An improved structure of inflatable bed includes: an inflatable mattress having an upper surface, a lower surface, and a lateral side structure that has upper and lower edges respectively connected to edges of the upper and lower surfaces so that the inflatable mattress is formed with an air charging space, the lateral side structure including a first charging valve in communication with the air charging space, the air charging space being provided therein with a Drop-stitching construction fabric having upper and lower ends respectively connected to the upper and lower surfaces; and an inflatable frame including at least one inflatable tubular body and outer layer cloth covering the inflatable tubular body. The inflatable tubular body includes a second charging valve. The inflatable frame is positioned on a bottom side of the inflatable mattress. The inflatable frame includes elastic braided bands to prevent undesired outward expansion of the inflatable frame after inflation.

An adjustable bed system includes first and second frames; a back lifting assembly having a back lifting bracket pivotally connected to the first frame and a back lifting actuator pivotally connected between the back lifting bracket and the first frame for operably driving the back lifting bracket to pivotally move in an upward or downward rotating direction relative to the first frame; a leg lifting assembly having a leg lifting bracket pivotally connected to the second frame structure and a leg lifting actuator pivotally connected between the leg lifting bracket and the second frame for operably driving the leg lifting bracket to pivotally move in an upward or downward rotating direction relative to the second frame; and a foldable connection mechanism connecting the first and second frames such that the first and second frames are pivotally foldable relative to one another at the connection mechanism.

An adjustable bed frame includes first and second bed frame units. The first bed frame unit includes a first longitudinal rod, a second longitudinal rod, a first transverse rod, and a first vertical rod. The first longitudinal rod, the second longitudinal rod, and the first transverse rod are all pivotally attached to the first vertical rod. A locating hole passes through a side of the first transverse rod. The second bed frame unit includes a third longitudinal rod, a fourth longitudinal rod, a second transverse rod, and a second vertical rod. The third longitudinal rod, the fourth longitudinal rod, and the fourth transverse rod are all pivotally attached to the second vertical rod. A locating pin is disposed on a side of the second transverse rod. In an assembled state, the second transverse rod fits inside the first transverse rod, and the locating pin protrudes out through the locating hole.

Disclosed is a foldable electric bed, including a first bed body and a second bed body; the first bed body includes a first bed board, a second bed board is hinged to the first bed board, the second bed body includes a third bed board, a fourth bed board is hinged to the third bed board, a fifth bed board is hinged to the fourth bed board, and the fourth bed board is arranged between the third bed board and the fifth bed board; the first bed body includes a first support frame, and the second bed body includes a second support frame; and when the first bed body and the second bed body are in a closed state, the first support frame is arranged in the second support frame. The electric bed has the characteristics of being foldable and easy to transport.

Disclosed is an ultra-thin electric bed, including a front bed body and a rear bed body; the front bed body includes a front bed board; the rear bed body includes a rear bed board; a first spoke is disposed on a back of the front bed body, and a second spoke is disposed on a back of the rear bed body; two front longitudinal braces disposed are hinged to the first spoke, and a front cross brace is connected between the front longitudinal braces; two rear longitudinal braces disposed are hinged to the second spoke, and a rear cross brace is connected between the rear longitudinal braces; the two front longitudinal braces are disposed between the two rear longitudinal braces; and when the front bed body and the rear bed body are closed, the front cross brace is disposed between the rear cross brace and the rear crosspiece.

Disclosed is an ultra-thin electric bed, including a front bed body and a rear bed body; the front bed body includes a front bed board; the rear bed body includes a rear bed board; a first spoke is disposed on a back of the front bed body, and a second spoke is disposed on a back of the rear bed body; two front longitudinal braces disposed are hinged to the first spoke, and a front cross brace is connected between the front longitudinal braces; two rear longitudinal braces disposed are hinged to the second spoke, and a rear cross brace is connected between the rear longitudinal braces; the two front longitudinal braces are disposed between the two rear longitudinal braces; and when the front bed body and the rear bed body are closed, the front cross brace is disposed between the rear cross brace and the rear crosspiece.

Modular mattress systems include mattress modules configured such that a plurality of mattress modules are configured to form a first modular mattress of a first selected geometry and are reconfigurable to form a second modular mattress of a second selected geometry.

Modular mattress systems include mattress modules configured such that a plurality of mattress modules are configured to form a first modular mattress of a first selected geometry and are reconfigurable to form a second modular mattress of a second selected geometry.

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.

This disclosure concerns a handheld wireless remote control in communication with a cellular network infrastructure that is adapted to transmit adjustable bed control signals to an adjustable bed controller via one of a standard wireless connection, RF, Bluetooth or WiFi in response to the user input. The remote control can receive, on the touch screen, feedback from the adjustable bed controller indicating the success of the control signal.