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VNI PI TUGOPLAVKIKH METALL

Overview
  • Total Patents
    206
About

VNI PI TUGOPLAVKIKH METALL has a total of 206 patent applications. Its first patent ever was published in 1970. It filed its patents most often in USSR (Union of Socialist Soviet Republics) and Russian Federation. Its main competitors in its focus markets machine tools, surface technology and coating and machines are JIANGSU JINGHAI TRANSFORMER CO LTD, CHANGZHOU CHUANGWEI TOOL MFG CO LTD and APPLITEC MOUTIER S A.

Patent filings in countries

World map showing VNI PI TUGOPLAVKIKH METALLs patent filings in countries

Patent filings per year

Chart showing VNI PI TUGOPLAVKIKH METALLs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Chuvilin Anatolij M 38
#2 Shapoval Aleksandr N 19
#3 Zlobin Gennadij P 18
#4 Gritsenko Vladimir F 17
#5 Sintsov Evgenij A 16
#6 Dekopov Vladimir S 15
#7 Madaev Vasilij A 14
#8 Makhotkin Mikhail V 14
#9 Pankratov Vitalij V 11
#10 Shapoval Viktor N 11

Latest patents

Publication Filing date Title
RU1798045C Cutting plate
SU1766545A1 Multistand mill
RU1787167C Charge for alloying compositions preparation from refractory metals in the form of briquettes
SU1756814A1 Method of ultrasonic testing of porosity of powder articles
SU1752510A1 Mould for manufacture of products from powder
SU1747873A1 Method of determining an actual contact area of two samples
SU1701432A1 Cutting strip
SU1755976A1 Rolling stand with multiroll pass
SU1680391A1 Roll stand with cluster0 gauge and composite roller
SU1748935A1 Method of producing fine-grain sintered hard alloy
SU1690872A1 Built-up rolling roll
SU1733146A1 Method of estimating deformation groove size of working draw plate of transition in multiple drawing of rod material
SU1640342A1 Crown bit
SU1564516A1 Method of mechanical tests of refractory metals and alloys thereof
SU1608469A1 Method of testing materials for tendency to formation of cracks in deformation
SU1677228A1 Drill bit
SU1670083A1 Single-disk drilling bit
SU1579596A1 Arrangement for drawing articles with hydrodynamic feeding of lubricant
SU1566263A1 Method of testing brittle material for tension
SU1562848A1 Method of producing standard for roentgenographic determination of stresses in coatings from refractory compounds