loadpatents
name:-0.022374868392944
name:-0.020116090774536
name:-0.004133939743042
Ninomiya; Ryoji Patent Filings

Ninomiya; Ryoji

Patent Applications and Registrations

Patent applications and USPTO patent grants for Ninomiya; Ryoji.The latest application filed is for "vibration detecting device".

Company Profile
4.22.22
  • Ninomiya; Ryoji - Kunitachi JP
  • Ninomiya; Ryoji - Tokyo JP
  • Ninomiya; Ryoji - Kunitachi Tokyo JP
  • Ninomiya; Ryoji - Tachikawa JP
  • NINOMIYA; Ryoji - Tachikawa-shi JP
  • Ninomiya; Ryoji - Aoume JP
  • Ninomiya; Ryoji - Fussa 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
PatentDate
Vibration detecting arrangement for reducing resonant noise
Grant 11,255,717 - Omote , et al. February 22, 2
2022-02-22
Vibration sensor
Grant D941,167 - Omote , et al. January 18, 2
2022-01-18
Vibration Detecting Device
App 20200408594 - Omote; Hirofumi ;   et al.
2020-12-31
Vibration Detecting Device
App 20200378823 - OMOTE; Hirofumi ;   et al.
2020-12-03
Interposer substrate and multilayer printed substrate
Grant 10,667,395 - Ninomiya , et al.
2020-05-26
Interposer Substrate And Multilayer Printed Substrate
App 20190223290 - Ninomiya; Ryoji ;   et al.
2019-07-18
Vibration Detection Apparatus
App 20190101420 - NINOMIYA; Ryoji ;   et al.
2019-04-04
Fuel cell unit, control method thereof, information processing apparatus, and power supply control method thereof
Grant 7,879,473 - Nakamura , et al. February 1, 2
2011-02-01
Fuel cell unit, control method for fuel cell unit, and information processing apparatus
Grant 7,618,727 - Nakamura , et al. November 17, 2
2009-11-17
Apparatus for updating program in a fuel cell unit
Grant 7,620,805 - Ninomiya November 17, 2
2009-11-17
Communication Module And Electronic Apparatus
App 20090243949 - TAKIZAWA; Minoru ;   et al.
2009-10-01
Fuel cell unit and state display control method
Grant 7,569,295 - Ninomiya , et al. August 4, 2
2009-08-04
Electronic apparatus, feed switch controlling method and feed switch setting method for electronic apparatus
Grant 7,485,990 - Ozeki , et al. February 3, 2
2009-02-03
Electronic apparatus and supply power setting method for the apparatus
Grant 7,216,246 - Ozeki , et al. May 8, 2
2007-05-08
Fuel cell unit, information processing apparatus, and power supply control method for information processing apparatus
App 20070072023 - Nakamura; Koji ;   et al.
2007-03-29
Fuel cell unit, control method for fuel cell unit, and information processing apparatus
App 20070048568 - Nakamura; Koji ;   et al.
2007-03-01
Fuel cell unit, control method for fuel cell unit, and information processing apparatus
App 20070048566 - Nakamura; Koji ;   et al.
2007-03-01
Fuel cell unit, control method thereof, information processing apparatus, and power supply control method thereof
App 20070042245 - Nakamura; Koji ;   et al.
2007-02-22
Information processing apparatus, fuel cell unit, and program updating method thereof
App 20070020493 - Ninomiya; Ryoji
2007-01-25
Display apparatus, information processing apparatus, and method for controlling display apparatus
App 20060290717 - Ninomiya; Ryoji ;   et al.
2006-12-28
Method and apparatus for controlling internal heat generating circuit
Grant 7,148,589 - Nishigaki , et al. December 12, 2
2006-12-12
Information processing apparatus and its control method
App 20060192736 - Ninomiya; Ryoji
2006-08-31
Electronic system and power supply method
App 20050048330 - Ozeki, Akihiro ;   et al.
2005-03-03
Fuel cell unit for electronic apparatus
App 20040224209 - Ninomiya, Ryoji ;   et al.
2004-11-11
Fuel cell unit and state display control method
App 20040224198 - Ninomiya, Ryoji ;   et al.
2004-11-11
Electronic apparatus, fuel cell unit, and state display control method
App 20040224199 - Ninomiya, Ryoji ;   et al.
2004-11-11
Electronic apparatus, feed switch controlling method and feed switch setting method for electronic apparatus
App 20040212345 - Ozeki, Akihiro ;   et al.
2004-10-28
Electronic apparatus and supply power setting method for the apparatus
App 20040207267 - Ozeki, Akihiro ;   et al.
2004-10-21
Method and apparatus for controlling internal heat generating circuit
App 20040150933 - Nishigaki, Nobutaka ;   et al.
2004-08-05
Method and apparatus for controlling internal heat generating circuitry
Grant 6,701,273 - Nishigaki , et al. March 2, 2
2004-03-02
Printed circuit board and electronic equipment using the board
Grant 6,678,169 - Ninomiya January 13, 2
2004-01-13
Power save control device and control method
Grant 6,647,501 - Ninomiya November 11, 2
2003-11-11
Serial signal transmission apparatus
Grant 6,598,102 - Ninomiya , et al. July 22, 2
2003-07-22
Printed circuit board and electronic equipment using the board
App 20030024732 - Ninomiya, Ryoji
2003-02-06
Computer system having a detachable expansion unit
App 20020183973 - Nishigaki, Nobutaka ;   et al.
2002-12-05
Printed circuit board and electronic equipment using the board
App 20010048592 - Ninomiya, Ryoji
2001-12-06
Computer system in which a high-order application program recognizes a power-on factor or a state of an expansion unit
Grant 6,088,620 - Ninomiya , et al. July 11, 2
2000-07-11
Computer system having computer main body and expansion unit
Grant 5,991,839 - Ninomiya November 23, 1
1999-11-23
Expansion unit having a security mechanism for inhibiting attachment and disconnection of the expansion unit to and from a portable computer
Grant 5,948,074 - Ninomiya September 7, 1
1999-09-07
Conflict free PC in which only the I/O address of internal device is change when it is determined that the I/O address is overlap by expansion device
Grant 5,809,330 - Ninomiya September 15, 1
1998-09-15
Clock supply permission/inhibition control system
Grant 5,764,968 - Ninomiya June 9, 1
1998-06-09
Electronic system having a portable electronic apparatus and an extention unit for extending functions of the portable electronic apparatus
Grant 5,684,673 - Shibasaki , et al. November 4, 1
1997-11-04
Computer system having detachable expansion unit
Grant 5,664,118 - Nishigaki , et al. September 2, 1
1997-09-02
Electronic device capable of automatically controlling power assumption of components employed in accordance with operating time period by user
Grant 5,532,935 - Ninomiya , et al. July 2, 1
1996-07-02

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