A child restraint seat includes a seat unit, a locking mechanism and a releasing handle. The locking mechanism is disposed on the seat unit and adapted to fix the seat unit onto a first external structural unit. The locking mechanism includes a latch base disposed on the seat unit, a first latching component movably disposed on the latch base, and a lock releasing component connected to the first latching component. The first latching component is adapted to move relative to a first constraining component of the first external structural unit for switching between a closed position and an open position. The releasing handle is disposed on the seat unit and connected to the lock releasing component, the releasing handle is utilized to drive the lock releasing component to move the first latching component from the closed position to the open position.

A handle angle adjustment mechanism included a basket, a handle and an adjusting component. The basket includes a plurality of first locking portions. The handle is pivoted to the basket. The adjusting component is disposed between the basket and the handle and slidably on the handle. The adjusting component includes a first engaging portion for engaging with one of the plurality of first locking portions so as to lock the handle with the basket, and the adjusting component can slide to drive the first engaging portion to disengage from the one of the plurality of first locking portions so as to allow the handle to rotate relative to the basket for adjusting an angle of the handle relative to the basket. Therefore, it can prevent the handle from hindering a user from placing a baby on the basket, which facilitates the placement of the baby by the user.

A carrying strap device is disclosed that provides an improved carrying strap system for infant car seats. The carrying strap device comprises a body component of four straps that are configured in a rectangular shape and connect with the top right, bottom right, top left, and bottom left of the infant car seat through a securing means such as finger screw down clamps and anchors. The body component would be made of a polyester material which contains a strap adjuster for length adjustment. The body component also comprises a pad component which connects all four straps of the body component together with hook and loop fasteners. Thus, each carrying strap device functions as a suitable way of carrying an infant in a car seat while also maintaining comfort and ease, greatly increasing the safety of the infant.

A lying position adjusting structure of a carrier includes a first slider for the upper body of a child to lean against; a second slider used for the lower body of the child to lean against; an adjusting component used for adjusting the included angle between the first slider and the second slider, a housing for providing installation positions; wherein, the first slider, the second slider and the adjusting component are all arranged on the housing.

A baby carrier and a manufacturing method thereof are disclosed. The baby carrier includes a main body formed with a carrying receptacle configured to carry a baby. The main body is made of a foam material. An overall weight of the baby carrier is light and the baby carrier is easy to be moved.

Provided is a child restraint system (CRS) with automated installation that provides automated feedback and control of seat installation angle, belt latching and tightening, and confirmation of correct install. The CRS utilizes sensors to monitor CRS base angle relative to level, confirm correct latching of the CRS to its base and then to the vehicle seat, and confirm tightening of the belts to the required tension to be crashworthy. The stepwise operation and confirmation of the installation procedure may be operated via button(s) or other tactical input, and relayed to the user via electronic visual display and/or audible means. All operations will be overseen and processed by an integrated control system, affording minimal user decision or interface. An intelligent latching device which can be adapted for use with an existing CRS is also provided.

An infant car seat is adapted for being installed on a seat carrier. The infant car seat includes a seat shell, a latch, a release unit, and a resilient member. The seat shell is formed with a receiving space having an opening. The latch is disposed in the receiving space, and is adapted for engaging with a ledge of the seat carrier. The release unit includes an actuating member operable to drive the latch to move from a rest position, where a portion of the latch protrudes out of the opening for engaging with the ledge of the seat carrier, to a retracted position, where the latch is retracted into the receiving space. The resilient member is connected between the seat shell and the latch for biasing the latch toward the rest position.

A child safety seat assembly includes a support base, and a child carrier operable to detachably assemble with the support base. The support base has a shell body that defines a receiving area and includes an upright surface raising upward from a bottom surface, the shell body being assembled with a latch located adjacent to the upright surface. The child carrier includes a seat shell having a foot portion protruding downward, the foot portion having an interior in which are assembled a release arm and a fixed rod. The foot portion is placed on the bottom surface in the receiving area and the latch engages with the rod when the child carrier is locked with the support base, and the release arm is operable to push the latch to disengage from the rod for removal of the child carrier from the support base.

An infant car seat is adapted for being installed on a seat carrier. The infant car seat includes a seat shell, a latch, a release unit, and a resilient member. The seat shell is formed with a receiving space having an opening. The latch is disposed in the receiving space, and is adapted for engaging with a ledge of the seat carrier. The release unit includes an actuating member operable to drive the latch to move from a rest position, where a portion of the latch protrudes out of the opening for engaging with the ledge of the seat carrier, to a retracted position, where the latch is retracted into the receiving space. The resilient member is connected between the seat shell and the latch for biasing the latch toward the rest position.

A convertible stroller is provided that includes a shell configured to support an infant. A pair of rear legs are pivotally coupled to the shell and a pair of front legs are pivotally coupled to a respective rear leg. The rear legs and the front legs are retractable to a first transport condition, and deployable away from the shell to a second transport condition usable as a stroller. A front wheel may be coupled to each front leg that is rotatable about a horizontal axle in the second transport condition. Each front wheel has a post that acts as an axis of rotation in the second transport condition. A cam sleeve is provided that is movably disposed on each post. In a first position, the cam sleeve allows rotation about the axis of rotation, and in the second transport condition prevents rotation of the front wheel about the axis of rotation.