DR. JOHN THOMAS, DPM
Podiatry in Hoffman Estates, IL
License number
Illinois 305000
Category
Podiatry
Type
Podiatrist
Address
Address
660 SOUTH Hwy NORTHWEST, Hoffman Estates, IL 60010
Phone
(847) 381-5141
(847) 382-5141 (Fax)
(847) 382-5141 (Fax)
Organization information
See more information about JOHN THOMAS at bizstanding.comJohn Thomas Builders Inc
231 Will Scarlett Ln, Elgin, IL 60120
Industry:
Construction, Residential Remodeling Work, Home Builders
Phone:
(847) 931-1500 (Phone)
President:
John Imburgia (President)
Categories:
Contractors - General
Barrington Foot Care - John Thomas DPM
660 S Northwest Hwy, Barrington, IL 60010
Categories:
Podiatry Physicians & Surgeons
Phone:
(847) 381-5141 (Phone), (847) 382-5141 (Fax)
In practice since:
1968
Products:
Ankle Problems, Care Of The Foot & Ankle, Complete Medical & Surgical, ...
Payment options:
All Major Cards Accepted, Medicare & Most Insurance, Most Insurances Accepted
Certifications:
Board Certified in Foot & Ankle Surgery
Additional:
Serving the Area for Over 40 Years, Visit Our New Location At
Professional information
Dr. John Thomas, Barrington IL - MD (Doctor of Medicine)
Specialties:
Pediatric Cardiology
Address:
Barrington Foot Care
660 S Northwest Hwy, Barrington 60010
(847) 381-5141 (Phone)
660 S Northwest Hwy, Barrington 60010
(847) 381-5141 (Phone)
Certifications:
Pediatric Cardiology, 1977, Pediatrics, 1975
Awards:
Healthgrades Honor Roll
Languages:
English
Hospitals:
Barrington Foot Care
660 S Northwest Hwy, Barrington 60010
Saint Alexius Medical Center
1555 Barrington Rd, Hoffman Estates 60169
660 S Northwest Hwy, Barrington 60010
Saint Alexius Medical Center
1555 Barrington Rd, Hoffman Estates 60169
Education:
Medical School
Medical College of Wisconsin
Milwaukee Co Genl Hosp
Chldns Hosp
Medical College of Wisconsin
Milwaukee Co Genl Hosp
Chldns Hosp
John Thomas - St. Louis, MO
Work:
Tate and Lyle LLC - Hoffman Estates, IL
Global Category Director, Logistics & Transportation Eastman Chemicals /Solutia, Inc
Director, Logistics Integration Eastman Chemicals /Solutia, Inc - St. Louis, MO
Director Eastman Chemicals /Solutia, Inc
Global Director Eastman Chemicals /Solutia, Inc
Director Ariba Inc. / Accenture - Pittsburgh, PA
Project Manager Ariba Inc. / Accenture
Global Category Manager, Logistics Ariba Inc. / Accenture
Project Manager (Market Maker) NSF International - Ann Arbor, MI
Technical Sales Specialist, Quality Management Systems ZB Industries Inc - Los Angeles, CA
Manager, Quality Management, Supply Chain & Logistics Asian Institute of Technology
Research Associate
Global Category Director, Logistics & Transportation Eastman Chemicals /Solutia, Inc
Director, Logistics Integration Eastman Chemicals /Solutia, Inc - St. Louis, MO
Director Eastman Chemicals /Solutia, Inc
Global Director Eastman Chemicals /Solutia, Inc
Director Ariba Inc. / Accenture - Pittsburgh, PA
Project Manager Ariba Inc. / Accenture
Global Category Manager, Logistics Ariba Inc. / Accenture
Project Manager (Market Maker) NSF International - Ann Arbor, MI
Technical Sales Specialist, Quality Management Systems ZB Industries Inc - Los Angeles, CA
Manager, Quality Management, Supply Chain & Logistics Asian Institute of Technology
Research Associate
Education:
University of Chicago, Booth School of Business
MBA Booth School of Business, University of Chicago
MBA Clemson University
Economics Asian Institute of Technology
MBA Booth School of Business, University of Chicago
MBA Clemson University
Economics Asian Institute of Technology
John Thomas - Barrington, IL
Work:
Sport Court
Instalations Shell Gas
Clerk MPL PT/School - Barrington, IL
Handy man
Instalations Shell Gas
Clerk MPL PT/School - Barrington, IL
Handy man
Education:
National Aviation Academy - Clearwater, FL
Associates in Aviation Maintenance Barrington High School - Barrington, IL
High School Diploma
Associates in Aviation Maintenance Barrington High School - Barrington, IL
High School Diploma
Automobile Medallion Anti-Theft Locking Device
US Patent:
4986606, Jan 22, 1991
Filed:
May 23, 1989
Appl. No.:
7/355998
Inventors:
John V. Thomas - Barrington IL
International Classification:
B60B 706
US Classification:
301108R
Abstract:
Anti-theft locking device for securing a wheel medallion having a grease cap well to the wheel of a vehicle. The device is utilized with a conventional wheel medallion of the type having spring retainers that protrude from the body of the medallion and extend into an opening and into a recess in the hub of the wheel. Further, the spring retainers have clips that are configured to pass into the opening and abut the recess of the wheel. A medallion locking cup is provided that is smaller than the medallion well and which is configured to fit therein. The cup has spring retainer openings to allow the clips to flex for mounting and removing the medallion and cup onto the wheel. The cup has an abutting wall portion adjacent the spring retaining opening and the cup is rotated from inside the wheel to lock the medallion and cup onto the wheel with the abutting wall portions abutting the clips.
Anti-Theft Locking Device
US Patent:
4818032, Apr 4, 1989
Filed:
Sep 14, 1987
Appl. No.:
7/096050
Inventors:
John V. Thomas - Barrington IL
International Classification:
B60B 706, B60B 302
US Classification:
301 37AT
Abstract:
Anti-theft locking device for securing a wheel medallion to the wheel of a vehicle. The device is utilized with a conventional wheel medallion of the type having spring retainers that protrude from the body of the medallion and extend through an opening at the hub of the wheel. Further, the spring retainers have clips that are configured to pass through the opening and abut the surface of the wheel that is opposite to the body of the medallion. A medallion locking disk is provided that is larger than the opening and which will not pass through the opening. The disk has blades which, in the unlocked condition, fit within the confines of the spring retainers and extend between adjacent clips. In the locked condition, the blades are positioned within the clips to hold the clips in an outward position abutting the surface of the wheel. Thus, the clips are prevented from passing through the opening and the medallion is locked to the wheel.