Online car-hailing machine system capable of accessing multiple operation platforms

Abstract

The invention relates to the technical field of transportation and Internet, in particular to an online car-hailing machine system capable of accessing a plurality of operation platforms. The system comprises: an information acquisition module, which is used for acquiring car-hailing information of a user; an taxi calling initiating module, which is used for simultaneously putting taxi calling information to a plurality of operation platforms to obtain a plurality of initial orders meeting a preset order matching condition of each operation platform; a screening processing module, which is used for determining the expected income of the corresponding initial order according to the preset income calculation rule of each operation platform, screening out the initial order with the highest expected income of each operation platform, obtaining an intermediate order corresponding to each operation platform, and screening out an intermediate order with the highest expected income to obtain a final order; and the order execution module, which is used for putting the final order to the corresponding operation platform, establishing position sharing between the user and the driver, and monitoring the motion trails of the user and the driver in real time. The technical problem that the revenue of the driver cannot be maximized is solved.

Description

technical field

[0001] The invention relates to the technical fields of traffic travel and mobile Internet, in particular to an online car-hailing car-machine system that can be connected to multiple operating platforms. Background technique

[0002] With the development of science and technology, online car-hailing has gradually become an emerging mode of transportation. Since the itinerary of the driver and the passenger is roughly similar, the online car-hailing has the advantages of saving energy and alleviating traffic congestion through the travel matching mechanism of multi-person sharing. In online car-hailing, the car owner usually sets the start point, end point, and departure time of the itinerary, and the passenger announces the starting point, the destination to go, and the time to go; . Generally speaking, the route does not mean that the route of the car owner is exactly the same as the route of the passenger, as long as the start point and end point publish...

Examples

Embodiment 1

[0033] The embodiment is basically as attached figure 1 shown, including:

[0034] The information acquisition module is used to obtain the user's car-hailing information, which includes the departure place, destination and travel time;

[0035] The car-hailing initiation module is used to deliver car-hailing information to multiple operating platforms at the same time, and match users and drivers according to the preset order matching conditions of each operating platform, and obtain multiple initial order matching conditions of each operating platform that meet the preset order matching conditions. Order;

[0036] The screening processing module is used to determine the expected income of the corresponding initial order according to the preset income calculation rules of each operating platform, screen out the initial order with the highest expected income of each operating platform, and obtain the intermediate order corresponding to each operating platform; and filter Pla...

Embodiment 2

[0050] The only difference from Example 1 is that

[0051] If the number of initial orders with the highest expected revenue on the operation platform is greater than or equal to two, the screening processing module determines the order level of the initial order according to the preset order level rules of the operation platform, and takes the initial order with the highest level as the corresponding order of the operation platform. Intermediate order. For example, if there is more than one initial order with the highest expected return, the initial order with the highest level and smoothest route is selected as an intermediate order, which can effectively reduce the mileage of the driver and also reduce the waiting time of the user. In addition, if the number of intermediate orders is still greater than or equal to two, the screening processing module determines the route overlap degree of the intermediate order according to the preset route overlap calculation rules of each...

technical field

[0001] The invention relates to the technical fields of traffic travel and mobile Internet, in particular to an online car-hailing car-machine system that can be connected to multiple operating platforms. Background technique

[0002] With the development of science and technology, online car-hailing has gradually become an emerging mode of transportation. Since the itinerary of the driver and the passenger is roughly similar, the online car-hailing has the advantages of saving energy and alleviating traffic congestion through the travel matching mechanism of multi-person sharing. In online car-hailing, the car owner usually sets the start point, end point, and departure time of the itinerary, and the passenger announces the starting point, the destination to go, and the time to go; . Generally speaking, the route does not mean that the route of the car owner is exactly the same as the route of the passenger, as long as the start point and end point publish...

Examples

Embodiment 1

[0033] The embodiment is basically as attached figure 1 shown, including:

[0034] The information acquisition module is used to obtain the user's car-hailing information, which includes the departure place, destination and travel time;

[0035] The car-hailing initiation module is used to deliver car-hailing information to multiple operating platforms at the same time, and match users and drivers according to the preset order matching conditions of each operating platform, and obtain multiple initial order matching conditions of each operating platform that meet the preset order matching conditions. Order;

[0036] The screening processing module is used to determine the expected income of the corresponding initial order according to the preset income calculation rules of each operating platform, screen out the initial order with the highest expected income of each operating platform, and obtain the intermediate order corresponding to each operating platform; and filter Pla...

Embodiment 2

[0050] The only difference from Example 1 is that

[0051] If the number of initial orders with the highest expected revenue on the operation platform is greater than or equal to two, the screening processing module determines the order level of the initial order according to the preset order level rules of the operation platform, and takes the initial order with the highest level as the corresponding order of the operation platform. Intermediate order. For example, if there is more than one initial order with the highest expected return, the initial order with the highest level and smoothest route is selected as an intermediate order, which can effectively reduce the mileage of the driver and also reduce the waiting time of the user. In addition, if the number of intermediate orders is still greater than or equal to two, the screening processing module determines the route overlap degree of the intermediate order according to the preset route overlap calculation rules of each...

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