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MARTSINKOVSKIJ VASILIJ SIGIZMUNDOVICH

Overview
  • Total Patents
    38
  • GoodIP Patent Rank
    63,538
  • Filing trend
    0.0%
About

MARTSINKOVSKIJ VASILIJ SIGIZMUNDOVICH has a total of 38 patent applications. It increased the IP activity by 0.0%. Its first patent ever was published in 2009. It filed its patents most often in Russian Federation. Its main competitors in its focus markets machine tools, mechanical elements and surface technology and coating are MORI NAOTAKE, SUZHOU SANGUANG SCIENCE & TECH CO LTD and EXNII METALLORESHUSCHTSCHICH S.

Patent filings in countries

World map showing MARTSINKOVSKIJ VASILIJ SIGIZMUNDOVICHs patent filings in countries
# Country Total Patents
#1 Russian Federation 38

Patent filings per year

Chart showing MARTSINKOVSKIJ VASILIJ SIGIZMUNDOVICHs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Martsinkovskij Vasilij Sigizmundovich 35
#2 Tarelnik Vyacheslav Borisovich 16
#3 Tarel Nik Vjacheslav Borisovich 9
#4 Konoplyanchenko Evgenij Vladislavovich 8
#5 Antoshevskij Bogdan 7
#6 Belous Andrej Valerevich 6
#7 Tarelnik Nataliya Vyacheslavovna 6
#8 Zhukov Aleksej Nikolaevich 5
#9 Sarzhanov Bogdan Aleksandrovich 4
#10 Bogdan Antoszewski 4

Latest patents

Publication Filing date Title
RU2722222C1 Reversible thrust sliding bearing (versions)
RU2718599C1 Method of reduction and simultaneous hardening of parts from sheet steel subjected to abrasive wear during operation (versions)
RU2722107C1 Reversible plain bearing (embodiments)
RU2711074C1 Method of increasing wear resistance of steel parts
RU2698001C1 Method of reconditioning worn-out surfaces of parts of machines from stainless steel
RU2707776C1 Method of sulphocementation of steel parts
RU2696616C1 Method of aluminizing steel parts
RU2696423C1 End face pulse seal assembly operating in cryogenic media, (versions) and method of its manufacturing
RU2685404C2 Reversible sliding bearing (options)
RU2670993C1 Compressor unit for nitrogen-hydrogen mixture compression in ammonia production (embodiments)
RU2688787C2 Method of heat-treated steel parts surfaces hardening
RU2671030C2 Method of restoration of worn surfaces of metal parts
RU2663799C2 Method of steel parts sulfocementering
RU2657670C2 Method of restoration of worn surfaces of metal parts
RU2648434C2 Method of processing of contacting sealing surfaces elements made from heat-resistant alloys of the pulse face seal (pfs) operating in cryogenic environments (variants)
RU2648425C2 Method of increasing wear-resistance of face surfaces of rings from heat-resistant alloys of impact mechanical seal (ims) working in cryogenic environments (variants)
RU2631439C2 Method of increasing wear-resistance of working surfaces of steel ring of pulse mechanical seals
RU2631436C2 Method for restoration of stregthened layer partially removed from steel parts
RU2603932C1 Method of heat-treated steel parts surfaces hardening
RU2615096C2 Method of electrical surface alloying of steel detail and its application for finning tube heat exchanger