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IFUTEC INGENIEURBUERO FUER UMF

Overview
  • Total Patents
    18
About

IFUTEC INGENIEURBUERO FUER UMF has a total of 18 patent applications. Its first patent ever was published in 1998. 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, thermal processes and mechanical elements are LIEBERGELD MAX, SEIKO SEISAKUSHO KK and SMERALOVY ZD Y NARODNI PODNIK.

Patent filings in countries

World map showing IFUTEC INGENIEURBUERO FUER UMFs patent filings in countries

Patent filings per year

Chart showing IFUTEC INGENIEURBUERO FUER UMFs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Rauschnabel Eberhard 12
#2 Rauschnabel Eberhard Dr-Ing 3
#3 Juhr Karsten 2
#4 Juhr Karsten Dipl-Ing 2
#5 Adams Bernhard 2
#6 Adams Bernhard Prof Dr-Ing 2
#7 Boening Matthias 1

Latest patents

Publication Filing date Title
EP2030701A1 Tool and method for producing a hollow body
DE102006062208A1 Tube element deforming method for e.g. head restraint carrier, involves adjusting forming die and tube element against each other such that roller is pressed in element against roller and mantle-sided wall of tube element is discarded
DE102006026011A1 Tube element locking method, involves using uneven tools during shaping of tubes, and using bolt with middle increase on front side, and providing bolt with tooth and/or grooves, which bring forward material flow of tubes
DE102006019234A1 Process to modify the end of a solid metal work piece e.g. gear drive shaft by heating and application of plunger die
DE102006014215A1 Manufacturing elongated hollow molding from metal sheet, e.g. for internal combustion engine glow plug casing, employs stages of deep-drawing and deformation on mandrel
DE102005062817A1 Rigid, multi-part hollow shaped article, especially hollow shaft, is obtained by securely fixing prefabricated component in interior of tubular element by plastic deformation of the tubular element
DE102005058637A1 Connecting method for tubing element, involves forming recess at component with approximately constant non circular inner cross section along axle of recess, and inserting tubing element with final section in recess
DE102005050946A1 Process to manufacture transmission shaft by simultaneous shift of tool and lateral displacement of drift
DE102005037103A1 Method for forming profiles on cylindrical machine elements comprises using a deforming tool with a first embossing section corresponding to the profile being produced and a second embossing section corresponding to the machine element
DE102005012475A1 Process for producing a transition to a hollow molded part
DE102004032122A1 Method for forming tubular elements and method for producing hollow shafts
DE10304068A1 Method for jointing elements of pipework deforms plastic in a connection element to form a recess area resembling the section of a funnel, a trough or a sphere.
DE10220422A1 Method for producing pipe connections forces a wedge mechanism into a pipe with an expanding tool fitted with a tapered stamping die to press and reshape a point for a T-connection.
DE19847310A1 Tubular foot for article of furniture, has plate-covering part, insertion opening in foot, adjusting mechanism and movable clamp