A bed base is configured as a light weight, collapsible bed base having a plurality of separate and independent bed sections. A pair of brackets are provided, and each bracket is releasably attachable to each one of the plurality of separate and independent bed sections to form the bed base. The plurality of separate and independent bed sections connected only through the pair of brackets.

A cabinet bed that includes a movable spacer, attached to an extendable support (e.g., a movable drawer), for supporting a movable sleeping section and/or includes at least one laterally extending slidable guide to maintain the extendable support in alignment with the movable sleeping section. For example, the cabinet bed may include the movable spacer that is pivotably attached to the extendable support underneath the movable sleeping section when in a horizontal position. The cabinet bed may also include a pair of laterally extending slidable guides extending from each side of the extendable support and/or a second pair of laterally extending slidable glides extending toward a respective side of the extendable support to maintain the extendable support in alignment with the movable sleeping section.

A bed frame has: a left side component that includes an elongated left side rail and an extending segment at each end; and a right side component that includes an elongated right side rail and an extending segment at each end. Each such extending segment is pivotally attached to the corresponding elongated right side rail and is capable of being pivoted from substantially parallel it to substantially perpendicular it. Each of the elongated left side rail and the elongated right side rail includes two main sections that are pivotally attached to a shorter center member. At each end, the extending segments of the left side component and the right side component detachably couple to each other, forming lateral components of a bed frame assembly.

The invention discloses a packaging structure of a folding bed and a packaging method thereof. The packaging structure includes a folding bedstead including at least three unit frames, the adjacent unit frames are mutually hinged, and a mattress capable of being rolled up. When the folding bedstead is packaged, a space for receiving the rolled mattress is formed by the unit frames. The packaging method includes the following steps: S1, folding the unit frames of the folding bedstead to form a space; S2, rolling up the mattress and putting the rolled mattress into a space formed by the unit frame; S3, putting the folded folding bedstead into the box. The invention method allows for the most space efficient packing possible thereby reducing the amount of space occupied by the bed and reducing transportation costs.

The invention provides an adjustable bed comprising a frame (20) and at least one adjustable body support section including at least an adjustable backrest support section (12) pivotally mounted for angular adjustment with respect to the frame. The frame comprises at least two hinged sections (20a, 20b) including a head end sub-assembly configured as an upper body supporting section on which the backrest support section is mounted, and a separate toe end sub-assembly configured as a lower body supporting section hinged with respect to the upper body supporting section. Actuator means (40) is disposed within at least the upper body section for angular adjustment of the adjustable body support section. The head end sub-assembly and the toe end sub-assembly are capable of being folded together to reduce the length dimension of the bed for transportation and/or storage purposes and subsequently unfolded to provide a full length adjustable bed.

A mattress foundation includes a top frame and a bottom frame. Bracket assemblies are between the top frame and the bottom frame. The bottom frame has a first bottom segment and a second bottom segment each rotatably connected to bracket assemblies. The top frame has a first top segment and the second top segment each rotatably connected to bracket assemblies. The first bottom segment, the second bottom segment, the first top segment, and the second top segment are rotatable relative to each other and the bracket assemblies between a folded position and an unfolded position.

A bed frame assembly has hinged brackets that can be used to attach a headboard to a bed frame. Each hinged bracket has two metal plates that each have metal tongues that are rolled into curved sections. A hinge is formed by sliding a pin through staggered curved sections on opposite metal plates. The metal plates pivotally rotate about the axis of the hinge such that the hinged bracket consumed less volume in a packing box when folded flat. Screws are inserted through slots in each metal plate to secure the hinged bracket to the bed frame. Tongues on a headboard are slid into slots in the metal plates of the hinged brackets in order to attach the headboard to the bed frame.

A foldable bed frame includes frame units pivotally connected to each other by one or more connecting assemblies. A frame unit includes upper and lower frames, legs or links connected to the upper and lower frames, and limiting pieces disposed on the upper and lower frames to limit rotation angles or directions of the legs or links. A connecting assembly includes middle leg(s) or middle bar(s), and connecting pieces. When folded, the bed frame is compact. When unfolded, the bed frame provides storage spaces underneath, and facilitates positioning and holding of bed shirts/sheets.

A foldable bed assembly includes first and second frame units and two hinge units. The first frame unit includes two first longitudinal frames, and a first transverse frame. The second frame unit includes two second longitudinal frames and a second transverse frame. The second frame unit is pivotable relative to the first frame unit and convertible between a normal state, where the first transverse frame is spaced apart from the second transverse frame, and a folded state, where the second longitudinal frames are respectively overlaid on the first longitudinal frames and the first transverse frame is overlaid on the second transverse frame.

An audio bed board having an inertial type acoustics transducer is disclosed. The novel bed board structure is capable of emitting sound without any exposed audio speakers or speaker openings allowing sound to escape. The bed board typically acts as an audio emitter. In a preferred embodiment, the bed board is generally hollow thereby allowing the installation of the acoustic elements within the bed board. Additionally, an audio amplifier contained therein may be coupled to the headboard, other bed structures or surrounding structures. The bed board generally has a surface adjacent one of head end and foot end having no normally apparent openings so as to facilitate cleaning of the bed board. Furthermore, the emitted sound signal may utilize multiple audio sources for reproduction by the bed board sound system including but not limited to digital, analog, optical and emergency signals.