Smashing and separating device for bagged industrial refuse

Abstract

The invention discloses a smashing and separating device for bagged industrial refuse. The smashing and separating device comprises a rotating rotor assembly, a rivet cylinder and a separating assembly. The rotating rotor assembly is composed of a rotating shaft, a conveying channel inlet, a conveying channel outlet, a rotary drum, blades and a transmission device. The rivet cylinder is composed of rivet hanging pieces and rivets. The separating assembly is composed of a light refuse subpackage cylinder, a common refuse subpackage cylinder, an air blower and the like. In the working process, refuse enters a refuse conveying channel from the conveying channel inlet of the rotating rotor assembly, when the rotary drum of the rotating rotor assembly rotates at a high speed, the refuse passes through the conveying channel and a bag is broken by the rivets, and the refuse is discharged out of the conveying channel outlet. In the falling process of the refuse from the rotor assembly, light refuse materials are blown into the light refuse subpackage cylinder through the wind force of the air blower, heavy common refuse falls into the common refuse subpackage cylinder, and separation of the refuse is achieved. According to the device, the rivets are used for breaking the bag of the refuse, the rivets and the rivet cylinder are not integrally installed, and disassembly and assembly can be conveniently carried out.

Description

technical field [0001] The invention belongs to the technical field of garbage treatment, in particular to a classification treatment device for bagged industrial garbage. Background technique [0002] In modern industry, more and more industrial waste is packaged in garbage bags. The recycling of bagged industrial waste is a very complicated process of bag breaking, grading, crushing and recycling. The automatic treatment of bagged garbage can not only recycle the material and energy in the garbage, but also achieve the purpose of harmlessness and reduction. In bagged garbage, nylon, plastic and other packaging bags are difficult to oxidize, degrade and recycle. Separating non-degradable plastic garbage bags from industrial waste can greatly improve the recycling effect of industrial waste. [0003] Traditionally, manual bag breaking is used to break bags before recycling these garbage. As more and more industrial wastes need to be processed, the amount of broken bags is...

AI Technical Summary

Problems solved by technology

As more and more industrial wastes need to be processed, the amount of broken bags is very large and complicated. Not only is it laborious, time-consuming and inefficient, but also releases harmful gases and causes damage to the human body.

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