An anti-jamming solid waste volume reduction crushing and compression device

Abstract

The invention discloses an anti-jamming solid waste volume reduction crushing and compression device, comprising a casing, a forming device, a regulating device and a conveying device, the casing and the forming device are movably connected, the forming device and the regulating device are movably connected, the regulating device and the The shell is connected, and the conveying device is connected with the shell. The shell is provided with a molding chamber. The molding device includes a hydraulic cylinder and a centering seat. The centering seat is placed in the molding chamber. The centering seat includes a lower pressing plate and a bottom plate. They are respectively connected to the forming chamber, the hydraulic cylinder is placed in the forming chamber, and the output end of the hydraulic cylinder is connected to the lower platen. The solid waste is crushed by the forming device, and the crushed waste is preliminarily compressed by the adjusting device, and the compression force is intelligently adjusted. , to prevent uneven compression caused by compressing solid wastes of different densities, and then perform final compression and volume reduction through the molding device.

Description

technical field [0001] The invention relates to the technical field of intelligent pulverization and compression of solid waste, in particular to an anti-jam solid waste volume reduction pulverization and compression device. Background technique [0002] With the continuous development of science and technology, more and more enterprises have begun to pay attention to environmental protection. During production and processing, additional materials are reused, and some solid wastes are also collected, and the collected wastes are harmless. At present, most solid wastes need to be recycled by landfill or compression. [0003] Most of the existing pulverizing and compressing devices for solid waste treatment have relatively single functions, and can only perform simple treatment on solid waste. However, with the increasing awareness of environmental protection, the simple processing of solid waste has been unable to cope with more and more complex types of waste, so that the w...

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Problems solved by technology

[0003] Most of the existing crushing and compressing devices for solid waste treatment have relatively single functions, and can only perform simple treatment of solid waste

However, with the increasing awareness of environmental protection, solid wastes that are simply processed cannot cope with more and more complex types of wastes, making the waste blocks after compression and volume reduction unable to meet the requirements of landfill or even recycling. Differentiate

[0004] In addition, during the compression molding process of solid waste, since the friction between the edge and the wall of the cavity is greater than the friction between the powder, the powder block formed by one-time compression is likely to cause low density in the middle and high density at the edge, resulting in edge If the material is stuck, it is easy to cause uneven compression and affect the quality of the molding. When it is recycled, the use strength cannot be guaranteed.

At the same time, when compressing, the compression force cannot be automatically adjusted according to the density. If the compression is too small, it will easily cause looseness, and if the compression force is too large, it will easily damage the surface of the pressing part and affect the continuous service life.

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