JOHN H BUTLER
Respiratory Therapy at Raven Dell St, Orlando, FL

License number
Florida 159
Issued Date
Jul 8, 1986
Effective Date
Jun 15, 2015
Expiration Date
May 31, 2013
Category
Health Care
Type
Certified Respiratory Therapist
Address
Address
9427 Raven Dell St, Orlando, FL 32825
Phone
(407) 381-3418

Professional information

John Butler Photo 1

John Butler

Specialties:
Communication
Work:
University of Central Florida


John Butler Photo 2

Ceo At Consulting 4 Life, Inc. And Owner, Consulting 4 Life, Inc.

Position:
CEO at Consulting 4 Life, Inc.
Location:
Orlando, Florida Area
Industry:
Accounting
Work:
Consulting 4 Life, Inc. - CEO


John Butler Photo 3

Owner At Butler Transport

Position:
owner at Butler Transport
Location:
Orlando, Florida Area
Industry:
Transportation/Trucking/Railroad
Work:
Butler Transport - owner


John Butler Photo 4

Deep Beam Support Arrangement For Dynamoelectric Machine Stator Coil End Portions

US Patent:
4800314, Jan 24, 1989
Filed:
Aug 24, 1987
Appl. No.:
7/092851
Inventors:
Robert T. Ward - Winter Park FL
John M. Butler - Orlando FL
Assignee:
Westinghouse Electric Corp. - Pittsburgh PA
International Classification:
H02K 346
US Classification:
310260
Abstract:
A coil support arrangement for use in connection with a dynamoelectric machine equipped with a stator having top and bottom winding coil end portions arranged in phase groups and extending outwardly from the stator at each end thereof. The support arrangement consists of a support ring encircling the bottom winding coil end portions, blocking means providing lateral support for the coil end portions to restrain vibrational movement of the latter during machine operation and a series of bands for holding the coil end portions of the phase group, the related blocking means and the support ring together, with the blocking means disposed in axial alignment with the ring to thereby present a single blocked and banded, elongated phase group structure which extends circumferentially around the inside of the ring. The blocking means consists of a plurality of individual block elements which extend the full radial depth of the phase group structure to provide deep beam strength characteristics to the structure. The block elements are generally trapezoidal in shape to facilitate wedging of the same between adjacent coil end portions during assembly.


John Butler Photo 5

Method For Feeding A Through-Bolt Through A Bore In A Stator Core

US Patent:
4845836, Jul 11, 1989
Filed:
Apr 18, 1988
Appl. No.:
7/182654
Inventors:
John M. Butler - Orlando FL
Kurt K. Lichtenfels - Murrysville PA
Assignee:
Westinghouse Electric Corp. - Pittsburgh PA
International Classification:
H02K 1514
US Classification:
29596
Abstract:
An apparatus and method for feeding a throughbolt through a bore in a dynamoelectric machine while initially feeding the same towards the end of the bore along a line forming an acute angle with the axis of the bore. The apparatus has a pair of opposed rotatable wheels and a support plate therefore, at least one guide roller spaced from one end of the support plate, and at least one guide roller spaced from the other end of the support plate. A carriage aligns the wheels and the rollers in two spaced parallel planes through which a through-bolt will pass and a reciprocable member on the carriage effects relative movement between the pair of spaced rotatable wheels and the first and second guide rollers, in a direction transverse the parallel planes such that the through-bolt is deflected from the acute angle at which it is being fed and coaxially aligned with the axis of the bore and adapted to be fed therethrough.


John Butler Photo 6

Biased Securement System For End Winding Conductor

US Patent:
4942326, Jul 17, 1990
Filed:
Apr 19, 1989
Appl. No.:
7/340196
Inventors:
John M. Butler - Orlando FL
Hector O. Ponce - Pensacola FL
Assignee:
Westinghouse Electric Corp. - Pittsburgh PA
International Classification:
H02K 346, H02K 300
US Classification:
310260
Abstract:
A biased securement system for end winding conductors of a turbine generator stator has a support ring and a biased wedge system that compresses the end windings in both a radial and circumferential direction. The biased wedge system includes a pair of spacer blocks with confronting angular surfaces and a triangular shaped wedge that is biased towards the support ring by use of a belleville spring washer.


John Butler Photo 7

Turbine Generator Stator End Winding Support Assembly With Decoupling From The Core

US Patent:
4618795, Oct 21, 1986
Filed:
Apr 10, 1985
Appl. No.:
6/721618
Inventors:
Glenn D. Cooper - Orlando FL
John M. Butler - Orlando FL
Darrell R. Morrison - Orlando FL
Charles L. Senic - Winter Park FL
Lennart S. Nilsson - Winter Park FL
Charles M. Rowe - Orlando FL
Assignee:
Westinghouse Electric Corp. - Pittsburgh PA
International Classification:
H02K 346
US Classification:
310260
Abstract:
A structure for consolidating large turbine generator end turns while providing for thermal compensation includes a decoupled brace that is located radially outside the end turns and has a bottom piece secured to a bracket secured to the core as well as a top piece adjacent the coil and an intermediate decoupler between the two that includes elastomeric material for cushioning as well as a slip layer for allowing free axial movement between the top and bottom pieces of the brace. Additionally, keyed strain blocks may be utilized between top and bottom coils of the assembly for greater consolidation.


John Butler Photo 8

Bolted Spherical Series/Phase Generator Connections

US Patent:
4894575, Jan 16, 1990
Filed:
Nov 7, 1988
Appl. No.:
7/268103
Inventors:
Lennart S. Nilsson - Winter Springs FL
John M. Butler - Orlando FL
Hector O. Ponce - Pensacola FL
Darrell R. Morrison - Orlando FL
Assignee:
Westinghouse Electric Corp. - Pittsburgh PA
International Classification:
H02K 346, H02K 350, H01R 428
US Classification:
310260
Abstract:
An electrical generator connection, to connect coil ends, and a method of making the same. A header cap having a spherically shaped portion is brazed to each coil end to be connected. A pair of connector bars, each having a pair of similarly sized spherical seats, receives the spherical portion of each coil end header cap. Electrical and mechanical connection is provided by bolting the two connector bars together.