国家/地区 中国（8）
IPC部 B（4） H（4） F（3）
C（2） D（2）
IPC大类 B29（3） F03（3） D01（2）
H01（2） H05（2）
IPC小类 B29C（3） F03D（3） B29L（2）
D01D（2） D01F（2） H05B（2）
IPC B29C070/88（3） F03D080/40（3） B29C070/36（2）
B29C070/86（2） B29L031/08（2） D01D005/08（2）
D01D005/088（2） D01D005/096（2） D01F006/90（2）
H05B003/06（2） H05B003/14（2）
发明人 DENG J（8）
公开年 2017（5） 2018（3）
申请年 2017（8）
专利权人 DONGFANG ELE.（3） NANTONG WENK.（2） UNIV NANJING.（2）

Preparing graphene-based conductive sensing fabric involves selecting a conductive graphene filament, which is interwoven with common filaments or yarns to form a unidirectional conductive fabric in radial or zonal direction as substrate.

WU J, WANG B, DENG J, XU Q

Wind power blade graphene-based heating film heating de-icing system, has wind power blade body coated with graphite heating film, and graphite heating membrane electrode fixedly connected with control system through power wire.

DENG J, WANG Q, ZHAO W, ZHAO P, HUANG Y, ZHONG X, WANG F, YANG S, ZENG M, LI W, LI J, LIU H, HAN D, LI S, WANG X, ZHANG H

Producing flame-retardant power cord comprises fixing stranding element around wrapping tape, stranding element, and then applying flame-retardant layer composed of e.g. aqueous polyurethane flame retardant resin and nano graphene.

CHEN J, DENG J, HUANG C, HUANG L

Preparing graphene in situ polymerization modified polyamide 6 fully drawn yarn comprises mixing graphene in situ polymerization modified polyamide 6 sections, melting, spinning and cooling and stretching.

JIANG Y, HUANG R, LUO Z, DENG J, CAO J, MA H, LIU X, DAI S, ZHOU L

Preparation method of graphene polymerization modified polyamide 6 high oriented yarn, involves melt-spinning graphite polymerization modified polyamide 6 sections, and cooling to obtain pre-oriented yarn, and drawing.

CAO J, DAI S, DENG J, HUANG R, JIANG Y, LIU X, LUO Z, MA H, ZHOU L

Preparation of carbon nanotube array slices used for electrode material of lithium-ion battery, involves growing coaxial graphene layer on surface of oriented carbon nanotube array, and cutting oriented carbon nanotube array into slices.

PENG H, DENG J, GUAN G

Graphene heating and de-icing based air power blade manufacturing method, involves connecting power supply wire with control system to control opening and closing operations of power supply according to temperature and humidity signal.

LIU H, WANG Q, ZHAO W, ZHAO P, HUANG Y, ZHONG X, WANG F, YANG S, ZENG M, LI W, LI J, DENG J, HAN D, LI S, ZHANG H, WANG X

Graphene-based air power blade heating film de-icing system, has graphene heating film whose edge area is covered with graphite heating film along blade, and graphite heating film electrode connected with control system through power wire.

DENG J, WANG Q, ZHAO W, ZHAO P, HUANG Y, ZHONG X, WANG F, YANG S, ZENG M, LI W, LI J, LIU H, HAN D, LI S, WANG X, ZHANG H