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BAYERN CHEMIE GMBH FLUGCHEMIE

Overview
  • Total Patents
    335
  • GoodIP Patent Rank
    237,698
About

BAYERN CHEMIE GMBH FLUGCHEMIE has a total of 335 patent applications. Its first patent ever was published in 1971. It filed its patents most often in Germany, United States and France. Its main competitors in its focus markets transport, machines and basic materials chemistry are UNIVERSAL PROPULSION CO, LIVBAG SNC and LIVBAG.

Patent filings per year

Chart showing BAYERN CHEMIE GMBH FLUGCHEMIEs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Sans Joachim 32
#2 Schilling Steffen 23
#3 Bauer Karl 22
#4 Nilsson Karl-Erik 13
#5 Nilsson Karl Erik 12
#6 Strecker Ruediger 10
#7 Sickinger Peter 10
#8 Herrmann Guenter 10
#9 Proebster Manfred Dr 10
#10 Nilsson Karl E 10

Latest patents

Publication Filing date Title
DE102014000991A1 Missile with turbine-compressor unit
DE102013018024A1 Pyrotechnic actuator release
DE102012104087A1 Gas generator fuel
DE102011116592A1 Fuel moldings for a gas generator
DE102011107543A1 Steamed pyrotechnic actuator
WO2013004259A1 Device for burning off propellants or explosive substances
DE102010052150A1 Rotational energy adjustment device, emergency generator and aircraft
DE102010047677A1 Device for pressing a buoyancy tank
DE102010015047A1 Pre-ignition device for burning off fuels and explosives
DE102010013425B3 Device for burning off fuels or explosives
DE102008034454A1 Missile with a ramjet engine
DE102008029150A1 inflator
DE102008025217A1 combustion engine
DE102008025218B3 initiator
DE102007048527A1 Thruster
DE102007036883A1 rocket engine
DE102007036881B3 Ignition device for gelled propellants
DE102007007568A1 Device for controlling the nozzle thrust direction of a rocket engine
DE102005014238B3 Power unit for solid fuel rocket has outer drive set and inner drive set in form of external burner separated from out of the unit by annular gap
DE10254975B3 High-load thin-walled multi-part tube structure, e.g. for missile, has gap-separated teeth at end sectors of both parts in at least two radial planes