Automated treatment system for material machining

Abstract

The invention relates to an automated treatment system for material machining. The automated treatment system comprises a feeder, a vibrating screen A and a jaw type crusher, wherein the feeder, the vibrating screen A and the jaw type crusher are connected in sequence. The automated treatment system further comprises a horizontal type sand maker, a cleaning-recycling-dewatering integrated machineand a vibrating screen B. The jaw type crusher, the horizontal type sand maker and the vibrating screen B are sequentially connected through a conveying belt A and a conveying tank B. The vibrating screen B is provided with multiple outlets and connected with the cleaning-recycling-dewatering integrated machine, a large-grain recycling station and a medium-grain recycling station through a conveying belt C, a conveying belt D and a conveying belt E. The outlets of the vibrating screen B are connected with the conveying belt A through a conveying belt F, so that a loop is formed. The cleaning-recycling-dewatering integrated machine is provided with multiple outlets. Part of the outlets are connected with a small-grain recycling station through a conveying belt G; and the other part of the outlets are connected with the conveying belt F through a conveying belt H. The automated treatment system has the beneficial effects that the mass is reduced; material accumulation is avoided; abrasion is reduced; the service life is prolonged; materials are laid rapidly; cleaning is conducted uniformly; the dewatering effect is good; and the shakeout is increased.

Description

technical field [0001] The invention relates to the technical field of material processing equipment, in particular to a system for automatic material processing. Background technique [0002] When processing materials, such as waste incineration or slag. The general method is: the material enters the vibrating screen through the feeder or the water flushing table, and after screening, it enters the jaw crusher for crushing and then transports it to the transfer silo, where it is stored in the transfer silo and fed to the cone crushing at a uniform speed. Machine, so that the cone crusher can run at full load, so as to reduce energy consumption and increase production capacity; after the cone crusher is crushed, it is conveyed to the two-layer material separation screen by the conveyor belt to screen out the particles that cannot enter the vertical shaft impact crusher. Uneven materials return to the cone crusher for re-crushing. Materials suitable for entering the vertical...

AI Technical Summary

Problems solved by technology

[0003] Therefore, the traditional production line has a lot of equipment, high production line input costs, and complicated and cumbersome processes; resulting in high failure rates, high labor intensity, high energy consumption, high operating costs, and large floor space

Due to the one-by-one processing in many equipments, the sand production rate of the production line can only reach about 40%, and the sand production rate is not ideal

Images