Automatic glass recovery system with efficient grinding and drying functions

Abstract

The invention relates to the technical field of waste and old glass recovery, and specifically relates to an automatic glass recovery system with efficient grinding and drying functions. The system comprises a cleaning and feeding unit, wherein the cleaning and feeding unit is used for cleaning and filtering preliminarily grinded glass particles and feeding the treated glass particles into a grinding and drying unit to carry out grinding and drying; when a grinding knife and an arc-shaped gasket at the lower side of the grinding knife interact with each other to carry out grinding, the distance between the arc-shaped gasket and the grinding knife is gradually decreased from a regression channel side of the arc-shaped gasket to a rising channel side of the arc-shaped gasket; one end, closeto the rising channel, of a deflector and the arc-shaped gasket form a shrinking mouth; the fly-off speed of the glass particles is reduced when the glass particles pass through the shrinking mouth, so that the bigger glass particles fall back into a grinding part due to gravity; and a resistance wire is arranged to interact with the glass particles for a longer time, so that the drying speed is further improved.

Description

Technical field: [0001] The invention relates to the technical field of recycling waste glass, in particular to an automatic glass recycling system for efficient crushing and drying. Background technique: [0002] Glass is widely used in construction, chemical industry, equipment, daily life and other departments because of its unique properties. With the development of the construction industry and other industries, construction, automotive door and window glass, glass containers, electronic glass and glass bottles, etc. A large number of various glasses are widely used in the national economy, resulting in a large increase in waste glass. On the other hand, the scale of large-scale infrastructure in my country is unprecedented, and natural aggregates are increasingly in short supply. Therefore, under the situation of increasing waste glass emissions, the idea of ​​using waste glass instead of natural aggregates to prepare concrete is in line with sustainable development. m...

AI Technical Summary

Problems solved by technology

[0003] In the prior art, the recycling process of waste glass is complicated, and it is generally processed manually through various steps. First, the glass needs to be cleaned and broken. In these two processes, the cleaned glass contains a lot of water, and it is easy to crush it. Accumulated in the crushing chamber, causing the crushing chamber to jam, and the load of the crushing knife is too large. In order to avoid the above problems, some manufacturers directly crush the waste glass. The crushed glass contains more impurities, and the direct utilization rate of the crushed glass particles is low. , and in the above steps, the crushing efficiency and drying efficiency are low, and the production efficiency cannot be guaranteed

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