In order to maximize spatial utilization and to minimize the volume of a thermotherapy bed so that the thermotherapy bed can be easily stored or moved, the thermotherapy bed includes: a bed body having a thermotherapy device placed therein; side frames connected to both side surfaces of the bed body, respectively; and bed legs configured to support the bed body and connected to the side frames, respectively, wherein the thermotherapy device is placed in a center of the bed body and forms a protrusion on a bottom surface of the bed body, and the bed legs are folded to face an inside of the bed body and are accommodated in spaces formed at both sides of the thermotherapy device.

A frame includes a mounting assembly having a plurality of mounting members connected to or integrally formed with each other. The frame also includes first and second leg assemblies pivotally connected with the mounting assembly at first and second sides of the mounting assembly, respectively. The first and second leg assemblies are foldable into an interior defined by the mounting assembly and, when folded, are substantially on the same plane as the mounting assembly. The frame further includes one or more supporting assemblies to help stabilize the first and second leg assemblies and support the mounting assembly when the frame is unfolded. Thus, the frame is compact when folded and stable when in use.

Disclosed are adjustable supports and frames. An adjustable support includes an inner bar, an outer bar and a locking/unlocking mechanism for controlling the relative movement of the inner and outer bars. The locking/unlocking mechanism includes a casing pivotally connected with the outer bar, a pin coupled with the casing, and an elastic member to engage the pin with the inner and outer bars.

A folding bedstead comprises a first and second unit bedsteads hinged through one or more connecting positions. The unit bedsteads comprise a frame comprising a plurality of corners and an interior. A plurality of bars are disposed in one direction of the frame internally. Each connecting member is disposed in a corner and comprises a body and a first and second lugs. The body is coupled to the corner. The first and second lugs are disposed in the body. A supporting leg, hinged with the first lug, is disposed thereon. A diagonal bracing member is disposed on the second lug wherein one end of the diagonal bracing member is coupled with the second lug, and another end of the diagonal bracing member is coupled with the supporting leg. A third lug is disposed on the body wherein one side of the supporting leg presses against the third lug when unfolded.

Disclosed are adjustable supports and bedsteads. An adjustable support includes an inner bar with one or more cuts and an outer tubular bar with a slot. The inner and outer bars are movably coupled with each other. The adjustable support also includes a mechanism coupled with the outer bar at a position corresponding to the slot of the outer bar. When a cut of the inner bar is aligned with the slot of the outer bar, the mechanism engages with both the cut of the inner bar and the slot of the outer bar, and thus restricts the inner and outer bars from moving with respect to each other.

Disclosed are adjustable supports and bedsteads. An adjustable support includes an inner bar with one or more cuts and an outer tubular bar with a slot. The inner and outer bars are movably coupled with each other. The adjustable support also includes a mechanism coupled with the outer bar at a position corresponding to the slot of the outer bar. When a cut of the inner bar is aligned with the slot of the outer bar, the mechanism engages with both the cut of the inner bar and the slot of the outer bar, and thus restricts the inner and outer bars from moving with respect to each other.

A frame includes a mounting assembly having a plurality of mounting members connected to or integrally formed with each other. The frame also includes first and second leg assemblies pivotally connected with the mounting assembly at first and second sides of the mounting assembly, respectively. The first and second leg assemblies are foldable into an interior defined by the mounting assembly and, when folded, are substantially on the same plane as the mounting assembly. The frame further includes one or more supporting assemblies to help stabilize the first and second leg assemblies and support the mounting assembly when the frame is unfolded. Thus, the frame is compact when folded and stable when in use.

The present invention relates generally to the field of bunk beds. More specifically, the present invention relates to a foldable bunk bed device for a toy hauler trailer that is primarily comprised of at least one bunk frame attached to at least one vertical frame member and at least one motor. The device is designed to be used within the garage area of a toy hauler trailer. The bunk frame can be raised upward within the garage area when not in use or lowered down into the garage area when in use. The bunk frame attaches to a track within the vertical frame member, wherein the track may be powered by a motor which can be controlled by a remote. The bunk frame may further have an additional support leg and a ladder. The bunk frame receives a mattress that allows a user to sleep.

A bedding or furniture product comprises a foldable leg assembly movable between a folded position for storage or shipping the product and a locked position for supporting the product in use. The foldable leg assembly comprises a threaded connector adapted to be securable to a frame of the product and a linkage member pivotally coupled to the threaded connector to form a pivot joint therebetween. The leg assembly further comprises a leg member coaxially coupled to the linkage member and slideable therealong. The leg member has a threaded inner surface adjacent to an upper end configured to be threadably coupled to the threaded connector.

A bedding or furniture product comprises a foldable leg assembly movable between a folded position for storage or shipping the product and a locked position for supporting the product in use. The foldable leg assembly comprises a threaded connector adapted to be securable to a frame of the product and a linkage member pivotally coupled to the threaded connector to form a pivot joint therebetween. The leg assembly further comprises a leg member coaxially coupled to the linkage member and slideable therealong. The leg member has a threaded inner surface adjacent to an upper end configured to be threadably coupled to the threaded connector.