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DO GI P ORGANIZAT SHAK

Overview
  • Total Patents
    85
About

DO GI P ORGANIZAT SHAK has a total of 85 patent applications. Its first patent ever was published in 1977. It filed its patents most often in USSR (Union of Socialist Soviet Republics). Its main competitors in its focus markets machines are ZHEJIANG HAITIAN CONSTR GROUP, HIROSE TOSHIO and EILENBURG BAUSTOFFMASCHINEN.

Patent filings in countries

World map showing DO GI P ORGANIZAT SHAKs patent filings in countries
# Country Total Patents
#1 USSR (Union of Socialist Soviet Republics) 85

Patent filings per year

Chart showing DO GI P ORGANIZAT SHAKs patent filings per year from 1900 to 2020

Focus industries

# Industry
#1 Machines

Focus technologies

# Technology
#1 Preparing clay

Top inventors

# Name Total Patents
#1 Sapronov Vitalij T 65
#2 Dzherin Valerij K 27
#3 Meliksetov Sergej S 20
#4 Belov Yurij Ya 18
#5 Kazantsev Dmitrij Ya 13
#6 Chesnokov Viktor M 12
#7 Minakov Vladimir L 11
#8 Burda Evgenij I 10
#9 Balychevtsev Igor A 9
#10 Fomin Yurij I 8

Latest patents

Publication Filing date Title
SU1759781A1 Handling device
SU1689616A1 Method and apparatus for working thin and ultrathin steep coal seams
SU1686512A1 Method of manufacture of winding of inductive element
SU1573183A1 Device for delivery of water from shaft
SU1629550A1 Device for centering formwork
SU1650913A1 Method of traversing outburst-prone zones by stops and development workings
SU1705639A1 Hydraulic braking device
SU1668676A1 Shuttering for concreting mine shaft support
SU1506122A1 Forms for constructing concrete lining
SU1488497A1 Shaft-sinking head-gear
SU1479656A1 Arrangement for concreting mine working roof support
SU1460270A1 Method of stripping coal seams
SU1479653A1 Method of mounting sinking headgear
SU1461959A1 Suspended shaft-sinking platform
SU1444267A1 Method and apparatus for protecting hoistable receptacle from hard touchdown
SU1502826A1 Stoping cutter-loader
SU1469146A1 Lining sinking arrangement
SU1461952A1 Method of setting a shaft-sinking head-gear with pulley platform
SU1506137A1 Method of assessing outburst hazard of disjunctive faults
SU1392235A1 Method of constructing tower-type headgear