Intelligent anti-slip tool box and detecting work method thereof

Abstract

The invention discloses an intelligent anti-slip tool box. The intelligent anti-slip tool box is characterized by comprising an anti-slip tool box body, a main monitoring module, multiple independentsubsidiary modules, a temperature module, a power supply control module and a corresponding hardware structure. The main monitoring module is connected with all the independent subsidiary modules through a 485 bus. The intelligent anti-slip tool box is applicable to various station yard environments and particularly applicable to large railway station yards. The main and subsidiary module design is adopted in the intelligent anti-slip tool box, by the adoption of the multiple independent subsidiary modules, the burden of completing system work by adopting the single module is reduced beneficially, moreover, all the modules each perform their duties to complete the corresponding work independently, the risk of overall failure of a system is dispersed, the reliability and the safety of the monitoring system of the intelligent anti-slip tool box are improved, and reliable monitoring over the anti-slip tool box is ensured. The main monitoring module carries out coordinative monitoring workon all the independent subsidiary modules, and the system carries out centralized management over anti-slip tools.

Description

technical field [0001] The invention relates to the field of railway safety, and is especially suitable for the effective storage and real-time management of anti-slip appliances in the station, and simultaneously monitors the state of the anti-slip appliance box and the internal anti-slip appliances, specifically an anti-slip appliance box and its detection work method. Background technique [0002] With the rapid development of railway transportation, the number of railway lines is increasing and the coverage area is expanding. The application of smart iron shoes and fasteners is also becoming more and more extensive. Smart iron shoes and fasteners have become the key to protect the safety of personnel and vehicles in railway stations. important equipment. [0003] However, there is a problem of random placement of smart iron shoes and fasteners during use, which greatly reduces the deployment efficiency of smart iron shoes and fasteners, and increases the management cost...

AI Technical Summary

Problems solved by technology

[0003] However, there is a problem of random placement of smart iron shoes and fasteners during use, which greatly reduces the deployment efficiency of smart iron shoes and fasteners, and increases the management cost and difficulty of anti-slip appliances

Although the traditional anti-slip appliance box can solve the problem of anti-slip appliance prevention, it has a single function, cannot monitor the internal anti-slip appliance status and its entry and exit information, and cannot remotely monitor the anti-slip appliance box, which is not convenient for the anti-slip appliance. Large-scale centralized management will greatly increase the difficulty of managing anti-slip devices in large stations and increase unnecessary labor costs

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