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Francis B Grosz

from Pearl River, LA
Age ~77
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Also known as:
Francis Benedict Grosz, Frank Grosz, Fred L Grosz, Frederic L Grosz
Related to:
David J Wilson, 34Frederic L Grosz, 62Kirby W Schmidt, 66Shirley M StmartinOdile GroszWilliam A Grosz, 74Sarah Grosz, 32Shelby P Grosz, 73Odile S GroszMatthew J Meck, 37Se GroszKatherine S Schmidt, 43Odile G Schmidt, 67
Connected to:
Audrey E Grosz, 80Claudia V Grosz, 72Dave G Grosz, 62Jessica L Grosz, 51Maria Grosz, 95Marlene M Grosz, 70Mary S Grosz, 70Peggy J Grosz, 82Perry D Grosz, 56Stephen J Grosz, 48

Francis Grosz Phones & Addresses

  • Pearl River, LA
  • Bolingbrook, IL
  • 73 Chalmette Ave, Chalmette, LA 70043 (504) 271-4716
  • 3620 Canal St, New Orleans, LA 70119 (504) 484-7136
  • Stennis Sp Ct, MS
  • Burlington, IA
  • Stennis Sp Ct, MS

Professional Records

License Records

Francis B. Grosz Jr.

Address:
64580 Venture Dr, Pearl River, LA 70452
License #:
PE.0019224 - Active
Category:
Civil Engineer
Issued Date:
Mar 24, 1981
Expiration Date:
Sep 30, 2018
Type:
Electrical and Computer Engineer

Business Records

Name / Title
Company / Classification
Phones & Addresses
Francis Grosz
Secretary
Omni Technologies, Inc
Engineering Services · Engineering Services Business Services at Non-Commercial Site
60491 Doss Dr, Slidell, LA 70460
PO Box 766, Slidell, LA 70459
2519 Dauphine St, New Orleans, LA 70117
(985) 643-6444
Francis B. Grosz
GROSZ REALTY CORPORATION
1155 Bonnabel Blvd, Metairie, LA 70005
73 W Chalmette Cir, Chalmette, LA 70043
Francis B. Grosz
GROSZ & GROSZ, INC
3620 Canal St, New Orleans, LA 70119

Publications

Us Patents

Wireless Shipboard Data Coupler

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US Patent:
54370582, Jul 25, 1995
Filed:
May 28, 1993
Appl. No.:
8/068816
Inventors:
Francis Grosz - Chalmette LA
Ronald Miles - Slidell LA
Clifford R. Holland - Picayune MS
Sean Griffin - New Orleans LA
Assignee:
The United States of America as represented by the Secretary of the Navy - Washington DC
International Classification:
H04B 500
G01R 3304
G08C 1902
US Classification:
455 41
Abstract:
The wireless shipboard data coupler allows transmission of data through steel ship bulkheads and submarine pressure hulls without the need for special wiring penetrations. Shipboard sensing data with a 1. 0 MHz current is injected into the steel plating adjacent to a ships bulkhead, or onto the pressure hull at any penetration providing an electrical path or discontinuity to the opposing side of the bulkhead or pressure hull through the use of copper-plated, threaded electrodes. The injected current flows as a surface, or "skin effect" current between the electrodes and in an indirect, spread, pattern wrapping around the edge of the penetration. This produces a pattern of surface currents on the opposite side of the ships bulkhead or submarine pressure hull. As the injected current is modulated, the data is received on the other side of the bulkhead or pressure hull using coupling loops to sensing the electrical field generated by the surface currents.

Apparatus And Method For Effecting Data Transfer Between Data Systems

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US Patent:
62888137, Sep 11, 2001
Filed:
Mar 25, 1998
Appl. No.:
9/047788
Inventors:
Joey V. Kirkpatrick - Diamondhead MS
Francis B. Grosz - Chalmette LA
Kenny Lannes - New Orleans LA
David G. Maniscalco - Arabi LA
Assignee:
The United States of America as represented by the Administrator of the
National Aeronautics and Space Administration - Washington DC
International Classification:
H04B 1000
US Classification:
359152
Abstract:
An apparatus for effecting data transfer between data systems comprising a first transceiver and a second transceiver. The first transceiver has an input for receiving digital data from one of the data systems, an output for serially outputting digital data to the one of the data systems, at least one transmitter for converting digital data received at the input into optical signals, and at least one receiver for receiving optical signals and serially converting the received optical signals to digital data for output to the data output. The second transceiver has an input for receiving digital data from another one of the data systems, an output for serially outputting digital data to the another one of the data systems, at least one transmitter for serially converting digital data received at the input of the second transceiver into optical signals, and at least one receiver for receiving optical signals and serially converting the received optical signals to digital data for output to the output of the second transceiver. The apparatus further comprises an optical link connecting the first and second transceivers. The optical link comprising a pair of optical fibers.
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Francis B Grosz from Pearl River, LA, age ~77 Get Report