Platform door automatic wakeup detection system and method

Abstract

The invention relates to a platform door automatic wakeup detection system. The platform door automatic wakeup detection system comprises an upper computer, a platform door central control disc and anautomatic wakeup detection unit. The platform door central control disc is arranged in an equipment room and is electrically connected with various components of a platform door. The automatic wakeupdetection unit comprises a control device, a communication device electrically connected with the control device and a trigger device capable of generating an automatic wakeup trigger signal. The control device is in communication connection with the upper computer and the platform door central control disc through the communication device. The trigger device is electrically connected with the trigger signal end of the platform door central control disc. The invention further relates to a platform door automatic wakeup detection method. According to the running schedule, before the set time frame before main track running, the control device controls the trigger device to send the automatic wakeup trigger signal to the platform door central control disc, the platform door central controldisc starts automatic wakeup detection work according to the automatic wakeup trigger signal, and then static detection and dynamic detection to the platform door are achieved. By means of the platform door automatic wakeup detection system and method, the running cost is reduced, and the running efficiency is improved.

Description

technical field [0001] The invention relates to the technical field of rail transit, in particular to a platform door self-awakening detection system, and also relates to a platform door self-awakening detection method. Background technique [0002] In order to meet the needs of more efficient, intelligent and safe travel, fully automatic operation is the current development trend of rail transit. As a key component of the subway, platform doors provide a strong guarantee for the safe operation of the line. With the popularization of fully automatic lines, the demand for the overall number of drivers and station management personnel has decreased, while the requirements for the comprehensive capabilities of drivers and station management personnel have continued to increase. [0003] At present, fully automatic trains already have intelligent functions such as automatic wake-up / sleep, automatic entry and exit of the train itself. For a rail transit system with platform door...

AI Technical Summary

Problems solved by technology

The platform door system adopts a multi-level control method. Therefore, it is not possible to completely determine that the platform door is faultless only by operating the PSL. Before the main line operation, there are still situations where the platform door cannot be linked, which may cause safety accidents and affect the entire line. Line operation

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