Learn more

LEYBOLD VAKUUM GMBH

Overview
  • Total Patents
    571
About

LEYBOLD VAKUUM GMBH has a total of 571 patent applications. Its first patent ever was published in 1993. It filed its patents most often in Germany, WIPO (World Intellectual Property Organization) and EPO (European Patent Office). Its main competitors in its focus markets engines, pumps and turbines, mechanical elements and measurement are ALLWEILER AG, OERLIKON LEYBOLD VACUUM GMBH and GERAETE UND PUMPENBAU GMBH DR EUGEN SCHMIDT.

Patent filings per year

Chart showing LEYBOLD VAKUUM GMBHs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Beyer Christian 77
#2 Englaender Heinrich 76
#3 Dreifert Thomas 59
#4 Bahnen Rudolf 54
#5 Kriehn Hartmut 45
#6 Hodapp Josef 41
#7 Adamietz Ralf 35
#8 Giebmanns Wolfgang 30
#9 Meyer Juergen 26
#10 Behling Manfred 25

Latest patents

Publication Filing date Title
DE102006032765A1 vacuum pump
DE102006031965A1 Rotor for turbo molecular pump has rotor blades made from an aluminium alloy comprising aluminium, copper, manganese, magnesium cut and shaped by reforming
DE102006020102A1 Lubricant-free vacuum pump used as a turbo molecular pump comprises a gas bearing surface facing a shaft and/or a gas bearing rotor and having a hard layer
DE102006004525A1 Improved efficiency rotary vacuum pump has the inlet time greater than the outlet time to reduce back streaming and increase pumping volume
DE102006004314A1 Vacuum pipe for vacuum pump has annular gas filled damping hose to dampen vibration between vacuum connection sections
DE102005041501A1 Vacuum turbomolecular pump
DE102005041500A1 vacuum pump
DE102005040648A1 Process for coating valve metal or alloy for e.g. aluminum or alloy rotor for turbomolecular pump involves vapor coating with optionally halogenated xylylene dimer and polymerization in capillary system of surface film of oxide ceramic
DE102005036942A1 turbomachinery
DE102005031718A1 Rotary vacuum pump
DE102005025261A1 Vacuum pump has housing containing rolling bearing with stator ring and sprung heat bridging element located between housing and ring for rotory shaft thermally connecting the two for better heat conduction
DE102005020904A1 Vacuum pump assembly
DE102005017418A1 Turbo molecular pump has integrated pressure sensor, at pre-vacuum zone, to give actual pressure conditions at outflow from turbo rotor
DE102005015685A1 Rotor for a vacuum pump has a single-piece positive displacer held by two shaft journals on both ends of the positive displacer
DE102005015212A1 Shaft sealing for e.g. rotary screw pump, has seal gap connected with locking gas chamber, and discharge opening connected with gas chamber and suction chamber, where seal gap is arranged between inner and outer sealing rings
DE102005014642A1 Electrodischarge machining device in particular for creation of rotor disk for turbomolecular pump comprising tool designed as triangular loop
HK1069423A1 Method for coating objects.
DE102005008887A1 Single-shaft vacuum displacement pump has two pump stages each with pump rotor and drive motor supported by the shaft enclosed by a stator housing
DE102005008643A1 Holweck vacuum pump has shoulders on rotor side of vanes of vane disc to support supporting ring
DE102005006433A1 Vacuum pump system, e.g. for industrial manufacturing plants, has multiple rapidly rotating vacuum pumps fastened jointly on a single rigid frame