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Lynn M Miner

from Chewelah, WA
Age ~74
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Also known as:
Becky Miner, Lynn Minor
Phone and address:
2716 Moser Rd, Chewelah, WA 99109
(509) 935-6897
Related to:
Tracy Lynne Miner, 49Lenny D Vecchione, 56Richard A Vecchione, 52Jimmy L Turk, 57Miguel A Vecchione, 78Becky R Miner, 72Korey Vecchione, 36Emeline E MinerTessa J Vecchione, 54
Connected to:
Abbie E Miner, 56Bette M Miner, 77Buhel C Miner, 95Carlos A Miner, 54Cheri L Miner, 78Darcie A Miner, 41Delano R Miner, 40Dewitt C Miner, 100Dianna E Miner, 68Donald H Miner, 59

Lynn Miner Phones & Addresses

  • 2716 Moser Rd, Chewelah, WA 99109 (509) 935-6897
  • 2042 Mercury Cir SE, Albuquerque, NM 87118
  • Ocean Springs, MS
  • Kettle Falls, WA
  • 2716 Moser Rd, Chewelah, WA 99109

Resumes

Resumes

Lynn Miner Photo 1

Physicist

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Location:
2716 Moser Rd, Chewelah, WA 99109
Industry:
Research
Work:
Lm Engineering
Physicist
Education:
Jefferson High School (Cedar Rapids, Iowa)
Webster University
Master of Business Administration, Masters Eastern Washington University
Lynn Miner Photo 2

Lynn Miner

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Lynn Miner Photo 3

Lynn Miner

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Lynn Miner Photo 4

Lynn Miner

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Business Records

Name / Title
Company / Classification
Phones & Addresses
Lynn Miner
Owner
Lme International, Inc
Engineering Services
PO Box 988, Chewelah, WA 99109
2716 Moser Rd, Chewelah, WA 99109
(509) 935-6897

Publications

Us Patents

Apparatus And Method For Remote Monitoring And Deactivation Of An Asset

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US Patent:
20090102622, Apr 23, 2009
Filed:
Apr 16, 2008
Appl. No.:
12/103977
Inventors:
Daniel N. Ashman - Montrose, CA
Lynn M. Miner - Chewelah WA, US
Shaun P. Ashman - N. Mansfield TX, US
Alain P. Dupere - Calgary, CA
Henry A. Trujillo - Rio Rancho NM, US
Brian T. Bot - Kelowna, CA
Kevin N. Driedger - Nelson, CA
International Classification:
B60R 25/10
US Classification:
34042612
Abstract:
There is disclosed an apparatus for remotely and controllably deactivating or partly deactivating a first asset, which first asset may comprise an air dependent power source. The apparatus may comprise a regulator associated with the first asset. The regulator may comprise a valve having first and second positions and the first position may allow a first rate of the air supply to the power source and the second position may allow a second rate of air supply to the power source and the second rate may be less than the first rate. The apparatus may further comprise a controller remote from the regulator for transmitting a control signal to the regulator; the valve being actuable in response to the control signal to move between the first and second positions thereby regulating the air supply to the power source.

Apparatus And Method For Remote Monitoring And Deactivation Of An Asset

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US Patent:
20090231089, Sep 17, 2009
Filed:
Oct 3, 2008
Appl. No.:
12/245321
Inventors:
Daniel N. Ashman - Montrose, CA
Lynn M. Miner - Chewelah WA, US
Shaun P. Ashman - N. Mansfield TX, US
Alain P. Dupere - Calgary, CA
Henry A. Trujillo - Rio Rancho NM, US
Brian T. Bot - Kelowna, CA
Kevin N. Driedger - Nelson, CA
International Classification:
G05B 23/02
F02M 35/10
US Classification:
340 31, 12318453
Abstract:
An apparatus is disclosed for remotely and controllably deactivating or partly deactivating a first asset, which first asset may comprise an air dependent power source. The apparatus may comprise a regulator associated with the first asset. The regulator may comprise a valve having first and second positions and the first position may allow a first rate of the air supply to the power source and the second position may allow a second rate of air supply to the power source and the second rate may be less than the first rate. The apparatus may further comprise a controller remote from the regulator for transmitting a control signal to the regulator; the valve being actuable in response to the control signal to move between the first and second positions thereby regulating the air supply to the power source.

Method For Controlled And Safe Powering Down Of Autonomous Power Unit Systems Using A Sub-Hertz Pulse-Gating Technique

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US Patent:
20130204462, Aug 8, 2013
Filed:
Feb 15, 2011
Appl. No.:
13/579271
Inventors:
Henry A. Trujillo - Palmas NM, US
Danny N. Ashman - Montrose, CA
Lynn M. Miner - Chewelah WA, US
Shaun P. Ashman - Mansfield TX, US
Brian T. Bot - Winfield, CA
Howard Ross - Montrose, CA
Roderick Swift - Walnut Creek CA, US
Assignee:
AC GLOBAL SYSTEMS LTD. - Trail BC
International Classification:
G06F 17/00
US Classification:
701 2
Abstract:
A method for powering down a autonomous power unit includes a spark ignition engine power source having an associated power source actuating system and a power output, comprises a regulator associated with the power source. The regulator comprises a deactivator actuatingly linked to the power source actuating system and having a base and secondary configurations wherein the base configuration allows the rated power output by the power source and the secondary configurations allow a progressively reduced secondary rate of power output by the power source and wherein the secondary rates are less than the base rate. The apparatus further comprises a controller remote from the regulator, for transmitting a control signal to the regulator. The deactivator is actuable in response to the control signal to activate either the base rate configuration or one of the secondary configurations to control thereby regulating the power source.

Fast Risetime Pulse Power System

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US Patent:
49183257, Apr 17, 1990
Filed:
Dec 8, 1988
Appl. No.:
7/282358
Inventors:
Kenneth O. Busby - Albuquerque NM
Richard J. Adler - Albuquerque NM
Lynn M. Miner - Kirtland NM
Gerald F. Kiuttu - Albuquerque NM
Assignee:
The United States of America as represented by the Secretary of the Air
Force - Washington DC
International Classification:
H03K 300
H01B 700
US Classification:
307106
Abstract:
A pulse sharpening circuit is disclosed for decreasing the current and voltage risetimes of pulse power devices. It is useful in many systems ranging from the particle beam fusion accelerator to field emission electron guns for intense microwave sources requiring an extremely quick high power turn-on for proper operation. A polyvinyl chloride dielectric flashover switch is used in combination with a velvet covered transmission line which has a metal ring near its end to produce switching when the initial radial electron flow is diverted to axial electron flow as the critical magnetic insulation current is exceeded. Nominal peak voltages of 500 Kv have been obtained with current and voltage risetimes of 0. 5 nanoseconds.

Circular Tm.sub.01 To Te.sub.11 Waveguide Mode Converter

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US Patent:
49995910, Mar 12, 1991
Filed:
Feb 22, 1990
Appl. No.:
7/491379
Inventors:
Robert A. Koslover - Albuquerque NM
Charles D. Cremer - Albuquerque NM
William P. Geren - Seattle WA
Donald E. Voss - Cedar Crest NM
Lynn M. Miner - Albuquerque NM
Assignee:
The United States of America as represented by the Secretary of the Air
Force - Washington DC
International Classification:
H01P 116
US Classification:
333 21R
Abstract:
A waveguide mode converting apparatus especially of the TM. sub. 01 to TE. sub. 11 converting type and usable in circuit waveguide apparatus with desirable high efficiency and relatively small physical size is disclosed. The mode converter employs the combination of an asymmetrically shaped conical frustum waveguide segment together with a radially disposed fin having tapered input and output or ramp surfaces. Details of a 1. 3 gigahertz embodiment of the mode converter including dimensions are included along with the results of efficiency measuring and indications of alternate arrangements of the invention.

Conformal Ground Referenced Self-Integrating Electric Field Sensor

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US Patent:
48251496, Apr 25, 1989
Filed:
Dec 23, 1987
Appl. No.:
7/137487
Inventors:
Donald E. Voss - Cedar Crest NM
Lynn M. Miner - Kirtland AFB NM
Kenneth O. Busby - Albuquerque NM
Assignee:
The United States of America as represented by the Secretary of the Air
Force - Washington DC
International Classification:
G01T 116
G01T 115
US Classification:
324 72
Abstract:
An electric field sensor which may be used to detect the electromagnetic pulse (EMP) which accompanies a nuclear explosion, as well as other pulsed electric fields, is disclosed. One embodiment of this sensor has been constructed with an overall dimension of less than 5 cm. In general a sensor can be built to conform to an arbitrarily shaped conducting surface such as an airplane surface. Because of this conformity the sensor does not perturb the electric field being measured. By building the probe so that its RC time constant is much greater than the pulse rise time the probe output voltage is self integrated, and produces an output that is proportional to the signal itself rather than to its derivative. The nondifferentiating or self-integrating feature allows full utilization of the sensor/oscilloscope bandpass.

Isbn (Books And Publications)

Sound Search: A Speech and Language Drillbook

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Author

Lynn E. Miner

ISBN #

0252013263

Models Of Proposal Planning & Writing

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Author

Lynn E. Miner

ISBN #

0275986969

The First Lincolnland Conference on Dialectology

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Author

Lynn E. Miner

ISBN #

0817305505

The Second and Third Lincolnland Conferences on Dialectology: [proceedings]

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Author

Lynn E. Miner

ISBN #

0817305513

Classroom Projects Using Photography: With Tools and Tips to Help You

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Author

Lynn E. Miner

ISBN #

0879851023

Proposal Planning & Writing

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Author

Lynn E. Miner

ISBN #

0897747267

Directory of Research Grants 1996: With a Guide to Proposal Planning and Writing

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Author

Lynn E. Miner

ISBN #

0897748778

Directory of Grants in the Humanities 1995/96

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Author

Lynn E. Miner

ISBN #

0897749111

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Lynn M Miner from Chewelah, WA, age ~74 Get Report