A sleep system comprises an air posturizing module having a case, the case comprising a first case section extending medially along a length of the case to define a movable first section, a second case section adjacent to the first case section and extending along a length of the case to define a movable second section, a third case section defining a third posturing section, a fourth case section extending medially along a length of the case to define a movable third section, and a fifth case section extending medially along a length of the case to define a movable fourth section. One or more first air chambers are carried in the first, third and fourth case sections to provide a first sleep area, and one or more second air chambers are carried in the second, third, and fifth module sections to provide a second sleep area.

The present disclosure is related to a bed assembly. Specifically, the present disclosure relates to a bed assembly that is compatible with a traditional consumer bed and can enhance the traditional consumer bed so it provides features of a traditional hospital bed.

The disclosure discloses a multifunctional airbed, comprising a bed body provided with at least two air bags thereon, the bed body and the air bags are both independent chambers, a plurality of air bags being arranged on the same side of the bed body, and gap being arranged between any two adjacent air bags, both provided for users to lie on. By adjusting the inflation and deflation states (including fully inflated, partially inflated and completely deflated) of the air bags, users can bent or tilt the bed to transform it, so to achieve different functions.

A system and a method for adjusting a bed are disclosed. The bed is preset with a plurality of sets of adjustment parameters. An external muscle strength/pressure detection device or method is used to select at least two sets of the adjustment parameters suitable for the user. The corresponding sleep parameters are detected when the user sleeps, and the user-specific adjustment parameters are quickly selected and sent back to the bed for adjustment. Through the method, there is no need for the bed to provide pressure sensors.

A lateral rotation apparatus may include a person support surface having a head segment and a torso segment. An adjustable leg may have a head support positioned below the head segment. The adjustable leg may have a torso support positioned below the torso segment. The head support may be adjustable to rotate the head segment. The torso support may be adjustable to rotate the torso segment. A linkage assembly may be coupled to the head support and the torso support. The linkage assembly may have a sliding link that is movable between an open position and a closed position. The sliding link may also be rotatable between a first rotational position and a second rotational position. An actuator is operable to move the sliding link.

A system can include a zipper that connects a mattress to a bed foundation. For example, the zipper can extend from a head end to a foot end of an adjustable foundation. For another example, a zipper can connect to a mattress along a seam of the mattress and/or to a foundation along a seam of a foundation. For another example, a first zipper can connect the mattress core to a second zipper and the second zipper can connect a foundation to the first zipper. For another example, first and second zippers can be substantially vertically aligned.

Disclosed is a height-adjustable bed including: a base; a support frame placed on an upper surface of the base; a mattress stably placed on an upper surface of the support frame; and a height adjusting device connected to the support frame and the base to adjust the height and tilt of the support frame, wherein the height adjusting device includes a gas spring or a spring lever to manually adjust the height of the support frame.

A bed includes a frame installed horizontally with respect to a floor, a plate installed over the frame and having an end portion that is inclined upward with respect to the frame, an arm that supports the plate over the lower side of the plate, and a sensor attached to the arm.

A bed frame is provided that includes a lower frame and an upper frame having a first section, a second section and a third section. The second section is positioned between the first section and the third section. The first section is pivotable relative to the lower frame. The third section is fixed relative to the lower frame. The second section is pivotable relative to the first section and the third section. A lifting assembly includes a first end that is coupled to the lower frame and a second end that is coupled to the second section. The lifting assembly is configured to selectively move the second section toward and away from the lower frame.

The presently disclosed subject matter provides an inflatable adjustable bed. Generally, the inflatable adjustable bed comprises two inflatable units. A head support unit designed to support a user's head and torso and a leg support unit is designed to support the user's legs. A secondary pad may be secured to the inflatable units and provide additional support to a user lying supine on the inflatable adjustable bed. In some embodiments, the secondary pad comprises a functionality to provide a user with options for cooling, heating, vibration, or monitoring for vitals. Different sections and units of the inflatable adjustable bed can be inflated or deflated independently to a desired level. The inflatable adjustable bed can be folded for an easy transport by the user.