A child seat includes a seat portion, a backrest frame, a connector, and a locking mechanism operable to rotationally lock and unlock the connector with respect to the seat portion. The seat portion is fixedly connected with a first coupling part. The backrest frame is fixedly connected with a second coupling part, the second coupling part being pivotally connected with the first coupling part about a first pivot axis so that the backrest frame is rotatable relative to the seat portion. The connector is pivotally connected with the seat portion about a second pivot axis spaced apart from the first pivot axis, the connector being operable to detachably engage with a corresponding structure provided on a child supporting apparatus.

A child seat includes a seat portion, a backrest frame, a connector, and a locking mechanism operable to rotationally lock and unlock the connector with respect to the seat portion. The seat portion is fixedly connected with a first coupling part. The backrest frame is fixedly connected with a second coupling part, the second coupling part being pivotally connected with the first coupling part about a first pivot axis so that the backrest frame is rotatable relative to the seat portion. The connector is pivotally connected with the seat portion about a second pivot axis spaced apart from the first pivot axis, the connector being operable to detachably engage with a corresponding structure provided on a child supporting apparatus.

A foldable baby bath seat assembly includes a seat assembly supported by a foldable frame assembly having a forward floor-engaging portion pivotally coupled to a rear floor-engaging portion via a folding mechanism. The folding mechanism has first and second pivoting assemblies on opposite sides of the frame assembly, each of which comprises an actuator that allows the rear floor-engaging portion to pivot with respect to the seat assembly.

A foldable baby bath seat assembly includes a seat assembly supported by a foldable frame assembly having a forward floor-engaging portion pivotally coupled to a rear floor-engaging portion via a folding mechanism. The folding mechanism has first and second pivoting assemblies on opposite sides of the frame assembly, each of which comprises an actuator that allows the rear floor-engaging portion to pivot with respect to the seat assembly.

A high chair can include a front leg stand, a rear leg stand, and a seat. The seat can include a seat base and a seat back that rotates with respect to the seat base. The seat can be adjusted vertically up and down the front leg stand. The rear leg stand can also movably coupled to the front leg stand and positionally adjusted with respect to the front leg stand. The high chair can also include at least one first folding hub to rotate the seat back with respect to the seat base and at least one second folding hub to rotate the seat with respect to the front leg stand. Rotation of a portion of the first folding hub can unlock the second folding hub to allow the seat to rotate with respect to the front leg stand.

An example enclosed seating assembly includes a foldable chair enclosure. The example enclosed seating assembly also includes a perch seat for a user to rest against but not fully sit on in the foldable chair enclosure. At least one adjustable height foot platform is provided at the base of the foldable chair enclosure. At least one sensory module provides varied input for the user. The example enclosed seating assembly includes an anti-tip structure on the base of the foldable chair enclosure configured to reduce or altogether prevent tipping. The example enclosed seating assembly includes built in storage for the at least one sensory module. In an example, the enclosed seating assembly includes a door on a sidewall of the chair enclosure for the user to enter and exit the chair enclosure. In another example, the enclosed seating assembly includes a ramp.

An example enclosed seating assembly includes a foldable chair enclosure. The example enclosed seating assembly also includes a perch seat for a user to rest against but not fully sit on in the foldable chair enclosure. At least one adjustable height foot platform is provided at the base of the foldable chair enclosure. At least one sensory module provides varied input for the user. The example enclosed seating assembly includes an anti-tip structure on the base of the foldable chair enclosure configured to reduce or altogether prevent tipping. The example enclosed seating assembly includes built in storage for the at least one sensory module. In an example, the enclosed seating assembly includes a door on a sidewall of the chair enclosure for the user to enter and exit the chair enclosure. In another example, the enclosed seating assembly includes a ramp.

A foldable baby chair including a bottom portion, a back portion, and a hinged joint connecting the bottom portion to the back portion, wherein the bottom portion and the back portion include a substantially similar and substantially rectangular shape and size, and wherein the hinged joint is to allow the back portion to be configured in different pre-defined positions in relation to the bottom portion, the predefined positions including at least one of a position substantially at 90 to the bottom portion to be configured in a upright chair position, a position wherein the back portion is substantially parallel to the bottom portion, and a position wherein the back portion is substantially 180 and planar to the bottom portion. The baby chair may further include a set of foldable legs fixed to the bottom portion, wherein the set of foldable legs include any of plastic and aluminum.

A foldable baby chair including a bottom portion, a back portion, and a hinged joint connecting the bottom portion to the back portion, wherein the bottom portion and the back portion include a substantially similar and substantially rectangular shape and size, and wherein the hinged joint is to allow the back portion to be configured in different pre-defined positions in relation to the bottom portion, the predefined positions including at least one of a position substantially at 90 to the bottom portion to be configured in a upright chair position, a position wherein the back portion is substantially parallel to the bottom portion, and a position wherein the back portion is substantially 180 and planar to the bottom portion. The baby chair may further include a set of foldable legs fixed to the bottom portion, wherein the set of foldable legs include any of plastic and aluminum.

Various embodiments of the present invention are directed to a convertible children's high chair. According to various embodiments, the convertible high chair generally includes a first child seat supported above a floor by a high chair frame, and a second child seat configured for being removably coupled to the first child seat. The second child seat is configured such that, when detached from the high chair's first child seat, it can be used as a booster seat. In certain embodiments, the second child seat includes a base surface configured to stably support the second child seat on a separate support surface.