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Bradley D Goldizen

from Maysville, WV
Age ~56
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Also known as:
Bradley Dale Goldizen, Brad D Goldizen, Bradley N
Phone and address:
1797 Jordan Run Rd, Maysville, WV 26833
(304) 749-7581
Related to:
Andrew Goldizen, 81
Connected to:
Charmin M Goldizen, 51Cristina L Goldizen, 60Jamie S Goldizen, 52Mark R Goldizen, 56Teresa J Goldizen, 70Kenneth J Goldkamp, 86Amy S Goldkin, 67Shelly E Goldklank, 76Jodi Goldkopf, 48Paul S Goldkorn, 71

Bradley Goldizen Phones & Addresses

  • 1797 Jordan Run Rd, Maysville, WV 26833 (304) 749-7581
  • Jordan Run Rd, Maysville, WV 26833 (304) 749-7581
  • Hc 80, Maysville, WV 26833 (304) 749-7581
  • 4253 Thalia Station Cir, Virginia Beach, VA 23452
  • 2727 Duke St #802, Alexandria, VA 22314 (703) 567-7668
  • Chesapeake, VA
  • Morgantown, WV

Work

Address: 4253 Thalia Station Circle, Virginia Beach, VA 23452 Specialities: Intellectual Property - 100%

Ranks

Licence: Virginia - Authorized to practice law Date: 1998

Professional Records

Lawyers & Attorneys

Bradley Goldizen Photo 1

Bradley Dale Goldizen, Virginia Beach VA - Lawyer

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Address:
4253 Thalia Station Circle, Virginia Beach, VA 23452
(757) 490-1151 (Office)
Licenses:
Virginia - Authorized to practice law 1998
Specialties:
Intellectual Property - 100%

Publications

Us Patents

Piezoelectrically Actuated Ground Fault Interrupter Circuit Apparatus

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US Patent:
58617027, Jan 19, 1999
Filed:
Mar 7, 1997
Appl. No.:
8/813880
Inventors:
Richard Patten Bishop - Burke VA
Bradley D. Goldizen - Chesapeake VA
Stephen Earl Clark - Norfolk VA
International Classification:
H01L 4108
US Classification:
310330
Abstract:
A ground fault interrupter circuit ("GFIC") device having as a switching device a flextensional electroactive transducer which, when energized, opens a supply conductor between a current source and a load. When a fault current is detected a voltage is induced in a coil; due to the condition that there is less current running through the conductor from the load than through the conductor from the power supply which both extend through the core of the coil. The voltage induced in the coil is amplified by a transistor which causes the transducer to piezoelectrically "snap" from a first neutral position to a second neutral position thereby cutting of current from the power supply to the load.
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Bradley D Goldizen from Maysville, WV, age ~56 Get Report