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PLASMA SCIENCE

Overview
  • Total Patents
    21
  • GoodIP Patent Rank
    79,440
About

PLASMA SCIENCE has a total of 21 patent applications. Its first patent ever was published in 2018. It filed its patents most often in Republic of Korea. Its main competitors in its focus markets electrical machinery and energy, environmental technology and chemical engineering are GUIZHOU ANDA TECH ENERGY CO LTD, HYDROGENICS CORP and POWERCELL AB S T.

Patent filings in countries

World map showing PLASMA SCIENCEs patent filings in countries
# Country Total Patents
#1 Republic of Korea 21

Patent filings per year

Chart showing PLASMA SCIENCEs patent filings per year from 1900 to 2020

Top inventors

# Name Total Patents
#1 Choi Chang Ho 15
#2 Kim Jae Sig 12
#3 Yum Byoung Soo 5
#4 Uhm Han Sup 2
#5 Park Dong Wook 2
#6 Woo Sang Gu 2
#7 Jang Dongmin 2
#8 Kim Miran 2
#9 Jo Hantae 2
#10 Kim Eun Seong 2

Latest patents

Publication Filing date Title
KR102216852B1 Artificial intelligence based battery system
KR102219863B1 Fuel cell system using ethernet network
KR102216851B1 Fuel cell system capable of controlling mechanical balance of plant
KR102216850B1 Fuel cell management system based on artificial intelligence
KR102216853B1 Fuel cell system that sets the way the plant operates
KR102219866B1 fuel cell system that performs self-diagnosis based on the output voltage
KR102216849B1 Control system for efficient operation of fuel cell
KR102219860B1 Fuel cell system for operating self diagnosis mode
KR102191146B1 Serial/parallel dc-dc converter device and fuel cell system thereof
KR102152219B1 Fuel cell system capable of controlling operating mode according to self-diagnosis
KR102152020B1 Fuel cell system capable of controlling operating mode according to self-diagnosis
KR20210029606A Production System of HOCl in Constant Current Control System with Enhanced Mixing
KR20210024835A HOCL Production System with Constant Current Control with Filmless Electrode Structure of Qing Structure
KR20210001177A Fuel cell system capable of controlling operating mode according to self-decision
KR20200112112A Fine dust removal device using transfer belt
KR20200112114A Fine dust removal device using electrically charged adsorbent-ball
KR20200112110A Fine dust removal device using cleaning means for cleaning the surface of the adsorption
KR20200112113A Fine dust removal device using plate that can control the flow of contaminated air
KR20200112111A Fine dust removal device whose transparency can be controlled by the intensity of sunlight
KR20200062470A Producing method material based on nitric oxide for wound healing