The invention relates to a sound dampening device (1) comprising a frame (2), a rear layer (4) and a front layer (6) arranged on opposite sides of the frame (2), such that the frame (2), the rear layer (4) and the front layer (6) forms an enclosed space, wherein a first sound absorbing layer (8) is arranged between the rear layer (4) and the front layer (6). A cavity (10) is formed between the rear layer (4) and the first sound absorbing layer (8) and an air purifying device (12) is arranged in fluid communication with said cavity (10), such that purified air from the air purifying device (12) is supplied to the cavity (10) via an inlet (14) and is discharged through at least one opening (16) in the first sound absorbing layer (8) and at least one output zone (18) in the front layer (6).

An apparatus is provided for removing airborne contaminants from a defined space above a bed. The apparatus includes a headboard having an air flow outlet adjacent to the defined space and an air flow inlet incorporated into the bed or the headboard outside of the defined space. The apparatus then provides a conduit for transporting air from the inlet to the outlet, an air treatment module within or adjacent the conduit for extracting air-borne contaminants from air transported from the air flow inlet to the air flow outlet, and an air flow generator within or adjacent the conduit for generating air flow between the air flow inlet and the air flow outlet. The air flow outlet then has a plenum within the headboard, and the plenum deposits air into the defined space through an outlet area having a porous surface, the outlet area being otherwise substantially unobstructed.

The present disclosure belongs to the technical field of beds, in particular to a multifunctional bed. For the problems that it is inconvenient for the existing bed to massage the neck of a user and there is no table board convenient to use, the following solution is provided. The multifunctional bed includes a bed body, wherein a placement groove is formed in a top of the bed body, and a mattress is arranged inside the placement groove; and a backrest, which is fixedly mounted on one side of the top of the bed body, wherein a user leans against the backrest; a hard mounting frame is fixedly mounted on one side of the backrest; and the same cushion is fixedly mounted between inner walls of two sides of the hard mounting frame.

A bench for a bed frame having a headboard includes a base frame and a back frame. The base frame includes a seat frame and a leg frame downwardly extended from the seat frame. The back frame is upwardly extended from the seat frame, wherein a shape of the back frame matches with a shape of the headboard of the bed frame. In particular, an ornamental design of the back frame matches with an ornamental design of the headboard of the bed frame, so as to enhance an aesthetic appearance of the bench which serves as a bedroom bench.

An upholstered seating furniture frame (4) comprises a seat frame part (6) and at least a first leg part (8) connectable to the seat frame part (6). The seat frame part (6) comprises a seat frame structure (14, 16, 18, 20) which is at least partly made from hollow tubes. At least one of the seat frame part (6) and the first leg part (8) comprises a supporting device (72). The supporting device (72) is adapted to align and hold the first leg part (8) mounted to the seat frame part (6) in a self-standing intermediate assembly state. At least one of the seat frame part (6) and the first leg part (8) comprises at least portions of a final connecting device (76, 78, 80, 38, 104) adapted for final connection of the first leg part (8) to the seat frame part (6) for transforming the self-standing intermediate assembly state into a self-standing ready-to-use state.

A bed frame assembly has diagonal struts that lock leg supports into place using novel locking mechanisms. A leg support is pivotally attached to the bedboard frame, and a slotted bracket is welded to a cross bar of the frame. One end of a diagonal strut is pivotally attached to the leg support, and a bolt with a conical washer and a wing nut is attached to the other end. The strut is attached to the slotted bracket by inserting the bolt into a curved slot in the bracket. The bracket also includes a stopper brace that extends perpendicular to the body of the bracket. A side of the end of the strut pushes against the stopper brace when the conical washer is pressed into the end of the curved slot and the wing nut is tightened. The stopper brace prevents the bolt from sliding out of the curved slot.

A bed frame assembly has diagonal struts that lock leg supports into place using novel locking mechanisms. A leg support is pivotally attached to a cross bar, and a slotted bracket is attached to another cross bar. A bolt with a conical washer is attached to a first end of a diagonal strut, and the second end is pivotally attached to the leg support. The diagonal strut is attached to the slotted bracket by inserting the bolt into a rounded slot and by pressing the conical washer down into a round opening of the rounded slot using a wing nut. The round opening is disposed at the end of a channel whose width is slightly larger than the diameter of the bolt. The diameter of the round opening is larger than the width of the channel and smaller than the largest diameter of a coned portion of the conical washer.

A headboard assembly for a modular bed frame assembly includes a bracket and a headboard. The bracket includes an upper attachment structure and a lower attachment structure. The headboard is removably coupled to the bracket at the upper attachment structure. The bracket is configured to be removably coupled between two laterally adjacent planar members of the modular bed frame assembly by the lower attachment structure. At least one of the upper attachment structure or the lower attachment structure of the bracket defines a generally C-shaped section.

A bedhead frame and a bed frame structure having the bedhead frame are provided. The bedhead frame includes two vertical rods arranged symmetrically and at least one horizontal rod connected between the two vertical rods. Each of the vertical rods is an L-shaped structure. The horizontal rod and the vertical rods of the bedhead frame are detachable, which can be transported or stored conveniently. In particular, the vertical rods of the bedhead frame employ an L-shaped structure. When a mattress is installed to the bed frame structure having the bedhead frame, both sides of the mattress are just between upright sides and horizontal sides of the two vertical rods, thereby preventing the mattress from shifting.

Components and assemblies for elevating beds and other items supported on a solid surface. An elevating bed assembly is provided that permits attaching a headboard and/or footboard to an elevating portion of a bed while maintaining the headboard and/or footboard in an upright position in contact with the floor. A leg mount system is provided that permits attaching a variety support legs having different shapes and sizes to a single frame without modifying the frame.