A bed covering and method of use is provided. The bed covering includes a Portion A and a Portion B, the Portion A having at least one layer of fabric, the Portion B having at least two layers of fabric forming a fabric shell with a cutout near the center of the upper layer where the cutout is hidden from view when Portions A and B are attached, holes in one or more corners configured to aid in insertion of an inner bed filling, and at least one releasably attached piece for attaching Portion B to Portion A.

This invention is about a novel design of a multi-purpose smart pillow and the manufacturing method of the smart pillow. The present invention consists of three main embodiments including a smart pillow two layers cover with special hidden opening and closure mechanism; an inside arrangement for multilayer fillers with different softness; and a removable external cover sheet for the smart pillow. This smart pillow solved the problem of required multiple softness(s) levels for using same pillow with easy cleaning mechanism.

Implementations of a bed sheet with an integrated body positioner are provided. In some implementations, the integrated body positioner of the bed sheet may be padded and act as a pillow for the whole body. In some implementations, the bed sheet may comprise a sheet having an integrated body positioner. In some implementations, the body positioner may comprise a head portion, a torso portion, a first leg portion, a second leg portion, a first arm portion, and a second arm portion. In some implementations, the body positioner may further comprise a padded bumper positioned about the head portion. In some implementations, the integrated body positioner may not include leg portions and may further comprise an elevating foot portion. In some implementations, the elevating foot portion may be padded and configured to act as a pillow for a user's feet and/or ankles.

A nonwoven recyclable fabric and associated methods are provided. The fabric is formed from 100% polyester, and may also include surface coatings such as hydrophilic coatings to promote heat transfer as well moisture vapor transmission rates and/or a silicone coating to promote fabric smoothness and reduce abrasiveness of the fabric.

A bed covering device for protecting humans, animals and objects from crawling pests such as bed bugs. The device includes a top component for contacting the top surface of bedding such as a mattress or box spring. The top component includes barrier material suitable for preventing pests from biting humans or animals resting on the bedding. The device further includes a fitted side skirt joined to the periphery of the top component and having a slippery, i.e., low friction, exterior surface that hinders bed bugs and similar pests from climbing up the covered bedding and gaining access to humans, animals, or objects resting atop the bedding. The device may be part of a system including pillow protectors, headboard and/or footboard protectors for preventing contact by traditional bed coverings with walls or bed structures that may be infested by bed bugs.

An anti-snoring system including an anti-snoring assembly. The anti-snoring assembly includes an anti-snoring-body; with the anti-snoring body including a front-side, a back-side, a top-side, and a bottom-side. The front-side includes a left-surface and a right-surface and the back-side includes a back-side-surface. The top-side includes a top-side-surface, where the bottom-side includes a bottom-side-surface. The anti-snoring system is structured and arranged to be placed beneath a pillow of a user to provide the user with a favorable downward-head-angle for reducing or preventing snoring during sleep. Embodiments include arrangements where the back-side is flat in shape, and both the top-side and the bottom-side are triangular in shape. Additionally, the left-surface and the right-surface of the front-side of the anti-snoring system may each resemble a flat-plane. Accordingly, the left-surface and the right-surface of the front-side of the anti-snoring system will be rectangular in shape.

The present technology provides an encasement comprising a fabric cover formed of bed bug impervious fabric. The encasement comprises an opening with a zipper mechanism disposed therein and operable to close the opening. The encasement also comprises a barrier attached to the fabric cover, extending along and opposite the zipper tracks. The encasement also comprises a channel between the barrier and said zipper tracks that receives a portion of the zipper head and becomes an enclosed channel when said zipper tracks are mated together. The channel has a confined space of a size to thwart bug movement along the channel.

A bedding can be detachably attached to an exterior or interior surface of an apparel. The bedding may attach to the surface of the apparel or the bedding can be disposed in a pocket formed in, or as part of, the interior or exterior surface of the apparel. Alternatively, an apparel can be configured into a bedding. Alternatively, the apparel and a second apparel can detachably attach to one another to form a bedding.

A cooling blanket, including a wall defining a body portion, a plurality of elongated chambers positioned within the body portion, a plurality of baffles positioned within each respective elongated chamber, at least one respective port operationally connected to each respective elongated chamber, and cooling fluid positioned within each respective elongated chamber. The respective elongated chambers are respectively sized to restrict fluid flow towards the ends.

The invention provides an invertible bedding stability system comprising a fitted sheet, a top sheet that resembles a flat sheet at the head end and fitted sheet at the foot end, and a cover bearing a constellation of buttons. The top sheet is sewn by a seam to the fitted sheet along their foot end and one side, such that elastic straps are sandwiched between them and bisected by that seam. The elastic straps define button holes; the external half of each strap may mate to one or more respective buttons on the cover. When the system is mounted on an intended mattress, the bedding remains more reliably in a fully or partially made-bed state, thereby improving the user's sleeping experience.