A construction waste material processing device

Abstract

The invention relates to the technical field of construction equipment, in particular to a construction waste material processing device, including a base, a crushing tank, a dust collector and a bucket elevator are arranged at the rear end of the base, and the bottom discharge end of the crushing tank passes through a dust separation device Connect with the feed end of the bucket elevator. The beneficial effects are: the construction waste treatment device provided by the present invention can realize targeted and precise winnowing according to the winnowing differences of the shapes and densities of the different components after crushing, thus effectively improving the quality of the different components. The sorting efficiency of the material is convenient for subsequent processing after the material is classified. The device can complete the crushing and classification selection of the material in an integrated manner, and the material can also be effectively dedusted in the closed environment provided by the dust separation device. , so that it can effectively prevent the dust from entering the work space and cause the deterioration of the work environment, and effectively protect the health of the operators.

Description

technical field [0001] The invention relates to the technical field of construction equipment, in particular to a construction waste material processing device. Background technique [0002] The materials used in buildings are collectively referred to as building materials. A large amount of building material waste will be generated during building construction and demolition. The traditional treatment methods for building material waste are mainly concentrated stacking and landfilling, but this This treatment method will take up a lot of land, so my country has gradually begun to recycle construction waste materials. In the recycling process of construction waste gas materials, the components that are easy to separate, such as cardboard, steel bars, etc., are generally separated manually first, but after preliminary manual treatment, construction waste is still complex in composition, including a large amount of concrete, metal chips, waste Plastics, etc., these unseparated...

AI Technical Summary

Problems solved by technology

[0002] The materials used in buildings are collectively referred to as building materials. A large amount of building material waste will be generated during building construction and demolition. The traditional treatment methods for building material waste are mainly concentrated stacking and landfilling, but this This treatment method will take up a lot of land, so my country has gradually begun to recycle construction waste materials

In the recycling process of construction waste gas materials, the components that are easy to separate, such as cardboard, steel bars, etc., are generally separated manually first, but after preliminary manual treatment, construction waste is still complex in composition, including a large amount of concrete, metal chips, waste Plastics, etc., these unseparated parts in the existing processing methods will be uniformly crushed before subsequent processing

However, in the existing treatment methods, due to the lack of reasonable integrated connection design and good dust separation measures between the treatment equipment, the dust during the treatment process is easy to directly overflow the factory, causing serious pollution and damaging the health of workers.

In addition, in the existing treatment methods, it is difficult to effectively separate the components of the crushed materials into finer components, resulting in complex components and unstable quality of the final product, which is difficult to effectively meet the recycling standard.

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