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Carpooling system for matching information through route segmenting method

A technology of matching information and line segmentation, applied in the field of carpooling system, can solve the problem of unable to actually solve line matching, and achieve the effect of reducing public transportation pressure, improving the matching success rate, and alleviating traffic congestion.

Inactive Publication Date: 2014-01-22
NINGBO CONVEY NETWORK TECH CO LTD
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Therefore, this method has great limitations, and there are many problems in its promotion, and it cannot actually solve the problem of line matching.

Method used

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  • Carpooling system for matching information through route segmenting method
  • Carpooling system for matching information through route segmenting method
  • Carpooling system for matching information through route segmenting method

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0087] Example 1: Private car carpooling

[0088] Citizen A is a car owner. He wants to share a car with friends on the same road every day when he commutes to get off work. He can take three people. Passengers B1, B2, B3... want to take a ride to and from get off work due to the inconvenience of public transportation. Car owners and passengers publish and register their travel routes on the micro-carpooling platform.

[0089] The owner's route, the latitude and longitude of the starting point, and the departure time are known, and the latitude and longitude of the passenger's starting point and end point, as well as the departure time, are known. The system calculates whether the travel information of passengers and car owners can be matched.

[0090] First determine the route matching degree:

[0091] 1. If image 3 As shown, the situation that both the starting point and the ending point are matched, and the coordinates of the starting point or the ending point can be m...

Embodiment 2

[0101] Example 2: Taxi carpooling

[0102] Passenger B1 hails a taxi from a nearby taxi through the software system.

[0103] B1 automatically locates the starting point through the system, enters the destination and the time of use of the car, and then sends it to the surrounding drivers. Driver A grabs the order and confirms the passenger.

[0104] At present, it is known that driver A's vehicle can carry 1 passenger (can also carry 3 passengers), the current position coordinates of the vehicle, and the destination position coordinates. Citizen B2 wants to hail a taxi and releases the demand through the system.

[0105] The information entered in B2 includes: the coordinates of the departure point, the coordinates of the destination, the time, the number of people, and whether they are willing to carpool. The system first decides based on whether B2 is willing to carpool, in addition to matching an empty taxi, whether to match a taxi that is not full, and calculates whethe...

Embodiment 3

[0119] Example 3: Freight carpooling (cargo sharing)

[0120] Cargo owners B1, B2... will send a batch of less-than-truckload goods to the two places respectively (the following case description is limited to general goods less-than-truckload transportation). A is a truck of a logistics company, which undertakes freight business in a certain area. Through the information release system, the registration business of truck A covers the route range and the cargo volume of the truck. B1 and B2 register the start point, end point, delivery time, and cargo volume (volume / weight) respectively.

[0121] The system platform knows the line range of A, the coordinates of the starting point, latitude and longitude, departure time, the latitude and longitude of the passenger’s starting point and destination, departure time, and cargo volume. The system calculates whether B1 and B2 match the truck A. First judge whether the goods B1 and B2 are suitable for loading A, and then judge wheth...

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Abstract

The invention discloses a carpooling system and method for matching information through a route segmenting method. The carpooling system comprises a mobile passenger terminal, a mobile driver terminal, a website platform, a car hire managing and dispatching system and a communication module, wherein the mobile passenger terminal, the mobile driver terminal, the website platform and the car hire managing and dispatching system communicate with one another through the communication module. Based on a common computing and matching method, in order to achieve matching of same-direction carpool information to the maximum extent, a vehicle route is matched by adopting a full-route coordinate segmenting way to help a passenger to match the optimal route and the predicted arrival time of a vehicle going in the same direction. The carpooling system is applied to a mobile terminal product and an Internet platform, and has a greater same-direction carpooling matching range, more optimized matching accuracy and zero error rate, thereby directly improving the carpooling matching success rate; the carpooling system has the characteristics of energy conservation, low carbon and environment friendliness, simultaneously reduces the pressure of public transport, and relieves traffic congestion to a certain extent.

Description

technical field [0001] The invention relates to a carpooling system applied to the same-direction loading function of taxis, private cars, and trucks in the field of mobile Internet and Internet of Things. Background technique [0002] With the rise of oil prices, road congestion, increased air pollution, and the difficulty of taking a taxi in the morning and evening peaks, carpooling, as a new social phenomenon, is also appearing more and more frequently before our eyes. The carpooling phenomenon in China is also quietly heating up. [0003] Existing carpooling information matching methods, one is the commonly used information matching technology: it is to match according to the text description location information, such as the carpooling matching method of "58 Tongcheng Network", which is to judge each route based on the A place name to B place name released by the user Whether they match or not, the essence is to judge whether the text information is consistent by human...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): G08G1/00G08G1/09
Inventor 赵文锋陈家路王仲飞许光明
Owner NINGBO CONVEY NETWORK TECH CO LTD
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