A compact baby care system includes a baby crib assembly, at least one sliding storage drawer, and at least one utility cabinet. The baby crib assembly includes a left side panel, an opposing right side panel, a bottom panel, and opposing top and bottom horizontal rails extending between the left side panel and the opposing right side panel. The bottom panel is horizontally secured between the left panel and the opposing right panel. The bottom panel is configured to support a mattress. The at least one sliding storage drawer is underneath the bottom panel of the baby crib assembly. The at least one utility cabinet is attached to the left side panel or the opposing right side panel of the baby crib assembly via a connector. The at least one utility cabinet stores at least one of a feeding station and a changing station.

An enclosure for an infant playpen includes a flexible material installable on a support frame of the infant playpen, the flexible material including at least one pleat comprised of two folds that are folded toward each other over a base region of the flexible material and respectively have two folded edge portions adjacent to each other, each of the two folded edge portions having at least one end affixed to the flexible material. Moreover, some embodiments provide an infant playpen that includes a support frame and the enclosure installed thereon.

A safety apparatus for an infant bed, including a first sensor, for sensing a distance of an infant disposed within the bed from a door thereof, a second sensor, for sensing a distance of an adult disposed outside the bed from the door, a third sensor, for sensing that the door is open, and an alarming gadget, for alarming in case, as sensed by the sensors, the door is open, and the adult's distance is sufficiently large, and the infant's distance is sufficiently small.

A play yard can be locked in an unfolded position via a latch mechanism or unlocked by the latch mechanism to fold to a folded position, by means of lifting a central member and bringing the rail members, the upper support members, the lower support members, and the connecting members to rotate toward the center of the play yard. A spring-loaded engaging member disposed on the rail member can have engagement with the bracket so that the play yard can be stably retained in the folded position. When the engaging member is operated to disengage from the bracket, the rail members, the upper support members, the lower support members, and the connecting members rotate away from the center of the play yard all the way to the unfolded position until the connecting members can be locked by the latch mechanism, which retains the play yard in the unfolded position.

A crib adapted for using alongside with a bed includes a frame body which has an upper frame, a lower frame adapted for standing on a ground, a plurality of supporters coupled between the upper frame and the lower frame, and a supporting frame which is supported on the supporters; a bed cover detachably coupled to the upper frame and supported by the supporting frame for defining a receiving cavity above the supporting frame; and a supporting unit coupled to the frame body for abutting a side of the bed to avoid or reduce a gap between the crib and the bed.

A rotation joint structure includes a fixed joint, a movable joint, a first limit member, and a second limit member. The fixed base has a locking groove. The movable joint is pivotally connected with the fixed joint. The movable joint has a first slideway and a second slideway connected to each other. The first limit member is movably mounted in the first slideway. The second limit member is movably mounted in the second slideway. When the second limit member is locked in the locking groove, and the first limit member stops the second limit member, the movable joint is locked and cannot be rotated. Thus, the movable joint is disposed at a two-stage locking state.

A play yard comprises two brackets, two rail members, two support frames, a central member, a plurality of connecting members and a latch mechanism. The rail members are pivotally connected to the brackets. Each of the support frames comprises two upper support members and a lower support member. The upper support members are pivotally connected to the brackets. The lower support member is pivotally connected to the upper support members. The connecting members are pivotally connected to the central member and the lower support member. The latch mechanism is configured to lock or unlock the connecting members. When the latch mechanism locks the connecting members, the rail members, the upper support members, the lower support member and the connecting members are unfolded. When the latch mechanism unlocks the connecting members, the rail members, the upper support members, the lower support member and the connecting members are able to be folded.

A bedding for babies and infants includes two mattresses, wall-surface cushion materials, and handles. The two mattresses have mutually opposite sides that are coupled and have square shapes in planar views of the two mattresses. The wall-surface cushion materials are removably mounted on top surfaces of other three sides excluding the coupled sides of both the mattresses via coupling members. The handles removably mounted on both the mattresses or the wall-surface cushion materials. The wall-surface cushion materials are separably and mutually coupled between the adjacent wall-surface cushion materials via coupling members. The bedding for babies and infants is configured to be carried around with the handles in a state where both the mattresses are folded such that top surfaces of corresponding wall-surface cushion materials are abutted to be closed with a coupling member.

An infant seat includes a seat back member including an outer hub, a seat support member including an inner hub, a seat structure connected to the seat back member, and a locking mechanism including a slide gear and operably disposed on the seat back member. The inner hub is pivotably connected to the outer hub to make the seat back member rotatably connected to the seat support member for forming a cross bar structure. The slide gear is slidable within the outer and inner hubs for engaging with the outer and inner hubs to stop rotation of the inner hub on the outer hub. When the locking mechanism translates the slide gear to an unlocked position, the slide gear is disengaged from the outer hub to make the seat back member rotatable relative to the seat support member for adjusting a tilt angle of the seat structure.

A cover for an infant confining device having a bottom, four sides, and an open top is described. The cover includes a body formed of a dark stretchable material and having at least one side with a top and bottom portion. The body is configured to stretch around the four sides of the infant confining device such that the top portion extends over the open top and the bottom portion extends to the bottom. The cover includes a roof flap of dark non-stretchable material with four sides. One side of the roof flap is coupled with the top portion of the body while the rest are unattached and larger than the infant confining device. The unattached sides of the roof flap drape over the top portion of the at least one side of the body and respective sides of the infant confining device.