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NAKAYAMA YOSHIKAZU

Overview
  • Total Patents
    60
About

NAKAYAMA YOSHIKAZU has a total of 60 patent applications. Its first patent ever was published in 1992. It filed its patents most often in Japan, United States and Canada. Its main competitors in its focus markets measurement, machines and micro-structure and nano-technology are MOLECULAR IMAGING CORP, DIGITAL INSTR INC and PARK SCIENT INSTR.

Patent filings in countries

World map showing NAKAYAMA YOSHIKAZUs patent filings in countries

Patent filings per year

Chart showing NAKAYAMA YOSHIKAZUs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Nakayama Yoshikazu 60
#2 Harada Akio 53
#3 Akita Seiji 26
#4 Okawa Takashi 25
#5 Yasutake Masatoshi 14
#6 Shirakawabe Yoshiharu 14
#7 Takano Yuichi 12
#8 Yamanaka Shigenobu 6
#9 Nagasaka Takeshi 4
#10 Nosaka Toshikazu 3

Latest patents

Publication Filing date Title
US2010042347A1 Device, method, and program for determining element, recording medium, and measurement device
JP2007286066A Probe for scanning microscope by focused ion beam processing
JP2007001008A Nanotube substrate and nanotube cartridge
JP2006267113A Tip-coated nanotube, tip-coated probe for scanning microscope, processing equipment and method using the same
JP2006113062A Fusion probe for conductive scanning microscope, and processing method using the same
JP2005345478A Nanotube probe and manufacturing method therefor
JP2005342887A Electrostatic nanotweezers and nanomanipulator device
JP2005330179A Method of modifying nanotube and probe for scanning microscope
JP2005257699A Nonacute probe for scanning type microscope
JP2005319581A Nanotube cutting method and probe for scanning type microscope
JP2005342884A Unwanted substance removing method for nanotube and probe for scanning microscope
JP2005166690A Field electron emitter and display device
JP2005351720A Probe for scanning microscope
JP2005083857A Nanotube probe and its manufacturing method
JP2003276766A Electrically conductive storage container for nanotube product
JP2003266399A Method for acuminating nanotube
JP2003225895A Diode type nano-tweezers, and nano-manipulator device using the same
US2003095356A1 Nano-magnetic head and nano-magnetic head device using the same
JP2003026410A Method for mass-producing carbon nanocoil
JP2002350218A Mass measuring method and device for nano-material