Interactive public traffic system

Abstract

An interactive public traffic system comprises a station side and a bus side. The station side comprises station side master control equipment and bus number selection equipment which are connected, the bus side comprises bus side master control equipment, bus side prompting equipment and an information feedback device, and the bus side prompting equipment and the information feedback device are connected with the bus side master control equipment. The bus number selection equipment receives the information of the bus number selected by a user and sends the bus number information to the station side master control equipment, the station side master control equipment sends wireless signals to the bus side according to the bus number information, the bus side master control equipment receives the wireless signals and controls the bus side prompting equipment for information prompting, and when bus arrival information fed back by the information feedback device is received, the bus side prompting equipment is controlled to carry out bus arrival information prompting, and arrival feedback information is sent to the station side master control equipment. According to the system, the bus taking independent selectivity and convenience of passengers needing help are enhanced, the two-way communication between a station and a bus is achieved, and the passengers needing help can take the bus smoothly.

Description

technical field [0001] The invention relates to the field of public transportation, in particular to an interactive public transportation system. Background technique [0002] Public transportation, such as bus, light rail, etc., is the main way for most people to travel. Taking public transportation as an example, the bus routes that pass through the station are usually printed on the bus stop board, and displayed on the bus stop board. Display the name of the stations passed by each bus route for passengers to view and choose. After the passengers confirm the bus they want to take, they will pay attention to and observe the bus at the station at any time, and when the bus they want to take arrives, then Go to the boarding gate of the bus and get on the bus. Based on this way of riding, for some passengers with limited mobility and need for help, such as the blind, the elderly, pregnant women, other disabled people, etc., there will be a lot of inconvenience when taking pu...

AI Technical Summary

Problems solved by technology

Based on this way of riding, for some passengers who have limited mobility and need help, such as the blind, the elderly, pregnant women, other disabled people, etc., there will be a lot of inconvenience when taking public transportation

Taking blind passengers as an example, due to their poor eyesight, they will not be able to view and select the bus they want to take from the bus stop. Although some bus stops are equipped with Braille bus stop signs, they can only For blind people to check and determine the number of buses that can be taken, and the name of the station that each bus passes through. For blind passengers, on the one hand, they cannot know the incoming situation of the bus they need to take in time. For bus drivers , because they do not know that there are special passengers who need to take the car, they will stop the car before or after the car, which is not convenient for the blind passengers to take the car smoothly; Carry out conveniently

Images