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Richard Walter Kisielewski

from Williamsburg, VA
Age ~84

Richard Kisielewski Phones & Addresses

  • 4009 Ambassador Cir, Williamsburg, VA 23188 (757) 258-0889
  • 9546 Angelina Cir, Columbia, MD 21045
  • Roanoke, VA
  • Bethesda, MD

Work

Company: Mystery series 2001 Position: Author

Education

Degree: BA School / High School: New York University 1970 to 1974 Specialities: Sociology

Skills

Strategic Planning • Budgeting • Reinsurance • Auditing • Novels • Fiction • Insurance • Published Author

Awards

Archbishop Molloy H.S. - Hall of Fame

Interests

Sports(golf, baseball, etc.), writing, t...

Industries

Insurance

Resumes

Resumes

Richard Kisielewski Photo 1

Vice President, Todd Mitchell Associates

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Position:
Author at Mystery Series
Location:
Carlisle, Pennsylvania
Industry:
Insurance
Work:
Mystery Series since 2001
Author

Sterling & Sterling - Woodbury, New York Jul 2012 - 2012
Chief Administrative Officer

XL Insurance 2002 - Jan 2012
VP

PHICO Group Oct 1996 - Jul 2001
Vice President

Brownstone Agency 1995 - 1996
Manager
Education:
New York University 1970 - 1974
BA, Sociology
Archbishop Molloy 1966 - 1970
St. Mary's
Skills:
Strategic Planning
Budgeting
Reinsurance
Auditing
Novels
Fiction
Insurance
Published Author
Interests:
Sports(golf, baseball, etc.), writing, travel, reading, bridge & poker (*) NOTE: As a published author, the second Harry Mickey Shorts novel titled da sticks will be published in the very near future
Honor & Awards:
Archbishop Molloy H.S. - Hall of Fame

Publications

Us Patents

Dental Implant

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US Patent:
56581467, Aug 19, 1997
Filed:
Apr 19, 1995
Appl. No.:
8/424786
Inventors:
Richard W. Kisielewski - Columbia MD
Cheryl K. Hastings - Warsaw IN
George R. McCarthy - Potomac MD
Assignee:
The United States of America as represented by the Secretary of the
Department of Health and Human Services - Washington DC
International Classification:
A61C 1312
A61C 13225
US Classification:
433172
Abstract:
A device for securing a dental prothesis to a base implanted into body tissue of a patient has a stud which is secured to the base and has a cylindrical body and a threaded free end. A tubular spacer surrounds the stud, is supported on the base, and terminates short of the free stud end. A tubular cup is supported on the spacer and has a through hole defining a first hole section of a first diameter about equal to an inner diameter of the tubular spacer and a second hole section of a diameter larger than the inner diameter of the tubular spacer. An annular ledge is positioned between the first and second hole sections, extends radially inwardly to proximate the threaded free end of the stud, and defines a bearing surface facing away from the tubular space. A retaining nut is threaded onto the threaded free end of the stud and has an under side in engagement with the bearing surface which, upon tightening of the nut on the stud, firmly presses the cup against the tubular spacer. The nut can be turned relative to the stud to increase the force with which the cup and the spacer are pressed against the base.
Richard Walter Kisielewski from Williamsburg, VA, age ~84 Get Report