Docking type rail transit system and operation method thereof
A technology of rail transit and operation method, applied in rail transit and fields, can solve the problems of inability to maintain the overall uniform motion, increase the running time of trains, and stay in economic development, so as to improve the overall work efficiency, reduce economic expenditure, and improve the utilization of energy. rate effect
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Embodiment 1
[0041] The purpose of this embodiment is to provide a docking rail transit system for railway transportation or urban rail transportation. The field of application of this embodiment includes almost all rail transit systems such as ordinary railway trains, EMU trains, high-speed railway train sets, urban-rural combined village-to-village rail train sets, urban road public transport systems, urban light rail, and urban subways.
[0042] This embodiment specifically provides a docking rail transit system, including a main car body 1, a motor car body 2, and a track 3. The body 1 is connected or communicated with the motor car body 2, and the main car body 1 and the motor car body 2 can be connected, communicated or separated by electric control, and the main car body 1 and the motor car body 2 are both provided with doors.
[0043] The connection between the main car body 1 and the motor car body 2 is equipped with an automatically controlled electric door; when the main car bod...
Embodiment 2
[0065] This embodiment provides a docking rail transit system for railways, in particular a docking rail transit system for EMUs or high-speed railway trains (high-speed rail).
[0066] In this implementation, there is no need to modify the bullet train or high-speed rail, but for ordinary stations, it is necessary to set up a main track and a common platform track for the outbound track and the inbound track.
[0067] When the train is about to enter Station A, remind the passengers on the train that passengers who need to arrive at Station A should go to the train body A and get ready to get off; at this time, the passengers on the platform of Station A enter the train body B parked on the platform and wait for passengers After all of them enter the bullet train body B, the doors and safety doors (electric doors) are closed, the bullet train body B is started, and it accelerates along the outbound track; at the same time, the safety doors in the main train body and bullet tra...
Embodiment 3
[0070] This embodiment provides a docking rail transit system for railways, in particular a docking rail transit system for EMUs or high-speed railway trains (high-speed rail).
[0071] In this implementation, there is no need to modify the bullet train or high-speed rail, but for ordinary stations, it is necessary to set up a main track and a common platform track for the outbound track and the inbound track.
[0072] When selling train tickets in this embodiment, the passengers who arrive at stations C, D, and E are concentrated in the train bodies C, D, and E; The boarding passengers arrive at the main car body through the motor car body C1 and look for the corresponding seats; when arriving at D station, the motor car body D separates from the main car body and arrives at the platform, and at the same time the boarding passengers arrive at the main car body through the motor car body D1 and look for the corresponding seats; So on and so forth.
[0073] In this embodiment,...
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