Mining super-capacitor hybrid storage battery power anti-explosion trackless transport vehicle

Abstract

The invention discloses a mining super-capacitor hybrid storage battery power anti-explosion trackless transport vehicle which comprises a hinge type vehicle body, an anti-explosion power battery device, an electrical control mechanism, a self-dumping container, a transmission mechanism, an anti-explosion variable frequency motor system, a hydraulic mechanism and an independent cab. The hinge typevehicle body comprises a front rack, a rear rack and a center hinging mechanism, wherein the front rack and the rear rack are arranged above the transmission mechanism, and the center hinging mechanism connects the front rack with the rear rack. The anti-explosion power battery device and the electrical control mechanism are arranged on the front rack front and back, and the independent cab and the anti-explosion power battery device are adjacently arranged on the front rack. The self-dumping container, the anti-explosion variable frequency motor system and the hydraulic mechanism are all arranged on the rack, and the self-dumping container is located in the upmost position. The transport vehicle can effectively improve the underground mine construction operation environment and improve the underground coal mine trackless auxiliary transport industry electrification level and mine production efficiency.

Description

technical field [0001] The invention relates to the technical field of design and manufacture of trackless auxiliary transport equipment in coal mines, in particular to an explosion-proof trackless transport vehicle powered by a supercapacitor hybrid battery for mining. Background technique [0002] Explosion-proof trackless transport vehicle is an important vehicle in the field of coal mine auxiliary transportation, mainly used for long-distance transportation of coal mine materials and equipment. The popularization and use of mining diesel engine explosion-proof trackless vehicles has solved the auxiliary transportation bottleneck that restricts the development of my country's coal industry, and has achieved good economic and social benefits in terms of reducing personnel, increasing efficiency, and improving safety. However, due to the narrow underground tunnels and poor ventilation conditions, with the sharp increase in the number of diesel engine explosion-proof vehicle...

AI Technical Summary

Problems solved by technology

Due to the limitations of the current explosion-proof battery technology, the above-mentioned models all have the problems of small mileage and long charging time, making it difficult to promote and use them on a large scale.

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