A charging system and method for a belt conveyor inspection system

Abstract

The invention provides a charging system and method of a belt conveyer inspection system. The charging system and method of the belt conveyer inspection system are used for providing electricity needed by running of monitoring components in the belt conveyer inspection system. The charging system mainly comprises a real-time charging unit and an initial terminal charging unit. The real-time charging unit comprises a speed increaser electric generator, a rechargeable battery, rolling wheels, a rotary shaft, a bearing and a bearing support. The initial terminal charging unit mainly comprises a fixed charging pile, a supporting plate and an electromagnet. According to the charging system and method of the belt conveyer inspection system, on the basis that normal running of the belt conveyer inspection system is fully taken into consideration, the charging system for achieving stable and long-time running of the monitoring components in the belt conveyer inspection system is built, the endurance capability of the belt conveyer inspection system is improved, and the workload of manual charging is reduced. The charging system is convenient to install, simple in structure and environmentally friendly, and energy is saved.

Description

technical field [0001] The invention relates to a charging system and method for a belt conveyor inspection system, which is suitable for long-distance conveyance monitoring of belt conveyors, and provides charging solutions for various monitoring equipment and components. Background technique [0002] Belt conveyors are commonly used high-efficiency continuous transportation equipment in coal mines, and are an important part of coal mine safety production. As the mining depth of the mine increases, the conveying distance of the conveyor continues to lengthen. However, all functional components of the automatic inspection system of belt conveyors rely on electricity to provide power. Long-distance transportation often causes each monitoring component in the inspection system to stop working due to insufficient power, which in turn affects the real-time monitoring of the conveyor's operating conditions, resulting in Serious inspection loopholes. [0003] At present, the mon...

AI Technical Summary

Problems solved by technology

However, all functional components of the belt conveyor automatic inspection system rely on electric power to provide power. Long-distance transportation often causes the various monitoring components in the inspection system to stop working due to insufficient power, which in turn affects the real-time monitoring of the conveyor's operating status, resulting in Serious Inspection Vulnerabilities

[0003] At present, the monitoring components in the automatic inspection system of belt conveyors in China mainly rely on manual charging, which has a large workload, and the inspection system must stop running for a long time during charging. The hidden danger of stopping monitoring due to insufficient power, which may easily cause missed detection

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