An apparatus for lifting a mattress to an optimal work level so as to facilitate the bed making process. More specifically an apparatus for lifting a mattress, the apparatus including a generally rectangular ring shaped inflatable member with a generally constant cross section configured to be disposed between a mattress and a supporting structure of a bed in an unsecured manner; an air pump in fluid communication with the inflatable member, the air pump configured to inflate the inflatable member to a substantially uniform pressure throughout an entire perimeter of the inflatable member; a power supply in electrical communication with the air pump for providing power to operate the air pump; a switch in electrical communication between the power supply and the air pump configured for activating and deactivating the air pump; and a valve configured to control both inflation and deflation of the inflatable member.

The invention allows producing air flow to either inflate a self-making bedding system via a first outlet, or to heat the air exiting the apparatus via a second, optionally a third, outlet, for controlling the air flow and the temperature sent into the self-making bedding system. The 5 apparatus is operated via an interface on the outside surface of the apparatus; a smartphone or tablet, an intelligent virtual/personal assistant or a computer including an application or software for wirelessly sending instructions to the apparatus, e.g. using Bluetooth™ or Wifi; or a remote control. The invention is particularly useful for disabled persons for self-making their bed by directly controlling the apparatus via the application, with the possibility to use a 0 voice control system combined with the application, or to have the apparatus daily programmed for making the bed or controlling the temperature at specific time of the day.

A handheld, paddle-shaped device with an elongate, flexible shaft that facilitates tucking bedcovers beneath a mattress. The elongate, flexible shaft facilitates reaching across a mattress to a mattress corner in order to tuck a sheet beneath the far corner of the mattress.

A bedding system comprises an anchor and a comforter to minimize and/or eliminate the effort of making of a bed. The bedding system comprises an anchor and a comforter. The anchor provides elastic straps to connect to the comforter so that the comforter can stay tucked all the time. The elastic straps provide continuous adjustments with the movements of a user. Additionally, the anchor can be adjusted to allow the user to achieve ultimate comfort and high-quality sleep while tucked in during sleep. Both the anchor and comforter can be folded and locked in place to fit to various widths and thicknesses of the bed. The bedding system provides efficient connections between the anchor and the comforter, thus allows the use to easily disconnect the system for washing and/or replacement.

Levitation devices are disclosed for use with beds. In one embodiment, the levitation device is configured to facilitate rotation of a mattress with respect to a box spring. In another embodiment, the levitation device is configured to facilitate making a bed which allows sheets and blankets to be tucked between the mattress and the box spring without the need to lift the mattress. In a third embodiment, the levitation device functions as a hybrid device and can be used for making a bed or rotating a mattress.

A bed frame convenient for changing bed sheets includes a base, a rotation module for accommodating a mattress located above the base, a sliding module located between the rotation module and the base, a sliding device located between the sliding module and the base, wherein the sliding module is able to slide along a length of the base through the sliding device, and a rotation device located between the sliding module and the rotation module, wherein the rotation module is able to rotate around a central axis of the sliding module. Through the cooperation of the sliding device and the rotation device, a staff is able to change the bed sheet only by standing in one position, which greatly saves energy and time of the staff. After changing the bed sheet every time, the mattress is rotated exactly 180 degrees, which is able to extend the life of the mattress.

An inflatable device includes an inflatable bladder configured to inflate when the entirety of the inflatable bladder is located under a mattress, an air compressor configured to inflate the inflatable bladder when the inflatable bladder is located under the mattress, at least one tube fluidically connecting the air compressor to the inflatable bladder, and a least one user interface in operable communication with the air compressor. The at least one user interface is configured to initiate the air compressor and inflate the inflatable bladder.

The device for changing a pillowcase is configured for use with a pillow. The device for changing a pillowcase is configured for use with a pillow case. The device for changing a pillowcase inserts the pillow into the pillow case. Specifically, the device for changing a pillowcase is an openwork structure within which the pillow is contained. Once the pillow is contained within the openwork structure, the openwork structure is inserted into the pillowcase. The openwork structure is opened releasing the pillow after which the openwork structure is withdrawn from the pillowcase. The device for changing a pillowcase comprises the openwork structure, a plurality of hinges, and a handle. The plurality of hinges and the handle are attached to the open work structure. The plurality of hinges open and close the openwork structure.

A passive mattress encasement is disclosed which can be relatively easily installed or removed over a mattress supported by a foundation. The encasement is formed to encapsulate a mattress and includes a top panel, a bottom panel and multiple side panels. One or more of the side panels are zippered together. The unzippered side panels, i.e., the panels without zippers, fixedly connect the top panel to the bottom panel. The top and bottom panels as well as the side panels may be made from conventional materials. The underside of the top panel and optionally the inside of the side panels may be coated with a waterproof coating, such as thermoplastic polyurethane (TPU/PU), silicone, or urethane to form a waterproof membrane. In accordance with an important aspect of the invention, the bottom panel is formed with a slick interior surface and a non-slick exterior surface. The exterior non-slick surface allows a mattress to be rotated without affecting an optional underlying bed skirt while the slick interior surface facilitates rotation of the mattress. The present invention also facilitates easy installation and removal of the encasement over a mattress. Optional straps may be provided, fixedly attached to the encasement. The straps allow the encasement to be snugged against the mattress to enable the encasement to be used with a relatively wide range of mattress depths perimeter lengths and still provide a snug fit.

A system and method of changing a sheet for a mattress of a bed is provided. More specifically, a bedding system includes a retention element sized to be retained on the mattress. A first bedding element is selectively interconnected to the retention system. Optionally, a second bedding element may be interconnected to the first bedding element. In one embodiment, at least one two-part closure interconnects the first bedding element to the retention element. In another embodiment, buttons interconnect the second bedding element to the first bedding element. In yet another embodiment, at least one two-part closure interconnects the second bedding element to the first bedding element. The two-part closure may be a zipper, a plurality of snaps, and a hook and loop system. In one embodiment, the retention element is removably interconnected to the mattress by at least one fastener or closure.