Order push system based on urban taxi reservation order time and location combination

Abstract

The invention relates to the technical field of taxi reservation order push methods, in particular to an order push system based on urban taxi reservation order time and location combination. The order push system comprises a judgment module and a push module. The judgment module is used for calculating combinable orders of a taxi reservation order set according to the taxis reservation order set. The push module is used for pushing information of the combinable orders calculated by the judgment module to matched taxies. The information of taxi reservation orders is counted in real time, and the orders with correlative starting place, destination, starting time and arrival time are packed to send to drivers, so that waiting time of the drivers is saved effectively, the difficulty in calling a taxi in remote regions is overcome, deadhead of the drivers is reduced greatly, transport capacity is utilized effectively, and carrying capacity of traffics is improved.

Description

technical field

[0001] The invention relates to the technical field of taxi intelligent equipment, in particular to the technical field of a taxi order push method. Background technique

[0002] At present, with the popularity of smart devices, especially smart navigation and smart phones, people's travel has brought great convenience. With the development of cities, the demand for taxis has become a common demand of people from all walks of life. The existing taxi software has successfully solved the problem of information asymmetry between taxi drivers and passengers.

[0003] However, according to the actual business situation, it can be found that the current taxi operation market still has the following two problems:

[0004] 1. After the driver completes a transaction, the next transaction is completely dependent on touch;

[0005] 2. Drivers for orders to remote areas are unwilling to go, and people in remote areas are not easy to get a taxi. Contents of the inven...

Examples

specific Embodiment 1

[0070] Taxi A has just received order A: From Zhongguancun to Xierqi, the current time is 10:00, and it is expected to arrive at 10:30 minutes; at this time, there is an appointment order B, departing from Xierqi at 10:35, going to Beijing Airport .

[0071] Using the order push system of the present invention, it can be calculated that orders A and B are combinable orders through the judgment module, and it can be judged that taxi A has received order A through the push module, then order B is directly pushed to taxi A, and Make the following broadcast: "Make an appointment, depart from Xi'erqi at 10:35 this morning, go to Beijing Airport, the departure place of this order is very close to the destination of your current order, and the departure time is close to your arrival time."

specific Embodiment 2

[0072] Take the determination of remote areas in Beijing as an example: the diameter of Beijing is 170 kilometers, and Beijing is divided into several squares according to the latitude and longitude. It can be divided according to one-fiftieth of the city diameter, and Beijing is divided into 2,500 and 3.4 thousand For a grid of meters*3.4 kilometers, the average order quantity in the last 7 days in each grid is counted. Generally, the grid with the number of orders less than 30 is considered to be in a remote area. Currently, order A, at 10:00 on the same day, goes from Zhongguancun to Shahe Higher Education Park; and order B, goes from Shahe Higher Education Park to China World Trade Center at 11:00 on the same day. For order A, most drivers are unwilling to accept the order because there is less demand for taxis at the destination; while for order B, it is also difficult to complete the transaction because there are fewer drivers around it.

[0073] Using the order push sys...

technical field

[0001] The invention relates to the technical field of taxi intelligent equipment, in particular to the technical field of a taxi order push method. Background technique

[0002] At present, with the popularity of smart devices, especially smart navigation and smart phones, people's travel has brought great convenience. With the development of cities, the demand for taxis has become a common demand of people from all walks of life. The existing taxi software has successfully solved the problem of information asymmetry between taxi drivers and passengers.

[0003] However, according to the actual business situation, it can be found that the current taxi operation market still has the following two problems:

[0004] 1. After the driver completes a transaction, the next transaction is completely dependent on touch;

[0005] 2. Drivers for orders to remote areas are unwilling to go, and people in remote areas are not easy to get a taxi. Contents of the inven...

Examples

specific Embodiment 1

[0070] Taxi A has just received order A: From Zhongguancun to Xierqi, the current time is 10:00, and it is expected to arrive at 10:30 minutes; at this time, there is an appointment order B, departing from Xierqi at 10:35, going to Beijing Airport .

[0071] Using the order push system of the present invention, it can be calculated that orders A and B are combinable orders through the judgment module, and it can be judged that taxi A has received order A through the push module, then order B is directly pushed to taxi A, and Make the following broadcast: "Make an appointment, depart from Xi'erqi at 10:35 this morning, go to Beijing Airport, the departure place of this order is very close to the destination of your current order, and the departure time is close to your arrival time."

specific Embodiment 2

[0072] Take the determination of remote areas in Beijing as an example: the diameter of Beijing is 170 kilometers, and Beijing is divided into several squares according to the latitude and longitude. It can be divided according to one-fiftieth of the city diameter, and Beijing is divided into 2,500 and 3.4 thousand For a grid of meters*3.4 kilometers, the average order quantity in the last 7 days in each grid is counted. Generally, the grid with the number of orders less than 30 is considered to be in a remote area. Currently, order A, at 10:00 on the same day, goes from Zhongguancun to Shahe Higher Education Park; and order B, goes from Shahe Higher Education Park to China World Trade Center at 11:00 on the same day. For order A, most drivers are unwilling to accept the order because there is less demand for taxis at the destination; while for order B, it is also difficult to complete the transaction because there are fewer drivers around it.

[0073] Using the order push sys...

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