ARIMOTO; SATOSHI

Patent Applications and Registrations

Patent applications and USPTO patent grants for ARIMOTO; SATOSHI.The latest application filed is for "detection method and detection device".

Company Profile

0.27.14

ARIMOTO; SATOSHI - Shiga JP
Arimoto; Satoshi - Osaka JP
Arimoto; Satoshi - Tokyo JP
Arimoto; Satoshi - Hyogo JP
Arimoto; Satoshi - Itami JP
Arimoto; Satoshi - Amagasaki JP

*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
Detection Method And Detection Device App 20220018753 - ARIMOTO; SATOSHI	2022-01-20
Detection Method And Detection Device App 20220018777 - ARIMOTO; SATOSHI	2022-01-20
Biometric Apparatus, Biometric Method, And Non-transitory Computer-readable Storage Medium App 20210259565 - OHNO; Yumiko ; et al.	2021-08-26
Cocaine aptamer and method for detecting cocaine using the same Grant 10,196,679 - Arimoto Fe	2019-02-05
Cocaine aptamer and method for detecting cocaine using the same Grant 10,179,915 - Arimoto Ja	2019-01-15
Cocaine aptamer and method for detecting cocaine using the same Grant 10,180,439 - Arimoto Ja	2019-01-15
Cocaine Aptamer And Method For Detecting Cocaine Using The Same App 20180119209 - ARIMOTO; SATOSHI	2018-05-03
Cocaine Aptamer And Method For Detecting Cocaine Using The Same App 20180112256 - ARIMOTO; SATOSHI	2018-04-26
Cocaine Aptamer And Method For Detecting Cocaine Using The Same App 20180106819 - ARIMOTO; SATOSHI	2018-04-19
Apparatus and method for obtaining liquid sample from gaseous sample Grant 9,863,855 - Arimoto January 9, 2	2018-01-09
Electrochemical detector and method for producing same Grant 9,541,518 - Yamashita , et al. January 10, 2	2017-01-10
Electrostatic Atomizer And Method For Obtaining Liquid Sample From Gaseous Sample Using Same App 20160238492 - ARIMOTO; SATOSHI	2016-08-18
Method for accurately quantifying a chemical substance contained in a sample solution at a significantly low concentration of not more than 1.times.10-8M Grant 9,372,169 - Arimoto June 21, 2	2016-06-21
Method for accurately quantifying a chemical substance contained in a sample solution at a significantly low concentration of not more than 1.times.10-.sup.8M Grant 8,961,777 - Takahashi , et al. February 24, 2	2015-02-24
Electrochemical Detector And Method For Producing Same App 20140151225 - Yamashita; Yoshihisa ; et al.	2014-06-05
Method For Accurately Quantifying A Chemical Substance Contained In A Sample Solution At A Significantly Low Concentration Of Not More Than 1x10-8m App 20140021068 - ARIMOTO; Satoshi	2014-01-23
Method For Accurately Quantifying A Chemical Substance Contained In A Sample Solution At A Significantly Low Concentration Of Not More Than 1x10-8m App 20130327657 - TAKAHASHI; Makoto ; et al.	2013-12-12
Method for quantifying a chemical substance by a substitutional stripping voltammetry technique Grant 8,603,322 - Arimoto December 10, 2	2013-12-10
Method for quantifying a chemical substance with substitutional stripping voltammetry and a sensor chip used therefor Grant 8,382,972 - Arimoto February 26, 2	2013-02-26
Method For Quantifying A Chemical Substance By A Substitutional Stripping Voltammetry Technique App 20130008805 - ARIMOTO; Satoshi	2013-01-10
Method for quantifying a chemical substance by substitutional stripping voltammetry and a sensor chip used therefor Grant 8,329,022 - Arimoto December 11, 2	2012-12-11
Method for quantifying a chemical substance with substitutional stripping voltammetry and a sensor chip used therefor Grant 8,329,023 - Arimoto December 11, 2	2012-12-11
Method For Quantifying A Chemical Substance By Substitutional Stripping Voltammetry And A Sensor Chip Used Therefor App 20120216604 - ARIMOTO; Satoshi	2012-08-30
Method For Quantifying A Chemical Substance With Substitutional Stripping Voltammetry And A Sensor Chip Used Therefor App 20120073991 - ARIMOTO; Satoshi	2012-03-29
Method For Quantifying A Chemical Substance With Substitutional Stripping Voltammetry And A Sensor Chip Used Therefor App 20120073990 - ARIMOTO; Satoshi	2012-03-29
Solar cell, a method of producing the same and a semiconductor producing apparatus Grant 6,156,968 - Nishimoto , et al. December 5, 2	2000-12-05
Method of and apparatus for manufacturing thin solar battery Grant 6,096,569 - Matsuno , et al. August 1, 2	2000-08-01
Method of producing a solar cell; a solar cell and a method of producing a semiconductor device Grant 6,093,882 - Arimoto July 25, 2	2000-07-25
Method of producing a solar cell Grant 6,071,753 - Arimoto June 6, 2	2000-06-06
Method of making solar cells Grant 6,037,088 - Morikawa , et al. March 14, 2	2000-03-14
Method of producing thin film solar cell Grant 5,963,790 - Matsuno , et al. October 5, 1	1999-10-05
Solar cell Grant 5,759,292 - Arimoto , et al. June 2, 1	1998-06-02
Solar battery cell, a solar battery module, and a solar battery module group Grant 5,725,006 - Kawama , et al. March 10, 1	1998-03-10
Method for producing thin film solar cell Grant 5,665,607 - Kawama , et al. September 9, 1	1997-09-09
Method of producing solar cell Grant 5,472,885 - Matsuno , et al. December 5, 1	1995-12-05
Thin-film solar cell Grant 5,397,400 - Matsuno , et al. March 14, 1	1995-03-14
Superluminescent diode with stripe shaped doped region Grant 5,357,124 - Kajiwara , et al. October 18, 1	1994-10-18
Semiconductor laser Grant 5,210,767 - Arimoto , et al. May 11, 1	1993-05-11
Crystal growth method Grant 5,082,798 - Arimoto January 21, 1	1992-01-21

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