A product quality detection material recovery processing device

Abstract

The invention discloses a material recovery and processing device for product quality testing. By setting a magnetic separation box, a magnetic separation groove is set on a magnetic separation roller inside the magnetic separation box, and then an elastic ball and a No. 1 plate are arranged in the magnetic separation box. , No. 2 plate and compression spring, and then set electromagnets on both sides of the magnetic separation box, which can absorb the iron metal through the electromagnet. At the same time, the bouncing of the elastic ball can drive the glass to shake, and the No. 1 plate and the Driven by the elastic force of the compression spring, the number plate can further drive the glass to shake, thereby improving the efficiency of magnetic separation; by setting a water tank and installing a spiral stirring blade in the water tank, it can be stirred by the spiral stirring blade, which can speed up the removal of unqualified glass. The effect of decontamination; by installing a fan on the top of the material guide pipe, and installing a heating wire at the outlet of the fan, hot air can be generated, and then the hot air can dry the unqualified glass, thereby dehumidifying. In addition, it can also Accelerate the speed at which unqualified glass enters the crushing box.

Description

technical field [0001] The invention relates to the technical field of quality inspection, in particular to a product quality inspection material recycling and processing device. Background technique [0002] In the production of glass products, the inspection of glass quality occupies a very important position. The flat glass appearance quality inspection device is mainly used to inspect the appearance defects of flat glass, such as bubbles, sand particles, bumps, line scratches, inclusions, Fog spots, grinding, etc., determine the product quality level by measuring the size and type of defects. With the development of the glass industry, many processing procedures have realized mechanized and automated production. Through the automated quality inspection production line, the quality control of products has also realized automatic inspection. [0003] Glass products that fail to meet the standards are automatically screened out after passing through the automated productio...

AI Technical Summary

Problems solved by technology

At present, unqualified glass products are recycled after washing with water, and the iron and metal impurities in the production line after inspection are not easy to remove. During the re-smelting process, inclusions in the molten glass may easily cause problems such as air bubbles and inclusions, so the pass rate is not high.

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