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BEDA OXYGENTECH ARMATUR

Overview
  • Total Patents
    51
About

BEDA OXYGENTECH ARMATUR has a total of 51 patent applications. Its first patent ever was published in 1979. It filed its patents most often in Germany, EPO (European Patent Office) and Republic of Korea. Its main competitors in its focus markets materials and metallurgy, thermal processes and mechanical elements are BEDA OXYGENTECHNIK ARMATUREN GMBH, VACMETAL GMBH and SPRUNCK E.

Patent filings per year

Chart showing BEDA OXYGENTECH ARMATURs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Bayer Reinhardt 25
#2 Marmann Horst 21
#3 Marmann Horst K 4
#4 Aschemann Wolfram 3
#5 Aschemann Wolfram Dipl-Ing 2
#6 Marmann Horst Dipl Ing 1
#7 Horst Marmann 1
#8 Dipl-Kfm Marmann Horst 1
#9 Aseman Wolfram 1
#10 Reinhardt Bayer 1

Latest patents

Publication Filing date Title
DE102012004515A1 Lance holder with fuse for odd, especially bent oxygen lances
DE102011014323A1 Multiple secured coupling device for oxygen lances
DE102010008527A1 Quick closing valve with dosing relief
DE102008019029A1 Lance holder with multi-tolerance clamping head
DE102008012554A1 lance holder
DE102007062393A1 Quick Couplings
FR2776305A1 Lance holder comprising a multifunctional clamping head
DE19903473A1 Lance holder with multifunctional clamping head
DE19547885C1 Pneumatic holder for lance manipulator
SG76494G Lance holder for a compact lance
DE4034809A1 Arc furnace lance robot used to manipulate e.g. carbon@ powder - has swing arms on rotating tower with motors to move the lances at required height and angle into the furnace
DE4029024A1 Flush connection coupling
EP0372099A1 Compact lance with a safety device against the rotation of tubes
EP0372098A1 Lance holder for a compact lance
DE3003665A1 Hand operated valve for oxygen lance - where spring loaded catch holding valve in open position is automatically released if lance is exposed to shock or impact
DE2936022B1 Tubular body for oxygen lances
DE2935755A1 Rotary pipe joint assembly - has washer thrust against sealing surface by differential pressure