Belt transportation system

Abstract

The invention discloses a belt transportation system which comprises a belt transportation mechanism, a belt detection device, a monitor device, belt deviation adjusting mechanisms and a belt cooling mechanism. The belt transportation mechanism comprises a belt and belt supporting components. The belt detection device comprises a routing inspection mechanism, temperature detection sensors and belt deviation detection modules. A routing inspection sliding mechanism and a sliding drive mechanism are arranged on a rack. The routing inspection mechanism comprises a routing inspection box, a smoke detection sensor, a gas detection sensor and a fixed camera. The monitor device comprises a control device, a wireless power supply module, a cooling control mechanism and a deviation adjusting drive mechanism. The belt transportation system is simple in structure and convenient to implement; the belt transportation work condition is detected in real time; the belt is adjusted and cooled; belt deviation or high-temperature work is prevented from bringing potential safety hazards to workers and coal mine transportation; continuous transportation of the belt is achieved; and the coal production efficiency is improved, and labor intensity is relieved.

Description

technical field [0001] The invention belongs to the technical field of belt transportation, and in particular relates to a belt transportation system. Background technique [0002] Coal transportation is a daily work with a huge workload in coal mining. Belt transportation is the main means of material transportation in coal mining at present. Whether the belt works normally or not is directly related to the normal progress of coal mine production order. In the process of coal production, the belt conveyor has the advantages of long transportation distance, large transportation volume, stable transportation, and high transportation power. It can be used as a link for continuous transportation of coal from the underground working face to the upper mine working face, so as to realize the continuity of coal production. , Improve coal production efficiency and reduce labor intensity. [0003] In coal mine production, there are many accidents due to the long belt transportation ...

AI Technical Summary

Problems solved by technology

At present, most of the working conditions on the belt transportation line are belt running all over during belt transportation, abnormal working temperature of the belt, coal accumulation on the belt, and abnormal working environment of the belt. If the investigation and treatment cannot be carried out in time, the belt will malfunction or cause Safety accidents not only reduce the transportation efficiency, but also seriously cause casualties and bring huge economic losses

However, at present, the detection of belts mainly relies on manual inspection, but there are some problems in the manual inspection process: the working condition of the belt with potential safety hazards cannot be found in time; the staff needs to enter the belt transportation site, and the environment of the belt transportation site is harsh. The risk factor of the staff is increased; the efficiency of manual detection is low, it cannot be detected in real time, and there are detection blind spots

In addition, there is currently no cooling mechanism to cool the belt during the belt transportation process. During the belt transportation process, due to the non-stop operation of the coal conveying belt, the friction between the belt and the coal conveying machinery and equipment may cause the belt to catch fire, and the entire coal conveying site may appear Extremely serious fire, more dangerous if the belt is at a site with a high gas value

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