A ready-to-assemble mattress foundation including a plurality of rails forming a mattress foundation having a plurality of corners. The mattress foundation includes a plurality of corner connector assemblies coupling the rails together at the corners. Each of the corner connector assemblies includes a first corner bracket; a second corner bracket; a pin including internal threads and external threads; and a fastener threadably engaging the external threads of the pin to retain the pin relative to the corner brackets. The pin extends through the first apertures and the second apertures. The mattress foundation includes a plurality of central support assemblies coupled to one or more of the rails. Each of the central support assemblies includes a body having internal threads. The mattress foundation includes a plurality of legs each including a threaded rod and threadably received within the internal threads of the pin and the central support assemblies.

The present invention is directed to a bed frame designed for quick assembly. In an exemplary embodiment, the invention may comprise a wire lattice that forms the support surface for a mattress and, if necessary, box springs. The wire lattice can be secured to a perimeter frame using brackets which hook onto the lattice and also attach to the sides of the frame. The bed frame may include vertical supports or legs that can be quickly attached to the frame. Each leg may include an attachment plate and a catch extending above the attachment plate. The leg can be secured to the bed frame by sliding the attachment plate into a receiver attached to the bed frame. As the attachment plate is being inserted, the catch may engage a series of corrugations formed in the receiver. The catch may press against a corrugation to lock the leg into the receiver.

The present disclosure provides a foldable bed frame and associated methods for deploying the foldable bed frame. The bed frame may comprise one or more supporting members for supporting at least a portion of the bed frame, wherein the one or more supporting members comprise: a first bar comprising an opening; a second bar comprising a groove having a first end and a second end; and a locking mechanism comprising an elastic element and a pin. The pin may be inserted into (i) the opening of the first bar and (ii) the groove of the second bar to couple the first and second bars together. The first and second bars may be movable relative to each other when the pin is moved from a first position to a second position in response to a force applied to the elastic element.

A disassembled bed package is provided. The bed package includes a first support assembly including two spaced-apart cuboid support columns joined to a planar foot panel, and a second support assembly including two spaced-apart cuboid support columns joined to a planar foot panel. The bed package includes a folded base platform including two planar portions hinged together in a folded state and superposed on each other; a planar headboard is positioned on the base platform in the folded condition; and a storage tub unit having a first storage tub containing the first support assembly and the second support assembly is positioned on the headboard.

A decorative leg cover, the leg cover comprising: a light and a receptacle for receiving a bed leg. The light includes a light housing and an LED on the front side of the light housing. The light also includes a proximity sensor on the front side. The receptacle has a receptacle opening therein adapted to receive the bed leg, the light being mounted on the receptacle so that the LED shines away from the receptacle.

Disclosed are supporting leg assemblies and foldable bed frames. A supporting leg assembly includes a lateral bar, left and right legs, and left and right supporting pieces. The left and right legs are disposed under the left and right ends of the lateral bar, respectively. The left supporting piece is in contact with left sides of the left end of the lateral bar and the upper end of the left leg, and is fixedly coupled to the lateral bar and the left leg. The right supporting piece is in contact with right sides of the right end of the lateral bar and the upper end of the right leg, and is fixedly coupled to the first lateral bar and the right leg. The left and right supporting pieces are configured to connect and support sub-frames of a fold bed frame.

The invention relates to an electrically adjustable piece of furniture comprising an electric drive motor for adjusting as least one furniture adjusting section with respect to a furniture support section, wherein the piece of furniture comprises sensor devices for detecting the inclination or the change of inclination of the furniture adjusting section.

A novel bed frame is assembled by sliding the ends of hollow metal bars into narrow slots cut into other hollow metal bars. A first bar has an L-shaped first slot. A second bar has a U-shaped second slot and L-shaped third slot, both spanning two adjacent sides of the second bar. An end of the first bar is inserted into the U-shaped second slot, whose width is less than twice the thickness of the metal from which the first bar is made. A portion of the L-shaped first slot aligns with a portion of the L-shaped third slot when the first bar slides into the U-shaped second slot. The top of the third bar is inserted into the aligned first and third slots. The first bar is a longitudinal bar, and the second bar is a lateral bar of the bed frame. The third bar is a support leg.

A connecting structure of a bed frame is disclosed. The bed frame includes a frame and bed legs connected under the frame. The frame includes two lateral rods and two longitudinal rods connected to the lateral rods. Respective two sides of the lateral rods or the longitudinal rods are provided with mounting troughs for insertion of respective two end portions of the longitudinal rods or the lateral rods. An outer side surface of each of the mounting troughs is provided with at least one mounting hole. The lateral rods and the longitudinal rods are perpendicularly connected to each other through the mounting troughs. The structure of the bed frame is simple, and the installation is convenient.

An adjustable leg assembly for use in a bedding product, such as an adjustable bed, may be stabilized by rotating the leg of the leg assembly. To change the length of the leg assembly, a leg must be rotated in the opposite direction to loosen a slotted collar located inside a receiver welded to a frame of the adjustable bed. A wedge is fixed inside the receiver with a push pin assembly above the slotted collar. A threaded member of the leg extends through the wedge. Rotation of the leg moves the leg slightly upwardly relative to the stationary wedge, causing an upper portion of the slotted collar to expand over a portion of the stationary wedge until the slotted collar contacts an inside surface of the receiver and stabilizes the leg assembly.