The present invention relates to an interlocking means for connecting a first panel, second panel and a leg of a piece of furniture with each other, wherein the interlocking means comprises an elongated element and a brace element. The elongated element comprises a portion configured to be attached to a first surface of the first panel and a first surface of the second panel and either a securing means configured to receive an interconnection element protruding from the leg or an interconnection element configured to match a securing means formed in the leg. The brace element comprises a portion configured to be attached to a second surface of the first panel and a second surface of the second panel and a through opening configured to receive the interconnection element.

A headboard assembly for a modular bed frame assembly includes a support bracket and a headboard. The support bracket includes an upper attachment structure and a lower attachment structure. The headboard is removably coupled to the support bracket at the upper attachment structure. The support bracket is configured to be removably coupled between two laterally adjacent planar members of the modular bed frame assembly by the lower attachment structure.

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.

A bed can include one or more connectors for connecting components of the bed. For example, a frame can include a fastening mechanism for releasably connecting a cross-member to a longitudinal support. Another example includes connectors for connecting and aligning a foundation with a frame.

The disclosed apparatus, systems and methods relate to stackable, foldable beds. The modular, stacking and folding have folding legs and couplers and can be stacked into a column for compact efficient storage or rapidly deployed in the event of need. The beds provide a temporary storage solution and can have a variety of additional components for use in hospital settings.

The bed base has ease of assembly and can be manufactured and delivered in a disassembled configuration.

An assembly structure for a bed column and a lateral bed rod is provided. The bed column is arranged vertically and comprises an upper column and a lower column. The lower column comprises a joint section. The upper column is sleeved on the joint section and is stopped at a positioning step formed at a bottom end of the joint section. The lateral bed rod is horizontally, laterally arranged. The lateral bed rod is connected with a locking piece adjacent to a side of the positioning step and abutting the upper column and the lower column. A first portion of the locking piece is locked with an upper bolt enabling the locking piece, the upper column, and the joint section to be locked together. A second portion of the locking piece is locked with a lower bolt enabling the locking piece and the lower column to be locked together.

A transverse rod assembly of an iron bed frame comprises two transverse rods, two supporting feet, and a linking rod. A top end of each of the two supporting feet is disposed with a connecting seat, and the connecting seat is connected with a corresponding one of the two transverse rods. Each of the two transverse rods comprises two transverse rod units configured to be spliced together. Inner ends of the two transverse rod units are pivotally connected to the connecting seat so that each of the two transverse rods is configured to be folded in half using a corresponding one of the two supporting feet as a center line. The linking rod is connected between the two supporting feet to pull the two supporting feet in a longitudinal direction. End portions of the linking rod are detachably insertion-connected to the two supporting feet

A bed skeleton of an iron frame bed comprises a rectangular frame, a plurality of frame rods, and two or three longitudinal beams. The rectangular frame comprises two transverse rods and two longitudinal rods. A length of each of the two transverse rods is greater than a length of each of the two longitudinal rods. The two or three longitudinal beams divide the rectangular frame into three or four individual cells. The plurality of frame rods are evenly disposed in the three or four individual cells. Each of the plurality of frame rods is arranged transversely. A length of each of the plurality of frame rods is shorter than a length of each of the two or three longitudinal beams, and each end of each of the plurality of frame rods is connected to one of the two longitudinal rods or one of the two or three longitudinal beams.

A headboard includes a first headboard, a second headboard, a third headboard, and a fourth headboard. The first headboard includes a first panel and a first accommodating groove formed on a back of the first panel. The second headboard is detachably connected to the first headboard and includes a second panel and a second accommodating groove formed on a back of the second panel. The third headboard is detachably connected to one side of the first headboard and/or the second headboard. The third headboard defines a third accommodating groove. The fourth headboard is detachably connected to the other side of the first headboard and/or the second headboard. A size of the first accommodating groove is same as a size of the second accommodating groove. A size of the third headboard is mirror-symmetrical to a size of the fourth headboard.