国家/地区 韩国（21）
IPC部 H（14） B（12） C（10）
A（3） F（3） G（3）
IPC大类 H01（12） C01（7） B01（6）
B32（4） A61（3） C23（3）
F04（3） H05（3） B05（2）
B82（2）
IPC小类 C01B（6） H01M（5） B01D（4）
B32B（4） C23C（3） F04B（3）
H01B（3） H01L（3） H05K（3）
A61M（2） B01J（2） B05D（2）
IPC H01M004/62（4） B01D061/42（3） C23C016/26（3）
F04B019/00（3） H01M004/02（3） H01M004/36（3）
H01M010/052（3） A61M005/142（2） C01B032/184（2）
C01B032/186（2） H01M004/04（2） H01M004/139（2）
H01M004/48（2） H01M004/58（2） H01M010/0525（2）
发明人 KANG J（21）
公开年 2022（7） 2011（3） 2023（3） 2018（2） 2021（2）
申请年 2022（7）  2021（3）  2011（2）  2012（2）  2020（2） 
专利权人 GRAPHENE SQU.（4） UNIV SUNGKYU.（4） CAREMEDI CO .（3） HONG B H（3）
KANG J（3） UNIV SUNGKYU.（3） VITZROCELL C.（3） CHOI J（2）
FREE ONE CO .（2） MAKESENS INC（2） SAMSUNG ELEC.（2） UNIV SOGANG .（2）
UNIV SUNGKYU.（2）

Electro-osmotic pump for electrode, includes membrane that allows fluid movement, and first electrode and second electrode provided on both sides of membrane, where first and second electrodes are formed of impermeable substrate material and electrode material coated and have one fluid pathway.

KANG J, KIM K, ZHU E, SHIN W, SHIN W S, ZHU E H, KIM K H, KANG J Y, HUA Z

Prediction of concentration change of carbon intercalation compound in negative electrode active layer during storage of charged battery cell, involves using relation involving initial compound concentration, concentration at storage elapsed time, time constants, and effective reaction rate constant.

KANG J, RAH K I, LEE Y J, LEE S M

Producing carbon body useful for producing carbon nanotubes and graphene foam, comprises growing carbon body by supplying organic acid-alkali metal salt and carbon source to porous body in reactor, and performing heat treatment.

KANG J

Producing carbon body useful for electrodes of electrochemical storage devices comprises supplying organic acid-alkali metal salt particles to porous substrate in reactor and growing carbon body by supplying source to porous substrate.

KANG J

Electroosmotic pump has first electrode and second electrode that are respectively disposed on both sides of membrane which allows movement of fluid, and each having flexibility.

SHIN W, HUA Z, KANG J

Method for manufacturing lithium battery electrode, involves mixing active materials, carbon additives, and polymer binders, depositing slurry mixture on substrate, forming coating, drying coating, and applying energy to dried coating.

PARK S, PARK C, CHO H, KIM J, PARK K, KANG J, PARK C I, CHO H S, KIM J S, PARK K S

Manufacturing electrode for lithium secondary battery, by mixing active materials, polymeric binders, carbon-based additives and solvent, encapsulating active materials by polymeric binders, and carbonizing part of binders and generating nanopores through energy application to polymeric binders.

PARK S, PARK C, CHO H, KIM J, PARK K, KANG J, PARK C I, CHO H S, KIM J S, PARK K S

Anode electrode used in lithium metal battery, comprises current collector, lithium metal layer and protective layer disposed on lithium metal layer, and lithium alloying metal disposed on surface of protective coating.

PARK S, PARK C, CHO H, KIM J, PARK K, KANG J, PARK C I, CHO H S, KIM J S, PARK K S

New cathode active material useful for potassium ion battery, preferably potassium ion secondary battery.

KIM J S, KANG J

Bio-ink composition useful for three-dimensional printing, comprises graphene oxide complex gelatin-based hydrogel, horseradish peroxidase, hydroxyperoxide, glucose oxidase, glucose, and cells.

HAN D W, KANG M, PARK K M, KANG J, PARK K