Display and enquiry system of status of multipass man-machine interaction intelligent public transport system

Abstract

The invention discloses a display and enquiry system of the status of a multipass man-machine interaction intelligent public transport system. A signal processor of a station board device of the display and enquiry system is connected with a touch screen and a Bluetooth adapter, and a bus status indicator lamp is arranged between adjacent bus station indicator lamps. The bus status indicator lamp is also connected with the signal processor, a vehicle-mounted wireless communication device of a vehicle-mounted device is further connected with an image signal detection processor, and the image signal detection processor is connected with a camera. Relevant information of the station displayed on the display and enquiry system is comprehensive and reliable, meanwhile a passenger can inquire public transportation information of nearby stations actively, the passenger can work out a riding scheme which is accurate and meets the demands of the passenger according to bus routs and transfer stations of transportation means and multi stations, therefore waiting time of the passenger is shortened, the passenger is peaceful in waiting a bus is peaceful, riding is comfortable, the bus routs and serial number of bus run are used evenly, and the efficiency of public traffic system is high.

Description

technical field [0001] The invention relates to a multi-channel human-computer interaction intelligent bus state display and query system. technical background [0002] The urban public transport system is an important way for people to travel daily. Ordinary public transport systems cannot display relevant information on the stop signs, which is inconvenient for people to choose and use bus lines and stops, improve the efficiency of public transport, and reduce passengers' waiting and riding time. . [0003] The intelligent bus status display system developed in recent years is composed of a stop sign device, a vehicle-mounted device, and a central server; among them, the stop sign device includes: a two-dimensional code, a signal processor, a wireless communication device connected to the signal processor and multiple Bus stop lights, these bus stop lights correspond to the bus lines passing through the platform and the stops ahead of them. The vehicle-mounted device inc...

AI Technical Summary

Problems solved by technology

[0004] The problems that the above public transport system status display system exists are: one, the traffic condition of the road where the bus that will arrive at this station cannot be displayed, when the bus encounters accidents such as traffic jams, the displayed bus is far away from the station number of this station However, passengers need to wait unexpectedly for a long time; on the one hand, such unexpected long waiting will make passengers feel irritable, and on the other hand, they will lose the opportunity to choose other means of transportation. Second, the number of passengers in the bus cannot be displayed. It may happen that the bus that first arrives at this station is very crowded, and another bus that arrives later or another bus that can be replaced There are very few passengers on one road

All these situations lead to unreasonable bus routes and bus times chosen by passengers, reducing the balanced utilization of public transport vehicles and the comfort of passengers.

Moreover, passengers cannot actively query the corresponding information of nearby stations, and it is inconvenient to combine the bus information of nearby stations for more comprehensive and reasonable route and station selection

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