Anti-Snore Pillow

This invention relates to pillow design, and more specifically, to snore inhibiting devices.

The phenomenon of snoring has been the object of much study and efforts aimed at prevention. Factors found to favor snoring are a dorsal position, an open mouth and lack of a deep, restful sleep.

Efforts to control snoring have approached these snore favoring factors independently. Control approaches have included self-hypnosis, surgical amputation of the uvula, injection of sclerosing agents into the soft palate, body restraints, and splints to keep the mouth closed.

These control approaches have not been 100% effective or simple and comfortable to use. A deep, restful sleep is difficult with splints and restraints while surgery has not been fully effective.

The principal and secondary objects of the invention are:

to provide a pillow to discourage the dorsal position;

to provide a pillow to encourage resting on one's side with the chin close to the chest;

to provide a pillow with simple construction; and

to provide a pillow with lateral shoulder supports.

These and other objects are achieved by providing extensions to a rectangular foam pad to form a shoulder slot and imbedding a stiffening brace in the middle of the foam pad aligned with the slot. The reclining subject lodges the slot and foam pad against the left or right shoulder while resting on his or her side. The stiffening brace encourages movement of the head inward towards the chest. This fetal position is supported laterally by the extensions and is very restful. If, while asleep, the subject tries to shift to a dorsal position, the stiffening brace will cause mild discomfort, forcing the subject to return to the side position. This fetal position generally prevents snoring and encourages a deep sleep .

FIG. 1 is a perspective view of an anti-snore pillow.

FIG. 2 is a cut-away view of an anti-snore pillow exposing part of the stiffening brace;

FIG. 3 is a top plan view of the anti-snore pillow; and

FIG. 4 is a right side view thereof with the relative position of the stiffening rod shown in broken lines.

Referring now to the drawing, FIG. 1 shows an external view of an anti-snore pillow 1. A left and right extension, 2 and 3, form a slot for the shoulder of a reclining subject. The extensions can be formed by cutting the slot from a larger slab of polyurethane foam as shown in FIG. 1, or extensions may be individually formed, and attached to a standard sized pillow or foam pad. The extensions may be tapered to improve comfort, as shown.

FIG. 2 shows a cut-away view of a pillow. The cover, 4, is a muslin fabric. The cover 4, surrounds a foam slab, 5, and the extensions 2 and 3. Imbedded in the middle of the foam slab, 5, directly aligned with the slot formed by extensions 2 and 3, is a trapezoidal or rectangular stiffening rod, 6, which is enveloped by semi-soft padding, 7. The stiffening rod, 6, and semi-soft plastic, 7, form a stiffening brace which is fully surrounded by a thin layer of foam to provide minimal comfort. The foam slab, 5, may be foamed in place around the stiffening rod 6, and semi-soft plastic, 7, or the stiffening brace may be placed in a cavity, 10, tunnelled from the back, 9, of the foam slab and covered with filler foam plug, 8. A section of foam in the center of the rectangular stiffening brace is optional. The foam sections and extensions can be attached to the foam slab, 5, using a flexible adhesive.

The semi-soft padding, 7, surrounding the rod, 6, or the entire brace may be made from a plastic material.

While the preferred embodiment of the invention in various configurations has been described, other embodiments and configurations may be devised without departing from the spirit of the invention and the scope of the appended claims.