▎ 摘　　要

NOVELTY - The lens has a resin substrate (1), a carbon nanotube discharge brush (2), a silicon dioxide plus hard coating layer (3) and an antireflection coating layer (4). The carbon nanotube discharge brush is arranged in the middle of the resin substrate. The silicon dioxide hard coat layer is attached on the resin substrate. The anti-reflection coating layer is attached to the surface of the silicon dioxide plus hard film layer. The resin substrate is made of resin lenses with different refractive indices. The middle of the resin substrate is provided with a carbon nanotube grid network woven by several carbon fiber nanotubes. The carbon nanotube discharge brush is made of carbon nanotube grids by grinding, USE - Plasma wind discharge fog-repelling lens for use in fog-proof glasses such as chemical anti-fog glass and hydrophilic anti-fog coating glass. ADVANTAGE - The plasma air discharge fog-driving lens overcomes the electric heating anti-fog reaction time is long, fog-proof is not timely and cost, and the portable power supply is not convenient enough. The lens avoids the chemical method of anti- fog with surface hardness, the film layer is soft, using short time of weak point. DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for a manufacturing method of plasma air discharge fog driving lens. DESCRIPTION OF DRAWING(S) - The drawing shows a side view of a plasma wind-discharge defogging lens. Resin substrate (1) Carbon nanotube discharge brush (2) Silicon dioxide plus hard coating layer (3) Antireflection coating layer (4)