CN109800365B

CN109800365B - Method, terminal and server for sharing accurate passenger drop-off position

Info

Publication number: CN109800365B
Application number: CN201811563167.3A
Authority: CN
Inventors: 郑城; 何先军
Original assignee: Chengdu Paier Zhixin Technology Co ltd
Current assignee: Chengdu Paier Zhixin Technology Co ltd
Priority date: 2018-12-20
Filing date: 2018-12-20
Publication date: 2022-11-01
Anticipated expiration: 2038-12-20
Also published as: CN109800365A

Abstract

The invention discloses a method for sharing the accurate passenger position of a passenger to a taxi driver, which comprises the following steps that (1) when a passenger terminal scans a pre-obtained travel sharing code to enter a travel sharing page, or when the passenger terminal requests to enter the travel sharing page according to pre-generated sharing page information, the travel sharing page is pushed to the passenger terminal, then the passenger position input by the passenger on the travel sharing page is obtained from the travel sharing page, and the passenger position is pushed to a vehicle-mounted terminal/driver terminal; (2) Or inputting a riding code at the vehicle-mounted terminal/driver terminal; therefore, the vehicle-mounted terminal/driver terminal used by the driver can acquire the accurate passenger getting-off point of the passenger. Correspondingly, the invention further provides a server terminal, a passenger terminal, a vehicle-mounted terminal and a driver terminal.

Description

Method, terminal and server for sharing accurate passenger drop-off position

Technical Field

The invention relates to the technical field of communication, in particular to a method for sharing the accurate passenger drop-off position of a passenger, a corresponding terminal (such as a passenger terminal, a vehicle-mounted terminal and a driver terminal) and a server.

Background

With the rapid development of social economy, the living standard of people is increasingly improved, and the business and tourism requirements of people for mutual access among cities are also increasingly increased. While urban traffic is a very important link in the process of going out for visiting, taxis (including, but not limited to, taxis, taxi calls, taxi appointments, etc. in the traditional sense) play an important role in serving such business and travel needs. However, the passenger and the driver usually have problems of inaccurate passenger-leaving point expression, language communication obstacle, etc., so that the passenger cannot efficiently communicate with the driver at an accurate passenger-leaving point, which causes an increase in communication cost for traveling by bus, and even cannot complete a transaction: for example, in the following scenario,

passengers are unfamiliar with local road conditions and cannot inform drivers of accurate departure points. If the passenger has only the address of the point of departure, but may not be accurate enough and the specific location cannot be confirmed to the driver.

2) The passenger may not be in the local language and may not be able to efficiently communicate with the driver about the passenger's point of departure. If an Argentina person who only speaks Spanish travels in a city in China, when the person takes a taxi, the taxi driver only speaks but not Spanish, so that passengers cannot efficiently communicate with the driver to get on the taxi.

3) The passenger not only does not have the local language, but also is not aware of the destination point to which he or she will be able to: if local friends are to be visited, the taxi driver cannot be informed of the departure point information because the taxi driver cannot know where the friends are.

These communication problems will affect the traveling experience of passengers in the city, thereby hindering the international level improvement of the city and the enthusiasm of people for visiting the city.

Therefore, there is a need for a method/device that can help passengers and drivers to efficiently communicate their accurate boarding locations, solve the common problems of unfamiliarity with local road conditions and language barriers, and provide consistent and efficient riding and traveling experience in various cities around the world.

Disclosure of Invention

In view of the above-mentioned technical problems, the present invention provides a method for sharing the accurate getting-off point position of passengers.

In order to solve the technical problems, the invention adopts the technical scheme that:

a method of sharing an accurate passenger placement location for a passenger, comprising the steps of:

when a passenger terminal scans a pre-received travel sharing scannable code or the passenger terminal requests to enter a travel sharing page according to pre-received sharing page information, pushing the travel sharing page to the passenger terminal;

acquiring a passenger leaving point input by a passenger on the travel sharing page from the passenger terminal, and pushing the passenger leaving point to a vehicle-mounted terminal and/or a driver terminal of a taxi taken by the passenger currently;

the taxi service system comprises a taxi, a travel sharing code, a travel sharing page and a license plate information, wherein the travel sharing code can be linked to the travel sharing page, the page information comprises a travel sharing page link, a login code and the license plate information of the taxi taken by the passenger at present.

Correspondingly, the invention also provides another method for sharing the passenger getting-off point of the passenger, which comprises the following steps:

receiving a pricing signal generated by a price meter or a pricing signal generated by the price meter and forwarded by a vehicle-mounted terminal, then generating a travel sharing scannable code and/or sharing page information under the triggering of the pricing signal, and feeding back the travel sharing scannable code and/or the sharing page information to a passenger terminal of a passenger;

receiving a passenger getting-off point sent by the passenger terminal through a server of the travel sharing page;

the journey sharing scannable code and/or the sharing page information are/is generated by the vehicle-mounted terminal according to the journey sharing page link, the license plate information and the login code under the trigger of a pricing signal of a price meter.

scanning a pre-received travel sharing code-scannable entry travel sharing page, or acquiring pre-received sharing page information input by a passenger, and logging in the travel sharing page according to the sharing page information;

obtaining a customer leaving point input by the passenger on the travel sharing page, and sending the customer leaving point to a server of the travel sharing page;

when a pricing signal of the taximeter is received, a driver is informed to select to input a riding code at a driver terminal/vehicle-mounted terminal or to feed back a journey sharing scavengeable code to a passenger;

when the driver selects to input a riding code, acquiring the riding code which is input by the driver and fed back to the driver by a passenger/a third party through the driver terminal/the vehicle-mounted terminal, finding a boarding point corresponding to the riding code in a pre-stored riding code-boarding point correspondence table according to the acquired riding code, and then feeding back the boarding point to the driver through the driver terminal/the vehicle-mounted terminal; or,

when the driver selects to feed back the travel sharing code to the passenger, generating travel sharing code scanning and/or sharing page information, feeding back the travel sharing code scanning and/or sharing page information to the passenger through the driver terminal/the vehicle-mounted terminal, scanning the travel sharing code scanning and entering the travel sharing page through the passenger terminal of the passenger, or when the passenger enters the travel sharing page through inputting the sharing page information into the passenger terminal, obtaining a passenger getting-off point input by the passenger on the travel sharing page through the passenger terminal, and feeding back the passenger to the driver through the driver terminal/the vehicle-mounted terminal;

the riding code is generated in advance according to the passenger getting-off point of the passenger; the journey sharing scannable code is linked to the journey sharing page; the sharing page information comprises a travel sharing page link, a login code and license plate information of a taxi taken by the passenger currently.

Based on the above methods, the present invention also provides a server, which includes:

the system comprises a page pushing module, a route sharing module and a route sharing module, wherein the page pushing module is used for pushing a route sharing page to a passenger terminal when the passenger terminal scans a pre-received route sharing code entering route sharing page or the passenger terminal requests to enter the route sharing page according to pre-received sharing page information; the travel sharing code is linked to the travel sharing page, and the sharing page information comprises a travel sharing page link, a login code and license plate information of a taxi currently taken by the passenger;

the data acquisition module is used for acquiring a boarding point input by a passenger on the travel sharing page from the passenger terminal;

and the pushing module is used for pushing the getting-off point acquired by the data acquisition module to a vehicle-mounted terminal and/or a driver terminal of the taxi which the passenger currently takes.

Based on the above methods, the present invention also provides a passenger terminal, which includes:

the scanning module is used for scanning the stroke sharing scannable codes received in advance so as to enter a stroke sharing page;

the display module is used for displaying the travel sharing page;

the system comprises an input module, a route sharing module and a passenger input module, wherein the input module is used for inputting sharing page information received in advance by a passenger to enter a route sharing page and inputting a passenger point on the route sharing page by the passenger;

the processor is used for acquiring the passenger leaving points input by the passenger through the input module and sending the passenger leaving points to the server of the travel sharing page;

Based on the above methods, the present invention also provides a driver terminal, including:

the wireless communication module is used for communicating with the vehicle-mounted terminal and the taximeter;

the central processing unit is used for generating a travel sharing scanable code and/or sharing page information according to a website link, license plate information and a login code of a pre-stored travel sharing page when the wireless communication module receives a pricing signal which is forwarded by the vehicle-mounted terminal and is generated by a price meter;

the display module is used for displaying the stroke sharing scannable code and/or the sharing page information generated by the central processing unit;

and the communication module is used for communicating with the server of the travel sharing page and receiving the customer service point pushed by the server.

Further, the central processing unit is further configured to control the display module to preferentially display the trip sharing scannable code when the trip sharing scannable code and the sharing page information are generated simultaneously, and control the display module to display the sharing page information when a signal that a taxi driver selects the sharing page information is obtained.

Further, the communication module is further configured to receive a travel itinerary sent by the server; the travel itinerary is generated by the server according to the boarding and disembarking points of the passengers.

Further, the central processing unit is further configured to control the display module to display the travel sharing scavengeable code and/or share page information, configure a riding code function option on a display interface, and refresh a page currently displayed by the display module according to a riding code input interface fed back by the server when the driver selects the riding code function option;

the driver terminal also comprises an input module used for a driver to input a riding code on the riding code input interface;

the communication module is also used for receiving the boarding point inquired by the server according to the riding code input by the driver.

Based on the above methods, the present invention further provides a vehicle-mounted terminal, which includes:

the main control module is used for generating a travel sharing scanable code and/or sharing page information according to a website link, license plate information and a login code of a pre-stored travel sharing page when a pricing signal of the pricing device is received;

the communication module is used for communicating with a server of the travel sharing page and receiving a customer point sent by the server, wherein the customer point is input on the travel sharing page when a passenger enters the travel sharing page through the travel sharing code-scanning/sharing page information;

and the display module is used for displaying the journey sharing scannable code and/or the sharing page information generated by the processor and the customer service point sent by the server and received by the communication module.

The invention has the advantages that:

according to the method for sharing the accurate passenger getting-off point position of the passenger, the passenger terminal scans the pre-generated travel sharing code to enter the travel sharing page, or when the passenger terminal requests to enter the travel sharing page according to the pre-generated sharing page information, the travel sharing page is pushed to the passenger terminal, then the passenger getting-off point input by the passenger on the travel sharing page is obtained from the travel sharing page and pushed to the driver terminal, and therefore the passenger getting-off point is automatically obtained.

Further, in order to automatically acquire the passenger getting-off point when the passenger knows the getting-off point but language barriers exist between the passenger getting-off point and a taxi driver, the method of the invention also acquires the system language type of the passenger terminal before pushing the sharing page information to the passenger terminal, compares the system language type with the default language type of the journey sharing page, and switches the language of the journey sharing page if the system language type is different from the default language type of the journey sharing page, thereby ensuring that the passenger can understand the journey sharing page displayed by the passenger terminal and further enter the getting-off point; certainly, the method of the present invention also provides another way, that is, at least one language function option is directly set on the journey sharing page without acquiring the system language type of the passenger terminal, and after the passenger selects the corresponding language function option, the language is automatically switched.

Further, when the passenger does not know the information of the passenger leaving spot, the passenger can share the travel sharing page to a third party, namely a sharing object, through the sharing function option of the travel sharing page, so that the sharing object knowing the passenger leaving spot enters the passenger leaving spot on the travel sharing page, and then the passenger leaving spot is pushed to the driver terminal, and the passenger leaving spot is automatically acquired under the assistance of the third party.

Furthermore, after the boarding point and the alighting point of the passenger are obtained, a corresponding travel list can be generated according to the boarding point and the alighting point of the passenger, wherein the travel list comprises the boarding point, the alighting point (destination information), predicted travel time, travel route, license plate number, driver information (such as name, telephone and the like) and the like, and then navigation is carried out according to the travel list, so that the passenger can clearly know the current travel route; on the other hand, the travel itinerary can be shared with other people, and a corresponding travel database can be constructed, so that when the passenger leaving point of the current travel of the passenger is the same as the passenger leaving point in the previous travel itinerary of the passenger stored in the travel database, navigation can be directly carried out according to the previous travel itinerary; of course, in order to protect privacy, the trip database needs to be cleared periodically, for example, after 24 hours.

Drawings

FIGS. 1a and 1b are schematic diagrams respectively showing the principle of the present invention that a passenger point is fed back to a driver end by using two ways of a riding code and a trip sharing code/page information;

FIG. 2 is a flow chart of a first embodiment of a method of sharing accurate drop-off point locations for passengers in accordance with the present invention;

FIG. 3 is a diagram illustrating one embodiment of the run-sharing scannable code of FIG. 1;

FIG. 4a is a schematic view of a travel sharing page reflecting the passenger terminal scanning the travel sharing scannable code of FIG. 2;

FIG. 4b is a diagram of an English version of the thread sharing page of FIG. 4 a;

FIG. 5a is a schematic diagram of a driver's terminal receiving a point of presence pushed by a server;

FIG. 5b is a schematic view reflecting the entry of the drop off point into the corresponding trip of FIG. 5 a;

FIG. 5c is a schematic view of a navigation to the drop off point of FIG. 5 a;

FIG. 6 is a flow chart of a second embodiment of a method of sharing accurate drop-off point locations for passengers in accordance with the present invention;

FIG. 7 is a flowchart of a third embodiment of a method for sharing accurate drop-off locations of passengers according to the present invention;

FIG. 8 is a diagram illustrating sharing page information in FIG. 7;

FIG. 9a is a schematic diagram showing a passenger entering the travel sharing page link of FIG. 7 into a landing page at the passenger terminal;

FIG. 9b is a schematic view showing entry into a travel sharing page after license plate information and a login code are input into the login page of FIG. 9 a;

FIG. 9c is a diagram illustrating a passenger entering a drop point setup page after clicking the drop point setup function option of FIG. 9 b;

FIG. 10 is a flowchart of a fourth embodiment of a method of sharing passenger accurate drop-off locations in accordance with the present invention;

FIG. 11a is a schematic diagram showing the transmission of a generated sharing instruction to a sharing object in a WeChat environment;

FIG. 11b is a diagram illustrating the sharing instruction being generated being saved to a memo in a non-WeChat environment;

FIG. 12 is a flow chart of a fifth embodiment of a method of sharing accurate drop off location for passengers of the present invention;

FIG. 13 is a schematic diagram of the latest point of attendance fed back by the server upon a request for resumption at the driver's terminal;

FIG. 14 is a schematic illustration of a temporary passenger replacement drop off point fed back by the server to the driver's terminal;

FIG. 15 is a flowchart of a ninth embodiment of a method of sharing passenger accurate drop-off locations in accordance with the present invention;

FIG. 16 is a flowchart of a tenth embodiment of a method for sharing accurate drop-off locations for passengers in accordance with the present invention;

FIG. 17 is a schematic diagram showing a response server notifying a driver terminal of a selection of a ride code to be entered or a feedback of a trip sharing scavenged code to a passenger;

fig. 18 is a schematic diagram showing that after the driver selects to input the riding code, the riding code is input on a corresponding page;

FIG. 19 is a schematic view illustrating finding a corresponding drop point based on the ride code of FIG. 17;

FIG. 20 is a flowchart of an eleventh embodiment of a method of sharing accurate drop-off location for passengers in accordance with the present invention;

FIG. 21 is a functional block diagram of a server according to an embodiment of the present invention;

FIG. 22 is a functional block diagram of an embodiment of a passenger terminal of the present invention;

FIG. 23 is a functional block diagram of one embodiment of a driver's terminal of the present invention;

fig. 24 is a functional module diagram of an embodiment of a vehicle-mounted terminal according to the invention.

Detailed Description

The present invention will be described in detail below with reference to the accompanying drawings.

In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and do not limit the invention.

The term is to be interpreted:

a trip sharing page: the travel sharing page herein refers to an internet page that shows a travel itinerary and allows the passenger to input a boarding point (i.e., a destination location); specifically, the passenger can directly enter the travel sharing page by scanning a scannable code (linked to the travel sharing page) acquired in advance, see fig. 3; alternatively, the trip sharing page is entered by inputting the sharing page information (see fig. 8, including the website link of the trip sharing page, the license plate number information of the taxi taken by the passenger, and the login code) acquired in advance into an application such as a browser of the passenger terminal, that is, inputting the website link of the trip sharing page to enter the login page of the trip sharing page, see fig. 9a, and then inputting the license plate number and the login code into the login page), see fig. 9b. The travel sharing page is pre-constructed, and the construction method thereof may adopt an existing web page construction method, but a plurality of function options are constructed for the web page when constructing the web page, for example, in order to facilitate a passenger to input information of a guest point (for example, a name of a destination location), not only an input box of the guest point may be configured and input on the travel sharing page, see fig. 4a and 9b, but also a function option of the guest point may be configured and set on the travel sharing page, see fig. 9b, so that the guest point may be directly input on the input box, or when the function option of the guest point is clicked, the guest point setting page is entered, see fig. 9c (for example, the guest point is set by a map pin); in order to enable the journey sharing page to be switched among multiple languages, multiple language type selection function options are set, such as Chinese, english, spanish and German; further, in order to facilitate the passenger to share the trip sharing page (of inputted/not inputted destination) to the third party, a sharing function option is also set, see fig. 4a and 9b. Of course, a navigation function option (the function option is linked to the existing navigation software on the passenger terminal, such as a gold map or a google map) may also be set, and when the passenger selects the navigation function option and selects the navigation software, the travel sharing page automatically jumps to the navigation page of the selected navigation software.

Sharing page information: the shared page information herein includes the web page link of the travel sharing page, the license plate number of each taxi and a registration code, and specifically, the shared page information is generated by the vehicle-mounted terminal and/or the driver terminal on the taxi immediately after being triggered by the meter on the taxi, and is displayed on the display of the vehicle-mounted terminal and/or the driver terminal of the taxi driver in the form of a page or a window, or may be pre-printed by another person or an organization (e.g., a taxi company) and then distributed to the corresponding taxi driver according to the corresponding license plate information, and then placed on the corresponding taxi, but it is understood that the other person or the organization is directly placed on the corresponding taxi. Because the license plate numbers of the taxies are different, the corresponding shared page information of the taxies is different. The login code may be a randomly generated real-time random verification code or a predetermined fixed code. Further, in order to ensure safety, the shared page information also carries personal information of the taxi driver, such as a photo of the head of the taxi driver, a name, a phone number, a job number and the like.

Code scannable for trip sharing: the (trip sharing) scannable code in this context means that the scannable code is generated according to the website link of the above-mentioned trip sharing page, the license plate information and the login code of each taxi, specifically, the scannable code may be generated by a vehicle-mounted terminal and/or a driver terminal on a taxi immediately after receiving a pricing signal of a taximeter on the taxi (an electric signal generated when the taxi driver starts the taximeter after the taxi reaches a customer service point and a passenger gets on the taxi), and may be displayed on a display of the vehicle-mounted terminal and/or the driver terminal in the form of a page or a window, or may be pre-printed by other people or mechanisms (e.g., a taxi company) and then distributed to corresponding taxi drivers according to corresponding license plate information, and then placed on corresponding taxies, and certainly, the other people or mechanisms can be directly placed on corresponding taxies. Because the number plate of each taxi is different, the corresponding scannable code of each taxi is different. The login code may be a randomly generated real-time random verification code or a predetermined fixed code. Of course, the scannable code may be a bar code, or may be another form of scannable code such as a two-dimensional code. Further, in order to ensure safety, the scannable code also carries personal information of a driver corresponding to the taxi, such as an avatar photo, a name, a telephone, a job number and the like of the taxi driver.

Riding codes: the riding code in this context means that a passenger designates an accurate position of a boarding point of the passenger on an auxiliary terminal of a passenger terminal/public place carried by the passenger using various methods, such as geographic coordinates, specifically, the boarding code can be obtained by precisely positioning on map applications such as a high-grade map by searching addresses or moving map pins, and then the accurate position of the boarding point, such as the geographic coordinates, the addresses and the like, is converted into a position code (i.e., the riding code) composed of arabic numbers, letters and characters, or arabic numbers and letters/characters, or arabic numbers, letters and characters, by a server linked to various map applications mentioned in the present invention, in a distributed calculation manner and the like. The generation of the riding code has uniqueness, namely the accurate position of the uniquely-pointed passenger point can be searched from the system through the riding code; the system can also realize the recovery of available bus codes for the accurate position use of other passenger points by setting the effective period for the bus codes. When a passenger takes a taxi, the passenger can directly show the riding code to the driver, and the driver can obtain the corresponding departure point from the server of the travel sharing page by inputting the riding code at the driver terminal. Correspondingly, a correspondence table between the riding code and the geographic coordinate or address (and other related information) of the passenger point is also prestored in the server of the journey sharing page. The geographic coordinates can adopt various formats such as American GPS, chinese Beidou, russian GLONASS, european Galileo and the like.

Passenger terminal: the passenger terminal herein refers to a mobile terminal, such as a mobile phone, an IPAD, etc., which is carried by a passenger and includes a display, a code scanning module, an input module, a main control module, and a wireless communication module, so that the passenger can directly scan the (route sharing) scannable code to enter the route sharing page, or enter a web link of the route sharing page in an application such as a browser, and then display a login page of the route sharing page, see fig. 9a, and enter a license plate number and a login code to enter the route sharing page, see fig. 9b. Of course, the passenger may also directly specify the precise geographic coordinates of the boarding point on various applications on the passenger terminal, such as a search engine search address, or a map application such as a high-grade map, and then convert the relevant information of the boarding point, such as the geographic coordinates into a location code by means of distributed computation and the like, and display the location code. Of course, corresponding function options may also be set on the map interface, for example, a function option for generating a ride code (connected to the route sharing page server), and then the server side converts the ride code into the corresponding ride code according to the geographic coordinates specified by the passenger.

The auxiliary terminal: the auxiliary terminal herein refers to a terminal used by a passenger at a bus stop or a public place such as an airport or a hotel for inputting the passenger's boarding point, and may be a boarding point of the passenger inputted by a third party, such as a staff in the public place, or other person. Specifically, a web page link which is linked to the server mentioned in the invention can be input on the auxiliary terminal, so that the auxiliary terminal and the server establish a communication link, when a passenger/third party inputs a passenger point on the page, the server can directly generate a corresponding riding code according to the passenger point and then directly print the riding code, or directly send the riding code to a receiving address or a terminal which is specified by the passenger in a short message manner.

Driver terminal: the driver terminal in this document refers to a mobile terminal, such as a mobile phone, an IPAD and the like, which is carried by a taxi driver and includes a display, a code scanning module, an input module, a main control module, a wireless communication module and the like capable of communicating with a meter, and the driver terminal can receive and display a journey sharing code scanning and/or sharing page information sent by a server; or, the driver terminal automatically generates a journey sharing scannable code and/or sharing page information according to a prestored journey sharing page link, self license plate information and a preset fixed code and displays the journey sharing scannable code and/or the sharing page information under the triggering of a pricing signal of the pricing device (for example, the pricing device directly sends the pricing signal to the driver terminal through an integrated wireless communication module, or the pricing device generates the pricing signal and then forwards the pricing signal to the driver terminal through a vehicle-mounted terminal); or the driver terminal randomly generates a random verification code in real time under the triggering of a pricing signal of the taximeter, and then automatically generates a travel sharing scannable code and/or shared page information according to the random verification code, a pre-stored travel sharing page link and license plate information and displays the travel sharing scannable code and/or the shared page information.

The vehicle-mounted terminal: the vehicle-mounted terminal is connected with the meter module, receives a pricing signal of the meter when the meter starts to bill, generates travel sharing scannable codes and/or sharing page information according to a pre-stored travel sharing page link, a license plate number and a preset fixed code/real-time randomly generated random verification code under the trigger of the pricing signal, and sends the travel sharing scannable codes and/or the sharing page information to the server and the driver terminal. Certainly, the unique identifier of the driver terminal is prestored in the vehicle-mounted terminal, so that the vehicle-mounted terminal can directly send the travel sharing scannable code and/or the sharing page information to the driver terminal in a wireless mode after the travel sharing scannable code and/or the sharing page information are generated. Certainly, the vehicle-mounted terminal may not generate the trip sharing code-scannable/shared page information, but directly forwards the pricing signal generated by the meter module to the driver terminal, and then the driver terminal generates the trip sharing code-scannable/shared page information according to the pre-stored information.

Sharing: the sharing in this text means that a passenger sends a link of the travel sharing page to a specified friend (such as a WeChat friend, a QQ friend, a microblog friend, a WhatsApp friend and the like) through any sharing software in a passenger terminal, such as WeChat, QQ, microblog friend and WhatsApp friend, wherein the specified friend is a sharing object, and the sharing object can be input into a guest point on the travel sharing page; or, the passenger sends the trip sharing page (input by the passenger or the sharing object) to the sharing object or the friend circle, or the QQ space or the microblog by way of the sharing link (for example, for safety, family or friend can timely grasp his/her trip); or the server of the journey sharing page pushes the passenger point input by the passenger or the sharing object to the driver terminal and/or the vehicle-mounted terminal.

And (4) customer service points: the pick-up point herein refers to a position where a passenger sits on a taxi.

Getting off a customer site: the boarding point herein refers to the location of the destination to which the passenger arrives.

The invention provides a riding code converted from the accurate getting-off point position of a passenger, which is used as a bridge for efficient communication between the passenger and a taxi driver, namely, the passenger can obtain the accurate getting-off point of the passenger only by showing the riding code, thereby avoiding the problem that the driver cannot efficiently and accurately know the getting-off point of the passenger due to language communication barrier, unclear meaning expression, improper position and the like. Specifically, the passenger may specify the passenger point to be reached, such as geographic coordinates, on the passenger terminal/auxiliary terminal by using various methods, such as a search engine or a map, by himself or with the assistance of a third party, see S110 in fig. 1a; then the geographic coordinates are converted into position codes, i.e. riding codes, by the passenger terminal/auxiliary terminal (or under the cooperation of the server), and then fed back to the passenger (for example, by screen display, printing, short message, mail, etc.), see S120 in fig. 1a; after obtaining the riding code, the passenger can directly present the riding code to the driver, then the driver inputs the riding code at the driver terminal and submits the riding code to the server, and the server finds the boarding point corresponding to the riding code according to the prestored 'riding code-boarding point correspondence table', namely the boarding point which the passenger needs to reach, see S130 in fig. 1a; finally, the server pushes the drop-off point corresponding to the riding code to the driver terminal/vehicle-mounted terminal, and sets the drop-off point as the drop-off point of the currently executed trip or the trip to be started, see S140 in fig. 1a.

The invention also provides the stroke sharing code-scanning/sharing page information, so that the passenger can obtain the stroke sharing page through the stroke sharing code-scanning/sharing page information and use the stroke sharing page as a bridge for efficient communication between the passenger and a taxi driver, namely, the driver only needs to show the code-scanning/sharing page information, the passenger can enter the stroke sharing page through the code-scanning/sharing page information and set a corresponding passenger leaving spot on the stroke sharing page, and the problem that the driver cannot efficiently and accurately know the accurate passenger leaving spot due to language barrier, unclear meaning expression, improper position and the like is solved. Specifically, the driver can present the scannable code/shared page information generated under the trigger of the pricing signal (of course, it can also be pre-printed on the car) to the passenger through the driver terminal, see S210 in fig. 1b; then the passenger enters the journey sharing page by scanning the scannable code or directly inputting the sharing page information, which is shown as S220 in FIG. 1b; then, setting a boarding point on the travel sharing page, where the specific setting mode may be to directly input the boarding point in an input box of the travel sharing page (the input may also provide a corresponding boarding point list for selection according to the historical boarding points of the passenger in the travel database), or directly drag a map drawing pin on the travel sharing page where the boarding point is set, or input a boarding code on the page where the boarding point is set, see S230 in fig. 1b; the server can then find a corresponding drop off point according to the ride code, see S240 in fig. 1b (S230-S240 can of course be repeated to replace a new drop off point);

furthermore, the invention also configures a sharing function option on the travel sharing page, that is, the passenger can share the travel sharing page to a sharing object such as a friend, and then the sharing object sets a boarding point (the setting mode can also adopt a mode of directly inputting the boarding point and a boarding code, or utilizing map pins and the like), and feeds the boarding point back to the driver terminal and the passenger terminal, thereby avoiding the problem that the driver cannot efficiently and accurately know the boarding point of the passenger due to language barrier, unfamiliar position and the like. Certainly, the passenger may also share the itinerary/itinerary sharing page with the departure point set to the selected sharing object, such as a friend or a circle of friends; of course, before the travel sharing page is displayed on the passenger terminal, the difference between the passenger and the local language category is considered, so the language can be switched before the page is pushed, for example, by acquiring the system language of the passenger terminal, and then switching the language of the page to the language category the same as the system language, or directly configuring the language function option on the page, and then switching according to the language category selected by the passenger on the page.

The present invention will be described in detail below with reference to specific embodiments and the accompanying drawings.

Example one

Referring to fig. 2, it is a schematic flow chart of an embodiment of the method for sharing the boarding point position of the passenger according to the present invention, and specifically, the method of the embodiment includes the steps of:

and S10, establishing communication connection with the passenger terminal.

In this embodiment, once the passenger terminal scans the pre-obtained travel sharing scannable code, the passenger terminal is connected to the server of the travel sharing page/travel sharing page, that is, the server establishes a communication connection with the passenger terminal (and may also obtain the current location of the passenger at the same time). The journey sharing scannable code is generated and printed by a taxi driver/other institutions (such as a taxi company) according to the link of a journey sharing page, the license plate information of the taxi and a login code in advance, and then is placed on the current taxi. When a passenger gets on the taxi, the taxi driver can display the taxi to the passenger, and the passenger scans the journey sharing scannable code through the passenger terminal so as to establish communication connection with the server of the journey sharing page. The login code is a random verification code generated randomly before printing or a pre-agreed fixed code, and each vehicle corresponds to only one license plate information (such as a license plate number or a part of the license plate number), that is, each taxi after being printed uniquely corresponds to one travel sharing scannable code.

In order to avoid placing the travel sharing code corresponding to the taxi a on the taxi B, in another specific embodiment, the travel sharing scannable code is generated by randomly generating a random verification code by a vehicle-mounted terminal of a current taxi currently taken by a passenger under the triggering of a pricing signal of a price meter, and then generating a unique travel sharing scannable code according to the random verification code, a pre-stored travel sharing page link and a license plate number of the current taxi (of course, the unique travel sharing scannable code can also be generated directly according to a pre-stored fixed code, the travel sharing page link and license plate information of the current taxi), and the vehicle-mounted terminal sends the travel sharing scannable code to a driver terminal corresponding to the current taxi in a wireless manner and the license plate information is displayed by the driver terminal, which is shown in fig. 3; or the journey sharing code-scanning is generated by a driver terminal corresponding to the current taxi taken by the passenger according to a prestored journey sharing page link, the license plate number of the current taxi and a fixed code under the triggering of a pricing signal of a price counter (or a random verification code is generated at first and then is generated according to the random verification code, license plate information and journey sharing page link). Further, in order to ensure safety, the scannable code also carries personal information of the driver corresponding to the current taxi, such as a head portrait photo, a name, a telephone, a work number, etc. of the driver, of course, the personal information of the driver can also be displayed separately while the scannable code is displayed, see fig. 3.

And S11, acquiring the system language type of the passenger terminal, judging whether the system language type is the same as the default language type of the journey sharing page, if not, executing the step S12, and if so, executing the step S14.

In this embodiment, in order to facilitate a guest who knows the guest who is visiting the place without understanding the local language (e.g., a foreign guest), the travel sharing page can be understood, and the guest can be input to the travel sharing page. Generally, the default language type of the itinerary sharing page/itinerary sharing page is the language type of the location of the taxi, if the taxi is in china, the default language type is chinese, if the taxi is in the united states, the default language type is english, and if the taxi is in argentine or spain, the default language type is spanish.

And S12, switching the language of the travel sharing page to the language with the same type as the system language of the passenger terminal, and executing the step S13.

And S13, pushing the stroke sharing page after the language is switched to the passenger terminal, and executing the step S15.

In this embodiment, if the system language type of the passenger terminal is different from the default language type, the switching of the language type is required, for example, if the default language is chinese, see fig. 4a, however, since the system language of the passenger terminal is english, before pushing the route sharing page to the passenger terminal, the route sharing page needs to be switched to english, and then pushed to the passenger terminal, see fig. 4b.

And S14, pushing a travel sharing page of a default language type to the passenger terminal, and executing the step S15.

In this embodiment, the system language category of the passenger terminal may also be the same as the default language category, for example, all languages are chinese, and the travel sharing page is directly pushed to the passenger terminal without switching the language categories, as shown in fig. 4a.

And S15, acquiring the passenger point input by the passenger on the travel sharing page from the travel sharing page, and executing the step S16.

In this embodiment, after the passenger terminal scans the trip sharing scannable code through application software such as WeChat or QQ, the passenger terminal directly enters the trip sharing page in a corresponding environment and presents the trip sharing page to the passenger, as shown in FIG. 4a and FIG. 4b, so that the passenger directly inputs a boarding point in an input frame displayed on the trip sharing page (further, a corresponding historical boarding point list can be provided for selection during input); or configuring a set-in-place function option in advance, so that when the passenger clicks the set-in-place function option, the passenger jumps to a corresponding set page (the set page loads map pages in various map applications), and simultaneously displays an input box, so that the passenger can directly drag a map drawing pin on the loaded map page to select an in-place point on the set page, and then the in-place point is determined; or directly inputting a pre-obtained riding code in an input box of the travel sharing page/setting page, and then finding corresponding boarding point feedback in a pre-stored riding code-boarding point correspondence table according to the riding code, so that the boarding point of the passenger can be directly obtained from the travel sharing page.

And S16, pushing the acquired passenger leaving point to a vehicle-mounted terminal and/or a driver terminal of a taxi which the passenger currently takes.

In this embodiment, after the departure point of the passenger is obtained from the journey sharing page, in order to inform the taxi driver of the departure point to which the passenger will arrive in time, the obtained departure point is directly pushed to the vehicle-mounted terminal for displaying, or a driver terminal carried by the driver for displaying, as shown in fig. 5a. Of course, further, since the language used by the passenger to input the drop-off point may be different from the default language type of the travel sharing page (i.e. different from the local language), in order for the driver to understand the drop-off point, the acquired drop-off point needs to be switched to the default language type of the local language/travel sharing page before being pushed to the in-vehicle terminal and/or the driver terminal.

Further, in this embodiment, after the driver receives the departure point and clicks to enter the journey, a route is planned and navigated according to the departure point and the current position of the taxi (i.e. the departure point), as shown in fig. 5b and 5c. Wherein the current position of the taxi is obtained from a real-time positioning by a positioning software, such as a high-grade software, on the driver's terminal. Of course, the planned route may also be generated according to the current position of the passenger (i.e., the boarding point) and the disembarking point acquired when the passenger terminal establishes communication with the server.

Example two

Referring to fig. 6, a flowchart of a second embodiment of a method for sharing a passenger's accurate boarding location according to the present invention is shown, and specifically, the principle of the method of the present embodiment is the same as that of the above embodiment, that is, after the passenger terminal scans the journey sharing scannable code, a journey sharing page is pushed to the passenger terminal, and then a boarding point input by the passenger at the passenger terminal is obtained and pushed to the vehicle terminal and/or the driver terminal of the current taxi, however, the difference is that in the present embodiment, instead of obtaining a system language type of the passenger terminal, a plurality of language function options are configured in the journey sharing page in advance, and then, when the passenger selects a corresponding language function option at the journey sharing page, language switching is performed directly according to the language type corresponding to the selected language function option, and specifically, the method of the present embodiment includes the steps of:

and S21, pushing a travel sharing page of a default language to the passenger terminal.

In this embodiment, after a passenger scans a pre-obtained travel sharing scanned code through a passenger terminal (see fig. 2), a server of the travel sharing page/the travel sharing page establishes a communication connection with the passenger terminal and directly pushes the travel sharing page to the passenger terminal, and the language type of the travel sharing page is a default language type, see fig. 4a.

And S22, acquiring and identifying the language type corresponding to the language function option selected by the passenger on the journey sharing page, and executing the step S23.

And S23, judging whether the language type selected by the passenger is the same as the default language type of the travel sharing page, if not, executing the step S24, and if so, executing the steps S14-S16.

S24, the language type of the travel sharing page is switched to the language type selected by the passenger, and the steps S13-S16 are executed.

EXAMPLE III

Referring to fig. 7, a flowchart of a third embodiment of a method for sharing a passenger getting-off point of a passenger according to the present invention is shown, the principle of the method of the present embodiment is the same as the principle of the method of the first embodiment or the second embodiment, however, differently, in the method of the present embodiment, when the passenger terminal does not enter the travel sharing page by scanning the pre-obtained travel sharing scannable code, but enters the travel sharing page according to the pre-generated sharing page information, referring to fig. 8, the method of the present embodiment specifically includes the steps of:

and S31, when the passenger inputs the website link of the travel sharing page in the sharing page information at the corresponding passenger terminal, establishing communication connection with the passenger terminal, and pushing the login page of the travel sharing page to the passenger terminal.

In this embodiment, once the passenger inputs the website link of the travel sharing page in the sharing page information at the corresponding passenger terminal, the passenger terminal is connected to the server of the travel sharing page, that is, the server establishes a communication connection with the passenger terminal, so that the server can push the login page of the travel sharing page to the passenger terminal, see fig. 9a.

In this embodiment, the sharing page information is printed in advance by a taxi driver or other people or an organization (a taxi company), and then placed on the current taxi, and when a passenger gets on the taxi, the taxi driver can show the sharing page information to the passenger to establish connection with the server of the trip sharing page by means of the passenger terminal. The login code in the shared page information is a random verification code randomly generated in real time before printing or a pre-agreed fixed code.

In another embodiment, the shared page information is generated by the vehicle-mounted terminal of the taxi currently taken by the passenger under the trigger of the pricing signal of the taximeter according to the website link of the pre-stored travel sharing page, the license plate information (such as the license plate number, or part of numbers or letters in the license plate number and the combination of the numbers) and the random verification code/fixed code (of course, when the shared page information is generated, a travel sharing scannable code may also be generated at the same time, and then the travel sharing scannable code and the shared page information are displayed at the same time, or the travel sharing scannable code and the shared page information are displayed in pages according to a preset priority, for example, the travel sharing scannable code is preferentially displayed, see fig. 3, and then when the taxi driver performs a page turning operation (such as left sliding), the page information is displayed, see fig. 8, or the shared page information is preferentially displayed, and when the page turning operation is performed by the taxi driver, the travel sharing scannable code is displayed by the vehicle-mounted terminal, and the vehicle-mounted terminal is wirelessly transmitted to the driver corresponding taxi terminal; or the journey sharing code-scanning is generated by a driver terminal corresponding to the taxi taken by the passenger currently under the trigger of the pricing signal of the taximeter according to the website link of the prestored journey sharing page, the license plate information of the taxi and the random verification code/fixed code. Further, in order to ensure safety, the scannable code also carries taxi driver information corresponding to the taxi, such as taxi driver head portrait photos, names, telephones, job numbers and the like.

S32, acquiring the license plate information and the login code input by the passenger on the login page, and executing the steps S11-S17 or S21-S17.

In this embodiment, since the server has established a communication connection with the passenger terminal, when the passenger inputs the license plate number and the login code on the login page, the passenger successfully logs in the route sharing page, as shown in fig. 9b.

In this embodiment, in addition to pre-configuring a corresponding drop-off point input box on the travel sharing page for the passenger to directly input the drop-off point, a drop-off point function option is also configured on the travel sharing page, so that when the passenger clicks the drop-off point function option, the specific current location position is loaded by default, and the page with the corresponding drop-off point is skipped to, see fig. 9c, when the passenger directly drags a map pin (i.e., a drop-off point selection tool) on the page to select the drop-off point to be reached, the currently selected drop-off point is directly displayed in the input box of the page, and when the passenger selects the drop-off point and clicks the determined function option of the page, the travel sharing page is returned, at this time, the drop-off point input box of the travel sharing page displays the drop-off point, or when the passenger directly inputs the drop-off point on the page, the drop-off point input history is loaded, and then the drop-off point input box of the travel sharing page is presented in a list, or the drop-off point input box of the travel sharing page is directly obtained, and the corresponding drop-off point can be fed back to the passenger according to the corresponding drop-off point.

Example four

Referring to fig. 10, a flowchart of a fourth embodiment of the method for sharing a passenger' S attendance is shown, specifically, the principle of the method in this embodiment is the same as that of the method in the first to third embodiments, and the method enters the travel sharing page by scanning a code or inputting sharing page information, however, for a passenger who is not clear of the attendance, the passenger cannot input the attendance by himself, so that, differently, the method in this embodiment does not input the attendance by himself, but the passenger shares the travel sharing page, which is not input the attendance, with a third party, and inputs the attendance by the third party, and specifically, the method in this embodiment further includes steps, in addition to steps S10 to S13/S14 in the first or second embodiment or steps S31 to S13/S14 in the third embodiment:

and S41, configuring sharing function options on the stroke sharing page in advance.

In the present embodiment, step S41 is performed before step S10/step S31 is performed.

In this embodiment, when the passenger terminal scans the scannable code through the application such as the WeChat or the QQ and directly enters the travel sharing page, the travel sharing page displays the sharing function option, see FIG. 4a or FIG. 4b, and when the passenger directly clicks the sharing function option, a corresponding sharing instruction (such as a link and information introduction of the travel sharing page) is immediately generated, and the passenger jumps to the WeChat address book or the QQ address book, and when the passenger selects the sharing object, the sharing object is sent to the sharing object, see FIG. 11a; of course, sharing to WeChat friend circles or QQ space may also be understood. Of course, it can also be understood that the sharing object or the friend circle can be selected through a multi-function option in the upper right corner of the page in the WeChat/QQ environment, such as three points in the upper right corner of FIG. 4a or FIG. 4b.

In this embodiment, when the passenger enters the travel sharing page by inputting the sharing page information in the browser of the passenger terminal, the travel sharing page also displays the sharing function option (of course, setting a guest point function option and/or a guest point input box may also be displayed), see fig. 9b, and when the passenger can directly click the sharing function option, a corresponding sharing instruction is directly generated, such as a web link of the travel sharing page, see fig. 11b; certainly, corresponding sharing modes, such as a telephone address book, a WeChat, a microblog and a QQ, can also be selected by pre-selecting a multifunctional option at the upper right corner of the travel sharing page, such as three points at the upper right corner in FIG. 9b, and then corresponding sharing objects are selected after corresponding applications are called, and then sharing is performed, see FIG. 11a.

And S42, when the passenger clicks the sharing function option, generating a sharing instruction, calling corresponding sharing software according to the sharing mode selected by the passenger, sending the sharing instruction to the sharing object selected by the passenger in the sharing software through the selected sharing software, and executing the step S43.

In this embodiment, after the travel sharing page is pushed to the passenger terminal (i.e., after step S13/S14 is executed), the passenger clicks the sharing function option on the travel sharing page, and designates a corresponding sharing mode (such as QQ, wechat, microblog, or the like), and once the passenger clicks the sharing function option, the server of the travel sharing page generates a sharing instruction according to the link of the travel sharing page (of course, the sharing instruction may further include information such as introduction of the travel sharing page, and even may include personal information of the passenger who initiated sharing, such as name, phone, and the like); and when the passenger selects a sharing mode, for example, weChat sharing, calling corresponding sharing software, such as WeChat, to send the sharing instruction to the selected sharing object through the sharing software, such as sending the sharing instruction to one or more WeChat friends (or WeChat groups) or friend circles selected by the passenger in the WeChat software through the WeChat software.

Certainly, in this embodiment, after the sharing instruction is generated, the corresponding sharing software may not be called by the trip sharing page, that is, the trip sharing page does not need to provide a function option of a sharing manner, but only generates the sharing instruction, and then the passenger selects a corresponding application and a sharing object on the passenger terminal by himself or herself to send the sharing instruction.

S43, when the sharing object clicks the sharing instruction, establishing a communication connection with the mobile terminal of the sharing object, and executing step S44.

In this embodiment, once the sharing object clicks the sharing instruction, the trip sharing page/the server of the trip sharing page establishes a communication connection with the mobile terminal of the sharing object.

And S44, pushing the travel sharing page to the mobile terminal of the sharing object, and executing the step S45.

In this embodiment, the language type of the travel sharing page pushed to the mobile terminal for the sharing object is the same as the system language of the passenger terminal of the passenger, that is, if the default language type of the travel sharing page is different from the system language of the passenger terminal, language switching is performed, and if the default language type of the travel sharing page is the same as the system language of the passenger terminal, language switching is not performed.

And S45, acquiring the guest point input by the sharing object on the travel sharing page, and executing the step S46.

In this embodiment, when the sharing object clicks the sharing link/sharing instruction shared by the passenger, the mobile terminal of the sharing object establishes a communication connection with the server and directly enters the trip sharing page, that is, the trip sharing page is displayed on the display of the mobile terminal, and then the sharing object inputs the departure point to be reached by the passenger on the trip sharing page. Generally, the sharing object receives the notification of the passenger before/after receiving the sharing instruction, and it also clearly knows the boarding point to which the passenger wants to go.

In this embodiment, the sharing object may be a place holder input box configured in advance in the travel sharing page, and the place holder is directly input into the place holder input box (certainly, when the place holder is directly input into the page, the place holder input by the sharing object in history is loaded, and then the place holder is presented to the page where the place holder is set in a list form); or click a drop point function option configured in the travel sharing page, so that the travel sharing page jumps to a corresponding page with a drop point, see fig. 9c, when the sharing object drags a map pin (i.e., a drop point selection tool) on the page to select a drop point to be reached by a passenger, the drop point currently selected by the sharing object is directly displayed in an input box of the page, and when the sharing object selects the drop point and clicks a determination function option of the page, the travel sharing page is returned, and at this time, the drop point is displayed in a drop point input box of the travel sharing page; or the sharing object directly inputs a pre-obtained riding code in an input box of the setting page/travel sharing page, and then the travel sharing page server finds corresponding boarding points in a pre-stored riding code-boarding point corresponding table according to the riding code to feed back, so that the boarding points of passengers can be directly obtained from the travel sharing page.

And S46, respectively pushing the boarding point to a driver terminal/vehicle-mounted terminal and a passenger terminal of a passenger.

In this embodiment, after receiving the drop-off point input by the sharing object, the server of the travel sharing page respectively pushes the drop-off point to the driver terminal/vehicle-mounted terminal and the passenger terminal, so that both the taxi driver and the passenger know the drop-off point, and when the driver clicks to enter the travel, the server plans a path according to the drop-off point and the current position of the taxi (i.e., the pick-up point), and navigates.

EXAMPLE five

Referring to fig. 12, a flowchart of a fifth embodiment of the method for sharing an accurate boarding point position of a passenger according to the present invention is shown, specifically, the method of the present embodiment includes the steps of the fourth embodiment, however, since the system language of the mobile terminal of the sharing object may be different from the system language of the passenger terminal of the passenger, but is the same as the default language of the trip sharing page; or the system language of the mobile terminal of the sharing object is different from the system language of the passenger terminal of the passenger and the default language of the travel sharing page; or the system language of the passenger terminal of the passenger is different from the default language of the travel sharing page; therefore, before executing step S44, that is, before pushing the schedule sharing page to the sharing object, the method of this embodiment further includes the steps of:

and S51, acquiring the system language type of the mobile terminal of the sharing object.

In this embodiment, once the mobile terminal of the sharing object receives the sharing link/sharing instruction shared by the passenger, the mobile terminal of the sharing object establishes a communication connection with the server, so that when the sharing object clicks the sharing link/sharing instruction, the server can obtain the system language type of the mobile terminal.

S52, determining whether the default language type of the travel sharing page is the same as the system language type of the mobile terminal, if not, performing step S53, and if so, performing step S54.

S53, automatically switching the language of the travel sharing page to the language of the same type as the system language of the mobile terminal, and executing step S55.

S54, pushing the schedule sharing page to the mobile terminal, wherein the display language of the schedule sharing page is the default language type, and performing steps S44 to S46.

And S55, pushing the stroke sharing page after the language switching to the mobile terminal, and executing the steps S44-S46.

Certainly, in this embodiment, since the sharing instruction is generated under the trigger of the passenger, after the mobile terminal of the sharing object establishes a communication connection with the server, the travel sharing page pushed by the server to the mobile terminal may be a system language type of the passenger terminal, instead of the default language type of the travel sharing page, in this case, the step S52 determines whether the system language of the mobile terminal is the same as the default language type of the travel sharing page, but determines whether the system language type of the mobile terminal is the same as the system language type of the passenger terminal.

Of course, in another embodiment, if the travel sharing page is pre-configured with multiple language type options and the system language of the mobile terminal is not acquired, then it is determined whether the default language of the travel sharing page is the same as the default language of the travel sharing page, but the travel sharing page is directly pushed to the mobile terminal, and then the language is directly switched according to the corresponding language function option selected by the sharing object on the travel sharing page.

Example six

Another method for sharing the accurate passenger getting-off position of the passenger according to the present invention is, specifically, the method of this embodiment has the same principle as that of any one of the first to fifth embodiments, except that the method of this embodiment further includes the following steps in addition to the steps of any one of the first to fifth embodiments:

the method comprises the steps of obtaining position information of a passenger boarding point, generating a travel list according to the passenger boarding point and the passenger disembarking point, and respectively sending the travel list to a passenger terminal and a vehicle-mounted terminal/driver terminal.

In this embodiment, when a travel sharing page is pushed to a passenger terminal of a passenger (or when the passenger clicks a sharing function option in the travel sharing), a current position of the passenger is obtained, or when a driver selects to obtain a departure point of the passenger by inputting a riding code, a current position of a taxi is obtained, where the current position is a position of the departure point, specifically, the current position of the taxi is obtained by obtaining real-time position information of the passenger terminal, which is the position information of the departure point, or the current position of the taxi is obtained by obtaining position information of the departure point when the departure point is pushed to a vehicle-mounted terminal and/or a driver terminal, and the real-time position information of the taxi obtained from the vehicle-mounted terminal and/or the driver terminal is the position information of the departure point. Further, in this embodiment, the server may automatically generate the travel itinerary according to the boarding point and the disembarking point. In one embodiment, multiple itineraries, such as the fastest, most unobstructed, least expensive, and walking itineraries, may be generated and all pushed to the passenger terminal, and then after the desired itinerary is selected by the passenger, the selected itinerary is pushed to the vehicle terminal and/or the driver's terminal. Of course, all paths may also be pushed to the passenger terminal and the on-board terminal and/or the driver terminal at the same time.

Further, in the present embodiment, it is also necessary to construct a corresponding travel itinerary database according to the generated travel itineraries (the itinerary selected by the passenger if a plurality of travel itineraries are generated), and the personal information of the corresponding passenger, the vehicle information, and the personal information of the taxi driver, and periodically clear the travel itinerary database, for example, once every 24 hours.

EXAMPLE seven

The invention also provides another method for sharing the accurate passenger drop-off position of the passenger, and particularly, the method of the embodiment has the same principle as that of the method of the sixth embodiment, and therefore, the method of the embodiment also comprises the steps of the method of the sixth embodiment. However, in some emergency situations, the driver terminal may be forced to exit the current journey during the travel according to the journey order, for example, there is an incoming call during the travel, so that, in order to be able to recover the journey quickly, the method of the embodiment further comprises the following steps:

receiving a recovery request sent by a driver terminal, wherein the recovery request carries license plate information; and searching the latest travel list corresponding to the license plate information in a travel database according to the license plate information in the recovery request, feeding the latest travel list back to the driver terminal of the vehicle, and navigating when the driver selects to enter the travel.

In this embodiment, when a taxi driver logs in the server of the travel sharing page at a driver terminal and sends a recovery request for recovering the latest travel itinerary, the recovery request carries license plate information of the taxi, so that the server receives the recovery request and can find the latest (for example, the last within the latest 2 hours) travel itinerary of the taxi in the travel database according to the license plate information.

In this embodiment, since the travel itinerary in the travel database includes not only the license plate information of each taxi, but also the information of the driver terminal of the driver of the taxi, such as a mobile phone number, once the corresponding license plate information is found in the recovery request, the corresponding driver terminal information can also be found; certainly, in this embodiment, the recovery request may also carry driver terminal information/vehicle-mounted terminal information in addition to the license plate information, so that when the corresponding latest travel itinerary is found according to the license plate information, the latest travel itinerary is directly fed back to the driver terminal/vehicle-mounted terminal corresponding to the driver terminal information in the recovery request, and further, when the driver clicks the travel recovery function option on the page, the driver can directly enter the latest travel to participate in fig. 13.

Example eight

The present invention also provides a method for sharing an accurate passenger drop-off position of a passenger, and particularly, the method of the present embodiment has the same principle as the method of the sixth or seventh embodiment, and therefore, the method of the present embodiment also includes the steps of the method of the sixth or seventh embodiment. However, during the driving process, the passenger may find that the last input getting-off point is wrong, or the getting-off point is temporarily replaced, so that the passenger inputs a new getting-off point on the travel sharing page, and the method of this embodiment further includes the following steps:

and acquiring a new passenger leaving point re-input by the passenger on the journey sharing page, updating the passenger leaving point corresponding to the passenger in the journey database according to the new passenger leaving point, and pushing the updated passenger leaving point to a corresponding vehicle-mounted terminal and/or driver terminal, as shown in fig. 14.

In this embodiment, the new boarding point may be a new boarding point that is directly input by the passenger in the input box corresponding to the travel sharing page, or a boarding point that is obtained when the passenger moves a map drawing pin on a map in the travel sharing page; the passenger can also input a pre-stored riding code in an input box of the travel sharing page, and then find the boarding point corresponding to the riding code in a pre-stored riding code-boarding point corresponding table according to the riding code.

Example nine

Corresponding to the method in any one of the first to eighth embodiments, the present invention further provides another method for sharing the accurate passenger getting-off position of the passenger, which is described in detail below with reference to the specific embodiments and the accompanying drawings.

Referring to fig. 15, a flowchart of a ninth embodiment of the method for sharing an accurate passenger getting-off position of a passenger according to the present invention is shown, and specifically, the method of the present embodiment specifically includes the following steps:

and S91, receiving the stroke sharing code scanning or page sharing information sent by the vehicle-mounted terminal.

In this embodiment, the trip sharing scannable code or the sharing page information is generated by the vehicle-mounted terminal of the taxi currently taken by the passenger under the trigger of the pricing signal of the taximeter according to the website link of the pre-stored trip sharing page, the license plate information of the taxi and the random verification code/fixed code.

Certainly, in this embodiment, the journey sharing scannable code or shared page information may also be generated by a driver terminal of a driver directly according to a website link of a prestored journey sharing page, license plate information of a taxi and a random verification code/fixed code under the trigger of a pricing signal of a price meter; even a microprocessor can be integrated on the taximeter, and the taximeter integrated with the microprocessor automatically generates the taximeter and sends the taximeter to the driver terminal.

In this embodiment, the meter is directly connected to the vehicle-mounted terminal, so that the pricing signal generated when the meter starts to be priced, that is, the trigger signal, can be directly fed back to the vehicle-mounted terminal, and of course, the vehicle-mounted terminal also forwards the pricing signal to the driver terminal to trigger the driver terminal to generate corresponding stroke analysis scannable code/shared page information; of course, the wireless communication module can be arranged on the taximeter, so that the taximeter can directly send the generated pricing signal to the driver terminal.

And S92, feeding back the information of the travel sharing scannable code or the sharing page generated in the step S91 to the passenger terminal of the passenger.

In one embodiment, the sharing page information can be directly presented on the display/screen in the form of a page, and then taken to the passenger by the taxi driver, and the passenger can directly scan the code through the passenger terminal or input the sharing page information in the browser of the passenger terminal; or directly sending the information to the passenger terminal of the passenger in the mode of pictures/information and the like through a wireless network (such as Bluetooth or radio frequency and the like), then identifying the journey sharing scanned code by the passenger terminal, or directly clicking a website link of the journey sharing page in the information by the passenger to enter a login page, and then copying or directly inputting the login code and the license plate information.

And S93, receiving the customer service point sent by the server of the journey sharing page.

In this embodiment, the passenger can input the boarding point by himself, or after the passenger shares the travel sharing page, which is not yet input to the boarding point, with the sharing object selected by himself through the sharing function option of the travel sharing page, the boarding point is input by the sharing object on the travel sharing page, or when a boarding code obtained in advance is input on the travel sharing page, the server finds the boarding point in a "boarding code-boarding point correspondence table" stored in advance according to the boarding code.

Certainly, in this embodiment, if the vehicle-mounted terminal generates the shared page information and the trip sharing scavengeable code simultaneously under the trigger of the pricing signal, or generates the trip sharing scavengeable code and the ride code function option simultaneously (see the ride code icon in fig. 17), or generates the shared page information and the ride code function option simultaneously (see the ride code icon in fig. 17), the trip sharing scavengeable code and the shared page information may be displayed on the same page simultaneously, or the trip sharing scavengeable code and the ride code input interface, or the shared page information and the ride code input interface; or, the two generated simultaneously are displayed in a classified and paging manner, for example, the travel sharing scannable code is preferentially displayed, then, when a taxi driver performs page turning operation to select (for example, slides left or slides down or double-clicks), the shared page information is displayed, namely, the travel sharing scannable code is preferentially fed back, and the shared page information is fed back when the shared page information is selected; or preferentially displaying the shared page information, when a taxi driver performs page turning operation (such as left sliding or gliding or double clicking), displaying the stroke sharing scannable code, namely preferentially feeding back the shared page information, and when the stroke sharing scannable code is selected, feeding back the stroke sharing scannable code; or preferentially displaying the shared page information, and displaying the riding code function options when a taxi driver performs page turning operation (such as left sliding or gliding or double clicking); or preferentially displaying the riding code function options (see the riding code icon in fig. 17), and displaying interfaces of other input modes when the taxi driver performs page turning operation (such as left-sliding or sliding down or double-clicking).

Further, in this embodiment, the server of the itinerary sharing page may further generate an itinerary according to the boarding point and the disembarking point of the passenger, and the generation manner is the same as that described in the above embodiment, and then the method of this embodiment further includes the steps of:

and S94, acquiring a navigation starting instruction input by a driver, and calling corresponding navigation software according to the navigation starting instruction to perform navigation according to the travel list.

In the embodiment, when the driver terminal receives the departure point, the departure point is presented on a display of the driver terminal in a short message notification mode or a small window mode, and a navigation function option is provided, so that when the driver clicks the navigation function option, corresponding navigation software is called for navigation. In another embodiment, the server may feed back to the driver's terminal not only the drop-off point, but also the itinerary generated from the pick-up point and the drop-off point of the passenger, or the server may generate a plurality of itineraries but only one itinerary selected by the current passenger.

Further, during the navigation, there may be an emergency, such as an incoming call, so that the driver terminal is accidentally forced to disconnect the communication connection with the server, and therefore, in order to be able to continue to complete the itinerary, the method of the embodiment further includes the steps of:

and S95, sending a recovery request for recovering the customer service point/the travel itinerary to the server of the travel sharing page.

In this embodiment, when a recovery request is sent to the server, the recovery request carries license plate information, so that the server can match a departure point to be reached by a latest passenger loaded for the current taxi or a latest travel order in the travel database according to the license plate information. Wherein the itinerary database is constructed by the server based on the received passenger's drop-off point or constructed based on the itinerary after the itinerary is generated.

And S96, receiving the latest drop-off point/travel list fed back by the server according to the recovery request.

Of course, during the driving process, when the passenger may find that the previous drop-off point is incorrect or temporarily replaced, the passenger will modify the drop-off point on the travel sharing page (specifically, directly input the drop-off point, or drag a map pin on the page, or input a riding code), and after receiving the re-input drop-off point, the server updates the drop-off point in the database (in the medium travel itinerary) in time, and simultaneously pushes the updated drop-off point (in the travel itinerary) to the driver terminal side of the taxi driver (according to the corresponding driver terminal stored in the database), so the method of this embodiment further includes the steps of:

and S97, receiving the updated passenger drop-off point/travel list pushed by the server by the passenger.

In this embodiment, when a new drop-off point/travel itinerary is received and the driver clicks the navigation function option, navigation is performed according to the new drop-off point/new travel itinerary until the new drop-off point is reached.

EXAMPLE ten

Corresponding to the method for sharing the accurate passenger drop-off position of the passenger in the first to ninth embodiments, the present invention further provides another method for sharing the accurate passenger drop-off position of the passenger, and the following detailed description is provided with reference to specific embodiments and accompanying drawings.

Referring to fig. 16, a flowchart of a tenth embodiment of the method for sharing an accurate passenger drop-off position of a passenger according to the present invention is shown, specifically, the method of the present embodiment includes the following steps:

s101, scanning the pre-obtained travel sharing code scanning entering travel sharing page.

In this embodiment, the code-scannable for route sharing is the same as the code-scannable in the first embodiment, and may be printed out in advance by a third party and placed on a taxi, or may be generated by the vehicle-mounted terminal/driver terminal under the trigger of a pricing signal of a taximeter.

In this embodiment, after the code is scanned, the server of the route sharing page immediately establishes communication connection with the passenger terminal, and pushes the route sharing page to the passenger terminal, referring to fig. 4a, and may also obtain the current position of the passenger, that is, the customer service point. However, since the system language of the passenger terminal of the passenger may be different from the type of the default language of the travel sharing page, after the code is scanned, the language type needs to be switched first and then the travel sharing page after the language switching is pushed to the passenger terminal (specifically, the server may acquire the system language and then match with the default language of the travel sharing page to determine whether the language switching is needed, or a language function option may be configured in the travel sharing page in advance, then the passenger terminal acquires the language type selected by the passenger in the travel paging page and feeds the language type back to the server for language switching, and then performs page refreshing according to the switched travel sharing page), and the passenger terminal presents the travel sharing page to the passenger, see fig. 4b. Of course, if the default language of the travel sharing page is the same as the type of the system language of the passenger terminal, no language switching is required.

And S102, obtaining the boarding point input by the passenger on the travel sharing page.

In this embodiment, since the passenger enters the trip sharing page immediately after scanning the code, and the trip sharing page provides a drop-off point input box or is configured with a function option for setting a drop-off point in advance, referring to fig. 4a or fig. 9b, the passenger can directly input a drop-off point to be reached or a pre-obtained ride code on the trip sharing page, or set the drop-off point through the function option for setting the drop-off point.

Further, when the passenger does not know his/her own boarding point clearly but needs help from friends, the method of this embodiment further includes the steps of:

and S103, when the passenger clicks the travel sharing page on the travel sharing page, obtaining a sharing instruction fed back by the server, calling corresponding sharing software according to the sharing mode selected by the passenger, and sending the sharing instruction to the sharing object selected by the passenger in the sharing software.

In this embodiment, the server configures a sharing function option in the travel sharing page in advance, see fig. 4a and 9b, so that when the passenger clicks the sharing function option, a sharing instruction is generated according to information such as a website link of the travel sharing page, see fig. 11a (when the passenger directly scans the travel sharing scannable code through applications such as wechat or QQ and selects the sharing function option of the passenger in a corresponding environment) or fig. 11b (when the passenger inputs sharing page information through an input device and selects the sharing function option configured in the travel sharing page in a browser environment), and then when the passenger specifies a sharing mode (such as wechat), the corresponding sharing software (such as wechat) is called, and then the passenger can select a sharing object to be shared in the sharing software and send the sharing instruction.

And S104, receiving the guest point input by the sharing object on the travel sharing page fed back by the server.

In this embodiment, after the mobile terminal of the sharing object receives the sharing instruction, once the website link of the travel sharing page in the sharing instruction is clicked, the server establishes a communication connection with the mobile terminal of the sharing object, and after the sharing object inputs a customer location on the travel sharing page, the server immediately acquires the customer location and feeds back the customer location to the passenger terminal. Similarly, in this embodiment, the sharing object may directly input a drop point in an input box of the travel sharing page, or click a drop point function option configured in the travel sharing page to enter a setting page, and drag a map pin in a map interface loaded on the setting page to accurately position the drop point, or directly input a riding code in the input box of the travel sharing page (the riding code may be generated by the map application of the mobile terminal of the sharing object after the sharing object drags the map pin for positioning, automatically generated by the map application, or generated by a server in the text linked to the map application).

EXAMPLE eleven

Corresponding to the method for sharing the accurate passenger boarding location in the first to tenth embodiments, the present invention further provides another method for sharing the accurate passenger boarding location, the principle of which is the same as that in the first to tenth embodiments, except that referring to fig. 20, in the method of this embodiment:

and S111, when the driver starts the taximeter to start pricing, the server of the journey sharing page informs the driver of selecting to input a riding code at the driver terminal/vehicle-mounted terminal or feed back a journey sharing scannable code to the passenger.

In this embodiment, the corresponding function options are displayed on the display of the driver terminal/the in-vehicle terminal at the same time: the ride code function option and the travel sharing code-scanning function option are shown in fig. 17 as a ride code icon and a two-dimensional code icon.

And S112, when the driver selects to input the riding code, acquiring the riding code input by the driver and fed back to the driver by the passenger/third party through the driver terminal.

S113, finding a boarding point corresponding to the boarding code in a "boarding code-boarding point correspondence table" pre-stored in a server (for example, pre-stored in the server) according to the obtained boarding code, and feeding back the boarding point to the driver through a driver terminal; specifically, when the driver selects the function option of inputting the riding code, a corresponding input page is pushed to the driver terminal, see fig. 18, so that the driver inputs the obtained riding code on the input page, and after the driver inputs the riding code, the driver immediately finds a corresponding drop-off point according to a "riding code-drop-off point correspondence table" prestored (for example, prestored in a server) (and sets the drop-off point as a drop-off point in a currently executed trip or a drop-off point in a trip to be started), and then displays the drop-off point on a display of the driver terminal, see fig. 19, and after the driver clicks and confirms, the driver directly generates a corresponding travel list and enters a navigation page.

When the driver selects to feed back the travel sharing code to the passenger, the method in the above embodiment may be adopted, that is, the travel sharing code and/or the sharing page information is directly generated according to the website link of the travel sharing page, the license plate information and the login code which are prestored (for example, prestored in the driver terminal/the vehicle-mounted terminal), and the travel sharing code and/or the sharing page information is fed back to the passenger through the driver terminal, and then when the passenger terminal of the passenger scans the travel sharing code to enter the travel sharing page, or when the passenger enters the travel sharing page through inputting the sharing page information in the browser of the passenger terminal, the passenger terminal obtains the boarding point input by the passenger on the travel sharing page, and feeds back the boarding point to the driver through the driver terminal/the vehicle-mounted terminal (that is displayed on the driver terminal/the vehicle-mounted terminal at present).

In a specific situation, because local language is not available, even if a passenger knows the passenger leaving point, the passenger cannot accurately inform the driver, and a code consisting of numbers, or a combination of the numbers and letters/characters, or the numbers, the letters and the characters can be universally used all over the world, in the embodiment, the passenger leaving point is informed to the driver in a riding code mode, namely, after the passenger leaving point is input on a passenger terminal according to the passenger or a third party in advance, the server converts the passenger leaving point into a riding code and feeds the riding code back to the passenger mobile terminal; or after the passenger or the third party inputs the drop point on an auxiliary terminal (the auxiliary terminal is provided with a corresponding APP or is connected with the server in a webpage mode) in the public place, the server is converted according to the drop point and then prints the drop point and feeds the drop point back to the passenger, or directly sends the drop point and the server to the passenger terminal in the forms of short messages/mails and the like. Of course, whether the messages are printed or the messages/mails are sent to the passenger terminal, the messages are in a bilingual mode, namely, in a form of local language + English; of course, the corresponding language type can be selected by the user between printing or sending the short message.

In this embodiment, if the pricing signal of the pricing device is not received, the riding code cannot be input, and the random verification code (i.e., PIN code) cannot be generated.

Certainly, in this embodiment, before the travel sharing page is pushed to the passenger terminal, the same manner as in the above embodiment is adopted, that is, the system language type of the passenger terminal is obtained first, or the language function options are configured in advance on the travel sharing page in the manner in the second embodiment, then it is determined whether the system language type or the selected language type is the same as the default language type of the travel sharing page, if not, language switching is performed first, and then the travel sharing page after language switching is pushed; certainly, the method in the fourth embodiment may also be adopted, and the sharing function option is configured on the journey sharing page, so that the journey sharing page with or without the input of the customer service point is shared to the selected sharing object; certainly, referring to the fifth embodiment, before pushing the travel sharing page to the mobile terminal of the sharing object, it is also required to first determine whether to perform language switching, and if so, perform language switching;

further, with reference to the sixth embodiment, when the boarding point input by the passenger/sharing object is obtained, or the corresponding boarding point is found according to the riding code, the corresponding travel list can be generated according to the boarding point and the boarding point of the passenger, and the travel database is constructed, and then the cleaning is performed periodically; of course, it can also be referred to the seventh embodiment that when the driver terminal requests to recover the latest getting-off point or the latest travel itinerary, the latest getting-off point or the latest travel itinerary can also be found in the travel database and fed back to the driver terminal, and then the corresponding travel is entered.

Of course, in this embodiment, only one of the function options may be configured, for example, only the travel code scanning function option is configured as described in the first embodiment, or only the input ride code function option is configured; of course, if only the journey sharing code scanning function option is configured, when the meter connected to the server sends a pricing signal, the driver terminal/the vehicle-mounted terminal can also only display corresponding journey sharing code scanning/sharing page information, and the principle refers to the first to tenth embodiments; if only the function option of the riding code is configured, when the taximeter connected to the server side sends a pricing signal, the driver terminal/the vehicle-mounted terminal can also only display the corresponding function option of the input riding code, and the principle can refer to the flow of the function option of the riding code selected by the driver in the embodiment.

Example twelve

Based on the first to tenth embodiments, the present invention further provides a server, which is described in detail below with reference to specific embodiments and accompanying drawings.

Referring to fig. 21, a schematic diagram of functional modules of a server according to the present invention is shown, specifically, the server according to the present invention includes:

the page pushing module is used for establishing communication connection with the passenger terminal and pushing the travel sharing page to the passenger terminal when the passenger terminal scans the travel sharing page generated in advance or logs in the travel sharing page according to the acquired sharing page information;

the data acquisition module is used for acquiring a passenger getting-off point input by a passenger on the journey sharing page from the passenger terminal; before the page pushing module pushes the journey sharing page, the system language type of the passenger terminal is obtained;

the main control module is used for judging whether the system language type acquired by the data acquisition module is the same as the default language type of the journey sharing page or not to obtain a judgment result;

the language module is used for switching the language of the travel sharing page into the language which is the same as the system language of the passenger terminal when the main control module judges that the default language type is different from the system language type of the passenger terminal;

the pushing module is used for pushing the getting-off point acquired by the data acquisition module to a vehicle-mounted terminal and/or a driver terminal of a taxi which the passenger currently takes;

in this embodiment, the trip sharing scannable code or the sharing page information is pre-printed by the taxi driver/other organization (e.g., the taxi company) and then placed on the taxi. When a passenger gets on the taxi, the taxi driver can show the taxi to the passenger, and the passenger scans the journey sharing scannable code through a passenger terminal carried by the passenger, so that a communication connection is established with a server of the journey sharing page, and the journey sharing page pushed by the server is received; or a travel sharing page website link in the sharing page information is input into a browser of the passenger terminal to establish communication connection with the server, and then the passenger terminal enters a login page, and then enters the travel sharing page after license plate information and a login code in the sharing page information are input into the login page. The registration code in the journey sharing scannable code is a random verification code generated randomly before printing or a pre-agreed fixed code, and each vehicle only corresponds to one license plate information, namely, each taxi is uniquely corresponding to one journey sharing scannable code after being printed.

In another specific embodiment, the journey sharing scavengeable code and/or the sharing page information may also be generated by a random verification code randomly generated by a vehicle-mounted terminal/driver terminal of a taxi currently taken by a passenger under the trigger of a pricing signal of a meter, and then a unique journey sharing scavengeable code is generated according to the random verification code, a prestored journey sharing page link and license plate information of the taxi (of course, the only journey sharing scavengeable code may also be generated directly according to a prestored fixed code, a journey sharing page link and license plate information of the current taxi), and the vehicle-mounted terminal is sent to the driver terminal corresponding to the current taxi in a wireless manner and displayed by the driver terminal; or the journey sharing scannable code and/or sharing page information are generated by a driver terminal corresponding to a current taxi currently taken by a passenger according to a prestored journey sharing page website link, a taxi license plate number and a fixed code under the triggering of a pricing signal of a price meter (or a random verification code is generated at first randomly and then is generated according to the random verification code, the taxi license plate information and the journey sharing page website link). Further, in order to ensure safety, the scannable code also carries personal information of a driver corresponding to the taxi, such as an image of the head of the driver, a name, a telephone, a work number and the like. In another embodiment, the data acquisition module does not need to acquire the system language category of the passenger terminal, but the main control module configures at least one language function option on the travel sharing page, that is, after the server establishes a communication connection with the passenger terminal, the travel sharing page is pushed to the passenger terminal, at this time, the language displayed on the travel sharing page is the default language category, at least one language function option is also presented, and when the passenger clicks the corresponding language function option on the travel sharing page, the language of the travel sharing page is switched to the language category selected by the passenger by the language module.

Further, the main control module of the server of this embodiment is further configured to configure a sharing function option in the itinerary sharing page in advance, and when the passenger clicks the sharing function option, generate a sharing instruction according to the link and the information of the itinerary sharing page; correspondingly, the data acquisition module is also used for the passenger to select a sharing mode, such as WeChat or QQ, on the journey sharing page, and call corresponding sharing software according to the selected sharing mode, so that the sharing instruction generated by the main control module is sent to the sharing object selected by the passenger through the sharing software; receiving a customer point input by the sharing object on the travel sharing page; and the page pushing module is used for establishing a communication connection of the mobile terminal of the sharing object and pushing the travel sharing page to the sharing object after the sharing object receives the sharing instruction and clicks or selects the sharing instruction.

Further, based on the same principle as the passenger terminal, the system language of the mobile terminal of the sharing object may be different from or the same as the current language type of the travel sharing page, and the data obtaining module in this embodiment is further configured to obtain the system language type of the mobile terminal of the sharing object; and then judging whether the system language type of the mobile terminal is the same as the current language type of the travel sharing page or not by the main control module, if so, directly pushing the travel sharing page by the page pushing module, and if not, switching languages by the language module and then pushing the travel sharing page by the page pushing module.

Furthermore, in this embodiment, the data acquiring module is further configured to acquire a boarding point of the passenger, that is, a position where the passenger sits on the taxi; correspondingly, the main control module is also used for generating a travel list according to the customer service getting-on point and the customer service getting-off point obtained by the data obtaining module, and pushing the travel list to a driver terminal and/or a vehicle-mounted terminal through the pushing module. Of course, in this embodiment, a travel database may also be constructed according to the generated travel itinerary, and may be cleared periodically.

Furthermore, in this embodiment, the main control module is further configured to, when the data acquisition module receives a request sent by the vehicle-mounted terminal/the driver terminal to resend a request for recovering the boarding point/the travel itinerary after the vehicle-mounted terminal/the driver terminal quit due to an accident, feed back the latest boarding point corresponding to the license plate information stored in the travel database to the vehicle-mounted terminal/the driver terminal according to the license plate information carried in the recovery request signal.

Further, in this embodiment, when the passenger inputs a riding code instead of the boarding point on the travel sharing page/boarding point setting page, the server further includes:

a memory for storing a pre-generated 'riding code-boarding point correspondence table'; the data acquisition module is used for acquiring a pre-received riding code input by a passenger at a passenger terminal; the main control module is used for finding the passenger getting-off point corresponding to the riding code in a 'riding code-passenger getting-off point corresponding table' prestored in the memory according to the riding code; and the pushing module is used for pushing the passenger leaving point found by the main control module to a vehicle-mounted terminal and/or a driver terminal of a taxi which the passenger currently takes. The riding code is generated by the auxiliary terminal according to the input boarding point when the passenger/third party inputs the boarding point on the auxiliary terminal in the public place in advance, and is printed out and fed back to the passenger, or is directly fed back to the passenger in a bilingual (specific language type can be configured with language function options in advance for the passenger to select) short message mode.

Furthermore, in this embodiment, the main control module is further configured to update the drop-off point corresponding to the passenger in the travel database when the data obtaining module receives a new drop-off point sent by the passenger terminal and re-input by the passenger on the travel sharing page, and push the updated drop-off point to the corresponding vehicle-mounted terminal and/or driver terminal through the pushing module. Certainly, when a new boarding point is input again, the name of the boarding point can be directly input, a map drawing pin can be directly dragged again on a page, then accurate positioning is obtained, or another pre-stored boarding code can be directly input; certainly, the information of the passenger leaving point, such as geographic coordinates, can be input again on the page, then a new riding code is generated and fed back to the driver, and the driver acquires the new passenger leaving point after inputting the new riding code again.

Thirteen examples

Based on the above embodiments one to eleven, the present invention also provides a passenger terminal, which will be described in detail below with reference to specific embodiments and accompanying drawings.

Referring to fig. 22, a schematic diagram of functional modules of a passenger terminal of the present invention is shown, specifically, the passenger terminal of the present invention includes:

the scanning module is used for scanning a pre-generated stroke sharing scannable code to enter a stroke sharing page;

the display module is used for displaying the travel sharing page;

the input module is used for inputting the sharing page information to enter the travel sharing page by the passenger at the display module and inputting the customer point at the travel sharing page displayed by the display module by the passenger;

and the processor is used for acquiring the passenger getting-off points input by the passenger on the travel sharing page through the input module and sending the passenger getting-off points to the server of the travel sharing page.

In this embodiment, the journey sharing scannable code is linked to a journey sharing page, and the sharing page information includes a website link, a login code and license plate information of a taxi currently taken by a passenger; the journey sharing code scanning or sharing page information is generated by a vehicle-mounted terminal of a taxi taken by a passenger at present under the triggering of a pricing signal of a taximeter according to a prestored website link of a journey sharing page, a license plate number of the taxi and a random verification code/fixed code; or generating in advance according to the website link, the license plate information and the personal information of the driver of the travel sharing page, and printing the website link, the license plate information and the personal information of the driver, wherein the website link, the license plate information and the personal information are placed in the taxi which the passenger currently takes; or the vehicle-mounted terminal/the driver terminal generates the vehicle-mounted terminal under the triggering of the pricing signal of the pricing device.

Of course, the display module and the input module in this embodiment may be implemented by one module, such as a touch screen.

Further, since the itinerary sharing page is pre-configured with at least one language function option, the processor of this embodiment is further configured to obtain the language function option corresponding to the language type selected by the passenger in the itinerary sharing page, and feed the language function option back to the server; and refreshing the page according to the stroke sharing page after the language switching fed back by the server.

Furthermore, since the travel sharing page is configured with the sharing function option, correspondingly, the processor of this embodiment is further configured to obtain a sharing instruction generated by the server when the passenger selects the sharing function option on the travel sharing page, and call corresponding sharing software after the passenger selects a sharing mode, and send the sharing instruction to the sharing object selected by the passenger in the sharing software through the sharing software; receiving a customer point input by the sharing object on the journey sharing page fed back by the server; the sharing instruction is generated by the server according to the website link and/or the page information of the travel sharing page.

Furthermore, when the server receives the departure point input by the passenger/sharing object sent by the passenger terminal, at least one navigation path may be generated according to the departure point and the departure point of the passenger, so in this embodiment, the processor further feeds back the at least one navigation path fed back by the server, and feeds back the navigation path selected by the passenger to the server, so that the server generates the corresponding travel itinerary. The travel itinerary includes not only the boarding and disembarking points, but also driver information (such as head portrait, phone call, job number and name of the driver), license plate information of the taxi, and personal information of the passenger (such as a phone number uniquely identifying the passenger).

Furthermore, in this embodiment, when the passenger inputs a riding code directly instead of a boarding point or a map pin dragged on a page on the sharing page, the input module of the passenger terminal in this embodiment is configured to obtain the riding code input by the passenger; and the processor is used for feeding back the riding code acquired by the input module to the server side of the travel sharing page, receiving the boarding point found by the server side in a pre-stored passenger code-boarding point corresponding table according to the riding code, and controlling the display module to display. The riding code is generated by the auxiliary terminal/passenger terminal according to the input riding spot when the passenger/third party inputs the riding spot on the auxiliary terminal/passenger terminal in the public place in advance, and is printed out and fed back to the passenger, or is directly fed back to the passenger in a bilingual short message mode, specifically, an APP (application) such as a Gade map linked to the server side of the invention can be installed on the auxiliary terminal in advance, so that when the riding spot is input by the APP, the server side is automatically converted into a corresponding riding code according to the input riding spot; or the auxiliary terminal/passenger terminal logs in the travel sharing page, and after the boarding point is input, the server side automatically generates a riding code according to the input boarding point.

Furthermore, the processor in this embodiment is further configured to obtain a new drop-off point re-input by the passenger on the sharing page through the input module, and send the re-input new drop-off point to the server. Certainly, when a new boarding point is input again, the name of the boarding point can be directly input, a map drawing pin can be directly dragged again on a page, then accurate positioning is obtained, or another pre-stored boarding code can be directly input; certainly, the information of the boarding point, such as geographic coordinates and the like, can be input again on the page, then a new riding code is generated and fed back to the driver, and the driver acquires the new boarding point after inputting the new riding code again.

Example fourteen

Based on the first to eleventh embodiments, the present invention further provides a driver's terminal, which is described in detail below with reference to the specific embodiments and the accompanying drawings.

Referring to fig. 23, a schematic diagram of functional modules of an embodiment of a driver's terminal according to the present invention is shown, and specifically, the driver's terminal according to the present invention includes:

the central processing unit is used for generating a travel sharing scannable code and/or shared page information according to a website link, license plate information and a login code of a pre-stored travel sharing page when the wireless communication module receives a pricing signal of the taximeter;

and the communication module is used for communicating with the server of the journey sharing page and receiving the customer service point pushed by the server.

Further, in this embodiment, when the central processing unit simultaneously generates the travel sharing scannable code and the shared page information, the central processing unit controls the display module to preferentially display the travel sharing scannable code, and when a signal indicating that the taxi driver selects the shared page information (for example, an operation indicating page turning such as left sliding, right sliding, up sliding, down sliding, or double clicking) is obtained, the shared page information is displayed. Of course, in another embodiment, the shared page information may be preferentially displayed, and when a signal indicating that the taxi driver selects the journey sharing scannable code is obtained, the journey sharing scannable code is displayed.

Further, in this embodiment, the communication module is further configured to receive a travel itinerary sent by the server, where the travel itinerary is generated by the server according to the boarding point and the disembarking point of the passenger. Furthermore, in this embodiment, when the communication module and the server are accidentally disconnected from each other, the central processing unit further requests the server to send a recovery request of the latest boarding point, and receives the latest boarding point fed back by the server through the communication module, where the recovery request carries license plate information.

Furthermore, in this embodiment, the communication module is further configured to receive the updated drop-off point of the passenger pushed by the server after the server updates the drop-off point according to the new drop-off point input by the passenger. The updated boarding point can be the name of the boarding point directly input by a passenger, or a map drawing pin is directly dragged again on a page, and then accurate positioning is obtained, or another pre-stored boarding code is directly input; certainly, the information of the boarding point, such as geographic coordinates, can also be re-input on the journey sharing page, then a new boarding code is generated and fed back to the driver, and the driver acquires the new boarding point after re-inputting the new boarding code.

In another embodiment, the journey sharing code-scannable/shared page information is not generated by the driver terminal itself, but is acquired from the server side/vehicle-mounted terminal of the journey sharing page when the journey sharing code-scannable/shared page information receives the pricing signal of the pricing device, that is, the journey sharing code-scannable/shared page information is generated by the vehicle-mounted terminal under the triggering of the pricing signal of the pricing device and is sent to the server of the driver terminal.

Furthermore, in this embodiment, the central processing unit is further configured to configure a riding code function option (the riding code function option is linked to the server in the above embodiment) on the display interface while controlling the display module to display the travel sharing scannable code and/or the shared page information, and when the driver selects the riding code function option, refresh the page currently displayed by the display module according to a riding code input interface fed back by the server; correspondingly, the driver terminal of the embodiment further comprises an input module, which is used for a driver to input a riding code on the riding code input interface; and the communication module is also used for receiving the passenger point inquired by the server according to the riding code input by the driver. The riding code can be generated after a passenger is accurately positioned on the auxiliary terminal/passenger terminal when the map drawing pin is directly dragged on a page, and then the generated riding code is fed back to the passenger in a printing or short message or mail mode and is displayed to a driver when the passenger gets on the bus.

Example fifteen

Based on the first to eleventh embodiments, the invention further provides a vehicle-mounted terminal, which is described in detail below with reference to specific embodiments and accompanying drawings.

Referring to fig. 24, which is a schematic diagram of functional modules of an embodiment of the vehicle-mounted terminal of the present invention, specifically, the vehicle-mounted terminal of the present embodiment includes:

the system comprises a communication module, a travel sharing page and a service module, wherein the communication module is used for communicating with a server of the travel sharing page and receiving a service point sent by the server, and the service point is input in the travel sharing page when a passenger enters the travel sharing page through travel sharing scannable code/sharing page information;

Further, in this embodiment, the processor is further configured to, when the communication module unexpectedly disconnects the communication connection with the server, request the server to send a recovery request of a latest boarding point, and control the communication module to receive the latest boarding point fed back by the server according to the recovery request; wherein the recovery request carries license plate information.

Furthermore, in this embodiment, the communication module is further configured to receive the drop-off point pushed by the server and replaced by the passenger.

Furthermore, in this embodiment, when the processor simultaneously generates the stroke sharing scannable code and the shared page information, the processor is further configured to control the display module to display the stroke sharing scannable code and the shared page information in a hierarchical page manner.

In this embodiment, the main control module is connected to the taximeter module, so that when the taximeter starts to perform pricing, the vehicle-mounted terminal receives a pricing signal of the taximeter, generates travel sharing scannable codes and/or sharing page information according to a pre-stored travel sharing page link, a license plate number and a preset fixed code/real-time randomly generated random verification code under the trigger of the pricing signal, and sends the travel sharing scannable codes and/or the sharing page information to the server and the driver terminal. Certainly, the unique identifier of the driver terminal is prestored in the main control module, so that the travel sharing scannable code and/or the sharing page information can be directly sent to the driver terminal in a wireless mode after being generated.

Further, in this embodiment, the main control module is further configured to configure a riding code function option on the display interface (the riding code function option is linked to the server in the above embodiment) while controlling the display module to display the travel sharing scannable code and/or sharing the page information, and when the driver selects the riding code function option, refresh the page currently displayed by the display module according to a riding code input interface fed back by the server; correspondingly, the vehicle-mounted terminal of the embodiment further comprises an input module, wherein the input module is used for inputting a riding code by a driver on the riding code input interface; and the communication module is also used for receiving the passenger point inquired by the server according to the riding code input by the driver. The riding code can be generated after a passenger is accurately positioned on the auxiliary terminal/passenger terminal when the map drawing pin is directly dragged on a page, and then the generated riding code is fed back to the passenger in a printing or short message or mail mode and is displayed to a driver when the passenger gets on the bus.

The above description is intended to be illustrative of the preferred embodiment of the present invention and should not be taken as limiting the invention, but rather, the intention is to cover all modifications, equivalents, and alternatives falling within the spirit and scope of the invention.

Claims

1. A method for sharing the exact drop-off location of a passenger, comprising the steps of:

when a passenger terminal scans a pre-obtained travel sharing scannable code or the passenger terminal requests to enter a travel sharing page according to pre-received sharing page information, pushing the travel sharing page to the passenger terminal;

the travel sharing code capable of being scanned is linked to the travel sharing page, the sharing page information comprises a website link and a login code of the travel sharing page and license plate information of a taxi taken by the passenger currently, and the travel sharing code capable of being scanned and/or the sharing page information is generated by a vehicle-mounted terminal/driver terminal under the trigger of a pricing signal of a pricing device according to the travel sharing page link, the license plate information and the login code; the registration code is a randomly generated random verification code;

the method further comprises the steps of:

configuring a sharing function option on the travel sharing page in advance, and generating a sharing instruction according to a link of the travel sharing page when the passenger clicks the sharing function option; and is

When the passenger selects to share the travel sharing page which is not input into the passenger point, the method further comprises the following steps:

when the sharing object selected by the passenger clicks the sharing instruction, pushing a travel sharing page which is not input with a passenger point to the sharing object; and acquiring a customer placement point input by the sharing object on the travel sharing page through the mobile terminal of the sharing object.

2. The method for sharing accurate passenger boarding location of passengers according to claim 1, wherein before the step of pushing the travel sharing page to the passenger terminal, further comprising the steps of:

acquiring a system language type of the passenger terminal, judging whether the system language type is the same as the current language type of the travel sharing page, and if not, switching the language of the travel sharing page to a language which is the same as the system language type of the passenger terminal; or

And configuring a plurality of language type function options on the travel sharing page in advance, and switching the language type of the travel sharing page to the language type selected by the passenger when the language type selected by the passenger in the travel sharing page is acquired from the passenger terminal.

3. The method for sharing the accurate boarding point position of the passenger according to claim 1 or 2, wherein when a travel sharing page is pushed to the passenger terminal, the method further comprises the following steps:

and acquiring the boarding point of the passenger, generating a travel list according to the personal information of the passenger, the license plate information and the driver information of the taxi taken by the passenger at present, the boarding point and the disembarking point, and then sending the travel list to the passenger terminal, the vehicle-mounted terminal and/or the driver terminal.

4. A method of sharing accurate point of presence locations for passengers according to claim 3, further comprising the steps of: and constructing a travel database according to the travel list, and periodically clearing the travel database.

5. The method of sharing an accurate passenger placement location of a passenger according to claim 4, further comprising the steps of:

and when the vehicle-mounted terminal/the driver terminal quits unexpectedly and requests to resend a recovery request of the latest boarding point/the latest travel itinerary, feeding back the latest boarding point/the latest travel itinerary corresponding to the license plate information stored in the travel database to the vehicle-mounted terminal and/or the driver terminal according to the license plate information carried in the recovery request.

6. The method of sharing an accurate point of presence location for a passenger of claim 4, further comprising the steps of:

and acquiring new boarding points re-input by the passengers on the travel sharing page from the passenger terminals, updating the boarding points in the travel lists corresponding to the passengers in the travel database, and pushing the updated boarding points/travel lists to corresponding vehicle-mounted terminals and/or driver terminals.

7. The method for sharing accurate boarding point location of passengers according to claim 1, wherein before the step of pushing the travel sharing page to the mobile terminal of the sharing object, further comprising the steps of:

acquiring the system language type of the mobile terminal, and automatically switching the language of the travel sharing page into the language with the same system language type as that of the mobile terminal; or

And configuring a plurality of language type options on the travel sharing page, and switching the language of the travel sharing page to the language type selected by the sharing object when the mobile terminal transmits the language type selected by the sharing object.

8. The method for sharing accurate boarding point positions of passengers according to claim 1, 2 or 7, wherein the step of obtaining boarding points input by passengers on the travel sharing page from the passenger terminal specifically comprises the steps of:

acquiring a pre-received riding code input by the passenger on the travel sharing page through the passenger terminal;

finding a boarding point corresponding to the riding code in a pre-stored boarding code-boarding point correspondence table according to the riding code;

feeding back the found passenger leaving points to the passenger terminal and the driver terminal/the vehicle-mounted terminal respectively;

the riding code is generated by the auxiliary terminal/the passenger terminal according to the boarding point and fed back to the passenger when the passenger/the third party inputs the boarding point in the auxiliary terminal/the passenger terminal in advance.

9. A method of sharing an accurate passenger placement location for a passenger, comprising the steps of:

receiving a passenger getting-off point of the passenger sent by the passenger terminal through a server of a journey sharing page; the travel sharing page is configured with sharing function options; the passenger point is that when the passenger selects a sharing function option, the server generates a sharing instruction according to the link of the travel sharing page, and the passenger terminal calls corresponding sharing software according to the sharing mode selected by the passenger to obtain the sharing object selected by the passenger in the sharing software; sending a sharing instruction generated by the server to a mobile terminal of the sharing object through the sharing software, and receiving a customer release point fed back by the server and input by the sharing object on the travel sharing page;

the travel sharing scannable code and/or the sharing page information are/is generated according to a website link, license plate information and a login code of a pre-stored travel sharing page, wherein the login code is a preset fixed code or a randomly generated random verification code.

10. The method of sharing an accurate point of presence location for a passenger of claim 9, further comprising the steps of:

and preferentially feeding back the stroke sharing scannable code when the stroke sharing scannable code and the sharing page information are generated simultaneously, and feeding back the sharing page information when a signal that a taxi driver selects the sharing page information is obtained.

11. A method of sharing accurate passenger placement as claimed in claim 9 or 10, further comprising the steps of:

and receiving a travel itinerary sent by the server of the travel sharing page, wherein the travel itinerary is generated by the server according to the passenger getting-on point and the passenger getting-off point of the passenger.

12. A method of sharing accurate passenger placement as claimed in claim 9 or 10, further comprising the steps of:

when communication connection with a server is accidentally disconnected, sending a recovery request of a latest customer service point to a server request of the journey sharing page, and receiving the latest customer service point fed back by the server according to the recovery request; and the recovery request carries license plate information.

13. A method of sharing accurate passenger placement as claimed in claim 9 or 10, further comprising the steps of:

and when the server of the travel sharing page is updated according to the new boarding point input by the passenger, receiving the updated boarding point of the passenger pushed by the server.

14. A method of sharing an accurate passenger placement location for a passenger, comprising the steps of:

scanning a pre-received travel sharing code-scannable entry travel sharing page, or acquiring pre-received sharing page information input by a passenger, and logging in the travel sharing page according to the sharing page information; the journey sharing page is configured with sharing function options;

obtaining a passenger point input by the passenger on the travel sharing page, and sending the passenger point to a server of the travel sharing page; while

When the passenger selects a sharing function option instead of inputting a point of departure, the server generates a sharing instruction according to the link of the travel sharing page, and the method further comprises the following steps:

calling corresponding sharing software according to the sharing mode selected by the passenger, and acquiring the sharing object selected by the passenger in the sharing software;

sending a sharing instruction generated by the server to a mobile terminal of the sharing object through the sharing software;

receiving a customer placement point input by the sharing object on the travel sharing page and fed back by the server;

the taxi sharing system comprises a taxi sharing page, a taxi sharing server, a taxi counter and a travel sharing code sharing server, wherein the travel sharing code can be linked to the travel sharing page, the page sharing information comprises a travel sharing page link, a login code and license plate information of a taxi taken by a passenger at present, the login code is a randomly generated random verification code, and the travel sharing code can be scanned and/or the page sharing information is generated by a vehicle-mounted terminal/driver terminal under the trigger of a pricing signal generated by the taximeter.

15. The method of claim 14, wherein the step of obtaining the passenger's exact boarding point entered on the itinerary sharing page comprises the steps of:

acquiring the riding code input by the passenger and feeding the riding code back to a server side of the travel sharing page;

receiving an attendance point found by the server side in a pre-stored passenger code-attendance point corresponding table according to the riding code;

and when the passenger/third party inputs a boarding point on an auxiliary terminal in advance, the auxiliary terminal generates the boarding code according to the boarding point and feeds the boarding code back to the passenger.

16. The method of claim 15, wherein the trip sharing page is configured with a plurality of language category function options, and further comprising the step of, prior to the step of obtaining the drop-off point:

acquiring the language type selected by the passenger on the travel sharing page at present, and feeding back the language type to the server; and then, according to the stroke sharing page fed back by the server after the language is switched, refreshing the page.

17. A method of sharing accurate passenger placement of passengers according to any of claims 14 to 16, further comprising the steps of:

and receiving a travel order sent by the server, wherein the travel order is generated by the server according to the obtained boarding point and the obtained disembarking point.

18. A method of sharing accurate passenger placement of passengers according to any of claims 14 to 16, further comprising the steps of:

acquiring a new customer placement point input by the passenger on the travel sharing page, and sending the new customer placement point to the server; or,

acquiring the bus taking code re-input by the passenger, and feeding back the bus taking code to a server side of the travel sharing page;

and receiving the boarding point found by the server side in the pre-stored passenger code-boarding point corresponding table according to the re-input boarding code.

19. A method of sharing an accurate passenger placement location for a passenger, comprising the steps of:

when a pricing signal of a price meter is received, a driver is informed to select to input a riding code at a driver terminal/vehicle-mounted terminal or to feed back a travel sharing scannable code to a passenger;

when the driver selects to input a riding code, acquiring the riding code input by the driver and fed back to the driver by the passenger or a third party through the driver terminal/the vehicle-mounted terminal, finding a boarding point corresponding to the riding code in a pre-stored riding code-boarding point correspondence table according to the acquired riding code, and then feeding back the boarding point to the driver through the driver terminal/the vehicle-mounted terminal; or,

when the driver selects to feed back the travel sharing code to the passenger, generating travel sharing code scanning and/or sharing page information, feeding back the travel sharing code scanning and/or sharing page information to the passenger through the driver terminal/the vehicle-mounted terminal, scanning the travel sharing code by the passenger terminal of the passenger to enter a travel sharing page, or inputting the sharing page information into the travel sharing page through the passenger terminal of the passenger, acquiring a passenger getting-off point input by the passenger on the travel sharing page through the passenger terminal, and feeding back the passenger to the driver through the driver terminal/the vehicle-mounted terminal; wherein, the travel sharing page is pre-configured with sharing function options, and

when the passenger does not input a guest point on the travel sharing page and clicks the sharing function option, generating a sharing instruction according to a link of the travel sharing page; and is

When the sharing object selected by the passenger clicks the sharing instruction, a travel sharing page is pushed to the sharing object, a boarding point of the sharing object input on the travel sharing page is obtained through a mobile terminal of the sharing object, and then the boarding point is pushed to the driver terminal;

the riding code is generated in advance according to the getting-off point of the passenger; the journey sharing scannable code is linked to the journey sharing page; the sharing page information comprises a travel sharing page link, a registration code and license plate information of a taxi taken by the passenger currently, wherein the registration code is a preset fixed code or a randomly generated random verification code.

20. The method as recited in claim 19, further comprising the steps of: when the passenger enters a travel sharing page according to the travel sharing code-scannable/sharing page information and changes a passenger point, pushing the travel sharing page to the passenger terminal;

and acquiring a new getting-off point/a pre-obtained riding code input by the passenger on the travel sharing page through the passenger terminal, and pushing the new getting-off point or finding a corresponding getting-off point in a pre-stored riding code-getting-off point correspondence table according to the riding code to the driver terminal/the vehicle-mounted terminal.

21. The method of claim 20, wherein the step of pushing the itinerary sharing page to the passenger terminal is preceded by the step of:

acquiring a system language type of the passenger terminal, judging whether the system language type is the same as the default language type of the travel sharing page or not, and if not, switching the language of the travel sharing page to a language which is the same as the system language type of the passenger terminal; or

And configuring a plurality of language type function options on the travel sharing page in advance, and switching the language type of the travel sharing page to the language type selected by the passenger when the language type selected by the passenger in the travel sharing page is acquired through the passenger terminal.

22. The method according to any one of claims 19 to 21, further comprising the step of:

when getting-off points input by the passengers on the travel sharing page are obtained, or when finding corresponding getting-off points according to the riding codes, generating a travel list according to the getting-off points and the getting-on points of the passengers, and constructing a travel database; the customer service point is obtained when a travel sharing page is pushed to the passenger terminal.

23. The method of claim 22, further comprising the step of: and clearing the travel database at regular time.

24. The method according to claim 23, wherein before the step of pushing the itinerary sharing page to the mobile terminal of the sharing object, further comprising the steps of:

acquiring the system language type of the mobile terminal, and automatically switching the language of the travel sharing page into the language which is the same as the system language type of the mobile terminal; or

25. The method of claim 22, further comprising the step of:

when the driver terminal is disconnected unexpectedly and requests to send a latest drop-off point/travel list recovery request, receiving the recovery request, finding the latest drop-off point/travel list in the travel database according to the license plate information carried in the recovery request, and feeding back the latest drop-off point/travel list to the driver terminal/vehicle-mounted terminal.

26. A method as claimed in any one of claims 19 to 21, wherein the step of the passenger/third party feeding back a ride code to the driver is preceded by the step of:

and acquiring the passenger leaving point input by the passenger/third party through an auxiliary terminal/passenger terminal in advance, converting the passenger leaving point into a riding code, and feeding back the passenger leaving point to the passenger.

27. The method of claim 26, wherein the feedback of the ride code to the passenger terminal is in a bilingual mode.

28. A server, comprising:

the system comprises a page pushing module, a route sharing module and a route sharing module, wherein the page pushing module is used for pushing a route sharing page to a passenger terminal when the passenger terminal scans a pre-received route sharing code to enter the route sharing page or the passenger terminal requests to enter the route sharing page according to pre-received sharing page information; the travel sharing code is linked to the travel sharing page, and the sharing page information comprises a travel sharing page link, a login code and license plate information of a taxi currently taken by the passenger; the journey sharing scannable code and/or the sharing page information are/is generated by a vehicle-mounted terminal or a driver terminal under the trigger of a pricing signal of a price meter, wherein the registration code is a randomly generated random verification code;

the main control module is used for configuring sharing function options on the journey sharing page; when the passenger selects the sharing function option on the travel sharing page, a sharing instruction is generated according to the link of the travel sharing page; calling sharing software on the passenger terminal according to the sharing mode acquired by the data acquisition module, and sending the sharing instruction to the mobile terminal of the sharing object selected by the passenger in the sharing software through the sharing software; the mobile terminal is used for controlling the page pushing module to push the travel sharing page to the sharing object when the sharing object clicks the sharing instruction;

the data acquisition module is used for acquiring a passenger getting-off point input by a passenger on the travel sharing page from the passenger terminal; or acquiring the sharing mode selected by the passenger on the travel sharing page from the passenger terminal; receiving a customer placement point input by the sharing object on the travel sharing page;

and the pushing module is used for pushing the passenger leaving point acquired by the data acquisition module to a vehicle-mounted terminal and/or a driver terminal of the taxi which the passenger currently takes.

29. The server according to claim 28,

the main control module is further used for acquiring the system language type of the passenger terminal through the data acquisition module, judging whether the system language type is the same as the current language type of the travel sharing page or not, and obtaining a judgment result; or configuring a plurality of language category function options on the travel sharing page; accordingly, the server further comprises:

the language module is used for switching the language of the travel sharing page into the language with the same system language type as the passenger terminal when the main control module judges that the system language type is different from the current language type of the travel sharing page; or when the passenger terminal sends the language type selected by the passenger, the language type of the travel sharing page is switched to the language type selected by the passenger.

30. The server according to claim 29,

the main control module is further used for acquiring the system language type of the mobile terminal of the sharing object through the data acquisition module, and judging whether the system language type is the same as the current language type of the travel sharing page, so as to obtain a judgment result;

the language module is further used for switching the language of the travel sharing page to a language which is the same as the system language type of the passenger terminal when the main control module judges that the system language type is different from the current language type of the travel sharing page; or when the mobile terminal sends the language type selected by the sharing object in the travel sharing page, switching the language type of the travel sharing page to the language same as the language type selected by the sharing object.

31. A server, according to any one of claims 28 to 30, further comprising: the memory is used for storing a pre-generated passenger number-leaving point corresponding table;

the data acquisition module is further used for acquiring a pre-received riding code input by the passenger on the journey sharing page after the passenger enters the journey sharing page through the journey sharing code-scannable/shared page information;

the master control module is also used for finding the passenger getting-off point corresponding to the riding code in a pre-stored riding code-passenger getting-off point corresponding table according to the riding code;

the pushing module is used for pushing the passenger leaving point found by the main control module to a vehicle-mounted terminal and/or a driver terminal of a taxi which the passenger currently takes;

32. The server according to any one of claims 28 to 30, wherein the data acquisition module is further configured to acquire a pick-up point of the passenger;

the main control module is also used for generating a travel itinerary according to the boarding point and the disembarking point acquired by the data acquisition module;

the pushing module is further used for sending the travel itinerary generated by the main control module to the passenger terminal and the vehicle-mounted terminal/the driver terminal.

33. The server according to any one of claims 28 to 30, wherein the main control module is further configured to construct a journey database according to the boarding points, the personal information of the corresponding passengers, the corresponding vehicle information and the taxi driver information acquired by the data acquisition module, and periodically clear the journey database.

34. The server according to claim 33, wherein the main control module is further configured to, when the data acquisition module receives a request for sending a recovery request of a latest leaving spot after the vehicle-mounted terminal/the driver terminal quits due to an accident, feed back the latest leaving spot corresponding to the license plate information stored in the trip database to the vehicle-mounted terminal/the driver terminal according to the license plate information carried in the recovery request.

35. The server according to claim 33, wherein the main control module is further configured to update the drop-off point corresponding to the passenger in the travel database when the data acquisition module receives a new drop-off point re-input by the passenger and sent by the passenger terminal, and push the updated drop-off point to a corresponding vehicle-mounted terminal and/or driver terminal through the push module.

36. A passenger terminal, comprising:

the scanning module is used for scanning the stroke sharing scannable codes received in advance so as to enter a stroke sharing page; the journey sharing scannable code is generated by a vehicle-mounted terminal or a driver terminal under the trigger of a pricing signal of a pricing device; the journey sharing page is configured with sharing function options;

the display module is used for displaying the travel sharing page;

the system comprises an input module, a route sharing page and a passenger input module, wherein the input module is used for inputting pre-received sharing page information by the passenger so as to enter the route sharing page and inputting a customer point by the passenger on the route sharing page; the shared page information is generated by a vehicle-mounted terminal or a driver terminal under the trigger of a pricing signal of a price meter;

the processor is used for acquiring the passenger leaving points input by the passenger through the input module and sending the passenger leaving points to the server of the travel sharing page; or the sharing software is used for receiving a sharing instruction generated by the server when the passenger selects a sharing function option on the journey sharing page, calling corresponding sharing software according to the sharing mode selected by the passenger, then acquiring a sharing object selected by the passenger in the sharing software, and sending the sharing instruction to the sharing object through the sharing software; receiving a customer placement point input by the sharing object on the travel sharing page and fed back by the server; the sharing instruction comprises a link of the journey sharing page;

the travel sharing method comprises the steps that a travel sharing code is linked to a travel sharing page, the shared page information comprises a travel sharing page link, a login code and license plate information of a taxi taken by a passenger at present, and the login code is a randomly generated random verification code.

37. The passenger terminal of claim 36, wherein the itinerary sharing page is configured with at least one language category function option, and the processor is further configured to obtain a language category selected by the passenger on the itinerary sharing page from the passenger terminal and feed it back to the server; and refreshing the page according to the stroke sharing page after the language switching fed back by the server.

38. The passenger terminal of claim 36, wherein the input module is further configured to obtain a ride code entered by the passenger;

the processor is further used for feeding back the riding code acquired by the input module to a server side of a travel sharing page, receiving a boarding point found by the server side in a pre-stored passenger code-boarding point correspondence table according to the riding code, and controlling the display module to display the boarding point;

39. The passenger terminal according to any one of claims 36 to 38, wherein the processor is further configured to receive at least one navigation path sent by the server, and to feed back the navigation path selected by the passenger to the server to generate a corresponding travel itinerary, wherein the navigation path is generated by the server according to the obtained boarding point and the disembarking point.

40. The passenger terminal according to any one of claims 36 to 38, wherein the processor is further configured to obtain an offer point of information re-entered by the passenger on the shared page through the input module, and send the new offer point to the server.

41. A driver terminal, comprising:

the central processing unit is used for generating a travel sharing scannable code and/or shared page information according to a website link, license plate information and a login code of a pre-stored travel sharing page when the wireless communication module receives a pricing signal which is forwarded by the vehicle-mounted terminal and is generated by the pricing device; the login code is a randomly generated random verification code;

the display module is used for displaying the stroke sharing scannable code and/or the sharing page information generated by the central processing unit; when a passenger terminal enters a travel sharing page by scanning the travel sharing code, or the passenger terminal requests to enter the travel sharing page according to the information of the sharing page, a server pushes the travel sharing page to the passenger terminal, and the travel sharing page is provided with a sharing function option in advance;

the communication module is used for communicating with the server of the travel sharing page and receiving a customer service point pushed by the server; the attendance point is the attendance point input by the sharing object on the travel sharing page when the sharing function option is clicked when the passenger does not input the attendance point on the travel sharing page, the server generates a sharing instruction according to the link of the travel sharing page, and when the sharing object selected by the passenger clicks the sharing instruction and pushes the travel sharing page to the sharing object.

42. The driver's terminal of claim 41, wherein the CPU is further configured to control the display module to preferentially display the trip-sharing scannable code when the trip-sharing scannable code and the shared page information are simultaneously generated, and to control the display module to display the shared page information when a signal is obtained that a taxi driver selects the shared page information.

43. The driver's terminal of claim 41 or 42, wherein the communication module is further configured to receive a travel itinerary sent from the server; the travel itinerary is generated by the server according to the boarding and disembarking points of the passengers.

44. The driver's terminal as claimed in claim 41 or 42, wherein the CPU is further configured to request the server to send a latest getting-off point recovery request when the communication module is unexpectedly disconnected from the server, and to receive the latest getting-off point fed back by the server through the communication module, wherein the recovery request carries license plate information.

45. The driver's terminal of claim 41 or 42, wherein the communication module is further configured to receive an updated occupancy of the passenger pushed by the server after the server updates the occupancy based on a new occupancy input by the passenger.

46. The driver terminal according to claim 41 or 42, wherein the CPU is further configured to configure a riding code function option on a display interface while controlling the display module to display the travel sharing scannable code and/or the shared page information, and when the driver selects the riding code function option, refresh a page currently displayed by the display module according to a riding code input interface fed back by the server;

the driver terminal also comprises an input module, a receiving module and a display module, wherein the input module is used for inputting a riding code on the riding code input interface by a driver;

the communication module is also used for receiving the passenger point inquired by the server according to the riding code input by the driver.

47. A vehicle-mounted terminal characterized by comprising:

the main control module is used for generating a travel sharing scannable code and/or sharing page information according to a website link, license plate information and a login code of a pre-stored travel sharing page when a pricing signal of the taximeter is received; the login code is a randomly generated random verification code, and the travel sharing page is pre-configured with a sharing function option;

a communication module, configured to communicate with a server of the travel sharing page, and receive a boarding point sent by the server, where the boarding point is input on the travel sharing page when a passenger enters the travel sharing page through the travel sharing bar/the sharing page information, or the boarding point is input on the travel sharing page when the passenger clicks the sharing function option without inputting a boarding point on the travel sharing page, and a sharing instruction is generated by the server according to a link of the travel sharing page, and when the sharing instruction is clicked by a sharing object selected by the passenger, a boarding point input on the travel sharing page by the sharing object is pushed to the sharing object;

and the display module is used for displaying the generated travel sharing scannable code and/or the sharing page information and the customer service point sent by the server and received by the communication module.

48. The vehicle terminal of claim 47, wherein the processor is further configured to request the server to send a latest getting-off point recovery request when the communication module unexpectedly disconnects the communication connection with the server, and control the communication module to receive the latest getting-off point fed back by the server according to the recovery request; wherein the recovery request carries license plate information.

49. The vehicle terminal of claim 47, wherein the communication module is further configured to receive a changed order point pushed by the server by the passenger.

50. The vehicle-mounted terminal of claim 47, wherein when the processor generates the trip sharing scannable code and the shared page information simultaneously, the processor is further configured to control the display module to display the trip sharing scannable code and the shared page information in a hierarchical page manner.

51. The vehicle-mounted terminal according to any one of claims 47 to 50, wherein the main control module is further configured to control the display module to display the travel sharing scannable code and/or the shared page information, configure a riding code function option on a display interface, and refresh a page currently displayed by the display module according to a riding code input interface fed back by the server when a driver selects the riding code function option;