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KOO MIN SE

Overview
  • Total Patents
    53
  • GoodIP Patent Rank
    176,441
About

KOO MIN SE has a total of 53 patent applications. Its first patent ever was published in 1993. It filed its patents most often in Republic of Korea, WIPO (World Intellectual Property Organization) and Australia. Its main competitors in its focus markets civil engineering, chemical engineering and environmental technology are KIM SANG HYO, VIERUMAEEN TEOLLISUUS OY and BRUNES T J.

Patent filings per year

Chart showing KOO MIN SEs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Koo Min Se 43
#2 Koo Ho Won 9
#3 Park Yung Hee 7
#4 Koo Min-Se 7
#5 Park Young Je 2
#6 Kim Hoe-Jun 1
#7 Park Young Hee 1
#8 Min-Se Koo 1

Latest patents

Publication Filing date Title
WO2021002529A1 Construction method for introducing compressive stress corresponding to negative moment generated when integrating abutment or outer column and upper structure in rahmen structure
KR20180049538A Manufacturing method of precast P.S composite girder using support device
KR20180049518A Construction methods inducing compressive stress in slab of negative moment area for type of rahmen bridge using precast girder
KR20180049533A Manufacturing method of precast P.S composite girder using support devices with ability of height adjustment
KR20170048782A Manufacturing method of P.S steel composite girder without manufacturing devices
KR20170043222A Manufacturing method of precast P.S composite girder using support devices with ability of height adjustment
KR20170039858A Manufacturing method of precast P.S composite girder using support device
KR20150083446A Construction methods for bridges of rahmen types by using precast P.S girder and steel box girder
KR101405040B1 Method making prestressed concrete/steel compositive girder and method constructing the girder bridge using prestressed concrete/steel compositive girder
WO2004059089A1 Prestressed composite girder, continuous prestressed composite girder structure and methods of fabricating and connecting the same
KR20030067789A The method for reducing stress concentration with a temporary support lifted up and down in composite bridge
KR20020090064A Performance Improvement Method of Automatic Transmission to Reduce Fuel Efficiency
KR20010035150A The construction method of simple composite girder using a temporary support without the lifting up by oil jack
KR20010035151A The manufacturing and construction method of composite girder with partial width slab concrete
AU2233201A Method of constructing simple and continuous composite bridges
KR20020043063A The method of a continuous preflex composite girder with shifting up and down
KR20020042887A The method of reinforcing and repairing a copping of pier
KR20020040142A Manufacturing method of preflex type that loads in the shape of opening
WO0118319A1 Method of manufacturing preflex beams
KR20000063437A Fabrication method of preflex type for simple beam and continuous beam structure