Nursery equipment includes: a body (car seat body); an extended portion (ISOFIX) extended from the car seat body; and an adjustment mechanism for adjusting the position or shape of the ISOFIX. The adjustment mechanism includes a string having one end connected to the car seat body and the other end held by the ISOFIX, a reel that is rotatable in both forward and reverse directions and that changes the position or shape of the ISOFIX by winding up and feeding out the string, and a rotation lock mechanism that prohibits rotation of the reel.

A child restraint, in accordance with the present disclosure, includes a juvenile seat and a child-restraint harness. The child-restraint harness may be configured to move to make it easier for a caregiver to seat and unseat a child.

A support device created for children having a disability limiting their ability to stand-alone for extended periods of time, for those who are a fall risk, and for those with any physical or intellectual disability. The device has a frame that gives stability to the whole member. A seat is positioned in the middle of the frame for a child to use as a place to rest when desired, where the seat can catch the child if the child stumbles or falls. The seat is configured to be positioned below the child's torso when the child is standing as a safety support. This allows the child to stand, such as to watch TV, or stand on a movable game hoard of a video game system. The frame has a member that can be selectively removed or retracted such that the child can walk into the frame. Ankle restraints are provided and configured to attach to the child and keep the child's feet inside of the device and below the child.

A baby chair includes a main body including a sitting groove having a shape corresponding to an outer surface of a backside of child sitting in the chair and an inner space in a lower end thereof, two front plates each including two insertion gadgets inserted into the inner space from an outer surface of each of a left and right lower end of the main body, two rear plates on an inner surface of the inner space each including two insertion holes into which the insertion gadgets are inserted, binding gadgets protruding toward an opposite direction of each pair of the insertion gadgets from a surface of each front plate, two belt plates each including a binding hole into which the pair of binding gadgets is inserted and rotatably attached thereto, and belt grooves which connect one side of the binding hole to an end of each belt.

In general a crib includes a first and second side that each have a first perimeter support having a bottom support portion, a first breathable material retained by the perimeter support, and a lateral support member that further supports the breathable material in a position within the perimeter support and attached to the perimeter support. The crib also includes third and fourth sides, wherein the first, second, third and fourth sides define an interior. The crib further includes a mattress support platform positioned in the interior and movable between a first position proximate the lateral support member and a second, lower position proximate the bottom portion of the perimeter support. The breathable material has an air permeability of between 385 CFM to 1530 CFM and a light permeability of between 47 and 99%. In another example a crib includes first and second sides and third and fourth sides that each include a top support fixedly attached to the first and second sides and a bottom support movably attached to the first and second sides, a first breathable material retained by the top support and the bottom support and the breathable material forming a sling for retention of a mattress support platform. The mattress support platform is movable to various positions by moving the bottom support member and wherein the sling also moves such that the breathable material moves up and down to enclose the space above the mattress support platform.

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.

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.

A modular, deformable, repositionable, cushioned gentle cushioned, resistive infant positioning system and method for use with infants is provided that includes first and second tubular pillows each having two longitudinally-elongated chambers adjoined at a first and second pillow lateral flexure-enabling element, respectively, and a third compact pillow. The second tubular pillow is preferably wider than the first tubular pillow and includes two straps. Methods of using the three pillows of the cushioned, resistive infant positioning system are presented that provide positioning, calming, and/or the prevention and/or the correction of head shape deformations.

A baby carrying system includes two discrete carrier pieces: a baby support piece which secures the baby and a harness piece worn by the parent. The baby support piece can be attached to the harness piece using a latching mechanism. Further secured attachment to support positioning of the baby support piece relative to the harness piece is achieved using fastening connection points at the middle and top of an upper support portion of the baby support piece. Straps with buckle connections extend from the harness piece, to enable to the buckle connections to engage with the fastening connection points.

A configurable multipurpose mat assembly is described. The configurable multipurpose mat assembly typically comprises a center area for receiving a baby, and two barriers on opposite sides of the center area for confining a baby there between. Variations of the configurable multipurpose mat assembly may include compressible or inflatable components that permit the mat assembly to be compressed or rolled without disassembly. In other variations, the configurable multipurpose mat assembly may include liquid impervious sheaths to provide a protective barrier between the components of the mat assembly and undesirable liquids.