In-station guiding system for intelligent subway vehicle

Abstract

The invention discloses an in-station guiding system for an intelligent subway vehicle, the structure of the in-station guiding system comprises an in-station control terminal and an in-vehicle control terminal, the in-station control terminal is electrically connected with an in-station processor through an in-station server, and the in-station processor is electrically connected with an in-station positioning module, a guiding display and a wireless network module through wires; the guide display comprises a display screen and a loudspeaker; the in-vehicle control terminal is electrically connected with an in-vehicle processor through an in-vehicle server. According to the invention, the number of passengers in the subway carriage can be detected in real time, the detected information can be directly displayed on the display in the station, and the vacancy in the carriage can be broadcasted, so that the passengers can visually check the number of passengers in each carriage of the subway, and the passengers can directly wait at the stop with few passengers in the carriage. And the phenomenon that passengers cannot get on the bus in time due to crowding in the compartment is avoided.

Description

technical field [0001] The invention relates to the technical field of in-station guidance systems, in particular to an in-station guidance system for smart subway vehicles. Background technique [0002] The subway has become one of the important public means of transportation in major cities. Due to the huge number of passengers, the commercial development of the underground space of each subway station is also more and more developed, so the underground space structure of the subway station is often complicated, When there are many exits, many subway stations are like a maze, which is easy to make passengers dizzy. The existing guidance system can help passengers to judge the current position and the approximate position of the queried target on the plane. Passengers can find the target according to different guidance signs. bit. [0003] According to Patent No. 202110667139.1, an in-station panoramic guidance system of a smart subway station and a method thereof include ...

AI Technical Summary

Problems solved by technology

[0004] At present, there are still some deficiencies in the existing in-station guidance system for subway cars, for example; the existing in-station guidance system for subway cars does not detect the number of passengers in the subway car in real time, and cannot use the detected information It is directly displayed on the monitor in the station and broadcasts the vacancy in the car, so that passengers cannot intuitively check the number of passengers in each car of the subway, so that passengers cannot go directly to the stop where there are few passengers in the car. Wait, the car Inner crowding can easily lead to the phenomenon that passengers cannot get on the train in time, and the existing guidance system in the station for subway cars cannot allow passengers waiting at the station to evacuate automatically to find a suitable car stop, which slows down the time for passengers to get on the train. Speed, all passengers are congested at a stop near the entrance stairs, which will easily cause passengers to squeeze or step on the train, which reduces the safety of passengers when boarding the subway

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