An upholstery member includes a base board (101) having at least one base board opening (116), a fixation arrangement (140), and a resilient wadding (102). The wadding (102) is pressed at least to some extent through the base board opening (116) and connected to the fixation arrangement (140), thereby forming an indent (130) in the upholstery member (100). Further, the invention relates to a method for manufacturing the upholstery member comprising the steps of providing (310) a base board (101) having at least one base board opening (116) and being covered with a wadding (102) on a front side of said base board (101), passing (320) the wadding (102) through said base board opening (116), whereby the indent (13) is formed, and securing (330) the position of the wadding (102) relative the base board (101).

A bed frame installation structure, having two bed posts spaced apart from each other and a bed support rod; a bottom of each end of the bed support rod is bent and warped into a hook piece, and a top side of which is formed with a locking plate; a locking hole and a hook hole are formed on each bed post corresponding to a corresponding end of the bed support rod; the hook piece is accommodated in a corresponding bed post to engage with a lower edge of the hook hole, and the locking plate is fixed to the locking hole by a screw. A bed frame structure is also disclosed having a bed surface frame and two bed frame installation structures spaced apart from each other; a bed side beam is provided between two corresponding bed posts of the two sets of the bed frame installation structure.

Systems and methods for circulating air through a bed frame are provided. In one embodiment, a system may include a bed frame that defines an internal chamber. A first vent in the bed frame may be configured to receive air from outside the internal chamber to inside the internal chamber. A second vent in the bed frame may be configured to expel air from inside the internal chamber to outside the internal chamber. A fan disposed within the internal chamber between the first vent and the second vent may be configured to move air within the internal chamber from the first vent to the second vent.

A headboard is disclosed herein. The headboard includes: multiple back panels connected together to frame a mattress, each back panel capable of being separated from the other back panels and capable of being individually covered and/or replaced; and a wing panel on each side of the back panels, each wing panel tilted inward towards the mattress, and each wing panel capable of being individually covered and/or replaced.

A customizable furniture is disclosed. The customizable furniture may include a furniture base including an upper base portion and a lower base portion. The lower base portion may include an edge flange that extends outwards in a direction opposite to the upper base portion. The customizable furniture may further include a metal aperture bar extending at the lower base portion and a leg assembly configured to be removably attached to the metal aperture bar. The customizable furniture may additionally include an interchangeable frame casing configured to cover the upper base portion and the edge flange. The interchangeable frame casing may be removably attached to the metal aperture bar.

An adjustable headboard device includes a mattress panel which can be positioned beneath the mattress and a headboard hingedly coupled to the mattress panel for retaining pillows at a preferred orientation for user's sleeping position. A plurality of brackets is each attached to a respective one of the mattress panel and the headboard and a pair of arms is each pivotally attached to the brackets which are attached to the headboard. Each of the pair of arms has a plurality of engagement points and a respective engagement point on each arm is attachable to a respective one of the brackets which are attached to the mattress panel thereby retaining the headboard at an adjustable angle with respect to the mattress panel.

A detachable folding bed frame comprises a frame and a plurality of longitudinal supporting beams. The frame comprises a headboard frame, a transverse supporting frame parallel to the headboard frame, and two longitudinal supporting frames arranged opposite to each other. The headboard frame, the transverse supporting frame, and the two longitudinal supporting frames are configured to be foldable, and the transverse supporting frame and the headboard frame are arranged opposite to each other. Two ends of each of the two longitudinal supporting frames are respectively buckled to the headboard frame and the transverse supporting frame, and the plurality of longitudinal supporting beams are arranged in parallel to each other. Each of the plurality of longitudinal supporting beams is detachably connected to the transverse supporting frame and the headboard frame.

A 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 ready-to-assemble bed includes a bed base, a replaceable resilient cushion, a contact pad, and a headboard. The replaceable resilient cushion is placed on the bed base and has a first encasement that has spring-based resilient chunks removably filled therein. The contact pad is placed on the replaceable resilient cushion and detachably combined with the replaceable resilient cushion. The contact pad includes a second encasement that has a support member removably filled therein. The headboard is detachably combined with the bed base. Thereby, a user of the ready-to-assemble bed can make up the replaceable resilient cushion with the spring-based resilient chunks having different hardness levels according to practical needs and thereby provide the user's different body portions with suitable support.

A ready-to-assemble bed includes a bed base, a replaceable resilient cushion, a contact pad, and a headboard. The replaceable resilient cushion is placed on the bed base and has a first encasement that has spring-based resilient chunks removably filled therein. The contact pad is placed on the replaceable resilient cushion and detachably combined with the replaceable resilient cushion. The contact pad includes a second encasement that has a support member removably filled therein. The headboard is detachably combined with the bed base. Thereby, a user of the ready-to-assemble bed can make up the replaceable resilient cushion with the spring-based resilient chunks having different hardness levels according to practical needs and thereby provide the user's different body portions with suitable support.