Automatic sludge discharging system for mine sump

Abstract

The invention relates to an automatic sludge discharging system for a mine sump. The system comprises a concentration and sedimentation basin, a guide rail device, a moving coil mechanism, a monorail crane and a slurry pump, wherein the concentration and sedimentation basin is arranged in underworkings; the guide rail device is arranged at the top of the concentration and sedimentation basin in the underworkings; the moving coil mechanism is arranged on moving coil mechanism slide rails arranged on both sides of a guide rail device fixing bracket in parallel; the monorail crane is installed on a monorail arranged along the longitudinal central axis of the guide rail device fixing bracket through a guide wheel and a driving mechanism in a suspension mode; and the slurry pump is suspended to the lower part of the monorail crane. The moving coil mechanism comprises a carrier vehicle, a rotary disc and a slag discharging pipe wound around the rotary disc, wherein the carrier vehicle is placed on the moving coil mechanism slide rails through roller wheels arranged on both sides of the bottom surface and driven by a power source, and a vertical shaft for installing the rotary disc is arranged in the central part of the plane of the carrier vehicle; the rotary disc is combined with the vertical shaft arranged in the central part of the plane of the carrier vehicle through an axle hole arranged in the central part in a movable fit mode.

Description

technical field [0001] The invention relates to an automatic desilting system for a mine water tank, which is used for processing underground mine water, and can separate the mine water from impurities therein for separate treatment, thereby solving the difficult problem of desilting the underground water tank. Background technique [0002] Coal mine water refers to all the water that seeps into the underground mining space during the coal mining process. Mine mines are generally equipped with special water tanks. Mine water is collected in the mine water tank and then pumped out of the well by the drainage system. The mine water tank is an important facility for safe production in coal mines and prevention of mine floods. Since the mine water contains a large amount of impurities mainly including coal slime and sand, these solid particles will be carried into the water tank by the mine water and will be deposited at the bottom of the water tank, resulting in a decrease in t...

AI Technical Summary

Problems solved by technology

This traditional method not only has a large workload, but also takes a long time to clear and excavate, and the working environment is harsh, and it is difficult to clean and excavate

[0004] Mechanized cleaning of mine water bins has been a difficult problem that coal mining enterprises have been eager to solve for many years. However, over the past few decades, dozens of cleaning machines have been developed in my country but have not been popularized and used. The main reason is that the situation in the mine is complex and changeable. The water tank dredging equipment and its supporting systems have disadvantages such as single performance, low dredging efficiency, and incomplete solid-liquid separation, which cannot adapt to the complex and changeable working environment of underground water tanks; most designs still need to release water before clearing the tank to achieve mechanization At the same time, it failed to avoid the disadvantage of manual liquidation

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