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VIDE SOC GEN DU

Overview
  • Total Patents
    83
About

VIDE SOC GEN DU has a total of 83 patent applications. Its first patent ever was published in 1962. It filed its patents most often in France, Germany and United Kingdom. Its main competitors in its focus markets chemical engineering, textiles and paper and electrical machinery and energy are CARTIGLIANO IND METALMECC, PATPAN INC and BAGGIO TECNOLOGIE SRL.

Patent filings in countries

World map showing VIDE SOC GEN DUs patent filings in countries

Patent filings per year

Chart showing VIDE SOC GEN DUs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Aupoix Marcel 19
#2 Delarue Christian 7
#3 Matricon Marcel 5
#4 Aubry Bernard 5
#5 Cochard Francois 3
#6 Besnard Pierre 3
#7 Dozolme Pierre 2
#8 Bernardet Henri 2
#9 Sokoloff Boris 2
#10 Darnois Andre 2

Latest patents

Publication Filing date Title
FR1545910A Improvements to guiding devices using hydrostatic bearings
FR1544841A Improvements to suspension systems, vibrating hydraulic machines, in particular for driving piles
FR1544840A Improvements to thermocouples, especially sealed thermocouples
FR1543267A Improvements to stepper motors, in particular pneumatic driven by fluid amplifiers
FR1536423A Improvements to hydraulic machines, in particular to those comprising a movable element with variable stroke
FR1534954A Improvement in fluid devices
FR1533992A Improvements to sealing devices, in particular for devices operating under reduced pressure
FR1521589A Improvements to rotary unions, especially for the passage of different fluids
FR1515242A Improvements to transducers, in particular to pneumatic electric transducers
FR1519660A Improvements to magnetic disk mass memories
FR1516845A Improvements to proximity nozzles, in particular for fluid circuits
FR1492121A Improvements to ion pumps
FR1482155A Improvements to cartridge cases
FR1474122A Improvements to sealing devices for large diameter flanges
FR1478404A Improvements to pumping devices
FR1462413A Improvements to pumping devices
FR1461533A Improvements to magnetic disk memories
FR1451473A Method for detecting contamination of vacuum chambers
FR88482E Improvements to drying devices
FR1431016A Vacuum pump improvements