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BOEHRINGER WERKZEUGMASCHINEN

Overview
  • Total Patents
    150
About

BOEHRINGER WERKZEUGMASCHINEN has a total of 150 patent applications. Its first patent ever was published in 1985. It filed its patents most often in Germany, EPO (European Patent Office) and WIPO (World Intellectual Property Organization). Its main competitors in its focus markets machine tools, machines and packaging and shipping are NOVATOR AB, OERLIKON BOEHRINGER GMBH and NILES SIMMONS INDUSTRIEANLAGEN.

Patent filings per year

Chart showing BOEHRINGER WERKZEUGMASCHINENs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Kohlhase Matthias 52
#2 Santorius Rolf 34
#3 Schreiber Leo 33
#4 Scharpf Paul Dieter 32
#5 Voss Wolf-Dietrich 28
#6 Kiefer Herbert 21
#7 Raeder Robert 16
#8 Kuhn Siegfried Ing Grad 15
#9 Horsky Anton 14
#10 Schulten Hermann 14

Latest patents

Publication Filing date Title
DE102008060297B3 lathe
DE102008057069A1 Rotary spindle, crankshaft, and chuck imbalance eliminating method for lathe, involves displacing two imbalance weights in circumferential direction to rotational axis until imbalance of workpiece, spindle and chuck is eliminated
DE102005036762A1 Tool for rolling particular area at crankshaft bearing, comprising angle sensor for determination of swivel angle
DE102005017523A1 Method for processing workpieces by means of a machine tool
DE102004037879A1 sliding grippers
EP1428612A1 Device and method for the angular positioning of eccentric workpieces such as crankshafts, by means of indexing jaws on a steady rest
DE10343003A1 Machine tool for machining workpieces, has board, spindle stock for receiving and driving workpiece, and tool support which supports drilling-cutting head with first tool holder for driven tool and has second tool holder for non-driven tool
DE10329677A1 Aligning the angular position of crankshafts in external milling machines
DE10254207A1 Method for chip forming machining of motor vehicle internal combustion engine crankshafts involves axially adjusting clamping points for crankshaft during machining
DE10254206A1 Crankshaft turning procedure uses form and stress sensors to control driven C axis to compensate torsional prestresses during manufacture
DE10224952A1 Machine tool with loader
DE10144649A1 Method for twist-free machining of rotationally symmetrical surfaces
US6952987B2 Method for scroll-free machining rotationally symmetrical surfaces
DE10052443A1 Combination machine
DE10035718A1 machine tool
DE10030087A1 Method and device for measuring and processing workpieces
DE19963897A1 Process for swirl-free machining of rotationally symmetrical surfaces
DE19948891A1 Steamed tool
DE19913615A1 Automation arm
DE19911412A1 Machine tool