Abstract: A child car seat includes a seat body, a headrest connected to the seat body, a seat belt disposed on the seat body, and a shoulder pad unit. The shoulder pad unit includes a shoulder pad connected to the seat belt, and a connecting strap interconnecting the shoulder pad and the headrest.

Abstract: A reversible changing table installed on a crib frame of a crib includes a bracket and a pivoting mechanism. The pivoting mechanism is disposed on at least one corner of the bracket and has a locking mechanism. The bracket is installed on the crib frame through the pivoting mechanism such that the bracket is capable of being rotated with respect to the crib frame, and the locking mechanism is used for preventing the bracket from being rotated with respect to the crib frame.

Abstract: A child seat includes an upper surface adapted to receive a child in a sitting position, and a surrounding sidewall having a top connected with the upper surface, the upper surface including a plurality of perforations, the surrounding sidewall being formed integrally with the upper surface, and the surrounding sidewall and the upper surface at least partially delimiting an inner cavity below the upper surface.

Abstract: A child safety seat can be formed in a single body, and comprises a seating portion having an upper surface and opposite bottom surface, and two armrests projecting upward at left and right sides of the seating portion, the upper surface having left and right front corners provided with lobe portions, and the bottom surface having recessed portions respectively corresponding to the locations of the lobe portions. Each of the recessed portions has a shape that can fit with the shape of each of the lobe portions. When two instances of the seats are stacked on each other, the lobe portions of the lower seat are respectively fitted at least partially into the recessed portions of the upper seat, and the tapered inner surfaces of the armrests on the lower seat are in contact with the tapered outer surfaces of the armrests of the upper seat.

Abstract: A child booster seat includes a seat shell, and armrests that can be conveniently placed in an outer envelop of the seat shell. The armrests can be placed in a storage cavity of the seat shell, and deployed outside the storage cavity for use. When the armrests are received in the seat shell, the outer envelop of the booster seat can substantially match with the outer contour shape of the seat shell. The booster seat can thereby occupy a smaller volume.

Abstract: A buckle suitable for use with a child restrain harness comprises a first strap fastener having at least one resilient latching arm, a second strap fastener having a base provided with an opening, and a socket movably assembled through the opening, the socket being operable to rotate relative to the base, and the latching arm being operable to engage with the socket to securely hold the first strap fastener with the socket.

Abstract: A child holding accessory can be desirably installed on the play yard for use, and has two opposite regions adapted to receive a child in different configurations of use. Examples of construction for these holding regions can include, without limitation, a changing table and a child sleep bed. The child holding accessory can be attached with the play yard via one or more fixtures that is adjustable to turn upward either of the first and second regions for use.

Abstract: A child safety seat can be formed in a single body, and comprises a seating portion having an upper surface and opposite bottom surface, and two armrests projecting upward at left and right sides of the seating portion, the upper surface having left and right front corners provided with lobe portions, and the bottom surface having recessed portions respectively corresponding to the locations of the lobe portions. Each of the recessed portions has a shape that can fit with the shape of each of the lobe portions. When two instances of the seats are stacked on each other, the lobe portions of the lower seat are respectively fitted at least partially into the recessed portions of the upper seat, and the tapered inner surfaces of the armrests on the lower seat are in contact with the tapered outer surfaces of the armrests of the upper seat.

Abstract: A child car seat includes a seat body, a headrest connected to the seat body, a seat belt disposed on the seat body, and a shoulder pad unit. The shoulder pad unit includes a shoulder pad connected to the seat belt, and a connecting strap interconnecting the shoulder pad and the headrest.

Abstract: Rotation device is configured at the bottom of the body of a diaper changer so that the diaper changer is capable of rotating horizontally relative to the playard frame via the rotation device when mounting thereon. The rotation device includes a rotator and a supporter where the rotator connects to the body and mounts on the supporter for allowing the body to rotate relative to the supporter. The supporter is further configured at one side of the playard frame. The body can also be rotatably mounted on the playard frame by mounted the rotator directly into a shafting hole on the playard frame. With the rotation device, the diaper changer can be selectively set in a first using status for changing a baby's diaper or a second using status for allowing a babysitter for easy holding the baby up.

Abstract: A crotch belt assembly for a child car seat comprising a safety belt system and a seat body is provided. The safety belt system is composed of shoulder harnesses provided with a buckle and the crotch belt assembly. The crotch belt assembly comprises a crotch belt set, a crotch protection pad shielding the crotch belt set, and an elastic body. One end of the crotch belt set is connected to a buckle body adapted to be locked with the buckle and the other end of the crotch belt set is connected to the seat body. The elastic body is inserted into an accommodating space of the crotch protection pad and is arranged at least partially against the seat body so that the crotch belt assembly, when not in use, is kept in a desired position.

Abstract: In a playard, the bassinet has adjustors with one ends connecting to a first side of the bassinet body and the other ends to a second side of the bassinet body. The adjustors extend from the first side toward and cross a first side rail of the frame body, reaching to the bottom panel of the frame body and into the frame body, and connecting to the second side of the bassinet body. The playard includes two retainers, each mounting on the second side rail of the frame body. Pulling the adjustors brings the first side and the second side of the bassinet body to move up or down by the same distance. The bassinet can therefore maintain horizontal and be adjusted to an arbitrary height during height adjusting.

Abstract: Rotation device is configured at the bottom of the body of a diaper changer so that the diaper changer is capable of rotating horizontally relative to the playard frame via the rotation device when mounting thereon. The rotation device includes a rotator and a supporter where the rotator connects to the body and mounts on the supporter for allowing the body to rotate relative to the supporter. The supporter is further configured at one side of the playard frame. The body can also be rotatably mounted on the playard frame by mounted the rotator directly into a shafting hole on the playard frame. With the rotation device, the diaper changer can be selectively set in a first using status for changing a baby's diaper or a second using status for allowing a babysitter for easy holding the baby up.

Abstract: In a playard, the bassinet has adjustors with one ends connecting to a first side of the bassinet body and the other ends to a second side of the bassinet body. The adjustors extend from the first side toward and cross a first side rail of the frame body, reaching to the bottom panel of the frame body and into the frame body, and connecting to the second side of the bassinet body. The playard includes two retainers, each mounting on the second side rail of the frame body. Pulling the adjustors brings the first side and the second side of the bassinet body to move up or down by the same distance. The bassinet can therefore maintain horizontal and be adjusted to an arbitrary height during height adjusting.