Novel crushing and cleaning device for high-risk waste barrel

Abstract

The invention discloses a novel crushing and cleaning device for a high-risk waste barrel. The device comprises a machine body, the machine body is composed of an upper platform, a lower platform and a connecting column connecting the upper platform and the lower platform, a waste hole is formed in the lower platform, a waste recovery bin and a barrel cover recovery groove are arranged below the waste hole of the lower platform, barrel cover cutting machines are arranged at the parts, on the two sides of the waste hole, of the lower platform respectively, a clamping mechanical arm is arranged at the part, on the rear side of the waste hole, of the connecting column, a waste barrel conveyor is arranged at the part, on the front side of the waste hole, of the lower platform, and a waste barrel cleaning device is arranged above the waste hole and installed on the lower end face of the upper platform. The device is simple, practical, compact in structure, capable of automatically completing dumping of high-risk solid-liquid waste packaged by a waste oil barrel and cleaning of the packaged oil barrel, high in automation degree, capable of conducting closed treatment to reduce the risk of waste smell leakage, capable of avoiding harm of manual treatment to workers and capable of avoiding the explosion risk caused by incineration treatment, safe and reliable.

Description

technical field [0001] The invention relates to the technical field of demolition and cleaning, in particular to a new type of demolition and cleaning device for high-risk waste barrels. Background technique [0002] High-risk solid-liquid mixed waste, such as chemical waste, is often packed in standard oil drums and transported to a professional waste treatment plant for treatment in order to prevent the waste from leaking during transportation. After these high-risk wastes in oil drums arrive at the treatment plant, the wastes must be taken out of the oil drums and put into the waste treatment device. Some solid-liquid mixed wastes will form sticky and hard like asphalt, and cannot be dumped out of the oil drums. The traditional method is to manually cut open the oil drum with a tool and then dig out the agglomerated waste with a shovel. Manual dumping of high-risk waste is dangerous and injurious to workers, and the environment of manual work cannot be sealed to leak odo...

AI Technical Summary

Problems solved by technology

After these high-risk wastes in oil drums arrive at the treatment plant, the wastes must be taken out of the oil drums and put into the waste treatment device. Some solid-liquid mixed wastes will form sticky and hard like asphalt, and cannot be dumped out of the oil drums. The traditional method is to manually cut open the oil drum with tools and dig out the agglomerated waste with a shovel

Manual dumping of high-risk waste is dangerous and injurious to workers, and the environment of manual work cannot be sealed and the leakage of odors is very harmful to the environment

In addition, some incineration plants adopt the method of putting the whole barrel (barrel and its internal packaging waste) into the incinerator for incineration. Because some waste is flammable and explosive, the whole barrel may cause an explosion.

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