Rolling cage shoe power generation device and method for mining hoisting container

Abstract

The invention provides a mining hoisting container rolling cage shoe power generation device and method, and relates to the technical field of mining hoisting equipment. The device comprises a cage guide, a lifting container, a roller cage shoe, a friction wheel, an anti-explosion generator, a distance adjusting bolt, a hinge, a cross beam and a conversion battery, the anti-explosion generator is installed on the cross beam, the friction wheel is arranged at the front end of a transmission shaft of the anti-explosion generator, the distance between the friction wheel and the roller cage shoe is adjusted through the distance adjusting bolt, and the distance adjusting bolt is connected with the anti-explosion motor through the hinge. The conversion battery is installed above the lifting container, an inverter is arranged in the conversion battery, the cross beam is fixed to the upper fixing plate, the upper fixing plate and the lower fixing plate are connected through a bolt, and a pressure spring is arranged on the bolt. The device is applied to the hoisting container, power generation is completed in the working process of the hoisting container, power is stored in the conversion battery, meanwhile, power can be supplied to a monitoring device and explosion-proof equipment of the hoisting container, and the problem of long-distance power supply is solved.

Description

technical field [0001] The invention relates to the technical field of mining hoisting equipment, in particular to a rolling tank ear power generation device and method for a mining hoisting container. Background technique [0002] During the transportation and hoisting of the mine hoist, since the mine explosion-proof equipment (video monitoring equipment, acceleration detection equipment, signal acquisition equipment, wireless transceiver, etc.) moves up and down with the hoisting container, it is inconvenient to supply remote power to this explosion-proof equipment. However, these explosion-proof equipment is an important device for mine hoisting safety monitoring and needs to be powered for a long time. For example, vibration sensors and inclination sensors are required for the fault detection of the mine tank road. These sensors are installed on the skip and need to monitor and monitor the tank road in real time, and the power supply is required for uninterrupted power ...

AI Technical Summary

Problems solved by technology

If the explosion-proof equipment is powered by a cable, the lifting container of the explosion-proof equipment moves up and down, which requires a long-distance cable, and the loss of the cable is particularly serious, which needs to be replaced regularly, and the cost is high; To supply power, it is necessary to replace the power supply from time to time, which consumes manpower and material resources. In addition, when drilling, welding, maintenance, lighting and other operations are carried out in the deep wellbore, the power supply on the container is required.

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