Inventor
KOEDA HIROSHI
JP43 patents
⚠️ This page may combine multiple inventors who share the name “KOEDA HIROSHI”. Patents are grouped by organization below to help distinguish them — per-person disambiguation is on the roadmap.
SEIKO EPSON CORP
38 patentsUS6650461B2Nov 18, 2003
Method of manufacturing spatial light modulator and electronic device employing it
SEIKO EPSON CORP85 citations99
US6452712B2Sep 17, 2002
Method of manufacturing spatial light modulator and electronic device employing it
SEIKO EPSON CORP122 citations99
US6107115AAug 22, 2000
Method of manufacturing spatial light modulator and electronic device employing it
SEIKO EPSON CORP123 citations99
US5999306ADec 7, 1999
Method of manufacturing spatial light modulator and electronic device employing it
SEIKO EPSON CORP227 citations99
US5912684AJun 15, 1999
Inkjet recording apparatus
SEIKO EPSON CORP63 citations96
US5644341AJul 1, 1997
Ink jet head drive apparatus and drive method, and a printer using these
SEIKO EPSON CORP128 citations96
US5668579ASep 16, 1997
Apparatus for and a method of driving an ink jet head having an electrostatic actuator
SEIKO EPSON CORP91 citations95
US6601947B1Aug 5, 2003
Narrow-pitch connector, electrostatic actuator, piezoelectric actuator, ink-jet head, ink-jet printer, micromachine, liquid crystal panel, and electronic apparatus
SEIKO EPSON CORP22 citations93
US7354803B2Apr 8, 2008
Method for manufacturing substrate conjugate, substrate conjugate, method for manufacturing electro-optical apparatus, and electro optical apparatus
SEIKO EPSON CORP23 citations92
US6517195B1Feb 11, 2003
Ink jet head with an integrated charging control circuit
SEIKO EPSON CORP31 citations92
US6271955B1Aug 7, 2001
Method of manufacturing spatial light modulator and electronic device employing it
SEIKO EPSON CORP29 citations92
US6120124ASep 19, 2000
Ink jet head having plural electrodes opposing an electrostatically deformable diaphragm
SEIKO EPSON CORP20 citations92
US6117698ASep 12, 2000
Method for producing the head of an ink-jet recording apparatus
SEIKO EPSON CORP21 citations92
US6113218ASep 5, 2000
Ink-jet recording apparatus and method for producing the head thereof
SEIKO EPSON CORP18 citations92
US5975668ANov 2, 1999
Ink jet printer and its control method for detecting a recording condition
SEIKO EPSON CORP32 citations92
US5821951AOct 13, 1998
Ink jet printer having an electrostatic activator and its control method
SEIKO EPSON CORP25 citations92
US5734395AMar 31, 1998
Ink jet head
SEIKO EPSON CORP25 citations92
US5563634AOct 8, 1996
Ink jet head drive apparatus and drive method, and a printer using these
SEIKO EPSON CORP52 citations92
US7396511B2Jul 8, 2008
Dispensing device, dispensing method and method of detecting defective discharge of solution containing biological sample
SEIKO EPSON CORP15 citations84
US7268406B2Sep 11, 2007
Mask, mask chip, manufacturing method of mask, manufacturing method of mask chip, and electronic device
SEIKO EPSON CORP12 citations84
US6375310B1Apr 23, 2002
Ink jet head, manufacturing method therefor, and ink jet recording apparatus
SEIKO EPSON CORP16 citations83
US8932833B2Jan 13, 2015
Thermal cycler and control method of thermal cycler
SEIKO EPSON CORP7 citations80
US6709089B2Mar 23, 2004
Ink-jet head, method of manufacture thereof, and ink-jet printer
SEIKO EPSON CORP7 citations74
US6425656B1Jul 30, 2002
Ink-jet head, method of manufacture thereof, and ink-jet printer
SEIKO EPSON CORP12 citations74
US9475053B2Oct 25, 2016
Thermal cycler and thermal cycle method
SEIKO EPSON CORP2 citations63
US9206385B2Dec 8, 2015
Thermal cycler
SEIKO EPSON CORP2 citations63
US7909932B2Mar 22, 2011
Mask, mask manufacturing method, film forming method, electro-optic device manufacturing method, and electronic apparatus
SEIKO EPSON CORP5 citations63
US7718006B2May 18, 2010
Mask holding structure, film forming method, electro-optic device manufacturing method, and electronic apparatus
SEIKO EPSON CORP4 citations63
US6394582B1May 28, 2002
Ink jet head and ink jet recorder mounted with the same
SEIKO EPSON CORP5 citations63
US7771789B2Aug 10, 2010
Method of forming mask and mask
SEIKO EPSON CORP2 citations62
US7147795B2Dec 12, 2006
Method for surface treatment
SEIKO EPSON CORP2 citations60
US9278356B2Mar 8, 2016
Thermal cycler and control method of thermal cycler
SEIKO EPSON CORP2 citations58
US11831200B2Nov 28, 2023
Axial gap motor
SEIKO EPSON CORP0 citations52
US9080168B2Jul 14, 2015
Tube and plunger device
SEIKO EPSON CORP1 citations52
US7960183B2Jun 14, 2011
Biochip manufacturing method and biochip manufacturing device
SEIKO EPSON CORP1 citations52
US6989513B2Jan 24, 2006
Heat-generating element, heat-generating substrates, heat-generating substrate manufacturing method, microswitch, and flow sensor
SEIKO EPSON CORP0 citations52
US7402446B2Jul 22, 2008
Method of manufacturing an electroluminescence device
SEIKO EPSON CORP0 citations42
US7104860B2Sep 12, 2006
Method for manufacturing a partition wall for a display device
SEIKO EPSON CORP0 citations42
KOEDA HIROSHI
5 patentsUS8679424B2Mar 25, 2014
Biotip
KOEDA HIROSHI4 citations72
US9144800B2Sep 29, 2015
Thermal cycler and thermal cycle method
KOEDA HIROSHI2 citations61
US9457352B2Oct 4, 2016
Thermal cycler
KOEDA HIROSHI1 citations51
US9205426B2Dec 8, 2015
Biochip, reactor, and reaction method
KOEDA HIROSHI1 citations51
US9157055B2Oct 13, 2015
Biochip, sample reaction apparatus, and sample reaction method
KOEDA HIROSHI0 citations51