A method matching passengers on the way to form ride-sharing in a driving process

Abstract

The invention relates to a ride-sharing method, and especially relates to a method matching passengers on the way to form ride-sharing in a driving process; a passenger digital terminal, a vehicle owner digital terminal and an operation management end are provided; the method comprises the following steps: using the operation management end to set a matching threshold range of the passenger digital terminal and the vehicle owner digital terminal; using the vehicle owner digital terminal to set a vehicle owner route; using the passenger digital terminal to set a passenger route; allowing the operation management system to match the vehicle owner route data of the vehicle owner digital terminal with the passenger route data of the passenger digital terminal if the distance value between thepassenger digital terminal and the vehicle owner digital terminal is within the matching threshold range; using the passenger digital terminal to send a ride-sharing confirm order to the operation management end when the vehicle owner digital terminal arrives at the passenger digital terminal located position. The method can prevent the vehicle owner from taking a detour to pick up the passenger,and can reduce the mutual waiting time of the two parities, thus reducing the ride-sharing forming time between the passengers and the vehicle owner, and improving the traveling efficiency.

Description

technical field [0001] The invention belongs to the field of mobile Internet, and relates to a carpooling method, in particular to a method for realizing carpooling by matching passengers along the way during driving. Background technique [0002] With the improvement of social living standards and the acceleration of urbanization, the travel needs of the public continue to increase. The traditional cruising taxis and the recent online car-hailing can only meet the travel needs of a small number of people because of their high prices. If more taxis The number of online car-hailing services will inevitably increase the already overwhelmed traffic pressure, causing traffic congestion, especially during rush hour, and the cheaper ride-hailing, which is sought after by the public because of its relatively cheap price, uses the spare seats of private cars The concept of increasing transportation capacity and sharing environmentally friendly travel under the original traffic press...

AI Technical Summary

Problems solved by technology

[0002] With the improvement of social living standards and the acceleration of urbanization, the travel needs of the public continue to increase. The traditional cruising taxis and the recent online car-hailing can only meet the travel needs of a small number of people because of their high prices. If more taxis The number of online car-hailing services will inevitably increase the already overwhelmed traffic pressure, causing traffic congestion, especially during rush hour, and the cheaper ride-hailing, which is sought after by the public because of its relatively cheap price, uses the spare seats of private cars The concept of increasing transport capacity and sharing environmentally friendly travel under the original traffic pressure has been actively encouraged by the government

However, due to the problem of route matching, car owners need to detour to pick up and drop off passengers, which increases traffic pressure in a disguised form. Also, because the time between car owners and passengers does not match, they wait for passengers for a long time, causing private car owners to gradually lose interest, which hinders rides to a certain extent. From the point of view of the operation of ride-hailing, private car owners still have the willingness and practical actions to take passengers along the way, so how to get rid of the disadvantages of taking passengers around detours and waiting for a long time, so that private car owners can rekindle their efforts for public welfare and environmental protection Efforts to contribute, especially during the rush hour, how to reduce traffic pressure, ease the demand for public transportation, and meet the ever-increasing travel needs of the public

[0003] At present, there are also carpooling service systems that can release information in real time and can relatively shorten the carpooling process. For example, the patent authorization announcement number is CN103761873, which discloses a carpooling system and a carpooling method using the carpooling system. The current location of the car is matched, and according to the time from the current location of the matching vehicle to the passenger's current coordinate position and the time when the passenger's current coordinate position arrives at the destination, passengers can choose the appropriate carpool vehicle according to their actual situation. Although this carpooling system can Relatively saves the waiting time of passengers, but before the start of the journey, the downwind passengers and the time have been arranged and confirmed, which will inevitably lead to problems of detour pick-up and mutual waiting for car owners

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