JULIA A CARTER
Physician in Tampa, FL
License number
Florida 7195
Issued Date
Jul 1, 2003
Effective Date
Aug 4, 2011
Expiration Date
Jul 1, 2009
Category
Health Care
Type
Registration for Resident/HSE Physician
Address
Address
PO Box 1289, Tampa, FL 33601
Professional information
Julia Carter - Tampa, FL
Work:
Conductive Education Center of Orlando - Orlando, FL
Conductor Assistant University of Central Florida Psychology Department - Orlando, FL
Research Assistant Aramark, Burger King - Orlando, FL
Team Leader, Crew Member, Customer Service College Shadow Day - Orlando, FL
Volunteer
Conductor Assistant University of Central Florida Psychology Department - Orlando, FL
Research Assistant Aramark, Burger King - Orlando, FL
Team Leader, Crew Member, Customer Service College Shadow Day - Orlando, FL
Volunteer
Education:
University of Central Florida - Orlando, FL
Bachelor of Science in Psychology Middleton High School - Tampa, FL
Diploma
Bachelor of Science in Psychology Middleton High School - Tampa, FL
Diploma
Skills:
SPSS, Microsoft Offices(Word, Excel, Powerpoint)
Personal Care Articles With Reduced Polymer Fibers
US Patent:
6642429, Nov 4, 2003
Filed:
Jun 26, 2000
Appl. No.:
09/603278
Inventors:
Julia Carter - Tampa FL
Darryl Franklin Clark - Alpharetta GA
Bryan David Haynes - Cumming GA
Matthew Boyd Lake - Alpharetta GA
Caroline L. Miller - Zachary LA
Kevin Edward Smith - Highlands Ranch CO
Ty Jackson Stokes - Suwanee GA
Jeffrey Lawrence McManus - Canton GA
Darryl Franklin Clark - Alpharetta GA
Bryan David Haynes - Cumming GA
Matthew Boyd Lake - Alpharetta GA
Caroline L. Miller - Zachary LA
Kevin Edward Smith - Highlands Ranch CO
Ty Jackson Stokes - Suwanee GA
Jeffrey Lawrence McManus - Canton GA
Assignee:
Kimberly-Clark Worldwide, Inc. - Neenah WI
International Classification:
A61F 1315
US Classification:
604367, 604369, 604370
Abstract:
A personal care absorbent article made of a nonwoven material having a plurality of polymeric fibers having a fiber interior comprising at least one of a liquid fluid and a gaseous fluid. The nonwoven materials are produced by heating at least one polymer to a melting point, forming a molten polymer; extruding the molten polymer through a plurality of capillaries, injecting a liquid fluid and/or a gaseous fluid into the molten polymer prior to, during and/or after the extruding step, forming a plurality of fluid-filled polymeric fibers, wherein the liquid fluid and/or gaseous fluid is dispersed within the interior of the polymeric fibers, and depositing the fluid-filled polymeric fibers onto a web forming surface, forming a nonwoven material.