Eby; Thomas A.

Patent Applications and Registrations

Patent applications and USPTO patent grants for Eby; Thomas A..The latest application filed is for "renewable polyester fibers having a low density".

Company Profile

2.18.23

Eby; Thomas A. - Greenville WI

*profile and listings may contain filings by different individuals or companies with the same name. Review application materials to confirm ownership/assignment.

Patent Activity

Patent	Date
Polymeric material with a multimodal pore size distribution Grant 11,084,916 - Topolkaraev , et al. August 10, 2	2021-08-10
Renewable Polyester Fibers having a Low Density App 20210180216 - McEneany; Ryan J. ; et al.	2021-06-17
Microparticles having a multimodal pore distribution Grant 10,889,696 - Topolkaraev , et al. January 12, 2	2021-01-12
Renewable polyester fibers having a low density Grant 10,858,762 - McEneany , et al. December 8, 2	2020-12-08
Renewable polyester film having a low modulus and high tensile elongation Grant 10,815,374 - Topolkaraev , et al. October 27, 2	2020-10-27
Modified polylactic acid fibers Grant 10,718,069 - Topolkaraev , et al.	2020-07-21
Absorbent Articles With Improved Gasketing App 20190183690 - Nhan; Davis Dang H. ; et al.	2019-06-20
Delivery system for active agents Grant 10,195,157 - Topolkaraev , et al. Fe	2019-02-05
Rigid renewable polyester compositions having a high impact strength and tensile elongation Grant 10,144,825 - Topolkaraev , et al. De	2018-12-04
Renewable polyester compositions having a low density Grant 9,518,181 - Scholl , et al. December 13, 2	2016-12-13
Delivery System for Active Agents App 20160193157 - Topolkaraev; Vasily A. ; et al.	2016-07-07
Microparticles having a Multimodal Pore Distribution App 20160168349 - Topolkaraev; Vasily A. ; et al.	2016-06-16
Polymeric Material with a Multimodal Pore Size Distribution App 20160102185 - Topolkaraev; Vasily A. ; et al.	2016-04-14
Renewable Polyester Compositions having a Low Density App 20150225565 - Scholl; Neil T. ; et al.	2015-08-13
Renewable Polyester Film having a Low Modulus and High Tensile Elongation App 20150159012 - Topolkaraev; Vasily A. ; et al.	2015-06-11
Rigid Renewable Polyester Compositions having a High Impact Strength and Tensile Elongation App 20150152261 - Topolkaraev; Vasily A. ; et al.	2015-06-04
Renewable polyester compositions having a low density Grant 9,040,598 - Scholl , et al. May 26, 2	2015-05-26
Renewable polyester film having a low modulus and high tensile elongation Grant 8,980,964 - Topolkaraev , et al. March 17, 2	2015-03-17
Rigid renewable polyester compositions having a high impact strength and tensile elongation Grant 8,975,305 - Topolkaraev , et al. March 10, 2	2015-03-10
Modified Polylactic Acid Fibers App 20150044929 - Topolkaraev; Vasily A. ; et al.	2015-02-12
Renewable Polyester Compositions having a Low Density App 20130210949 - Scholl; Neil T. ; et al.	2013-08-15
Renewable Polyester Film having a Low Modulus and High Tensile Elongation App 20130209770 - Topolkaraev; Vasily A. ; et al.	2013-08-15
Renewable Polyester Fibers having a Low Density App 20130210308 - McEneany; Ryan J. ; et al.	2013-08-15
Breathable Film Formed from a Renewable Polyester App 20130210621 - Topolkaraev; Vasily A. ; et al.	2013-08-15
Rigid Renewable Polyester Compositions having a High Impact Strength and Tensile Elongation App 20130210983 - Topolkaraev; Vasily T. ; et al.	2013-08-15
Materials from Post-Industrial Absorbent Product Waste App 20130099160 - Topolkaraev; Vasily A. ; et al.	2013-04-25
Modified Polylactic Acid Fibers App 20120164905 - Topolkaraev; Vasily A. ; et al.	2012-06-28
Mechanical fastener Grant 7,725,992 - Efremova , et al. June 1, 2	2010-06-01
Mechanical fastener App 20080155798 - Efremova; Nadezhda V. ; et al.	2008-07-03
One step process for making breathable, clay filled polymer compositions having controlled stability in contact with aqueous fluids Grant 6,451,895 - Topolkaraev , et al. September 17, 2	2002-09-17
Poly(ethylene oxide) films comprising unmodified clay particles and having enhanced breathability and unique microstructure Grant 6,268,048 - Topolkaraev , et al. July 31, 2	2001-07-31

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