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VGNI PK I VNIPIENERGOPROM

Overview
  • Total Patents
    140
About

VGNI PK I VNIPIENERGOPROM has a total of 140 patent applications. Its first patent ever was published in 1975. It filed its patents most often in USSR (Union of Socialist Soviet Republics) and Russian Federation. Its main competitors in its focus markets environmental technology, mechanical elements and packaging and shipping are UK OTDEL VGNI PK I VNIPIENERGO, NICHIEI INTEC CO LTD and UNIV DNEPROPETROWSK.

Patent filings in countries

World map showing VGNI PK I VNIPIENERGOPROMs patent filings in countries

Patent filings per year

Chart showing VGNI PK I VNIPIENERGOPROMs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Kotelenets Vladimir N 21
#2 Krasovitskij Anatolij S 18
#3 Kovylyanskij Yaroslav A 12
#4 Kozodoj Aleksandr E 12
#5 Gromov Boris N 11
#6 Kremer Ajzik I 10
#7 Shokhirev Aleksandr A 9
#8 Bulychev Aleksandr S 9
#9 Kabaldin Georgij S 9
#10 Mikhajlenko Aleksandr A 8

Latest patents

Publication Filing date Title
RU1795022C Joint of building structures
RU1783231C Method and device for detecting leakage in stationary heat pipeline for open and closed heat supply systems
RU1779718C Butt joint of external wall panel with load-bending structure of building
SU1763868A1 Poissonъs ratio measuring method
SU1761931A1 Butt joint seal
SU1763859A1 Tangential stress detecting method
SU1730544A1 Device to determine of leakage point in isolated pipe-line
SU1747903A1 Testing bed to measure thermal and physical properties of porous bodies
SU1724677A1 Coke quenching plant
SU1703931A2 Rotary drum for heat treatment of friable materials
SU1735705A1 Heat exchanger with annular location of heat exchange surfaces
SU1760657A1 Work-coil for heat treatment of blanks
SU1708826A1 Sliding gate
SU1709041A2 Joint of building structures
SU1733847A1 Multiple-uptake smoke stack
SU1724676A1 Coke wet quenching plant
RU1775460C Coke-quenching installation
RU1768640C Method for assay of regime and control over magnetic water treatment quality
SU1740909A1 Method of heat transfer to large distances
SU1693270A1 Remote heat supply system