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 element is biased to move from the third predetermined position toward the first and second predetermined positions.

A height adjustable bassinet with two height adjustable columns and associated assist cylinders. The bassinet includes a height adjustment assembly to operate the assist cylinders from manual actuators, such as paddles, located approximately in four corners of the bassinet support surface. The height adjustment system may include a pair of paddle assemblies mounted under the bassinet support surface. The paddle assemblies may be coupled to the assist cylinder by a dual linkage that translates pivotal movement of any individual paddle into movement sufficient to simultaneously actuate both assist cylinders. The dual linkage may include a pair of drive rods coupled to a pair of actuator rods by a plurality of pivot arms. The pivot arms may be generally “L” shaped and arranged in a rectangular configuration so that each drive rod is operatively coupled to two pivot arms and each actuator rods is operatively coupled to two pivot arms.

A collapsible carry cot includes a base member; first and second frame members, wherein the first and second frame members together at least partially define a side or end wall of the carry cot, and wherein the first and second frame members are pivotally coupled together such that pivoting the first and second frame members relative to one another changes a height of the side or end wall of the carry cot, and wherein the first frame member is pivotally movable relatively to the base member and the second frame member is pivotally and slidably movable relative to the base member; and a securing mechanism, the securing mechanism to releasable secure the second frame member relative to the base member, such that sliding of the second frame member relative to the base member is restricted, thereby restricting pivoting of the first frame member relative to the second frame member.

A multi-functional baby bed includes a left support frame, a right support frame, a swing frame and a cradle frame. The swing frame and the cradle frame are provided between the left support frame and the right support frame. The swing frame is pivotably connected to the left support frame and the right support frame. The swing frame and the cradle frame are detachably connected. The left and right support frames are structurally the same and oppositely disposed. The top of each of the left and right support frame has a rotating device configured to control the movement of the swing frame. The rotating device can be rotated 90°. When the swing frame is fixed, the cradle frame is fixed accordingly and the device may function as a bed. When the swing frame swings, the cradle frame swings accordingly, thus functioning as a cradle.

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.

A multipurpose bassinet includes a left support part and a right support part that are symmetrical. The left support part and the right support part each include a base, a support rod, a sleeve rod and a sleeping basket. The bottom of the support rod is connected to the top of the base. A lower part of the sleeve rod is sleeved on an upper part of the support rod. An upper part of the sleeve rod is provided with a lift button that drives the sleeve rod to ascend and descend on the support rod. The sleeping basket is provided between the sleeve rod of the left support part and the sleeve rod of the right support part. The upper part of the sleeve rod is provided with an elastic lock member for locking the lift button.

A handle adjustment mechanism (30) includes at least one stand (32) and an engaging structure (31). The at least one stand (32) is installed on a frame (10) of a child crib (100). A positioning structure (33) is on the at least one stand (32). The engaging structure (31) is coupled to a handle (20) of the child crib (100) and configured to engage with or disengage from the positioning structure (33) for adjusting a position of the handle (20) relative to the at least one stand (32) to position the handle (20) at different heights relative to the frame (10). The handle adjustment mechanism (30) is easy to operate for allowing a caregiver to put the child in or take the child out of the child crib (100).

A child accommodating apparatus is provided and includes a frame, an armrest tube and an armrest rotating mechanism. 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 utilizes a movement of a housing or a movement of a button body to disengage the armrest tube from the frame, which enables the armrest tube to be adjusted relative to the frame between a lifted using configuration and a lowered access configuration. The child accommodating apparatus has advantages of simple structure, reliable locking design, and easy unlocking design.

The present invention relates to a height adjustable baby crib (2) comprising a tube stand (13) with a suspension device (8) for rockable suspension of the baby crib (2), bed bottom (4), head boards (9), bed sides (4), and an arrangement for mechanical height adjusting of the baby crib (2) in the tube stand (13) with the aid of telescopic pair-controlled gas springs (5,7) that can be exercised by a foot pedal (6). The baby crib (2) is so constructed that it could also be used as a cradle.

The present invention provides the bed robot apparatus in which a lying object, including a person such as a patient, a disabled person, etc. can be shifted to another apparatus without changing a lying state and the apparatus autonomously communicates with another apparatus so as to collaborate depending on the situation of the object. Specifically, according to the feature of the present invention, a bed robot apparatus comprising: a mattress partitioned into positions corresponding to body parts of a user in a longitudinal direction; and a porous flexible sheet reciprocating in a lateral direction on the upper surface of the mattress for each divided upper plate is provided. The bed robot apparatus of the present invention can autonomously execute all functions through an autonomous execution unit.