A frame is configured to rest on a support surface and an infant-receiving receptacle is supported above the support surface by the frame. The infant-receiving receptacle includes a bottom/floor panel forming a bed for the child to sleep upon and a peripheral sidewall surrounding the bottom panel and extending between the bottom panel and the frame. The bassinet includes a depth-adjustment mechanism that enables a caregiver to selectively adjust the depth of the infant-receiving receptacle by raising or lowering the bottom panel of the infant-receiving receptacle. Various embodiments can also include wheels, rollers, or other mechanisms for rolling, sliding, or gliding the bassinet across the support surface. Some embodiments include a height-adjustment mechanism, downward-recessed front wall, longitudinal-axis folding canopy, inverted-eggcrate bed pad, and/or base-positioned footrest.

The safe bassinet includes a left support frame, a right support frame and a sleeping basket frame, where the top of the left support frame and the top of the right support frame are respectively provided with a left bending rod and a right bending rod; the sleeping basket frame is provided between the left bending rod and the right bending rod; the sleeping basket frame is covered with a cloth cover; a left end and a right end of the sleeping basket frame are respectively provided with a left slider and a right slider; a right end of the left bending rod and a left end of the right bending rod are respectively provided with a left fixed block and a right fixed block; the left slider and the right slider are respectively slidable up and down relative to the left fixed block and the right fixed block.

A safety bed for children and adults who may have special needs includes a frame having a base frame, an upper frame and four vertical poles between the base frame and the upper frame at their respective corners; a mattress support structure supported by the base frame; and an enclosure attached to the frame, said enclosure comprising a ceiling, a base and four walls. A mattress within the enclosure is supported by the mattress support structure so that a sheet may be attached to the four walls of the enclosure at a position approximately equal to the top of the mattress. The enclosure may include a variety of device for monitoring and communicating with an occupant of the bed, including a camera, a light source and other sensors that may be remotely controlled over a network.

An auto-rocking rocker that converts from an infant sleeper to a toddler seat. The convertible rocker comprises a support section that has a concave portion for receiving a child, a frame assembly coupled to the support section, and an auto-rocking mechanism coupled to the frame assembly. The auto-rocking mechanism is configured to be operable while the convertible rocker is in the infant sleeper configuration and inoperable while the convertible rocker is in the toddler seat configuration.

A baby crib comprises an upper frame, a lower frame and support members attached to the upper frame and the lower frame. The upper frame comprises a first part firmly attached to the support members and a second part. The second part is pivotally coupled with the support members to move reversibly from a first position to a second position to move said second part relative to said first part.

A bed includes a base, an upper frame, and a plurality of walls extending upwardly from the base to the upper frame. One of the frame members is a movable frame member that is movable relative to another of the frame members in order to adjust a height of a portion of the rim formed by the movable frame member relative to the base. The upper frame is configured such that the movable frame member is movable between first, second, and third predetermined positions relative to the base. The upper frame includes a locking mechanism configured to selectively lock the movable frame member at the first and second predetermined positions. The upper frame is configured such that the position of the movable frame member is biased to move from the third predetermined position toward the first and second predetermined positions.

A support connecting structure includes: a pivoting base; a pivoting arm, wherein a first end of the pivoting arm is connected to the pivoting base by a first pin shaft, and the first end of the pivoting arm comprises a first anti-rotation surface; and a locking member mounted to the pivoting base, the locking member being capable of moving in a direction parallel to an axis of the first pin shaft from a locked position to an unlocked position, and the locking member comprising a second anti-rotation surface; wherein when the locking member is at the locked position, the first anti-rotation surface abuts against the second anti-rotation surface, and when the locking member is at the unlocked position, the first anti-rotation surface is separated from the second anti-rotation surface.

A child accommodating apparatus is provided and includes a frame and an armrest tube. The armrest tube is rotatably connected with the frame. The armrest rotating mechanism is for rotating the armrest tube. The armrest rotating mechanism includes an engagement device and an operation device. The engagement device is disposed between the armrest tube and the frame and for positioning the armrest tube relative to the frame. The operation device is disposed on the armrest tube and connected with the engagement device. The operation device includes a housing coaxially and rotatably sleeved on the armrest tube and rotatable relative to the armrest tube. When the housing of the operation device is operated to rotate relative to the armrest tube, a rotating movement of the housing of the operation device drives the engagement device to disengage the armrest tube from the frame.

A frame is configured to rest on a support surface and an infant-receiving receptacle is supported above the support surface by the frame. The infant-receiving receptacle includes a bottom/floor panel forming a bed for the child to sleep upon and a peripheral sidewall surrounding the bottom panel and extending between the bottom panel and the frame. The bassinet includes a depth-adjustment mechanism that enables a caregiver to selectively adjust the depth of the infant-receiving receptacle by raising or lowering the bottom panel of the infant-receiving receptacle. Various embodiments can also include wheels, rollers, or other mechanisms for rolling, sliding, or gliding the bassinet across the support surface. Some embodiments include a height-adjustment mechanism, downward-recessed front wall, longitudinal-axis folding canopy, inverted-eggcrate bed pad, and/or base-positioned foot rest.

Disclosed is a crib that elevates a carriage from the lowered position to height that is user defined. The lifting motion is operated by holding buttons on controls on the unit or a wireless remote; releasing the button stops the motion. While in the elevated position, a sliding door assembly provides access to the inside of the carriage while leaving the underside of the carriage free of obstruction as to permit wheelchair using caretakers to freely pull underneath the elevated carriage. The carriage of the crib includes a mattress support, rear wall, right wall, left wall, and a front wall having a left and right sliding door. A telescoping lifting column is fastened to each of the right wall and left wall. The lifting columns have an electric linear actuator that perform the lifting and lowering operations of the carriage. The lifting columns extend downward and are fastened to feet.