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 frame unit includes first and second bars spaced apart from each other, third bars disposed between the first and second bars, and connectors removably connecting the third bars with the first and second bars. A connector includes a body fixedly connected with the first or second bar, a casing defining an interior to receive an end of a third bar, and a slot allowing insertion of the end of the third bar into the casing. The interior defined by the casing has narrow and wide sides corresponding to the narrow and wide sides of the end of the third bar. As such, when the end of the third bar is inserted into the casing, the end of the third bar is prevented from any translational movement within the casing. The connectors allow quick and easy connection of bars, and in the meantime enhance the stability of the frame unit.

A space saving bed of the kind that can be changed from a single bed into a double bed and vice versa and where performing this change between the single bed and double bed is easy, effortless, and does not require removal of a pad or mattress. The space saving bed includes a first frame part and a second frame part. The first frame part includes a first mattress receiving device and the second frame part includes a second mattress receiving device. The first and second frame parts are hingedly connected together about a first axis and are foldable relative to each other about the first axis. The second mattress receiving device is connected to the second frame part to be rotatable or pivotable about a second axis. The first and second axes are arranged parallel to one another.

A portable readily assembled and dismantled bunk bed has flexible bed support members with integral flexible head and foot and vertically disposed members that disconnectably engaged and hold the flexible bed support to a horizontal frame member and provide end members that prevent a child from sliding through the frame members.

Method and apparatus for metal bed stays designed primarily for usage on bunk beds, but which could be used on any type bed wherein the metal bed stay includes a horizontal portion upon which the mattress or a supporting Bunkie board would rest having opposing ends wherein each end is fastened to an opposite left and right bed side rail. The bed rail includes a horizontal cross piece which could be of any shape, but may be round, having opposing ends having an upward vertical leg on each end including a 90 degree bend portion with a thickened portion above the bend along with a transition area which transitions to a flattened portion which is wider so as to receive a plurality of apertures therein through which fasteners pass in order to attach the vertical leg portion to the inside surface of the opposing left and right bed side rails.

A portable readily assembled and dismantled bunk bed has flexible bed support members with integral flexible head and foot and vertically disposed members that disconnectably engaged and hold the flexible bed support to a horizontal frame member and provide end members that prevent a child from sliding through the frame members.

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.

The multiple-tier bunk-bed system offers a safer, more convenient, and easier-to-use three-sleeper bunk bed. This third bed slides out from the bottom and locks into place. The slide-out bed can lock before it is completely removed, leaving no gap or space between the beds. Additionally, the bed can have retractable side rails, preferably made from wood, matching the material of the bed frame. When the side rails are retracted, there can be a retractable wooden flap that slips right over the rail, leaving the visual impression of a clean finish, as well as allowing the bed to be used and look attractive with or without the rails.

The multiple-tier bunk-bed system offers a safer, more convenient, and easier-to-use three-sleeper bunk bed. This third bed slides out from the bottom and locks into place. The slide-out bed can lock before it is completely removed, leaving no gap or space between the beds. Additionally, the bed can have retractable side rails, preferably made from wood, matching the material of the bed frame. When the side rails are retracted, there can be a retractable wooden flap that slips right over the rail, leaving the visual impression of a clean finish, as well as allowing the bed to be used and look attractive with or without the rails.

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.