Peter P Vernia, Age 892763 Tallahassee Dr, Rochester, MI 48306
Peter Vernia Phones & Addresses
2763 Tallahassee Dr, Rochester, MI 48306 (248) 651-0676
Rochester Hills, MI
3935 Loblolly Bay Dr, Naples, FL 34114 (239) 304-3202
Mentions for Peter P Vernia
Publications & IP owners
Us Patents
Permanent Magnet Manufacture From Very Low Coercivity Crystalline Rare Earth-Transition Metal-Boron Alloy
US Patent:
4921551, May 1, 1990
Filed:
Sep 19, 1988
Appl. No.:
7/246953
Inventors:
Peter Vernia - Rochester MI
Robert W. Lee - Troy MI
Robert W. Lee - Troy MI
Assignee:
General Motors Corporation - Detroit MI
International Classification:
H01F 102
US Classification:
148101
Abstract:
A method is disclosed of hot working a magnetically soft cast crystalline material containing grains of RE. sub. 2 TM. sub. 14 B and an RE metal, rich intergranular second phase into anisotropic permanent magnet bodies.
Aluminum Bore Engine Having Wear And Scuff-Resistant Aluminum Piston
US Patent:
5884600, Mar 23, 1999
Filed:
Feb 20, 1998
Appl. No.:
/027327
Inventors:
Yucong Wang - Saginaw MI
Peter Vernia - Rochester Hills MI
Simon Chin-Yu Tung - Rochester Hills MI
Peter Vernia - Rochester Hills MI
Simon Chin-Yu Tung - Rochester Hills MI
Assignee:
General Motors Corporation - Detroit MI
International Classification:
F16J 104
US Classification:
1231936
Abstract:
A reciprocating engine having an aluminum engine block, and an aluminum piston wherein the piston's skirt has a hard anodized first layer directly on the aluminum and a composite polymer coating atop the hard anodized layer.
Method Of Making A Dielectric Containing Material For Rf Suppression
US Patent:
4270266, Jun 2, 1981
Filed:
Sep 14, 1978
Appl. No.:
5/942425
Inventors:
Ronald G. Lanzi - Mt. Clemens MI
Peter Vernia - Rochester MI
Peter Vernia - Rochester MI
Assignee:
General Motors Corporation - Detroit MI
International Classification:
H01R 4300
US Classification:
29875
Abstract:
A novel distributor rotor electrode material is provided and a method for making it. A mixture comprised of at least half copper oxide and a minor portion of silica or silica and alumina is fused to form a friable glassy material. The copper oxide of the material is reduced to copper metal, the material in the solid state then being characterized by a substantially continuous microphase of sponge-shaped glassy bodies with copper retained in the interstices thereof. When the material is sintered into a rotor electrode body, the sponge-shaped bodies become strongly mechanically retained in a substantially continuous metal matrix providing the electrode with outstanding resistance to spark erosion.
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