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MOLNAR IMRE

Overview
  • Total Patents
    16
About

MOLNAR IMRE has a total of 16 patent applications. Its first patent ever was published in 1973. It filed its patents most often in Hungary, EPO (European Patent Office) and Austria. Its main competitors in its focus markets thermal processes, measurement and mechanical elements are AIRCUITY INC, DMX and NAGANO SCIENCE KK.

Patent filings per year

Chart showing MOLNAR IMREs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Molnar Imre 13
#2 Fernandez De Souza Dimas 2
#3 Jupille Thomas 2
#4 Albrecht Robert 2
#5 Rieger H J 2
#6 Jurth Ferenc Dipl Ing 1
#7 Szpiriev Bozsidar Dr Ing 1
#8 Toth Lajos 1
#9 Kozma Janosne 1
#10 Maczak Janos Dr Ing 1

Latest patents

Publication Filing date Title
EP2270491A1 Method for analyzing the influence of process parameters on the performance of a chromatographic, electro-chromatographic or electrophoretic measurement and its use
WO2005121776A1 Method and device for the automatic development of models of chromatographic, electrochomatographic and electrophoretic methods
HU9300410D0 Working cylinder
HUT51323A Cleaning material for cleaning glass, ceramic and enamelled surfaces
HUT49800A Flanged cooking and/or boiling pot for boiling matters able to scumming particularly milk without boiling over
HU189041B Preparation of improved surface-active effect particularly for cleaning motor vehicles
HU179254B Wall painting device with figured roller
US4120347A Two-passage pipe, especially for air conditioning installations
NL7610924A Twin channel air conditioning duct - is longitudinally subdivided by flexible airtight diaphragm fixed between opposite duct walls (OE 15.8.77)
CA1049784A Two-passage pipe, especially for air conditioning installations
IT1072515B Twin channel air conditioning duct - is longitudinally subdivided by flexible airtight diaphragm fixed between opposite duct walls (OE 15.8.77)
CH604066A5 Twin channel air conditioning duct
DE2318110A1 PROCESS FOR STORAGE OF THERMAL ENERGY FROM ANY MASS OF THERMAL WATER AND INDUSTRIAL WATER IN A GIANT GEOHYDROTHERMIC STORAGE AND FOR FLOOR HEATING OF LARGE SPACES