Abstract: An adjustable foldable bed frame comprises an outer assembly having a body section and a leg section. Each section has a substantially rectangular periphery with an opening and is pivotally coupled together by a pair of first coupling members for movement between an open configuration whereby the sections are co-planar, and a closed configuration whereby the sections are parallel with each other. An inner assembly having a body component and a leg component are positioned within the opening of the body section and the leg section, respectively. The body component comprises a torso portion which is independently adjustable from a flat configuration to a plurality of reclined configurations. The leg component comprises a calf portion which is independently adjustable from a flat configuration to a plurality of elevated configurations. A connecting bracket assembly fixedly couples adjacent adjustable foldable bed frames such that adjacent torso and calf portions are adjustable together.

Abstract: A motorized foldable bed frame assembly configured to fold from an open co-planar assembly to a closed parallel assembly. An embodiment of the present disclosure is a dual-actuating adjustable bed frame that is collapsible and foldable for ease of shipping, and may be configured for use by extending pivoting frame sections and engaging collapsible support legs. A motorized foldable bed frame assembly may include a head adjustable frame, or a head and foot adjustable frame.

Abstract: A modular paneled bed frame assembled from connected paneled sections. A modular paneled bed frame may be comprised generally of a headboard, a footboard, and side rails. Modular paneled bed frame may be configured in a folded position for ease of shipping or retail storage. In an embodiment, a modular paneled bed frame may be assembled by an end consumer in a short period of time, for example less than 15 minutes, based on a “no-tool” assembly due to hinged and interlocking components.