Environment-friendly overhaul line for waste recycled objects

Abstract

An environment-friendly overhaul line for waste recycled objects comprises a tool plate feeding conveying line, a first overhaul transmission line, an overhaul transition line, a second overhaul transmission line, a pick-up and distribution conveying line, a classification conveying line and a tool plate recycling transition line. By means of the environment-friendly overhaul line, the multiple overhaul transmission lines and multiple overhaul mechanisms can be arranged according to production requirements and can be used for overhauling different procedures of tool plates in a full-automatic manner; and each overhaul transmission line and the tool plate recycling transition line are each provided with multiple ejecting and horizontally-moving mechanisms so that various different transmission lines can be conveniently connected, overhaul and recycling of multiple different procedures can be conducted on tool plates, and the tool plates can be conveniently conveyed. The overhaul efficiency is high, full-automatic waste object conveying, full-automatic tool plate overhaul, full-automatic and cyclic tool plate recycling and full-automatic waste object classified recycling are integrated, full-automatic operation is achieved in the whole process, manual intervention is little, the work efficiency is high, the labor cost is low, the intelligent operation degree is high, and large-scale management is facilitated.

Description

technical field [0001] The invention relates to an environment-friendly dismantling and inspection line for waste and old recycled articles. Background technique [0002] The traditional recycling of waste and old recyclables is mainly through manual classification. For some different types of waste and old items, it needs to be dismantled and inspected manually, and then manually sorted and recycled, especially for those wastes that have multiple different processes. Its recycling requires different processes to complete, resulting in different speeds of recycling tooling boards, affecting its recycling efficiency, and is not conducive to large-scale recycling of waste recyclables. Therefore, in view of the deficiencies of the above-mentioned problems in traditional waste recycling, the applicant has developed a method that can be equipped with multiple dismantling inspection transmission lines and multiple dismantling inspection mechanisms according to the needs of product...

AI Technical Summary

Problems solved by technology

[0002] The traditional recycling of waste and recyclables is mainly through manual classification. For some different types of waste, it needs to be manually dismantled and inspected, and then manually sorted and recycled, especially for those wastes that have multiple different processes. Its recycling requires different processes to complete, resulting in different speeds of recycling tooling boards, which affects its recycling efficiency and is not conducive to large-scale recycling of waste and old recyclables

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