JERRY TAYLOR
Nursing at Nogales Ave, Melbourne, FL
License number
Florida 9173768
Issued Date
Dec 4, 2000
Effective Date
Dec 4, 2000
Expiration Date
Jul 31, 2018
Category
Health Care
Type
Registered Nurse
Address
Address
506 Nogales Ave NE, Melbourne, FL 32907
Phone
(321) 432-3391
Personal information
See more information about JERRY TAYLOR at radaris.comName
Address
Phone
502 Parkview Rd NW, Fort Walton Beach, FL 32547
505 Cloudcroft Dr, Deltona, FL 32738
5055 Palm Hill Dr APT T314, West Palm Bch, FL 33415
506 Nogales Ave NE, Palm Bay, FL 32907
516 Palm Ave, Merritt Is, FL 32952
Professional information
See more information about JERRY TAYLOR at trustoria.com
Jerry Taylor - Rockledge, FL
Jerry Taylor - Rockledge, FL
Work:
BRUNSWICK BOAT GROUP, SEA RAY YACHT DIVISION
ASSEMBLY GROUP LEAD BRUNSWICK BOAT GROUP, SEA RAY YACHT DIVISION
ASSEMBLY SUPERVISOR BRUNSWICK BOAT GROUP, SEA RAY YACHT DIVISION
ASSEMBLY LEAD FITTER / INSTALLER
ASSEMBLY GROUP LEAD BRUNSWICK BOAT GROUP, SEA RAY YACHT DIVISION
ASSEMBLY SUPERVISOR BRUNSWICK BOAT GROUP, SEA RAY YACHT DIVISION
ASSEMBLY LEAD FITTER / INSTALLER
Education:
Keiser College - Melbourne, FL
A.A in Business Administration
A.A in Business Administration
Skills:
Lean Six Sigma (Green Belt), All Microsoft Programs to include Excel, Word, Power Point and Access, Lotus Notes
Jerry Taylor - Melbourne, FL
Jerry Taylor - Melbourne, FL
Work:
NORSEMAN MARITIME - Mercer Island, WA
CHIEF ENGINEER HOS, LLC - Bangor, WA
HOS ARROWHEAD - 1st ENGINEER MAR. INC - Port Hueneme, CA
M.V. INDEPENDENCE - ENGINEER MILITARY SEALIFT COMMAND
JUNIOR ENGINEER RAYTHEON
Site leader JOHNSON CONTROLS - Orlando, FL
Multi Craftsman AUTEC RANGE SERVICES, ANDROS ISLAND
Marine Diesel Overhaul Shop Foreman RCA SERVICE COMPANY, ANDROS ISLAND
Downrange Maintenance Specialist at Site RCA SERVICE COMPANY, ANDROS ISLAND
Relief Chief Engineer
CHIEF ENGINEER HOS, LLC - Bangor, WA
HOS ARROWHEAD - 1st ENGINEER MAR. INC - Port Hueneme, CA
M.V. INDEPENDENCE - ENGINEER MILITARY SEALIFT COMMAND
JUNIOR ENGINEER RAYTHEON
Site leader JOHNSON CONTROLS - Orlando, FL
Multi Craftsman AUTEC RANGE SERVICES, ANDROS ISLAND
Marine Diesel Overhaul Shop Foreman RCA SERVICE COMPANY, ANDROS ISLAND
Downrange Maintenance Specialist at Site RCA SERVICE COMPANY, ANDROS ISLAND
Relief Chief Engineer
O.r. Rn Iii At Holmes Regional Medical Center
O.r. Rn Iii At Holmes Regional Medical Center
Position:
O.R. RN III at Homes Regional Medical Center, O.R. RN III at Holmes Regional Medical Center
Location:
Melbourne, Florida Area
Industry:
Hospital & Health Care
Work:
Homes Regional Medical Center
-
O.R. RN III
Holmes Regional Medical Center
-
O.R. RN III
Independent E-Learning Professional
Independent E-Learning Professional
Location:
Melbourne, Florida Area
Industry:
E-Learning
Independent Airlines/Aviation Professional
Independent Airlines/Aviation Professional
Location:
Melbourne, Florida Area
Industry:
Airlines/Aviation
Methods Of Forming Ultra-Fine Fibers And Non-Woven Webs
Methods Of Forming Ultra-Fine Fibers And Non-Woven Webs
US Patent:
7431869, Oct 7, 2008
Filed:
Jun 4, 2004
Appl. No.:
10/860565
Inventors:
Jeff Haggard - Cocoa FL, US
Arnold Wilkie - Merritt Island FL, US
James Brang - Cocoa FL, US
Jerry Taylor - West Melbourne FL, US
Arnold Wilkie - Merritt Island FL, US
James Brang - Cocoa FL, US
Jerry Taylor - West Melbourne FL, US
Assignee:
Hills, Inc. - West Melbourne FL
International Classification:
D01D 5/34, D01D 5/36, D01F 9/145, D01F 9/22, D02G 3/02
US Classification:
264 292, 26417213, 26417215, 26421116
Abstract:
A nonwoven web product including ultra-fine fibers is formed utilizing a spunbond apparatus that forms multicomponent fibers by delivering first and second polymer components in a molten state from a spin pack to a spinneret, extruding multicomponent fibers including the first and second polymer components from the spinneret, attenuating the mulicomponent fibers in an aspirator, laying down the multicomponent fibers on an elongated forming surface disposed downstream from the aspirator to form a nonwoven web, and bonding portions of at least some of the fibers in the nonwoven web together to form a bonded, nonwoven web product. The multicomponent fibers can include separable segments such as islands-in-the-sea fibers, where certain separated segments become the ultra-fine fibers in the web product. In addition, carbon tubular fibers can be formed by extruding island-in-the-sea fibers including polyacrylonitrile or pitch sheath segments in the fibers, separating the segments of the fiber, and converting the polyacrylonitrile of pitch to carbon by a carbonization process.