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MORI NAOTAKE

Overview
  • Total Patents
    28
About

MORI NAOTAKE has a total of 28 patent applications. Its first patent ever was published in 1984. It filed its patents most often in Japan and Taiwan. Its main competitors in its focus markets machine tools, electrical machinery and energy and measurement are JIANGSU DONGQING CNC MACHINE TOOL CO LTD, ELECTRODRILL INC and SHIN EI KOGYO.

Patent filings in countries

World map showing MORI NAOTAKEs patent filings in countries
# Country Total Patents
#1 Japan 27
#2 Taiwan 1

Patent filings per year

Chart showing MORI NAOTAKEs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Mori Naotake 28
#2 Saito Nagao 16
#3 Furuya Katsushi 7
#4 Goto Akihiro 5
#5 Miura Kuniharu 4
#6 Yanagiuchi Yoshihiko 4
#7 Hashiguchi Tadashi 3
#8 Magara Takuji 3
#9 Masuzawa Takahisa 3
#10 Suzuki Masayuki 2

Latest patents

Publication Filing date Title
JP2014128866A Coating method
JP2009202320A Method and device for manufacturing minute tool
JP2001252830A Machining method and device with wire electrode
JPH11156640A Non-contact machining device
JPH09273615A Differential frictional drive source device
JPH09253935A Wire-edm method and device
JPH09248717A Controller of wire electric discharging machine
JPH08229742A Three-dimensional shape creating method
JPH08240442A Passive joint having angle of multidegree of freedom and displacement measuring function
JPH08215977A Multi-degree-of-freedom working system
JPH07171716A Method and device for electric discharge machining
JPH07112329A Surface treatment method by electric discharge machining and device thereof
JPH06312349A Shape measuring method on device and its device
JPH06155171A Electric discharge machine, electric discharge machining method and metal mold manufacturing method
JPH08166214A Laser measuring method and device
JPH03275179A Ultrasonic working device
JPH03277466A Processing device
JPH0360773A Ultrasonic processing device
JPH02227175A Ultrasonic vibrator support structure
JPH0283119A Formation of surface layer by discharge machining