A travel changer system includes a baby changing surface while on-the-go. The travel changer system includes a folding frame including a pair of support cross beams having a first end and a second end, a first-changing surface support beam, and a second-changing surface support beam, a changing surface, and safety belt having a fastener. The folding frame may be formed of foldable lightweight material allowing the device to be folded and stored easily to increase portability while on-the-go. The changing surface is comprised of a canvas or otherwise suitable cloth to allow for reduced weight and easy cleaning. When unfolded into its upright position the changing surface is approximately thigh-height and offers safety and cleanliness.

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 reconfigurable accessory frame for use with an infant crib having a perimeter similarly sized to that of the top of the crib frame upon which it is used. The frame is foldable about an asymmetrically positioned transverse axis into one of the two positions. In the first position, the frame extends to substantially cover the open perimeter of the crib disposed underneath. Soft goods supported from the frame define a generally level surface that is convenient for changing an infant diaper along with a storage compartment disposed at one end. The level changing surface encompasses a majority of the area encompassed by the frame. In the second position, the frame is folded so that the end portion opposite of the storage compartment is moved into a positon adjacently above the remainder of the changing table surface. The design of the folding hinge elevates a portion of the frame and allows soft goods to hang downwardly toward and approaching the level of the soft goods defining the changing table surface to define a napper structure in the soft goods.

Disclosed is portable child game bed, including bed legs and folding driving device. Guard bars are respectively arranged at tops between every two adjacent bed legs, two ends of guard bar are respectively movably connected to tops of corresponding bed legs, connecting mechanism is arranged at bottom of each bed leg, connecting rod is composed of upper connecting rod and lower connecting rod that are vertically arranged, connecting mechanism comprises base and transmission mechanism, one end of upper connecting rod is connected to base, the other end of upper connecting rod is rotationally connected to frame body, one end of lower connecting rod is rotationally connected to base, the end of lower connecting rod that extends into inner cavity of lower portion of base is linked together with transmission mechanism, and the other end of lower connecting rod is rotationally connected to frame body.

A folding playpen has a frame assembly including a plurality of parallel uprights arranged in a geometric configuration and a plurality of upper rails pivotally affixed to and extending between a top portion of adjacent ones of the uprights. A co-planar grid of braces extends between said the uprights and includes a central support block at a center of geometrically configured uprights. The braces pivotally attached to the central support block and to a respective one of the uprights. A flexible covering extends about a periphery of the frame assembly and a pad is supported by the co-planar grid. The frame assembly is selectively collapsible from a usable configuration to a storage configuration by vertically translating the central support block from a lower position to a position proximate to a top of the uprights.

The present invention provides methods and systems for a stackable leg that includes a foot, a flat flange extending generally upwardly from the foot, a first side flange and a second side flange extending generally upwardly from the foot and flanking the flat flange, wherein the first side flange and second side flange are disposed at an angle compared to the flat flange, and at least one cavity.

A foldable bed (50) comprising: a foldable frame (505) along at least one axis comprising a foldable rod (510), at least two legs (515), each leg being attached to the frame by a connection (520), said connection allowing for the positioning of said leg according to an unfolded position and a folded position and the foldable rod being associated with each connection on either side of the folding axis, in which: each connection comprises an orifice (525) passing through said connection and each leg has an attachment (530) to a flexible wire (535) connecting two legs and passing through the folding axis of the frame, the wire being tensioned when the rod is unfolded, the tension of the wire causing the positioning of the legs in the unfolded position.

A one-handed folding bed comprises a bed frame main body enclosed by a peripheral framework, and the main body comprises an upper frame, a lower frame, and intermediate upright poles supporting the upper frame and the lower frame. The upper frame adopts a square frame enclosed by dual longitudinal rods, with each side connected by foldable connectors to connect the four corners. The lower frame is provided with intersecting rods, and a pull-up movable connector is connected between the intersecting rods. The invention employs mechanical connectors for the fastening and unfastening process when folding and unfolding, with a simple structure and a rational design without rope actuation. During operation, the pull strap can be lifted by only one hand to drive the pull-up movable connector for unfastening, completing the folding operation with a smooth unfastening process and convenient one-handed action.

A folding cot that can take up an unfolded position and a folded position, comprising a cot base that is oriented horizontally in the unfolded position, a first frame (5) that is oriented vertically in the unfolded position, a second frame (1) that is oriented vertically in the unfolded position, and a first Sarrus mechanism (S1) or similar mechanism comprising at least two articulated arms and guiding the movement of these frames (5, 1) toward/away from one another during the folding/unfolding of the cot. Each arm connects the first and second frames (1, 5) together. The cot base is formed, at least in part, by a lower arm of the first mechanism (S1).

A travel changer system includes a baby changing surface while on-the-go. The travel changer system includes a folding frame including a pair of support cross beams having a first end and a second end, a first-changing surface support beam, and a second-changing surface support beam, a changing surface, and safety belt having a fastener. The folding frame may be formed of foldable lightweight material allowing the device to be folded and stored easily to increase portability while on-the-go. The changing surface is comprised of a canvas or otherwise suitable cloth to allow for reduced weight and easy cleaning. When unfolded into its upright position the changing surface is approximately thigh-height and offers safety and cleanliness.