The present disclosure discloses a fabric structure and a child supporter. The fabric structure includes a backrest fabric for covering a backrest, a headrest fabric for covering a headrest and a shielding member for shielding the adjusting region. The backrest has an adjusting region. The headrest is capable of being adjusted along the adjusting region relative to the backrest. The shielding member is a telescopic structure. An upper end of the shielding member is connected to the backrest fabric adjacent to an upper end of the adjusting region. A lower end of the shielding member is connected to the backrest fabric adjacent to a lower end of the adjusting region. When the position of the headrest is adjusted relative to the backrest, the telescopic structure is telescopic to shield the adjusting region.

A high chair. A base structure rests on a support surface with upstanding structural members tapering inwardly and upwardly from a bottom region. A top structure has upstanding structural members tapering inwardly and upwardly from the bottom region. The top structure sets atop and in contact with the base structure. Alignment elements in the base and top structures ensure alignment when the structures are mated. A coupling mechanism couples the top base structures and can be removed to separate the top and base structures. The top structure includes a seat for the child. The top and base structures are dimensioned to allow the top structure to nest within a volume defined by the base structure.

The convertible child high-chair and step stool can include a frame having a front leg stand and a rear leg stand. A height adjustment mechanism can be coupled to the front leg stand or the rear leg stand and can be adjustable along the vertical axis of the front leg stand or the rear leg stand from a raised position to a lowered position. The apparatus can also include a booster seat and removable platform step. In the raised position, the booster seat can be coupled to the height adjustment mechanism to provide a high chair. In the lowered position, the booster seat can be removed and the removable platform step can be coupled to the height adjustment mechanism and the frame to provide a step stool. The apparatus can also include wheel assemblies coupled to the frame that limit the potential for tip hazards in the step stool configuration.

A child booster seat assembly includes a base seat, an upper seat and a latch mechanism. The upper seat is detachably installed on the base seat. A first guiding structure and a second guiding structure are formed on the upper seat and the base seat respectively and for cooperating with each other to guide the upper seat to be aligned with the base seat. The first guiding structure protrudes from a rear bottom portion of the upper seat. The latch mechanism includes an actuator movably disposed on the upper seat, a first engaging structure and a second engaging structure. The first engaging structure is movably disposed on the first guiding structure and connected to the actuator. The second engaging structure is formed inside the second guiding structure and located at a position corresponding to the first engaging structure for engaging with or disengaging from the first engaging structure.

The present invention discloses a child carrier including a supporting frame, a sliding base, and a seat. 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 backrest portion and a seat portion. The backrest portion is movably pivoted to the sliding base. The seat portion is coupled to the backrest portion and selectively coupled to the sliding base. The backrest portion is rotatable relative to the seat portion when the seat portion is decoupled from the sliding base. The supporting frame is driven to be folded up when the sliding base slides upward along the supporting frame.

A child seat includes a seat portion, a backrest frame and a front guard respectively connected pivotally with the seat portion, the backrest frame having multiple deployed positions and a collapsed position, the front guard being rotatable relative to the seat portion between an unfolded and a folded position, and a folding mechanism including a latch connected with the seat portion, and a linking part respectively coupled to the latch and the backrest frame. The latch can engage and lock the front guard in the unfolded position, and the backrest frame is rotatable to cause a displacement of the linking part that urges the latch to disengage and unlock the front guard. The folding mechanism is configured to keep the front guard in the unfolded position while the backrest frame is deployed for use, and to unlock the front guard as the backrest frame rotates toward the collapsed position.

A shell for an infant seat comprises a carbon fiber structure reinforced by one or more reinforcing members of a material other than carbon fiber forming a shell shaped to accommodate an infant. The one or more reinforcing members is located on the concave side of the structure, e.g. between the structure and the infant. The structure and the one or more reinforcing members are fixed to each other so as to prevent relative movement between them in use. The reinforcing members may be made from plastic and may be overmolded or glued on the carbon fiber structure.

The present invention relates to an infant seat and crib arrangement (10). The infant seat and crib arrangement (10) comprises a seat (14) configured to support an infant in a sitting position, a crib configured to enclose an infant and a frame (12). The frame (12) is configured for change between a first disposition in which the seat (14) engages removably with the frame to thereby bring the seat into use and a second disposition in which the crib removably engages with the frame to thereby bring the crib into use.

The present disclosure relates to a seat posture adjustment device and a safety seat. The seat posture adjustment device comprises a locking member (5), a support rod (3) arranged on a seat body (1) and a guide groove (4) formed in a seat support (2), wherein the support rod (3) is inserted into the guide groove (4) to connect the seat body (1) and the seat support (2), and the support rod (3) is movable along the guide groove (4) to realize the posture adjustment of the seat body (1), and the locking member (5) is arranged on the support rod (3) and movable relative to the support rod (3) to realize locking or unlocking between the seat body (1) and the seat support (2). The locking member is arranged on the support rod which guides the locking member, and the support rod still has a connecting effect in an unlocking state, so that the locking member is reset more smoothly and accurately.

Reconfigurable children's furniture has a supportive framework comprising a pair of side A-frames cooperating to support a foldable base beneath vertical midpoints of the A-frames. The base has a pair of baseboards configured for folding between a daybed configuration wherein the baseboards each are adjacently horizontal thereby forming a bed surface therebetween and a stowed configuration. Supports are each connected between a respective outer corner of a respective baseboard and an upper edge of a net and each support is extendable. In the stowed configuration, each support is contracted and lies against a respective baseboard. In the daybed configuration, each support is extended and stands perpendicularly with respect to the respective baseboard.