An integral head sling support apparatus and system for a person for use primarily during travel, comprising a head band or piece adapted to fit around the forehead of the person and a harness extending from the headband assembly to a sling assembly adapted to receive the person's arms. The integral head sling support further comprises a headrest assembly of a neck pillow and guide for one or more straps configured to utilize the weight of the persons arms in the sling assembly to pull rearward the person's head and anchor while supporting the person's head so that the person can sleep in an upright seated position. The one or more adjustable straps may be a portion of the sling assembly pass behind the head, along the back and under the person's armpits so that when the person is seated and places their arms in the sling assembly, the weight of the person's arms provide the weight of an anchor for the integral head sling support apparatus and system.

Apparatus and methods according to various aspects of the present technology may comprise a fluid reservoir configured to provide a user with access to the fluid while the user is in bed. In one embodiment, the fluid reservoir may comprise a body suitably configured to be positioned near the bed while allowing the user to receive fluid from the reservoir without having to sit up or get out of bed. In one embodiment, the fluid reservoir may comprise a flexible delivery conduit having a valve at one end that allows the user to ingest the fluid when desired.

A pillow for sleeping on one's side that comfortably accommodates the user's shoulder by having an indentation at a middle section of the pillow. The indentation is created by a first interior face and a second interior face that tapers inwardly towards a center axis from lateral sides of the pillow. The first and second interior faces also taper from a top side towards the bottom side of the pillow. The indentation can be replicated on the opposite side so that the pillow can be reversible.

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 protective arm cover utilizes a set of curved rigid panels to create a firm, structurally-sound guard with an opening for a user's arm. A set of metal ties may be used to join adjacent panels, securing the panels end-to-end. The panels and ties may utilize sets of holes to enable connection and size adjustment, thus preventing the apparatus from consuming too much space on the bed and simultaneously ensuring that the user's arm is comfortably supported during sleep. Shifting aligned holes in the panels and ties allows for adjustment of the diameter of the arm space. An inner padding within the arm opening created by the panels ensures that the user's arm is cushioned from the rigid panels. Similarly, an outer padding prevents the user's head from contacting the panels and ties while the user rests. Thus, the apparatus may prevent damage or discomfort to an extremity during sleep.

A snoring prevention pillow includes: a center protrusion (101) allowing sleeper's head and neck to laterally rotate in either left or right direction at the center of upper and lower surfaces of a pillow body (10); a neck support (102) formed on lower portions of the upper and lower surfaces of the pillow body (10); and headrest portions (103) formed at opposite sides of the center protrusion (101) and each having a groove shape that is thinner than the pillow body (10), wherein the headrest portions (103) each have the groove that becomes deeper from the lower to upper portion in the upper lateral direction such that the head and the neck of the sleeper can be tilted in the upper lateral direction.

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.

A cushion including a pillow portion (2) useable for supporting the head of a user of the cushion and an elongate trunk (4) portion that extends away from the pillow portion (2) and which is usable for supporting the chin of the user. Wherein the pillow portion (2) is shaped so that it is useable to extend from at least a position on the back of the neck of a user whose head is being supported by the pillow portion (2) that is less than three centimeters from the mid-point of the back of the neck to at least a position where it contacts an ear of the user, and wherein in this use of the pillow portion (2) the trunk portion (4) extends away from the pillow portion (2) towards the chin of the user.

A polyurethane foam for comfort application, includes the reaction product of a first composition that includes from 20 wt % to 80 wt % of an aqueous component and from 20 wt % to 80 wt % of a hydrophilic isocyanate-terminated prepolymer component. The aqueous component includes at least 90 wt % of water based on the total weight of the aqueous component and the hydrophilic isocyanate-terminated prepolymer component has a free NCO content from 1 wt % to 15 wt % and is a reaction product of a second composition that includes an isocyanate component and an isocyanate-reactive component. The isocyanate component includes at least 90 wt % of methylenediphenyl diisocyanate (MDI) and a weight ratio of 4,4′-methylene diphenylisocyanate isomer to 2,4′-methylene diphenylisocyanate isomer greater than 1:1 and less than 10:1, the isocyanate-reactive component including polyethylene glycol and a polyoxypropylene-polyoxyethylene polyol having a molecular weight of from 3000 g/mole to 7500 g/mole and a polyoxyethylene content of at least 50 wt %, and the hydrophilic isocyanate terminated prepolymer component having an polyoxyethylene content from 45 wt % to 75 wt %, based on the total weight of the second composition.

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.