A bed frame connecting piece includes a first connecting piece connected to a horizontal rail of the bed frame and a second connecting piece connected to a vertical rail of the bed frame. A notch part is provided between the first connecting piece and the second connecting piece, and a reinforcing member is provided between the first connecting piece and the second connecting piece. The reinforcing member is located at the notch part and arranged at an inner end of the bed frame connecting piece. One end of the bed frame connecting piece is a narrow edge, the other end of the bed frame connecting piece is a wide edge, and the notch part is arranged at the wide edge. A bed frame includes the above bed frame connecting piece.

The disclosure generally relates to an adjustable foundation or bed, in particular having a dual-tilt adjustable foundation. Upper and lower segments of the adjustable foundation subframe are rotatable relative to each other, thus allowing the upper portion of the subframe to tilt and assume an inclined, flat/horizontal, or declined position relative to the lower portion of the subframe. An articulating mattress support surface above the subframe can move independently from the tilting subframe.

A bed frame includes outer lateral and longitudinal bar units, each having a first end and a second end. Each of first, second, third, and fourth longitudinal bar units includes an upper longitudinal bar and a lower longitudinal bar. The first ends of the first and second longitudinal bar units are rotatably connected with each other. The first ends of the third and fourth longitudinal bar units are rotatably connected with each other. Of each respective longitudinal bar unit, the second end of the upper longitudinal bar is movably connected with the first or second end of a corresponding lateral bar unit, and the second end of the lower longitudinal bar is fixedly connected with the first or second end of the corresponding lateral bar unit.

A disclosed tilt bed includes a tilt base engineered to adjust around widthwise demarcations defining a plurality of tilt sections having a height dimension, the tilt base comprising lateral extension receiving hardware. At least one lateral extension is engineered to extend a width or a length of the tilt base and to adjust around interconnecting hinges and demarcate interconnected extension panels having a height equal to the height of the tilt sections. Extensible attachments are engineered on each extension panel to secure each extension panel to a respective bed tilt section via the extensible attachments received into the extension receiving hardware. A method includes securing the lateral extensions a distance from the tilt sections to expand the tilt base into a larger bed size including single, twin, full, queen and king and variations for length and width included. The tiltable base and the attached tiltable extensions are adjusted together.

This structurally engineered steel canopy bed frame provides another layer of protection to people living in earthquake prone areas to better protect themselves against falling debris-and is rated to withstand 39,000 pounds at each of the four vertical posts. This durable powder coated (more resistant to chipping, scratching and fading) bed frame comes in most twin to California King and custom mattress sizes with no box springs needed-and there are no moving parts.

A bed that is movable from a low position to a high position with a tailored actuator load output is provided. The bed has a main frame between two bed ends. An end lift assembly is provided on each end to raise and lower the bed. Each end lift assembly has a wheel frame, a wheel assembly, a support frame, a load transfer assembly and an actuator. The load transfer assembly has one or more pivot arms and one or more cam arms. The cam arm (or arms) is connected to the main frame. One end of the pivot arm (or arms) is pivotally connected to the support frame. The other end of the pivot arm is pivotally connected to the actuator in a single arm embodiment and are connected to a cross member that is pivotally connected to the actuator in a multiple pivot arm embodiment.

A waterbed system for placement on a ground surface can comprise one or more of the following components: a waterbed mattress, a foam structure around the periphery of the mattress, a platform below the mattress and the foam periphery for supporting the waterbed mattress and the foam structure, a foundation coupled to and extending downwardly from the platform, preferably a single, fire resistant polyester fiber baffle disposed within the waterbed mattress, a cover over the top surface of the mattress and around the outer surface of the foam structure, a water proof liner below the bottom surface of the mattress, a water bed heater under the liner between the liner and the upper surface of the platform, a layer of fiberglass insulation attached to the lower surface of the platform, and an accessory storage container coupled to the foundation.

A care bed includes a bedframe unit and a height-adjustment support unit. The bedframe unit includes a platform having a number of platform sections. At least one bedframe actuator is operable to drive at least one of the platform sections to lift up or lower down. A bedframe control unit controls operation of the at least one bedframe actuator. A bedframe power supply supplies power for operations of the bedframe control unit and the at least one bedframe actuator. The height-adjustable support unit includes at least one height adjustment driving device operable to control a height of the bedframe unit, and a height adjustment control unit to control operation of the height-adjustment driving device, the height adjustment control unit being separate from the bedframe control unit. The power for operations of the height adjustment driving device and the height adjustment control unit is supplied by the bedframe power supply

A device comprising: a bed frame comprising a platform frame and a headboard frame, wherein the platform frame is T-shaped as defined via a leg portion and a platform portion, wherein the platform portion comprises a spine portion extending longitudinally over the leg portion, wherein the headboard frame defines a U-shaped channel, wherein the spine portion extends through the U-shaped channel and the headboard frame is non-perpendicularly oriented to the platform portion when the headboard frame spans between a wall and a floor, the platform portion is secured to the wall cantileveredly, and the headboard frame is secured to the wall distal to the floor.

A corner locking mechanism for a bed base that has corners formed by respective adjacent mating side panels and end panels is provided. The corner locking mechanism has a first section including a first top wall, a first outer wall orthogonal to the first top wall, and a first inner wall extending orthogonally from the first top wall. The corner locking mechanism also has a second section extending orthogonally from the first section, the second section including a second top wall, a second outer wall extending orthogonally from the second top wall, and a second inner wall spaced from the second outer wall and extending orthogonally from the second top wall. The first section is located over one of the side panel or the end panel at the corners.