A customizable sleep system includes a mattress, a mattress topper, and/or a pillow for accommodating the needed or desired body support and cooling of users. The system may include a mattress comprising one or more upper support members, each upper support member including multiple foam layers having at least one of different thermal conductivity characteristics and different glass transition temperature (Tg) characteristics and one or more lower support members, each lower support member including multiple foam layers having different support characteristics. The system may include one or more pillows each including multiple distinct foam layers differing in at least one of a support characteristic, a thermal conductivity characteristic, and a Tg characteristic. The system may include a mattress topper with one or more support members which each include multiple foam layers differing in at least one of a support characteristic, a thermal conductivity characteristic, and a Tg characteristic.

A combination linens bedding set comprising a flat sheet, fitted sheet and pillowcases, where the flat and fitted sheets are each comprised of two different materials attached lengthwise along a center of the sheets. The two different materials may be permanently seamed together or removably affixed using a zipper. The flat sheet is further comprised of a pair of opposed decorative hems such that there are two headers to the flat sheet allowing either end of the sheet to be positioned at a head of a bed. In the embodiment using a zipper, the decorative hems are further formed with a split along the center length immediately adjacent each end of the zipper to allow the decorative hem to lie flat when folded down.

A pillow case having a stress foam insert around the opening edge, a closed edge, or both. The stress foam insert for use in achieving stress relief and thereby promoting restful sleep by squeezing and releasing the foam insert. Attaching the stress foam insert to the pillow case allows for ease of access.

The expandable pillow system has a top-end head pillow and two side pillows interconnected by elastic fabric which fabric adjustably vertically spaces apart the head from the sides and adjustably horizontally spaces apart the sides causing the left-right sides to adjust adjacent either the user's back or side, thereby forming vertical arm channels and a horizontal body channel. System sold with or without insertable pillows and also operable with 1,2 hemispherical side pillows. Enhancements include side pillow cases with closable seams converting interior pillow cases a substantially cylindrical interior space to a substantially hemispherical interior space.

A substrate is provided having a tactile object attached, the substrate constructed of a first material forming a shell for at least partially surrounding a pillow. The tactile object may be formed of a second material that is different than the first material, the tactile object formed in the shape of a comfort item. The tactile object further has a first side providing tactile sensory feedback, and a second side configured to be attached to the shell such that the first side of the tactile object extends away from the first rectangular side of the shell. According to the inventive concepts disclosed herein, the substrate is provided to a user in need of comfort and the tactile object provides tactile sensory feedback to the user designed to comfort the user.

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.

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.

A washable multi-layer composite capable of fluid containment that may be used to protect a surface from liquid infiltration

The present disclosure relates to a new and improved textile fabric fabricated of twill weave sheeting that has excellent wrinkle resisting characteristics, improved softness and durability over the sheeting fabrics currently being manufactured, enhanced aesthetic appeal, economy in cost of manufacture and other desirable characteristics. The textile fabric of the present disclosure can be formed of warp and weft yarns of twill weave construction wherein each of the warp yarns can be made of a natural material and each of the weft yarns can be made of a synthetic material. In an embodiment, the twill weave sheeting can have warp yarn and weft yarn, wherein the warp yarn and the weft yarn being a cross weave of cotton and polyester.

A multifunctional pillow with an adjustable height includes a pillow body and a pillowcase. The fabric shell is stretchable along a length and a height of the fabric shell, but is not stretchable along a width of the fabric shell. The pillowcase is provided with a main space and a plurality of compression spaces, and the different spaces are separated from and communicate with each other by a zipper mechanism, and a mounting pocket is provided at the bottom of the pillowcase. The height of the pillow can be quickly adjusted through the compression spaces. When users sleep on their backs or on their sides, the cervical spine can be supported by adjusting the height of the pillow. The mounting pocket of the pillow is equipped with inflatable cushions and sensors.