David Michael Collins
Burglar Alarm in Provo, UT
License number
Utah 6393419-6502
Issued Date
Feb 21, 2007
Expiration Date
Nov 30, 2010
Category
Burglar Alarm
Type
Burglar Alarm Company Agent
Address
Address
Provo, UT
Personal information
See more information about David Michael Collins at radaris.comName
Address
Phone
4921 S 2825 W, Roy, UT 84067
Professional information
See more information about David Michael Collins at trustoria.com
David Collins - Provo, UT
David Collins - Provo, UT
Work:
Vivint Inc
Sales Representative Vision Security - Orem, UT
Sales Representative Pinnacle Security - Orem, UT
Sales Representative Green Pest Services - Seattle, WA
Sales Representative APX Alarm - Provo, UT
Sales Representative TAG Marketing - Orem, UT
Sales Representative/ Manager Church of Jesus Christ of Latter-Day Saints - Dallas, TX
Missionary
Sales Representative Vision Security - Orem, UT
Sales Representative Pinnacle Security - Orem, UT
Sales Representative Green Pest Services - Seattle, WA
Sales Representative APX Alarm - Provo, UT
Sales Representative TAG Marketing - Orem, UT
Sales Representative/ Manager Church of Jesus Christ of Latter-Day Saints - Dallas, TX
Missionary
Education:
Oregon City High School - Oregon City, OR
General Studies West Linn High School - West Linn, OR
General Studies Utah Valley University - Orem, UT
Business Administration
General Studies West Linn High School - West Linn, OR
General Studies Utah Valley University - Orem, UT
Business Administration
Skills:
Fluent in oral and written Spanish, Certified Public Speaker Toastmasters International, Stephen R.Covey Leadership Certification, Dale Carnegie Leadership Course graduate.
David Collins - Provo, UT
David Collins - Provo, UT
Work:
DCWV
Lead Designer Freelance Work
Illustration/Graphic Design Sugar House Banners - Salt Lake City, UT
Graphic Designer / Account Manager Ken Gar Automotive - Salt Lake City, UT
Sales and Marketing
Lead Designer Freelance Work
Illustration/Graphic Design Sugar House Banners - Salt Lake City, UT
Graphic Designer / Account Manager Ken Gar Automotive - Salt Lake City, UT
Sales and Marketing
Education:
University of Kansas
Bachelors in Graphic Design Kansas City Kansas Community College - Kansas City, KS
Bachelors in Graphic Design Kansas City Kansas Community College - Kansas City, KS
Sales At Via Subscription
Sales At Via Subscription
Position:
Sales at Via Subscription
Location:
Provo, Utah Area
Industry:
Computer Software
Work:
Via Subscription
-
Sales
David Collins - Provo, UT
David Collins - Provo, UT
Work:
Utah Valley Regional Medical Center
Brigham Young University
Research Assistant Dr. Kip Sharp
Orthopedic Surgeon Brigham Young University Library Clerk Farnsworth Wholesale - Mesa, AZ
Research Assistant Dr. Kip Sharp
Orthopedic Surgeon Brigham Young University Library Clerk Farnsworth Wholesale - Mesa, AZ
Education:
Brigham Young University
B.S. in Exercise Science
B.S. in Exercise Science
Atmospheric Pressure Ionization Ion Mobility Spectrometry
Atmospheric Pressure Ionization Ion Mobility Spectrometry
US Patent:
6586732, Jul 1, 2003
Filed:
Feb 20, 2001
Appl. No.:
09/788837
Inventors:
Milton L. Lee - Pleasant Grove UT
David C. Collins - Provo UT
David C. Collins - Provo UT
Assignee:
Brigham Young University - Provo UT
International Classification:
H01J 4900
US Classification:
250288, 250287, 250286, 250283, 250282
Abstract:
A high voltage ion propulsion field is applied across the length of an ion mobility spectrometer that is divided by a barrier wall into a desolvation region and a drift tube. A plume of ions and solvent is electrosprayed into the desolvation region, and ions are propelled from the desolvation region through the drift tube to an ion target. Drift gas flows through the drift tube in the opposite direction to oppose the ion flow. A portal in the barrier wall permits ions to move from the desolvation region into the drift tube, and restricts flow of drift gas from the drift tube into the desolvation region. The resulting drift gas velocity increase effects desolvation without requiring elevated temperature or decreased pressure. An ion gate is located near the portal and an aperture grid is located near the ion target. The drift gas flow rate is varied to change the ionization spectra to alter selectivity.