Building garbage separation device

Abstract

The invention discloses a building garbage separation device which structurally comprises a separation sleeve and a sliding centrifugal sleeve, wherein an outer separation hole is arranged in the separation sleeve; three inner separation hole are arranged in the sliding centrifugal sleeve; three centrifugal discs are arranged in the sliding centrifugal sleeve; and filter holes are arranged in thetwo centrifugal discs at the upward side. The building garbage separation device also comprises a sliding shaft and a centrifugal shaft, which are coaxially and movably connected; the three centrifugal discs are fixedly connected to the centrifugal shaft; the lower end of the sliding centrifugal sleeve is fixedly connected to the upper end of the sliding shaft; the sliding shaft is connected withthe output shaft of a motor I through a crank slide mechanism; the output shaft of the motor I drives a conveyor belt through a geneva mechanism; and the upper end of the centrifugal shaft is connected with the output shaft of a motor II. The building garbage is poured into the separation device after being crushed by a crusher, then the garbage blocks can be separated in a gradient manner according to the size and arrayed on the conveyer belt and the recyclable materials such as steel bar, timber, glass and the like can be classified and recycled by means of existing devices such as a metal sensor, a timber sensor, a glass sensor and the like so that convenience, rapidness, correctness and high efficiency are provided.

Description

technical field [0001] The invention relates to a garbage treatment device, in particular to a construction waste separation device. Background technique [0002] The main sources of construction waste are: 1. Generated during the process of building new buildings; 2. Generated during the process of building maintenance; 3. Generated during building reconstruction and demolition. Waste mainly includes waste concrete blocks, broken bricks, metal, wood, glass and other waste. [0003] At present, the main treatment method for construction waste in my country is to stack it directly in the open air, and a few places use manual methods to pick usable materials from it, but this is not only a high labor cost, but also a very low resource utilization rate. Another treatment method is to crush the garbage through a crusher and send it to a brick factory to produce bricks. This approach leads to the inability to rationally utilize reusable resources such as metal, glass, and wood ...

AI Technical Summary

Problems solved by technology

This approach leads to the inability to rationally utilize reusable resources such as metal, glass, and wood in construction waste, which is of little significance (see the following literature for details of the above information: ①Analysis of the industrialization of construction waste treatment in China, Tang Pei Yangping, Jiangsu Construction ;② Construction waste treatment method, patent number 200810054903; ③ Construction waste treatment and regeneration system, patent number 200910106943; ④ Construction waste treatment status and exploration of new treatment models, Ye Luping and Li Wen, municipal technology)

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