▎ 摘　　要

NOVELTY - The device has a sterilization and dust removal unit (2) including a sterilization dust removal net connected to the negative pole of the high-voltage output end of the electrostatic generator through the wiring terminal. The steel mesh is connected to the positive pole of the high-voltage output terminal of the electrostatic generator (3) through the wiring terminal and connected to the ground wire. The UV light of the deep UV germicidal lamp (10) irradiates the air duct in the cavity of the sterilization and dust removal unit to sterilize the air in the air duct. The wiring terminal of the deep-UV germicidal lamp is connected with the DC output terminal of the controller through a wire to form the power circuit of the deep-UV germicidal lamp. The induced draft fan is fixed on the small platform through the positioning holes. The induced draft fan is connected to the DC power output terminal of the controller through a wire to form an induced draft fan power circuit. USE - Electrostatic field composite graphene sterilization and haze air purification device. ADVANTAGE - The system removes dust and haze in the air through electrostatic imbalance and cutting-edge discharge, and uses UV rays to stimulate nano-silver and nano-titanium dioxide to sterilize and decompose formaldehyde. The UV rays accelerate the aging of materials, and nano-titanium dioxide can absorb part of UV rays to achieve a dynamic comprehensive balance in dust removal, sterilization and durability. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a preparation method of an electrostatic field composite graphene sterilization and haze removal air purification device. DESCRIPTION OF DRAWING(S) - The drawing shows a schematic view of an electrostatic field composite graphene sterilization and haze air purification device. Outer cylinder (1) Sterilization and dust removal unit (2) Electrostatic generator (3) Air inlet (5) Deep UV germicidal lamp (10)