KR101768875B1 - Tourism fee charging system of contents delivery system using a rental car navigation - Google Patents
Tourism fee charging system of contents delivery system using a rental car navigation Download PDFInfo
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Abstract
The present invention relates to a fee charging system for a tourist content supply system using a rental car navigation system that charges a fee in consideration of the number of visits, purchase amount, or evaluation score.
Description
The present invention relates to a fee billing system for a tourist content supply system using rental car navigation, and more particularly, to a fee billing system for a tourist content supply system using rent-a-car navigation system in which a fee is charged in consideration of the number of visits, Billing system.
The navigation device guides the driver to a driver who does not know the route to the destination, and helps the driver who does not know the route to visit the destination.
Such navigation is initially produced in the form of a separate terminal, and recently it is provided in the form of a smartphone application (e.g., SK Telecom's teemmap).
As a related art related to navigation, Korean Patent Laid-Open Publication No. 10-2015-0103236 (published on May 29, 2019, a method for generating a display signal for a navigation device for a vehicle and a navigation device for a vehicle) is exemplified.
According to the patent document, "a data provider is designed to provide data of a three-dimensional navigation map including a raised map object, and the processor also includes a map object including a raised map object around the vehicle based on the determined position of the vehicle Is designed to provide a display signal representative of a navigation map for a display device for receiving data of a three-dimensional navigation map from a data provider and reproducing a navigation map. "
As described above, in the conventional navigation technology such as the patent literature, fees are charged in consideration of the number of visits, the purchase amount, or the evaluation score while providing tourism contents by using navigation mounted on a rental car covered by the present invention, The system does not disclose a system for providing tourism contents and a system for charging fee fees.
The present invention has been made in order to solve the above-mentioned problems, and it is an object of the present invention to provide tourism contents by using navigation mounted on a rental car, charge a fee in consideration of the number of visits, purchase amount or evaluation score, The present invention also provides a fee charging system for a tourist content supply system using a rental car navigation system that provides an evaluation score that is close to an actual value.
In order to achieve the above object, in a fee charging system of a tourist content supply system using rental car navigation according to the present invention, the tourist content supply system includes a position information detection unit mounted in the rental car and detecting position information of the rental car And provides the user of the rental car with an application including a route guidance, sightseeing information, restaurant information, lodging company information, leisure facility information and convenience facility information, and provides the user with a right to use the tourist attraction, restaurant, lodging company, leisure facility, A server that communicates with the navigation and on-site terminals to provide the navigation and the application updated in real time to the on-site terminals, and a server installed in the tourist sites, restaurants, lodging companies, leisure facilities, The business manager of the application The hotel can update tourist information, restaurant information, lodging company information, leisure facility information, and convenience facility information, and can purchase, refund, reserve, and follow-up management of the tourist sites, restaurants, lodging companies, leisure facilities, And a field terminal capable of real-time execution.
The server includes a fee charging unit for charging an advertisement fee of the sightseeing spot, restaurant, lodging company, leisure facility, and convenience facility. The server includes personal information input when the rental car navigation contract is made or personal information input through the rental car navigation In order to protect the information, it is necessary to search the rental car user's personal information, the encrypted-converted metadata, and the route history of the rental car user, sightseeing spot information, restaurant information, And a database unit for storing the purchase history of the usage right of the sightseeing place, restaurant, lodging company, leisure facility, and convenience facility in a table, and for statistical processing and data analysis.
At this time, the fee billing section charges the fee based on the data analysis result of the database section.
Here, when the user searches for the tourist information, the restaurant information, the accommodation company information, the leisure facility information, and the convenience facility information using the navigation system, the server automatically searches for the destination of the route, A reservation is made to the on-site terminal of a tourist destination, a restaurant, a lodging company, a leisure facility and a convenience facility, and the server includes a traffic information unit.
Wherein the traffic information unit stores traffic congestion information between a destination and a destination of the route guidance of the rental car equipped with the navigation on the basis of the location information detected by the location information detector, The traffic congestion information is processed and the arrival forecast time of the rental car is calculated in real time on the site terminal of a tourist destination, a restaurant, a lodging company, a lodging company, a leisure facility and a convenience facility, .
At this time, when the rental car re-searches or re-searches the destination for guidance, the reservation is canceled at the site terminal of the tourist destination, restaurant, lodging company, leisure facility and convenience facility, , A restaurant, a lodging company, a leisure facility, and a convenience facility, the fee accounting department charges a fee based on the number of visits of the tourist spot, restaurant, lodging company, leisure facility and convenience facility.
Further, the server may provide tourist information, restaurant information, lodging company information, and convenience facility information to the user of the rental car based on the position information of the rental car or the search of the user of the rental car through the application And E (Sm), which is an evaluation score (score) as shown in the following Equation 1,
Equation 1:
Here, E (Sm) is the normalized value of the score for the mth company (institution, company) among the M companies in tourist sites, restaurants, lodging companies and convenience facilities. En (Sm) Is the normalized value of the score of the n-th user,
Wherein? N, m in the equation (1 ) is obtained by the following equation (2)
Charging system for tourist contents using rental car navigation system.
Equation 2:
Here, c n, m is the normalization value of the purchase amount spent by the mth user of the nth user out of all N users, v n, m is the number of visits to the mth user of the nth user among all N users ≪ / RTI >
? N, m in Equation (1 ) is obtained by the following Equation (2)
Equation 2:
Here, c n, m is the normalization value of the purchase amount spent by the mth user of the nth user out of all N users, v n, m is the number of visits to the mth user of the nth user among all N users ≪ / RTI >
Further,? N, m in the equation (2 ) is obtained by the following equation (3)
Equation (3)
Here, β 1 and β 2 are constants which are real numbers of 0 or more and 1 or less, and are derived from the database unit.
Wherein β 1 and β 2 are arbitrarily set as a constant which is a real number between 0 and 1 as an initial setting, and the database unit increases or decreases in real time so that the degree of access to the display based on the evaluation score by the user of the rental car is monitored And is derived by calculating in real time.
Wherein the fee accounting section is configured to set a fee according to the following expression (4) based on the data analysis result of the database section,
Equation 4:
Here, P (Sm) is the commission charged for the mth company (institution, company) among the M companies in the tourist sites, restaurants, lodging companies and convenience facilities. C n, m is the nth user v n, m is the normalized value of the number of visits to the mth company of the nth user out of all N users, and γ 1 , γ 2 and γ 3 are the normalized values of the purchase amount consumed by the mth company, And is a value calculated by the database unit as a constant.
Also, the database unit arbitrarily sets the γ 1 , γ 2, and γ 3 as constants, which are real numbers, by the initial setting, and the database unit stores the γ 1 , γ 2 and γ 3 , respectively.
According to the fee charging system of the tourist content supply system using the car navigation system according to the present invention,
First, unlike in the past, it is possible to provide tourist contents (sightseeing places, restaurants, lodging companies, ladder facilities, convenience facilities, etc.) of the local area by utilizing the navigation installed in the rental car, It is possible to easily search for the user.
Second, the commission can be charged for the future value by considering the number of visits, the purchase amount, or the evaluation score through the equation (4), so that the commission can be efficiently charged.
Third, it is possible to protect personal information through metadata, and it is possible to obtain accurate statistics by accumulating database by purchasing history and moving route according to age and sex of users.
Fourthly, in equations (1) to (3), it is possible to charge the fee in consideration of the number of visits or the amount of purchase to give an evaluation that is close to the actual value, and thus, It is possible to provide tourist information.
BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an embodiment of a fee charging system of a tourist content supply system using rental car navigation according to a preferred embodiment of the present invention.
2 is a flowchart for accumulating application update data according to a preferred embodiment of the present invention.
Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. Prior to this, terms and words used in the present specification and claims should not be construed as limited to ordinary or dictionary terms, and the inventor should appropriately interpret the concepts of the terms appropriately The present invention should be construed in accordance with the meaning and concept consistent with the technical idea of the present invention.
Therefore, the embodiments described in this specification and the configurations shown in the drawings are merely the most preferred embodiments of the present invention and do not represent all the technical ideas of the present invention. Therefore, It is to be understood that equivalents and modifications are possible.
BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is an embodiment of a fee charging system of a tourist content supply system using rental car navigation according to a preferred embodiment of the present invention.
1, a tourist content supply system includes
The
Here, a rental car is a concept that includes a concept of car sharing as well as rental of a vehicle generally performed at a sightseeing spot.
At this time, the convenience facility includes a gas station, a convenience store, a souvenir shop, etc., and can provide distance, time, and operating time from the current location.
The
At this time, the
As shown in the figure, each configuration is connected to each other through a network, and the
In addition, when the user searches for the tourist information, the restaurant information, the accommodation company information, the leisure facility information, and the convenience facility information using the
The
Here, the
When the
2 is a flowchart for accumulating application update data according to a preferred embodiment of the present invention.
According to FIG. 2, the accumulation of application update data can be roughly divided into two steps.
A user carries out a rental car equipped with a navigation system to which a fee charging system of a tourist content supply system using a car navigation system according to the present invention is contracted to generate data continuously (S100, S200, S300, S400) And S310 to S350 of updating the application through the analysis.
Specifically, the server performs S200 and S310 through S340 through a database including metadata and history.
The metadata is matched with the personal information of the rental car user and encrypted and converted so as to protect the personal information inputted at the rental car navigation contract or the personal information directly inputted through the rental car navigation.
As an example of the personal information directly input through the car navigation system, the personal information input to receive the discount coupon of the contents provided by the tourist content supply system can be exemplified.
The personal information may be a resident registration number of a rental car user, a mobile phone number, etc., and may be a resident registration number or a mobile phone number of a passenger described for the purpose of car insurance when a car navigation navigation contract is made.
In addition, the history may include a history of the rental car user, history of tourist information, restaurant information, lodging company information, leisure facility information, and convenience facility information that match the meta data, The purchase history of the facilities and facilities is a purchase history, stored in a table by the database unit, and subjected to statistical processing and data analysis.
At this time, the fee billing section charges a fee based on the data analysis result of the database section.
E (Sm), which is the score of the equation (1) in S330, can be obtained from the user through the application provided by the server, based on the position information of the rental car or according to the search of the user of the rental car, Is provided with tourist information, restaurant information, lodging company information, and convenience information.
Equation 1:
Here, E (Sm) is the normalized value of the score for the mth company (institution, company) among the M companies in tourist sites, restaurants, lodging companies and convenience facilities. En (Sm) Is the normalized value of the score of the n-th user,
Of course, it is also possible to provide a company with a high score in the tourist content supply system using rental car navigation, but it is also possible to set an option that does not provide it if necessary.
In this case,? N, m in Equation (1) can be obtained by Equation (2) of S330,
Equation 2:
Here, c n, m is the normalization value of the purchase amount spent by the mth user of the nth user out of all N users, v n, m is the number of visits to the mth user of the nth user among all N users ≪ / RTI >
In addition,? N, m in Equation (2) can be obtained as shown in Equation (3) of S330,
Equation (3)
Here, β 1 and β 2 are constants which are real numbers of 0 or more and 1 or less, and are derived from the database unit.
The above-mentioned? 1 and? 2 are arbitrarily set as a constant which is a real number between 0 and 1 as an initial setting. The database unit increases or decreases in real time so that the user of the rental car approaches the display based on the evaluation score Is calculated and calculated in real time.
That is, if the user of the rental car increases the degree of access to the display based on the evaluation score within a certain period after changing the coefficient, the change status of the coefficient is maintained, and after changing the coefficient, If the degree of access to the indication based on the score decreases, the state of change of the coefficient is readjusted.
Finally, the fee billing section charges a fee according to the equation (4) of S330 based on the data analysis result of the database section,
Equation 4:
Here, P (Sm) is the commission charged for the mth company (institution, company) among the M companies in the tourist sites, restaurants, lodging companies and convenience facilities. C n, m is the nth user v n, m is the normalized value of the number of visits to the mth company of the nth user out of all N users, and γ 1 , γ 2 and γ 3 are the normalized values of the purchase amount consumed by the mth company, And is a value calculated by the database unit as a constant.
Also, the database unit arbitrarily sets the γ 1 , γ 2, and γ 3 as constants, which are real numbers, by the initial setting, and the database unit stores the γ 1 , γ 2 and γ 3 , respectively.
After the result is obtained (S340), the application is updated (S350) and the latest update data can be provided to the user.
Embodiment 1 is two scenarios for a situation after a user makes a reservation through an application.
A situation. Arrived before or on time
Mr. B is scheduled to go to X Restaurant by 8 o'clock.
The navigation system calculated the time required to travel from the present place to the X restaurant through the fastest route.
Navigation encouraged Mr. B to advance his reservation time, and Mr. B pressed a button to agree to advance his reservation time.
The restaurant X immediately received the reservation time change message and the current location of Mr. B, and was ready to accommodate the guests of the reservation seat. When Mr. B arrived, he could sit and eat right away.
B situation. If you are late in your reservation
Mr. C is scheduled to go to the Y restaurant by 12:30.
Recently, an entertainer who was liked by the broadcasting company had been heard at a nearby tourist destination through the navigation system, and when the destination was reset, the navigation warned that the time to arrive at the restaurant at the Y restaurant is one hour.
However, C ignored these warnings and reset the route to the tourist destination. At the Y restaurant, C received his current location and estimated time of arrival, and canceled the reservation under his own judgment.
The message about cancellation of reservation was sent to Mr. C's smartphone, and Mr. C's meal was automatically refunded.
(In addition, if the reservation is canceled as in situation B above, Mr. C's restaurant rating authority will also be canceled, and the fee to be paid by the Y restaurant will be nullified.)
Embodiment 2 is a scenario for a situation in which a user is provided with a service through navigation, service contents, and the like.
1) Coupon purchase (fee) service
(1) Target companies: restaurants, shopping, cafes, lodging
(2) Contents
- Earning recharge: EX) 300,000 won
- 2,000 ~ 5,000 won deducted per visit
- When the user of the rental car searches the terminal, the departure notification is transmitted through the server which is a system that manages the business (merchant)
- The rental car user notifies the company (merchant) arrival 50m before the server
- Discount coupon can be selected through rental car navigation when applying discount promotion at a merchant
- After selecting the discount coupon, enter the rental car user's personal information (mobile phone number), send the coupon information to the rental car user's mobile phone
- Charge is deducted according to the number of visits and settled through server
- If the charge is less than a certain amount, it will be forwarded to the designated mobile terminal of the company (merchant) and salesperson through the server (if the auto charge applicant company (merchant)
- The company (franchisee) provides free advertising service on the floor through 60,000 magazines monthly and 100,000 monthly portable magazines
2) Time service
(1) Target company: Coupon purchase (commission)
(2) Contents
- Promotional discount service at a specific time at a merchant
- Time advertising cost: 50 ~ 100 won per LAN car (ex. 500,000 won deducted from 5,000 won / 100 won)
- EX) In A restaurant, at 3:00 pm, apply for Time Service at leisure time, transfer promotional contents to the entire rental car terminal in operation, and send discount coupon to the rental car user's mobile phone when the target company (merchant)
3) Area service
(1) Target company: Coupon purchase (commission)
(2) Contents
- Set up a specific area to show discount promotional ads when entering a car rental area
- When a company (merchant) selects a promotion, the discount coupon is transferred to the rental car user's mobile phone
While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. It is to be understood that various modifications and changes may be made without departing from the scope of the appended claims.
100 ...
200 ...
Claims (9)
The tourism contents supply system includes:
And a location information detector for detecting the location information of the rental car, wherein the location information detector detects the location information of the rental car, and the user of the rental car is informed of the application including the route guidance, tourist information, restaurant information, lodging company information, A navigation system capable of purchasing a right to use the tourist attraction, restaurant, lodging company, leisure facility, and convenience facility;
A server communicating with the navigation and field terminals to provide the navigation and the applications updated in real time to the field terminals; And
And can be updated in tourist information, restaurant information, lodging company information, leisure facility information and convenience facility information through the business manager mode of the application installed in the tourist spot, restaurant, lodging company, leisure facility and convenience facility, A site terminal capable of real time purchasing, refund, reservation, and post-management of a use right of a tourist spot, a restaurant, a lodging company, a leisure facility and a convenience facility,
The server includes a fee charging unit for charging an advertisement fee of the tourist spot, the restaurant, the lodging company, the leisure facility, and the convenience facility.
The server comprises:
A metadata corresponding to the personal information of the rental car user and encrypted and converted to protect the personal information input through the rental car navigation or the rental car navigation contract; And
A search history of the rental car user's route history, sightseeing spot information, restaurant information, lodging company information, leisure facility information, and convenience facility information matching with the metadata, and a search history of the sightseeing spot, restaurant, lodging company, leisure facility, And a database unit for storing the usage right purchase history in a table, and performing statistical processing and data analysis,
Characterized in that the fee charging section (10) charges a fee based on a data analysis result of the database section
The server provides tourism information, restaurant information, lodging company information, and convenience facility information to the user of the rental car based on the location information of the rental car or by searching the user of the rental car through the application, E (Sm), which is an evaluation score (score) as shown in Equation (1)
Equation 1:
Here, E (Sm) is the normalized value of the score for the mth company (institution, company) among the M companies in tourist sites, restaurants, lodging companies and convenience facilities. En (Sm) Is the normalized value of the score of the n-th user,
Wherein? N, m in the equation (1 ) is obtained by the following equation (2)
Charging system for tourist contents using rental car navigation system.
Equation 2:
Here, c n, m is the normalization value of the purchase amount spent by the mth user of the nth user out of all N users, v n, m is the number of visits to the mth user of the nth user among all N users ≪ / RTI >
When the user searches for the tourist information, the restaurant information, the accommodation company information, the leisure facility information, and the convenience facility information using the navigation system, the server automatically searches for the tourist destination , A restaurant, a lodging company, a leisure facility and a convenience facility,
The server includes a traffic information unit,
Wherein the traffic information unit stores traffic congestion information between a destination and a destination of the car that is equipped with the navigation system based on the location information detected by the location information detector,
The server processes a plurality of traffic congestion information stored in the traffic information unit and transmits the estimated arrival time of the rental car to the on-site terminal of a tourist destination, a restaurant, a lodging company, a leisure facility, Updating the reservation time of the rental car in real time,
When the rental car re-searches or reestablishes the route guidance destination, cancels the reservation at the site terminal of the sightseeing spot, restaurant, lodging company, leisure facility, and convenience facility,
When the rent-a-car arrives at a destination for guidance and uses the tourist spot, restaurant, lodging company, leisure facility, and convenience facility, the fee billing unit charges a fee based on the number of visits to the tourist resort, restaurant, lodging company, leisure facility, And,
Charging system for tourist contents using rental car navigation system.
And? N, m in the equation (2 ) is obtained by the following equation (3)
Charging system for tourist contents using rental car navigation system.
Equation (3)
Here, β 1 and β 2 are constants which are real numbers of 0 or more and 1 or less, and are derived from the database unit.
Wherein β 1 and β 2 are arbitrarily set as a constant which is a real number between 0 and 1 as an initial setting, and the database unit increases or decreases in real time so that the degree of access to the display based on the evaluation score by the user of the rental car is monitored And a value obtained by calculation in real time.
Charging system for tourist contents using rental car navigation system.
Wherein the fee charging section calculates a fee according to the following expression (4) based on the data analysis result of the database section:
Charging system for tourist contents using rental car navigation system.
Equation 4:
Here, P (Sm) is the commission charged for the mth company (institution, company) among the M companies in the tourist sites, restaurants, lodging companies and convenience facilities. C n, m is the nth user v n, m is the normalized value of the number of visits to the mth company of the nth user out of all N users, and γ 1 , γ 2 and γ 3 are the normalized values of the purchase amount consumed by the mth company, And is a value calculated by the database unit as a constant.
Wherein the database unit to the factory setting the γ 1, γ 2 and γ 3 is a real number, a constant (constant) arbitrarily set to, the γ 1, on the basis of the subscription off rates and new subscription rate of the areas in the database unit and γ 2 , characterized in, that and the value obtained by increasing or decreasing the γ 3
Charging system for tourist contents using rental car navigation system.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112801727A (en) * | 2020-11-30 | 2021-05-14 | 北京交通大学 | Joint optimization method considering number of parking spaces at rental spots and vehicle scheduling |
Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR100873047B1 (en) * | 2008-05-23 | 2008-12-11 | (주) 대동종합건설 | Real time tour service method and system the same |
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Patent Citations (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR100873047B1 (en) * | 2008-05-23 | 2008-12-11 | (주) 대동종합건설 | Real time tour service method and system the same |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN112801727A (en) * | 2020-11-30 | 2021-05-14 | 北京交通大学 | Joint optimization method considering number of parking spaces at rental spots and vehicle scheduling |
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