A safety control system and method under rail transit train failure
A rail transit train and safety control technology, applied in the field of emergency traction control systems, can solve the problems of uncombined traction system availability, slopes, and trains unable to start, etc., to improve safety, improve safety, and reduce labor intensity. Effect
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Embodiment 1
[0055] The structural block diagram of the train control system applied to the safety control system under the rail transit train failure described in the embodiment of the present invention is as attached figure 1 shown. in the attached figure 1 Among them, the train control system includes a train network control system 1, an on-board signaling system 2, a driver console 3, a train driving control unit 4, a train braking control unit 5, a driver display 6 and a control center 7, which can be automatically controlled by the on-board signaling system 2. Control the car, or manually control the car through the driver console 3. Among them, K is the transfer switch between the fully automatic driving mode and the manual driving mode of the train.
[0056] as attached figure 2 to attach Figure 5 Shown, a kind of embodiment of the safety control system under the rail transit train failure, specifically comprises: several train drive control units 4, are used to output drive ...
Embodiment 2
[0065] Embodiment 1 provides the logical judgment of whether the driving / braking conditions are allowed by using the train relay logic combination circuit (ie, the driving logic combination circuit 8 and the braking logic combination circuit 9 ). In addition, in the fully automatic driving system (ATO), since the on-board signaling system 2 is used to control the car, the on-board signaling system 2 needs to obtain information on whether the emergency traction conditions are met. In this case, the on-board signal system 2 can be used to directly collect the working status of each traction drive / braking control unit, and the logic combination analysis can be carried out through software to determine whether the driving / braking conditions are allowed, so as to determine whether the on-board signal system 2 can be normal. Conditions to enter creep mode. In the fully automatic driving mode, the on-board signaling system 2 acts as the driver to control the train running, so it is n...
Embodiment 3
[0070] Embodiment 1 provides the logical judgment of whether the driving / braking conditions are allowed by using the train relay logic combination circuit (ie, the driving logic combination circuit 8 and the braking logic combination circuit 9 ). In addition, it is also possible to directly collect the working status of each traction drive / brake control unit through the logic control unit 13 (LCU, Logic Control Unit), and use the software to perform logical combination analysis to determine whether the drive / brake conditions are allowed, as a judgment Whether it can normally enter the condition of emergency traction permission mode. In Embodiment 1, the closing / opening of the auxiliary contact of the relay indicates normality / abnormality of the corresponding train driving / braking control unit. If the train emergency traction control is realized by the logic control unit 13, then utilize software logic to judge whether the emergency traction condition allows.
[0071] as attac...
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