Other

Burroughs, Inc.

Lesko-Care, L.l.c.

Joseph Lesky

James Lesky

Teresa Lesky

George J Przybylek

A formulation which promotes gum and oral health through the presence of natural components exhibiting astringent, antiseptic and local stimulant effects. The formulation can be in the form of a concentrate, an oral rinse, gel, ointment, and other topical forms. The formulation also promotes healing of sores and wounds as well as preventing toothdecay. The use of cayenne as a preferred component has a synergistic effect on other components effects.

Oral hygiene formulation and method of use

A method and apparatus provides infusing marinating liquids into foods in a relatively short period of time to enhance the flavor of said foods. The method uses air pressure above atmospheric to force marinating liquid into the foods. The foods are submerged in the marinade and the air pressure forces the marinade into the submerged foods. Air pressure and time of pressurization is electronically controlled and can be based upon the weight of the food to be marinated. The apparatus includes a sealed vessel for holding the food and marinate and electronic controls that set and manage a pump to control the pressure and duration of pressurization to insure adequate penetration of the marinating liquid into the food.

Method and apparatus for food marinating

The panel comprises a gas-filled envelope formed by a base plate and a face plate hermetically sealed together by a ring of fusible sealing material. The interior of the envelope includes a display area which consists of glow cathodes and one or more anodes. Adjacent to the display area and near one end of the panel is provided a source of mercury which comprises a glass capillary tube containing a droplet of mercury. The mercury capillary tube is supported by a generally C-shaped insulating layer which is formed when the ring of fusible sealing material is formed, and of the same material. This C-shaped layer, like the sealing ring, is in contact with, and lies between, the base plate and face plate. The glass capillary is embedded at one end and at about its midpoint in this seal material, with the opposite end being free and unsupported. The free end of the capillary can be shattered by a laser to release mercury vapor into the panel envelope. The small spacing between the capillary and both the base plate and face plate prevents mercury droplets held inside the C-shaped layer from entering the display area of the panel, and, after the initial opening of the capillary, during which droplets might appear, no further droplets will leave the capillary, due to capillary adhesion, and only mercury vapor will be emitted.

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Cranford, NJ, United States of America

Joseph Lesky