A highchair includes a seat configured for a child to sit, and a frame having a first side and a second side where the frame is attached to and supporting the seat at a height. The highchair also includes a tray having a first edge rotatably secured to the first side of the frame and configured to rotate between a down position and a raised position about the first edge. The highchair also includes a spring loaded lifting mechanism coupled to the first edge of the tray that is biased to rotate the tray from the down position to the raised position so the seat can be accessed. In addition, the highchair includes a pedal coupled to a lower portion of the frame and configured to be pushed by a foot to cause the tray to release and rotate upwards to the raised position by the spring loaded lifting mechanism.

The disclosure provides a support frame of a child seating device having unfolding and folding joints, bearing bases, a first stand and a second stand. The bearing base is formed on the unfolding and folding joint; the first stand is assembled with the unfolding and folding joints, the second stand is assembled with the unfolding and folding joints, and the second stand is connected pivotally to the first stand with the aid of the unfolding and folding joints. With the aid of the bearing bases, the support frame of the child seating device of the disclosure can be detached from or engaged with different child carriers, so that the support frame of the child seating device of the disclosure has multiple modes of use. In addition, the disclosure also provides a child seating device.

A child carrier includes a supporting frame, a sliding base, a seat, an insert member disposed on the seat for selectively engaging with or disengaging from the sliding base, and an actuator operable to drive the insert member to be engaged with or be disengaged from the sliding base. The sliding base is disposed on the supporting frame and slidable in a substantially longitudinal direction of the supporting frame. The seat is foldably assembled with the sliding base and includes a seat portion selectively coupled to the sliding base. The seat portion includes an engaging member having an engaging portion, and the engaging portion is operable to engage with the sliding base. The actuator is able to drive the insert member to move a first distance. The supporting frame is driven to be folded up when the sliding base slides upward along the supporting frame.

A booster seat (1) for children comprising a frame (2) composed of a front structure (3) and a rear structure (4), the front structure (3) comprising a lower base portion (5) and an upper backrest portion (6), the rear structure (4) being rotatably attached to the lower base portion (5); a seat portion (8) rotatably attached to the upper backrest portion (6); a tray (9) comprising a pair of lateral arms (11); the tray (9) being rotatably attached to the upper backrest portion (6) for the tray (9) to be commuted between a use configuration in which the tray (9) overhangs the upper backrest portion (6) and a stored configuration in which the tray (9) is substantially parallel to the upper backrest portion (6); the booster seat (1) being adapted to be commuted between an open configuration and a closed configuration whereby, in the open configuration, the lower ends of the lower base portion (5) and the lower ends of the rear structure (4) are spaced apart from each other, with the seat portion (8) substantially parallel to the tray (9) which is in the use configuration, and in the closed configuration, the lower ends of the lower base portion (5) are close to the lower ends of the rear structure (4) with the seat portion (8) and the tray (9) substantially parallel to the upper backrest portion (6).

The invention provides a baby bouncing chair, comprising a table, a seat unit, a plurality of chair leg units, a bouncing disc module, a plurality of supporting band units, a first cover plate, a bounce-control module and a limiting fastening piece. Each of the plurality of supporting band units is provided with a limiting rod. The bounce-control module is provided with a plurality of stop blocks. The bounce-control module controls movements of the limiting rods and the plurality of supporting band units in the bouncing disc module by the stop blocks to control the baby bouncing chair to be in a bouncing state or a non-bouncing state.

A shield for a tray for a high chair that in a first configuration prevents or minimizes a child's opportunity to dispose of food over and around the shield and in a second configuration, with the shield still remaining attached to the high chair allows, for easy access to the tray, e.g., during the feeding process with the child in the chair.

The present invention discloses a baby bath chair, including a seat, a backrest, and a dish tray. The backrest is hinged with a back end of the seat. The backrest can be adjustably rotated in multiple stages forwards and rearwards. A left-side middle portion and a right-side middle portion of the seat are formed with a left convex portion and a right convex portion, respectively. A back end of the dish tray is formed backward with a left connecting portion and a right connecting portion. The left connecting portion and the right connecting portion are detachably connected to the left convex portion and the right convex portion, respectively. The left connecting portion and the right connecting portion can be rotated around the left convex portion and the right convex portion, respectively. A top surface of the seat is provided with a drainage hole. The present invention can be used as a bath chair or as a dining chair. The backrest can be adjusted in multiple stages to adapt to different dining spaces or bathing angles of a baby. The dish tray can be rotated around the left convex portion or the right convex portion. When the baby needs to enter the seat, the dish tray can be rotated around the left convex portion or the right convex portion, so that the baby can enter the seat from a front side of the seat conveniently.

A child seat includes a seat portion fixedly connected with a first coupling part, a connector pivotally connected with the first coupling part of the seat portion, the connector being operable to detachably engage with a corresponding structure provided on a child supporting apparatus, a locking mechanism operable to lock and unlock the connector with respect to the seat portion, a backrest frame fixedly connected with a second coupling part that is pivotally connected with the first coupling part, and a coupling mechanism operable to movably couple the seat portion to the backrest frame so that the seat portion and the backrest frame are movable in unison relative to the connector during adjustment of the backrest frame between an unfolded state and a folded state.

A foldable mechanism is applied to locking an infant carrier and includes first and second mounts and a locking member. The second mount is pivoted to the first mount and has first and second mating portions. The infant carrier is locked in the folded state when the first mount rotates to a first rotating position, and is locked in the expanded state when the first mount rotates to a second rotating position. The locking member is movably disposed between the first and second mounts and has a positioning portion and a locking portion. The positioning portion is engaged with the first mating portion to lock the first mount at the first rotating position. The locking portion is engaged with the second mating portion to lock the first mount at the second rotating position. A depth of the first mating portion is shallower than a depth of the second mating portion.

The present floor seat apparatus includes a base, a seat removably seatable in the base, and a tray engagable to the base. The base may be used as a seat by itself, with or without the seat and with or without the tray. The base includes a post. The seat includes a post through opening that engages the post and positions the seat in the seat receptacle of the base.