loadpatents
name:-0.014724969863892
name:-0.006019115447998
name:-0.0023751258850098
Morioka; Satoru Patent Filings

Morioka; Satoru

Patent Applications and Registrations

Patent applications and USPTO patent grants for Morioka; Satoru.The latest application filed is for "production method of additive manufactured object using pure copper powder having si coating".

Company Profile
2.4.13
  • Morioka; Satoru - Tokyo JP
  • Morioka; Satoru - Toda-shi JP
  • Morioka; Satoru - Toda JP
  • Morioka; Satoru - Saitama 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
PRODUCTION METHOD OF ADDITIVE MANUFACTURED OBJECT USING PURE COPPER POWDER HAVING Si COATING
App 20210039192 - Watanabe; Hirofumi ;   et al.
2021-02-11
Copper heat dissipation material, carrier-attached copper foil, connector, terminal, laminate, shield material, printed-wiring board, metal processed member, electronic device and method for manufacturing the printed wiring board
Grant 10,464,291 - Momoi , et al. No
2019-11-05
Printed wiring board, electronic device, catheter, and metallic material
Grant 10,194,534 - Arai , et al. Ja
2019-01-29
Structure Having Metal Material For Heat Radiation, Printed Circuit Board, Electronic Apparatus, And Metal Material For Heat Radiation
App 20180035529 - ARAI; HIDETA ;   et al.
2018-02-01
Printed Wiring Board, Electronic Device, Catheter, And Metallic Material
App 20180035546 - ARAI; HIDETA ;   et al.
2018-02-01
Structure Having Metal Material For Heat Radiation, Printed Circuit Board, Electronic Apparatus, And Metal Material For Heat Radiation
App 20170347493 - Arai; Hideta ;   et al.
2017-11-30
Copper Heat Dissipation Material, Carrier-Attached Copper Foil, Connector, Terminal, Laminate, Shield Material, Printed-Wiring Board, Metal Processed Member, Electronic Device and Method for Manufacturing the Printed Wiring Board
App 20170291397 - MOMOI; Hajime ;   et al.
2017-10-12
Copper heat dissipation material, carrier-attached copper foil, connector, terminal, laminate, shield material, printed-wiring board, metal processed member, electronic device and method for manufacturing the printed wiring board
Grant 9,724,896 - Momoi , et al. August 8, 2
2017-08-08
Surface-Treated Metal Material, Metal Foil With Carrier, Connector, Terminal, Laminate, Shielding Tape, Shielding Material, Printed Wiring Board, Processed Metal Member, Electronic Device, And Method For Manufacturing Printed Wiring Board
App 20160212836 - Arai; Hideta ;   et al.
2016-07-21
Copper Heat Dissipation Material, Carrier-Attached Copper Foil, Connector, Terminal, Laminate, Shield Material, Printed-Wiring Board, Metal Processed Member, Electronic Device and Method for Manufacturing the Printed Wiring Board
App 20160120017 - MOMOI; HAJIME ;   et al.
2016-04-28
Method For Producing Nitride Compound Semiconductor Substrate, And Nitride Compound Semiconductor Free-standing Substrate
App 20120256297 - Morioka; Satoru ;   et al.
2012-10-11
Crystal Growing Apparatus, Method For Manufacturing Nitride Compound Semiconductor Crystal, And Nitride Compound Semiconductor Crystal
App 20120251428 - Morioka; Satoru
2012-10-04
Manufacturing method of GaN thin film template substrate, GaN thin film template substrate and GaN thick film single crystal
Grant 8,137,460 - Morioka , et al. March 20, 2
2012-03-20
MANUFACTURING METHOD OF GaN BASED SEMICONDUCTOR EPITAXIAL SUBSTRATE
App 20110244665 - MIKAMI; Makoto ;   et al.
2011-10-06
Epitaxial Growth Substrate, Manufacturing Method Thereof, Nitride-based Compound Semiconductor Substrate, And Nitride-based Compound Semiconductor Self-supporting Substrate
App 20110215439 - MORIOKA; Satoru
2011-09-08
Substrate For Epitaxial Growth And Method For Producing Nitride Compound Semiconductor Single Crystal
App 20100101486 - Takakusaki; Misao ;   et al.
2010-04-29
MANUFACTURING METHOD OF GaN THIN FILM TEMPLATE SUBSTRATE, GaN THIN FILM TEMPLATE SUBSTRATE AND GaN THICK FILM SINGLE CRYSTAL
App 20090294774 - Morioka; Satoru ;   et al.
2009-12-03

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