▎ 摘　　要

NOVELTY - The device has a high voltage direct current power source (7) whose high voltage end is connected with an electrostatic spinning nozzle (10) through a lead (9). The nozzle is connected with a graphene layer (12). The graphene layer is deposited on a substrate (13) as a static spinning collecting plate. The substrate is mounted with an X-Y platform (14). A control system (3) is connected with a graphene oxidizing environment device (15) through a signal line (4). A precise injector is provided with a syringe and connected to an injector push rod (1). USE - Graphite alkene based flexible electric circuit manufacturing device. ADVANTAGE - The device utilizes graphite alkene with different bandwidths and electric conductivity or semiconductor properties to form a graphene layer. The device adopts near-field electric spinning technique to directly process a micro-nano fiber pattern by utilizing the deposited graphene layer and non-conductivity graphene oxide, and ensures micro-nano fiber protection. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is also included for a graphite alkene based flexible electric circuit manufacturing method. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of a graphite alkene based flexible electric circuit manufacturing device.'(Drawing includes non-English language text)' Injector push rod (1) Control system (3) Signal line (4) High voltage direct current power source (7) Lead (9) Electrostatic spinning nozzle (10) Graphene layer (12) Substrate (13) X-Y platform (14) Graphene oxidizing environment device (15)