Search

Tyrone Scott Simerly

from Johnson City, TN
Age ~53
Get Report
Also known as:
Tyrone S Simerly, Tyrone S Simmerly, Lisa Simerly, Scott Simerly
Phone and address:
1236 Powder Branch Rd, Johnson City, TN 37601
(423) 542-0442
Related to:
Selma A Simerly, 87Ashley Hodge, 40Wiley Daffron, 74Casey Thomas, 38Stephanie Furches, 48
Connected to:
Alice N Simerly, 33Cheryl R Simerly, 67Daniel R Simerly, 37David F Simerly, 47Joe Simerly, 56Jonathan W Simerly, 39Ozzie E Simerly, 70Sara M Simerly, 34Tony L Simerly, 65Christine Simerson, 68

Tyrone Simerly Phones & Addresses

  • 1236 Powder Branch Rd, Johnson City, TN 37601 (423) 542-0442 (423) 542-9878
  • 398 Max Jett Rd, Johnson City, TN 37601 (423) 542-0442
  • 1236 Powder Branch Rd, Elizabethton, TN 37643
  • Cookeville, TN
  • 398 Max Jett Rd, Johnson City, TN 37601

Resumes

Resumes

Tyrone Simerly Photo 1

Project Engineer

View page
Location:
Johnson City, TN
Industry:
Mechanical Or Industrial Engineering
Work:
Parker Hannifin
Project Engineer
Tyrone Simerly Photo 2

Director Of Programs - Modernization

View page
Location:
Johnson City, TN
Industry:
Chemicals
Work:
Parker Hannifin 2006 - 2008
Product Engineer
Bristol Compressors 1998 - 2006
Senior Product Engineer
Bae Systems 1998 - 2006
Director of Programs - Modernization
Education:
King University 2003 - 2004
Masters, Business Administration Tennessee Technological University 1998 - 1998
Bachelor of Science In Mechanical Engineering, Bachelors, Mechanical Engineering
Skills:
Engineering
Engineering Management
Mechanical Engineering
Design For Manufacturing
Product Development
Lean Manufacturing
Project Management
Project Planning
Manufacturing
Continuous Improvement
Product Design
Cross Functional Team Leadership
Solidworks
Design Engineering
Project Engineering
Pro Engineer
Bill of Materials
Ms Project
Microsoft Project
Tyrone Simerly Photo 3

Project Engineer At Parker Hannifin

View page
Position:
Project Engineer at Parker Hannifin
Location:
Johnson City, Tennessee Area
Industry:
Mechanical or Industrial Engineering
Work:
Parker Hannifin
Project Engineer
Education:
Tennessee Technological University 1990 - 1998

Publications

Us Patents

Compressors For Providing Automatic Capacity Modulation And Heat Exchanging System Including The Same

View page
US Patent:
6663358, Dec 16, 2003
Filed:
Jan 29, 2002
Appl. No.:
10/058147
Inventors:
Joe Frank Loprete - Bristol TN
David Turner Monk - Bristol VA
Eugene Karl Chumley - Abindon VA
Tyrone Scott Simerly - Johnson City TN
Mark Randall Trent - Bristol VA
Panteleimon V. Hatzikazakis - Kingsport TN
Tom Evans Goodnight - Williston SC
Rongchang Xin - Bristol VA
Robert Desmond Douglas - Bristol VA
Assignee:
Bristol Compressors, Inc. - Bristol VA
International Classification:
F04B 2300
US Classification:
417313, 417310, 417299, 417283
Abstract:
A compressor for providing automatic capacity modulation is disclosed. The compressor comprises a compression chamber, a compressing member, a reexpansion area, a flow passage, a valve member, and a biasing member. The flow passage is in fluid communication with the compression chamber and the reexpansion area. In one position, the valve member permits flow through the flow passage and in a second position it prevents flow. The valve member is subjected to a first operating condition of fluid on one side and a second operating condition of the fluid on the other side. The biasing member exerts a biasing force on the valve member. When the first operating condition reaches a predetermined point relative to the second operating condition, the valve member moves and effects a change in the capacity of the compressor.

System And Method For Soft Starting A Three Phase Motor

View page
US Patent:
6781342, Aug 24, 2004
Filed:
May 23, 2003
Appl. No.:
10/444833
Inventors:
David Turner Monk - Bristol VA
Joseph Frank Loprete - Bristol TN
Tyrone Scott Simerly - Johnson City TN
Bradley Todd Arnold - Bluff City TN
Assignee:
Bristol Compressors, Inc. - Bristol VA
International Classification:
H02P 740
US Classification:
318784, 318263, 318785, 318786, 318256, 318280, 318283, 318284
Abstract:
A three phase motor starting system is provided to reduce the in-rush current to the motor in order to obtain a soft start of the motor. The soft start of the motor equates to reduced impact forces on motor parts and device components connected to the motor during startup of the motor, especially a startup resulting from a reversal of the direction of rotation of the motor. The system uses an impedance load in series with the motor windings of the motor to reduce the in-rush current to the motor windings, which results in a reduced acceleration of the motor shaft and a soft start to the motor. The impedance loads used by the system can be a resistive load, a capacitive load or an inductive load, depending on the type of impedance load that is desired for the soft start of the motor.

System And Method For Reducing Noise In Multi-Capacity Compressors

View page
US Patent:
7374406, May 20, 2008
Filed:
Sep 30, 2005
Appl. No.:
11/240976
Inventors:
Bruce Moody - Kingsport TN, US
Tyrone Scott Simerly - Johnson City TN, US
Mark Trent - Bristol VA, US
David Turner Monk - Bristol VA, US
Scott Garrison Hix - Bristol VA, US
Assignee:
Bristol Compressors, Inc. - Bristol VA
International Classification:
F04B 43/12
F04B 1/06
F04B 49/00
F04B 7/04
US Classification:
417 53, 417221, 417284, 417306, 417501, 4182012, 92163, 92181 R
Abstract:
A method and system is provided for reducing chatter in multi-capacity compressors having disengageable eccentric structures. The multi-capacity fluid compressor includes a compression chamber having a discharge end and an inner surface. The compressor also includes a compression member having a disengageable eccentric structure allowing the compressor to provide discrete compression capacities. A valve portion is disposed adjacent to the discharge end of the compression chamber and is arranged and disposed to discharge a compressed fluid when the compression member has completed. A discharge arrangement is arranged and disposed to discharge at least a portion of fluid remaining in the compression chamber at the completion of the compression cycle. The discharge of at least a portion of the fluid remaining in the compression chamber reduces or eliminates forces on the disengageable eccentric structure to limit rotational acceleration of the disengageable eccentric structure.

Device And Method For Reducing Forces In Mechanisms

View page
US Patent:
20030143083, Jul 31, 2003
Filed:
Jan 28, 2002
Appl. No.:
10/055965
Inventors:
Scott Hix - Bristol VA, US
John Walters - Abingdon VA, US
David Monk - Bristol VA, US
Tyrone Simerly - Johnson City TN, US
Assignee:
BRISTOL COMPRESSORS, INC.
International Classification:
F04B001/06
US Classification:
417/221000
Abstract:
The reliability of a compressor may be improved by affixing an inertia-increasing member to the drive shaft of the compressor in order to reduce the forces imposed on a mechanical coupling between the drive shaft and a compression member when the rotation of the drive shaft is initiated. A method of selecting the size and configuration of the inertia-increasing member is also provided.
Control profile
Tyrone Scott Simerly from Johnson City, TN, age ~53 Get Report