Apptec, Inc.

Vilambi N R K Reddy

Anil Torgalkar

Lionel Xavier

Regina A Gallagher

N B Baktha Reddy

N Rengasamy Murugan

A long-acting ultrasonic dispenser that effuses a water-based deodorizer solution into ambient air as a dry fog in a closed environment, and a method for deodorizing noxious odors in that closed environment by the dry fog. The dry fog, containing the deodorizer, chemically reacts with materials producing the odors, thereby neutralizing them. The dispenser contains an electronic ultrasonic wave generator comprising a piezoelectric crystal and an ultrasonic membrane, which is always submerged under liquid. As the liquid evaporates, droplets larger than five microns are filtered out, and the remaining dry fog is emitted into the air. The dispenser is connected to a large reservoir. When the liquid level reaches a minimum permissible height, additional deodorizer solution is pumped into the dispenser. This system is ideal for use with central air conditioners in large office buildings to eliminate odors over a long period of time with minimum maintenance.

Long-acting deodorization of noxious odors using a water-based deodorizing solution in an ultrasonic dispenser

Analgesic formulations to be applied topically that are reported to relieve moderate to severe pain due to tendonitis, fibromyalgia, shingles, insect bites and bee stings, ACL, arthritis, and sinus headaches. In many cases, test subjects report immediate pain relief with a single application and complete pain elimination with only a few applications. The formulations are in a coconut oil base which is skin friendly. The primary active ingredient is, which when combined with other ingredients, causes the formulation to exhibit a synergistic effect on pain relief unexpected from using the ingredients alone or in combination.

Topical pain reliever

The Present Invention is an uncoated reduced fat, high fiber, high protein, and low calorie roasted snack peanut. The uncoated snack peanuts are manufactured using a physical process comprising expelling the oil from nutmeat kernels (defatting) using a novel pressing process that takes less than a minute. The defatting process deforms the nuts. The peanuts are reformed to their original shape using water. Then the reformed nuts are annealed using cold water to produce hardened nuts. The peanuts are then dried and roasted using state-of-the-art technology. Prior art processes that expel the oil from nuts and reconstitute them produce nuts that easily break and flake. Most of these nuts have an undesirable taste. By contrast, the uncoated, defatted peanuts of the Present Invention have hardness, texture, taste, aroma, and a physical appearance closely approximating that of natural nuts. The shelf life is improved relative to the prior art processes.

Low-calorie, low-fat snack nuts

The Present Invention relies upon a physical process for preparing reduced fat, high fiber, high protein, low calorie roasted snack nuts. The process of the Present Invention exhibits significantly lower process times and higher yields than the prior art processes. The process comprises expelling the oil from nutmeat kernels (defatting) using a novel pressing process that takes less than a minute. The defatting process deforms the nuts. The nuts are reformed to their original shape using water. Then the reformed nuts are annealed using cold water to produce hardened nuts. The nuts are then dried and post-processed with coatings and roasting using state-of-the-art technology. The yield of snack nuts produced by this process is generally greater than eighty percent.

Process for preparing low-calorie, low-fat snack nuts

Herbal compositions that, when used in an effective amount, are suitable for the regression of chronic inflammatory skin disorders, including eczema, psoriasis and seborrheic dermatitis. The compositions, formulated as ointments, oils and shampoos, are comprised of a non-aqueous extract of, an extract ofL., extracts ofL.,, and pharmaceutically or cosmetically acceptable excipients suitable for topical use on humans.

Growing community of inventors

Cranbury, NJ, United States of America

Vilambi N R K Reddy