国家/地区 中国（9）
IPC部 B（9）
IPC大类 B32（9） F24（4） E04（3）
F41（3） B29（2） F16（2）
IPC小类 B32B（9） F24D（4） E04F（3）
F41H（3） B29B（2） B29C（2）
IPC B32B033/00（9）
发明人
公开年 2020（6） 2019（3）
申请年 2019（9）
专利权人

Composite material used in thermal conductivity and/or bulletproof, comprises one three-dimensional graphene layer and one fiber composite material layer, where three-dimensional graphene layer is formed by stacking graphene films.

LIU R, ZHAO Z, SU D

Graphene electric heating floor bearing structure, has buffer layer whose side is fixed with heat conducting plate, and lower mounting plate whose side is fixed with trapping layer, where side of trapping layer is fixed with bottom plate.

ZHENG Y

Graphene insulating film structure, has circular shell sleeve provided with wiring terminal that is electrically connected with connecting wire, and clamping slot provided with connecting column, where wiring terminal is electrically connected with wire.

YANG C

Graphene heat conducting floor, has heating layer provided with graphite heating sheet that is uniformly provided with supporting device, and heat-conducting layer formed with through hole, where heat-conducting layer is formed with skid-proof layer.

LI X, ZHANG T

Graphene-based modified plastic, has waterproof layer whose bottom part is provided with reinforcing layer, where bottom part of reinforcing layer is provided with graphene layer and bottom end of graphene layer is provided with flame retardant layer.

TANG G

Woven graphene filament module electric heating floor comprises an upper substrate, middle electric heating layer and lower substrate arranged from top to bottom of insulating layers provided near heating cloth spaced after conductive belt.

YAN J, YAN Z, WANG S, ZHANG H, LI H, XIN X

Graphite heating floor, has base layer paved with graphene heating wire, where outer side of graphene heating wire is provided with first metal wire and second metal wire and winding direction of first and second metal wires are opposite.

QIN Z

Graphene-based hyper-surface reflective hiding method, involves converting electromagnetic wave into heat energy, adjusting graphene layer in controllable bias voltage device, and adjusting projecting wave through graphene layer.

YANG T

Composite material of micro-pore plate comprises a graphene-modified ultrahigh molecular weight polyethylene material.

HUANG Y, YU Z, WANG J, XU X, LIU G, YUAN P, SONG L, ZHOU H, GAO Y, WU Y, WANG Z