Intelligent manufacturing device for vacuum coating of surface protective coating of optical glass

Abstract

The invention provides an intelligent manufacturing device for vacuum coating of a surface protective coating of optical glass. The device comprises an automatic optical glass feeding device, a hot plate heating and spraying structure, a detection assembly, an inner ring submerging coating device and a CCD detection device, the automatic optical glass feeding device and an X-Y manipulator are usedfor putting optical glass to the hot plate heating and spraying structure, so that the coating time of each product is ensured, the coating powder is dried, the detection assembly adopts a non-contact probe to be inversely arranged to measure the rotating axial vibration amplitude of the optical glass, an OK product is measured to flow down, then servo is pressed into an inner ring to enable theinner ring to submerge into a coating device, finally, a CCD detects whether coating powder overflows or not, and procedure transfer is achieved through manual or automatic operation. Intelligent operation or / and uninterrupted transfer operation of a production line is achieved, and the production efficiency is greatly improved.

Description

technical field [0001] The invention relates to an assembly technology of an optical glass assembly production line, in particular to a vacuum coating intelligent manufacturing device for a protective coating on the surface of an optical glass. Background technique [0002] In the 21st century, machinery manufacturing technology is developing towards high efficiency, high precision, high reliability and specialization; in order to improve efficiency, processing accuracy, reliability and reduce costs, it is necessary to develop ultra-high cutting processing technology, and for ultra- The processing of hard materials and difficult-to-machine materials requires the development of high-performance tools and high-performance hard coatings; and many "green manufacturing technologies" that save energy, protect the environment, and reduce pollution are also inseparable from the development of high-performance tools. The ion coating machine can realize the coating treatment of the to...

AI Technical Summary

Problems solved by technology

Compared with ordinary ion plating coating machines, the multi-arc ion coating deposition rate is fast and the efficiency is high, but there are more large particles in the coating, and the coating is poor in compactness, which affects the performance of tools and workpieces

Especially for some finishing tools and workpieces, the surface of the coating is rough and the friction is high, which directly affects its service life, so the traditional ion coating cannot meet the coating requirements of such products

Images