国家/地区 中国（9）
IPC部 A（9）
IPC大类 A61（9） C08（9）
IPC小类 A61B（9）
IPC C08J003/075（9）
发明人
公开年 2021（4） 2022（4）
申请年 2021（6）  2022（2） 
专利权人

Rehabilitation behavior monitoring and guidance system based on composite conductive hydrogel with a core-shell structure for postoperative joint injury patient, has electric signal conversion module, and data is used to judge patient's recovery status and guide correction of recovery plan.

KUAI Y, CHEN L, CHEN J, ZHANG Z, LIU A, TENG W, YE Z, JIN X

Highly sensitive antibacterial electrode sheet, comprises hydrogel layer, conductive adhesive layer, and electrode sheet, prepared by e.g. adding natural antibacterial substance into water, adding graphene and acrylic acid, coating conductive layer on electrode sheet, and bonding with hydrogel layer.

ZHENG B

Self-powered hydrogel strain sensor useful for monitoring human health, comprises conductive friction layer, dielectric friction layer and copper foil electrode packaged by outer wrapping layer, preferably conductive friction layer, preferably silver nanowire electrode.

BU M, HU N, WANG Z

Preparing conductive bionic hydrogel useful for electrodes of electrocardiogram sensors, comprises e.g. adding conductive component into phenyl-2,4,6-trimethylbenzoyllithium phosphite dissolved liquid, adding polyether F127 diacrylate and dopamine hydrochloride, stirring and irradiating.

ZHANG F, CUI C, CHEN H

Newborn medical protective glove comprises a glove main body made up of transparent silica gel material and provided with grip reflection detecting rod for detecting newborn palm grip reflection and hydrogel layer, a restraining belt located at opening.

HE J

Preparing multifunctional hydrogel by fermenting yeast comprises activating yeast in hot water dissolving plate count agar in de-ionized water to boil, cooling to obtain PCA solution, adding gelatin gel into PCA solution, dissolving to obtain mixed solution of Gel-PCA glucose and fermenting.

CHEN X, CAI Q, XIONG C, YOU L, CHENG J, WANG S

Preparation method of high-strength graphene oxide nano composite hydrogel brain electrode for skin impedance sensing, involves adding graphene oxide, stirring and ultrasonically disperse, adding inorganic nano lithium algae earth, stirring and ultrasonic and adding N,N dimethyl acrylamide monomer.

JIANG G, FU S

Preparing semi-invasive brain-computer interface flexible electrode material with magnetron effect by mixing poly(N-isopropylacrylamide-methacrylic acid) temperature-sensitive hydrogel precursor and ferrous ferric oxide-loaded-graphene oxide composite particles through physical mixing and gelating.

DONG X, QI M, HE G

Graphene-based conductive hydrogel used for flexible wearable sensor, comprises poly dopamine used to partially reduce graphene oxide to obtain conductive nanofiller, acrylamide and sodium alginate are mixed to prepare flexible base liquid.

XIONG X, ZHANG Y, JIANG Q, LI Y, ZHANG L, ZHA X