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MIZUKAWA SUEHIRO

Overview
  • Total Patents
    69
About

MIZUKAWA SUEHIRO has a total of 69 patent applications. Its first patent ever was published in 1974. It filed its patents most often in Japan, WIPO (World Intellectual Property Organization) and United States. Its main competitors in its focus markets machine tools, machines and mechanical elements are HAEMMERLE AG, REINHARDT GMBH MASCHBAU and SIRUGUE & CIE ETS.

Patent filings per year

Chart showing MIZUKAWA SUEHIROs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Mizukawa Suehiro 69
#2 Ogawa Naoki 3
#3 Ohtani Susumu 3
#4 Urabe Toshinaga 3

Latest patents

Publication Filing date Title
JP2010214570A Method and apparatus for grinding of blade material
EP2298464A1 Plate bending method and bending angle detection device
WO2009141864A1 Bending angle detection device and plate bending method
WO2008126153A1 Process for bending cutting-tool material and machine therefor
DE102007016083A1 Method and device for bending a knife element
WO2008029444A1 Band plate bending method, and apparatus therefor
JP2006272414A Method and device for bending steel strip
US2008156064A1 Automatic bending machine for steel rule punching die and the steel rule punching die
JP2006055896A Method and device for bending strip
JP2005246453A Automatic bending machine of steel rule trimming die, and steel rule trimming die
JP2004202582A Method for manufacturing movable die for strip material bending device
JP2004160656A Band blade machining method
JP2004141959A Method and apparatus for bending blade material
JP2004141960A Bending method of blade material and bending apparatus of blade material
JP2003001352A Method and equipment for bending blade stock for rotary die
JP2001353528A Method of bending plate material
JP2001239339A Edged tool material feeding device of bending machine for the same material
WO0164380A1 Blade material cutting device
JP2000334519A Device for feeding blade material for blade material bending machine
JPH11347828A Belt blade machining method