Disclosed are a headboard and a bed, relating to the field of furniture. The headboard includes at least two panels and at least one folding connection member, wherein the folding connection member is disposed between two neighboring panels, a first side of the folding connection member being connected to one of the two neighboring panels, the second side of the folding connection member being connected to the other headboard of the two neighboring panels, thereby rendering the at least two panels foldable. With the at least two panels and the at least one folding connection member, the headboard disclosed may realize folding between respective panels so as to reduce package size, facilitate shipping and delivery, and reduce cost. Furthermore, the headboard disclosed is easy to disassemble and assemble, simple in structure, and convenient in use, with certain aesthetics and comfort.

A headboard structure includes a backboard mounted on a headboard frame, a sponge cushion on the backboard, and a headboard covering on the sponge cushion. The sponge cushion is formed with at least one groove. The groove is provided with an LED light and a sponge strip in front of the LED light. The headboard covering has a light-pervious area corresponding in position to the LED light. The headboard provided with the LED light has a lighting effect, and the user can lean against the headboard comfortably, thereby improving the function of the headboard.

A collapsible bed frame includes a plurality of lateral bar units, a plurality of first longitudinal bar units, and a plurality of second longitudinal bar units. The plurality of lateral bar units includes first and second outer lateral bar units and at least one inner lateral bar unit. A collapsible bed frame also includes a plurality of first connectors, each having a body and a supporting piece. The body is fixedly connected with an end of the first or second outer lateral bar unit, and the supporting piece is rotatably connected with an adjacent first or second longitudinal bar unit. The collapsible bed frame can contract and expand while the lateral and longitudinal bar units are connected with each other.

Disclosed are adjustable supports and bedsteads. An adjustable support includes an inner bar with one or more cuts and an outer tubular bar with a slot. The inner and outer bars are movably coupled with each other. The adjustable support also includes a mechanism coupled with the outer bar at a position corresponding to the slot of the outer bar. When a cut of the inner bar is aligned with the slot of the outer bar, the mechanism engages with both the cut of the inner bar and the slot of the outer bar, and thus restricts the inner and outer bars from moving with respect to each other.

Disclosed are adjustable supports and foldable bed frames. An adjustable support includes inner and outer tubular bars movably coupled to each other. A locking mechanism is disposed in the inner tubular bar and includes a positioning piece to restrict the inner and outer tubular bars from moving with respect to each other. An unlocking mechanism is fixedly coupled to the outer tubular bar and includes a push button to unlock the locking mechanism.

An adjustable base is provided that includes a fixed frame and an articulating frame connected to the fixed frame. The articulating frame includes an upper body frame pivotally connected to the upper section of the fixed frame, a seat frame pivotally connected to the upper body frame and movable along a central section of the fixed frame, and a leg frame pivotally connected to the fixed frame. An actuator is further included and has a first end connected to the seat frame adjacent to the leg frame and a second end that is connected to a linkage attached to the articulating frame. Upon activation of the actuator, the upper body frame is articulated upward and the seat frame moves linearly along the central section of the fixed frame toward the upper section of the fixed frame. Systems and methods for controlling an adjustable base assembly are further provided.

An adjustable base is provided that includes a fixed frame and an articulating frame connected to the fixed frame. The articulating frame includes an upper body frame pivotally connected to the upper section of the fixed frame, a seat frame pivotally connected to the upper body frame and movable along a central section of the fixed frame, and a leg frame pivotally connected to the fixed frame. An actuator is further included and has a first end connected to the seat frame adjacent to the leg frame and a second end that is connected to a linkage attached to the articulating frame. Upon activation of the actuator, the upper body frame is articulated upward and the seat frame moves linearly along the central section of the fixed frame toward the upper section of the fixed frame. Systems and methods for controlling an adjustable base assembly are further provided.

Systems and methods for use of a rollaway folding bed system are described. The rollaway folding bed system can include a mattress and a frame configured to be moveable between a deployed state and a stored state. The rollaway folding bed can include a rigid frame and sections of support grid affixed to the bars to provide support to the mattress. The rigid frame can also have moveable supports that can moved between a folded position and a stored position. The rigid frame can include central supports having hinges to facilitate moving the rollaway folding bed from a stored position and a deployed position. The crossbars can include lockable wheels affixed at opposing ends of the cross bars and positioned beyond an outer edge of the rollaway folding bed system when in a stored position to provide stability to the rollaway folding bed system.

The present invention relates to a supporting module (100) for use in an adaptive sleep system and to a sleep system comprising such supporting modules, the resistance (resilience) of which can be adapted in a simple manner to the anatomy and/or posture of a user. The supporting module (100) for an adaptive sleep system comprises an uppermost supporting element (110), at least two drive shafts (140, 140′), at least two leaf springs (130, 130′) positioned parallel to one another, each leaf spring (130, 130′) including a first and a second end, each first end being connected to the first supporting element, and each second end being in contact with an adjacent drive shaft (140, 140′) via a coupling element (150), wherein the position of the second end of a leaf spring (130, 130′) with respect to the adjacent drive shaft (140, 140′) determines the deformation resistance of this leaf spring (130, 130′), and wherein the coupling element (150) has been configured to transmit the rotational motion of at least one drive shaft (140, 140′) to the leaf spring (130, 130′), in order to modify the position of the second end of the leaf spring (130, 130′) with respect to the adjacent drive shaft (140, 140′).

Disclosed are connectors and collapsible bed frames. A collapsible bed frame includes lateral and longitudinal bar units. Between each of two adjacent lateral bar units, a first longitudinal bar unit is disposed at a first side of the collapsible bed frame and a second longitudinal bar unit is disposed at a second side of the collapsible bed frame. The first and second longitudinal bar units and the two adjacent lateral bar units are rotatably connected with each other by connectors that enable the collapsible bed frame to contract and expand while the lateral and longitudinal bar units are connected with each other.