Timothy R Reichert

age ~47

from Glendale, AZ

Get Report

Also known as:

Tim Reichert
Timothy Reichent
Tim R Reichart

Connected to:

Timothy Reichert Phones & Addresses

Glendale, AZ
Fountain Hills, AZ
Peoria, AZ
Maricopa, AZ
Mundelein, IL
Flagstaff, AZ
Oak Brook, IL

Work

Company:

National park service
Nov 2006
Position:

Visitor use assistant

Education

School / High School:

University of Phoenix- Phoenix, AZ
2010
Specialities:

BS in Management

Resumes

Timothy Reichert

view source

Location:

United States

Superintendent At Fulton Homes

view source

Location:

Phoenix, Arizona Area

Industry:

Construction

Avionics At Usaf

view source

Location:

Phoenix, Arizona Area

Industry:

Military

Timothy Reichert

view source

Location:

United States

Timothy Reichert Bullhead City, AZ

view source

Work:

National Park Service

Nov 2006 to 2000
Visitor Use Assistant USS KITTY HAWK, CONSTELLATION and BONHOMME RICHARD
San Diego, CA
Jun 1996 to Dec 2004
Leading Division Chief Petty Officer Fleet Aviation Specialized Operational Training Group
San Diego, CA
Jul 1999 to Jun 2002
Training Coordinator Service School Command
San Diego, CA
Apr 1993 to May 1996
Instructor, Master Training Specialist CARAEWRON (VAW-117)
San Diego, CA
Mar 1991 to Mar 1993
Material Control Supervisor USS INDEPENDENCE
San Diego, CA
Jan 1989 to Mar 1991
Repairables' Manager Marine Corps Air Station
Kneohe Bay, HI
1985 to 1988
Purchase Clerk

Education:

University of Phoenix
Phoenix, AZ
2010 to 2013
BS in Management

License Records

Timothy J Reichert

License #:

300156 - Active

Category:

EMS Licensing

Issued Date:

Jun 19, 2016

Expiration Date:

Jun 30, 2018

Type:

EMT-Paramedic

Us Patents

Fully Indentifiable Optical Fiber Assemblies
view source
US Patent:

20010048797, Dec 6, 2001
Filed:

Mar 13, 2001
Appl. No.:

09/804952
Inventors:

Saskia Van Dijk - Maastricht, NL
Aylvin Dias - Maastricht, NL
Jacob De Haas - Sittard, NL
Mark Tilley - Glen Ellyn IL, US
Timothy Reichert - Downers Grove IL, US
International Classification:

G02B006/22
G02B006/44
US Classification:

385/114000, 385/128000
Abstract:

The present invention relates to a radiation-curable composition comprising, in the uncured state, at least one monomer or oligomer having a radiation-curable functional group which can form free radicals in the presence of actinic radiation, a photoinitiator for said monomer or oligomer present in an amount sufficient to effect radiation cure of said monomer or oligomers and a contrasting agent which causes an observable change in the cured composition upon exposure to energy from a high energy tunable light source. The invention further relates to an optical fiber ribbon assembly comprising said radiation curable composition and including energy-induced indicia, and to a process for importing indicia to an optical fiber ribbon assembly.