Automatic cleaning line for high-risk chemical containers

Abstract

The invention discloses an automatic cleaning line for high-risk chemical containers and belongs to the technical field of cleaning machinery. A drive motor is used as a drive device. A hanging device comprises hangers, hanging arms, rail support rods, a rotary table, a circular rail and an ascent rail. The ascent rail and the circular rail form an integral rail. One end of each hanging arm is connected with the rotary table, and the other end of each hanging arm is connected with one hanger. The middle of each hanging arm is connected with the integral rail. The drive motor drives the hanging devices through a transmission device. A cleaning device comprises a circular cleaning tank, air mixing pipes, an air pump and more than two partitions. The partitions divide the circular cleaning tank into different areas. The air mixing pipes are mounted at the bottoms of the areas, and overflow occurs between each two areas, and the overflow is in the direction opposite to the rotation direction of the rotary table. The automatic cleaning line for high-risk chemical containers is mainly used for solving the environmental problem that the high-risk chemical containers not cleaned or not fully cleaned endanger life safety of human and livestock.

Description

technical field [0001] The invention relates to a cleaning device for chemical containers, in particular to an automatic cleaning production line for high-hazard chemical containers. Background technique [0002] In the chemical industry, packaging barrels are widely used in the storage of chemical raw materials or chemical products for easy use or transfer. A packaging barrel may be used to load different chemical products. If the packaging barrel is not cleaned after one chemical product is loaded and loaded with another chemical product, a reaction may occur and the product quality will decline; in addition, some packaging containers After use, it is usually sold directly to the waste acquisition industry. For some packaging barrels of highly toxic raw materials, they are directly converted into other resources before being cleaned and destroyed. Use by people with insufficient hazard awareness as secondary packaging can create serious hazards. So packaging barrels must...

AI Technical Summary

Problems solved by technology

The packaging barrel cleaning machine in this application has reliable performance and good cleaning quality. Compared with traditional manual cleaning, it reduces the labor intensity of workers, but its disadvantages are: the packaging barrel cleaning machine is complex in operation and low in automation level. The cleaning efficiency is low, which cannot meet the cleaning needs of a large number of packaging barrels to be cleaned in chemical companies.

The application realizes the operation of mechanized, automatic and continuous cleaning of the inside of the steel drum, and achieves the purpose of cleaning the inside of the steel drum with high purification. For cleaning impurities and iron filings in steel drums, the cleaning effect of chemical packaging drums containing highly toxic raw materials is not ideal. A large amount of toxic substances remain on the barrel, creating a safety hazard

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