An automatic drying system and method for live working equipment

Abstract

An automatic drying system of a live working device of the invention comprises a live working environment condition prompter, an insulation tool, a bucket arm car drying intelligent controller. A first microcomputer measures the humidity, the temperature, the illumination and a wind speed signal in the operating environment of the live working device by means of a temperature sensor, a humidity sensor, an illumination sensor and a wind speed sensor respectively, transmits acquired signals to the remote insulation tool and the bucket arm car drying intelligent controller. The drying method of the present invention comprises: a) delivering the device from a warehouse; b) acquiring operating environment information; c) determining whether the operating environment is safe; d) determining whether it is not suitable for operation; d) forwarding environmental information; f) putting the device in the warehouse; g) calculating the drying time; and h) performing drying treatment. The drying system and method calculate the drying time by the degree of dampness, ensure the drying effect and the insulating performance of the device, and avoid fast aging caused by excessive drying.

Description

technical field [0001] The present invention relates to an automatic drying system and method for live working equipment, and more specifically, to an automatic drying system and method for live working equipment for dry treatment of bucket arm trucks and insulating tools for live working in distribution networks . Background technique [0002] More and more uninterrupted operation methods are used in the operation, maintenance and maintenance of power grids. Commonly used live vehicles (such as insulated bucket trucks) and insulated tools are often damaged by high temperature, humidity and exposure to air in outdoor working environments. The longer the time, the insulation part of the car and the tool will be damp, reducing its insulation performance. Therefore, real-time detection of the temperature, humidity, light and wind speed of the external environment can determine whether the current environment is suitable for live work, and provide a strong guarantee for the per...

AI Technical Summary

Problems solved by technology

[0003] The current processing method is that when the vehicle returns to the garage, it needs to be dried, and the tools must be dried first before entering the warehouse. The current drying method is an electric fan, and the drying time is controlled by personnel. Since it is impossible to judge the degree of dampness of the insulation, the length of time is only controlled by experience, which is prone to problems of insufficient drying time or too long drying time

If the drying time is insufficient, the insulation performance of vehicles and tools will not be restored easily, and there will be a big safety hazard when they are used again; at the same time, if the drying time is too long under aerobic high temperature state, it will cause insulation aging and energy waste

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