KR102236464B1 - Method for sharing taxi ride - Google Patents

Abstract

The present invention relates to a method for sharing a taxi ride. A method for sharing a taxi ride according to an embodiment of the present invention includes: a consumer terminal capable of checking taxi information; a taxi terminal capable of checking the received information; a head office terminal for checking and managing information on the consumer terminal and the taxi terminal; and a server for storing and processing various kinds of information in conjunction with the consumer terminal, the taxi terminal, and the head office terminal. An objective of the present invention is to allow a consumer to use a taxi at a low cost by combining the concept of a sharing economy and the concept of a monthly fixed-rate system, which is a subscription economy.

Description

How to share taxi ride{Method for sharing taxi ride}

The present invention relates to a taxi ride sharing method, and more particularly, to a taxi ride sharing method in which a taxi ride can be easily boarded through a terminal.

The sharing economy is an auxiliary business that presupposes efficient use of providing remaining resources to others at low cost in addition to the owner's use, and in the case of rental business, profits by investing new resources to lend them to those who need them at high cost. It differs from the sharing economy in that it is the main business that maximizes In addition, users can maximize efficient consumption by combining the subscription economy and the sharing economy, which reduce costs by prepaying a certain amount on a fixed monthly (annual) basis.

Here, in the case of ride sharing, it is said that people with the same destination board a vehicle or share a vehicle or ride by renting a vehicle owned by another person for a fee. In other words, it is classified as a kind of sharing economy as connecting vehicles and drivers to passengers.

However, in the prior art, since it is not possible to know who the consumer is, there is a problem in that it is necessary to find the consumer by making a phone call to check the location.

Patent Publication 10-2019-0052407

In order to solve the above-described problem, a specific point is designated in an actual residential space and can be moved from a specific point to another point, and the concept of a sharing economy in a taxi and the concept of a monthly subscription system are combined to allow consumers to purchase a taxi at low cost. It's about how you can get on.

In order to achieve the above object, a consumer terminal that can receive a taxi ride through the app and check the taxi information; A taxi terminal capable of checking information received through the consumer terminal through an app; A main office terminal that checks and manages information of the consumer terminal and taxi terminal through an app; A first step of including a server for storing and processing various types of information in connection with the consumer terminal, the taxi terminal, and the head office terminal, wherein the taxi driver registers the information of the taxi driver through an app of the taxi terminal; A second step in which a consumer downloads the app to the consumer terminal, enters the consumer's name, resident number, phone number, and payment method to sign up for membership, and member subscription information is stored in the server; A third step in which a consumer logs in to the consumer terminal; A fourth step of setting the server to log in to the consumer terminal when the consumer selects a login error in the consumer terminal when the number of login inputs is exceeded; A fifth step of checking the details of usage and number of holdings when the consumer logs in to the consumer terminal; A sixth step in which, when the number of holdings in the fifth step is insufficient, the consumer selects a payment window for a use ticket with the consumer terminal; A seventh step of the consumer selecting and paying a payment method through the consumer terminal, and adding the number of holdings from the server to the consumer terminal; An eighth step of receiving a ride by the consumer to the consumer terminal; A ninth step of the consumer checking the details of usage and number of holdings with the consumer terminal; A tenth step in which the consumer selects the number of people, gender, boarding location, and disembarkation point as coordinate points with the consumer terminal, designating a number to which vehicle dispatch information is to be transmitted, and storing reception information in the server; An eleventh step of distributing a taxi in accordance with the reception information in the server and transmitting an expected number of deductions to the consumer terminal; A twelfth step of transmitting taxi dispatch information from the server to the consumer terminal, and selecting a desired seat except for a seat connected to the consumer terminal by the consumer; A thirteenth step of storing seat information in the server, deducting the number of holdings of the consumer from the server and transferring the customer dispatch information from the server to the taxi terminal; A 14th step in which, when the taxi driver arrives at the departure point, a timer of the taxi terminal is operated and the taxi driver waits; A fifteenth step of transmitting a member confirmation notification from the server to the taxi terminal when the taxi driver arrives at the departure point; A sixteenth step of the taxi driver checking a member confirmation notification with the taxi terminal, confirming whether the member information matches the customer, and then departing, and transmitting dispatch information from the server to the number set in the tenth step; A seventeenth step of transmitting information on the drop-off location and the drop-off time by the consumer to the number set in the tenth step from the server when the taxi driver arrives at the drop-off point; An eighteenth step of transmitting a complaint notification notification from the server to the consumer terminal and the taxi terminal; A 19th step of, when the consumer selects to receive a complaint through the consumer terminal and selects a taxi and a reason in step 18, transmitting the content of the complaint from the server to the taxi terminal of the corresponding taxi driver; A twentieth step of filing an objection to the taxi terminal of the corresponding taxi driver and transmitting the complaint reception from the server to the main office terminal; The 21st step in which the head office manager confirms the complaint received from the head office terminal, transmits the result of the complaint to the consumer terminal and the taxi terminal, and delivers a notification on the accumulation of complaints to the corresponding consumer terminal or taxi terminal. ; A 22nd step of, when the taxi driver selects to receive a complaint through the taxi terminal and selects a reason with the consumer in the 18th step, transmitting the content of the complaint from the server to the consumer terminal of the corresponding consumer; A 23rd step of raising an objection to the consumer terminal of the corresponding consumer and transmitting the complaint reception from the server to the main office terminal; The 24th in which the head office manager checks the complaint received from the head office terminal, transmits the result of the complaint to the consumer terminal and the taxi terminal, and delivers a notification on the accumulation of complaints to the corresponding consumer terminal or taxi terminal. step; A 25th step of the consumer selecting whether to transfer to the consumer terminal; When the consumer selects the transfer to the consumer terminal, the step 26 returns to the 10th step. In case a traffic accident occurs while the taxi is driving, the server insures the corresponding taxi driver and the consumer. It is characterized in that it comprises a; step 27 of receiving the reception, dispatching a taxi from the server according to the existing dispatch information, and returning to the 14th step.
In the tenth step, the coordinate point may be designated by the vote of the consumer corresponding to a corresponding city, county, or district, and may be designated as a multi-distribution area.
In the eleventh step, step 11-1 of marking the boarding point and the disembarkation point in coordinates provided with vertical and horizontal lines spaced apart from each other at regular intervals on the upper surface of the city, county, and ward map of a corresponding region in the server; Step 11-2 of calculating the shortest distance by reflecting real-time road conditions in the server, and calculating a moving distance in the order of the vertical line and the horizontal line; 11-3 step of checking the number of passengers on board the taxi in the server; If the number of passengers for a medium-sized or large-sized taxi is 0, the taxi with the lowest quota within the distance (A) where the current location of the taxi and the consumer boarding distance are set is assigned first, and the quota within the set distance (B) is the highest. Step 11-4 in which a lower taxi is assigned as a second priority, and a taxi within a set distance (B) is assigned as a third priority; In the case of a medium-sized taxi, if the number of passengers is 1 or more and less than 3 passengers, and in the case of a large-sized taxi, if the number of passengers is 1 or more and less than 7 passengers, the current location of the taxi and the boarding point are within the set distance (A) 1 If the ranking, the taxi's travel route and the shortest distance in step 11-2 match more than 60%, it is assigned as the second priority, and the quota within the set distance (B) where the location on the taxi route and the ride distance of other consumers are set. Step 11-5 in which the lowest taxi is assigned to the third priority, the taxi with the lowest quota within the set distance (C) is assigned to the fourth priority, and the taxi within the set distance (C) is assigned to the fifth priority; For medium-sized taxis, if the number of passengers is more than 3, and in case of large-sized taxis, if the number of passengers is more than 7, the taxi with the lowest quota within the set distance (B) between the taxi drop off point and the consumer boarding point will be assigned first. , Step 11-6 in which the taxi with the lowest allocation amount within the set distance (C) is assigned as a second priority, and the taxi within the set distance (C) is assigned as the third priority; It characterized in that it is; 11-7 steps of transmitting the moving route modified by the server to the taxi terminal.
In any one of the 11th and 16th steps, when moving within a set distance (C) or less, the use ticket is deducted once, and when it exceeds the set distance (C), the set number of use passes is deducted, and the entire movement It is characterized in that it can be used for free if the distance is less than the set distance (D) or less than the set time (A).

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The server collects data on the usage history of the customer's boarding point, disembarkation point, and stopover point, and displays it to be updated in real time with different colors on the coordinates according to the frequency, and the server displays the location of the taxi driver on the coordinates in real time And the information on the coordinates is transmitted to the taxi terminal.

The taxi ride sharing method according to the present invention has the following effects.

Existing taxi drivers normally operate the taxi transportation business, but it is possible to participate as an incidental, thereby generating additional profits for taxi drivers.

As an intermediate form between the conventional bus concept and taxi, specific points in a checkerboard form are formed by city, county, and distinction. Unlike bus stops arranged along the street, specific points are designated in places close to the actual residential space, and operation method Is moved from a specific point to another point by taxi, and unlike conventional taxis, the cost is not a cost that fluctuates over time, but a one-time pass is charged for one ride, and the travel distance is limited. It can lead to economic activity.

1 is a view showing the configuration of a taxi ride sharing method according to the present invention.
Figure 2 is a flow chart showing a taxi ride sharing method according to the present invention.

Hereinafter, a preferred embodiment of a method for sharing a taxi ride according to the present invention will be described in detail with reference to the accompanying drawings.

As shown in FIG. 1, the present inventor's taxi ride sharing method includes a consumer terminal 100 that can receive a taxi ride through an app and check taxi information, and information received through the consumer terminal 100 through an app. Taxi terminal 200 that can be checked, the head office terminal 300 for checking and managing the information of the consumer terminal 100 and the taxi terminal 200 through an app, the consumer terminal 100, the taxi terminal 200 And a server 400 interlocking with the main office terminal 300 to store and process various information.

First, the consumer terminal 100 may receive a taxi ride by a consumer by installing an app, and receive taxi information. Specifically, it is possible to check taxi driver information, taxi vehicle number, and expected arrival time.

In addition, the taxi terminal 200 may check the information received through the consumer terminal 100 by installing the app by the taxi driver. Specifically, it is possible to check the location of the consumer and the like.

The head office terminal 300 checks and manages various information of the consumer terminal 100 and the taxi terminal 200 through the app by the head office manager.

The consumer terminal 100, the taxi terminal 200, and the head office terminal 300 include not only portable terminals such as smart phones, notebook computers, PDAs (Personal Digital Assistant), etc., but also terminals capable of wired communication such as PC (Personal Computer). I can.

In addition, with the development of technology, the consumer terminal 100, the taxi terminal 200, and the head office terminal 300 can freely receive wireless Internet service regardless of the location where the user is located. The wireless Internet service refers to a service that provides Internet content through a mobile communication network. It is an advanced personalization service according to an individual's use of a terminal, and is characterized as a service capable of providing unique information based on a user's mobility. In particular, a wireless positioning technology (PDT:Position Determination Technology) that determines the location of a mobile communication terminal is a network-based method using a base station received signal or a handset-based method using a global positioning system (GPS) signal. ), as a hybrid method that improves location accuracy by mixing two technologies, location-based services (LBS) among various wireless Internet services are emerging and can be used for location determination of the present invention. have.

The server 400 may include a plurality of databases provided in the consumer terminal 100, the taxi terminal 200, and the head office terminal 300, and the server 400 is the consumer terminal 100, the taxi terminal It is possible to transmit and receive information through the network 200 and the main office terminal 300 and the network.

The server 400 may distribute the app to the third party app store accessor through a third party app store. As an example of the present invention, a third-party app store that supplies the app includes an app store for smartphone terminals such as Android-based or iOS-based, as well as a wired-based Internet app store. The app may be provided for a fee or for free, and in the present invention, it is provided for free to a terminal connected to a wired or wireless network.

And, a taxi ride sharing method according to the present invention will be described in detail.

In the first step, the taxi driver registers information of the taxi driver through the app of the taxi terminal 200. Here, through the app of the taxi terminal 200, information of a taxi driver, taxi vehicle number, etc. can be entered, and the information is registered in the server 400 and there is no problem separate from the authentication procedure. The head office manager approves it through the head office terminal 300, and the information is stored in the server. The information can not be modified by the taxi driver through the app of the taxi terminal 200, and can be modified through a modification request through the taxi terminal 200.

In the second step, the consumer downloads the app to the consumer terminal 100, activates the app, registers the consumer's information, and signs up as a member. Here, the consumer's name, resident number, phone number, and payment method may be input. Real name authentication can be performed through the phone number. In addition, the payment method may select a credit card, a non-bankbook deposit, or a mobile phone payment, but is not limited thereto.

In addition, membership registration can be completed after consenting to the consent of whether to ride, such as usage information, location information, same-sex ride and the inability to select contiguous seats, credit payment registration, passenger insurance service, and crime eradication agreement. And the membership registration information is stored in the server 400.

In the third step, the consumer logs in with the information of the consumer registered as the consumer.

In the fourth step, when the consumer exceeds the number of login inputs, the server 400 may be set to log in to the consumer terminal 100 when the consumer selects a login error in the consumer terminal 100. Here, the server 400 may check the member registration information of the consumer and reset the password.

In the fifth step, the consumer logs in to the consumer terminal 100. If you log in to the consumer terminal 100, you can check the history of previous use. You can also check the number of strokes held.

In the sixth step, when the number of holdings in the fifth step is insufficient, the consumer selects a payment window for a use right through the consumer terminal 100.

Here, when the consumer attaches the documentary evidence to the consumer terminal 100 and selects payment of the use ticket, the server 400 may transmit the documentary document to the main office terminal 300. The above-mentioned supporting documents are student ID, employee ID, and employment certificate, but are not limited thereto. In addition, the head office manager may review the documentary evidence through the app of the head office terminal 300 and select acceptance or rejection.

In the seventh step, the consumer selects a payment method through the consumer terminal 100 to make a payment, and the server 400 adds the number of holdings to the consumer terminal 100. Here, the consumer may purchase a use ticket for a predetermined number of times using the consumer terminal 100, and points and coupons are provided according to the purchase of the use ticket to receive a discount.

In the eighth step, the consumer receives a ride to the consumer terminal 100.

In the ninth step, the consumer checks the details of usage and number of holdings with the consumer terminal 100.

In step 10, the consumer selects the number of people, gender, boarding point, and disembarkation point to the consumer terminal 100 by coordinates, and designates a number to which vehicle dispatch information is to be transmitted, and reception information is stored in the server 400. Here, the boarding and disembarkation points can be designated as coordinate points, and the coordinate points can be designated by the vote of the consumer corresponding to the city, county, or district, and can be selected as a dispatch area for the last three months, and limited to this. I never do that.

In addition, the consumer can select whether to ride with the consumer terminal 100 in a mixed gender, and it is designated so that when the consumer accompanies a man and a woman to ride, it can automatically ride in a mixed manner.

In the eleventh step, the server 400 dispatches a taxi according to the received information, and transmits the estimated number of deductions to the consumer terminal 100. Here, the dispatching may be carried out during general work hours, work hours, and school hours, and varies depending on the occupational group, but dispatches from 7 o'clock to 10:30, 12 to 13:30, and 16:00 to 20:00. It can be, but is not limited thereto.

In step 11-1, the server 400 marks the boarding point and the disembarkation point on coordinates provided with vertical and horizontal lines separated from each other at regular intervals on the upper surface of the map of the city, county, and district of the corresponding region. Here, the distance between the horizontal line and the vertical line is preferably 100m to 1km, but is not limited thereto.

In step 11-2, the server 400 calculates the shortest distance between the boarding point and the disembarkation point according to the reception information by reflecting real-time road conditions. The moving distance is calculated in the order of the vertical line and the horizontal line corresponding to the shortest distance.

Here, the estimated number of deductions of the server 400 may be calculated through the calculated moving distance. When moving less than the set distance (C), the pass is deducted once, and if the set distance (C) is exceeded, the set number of passes is deducted, and the total travel distance is less than the set distance (D) and less than the set time (A). If you do, you can use it for free. In addition, the number of holdings can be deducted according to the number of people. Here, it is preferable that the set distance (C) is 6 km, and the set distance (D) is 6 km. In addition, if it exceeds the set distance (C), it is preferable to deduct twice when moving to 12 km or less, but is not limited thereto.

In step 11-3, the server 400 checks the number of passengers in the taxi. When the taxi arrives at the boarding point, the server 400 adds a number of people, and when the taxi arrives at the drop-off point, the number of people is deducted, so that the server 400 can determine the number of taxis.

For medium-sized taxis, less than 3 passengers, and for large-sized taxis, less than 7 passengers may be dispatched. Then, by inputting whether or not the taxi terminal 200 uses GPS, the location information of the taxi terminal 200 is obtained, and the location information is stored in the server 400. In addition, when the number of passengers in the taxi is more than one, the server 400 stores information on the movement route of the taxi.

In step 11-4, when the number of passengers in the taxi is 0, or when the number of passengers in a medium-sized or large-sized taxi is 0, the current location of the taxi and the distance of the consumer's boarding point are set in the server 400 (A) The taxi with the lowest quota is assigned first, the taxi with the lowest quota within the set distance (B) is assigned as the second priority, and the taxi within the set distance (B) is assigned as the third priority.

In Steps 11-5, when the number of passengers in the taxi is a medium-sized taxi, 1 or more and less than 3, and a large taxi, 1 or more and less than 7, the distance between the current location of the taxi and the boarding point in the server 400. If is within the set distance (A), it is assigned as first priority, and if the taxi's moving route and the shortest distance in step 11-2 match more than 60%, it is assigned as second priority. The taxi with the lowest quota within the set distance (B) is assigned the third priority, and the taxi with the lowest quota within the set distance (C) is assigned in the fourth priority, and the taxi within the set distance (C) is assigned priority. Assigned to the 5th priority.

In step 11-6, if the number of passengers is more than 3 in the case of a medium-sized taxi, and the number of passengers in the case of a large-sized taxi is more than 7, the distance between the taxi drop off point and the consumer boarding point is set in the server 400 (B) The taxi with the lowest quota is assigned the first priority, the taxi with the lowest quota within the set distance (C) is assigned the second priority, and the taxi within the set distance (C) is assigned the third priority.

In step 11-7, the moving route modified by the server 400 is transmitted to the taxi terminal 300.

In step 12, the server 400 transmits taxi dispatch information to the consumer terminal 100, and the consumer selects a desired seat to the consumer terminal 100. Here, with the consumer terminal 100, a seat connected to another passenger may be deactivated so that it cannot be selected.

In the thirteenth step, seat information is stored in the server 400, the server 400 deducts the number of holdings of the consumer, and the server 400 transmits the customer dispatch information to the taxi terminal 300. . Here, when moving less than the set distance (C), the pass is deducted once, and if the set distance (C) is exceeded, the set number of passes (A) is deducted, and the total travel distance is less than the set distance (D), and the set time (A) You can use it for free if you transfer to the following. In addition, the number of holdings can be deducted according to the number of people. Here, it is preferable that the set distance (C) is 6 km, and the set distance (D) is 6 km. In addition, if it exceeds the set distance (C), it is preferable to deduct twice when moving to 12 km or less, but is not limited thereto.

The taxi dispatch information includes taxi driver information, taxi vehicle number, expected arrival time, and the like, and the consumer dispatch information includes a boarding place, a drop-off location, a moving route, and an arrival time. Here, the time it takes to arrive differs in real time due to a change in position according to the GPS signal of the taxi terminal 200.

In addition, when the server 400 fails to deliver a notification about the dispatch to the consumer terminal 100 within 1 minute, the consumer may select a cancellation to the consumer terminal 100.

And, after the consumer checks the taxi dispatch information with the consumer terminal 100, the video advertisement can be checked with the consumer terminal 100, and after a certain time, the advertisement can be turned over to remove the advertisement.

When the taxi driver arrives at the departure point in step 14, the timer of the taxi terminal 200 is operated. Here, when the location of the taxi driver and the location of the departure point according to the GPS signal of the taxi terminal 200 are the same, the timer of the taxi terminal 200 is operated, and at this time, the taxi driver waits. The timer time is different for each city, county, and district, and the head office manager may designate the head office terminal 300.

In step 15, when the taxi driver arrives at the point of departure according to the GPS signal of the taxi terminal 200, the server 400 transmits a member confirmation notification to the taxi terminal 200. Here, the server 400 checks and stores the addition of the number of the corresponding taxi.

In step 16, the taxi driver checks a member confirmation notification with the taxi terminal 200, confirms that the consumer matches the member information, and then departs. Then, the server 400 transmits vehicle dispatch information to the number set in the tenth step.

In step 17, when the taxi driver arrives at the drop-off point according to the GPS signal of the taxi terminal 200, the server 400 transmits the information on the drop-off location and the drop-off time by the customer to the number set in the tenth step. do. In addition, the server 400 checks and stores the number of people deducted from the taxi.

In step 18, the server 400 transmits a complaint notification to the consumer terminal 100 and the taxi terminal 200.

In the 19th step, when the consumer selects to receive a complaint through the consumer terminal 100 and selects a taxi and a reason, the server 400 sends the contents of the complaint to the taxi terminal 200 of the corresponding taxi driver. Deliver. Here, the content of the complaint may be selected from vehicle information inconsistency, taxi driver information inconsistency, unnecessary conversation, unpleasant scent, and abusive language, but is not limited thereto.

In step 20, an objection is filed with the taxi terminal 200 of the taxi driver, and the server 400 transmits the complaint to the main office terminal 300. In addition, the server 400 transmits data such as cameras and black boxes arranged on the vehicle of the corresponding taxi driver to the main office terminal 300.

In step 21, the person in charge of the head office confirms receipt of the complaint with the head office terminal 300. Here, the head office manager may check the camera of the corresponding taxi through the head office terminal 300. In addition, the head office manager transmits the result of complaint reception to the consumer terminal 100 and the taxi terminal 200 using the head office terminal 300. And it transmits a notification about the accumulation of complaints to the corresponding consumer terminal 100 or the taxi terminal 200. Here, if the accumulated complaints received more than 2 times, the above app can no longer be used. Here, if the accumulation of complaints received by the taxi driver and the consumer is more than two times, the app cannot be used for 3 to 5 months, and opinions on the reception can be presented, so that the use of the app according to the procedure through a separate deliberation. Make it possible to restore the right to

In the 22nd step, in the 18th step, when the taxi driver selects to receive a complaint through the taxi terminal 200 and selects a reason with the consumer, the server 400 complains to the consumer terminal 100 of the corresponding consumer. Deliver the details of the application. Here, the content of the complaint may be selected from among consumer information inconsistency, unnecessary conversation, and abusive language, but is not limited thereto.

In step 23, the objection is raised by the consumer to the consumer terminal 100, and the server 400 transmits the complaint to the main office terminal 300. In addition, the server 400 transmits data such as cameras and black boxes arranged on the vehicle of the corresponding taxi driver to the main office terminal 300.

In step 24, the head office manager confirms receipt of the complaint with the head office terminal 300. Here, the head office manager may check the camera of the corresponding taxi through the head office terminal 300. In addition, the head office manager transmits the result of complaint reception to the consumer terminal 100 and the taxi terminal 200 using the head office terminal 300. And it transmits a notification about the accumulation of complaints to the corresponding consumer terminal 100 or the taxi terminal 200. Here, if the cumulative number of complaints received is more than two, the app can no longer be used. Here, if the accumulation of complaints received by the taxi driver and the consumer is more than two times, the app cannot be used for 3 to 5 months, and opinions on the reception can be presented, so that the use of the app according to the procedure through a separate deliberation. Make it possible to restore the right to

In step 25, the consumer selects whether to transfer to the consumer terminal 100.

When the consumer selects to transfer to the consumer terminal 100 in step 36, the process returns to step 10.

In step 27, when a traffic accident occurs while the taxi is operating, the server receives insurance for the corresponding taxi driver and the consumer. And when the consumer wants to take a taxi, the server 400 allows the server 400 to input whether or not the consumer terminal 100 uses GPS to obtain the location information of the consumer terminal 100 and set the current location of the consumer as the boarding location. Then, according to the existing dispatch information, the taxi is redistributed by setting up the disembarkation point, and the process returns to step 12.

The rearrangement method is the same as steps 11-1 to 11-7, and detailed descriptions are omitted.

Coordinate information may be provided from the server 400 to the taxi terminal 200 so that the taxi driver can smoothly move the location and select a waiting place.

The information on the coordinates may be displayed to be updated in real time in different colors on the coordinates according to frequency by collecting data on the usage history of the consumer's boarding point, disembarkation point, and transit point by the server 400. In addition, the location of the taxi driver is confirmed by a GPS signal of the taxi terminal 200 so that it can be displayed in real time on the coordinates. Here, the information of the passenger's boarding point, a drop-off point, and a stopover point, and the location of the taxi driver are displayed in different colors to make it easier to distinguish.

Through this, it is possible for the taxi driver to shorten the taxi roaming time in advance and to increase the success rate of dispatching. In addition, it is possible to wait efficiently when selecting a waiting place in advance.

In addition, when the taxi driver is located in an area where there are many other taxi drivers, the server 400 may provide a notification of a movement recommendation to the taxi terminal 200.

Various embodiments described herein may be implemented in a medium that can be read by a computer or a similar device using, for example, software, hardware, or a combination thereof.

According to hardware implementation, the embodiments described herein include application specific integrated circuits (ASICs), digital signal processors (DSPs), digital signal processing devices (DSPDs), programmable logic devices (PLDs), field programmable gate arrays (FPGAs), It may be implemented using at least one of processors, controllers, micro-controllers, microprocessors, and electrical units for performing other functions. The described embodiments may be implemented as a management server and/or the system itself.

According to software implementation, embodiments such as procedures and functions described herein may be implemented as separate software modules. Each of the software modules may perform one or more functions and operations described herein. The software code can be implemented as a software application written in an appropriate programming language. The software code is stored in a management server and/or a database, and can be executed by an app.

Meanwhile, the various embodiments presented herein may be implemented as a method, an apparatus, or an article of manufacture using standard programming and/or engineering techniques. The term “article of manufacture” includes a computer program, carrier, or media accessible from any computer readable device. For example, computer-readable media include magnetic storage devices (e.g., hard disks, floppy disks, magnetic strips, etc.), optical disks (e.g., CD, DVD, etc.), smart cards, and flash memory devices. (E.g., EEPROM, card, stick, key drive, etc.). In addition, the various storage media presented herein include one or more devices and/or other machine-readable media for storing information. The term “machine-readable medium” includes, but is not limited to, wireless channels and various other media capable of storing, holding, and/or transmitting instruction(s) and/or data.

The description of the presented embodiments is provided to enable any person skilled in the art to use or practice the present invention. Various modifications to these embodiments will be apparent to those of ordinary skill in the art, and general principles defined herein can be applied to other embodiments without departing from the scope of the present invention. Thus, the present invention is not to be limited to the embodiments presented herein, but is to be construed in the widest scope consistent with the principles and novel features presented herein.

100: consumer terminal
200: taxi terminal
300: Head office terminal
400: server

Claims (5)

A consumer terminal that can receive taxi rides through the app and check taxi information;
A taxi terminal capable of checking information received through the consumer terminal through an app;
A main office terminal that checks and manages information of the consumer terminal and taxi terminal through an app;
Including; a server interlocking with the consumer terminal, the taxi terminal, and the head office terminal to store and process various information,
A first step in which the taxi driver registers the information of the taxi driver through the app of the taxi terminal;
A second step in which a consumer downloads the app to the consumer terminal, enters the consumer's name, resident number, phone number, and payment method to sign up for membership, and member subscription information is stored in the server;
A third step in which a consumer logs in to the consumer terminal;
A fourth step of setting the server to log in to the consumer terminal when the consumer selects a login error in the consumer terminal when the number of login inputs is exceeded;
A fifth step of checking the details of usage and number of holdings when the consumer logs in to the consumer terminal;
A sixth step in which, when the number of holdings in the fifth step is insufficient, the consumer selects a payment window for a use ticket with the consumer terminal;
A seventh step of the consumer selecting and paying a payment method through the consumer terminal, and adding the number of holdings from the server to the consumer terminal;
An eighth step of receiving a ride by the consumer to the consumer terminal;
A ninth step of the consumer checking the details of usage and number of holdings with the consumer terminal;
A tenth step in which the consumer selects the number of people, gender, boarding location, and disembarkation point as coordinate points with the consumer terminal, designating a number to which vehicle dispatch information is to be transmitted, and storing reception information in the server;
An eleventh step of distributing a taxi in accordance with the reception information in the server and transmitting an expected number of deductions to the consumer terminal;
A twelfth step of transmitting taxi dispatch information from the server to the consumer terminal, and selecting a desired seat except for a seat connected to the consumer terminal by the consumer;
A thirteenth step of storing seat information in the server, deducting the number of holdings of the consumer from the server and transferring the customer dispatch information from the server to the taxi terminal;
A 14th step in which, when the taxi driver arrives at the departure point, a timer of the taxi terminal is operated and the taxi driver waits;
A fifteenth step of transmitting a member confirmation notification from the server to the taxi terminal when the taxi driver arrives at the departure point;
A sixteenth step of the taxi driver checking a member confirmation notification with the taxi terminal, confirming whether the member information matches the customer, and then departing, and transmitting dispatch information from the server to the number set in the tenth step;
A seventeenth step of transmitting information on the drop-off location and the drop-off time by the consumer to the number set in the tenth step from the server when the taxi driver arrives at the drop-off point;
An eighteenth step of transmitting a complaint notification notification from the server to the consumer terminal and the taxi terminal;
A 19th step of, when the consumer selects to receive a complaint through the consumer terminal and selects a taxi and a reason in step 18, transmitting the content of the complaint from the server to the taxi terminal of the corresponding taxi driver;
A twentieth step of filing an objection to the taxi terminal of the corresponding taxi driver and transmitting the complaint reception from the server to the main office terminal;
The 21st step in which the head office manager confirms the complaint received from the head office terminal, transmits the result of the complaint to the consumer terminal and the taxi terminal, and delivers a notification on the accumulation of complaints to the corresponding consumer terminal or taxi terminal. ;
A 22nd step of, when the taxi driver selects to receive a complaint through the taxi terminal and selects a reason with the consumer in the 18th step, transmitting the content of the complaint from the server to the consumer terminal of the corresponding consumer;
A 23rd step of raising an objection to the consumer terminal of the corresponding consumer and transmitting the complaint reception from the server to the main office terminal;
The 24th in which the head office manager checks the complaint received from the head office terminal, transmits the result of the complaint to the consumer terminal and the taxi terminal, and delivers a notification on the accumulation of complaints to the corresponding consumer terminal or taxi terminal. step;
A 25th step of the consumer selecting whether to transfer to the consumer terminal;
When the consumer selects to transfer to the consumer terminal, a step 26 of returning to the tenth step; and
When a traffic accident occurs while the taxi is operating, the server receives insurance for the taxi driver and the consumer, dispatches the taxi from the server according to the existing dispatch information, and returns to the 14th step; Taxi ride sharing method, characterized in that configured. The method of claim 1,
In the tenth step,
The coordinate point may be designated by the vote of the consumer corresponding to a corresponding city, county, or district, and a taxi ride sharing method, characterized in that it may be designated as a multi-distribution area. The method of claim 1,
In the eleventh step,
Step 11-1 of marking the boarding point and the disembarkation point on the coordinates provided with vertical and horizontal lines spaced apart from each other at regular intervals on the upper surface of a city, county, or old map of a corresponding region in the server;
Step 11-2 of calculating the shortest distance by reflecting real-time road conditions in the server, and calculating a moving distance in the order of the vertical line and the horizontal line;
11-3 step of checking the number of passengers on board the taxi in the server;
If the number of passengers for a medium-sized or large-sized taxi is 0, the taxi with the lowest quota within the distance (A) where the current location of the taxi and the consumer boarding distance are set is assigned first, and the quota within the set distance (B) is the highest. Step 11-4 in which a lower taxi is assigned as a second priority, and a taxi within a set distance (B) is assigned as a third priority;
In the case of a medium-sized taxi, if the number of passengers is 1 or more and less than 3 passengers, and in the case of a large-sized taxi, if the number of passengers is 1 or more and less than 7 passengers, the current location of the taxi and the boarding point are within the set distance (A) 1 If the ranking, the taxi's travel route and the shortest distance in step 11-2 match more than 60%, it is assigned as the second priority, and the quota within the set distance (B) where the location on the taxi route and the ride distance of other consumers are set. Step 11-5 in which the lowest taxi is assigned to the third priority, the taxi with the lowest quota within the set distance (C) is assigned to the fourth priority, and the taxi within the set distance (C) is assigned to the fifth priority;
For medium-sized taxis, if the number of passengers is more than 3, and in case of large-sized taxis, if the number of passengers is more than 7, the taxi with the lowest quota within the set distance (B) between the taxi drop off point and the consumer boarding point will be assigned first. , Step 11-6 in which the taxi with the lowest allocation amount within the set distance (C) is assigned as a second priority, and the taxi within the set distance (C) is assigned as the third priority;
11-7 step of transmitting the moving route modified by the server to the taxi terminal; a taxi ride sharing method, characterized in that. The method of claim 1,
In any one of the 11th and 16th steps,
If you move below the set distance (C), the number of passes is deducted once, and if it exceeds the set distance (C), the number of set passes is deducted.
Taxi ride sharing method, characterized in that it can be used for free when the total travel distance is less than a set distance (D) or less than a set time (A). The method of claim 1,
The server collects data on the usage history of the consumer's boarding point, disembarkation point, and waypoint, and displays the data to be updated in real time in different colors on the coordinates according to the frequency,
The server displays the location of the taxi driver in real time on coordinates,
The taxi ride sharing method, characterized in that the information on the coordinates is transmitted to the taxi terminal.

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