The present invention discloses an adjustable child device includes a first seat portion, a second seat portion and a belt engaging element. A chamber is formed on the first seat portion. The second seat portion is foldable relative to the first seat portion. The second seat portion is at least partially received in the chamber when the second seat portion is folded relative to the first seat portion to a folded position, and the second seat portion and the first seat portion are located on a horizontal plane to form a seat part when the second seat portion is unfolded relative to the first seat portion to an unfolded position. The belt engaging element is installed on a lateral side of the seat part. The adjustable child device can be folded when it is not in use, which saves storage space.

A smart child pad is provided that may be universally used in infant, toddler and child carrying devices, such as car seats, high chairs, strollers or cribs in which the child pad contains components for heating, vibrating and massaging the occupant of the child carrying device with those components being controlled and monitored remotely by mobile applications, blue tooth or Wi-Fi capabilities so that the individual environment of each child carrying device to maintain comfortable and acceptable environments while so that infants, toddlers and children are lying or sitting in or being transported in such child carrying devices.

The invention is directed to a child safety seat with remote control reclining feature. The safety seat provides a battery-powered electric servomotor which drives an internal gear system that gently and quietly moves the safety seat from an upright position to a reclining position. The reclining feature may be operated by a remote control, which is provided, or by a mobile application which may be downloaded and installed on the user's smartphone, tablet, or other mobile electronic device. The safety seat further provides a pressure switch which detects the presence of a child, and provides an audible alert if the child remains in the safety seat more than 60 seconds after engine of the vehicle stops running.

A car safety seat is disclosed in the invention, including a main body and a flexible layer. Multiple air vents are formed on the main body and penetrate through the main body along a front-to-rear direction. The flexible layer is formed on a surface of the main body and in the air vents. The multiple air vents enable vapor to pass through the main body without being blocked by the main body during a foaming process, which thereby allows foaming particles to fully contact with the vapor to ensure an enhanced foaming effect. Also, the flexible layer is not only formed on the surface of the main body but also formed in the air vents to fill the air vents, and thereby the flexible layer is more tightly combined with the main body to reduce a risk of detachment from the main body.

A child safety seat includes a seat shell and a side protection part. The seat shell has a seat portion, a backrest portion and a sidewall, the sidewall protruding forward from the backrest portion and having a front edge. The side protection part is disposed adjacent to the sidewall at an inner side thereof and extends along the inner side of the sidewall from a location adjacent to the seat portion toward a top of the backrest portion, wherein the side protection part has a first and a second major surface opposite to each other, and an edge portion connected with the first and second major surface, the edge portion having a rib that protrudes from the second major surface and lies adjacent to the front edge of the sidewall of the seat shell.

A load leg adapted for a child safety seat includes a first telescoping member, a second telescoping member, a third telescoping member, a first engaging assembly, a second engaging assembly, and an operating member. The first engaging assembly is movably disposed on the first telescoping member for engaging with or disengaging from the second telescoping member. The second engaging assembly is movably disposed on the second telescoping member for engaging with or disengaging from the third telescoping member. The operating member is for driving the first engaging assembly and the second engaging assembly simultaneously to allow relative sliding movement of the first telescoping member and the second telescoping member and relative sliding movement of the second telescoping member and the third telescoping member at the same time, which provides a convenient way to extend the load leg between the child safety seat and a floor of a vehicle.

A portable baby seat (10) has a longitudinally oriented carrying handle (100) that is coupled to the baby seat shell (300) in parallel with the baby seat longitudinal axis x, coupled to the back of the seat as well as the bottom of the structure thus assisting in reducing loads exerted on the portable baby seat.

An adjustable child device includes a first seat portion, a second seat portion and a belt engaging element. The second seat portion is foldable relative to the first seat portion between an unfolded position and a folded position and at least partially received in the first seat portion when the second seat portion is located at the folded position. The second seat portion and the first seat portion are located on a horizontal plane to form a seat part when the second seat portion is located at the unfolded position. A positioning protrusion is formed a lateral side of the seat part. The belt engaging element is installed on a lateral side of the seat part. A positioning recess is formed on the belt engaging element for engaging with the positioning protrusion. The adjustable child device can be folded when it is not in use, which saves storage space.

An adjustable child device includes a first seat portion, a second seat portion and a belt engaging element. The second seat portion is foldable relative to the first seat portion between a folded position and an unfolded position and is at least partially received in the chamber when the second seat portion is located at the folded position. The second seat portion and the first seat portion are located on a horizontal plane to form a seat part when the second seat portion is located at the unfolded position. The belt engaging element is installed on a lateral side of the seat part and concurrently rotates from a stowed position to a use position when the second seat portion is unfolded from the folded position to the unfolded position. The adjustable child device can be folded when it is not in use, which saves storage space.

The present disclosure relates to a portable car seat comprising a backrest part, and a seat part rotating to be positioned at a front side or a rear side of the backrest part, wherein the backrest part includes an aluminum frame.