JOHN E MURPHY III, D.O.
Marriage and Family Therapists at Wilmington Pike, Dayton, OH

License number
Ohio 34002630
Category
Osteopathic Medicine
Type
Family Medicine
Address
Address
6438 Wilmington Pike SUITE 110, Dayton, OH 45459
Phone
(937) 848-4121
(937) 848-5965 (Fax)

Personal information

See more information about JOHN E MURPHY III at radaris.com
Name
Address
Phone
John Murphy, age 71
500 Derby Run, Willoughby Hills, OH 44092
(440) 278-4265
John Murphy, age 86
5084 Garrett Dr, North Ridgeville, OH 44039
(937) 559-2098
John Murphy
49 S Johnsville Farmersvil Rd, New Lebanon, OH 45345
John Murphy, age 73
49 Prescott Dr, Hudson, OH 44236
(330) 990-0319
John Joseph Murphy, age 87
20003, Cincinnati, OH 45220
(513) 281-2129

Professional information

John Murphy Photo 1

Technical Director For 96Th Test Group - Aerospace Survivability/Safety Operating Location

Position:
Technical Director (GS-15) at 96th Test Group - Aerospace Survivability/Safety
Location:
Dayton, Ohio Area
Industry:
Defense & Space
Work:
96th Test Group - Aerospace Survivability/Safety - WPAFB OH since Feb 2005 - Technical Director (GS-15) 96th Test Group - Aerospace Survivability/Safety - WPAFB OH Aug 1999 - Feb 2005 - Chief - Assessment Branch (DR-III/GS-14) Air Force Research Laboratory - WPAFB OH Apr 1984 - Aug 1999 - Engineer (GS-5 to DR-02/GS-14)
Education:
University of Dayton 1987 - 1991
MSME, Mechanical Engineering
University of Cincinnati 1981 - 1986
BSME, Mechanical Engineering


John Murphy Photo 2

Director Of Development At Wernle Children's Home

Position:
Director of Development at Wernle Children's Home
Location:
Dayton, Ohio Area
Industry:
Fund-Raising
Work:
Wernle Children's Home - Director of Development


John Murphy Photo 3

Physician At Bellbrook Family Pracitice

Position:
Physician at Bellbrook Family Pracitice
Location:
Dayton, Ohio Area
Industry:
Medical Practice
Work:
Bellbrook Family Pracitice - Physician


John Murphy Photo 4

Motor Lamination Notching Apparatus And Method With Selectively Positionable Punches

US Patent:
6769600, Aug 3, 2004
Filed:
Apr 10, 2001
Appl. No.:
09/829726
Inventors:
Roger E. Knox - Kettering OH
John William Murphy - Kettering OH
Assignee:
Dayton-Phoenix Group, Inc. - Dayton OH
International Classification:
B26F 104
US Classification:
234 98, 83549, 83733
Abstract:
A notching apparatus for notching both an outer lamination and an inner lamination from a single lamination blank at s single station using a single press device includes a multi-piece die assembly provides multiple outer slot punches, multiple inner slot punches, and a separator punch. The outer slot punch portion, inner slot punch portion, and separator punch portion of the multi-piece die assembly are all selectively positionable in respective punching positions and non-punching positions to facilitate a controlled notching operation.


John Edward Murphy Photo 5

John Edward Murphy, Centerville OH

Specialties:
Family Physician
Address:
6438 Wilmington Pike, Centerville, OH 45459


John Murphy Photo 6

Dynamoelectric Machine With Permanent Magnet And Magnet Mounting Surface Arrangement

US Patent:
4642502, Feb 10, 1987
Filed:
Apr 24, 1986
Appl. No.:
6/855344
Inventors:
Keith H. Carpenter - Kettering OH
Jon E. Miller - Spring Valley OH
John W. Murphy - Kettering OH
Assignee:
General Motors Corporation - Detroit MI
International Classification:
H02K 118
US Classification:
310156
Abstract:
A dynamoelectric machine has a rotor or stator which comprises a core with axial groups of flat, rectangular magnet mounting surfaces, each successive magnet mounting surface of a group being circumferentially offset by a common angle of axial rotation from the previous magnet mounting surface. A magnet is mounted on each magnet mounting surface; and each magnet has a flat surface for mounting and an opposing arcuate surface to help form a cylindrical surface. Each of the magnets has the shape, when viewed radially, of a parallelogram forming a skew angle with the axis corresponding with the rotational offset of the magnet mounting surfaces to define skewed slots between skewed magnetic poles extending the substantial axial length of the core. The core may comprise polygonal lamina with the flat polygon sides grouped to form the magnet mounting surfaces; or it may comprise circular lamina with a non-magnetic sleeve having the magnet mounting surfaces. The latter provides a larger but more even air gap.


John Murphy Photo 7

Stator Lamination Design Having A Tapered Opening

US Patent:
5644181, Jul 1, 1997
Filed:
Jan 5, 1995
Appl. No.:
8/369097
Inventors:
Gale A. Kooken - Englewood OH
John W. Murphy - Kettering OH
Roger D. Fleming - Centerville OH
Assignee:
Dayton-Phoenix Group, Inc. - Dayton OH
International Classification:
H02K 100
US Classification:
310216
Abstract:
A stator lamination for an electric motor includes a plurality of notches extending about an inner periphery thereof shaped to minimize damage to insulation of the conductor during insertion of the conductor into the notches and removal of the conductor from the notches. Each notch includes two side walls which intersect the inner periphery of the laminate at a tapered angle. The side walls each include a cutout shaped to receive a retaining strip or slat therebetween, and the cutouts intersect the walls at tapered angles. The tapered angles are preferably less than about 12. degree. or greater than about 14. degree. , in order to prevent the formation of a locking taper.


John Murphy Photo 8

Stator Lamination Jig System

US Patent:
5845553, Dec 8, 1998
Filed:
Mar 28, 1996
Appl. No.:
8/623628
Inventors:
Gale A. Kooken - Englewood OH
John W. Murphy - Kettering OH
Roger D. Fleming - Centerville OH
Assignee:
Dayton-Phoenix Group, Inc. - Dayton OH
International Classification:
B26D 314, B26D 706
US Classification:
83 23
Abstract:
The invention is a stator lamination jig system which comprises a centrally located spindle and a support for a stator lamination having a plurality of holes therein. The support is rotatively-mounted on the spindle for driving the lamination during a notching operation. A plate is included to secure the lamination on the support and a non-rotatable ejector is located below the support which has a lowered position and a raised position. An ejection cylinder is seated upon the ejector which is shaped and positioned to extend through holes in the support. The invention also comprises a cylinder connected to the ejector for driving the ejector. When the cylinder is actuated upwards, the ejector is in a raised position which urges the ejection cylinder through the holes in the support to cause the lamination to be released from the jig.


John Murphy Photo 9

Rotor Lamination Assembly For A Dynamoelectric Machine

US Patent:
4987330, Jan 22, 1991
Filed:
Jan 16, 1990
Appl. No.:
7/465294
Inventors:
John W. Murphy - Kettering OH
Albert G. Haitz - Dayton OH
Kenneth L. Myers - Kettering OH
Assignee:
General Motors Corporation - Detroit MI
International Classification:
H02K 100
US Classification:
310217
Abstract:
An improved laminated rotor assembly is disclosed which features a novel key/keyway design that prevents lamination reversal while permitting indexing of successive laminae for the distribution of dimensional variations thereof. There are multiple, symmetrically oriented keyways, each keyway having an identical asymmetrical profile. The symmetrical distribution of identical profile keyways permits indexing of successive laminae, and the asymmetrical keyway profiles prevent lamination reversal. In the preferred embodiment, two or three keyways are employed, each key and keyway being formed in the shape of a step having at least two different radial dimensions.


John Murphy Photo 10

Stator Lamination Jig System

US Patent:
5551142, Sep 3, 1996
Filed:
Jan 5, 1995
Appl. No.:
8/368917
Inventors:
Gale A. Kooken - Englewood OH
John W. Murphy - Kettering OH
Roger D. Fleming - Centerville OH
Assignee:
Dayton-Phoenix Group, Inc. - Dayton OH
International Classification:
B23P 2300
US Classification:
295643
Abstract:
The invention is a stator lamination jig system which comprises a centrally located spindle and a support for a stator lamination having a plurality of holes therein. The support is rotatively-mounted on the spindle for driving the lamination during a notching operation. A plate is included to secure the lamination on the support and a non-rotatable ejector is located below the support which has a lowered position and a raised position. An ejection cylinder is seated upon the ejector which is shaped and positioned to extend through holes in the support. The invention also comprises a cylinder connected to the ejector for driving the ejector. When the cylinder is actuated upwards, the ejector is in a raised position which urges the ejection cylinder through the holes in the support to cause the lamination to be released from the jig.