Intelligent optical lens self-decontaminating device

Abstract

The invention discloses an intelligent optical lens self-decontaminating device which comprises a device body. The device body is formed by lens plates in the device body and a microcomputer arrangedon the top of the device body, and a second water pump is arranged at the bottoms of the lens plates vertically. According to the intelligent optical lens self-decontaminating device, an i5 7500 processor is arranged, an operating command of a worker can be executed, the intelligence of the device is greatly improved, rolling wheels are arranged, when the worker moves the device body, the worker can move the device body conveniently through the rolling wheels, convenience of the device body is greatly improved, and the device has a good development prospect in the future.

Description

technical field [0001] The invention relates to the technical field of optical lens self-decontamination devices, in particular to an intelligent optical lens self-decontamination device. Background technique [0002] The glass originally used to make lenses is the bump on ordinary window glass or wine bottles, which is shaped like a "crown", hence the name crown glass or crown glass. The glass at that time was extremely uneven and foamy. In addition to crown glass, there is another flint glass that contains more lead. Around 1790, Frenchman Pierre-Louis Junard discovered that stirring glass sauce could make glass with uniform texture. In 1884, Ernst Abbe and Otto Schott of Zeiss Company founded the Schott Glass Factory in Jena, Germany. Within a few years, dozens of optical glasses were developed, among which barium crown glass with high refractive index was used. The invention of Schott Glassworks is one of the important achievements. Optical lenses are widely used in ...

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Problems solved by technology

[0003] However, in the existing optical lens self-decontamination devices, the most common lens cleaning equipment is ultrasonic cleaning equipment. Ultrasonic cleaning refers to the use of ultrasonic waves in liquids. The indirect effect makes the dirt layer be dispersed, emulsified, and peeled off to achieve the purpose of cleaning. This kind of equipment is convenient and labor-saving to use, but according to a lot of practice, it is concluded that some attachments after optical lens processing cannot be cleaned by using a super-shenbo cleaning machine , The dirt has strong adhesion, and it is difficult to remove it even with a special cleaning solution. It can be seen that the cleaning force of the ultrasonic cleaning equipment is not enough, and there will be more dirt on the lens, which requires repeated cleaning for many times.

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