Pouring carbon plastic large spherical reflection lens and production method

Abstract

The present invention relates to a pouring carbon plastic large spherical reflection lens and a production method, belonging to the technical field of optical display. The pouring carbon plastic large spherical reflection lens comprises a lens seat, a reflection lens substrate and a reflection film layer. The reflection lens substrate and the lens seat are bonded adsehively, and the reflection film layer is plated to the reflection lens substrate through a plating machine. The lens is made of glass, metal or composite materials. The reflection lens substrate is made of organic glass or other suitable optical plastic, and the convex surface fits the concave surface of the lens seat and is bonded and cured on the lens seat concave surface. Compared with a glass spherical reflection lens, the carbon plastic large spherical reflection lens has the advantages of light weight, short manufacturing cycle, low cost and good rigidity, compared with a film negative pressure formation large spherical reflection lens, the carbon plastic large spherical reflection lens has the advantages of high strength, a long life, good optical performance and maintainability. The simulation training requirements of a general aircraft, a large aircraft and other large equipment can be satisfied by a 1600-4000 mm large curvature radius. The pouring carbon plastic large spherical reflection lens is suitable for large-scale promotion.

Description

technical field [0001] The invention relates to a pouring polycarbonate composite large-scale spherical reflector and a manufacturing method thereof, belonging to the technical field of optical display. Background technique [0002] The virtual image display system uses a large spherical mirror as an optical imaging element. Large-scale spherical mirrors mainly use silicon glass as the mirror material, which is generally processed by heating and softening the silicon glass formed by the mold on a mirror grinding machine through rough grinding, fine grinding and polishing; this manufacturing method has a long cycle and high cost. , The product is heavy. At present, the virtual image display system for simulators in the world mainly uses film negative pressure to form a large spherical mirror, which is to stick the plastic film coated with reflective film on the spherical mirror seat of composite material raised around it, and stretch the plastic film with negative pressure e...

AI Technical Summary

Problems solved by technology

Large-scale spherical mirrors mainly use silicon glass as the mirror material, which is generally processed by heating and softening the silicon glass formed by the mold on a mirror grinding machine through rough grinding, fine grinding and polishing; this manufacturing method has a long cycle and high cost. , the product weight is large

At present, the virtual image display system for simulators in the world mainly uses film negative pressure to form a large spherical mirror, which is to stick the plastic film coated with reflective film on the spherical mirror seat of composite material raised around it, and stretch the plastic film with negative pressure equipment. It is a spherical surface; the negative pressure equipment of this large spherical mirror needs to work continuously for a long time to maintain the spherical shape. After a long time, the aging surface of the plastic film will deteriorate. The reflective film layer of the plastic film is not easy to clean after collecting dust, and the maintenance is poor

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