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Scott A Verzwyvelt

from Roy, WA
Age ~73
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Also known as:
Scott Anthony Verzwyvelt, Scott E Verzwyvelt, Scot A Verzwyvelt, Scott A Verzwyvt
Phone and address:
2325 Cascade Dr E, Roy, WA 98580
Related to:
Evelyn Vanessa Verzwyvelt, 46Aaron A Verzwyvelt, 47Peggy M Greenway, 67Chelsea Verzwyvelt, 70Vanessa Lynn Verzwyvelt, 46Dawn O Verzwyvelt, 56Marcia A Verzwyvelt, 74
Connected to:
Patrick J Vesay, 48Patricia Vesce, 63Thomas Vesce, 66Clay T Vescera, 50James Vescera, 76Stefan Vesch, 38Katherine N Veschi, 54Rick A Veschio, 66Kevin J Vesci, 43Monica A Vesci, 48

Scott Verzwyvelt Phones & Addresses

  • 2325 Cascade Dr E, Roy, WA 98580
  • 2506 John Eppes Rd, Herndon, VA 20171 (703) 713-0593
  • 36331 Dwyer Ct, Round Hill, VA 20141 (540) 338-6564
  • Newbury Park, CA
  • 22200 238Th St, Maple Valley, WA 98038 (425) 432-7373
  • Renton, WA
  • Bonney Lake, WA
  • 22200 238Th Pl SE, Maple Valley, WA 98038 (360) 270-0076

Work

Position: Protective Service Occupations

Education

Degree: Associate degree or higher

Publications

Us Patents

Process For Reinforcing Structurally Fragile Inorganic Fabrics

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US Patent:
42333474, Nov 11, 1980
Filed:
Oct 2, 1978
Appl. No.:
5/948119
Inventors:
Hong S. Lim - Agoura CA
Howard H. Rogers - Culver City CA
Scott A. Verzwyvelt - Thousand Oaks CA
Assignee:
Hughes Aircraft Company - Culver City CA
International Classification:
B05D 300
B05D 118
B05D 302
H01M 216
US Classification:
427352
Abstract:
Chemically stable polymers in aqueous alkaline solutions are dissolved in a strongly polar solvent, thoroughly dispersed from this solvent into and throughout the interstices of porous inorganic fabrics and subsequently separated from said solvent by precipitation to provide a homogeneous reinforcement of the structural properties of said fabrics.

Process For Reinforcing Inorganic Fabrics With Fluoroplastics

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US Patent:
43850855, May 24, 1983
Filed:
Oct 29, 1981
Appl. No.:
6/316242
Inventors:
Scott A. Verzwyvelt - Newbury Park CA
Assignee:
Hughes Aircraft Company - Culver City CA
International Classification:
B05D 118
B05D 302
B05D 312
H01M 216
US Classification:
427350
Abstract:
Inorganic-organic composites suitable for use as separators in alkaline storage batteries requiring gas permeability, thermal stability, chemical stability and good structural strength and a process for making them are disclosed. The composites are more thermally stable than prior art separator materials, retain aqueous alkaline electrolytes well and are chemically resistant to 31% KOH solutions at 110. degree. C.

Polypropylene Separator For Use In Alkaline Storage Batteries And Process For Making Same

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US Patent:
42174040, Aug 12, 1980
Filed:
Oct 23, 1978
Appl. No.:
5/953511
Inventors:
Scott A. Verzwyvelt - Thousand Oaks CA
Assignee:
Hughes Aircraft Company - Culver City CA
International Classification:
H01M 216
US Classification:
429206
Abstract:
Intrinsically nonwettable polypropylene battery separators are rendered wettable by treating them with polybenzimidazole. Polybenzimidazole (PBI) treated polypropylene (PP) separators exhibited excellent thermal and chemical stabilities, show excellent electrolyte retention, and are gas permeable.

Alkaline Battery Spearator

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US Patent:
42775477, Jul 7, 1981
Filed:
Mar 10, 1980
Appl. No.:
6/128747
Inventors:
Scott A. Verzwyvelt - Newbury Park CA
Assignee:
Hughes Aircraft Company - Culver City CA
International Classification:
H01M 216
US Classification:
429251
Abstract:
Substrates prepared from chemically inert organic fibers that are non-wettable are rendered wettable by mechanically attached coatings of hydrophilic inorganic particles. The resulting inorganic-organic composites are suitable for use as separators in alkaline storage cells.

Inorganic Composites Used As Separators

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US Patent:
43083250, Dec 29, 1981
Filed:
Mar 31, 1980
Appl. No.:
6/135608
Inventors:
Scott A. Verzwyvelt - Newbury Park CA
Assignee:
Hughes Aircraft Company - Culver City CA
International Classification:
H01M 216
US Classification:
429251
Abstract:
Inorganic-organic composites suitable for use as separators in alkaline storage batteries requiring gas permeability, thermal stability, chemical stability and good structural strength and a process for making them are disclosed. The composites are more thermally stable prior art separator materials, retain aqueous alkaline electrolytes well and are chemically resistant to 31% KOH solutions at 110. degree. C.

Process For Preparing Wettable Composites From Inert Organic Polymer Fibers With Inorganic Particles

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US Patent:
43638341, Dec 14, 1982
Filed:
Jul 6, 1981
Appl. No.:
6/280415
Inventors:
Scott A. Verzwyvelt - Newbury Park CA
Assignee:
Hughes Aircraft Company - Culver City CA
International Classification:
B05D 300
B05D 302
US Classification:
427296
Abstract:
Substrates prepared from chemically inert organic fibers that are non-wettable are rendered wettable by mechanically attached coatings of hydrophilic inorganic particles. The resulting inorganic-organic composites are suitable for use as separators in alkaline storage cells.

Method For Improving Battery Discharge Performance

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US Patent:
60548428, Apr 25, 2000
Filed:
Jul 24, 1998
Appl. No.:
9/122425
Inventors:
Scott Anthony Verzwyvelt - Maple Valley WA
Robert Ross Matson - Enumclaw WA
Assignee:
The Boeing Company - Seattle WA
International Classification:
H01M 1046
US Classification:
320135
Abstract:
A method for improving battery discharge voltage is disclosed. In the method, the battery discharge voltage is improved by increasing battery temperature during discharge. The method is useful in extending the life of nickel electrode rechargeable batteries including those employed as spacecraft power sources.

Extended Life Nickel-Hydrogen Storage Cell

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US Patent:
48205974, Apr 11, 1989
Filed:
Dec 11, 1987
Appl. No.:
7/131974
Inventors:
Hong S. Lim - Agoura CA
Scott A. Verzwyvelt - Newbury Park CA
Assignee:
Hughes Aircraft Company - Los Angeles CA
International Classification:
H01M 1034
US Classification:
429 50
Abstract:
A nickel-hydrogen electrical storage cell contains a nickel positive electrode, a hydrogen negative electrode, a separator between the electrodes, an electrolyte including rubidium hydroxide and cesium hydroxide, and a pressure vessel to contain these elements. The cell is expected to operate for extended cycle life in deep discharge conditions based upon extrapolations of accelerated life testing results. The electrolyte may be essentially entirely rubidium hydroxide or cesium hydroxide, a mixture of the two, or a mixture with another component.
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Scott A Verzwyvelt from Roy, WA, age ~73 Get Report