising a socket member having a first socket (17) and a second socket (19) therein, both sockets being configured to receive a correspondingly shaped mounting strut of an infant carrier. The socket member is pivotable between first and second positions such that when the carrier mounting is connected to a pushchair chassis, the first or second socket (17, 19) respectively is locatable in a receiving position in which a longitudinal axis of the respective socket bore is oriented with respect to the pushchair chassis at an angle suitable for receiving a mounting strut of an infant carrier. When the second socket (19) is in its receiving position, said second socket (19) supports the infant carrier at a higher point on the pushchair chassis than the first socket (17). The carrier mounting further comprises a locking mechanism (23) configured to releasably hold the socket member in each of the first and second positions, and to allow pivoting therebetween.