Crushed glass piece automatic charging equipment

Abstract

The invention provides crushed glass piece automatic charging equipment. The crushed glass piece automatic charging equipment is characterized in the following steps in a use process: in a state in Figure 1, feeding a to-be-melted crushed glass piece into a crushed glass piece storage hopper; manually pushing the crushed glass piece storage hopper from left to right until reaching a state in Figure 3; aligning an outlet of the bottom end of the crushed glass piece storage hopper with a crushed glass piece discharge hole; automatically discharging the crushed glass piece in the crushed glass piece storage hopper via the crushed glass piece discharge hole; conveying the crushed glass piece to glass liquid melting equipment via a crushed glass piece conveying inclined hopper; when the crushedglass piece reaches a discharge amount, pushing the crushed glass piece storage hopper from right to left, and enabling the outlet of the bottom end of the crushed glass piece storage hopper to get away from the crushed glass piece discharge hole, so as to prevent the crushed glass piece in the crushed glass piece storage hopper from being discharged out, namely, after the crushed glass piece storage hopper is pulled, the automatic charging of the crushed glass piece can be completed, and the crushed glass piece storage hopper is directly pushed away after charging.

Description

technical field [0001] The invention relates to a device for adding cullets, in particular to a device for automatically adding cullets at the front end of a glass melt melting device. Background technique [0002] As we all know, glass is an amorphous solid with irregular structure. Glass is formed by melting silicon dioxide and other chemical substances together. It forms a continuous network structure during melting. Crystalline silicate non-metallic materials, widely used in buildings, used for wind and light transmission, belong to the mixture. In our daily life, all kinds of glass products can be seen everywhere, and under the action of high temperature and high heat, the brittleness of existing glass increases and it is easy to crack, which affects normal use. Therefore, it is necessary to produce high-strength and heat-resistant glass products. Glass meets people's daily needs. [0003] In addition, glass fiber is an inorganic non-metallic material with excellent p...

AI Technical Summary

Problems solved by technology

In the forming process of glass fiber, firstly, the cullet or glass spheres need to be melted by a melting device to form glass liquid; glass melting equipment is usually equipped with a hopper for containing cullet glass pieces, so for the existing bucket-type glass melting equipment As far as the feeding hopper is concerned, the position is fixed, it is not easy to operate when discharging, and it is not suitable to control

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