A comprehensive industrial solid waste treatment system and treatment method

Abstract

The invention provides a comprehensive industrial solid waste treatment system and treatment method, including installation base plate, support feet, conveying mechanism, compression mechanism and packaging mechanism. Cloth bundling, a large number of repetitive operations increase the labor intensity of workers, and manual packing is difficult to effectively compress the cloth, so that the density of the cloth in each area of ​​the cloth compression block is consistent, increasing the probability of loosening of the cloth compression block, and more It is difficult to eject the compressed cloth block out of the equipment after packing, and the manual removal operation will easily cause excessive scratches between the compressed cloth block and the side wall of the compression box, resulting in loosening and falling of the cloth.

Description

technical field [0001] The invention relates to the technical field of industrial solid waste treatment, in particular to a comprehensive industrial solid waste treatment system and treatment method. Background technique [0002] Industrial solid waste refers to solid waste generated in industrial production activities; a type of solid waste, referred to as industrial waste, is various waste residues, dust and other wastes discharged into the environment during industrial production. With the development of the printing, dyeing and textile industry , the number of discarded knitted fabrics is increasing day by day, and the waste of knitted fabrics is huge, with various types and complex components, and it is quite difficult to deal with them. Among them, knitted fabrics are often doped with various dyeing agents, and most of them are difficult to degrade naturally. It is recycled and reused to reduce environmental pollution and waste of resources. However, in the process of ...

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Problems solved by technology

[0003] (1) In the process of recycling knitted fabrics, it needs to be compressed and packaged. Traditional packaging operations are often done manually by using packaging ropes. A large number of repetitive operations increase the labor intensity of workers. , and it is difficult to effectively compress the cloth by manual packing, which increases the space occupied by stacking, and the cloth often absorbs dust and bacteria in the surrounding environment, and manual close contact can easily cause physical damage;

[0004] (2) The traditional cloth compression and packaging operation is difficult to squeeze and shrink the compressed space in multiple directions, so that the density of the cloth in each area of ​​the cloth compression block is kept consistent, and it is difficult to carry out synchronous packing of the cloth during the compression process, which increases the cost of the cloth. The probability of loosening of the compression block makes it more difficult to eject the packed cloth compression block out of the equipment. Manual removal will easily cause excessive scratches between the cloth compression block and the side wall of the compression box, resulting in loosening and falling of the cloth. falling phenomenon

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