MR. ROBERT MURPHY, A.P.
Acupuncture at Andrus Ave, Orlando, FL
License number
Florida AP2755
Category
Acupuncture
Type
Acupuncturist
Address
Address
5222 Andrus Ave, Orlando, FL 32810
Phone
(407) 412-6354
(407) 420-7066 (Fax)
(407) 420-7066 (Fax)
Professional information
Seeking Opportunity
Location:
Orlando, Florida Area
Industry:
Construction
Education:
University of Florida
Bachelor, Building Construction
Bachelor, Building Construction
Certifications:
General Contractor, Certified, State of Florida, Department of Business and Professional Regulation
Robert Murphy - Orlando, FL
Work:
Blessed Trinity Church
Assistant Organist and Pianist CompUSA
Sales specialist Best Buy
Supervisor and sales specialist Keller Music Company
Sales specialist
Assistant Organist and Pianist CompUSA
Sales specialist Best Buy
Supervisor and sales specialist Keller Music Company
Sales specialist
Student At Devry University
Location:
Orlando, Florida Area
Industry:
Marketing and Advertising
Education:
Devry University 2009 - 2012
Robert Murphy, Orlando FL
Specialties:
Acupuncturist
Address:
5222 Andrus Ave, Orlando, FL 32810
Robert Murphy, Orlando FL - AP
Specialties:
Acupuncture
Address:
5222 Andrus Ave, Orlando 32810
(407) 412-6354 (Phone), (407) 420-7066 (Fax)
(407) 412-6354 (Phone), (407) 420-7066 (Fax)
Languages:
English
System For Reconditioning Rotor Ends In Electrical Generators
US Patent:
5528097, Jun 18, 1996
Filed:
Dec 3, 1993
Appl. No.:
8/161028
Inventors:
William C. Gardner - Winter Park FL
Robert L. Murphy - Orlando FL
Albert C. Sismour - Casselberry FL
Robert L. Murphy - Orlando FL
Albert C. Sismour - Casselberry FL
Assignee:
Westinghouse Electric Corporation - Pittsburgh PA
International Classification:
H02K 346
US Classification:
310270
Abstract:
A system for supporting a retaining ring on an end of body portion of a rotor in an electrodynamic system includes an end wedge which is adapted to be in contact with a retaining ring, a damper bar having a first surface which abuts the end wedge member and a second, oppositely facing surface; and a filler block positioned between the second surface of the damper bar and a field winding portion of a rotor. The filler block has a tapered surface which defines a stress-reducing gap between the field winding portion and the retaining ring, so as to minimize stress in the slot cell and field windings during high-speed rotation of the rotor.