Search

Jill S Ullett

from Saint Petersburg, FL
Age ~67
Get Report
Also known as:
Jill S Carr, Jill S Llett, Jill Ullet, Jill Scarr
Related to:
Geraldine UllettRobert B Ullett, 68James UllettRichard J Ullett, 68Jessie M Ullett, 34Bonnie S Ullett, 70
Connected to:
Christopher Ullger, 45Michael W Ullger, 43David L Ullian, 72Elizabeth B Ullian, 39Kristin L Ullicny, 42Nora B Ulliman, 67Ben G Ullman, 43Cara J Ullman, 51Cindy L Ullman, 60David L Ullman, 51

Jill Ullett Phones & Addresses

  • Saint Petersburg, FL
  • 4841 Medlar Rd, Miamisburg, OH 45342 (937) 847-8442
  • Springboro, OH
  • Dayton, OH
  • Cincinnati, OH

Business Records

Name / Title
Company / Classification
Phones & Addresses
Jill Ullett
Branch Manager, Manager
S&K Technologies, Inc
Info Technology Services · Remodeling
3139 Research Blvd, Dayton, OH 45420
3155 Res Blvd, Dayton, OH 45420
3155 Research Blvd STE 200, Dayton, OH 45420
(937) 781-2300
Jill Ullett
Chief Executive Officer
Jr Engineering Consultants Inc
Engineering Consultant
4841 Medlar Rd, Miamisburg, OH 45342

Publications

Us Patents

Methods And Apparatus For Producing Ordered Parts From Liquid Crystal Monomers

View page
US Patent:
6423260, Jul 23, 2002
Filed:
Mar 21, 2000
Appl. No.:
09/531736
Inventors:
Richard P. Chartoff - Cincinnati OH
John W. Schultz - Alpharetta GA
Jill S. Ullett - Dayton OH
Assignee:
University of Dayton - Dayton OH
International Classification:
B29C 3508
US Classification:
264401, 264435, 264494
Abstract:
A method and apparatus for producing ordered parts by from non-ordered liquid crystal monomers. Liquid crystal monomers contain stiff, rod-like mesogenic segments which can be aligned by an external force such as shear, electric field or magnetic field, causing an anisotropy in properties. When cured in the aligned stated by photopolymerizing the aligned monomers the anisotropic structure is âlocked inâ resulting in materials with anisotropic physical and mechanical properties. The rigid structure of the mesogenic segments can result in cured networks with high glass transition temperatures if the spacer groups which connect the mesogenic core with the reactive end groups are kept short. Glass transition temperatures of postcured parts ranged from 75 to 148Â C. depending on resin and processing conditions.

Method And Apparatus For Stereolithography

View page
US Patent:
61173851, Sep 12, 2000
Filed:
Aug 3, 1998
Appl. No.:
9/128078
Inventors:
Richard P. Chartoff - Cincinnati OH
John W. Schultz - Centerville OH
Jill S. Ullett - Dayton OH
Assignee:
The University of Dayton - Dayton OH
International Classification:
B29C 3508
B29C 4102
US Classification:
264401
Abstract:
A method and apparatus for producing ordered parts by stereolithography from non-ordered liquid crystal monomers. Liquid crystal monomers contain stiff, rod-like mesogenic segments which can be aligned by an external force such as shear, electric field or magnetic field, causing an anisotropy in properties. When cured in the aligned stated by photopolymerizing the aligned monomers the anisotropic structure is "locked in" resulting in materials with anisotropic physical and mechanical properties. The rigid structure of the mesogenic segments can result in cured networks with high glass transition temperatures if the spacer groups which connect the mesogenic core with the reactive end groups are kept short. Glass transition temperatures of postcured parts ranged from 75 to 148. degree. C. depending on resin and processing conditions.
Control profile
Jill S Ullett from Saint Petersburg, FL, age ~67 Get Report