Full-automatic hoisting conveying system before organic garbage spray explosion treatment

Abstract

The invention relates to a full-automatic hoisting conveying system before organic garbage spray explosion treatment. The full-automatic hoisting conveying system comprises a hoisting rack, a horizontal conveying rack and a material feeding bucket which contains garbage, wherein two ends of the horizontal conveying rack are erected on the hoisting rack and above an explosion machine supporting frame, and an explosion machine is arranged at the upper end of the explosion machine supporting frame; and a hoisting mechanism used for hoisting the material feeding bucket to a high position from a low position is arranged on the hoisting rack, and a horizontal conveying mechanism used for carrying the material feeding bucket hoisted to the high position to the explosion machine position is arranged on the horizontal conveying rack. By adopting the device provided by the invention, each feeding process is composed of two continuous stages, namely vertical hoisting and horizontal conveying, full-automatic detection and control is adopted during hoisting and conveying, and personnel does not need to participate in the whole course, so that the organic garbage conveying speed is greatly increased, the production labor intensity of a worker is reduced, the risk of the personnel during high-altitude operation is also avoided, interference of human factors on the conveying system is reduced, and the probability that an accident appears is reduced.

Description

technical field [0001] The invention belongs to organic waste treatment equipment, in particular to a lifting and conveying system before spraying and blasting treatment of organic waste. Background technique [0002] Explosion treatment is a way of organic waste treatment. The existing lifting and transporting of organic waste before explosion treatment generally adopts manual transport or semi-automatic control mode, which has high work intensity, poor working environment, prone to accidents, and low production efficiency. In view of the existing working conditions, in order to reduce the labor intensity of workers, improve the speed and production efficiency of transporting materials, avoid the danger of personnel working at heights, avoid the interference of human factors on the transport system, and reduce the probability of accidents, it is necessary to design a The fully automatic lifting and conveying system lifts the organic waste from a low position to a high posi...

AI Technical Summary

Problems solved by technology

The existing lifting and transporting of organic waste before explosion treatment generally adopts manual transport or semi-automatic control mode, which has high work intensity, poor working environment, prone to accidents, and low production efficiency.

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