The present invention provides a crib rail structure that includes: at least one hollow horizontal tube member, a side portion of which is provided with a plurality of interspaced openings; and a plurality of hollow beam tube members, which are respectively inserted into the interspaced openings of the hollow horizontal tube members for assembly use. The sides of each of the hollow beam tube members are provided with a through opening, which are located in the tail end of the hollow beam tube member. Moreover, the positions of the through openings are adjacent to the sides of each of the interspaced openings of the hollow horizontal tube member. The crib rail structure further comprises the at least one fixing member, which passes through the plurality of hollow beam tube members and presses against the tube inner wall of the hollow horizontal tube member for fixing thereof.

A temperature-controlled cradle and method of cooling same are provided. The temperature-controlled cradle may include a base having an outer housing and a cooling unit disposed within the outer housing, and a bassinet coupled to the base. The cooling unit may include a cooling plate having a first side configured to chill an interior portion of the bassinet, at least one thermoelectric cooling module coupled to a second side of the cooling plate, and a heat dissipation device configured to dissipate heat from the at least one thermoelectric cooling module.

A temperature-controlled cradle and method of cooling same are provided. The temperature-controlled cradle may include a base having an outer housing and a cooling unit disposed within the outer housing, and a bassinet coupled to the base. The cooling unit may include a cooling plate having a first side configured to chill an interior portion of the bassinet, at least one thermoelectric cooling module coupled to a second side of the cooling plate, and a heat dissipation device configured to dissipate heat from the at least one thermoelectric cooling module.

A crib liner constructed of breathable material having a reduced suffocation resistance level for infant and toddler use. In some configurations, the breathable material may include an inner fabric, outer fabric, and a pile substructure between the front and back substructures, thereby allowing air to move effectively therethrough.

A bassinette or crib sleep insert has converging sidewalls that are suspended around a top end of the bassinette or crib and terminate at a sleep surface at the bottom of the insert. Breathable cuddling bumpers are placed in the right location and with the right space to cuddle the baby. A wide lateral mesh window allows parents to see the baby through the mesh while lying in bed. Preferably, all material are soft and breathable, providing a safe environment for the baby.

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 bed includes: a bed body having a space for a user to rest; a monitoring device connected to the bed body, the monitoring device including a pressure detecting mechanism, a signal processing unit electrically coupled to the pressure detecting mechanism, and a monitoring unit electrically coupled to the signal processing unit. The pressure detecting mechanism is configured to detect pressure variations of the bed body, generate pressure data, and transmit the pressure data to the signal processing unit. The signal processing unit is configured to process the pressure data and generate processed signal data. The monitoring unit is configured to monitor the processed signal data.

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.

An infant sleep device may include a platform for supporting an infant, a base upon which the platform is supported, and one or more weight sensors positioned to measure weight of an infant positioned on the platform.

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.