国家/地区 中国（18） 世界知识产权组织（8） 美国（4） 韩国（3） 台湾（3）
IPC部 C（27） H（16） B（6）
G（4） D（2）
IPC大类 C09（27） H05（9） H01（8）
C08（5） C01（4） G01（4）
B82（2） D06（2）
IPC小类 C09D（27）
IPC C09D011/52（27）
发明人 WANG W（3） JU Y（2） MANNA U（2）
WANG C（2） WANG D（2） WANG S（2）
公开年 2022（27）
申请年 2021（27）
专利权人 CHONGQING GR.（2）

Low-strain based, water repellent and highly sensitive human motion sensor useful in system, comprises a chemically reactive conductive ink and a chemically reactive paper.

BAG S, DAS A, SINGH R, DAS S, PAILY R P, MANNA U

Conductive ink resin composition useful for forming transparent conductive film comprises aqueous resin composition containing poly(3,4-ethylenedioxythiophene) polystyrene sulfonate, co-solvent, nano-conductive auxiliary additives, ductility aid, and solvent.

YOU Z

Method useful for e.g. depositing nanocomposite in e.g. solar application, involves stabilizing reduced graphene oxide with poly(sodium 4-styrenesulfonate), mixing conductive polymer and poly(3,4-ethylenedioxythiophene)-poly(styrene sulfonate) and electropolymerizing obtained solution onto electrode.

WAN SALIM W W A, BENOUDJIT A, SHOHIBUDDIN I U S

Obtaining carbon nanomaterial ink, by mixing carbon nanotubes and cellulose microfibrils in water, centrifuging suspension, removing precipitate from suspension, adding plasticizing agent and homogenizing.

DA CUNHA T H R, FERLAUTO A S, LACERDA R G, LADEIRA L O, DE OLIVEIRA S, SILVA C L P, DE CASTRO V G, RESENDE R G, FERREIRA F L Q, SIQUEIRA G A, DE SOUZA T D C C, RODRIGUES DA CUNHA T H, SANTAROSA FERLAUTO A, GRIBEL LACERDA R, PASSOS SILVA C L, GOMIDE DE CASTRO V, GUERRA RESENDE R, QUEIROZ FERREIRA F L, DA CRUZ COSTA DE SOUZA T, OLIVEIRA S D, COSTA DE SOUZA T D C, CUNHA T H R, CASTRO V G D

Electromagnetic interference shield comprises substrate, metal-based conductive additive, and binder incorporated with metal-based conductive additive and deposited as electromagnetic interference shielding coating on substrate.

ELKADY M F, LANE S, KANER R B, KAVANAUGH J

Multilayer electrode for capacitive pressure sensor of e.g. rotogravure printer, involves press-rolling XY layer and co-extruded layers together for forming multi-layer electrode and printing electrically conductive ink onto polymer layer.

SALTER S C, BUTTOLO P, DELLOCK P K, GALL R, CHASCSA J R, RICHARD G

Carbon graphene conduction printing method comprises preparing conductive ink for imparting conductivity to prepared fabric, carrying out undercoat printing, conductive printing, drying and pressing conductive print by applying pressure.

KIHA P, LEE T, HONG J S, JINSEO C

Composition for use in manufacture of in-mold electronic component, e.g. light emitting diode, comprises resin composition, and plastic composition.

CHAKI N K, SHAH C P, SINGH B, RAUT R, KAUSHIK V S, PANDHER R, NAGARAJAN N, KUMAR S M, RUSTOGI A, M S K, KAUSIK B, PANDER R, NAGARAZAN N, RUSTOGGI A

Preparation of aqueous high conductivity graphene ink used for electronic label and coating includes mixing conductive graphite and carboxylated cellulose nanocrystal water dispersion, filtering to obtain aqueous conductive slurry and mixing aqueous conductive slurry with aqueous resin dispersion.

CHEN L, DONG W, WANG W, BAI H, GUO J, XU Z, ZHANG S

Electrolyte composition used for exfoliation of graphite for graphene for conductive ink for 3-dimensional printing and supercapacitor, comprises quaternary ammonium salt, another quaternary ammonium salt, and electrolyte solvent.

LU J, LI J, WANG F