Tramcar system capable of being used for underground mine inclined shaft and mine unloading platform humping

Abstract

The invention discloses a tramcar system capable of being used for underground mine inclined shaft and mine unloading platform humping, which comprises a tramcar, a winch connected with one end of the tramcar, a traction mechanism and a trailer plate, one end of the trailer plate is connected with the tramcar, and the other end of the trailer plate is connected with the traction mechanism. The traction mechanism is provided with a motor rope winding and unwinding component and a pulley assembly, and the tramcar is driven by the motor rope winding and unwinding component through the pulley assembly to be capable of humping on the mine unloading platform. The whole-process advancing and humping of the tramcar on the inclined shaft and the mine unloading platform can be realized. The problem that in the prior art, a tramcar needs to be pushed manually on an ore unloading platform to cause safety or cannot be pushed manually is solved.

Description

technical field [0001] The invention relates to a mine car system which can be used for sliding and discharging of inclined shafts and ore unloading platforms in underground mines. Background technique [0002] At present, the mine car system for the inclined shaft and unloading platform of underground mines is composed of a mine car, a hoist, a mine car inclined shaft transportation path and an ore unloading platform. The inclined shaft transport road reaches the ore unloading platform. In consideration of safety, the ore unloading platform is generally set with a reverse slope of 4‰ to prevent safety accidents caused by the reverse slip of the mine car. [0003] After the ore is unloaded, the mine car needs to be lowered to the middle section of the ore discharge. Because the ore unloading platform has an inverted slope of 4‰, the mine car cannot be lowered from the ore unloading platform by itself. Usually, it is necessary to push the mine car to reach the inclined shaft...

AI Technical Summary

Problems solved by technology

[0004] At present, there are many mines that use inclined shafts for transportation, but most mines do not have a general device for loading and unloading heavy vehicles of materials and equipment, and most of them are driven by manpower. This method is low in mechanization and intelligence, and low in operating efficiency. , the labor intensity of the workers' work is high, and there is a great potential safety hazard

If the mine car is full of materials and equipment, and the car body is heavy, manpower cannot push the mine car at this time, and the mine car will slide downwards, which will become a big problem.

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