Jeffrey Muzzell Phones & Addresses
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1935 Smallbrook Dr, Troy, MI 48085 (248) 219-6531
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Traverse City, MI
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Brighton, MI
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30504 Fairfax St, Livonia, MI 48152 (248) 478-2953
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Gardena, CA
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Los Angeles, CA
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Simi Valley, CA
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1935 Smallbrook Dr, Troy, MI 48085
Work
Position:
Financial Professional
Publications
Us Patents
Vehicle Controller (Vcon) For Automated Durability Road (Adr) Facility
View pageUS Patent:
59387050, Aug 17, 1999
Filed:
Sep 3, 1996
Appl. No.:
8/707117
Inventors:
Jeffrey P. Zyburt - Chelsea MI
Jeffrey Muzzell - Livonia MI
Jeffrey Muzzell - Livonia MI
Assignee:
Chrysler Corporation - Auburn Hills MI
International Classification:
G01C 2100
US Classification:
701 24
Abstract:
A computer-implemented vehicle controller (VCON) is positioned in the passenger compartment of a vehicle on a test track. The VCON communicates with a base computer for receiving commands therefrom. In response, the VCON, which includes a servo controller and associated servos that are coupled to the controls of the vehicle, operates the controls of the vehicle to drive the vehicle around the test track.
Vehicle Control System For Automated Durability Road (Adr) Facility
View pageUS Patent:
61416207, Oct 31, 2000
Filed:
Sep 3, 1996
Appl. No.:
8/706883
Inventors:
Jeffrey P. Zyburt - Chelsea MI
Allan L. Cowan - Stockbridge MI
Donald W. Grimaudo - Riverview MI
Frederick J. Shaffer - Brooklyn MI
Jeffrey Muzzell - Livonia MI
James G. Nelson - South Lyon MI
Zhengang Gu - Ypsilanti MI
Marvin L. Frinkle - Gregory MI
David T. Robinson - South Lyon MI
Kai Zuo - Ann Arbor MI
Allan L. Cowan - Stockbridge MI
Donald W. Grimaudo - Riverview MI
Frederick J. Shaffer - Brooklyn MI
Jeffrey Muzzell - Livonia MI
James G. Nelson - South Lyon MI
Zhengang Gu - Ypsilanti MI
Marvin L. Frinkle - Gregory MI
David T. Robinson - South Lyon MI
Kai Zuo - Ann Arbor MI
Assignee:
Chrysler Corporation - Auburn Hills MI
International Classification:
G06F 1900
G08C 1900
H04Q 900
G08C 1900
H04Q 900
US Classification:
701117
Abstract:
A system for remote testing of a plurality of vehicles on a test track includes a plurality of guide wires and position transponders embedded in the track. Each vehicle to be tested includes an onboard vehicle controller (VCON) which in turn includes various servo components for operating the steering wheel, shift lever, brake and accelerator pedals of the vehicle. A base computer receives desired missions from an operating computer, and the base computer loads a respective mission into each VCON via an rf link. Then, the base computer monitors the vehicles for proper, safe operation. The VCONs execute the missions loaded by the base station and periodically report their status to the base computer.