Waste glass bottle recycling and regenerating production line and processing method

Abstract

A waste glass bottle recycling and regenerating production line comprises a chain plate conveyer, a bottle feeding and cap collecting rotating disk, a cap screwing machine, a sorting control cabinet,an air cylinder pusher, overturning guide rails, a residual liquid collecting box and a crushing and flushing machine box. When the chain plate conveyer conveys the waste glass bottles to the bottle feeding and cap collecting rotating disk, the bottle feeding and cap collecting rotating disk conveys the waste glass bottles one by one to be under a cap screwing head of the cap screwing machine, bottle body fixing air cylinders drive bottle body fixing rods through extending and retracting motion to clamp bottle bodies of the waste glass bottles, a lifter of the cap screwing machine descends toenable the cap screwing head to clamp the caps and screw the caps, the waste glass bottles with the caps being screwed off are conveyed to a camera of the sorting control cabinet to take pictures, andsorting is conducted according to color discrimination; the air cylinder pusher pushes the waste glass bottles in different colors into the corresponding overturning guide rails, residual liquid is poured out, the residual liquid enters the residual liquid collecting box, the waste glass bottles continue sliding to enter the crushing and cleaning machine box, an eccentric wheel rotates to squeezethe waste glass bottles to crush the waste glass bottles, a flushing sprayer sprays water to clean glass fragments, and the glass fragments are collected at a glass bottle fragment outlet. The wasteglass bottle recycling and regenerating production line can automatically conduct recycling treatment operation on the waste glass bottles of multiple specifications, lighten labor intensity of workers and improves production efficiency.

Description

technical field [0001] The invention relates to a recycling production line, in particular to an automatic production line for recycling waste glass bottles of various specifications. Background technique [0002] With the development of the economy and the improvement of consumption levels, the production of waste glass bottles and labor costs are increasing day by day. Nowadays, the waste glass bottle recycling production line still has manual sorting, capping, crushing and rinsing work, which is labor-intensive and low in automation. During the sorting process, the waste glass bottles are fragile, easy to cause physical damage to the staff, and the work efficiency is low, especially when the waste glass bottles that have stored chemicals are manually sorted, capped, residual liquid removed, and broken. Problems such as greater harm to human health not only limit the improvement of the recycling rate of waste glass bottles, but also cause a huge waste of existing resources...

AI Technical Summary

Problems solved by technology

[0002] With the development of the economy and the improvement of consumption levels, the production of waste glass bottles and labor costs are increasing day by day. Nowadays, the waste glass bottle recycling production line still has manual sorting, capping, crushing and rinsing work, which is labor-intensive and low in automation. During the sorting process, the waste glass bottles are fragile, easy to cause physical damage to the staff, and the work efficiency is low, especially when the waste glass bottles that have stored chemicals are manually sorted, capped, residual liquid removed, and broken. Problems such as greater harm to human health will not only limit the improvement of the recycling rate of waste glass bottles, but will also cause a huge waste of existing resources and pollute the environment

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