Shallenberger
David Shallenberger, Newark, OH US
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20120146252 | CONTROL METHOD FOR DETERMINING CURE STATUS OF GLASS FIBER PRODUCTS - A method for assessing the cure status of a fibrous blanket manufactured with mineral fibers and binder is disclosed and comprises a first, qualitative assessment of cure followed by a second quantitative assessment that utilizes one of alternative procedures depending on the outcome of the first, qualitative assessment. For example, a first visual inspection may qualitatively reveal areas or undercure, upon which a second pH test of samples extracted from undercured areas may quantify the degree of undercure. Conversely, if the visual inspection reveals no undercured areas, a different sampling procedure examines different blanket areas for overcure status using a similar pH test. | 06-14-2012 |
David L. Shallenberger, Newark, OH US
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20120145035 | APPARATUS AND METHOD FOR RE-CIRCULATING WASH WATER USED IN MANUFACTURING GLASS FIBER PRODUCTS - A method of re-circulating washwater used to clean production components for the manufacture of fibrous insulation, e.g. fiberglass is disclosed. The method includes providing a bulk washwater recovery loop to re-circulate washwater used to clean the downstream air components, as well as a separate hoodwall washwater recovery loop to re-circulate hoodwall washwater. Re-circulated hoodwall washwater may be used to clean the forming hood components and for preparation of binder dispersions. In the latter case, the pH of the hoodwall washwater is measured and the binder dispersion may be prepared with 100% hoodwall washwater, 100% makeup water, or a blend of each depending on and in response to the pH measurement. | 06-14-2012 |
Frank Shallenberger, Carson City, NV US
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20090259111 | Method for analyzing mitochondrial function - A method for analyzing the mitochondrial function of a subject involves: conducting a first test wherein the average oxygen consumption of the subject during exercise is measured while the subject is breathing air having a first oxygen concentration, preferably room air having a concentration of 20-21% by weight; conducting a second test wherein the average oxygen consumption of the subject during exercise is measured while the subject is breathing air having a second oxygen concentration, preferably air having an oxygen concentration of 30-33% by weight; measuring first and second energy quotients obtained from the first and second tests, respectively; and then using the energy quotients to calculate the subject's Mitochondrial Factor. The Mitochondrial Factor is directly proportional to the subject's mitochondrial efficiency and function. If conducted periodically, the method can be used to determine whether the subject's mitochondrial efficiency is increasing or decreasing over time. The rate of increase or decrease will indicate the subject's risk of developing one or more age-related diseases. | 10-15-2009 |
James Shallenberger, Granada Hills, CA US
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20140378799 | Anchoring Apparatus and Method for Attaching Device on Body - The present invention describes improved systems and methods for attaching external medical devices to the body of a patient using a multilayer attachment apparatus. Medical devices that require attachment to the body, including monitoring devices, drug-infusing devices and the like, can utilize embodiments of the attachment apparatus and method described herein. Embodiments of the invention include new adhesive and hook and loop attachment mechanisms and methods for using embodiments of the multilayer attachment apparatus to attach medical device and/or medical device components to the body. | 12-25-2014 |