KR101554160B1 - Smart device with Car Rental App. - Google Patents

Abstract

The present invention relates to a smart device equipped with a rental car reservation mediating application, and more particularly, to a smart car equipped with a rental car reservation mediating app, in which a smart car equipped with a rental car reservation mediating application is used to make a reservation for a rental car, The present invention relates to a smart device equipped with a rent-a-car reservation mediating app which can use a rent-a-car more quickly and conveniently by proceeding through a rent-a-car reservation mediating app.

Description

{Smart device with Car Rental App.}

The present invention relates to a smart device equipped with a rental car reservation mediating application, and more particularly, to a smart car equipped with a rental car reservation mediating app, in which a smart car equipped with a rental car reservation mediating application is used to make a reservation for a rental car, The present invention relates to a smart device equipped with a rent-a-car reservation mediating app which can use a rent-a-car more quickly and conveniently by proceeding through a rent-a-car reservation mediating app.

Generally, in order to reserve / rent a car through off-line, a user may visit a rental car company to rent a car directly, or make a reservation by phone for time, vehicle type, rental period, etc., will be.

In addition, as a method of reserving / renting a car through online, a user accesses a specific rental car company system and registers as a member, and then records the area, vehicle type, date, rental period, The user can select a corresponding car model and then make a reservation, and then visit the rental car company on the same day of booking to rent the car that has been reserved.

However, as described above, the car reservation / rental method on the internet integrates and manages only the branches opened in units of cities, counties, and districts of the respective major regions of the corresponding company, so that it is inevitable to provide limited vehicles to the users. If the car owned by the rental car company in the area to be used is rented, the homepage of the other company will have to be rescanned.

Also, in general, most rental car companies do not provide advance information on maintenance status or appearance condition of a vehicle to be rented, so that users have anxiety about safety.

Accordingly, by integrating and providing vehicles owned by a plurality of car rental companies, a user can make reservations and settlements using a smart device at anytime and anywhere, and propose a system for inquiring advance information about a vehicle .

(Reference 1) Korean Patent Application No. 10-2002-0014174 (Mar. 15, 2002)

A first object of the present invention to solve the above problems is to provide a car rental reservation system that enables a rental car available in the vicinity of a user to be rented in real time by using a location- Search, reservation and settlement through a car rental reservation intermediary application, so that the user can use the rental car more quickly and conveniently by using the smart device anytime and anywhere in real time.

A second object of the present invention is to provide a car rental reservation system, which obtains car list information provided by a rental car reservation mediating app server and automatically carries out sorting of a preferred car model through utilization pattern analysis of a user when there is a car whose reservation conditions match, If the vehicle list information that matches the reservation condition can not be obtained, the user can easily make a reservation, and if the vehicle list can be rented in the vicinity of the corresponding time zone, Request signal to the car rental reservation intermediary app server to provide the car list information of the similar condition so that the reservation as the next best method can be proceeded.

A third object of the present invention is to minimize the anxiety of users on vehicle safety by providing information on the maintenance status of the rental vehicle such as mileage and tire replacement cycle in advance.

A fourth object of the present invention is to provide a car image reservation service through a rental car reservation mediating application so as to confirm whether or not a scratch is present in advance and to provide a scratch confirmation request message to a smart device immediately after a vehicle is acquired, The user is prompted to shoot the photographing outer area of the vehicle on the screen by the process of the scratch information generating unit and provides an input window for inputting the contents of the scratch when there is a scratch on the obtained photographing image, To prevent conflicts in advance.

A fifth object of the present invention is to provide a vehicle exterior image information database that analyzes the size of scratches present in a vehicle exterior image and generates and stores a data field containing analyzed scratch size information, So that the user can know the information of the scratch of the vehicle in advance.

A sixth object of the present invention is to allow a rental lease contract with a rent-a-car company to be created online through a rent-a-car reservation mediating application so that a user can inquire the contract contents in real time through a user terminal during a contract period .

The seventh object of the present invention is to provide traffic communication information and tourist information utilizing the big data of public institutions to the users more quickly and conveniently.

SUMMARY OF THE INVENTION [0006] The present invention provides a solution for achieving the above object.

The present invention includes a reservation information obtaining unit 205 for obtaining a reservation date and a time input window to obtain an input reservation date and time information, a position obtaining unit 210 for obtaining current position information,

Based vehicle information requesting unit 215 for requesting location-based vehicle information to a rental car reservation intermediary app server, and location-based vehicle list information provided from a rental car reservation intermediary app server to analyze the usage pattern of the user when the vehicle exists Based vehicle list information in the rental car reservation mediating app server, the preferred car sorting unit 220 for sorting the preferred car types by ranking the preferred car types and sorting the preferred car types, (225) for displaying a list of neighboring area vehicles obtained by requesting a rental car reservation intermediary app server by generating a vehicle list request signal in a time zone in which the reserved car date or a reservation date of the location is available, , By the operation of the preferred car sorting unit or the similar condition reservation reservation unit A re-search request unit 230 for generating and providing a re-input window to re-input the reservation date and time when the vehicle is not present, the vehicle information selected from the vehicle list information, A vehicle maintenance status information requesting unit 240 for requesting a car rental reservation mediation app server for maintenance status information of the corresponding car, A rent-a-car reservation intermediary app (250) configured to request a rent-car reservation intermediary app server to request a real-time payment to a rent-car reservation intermediary app server and to obtain payment completion notification information 200); < / RTI >

A vehicle management database 305 storing vehicle detailed information, option information, and vehicle maintenance information, a location-based vehicle list extracting unit 310 for extracting location-based vehicle list information provided from the smart device from the vehicle management database, A similar-condition vehicle list extracting unit 315 for extracting, from a vehicle management database, a vehicle list of a time zone different from a reservation date of the area near the corresponding location, a vehicle list matching the time or a reservation date of the location, A vehicle detail information extracting unit 320 for extracting detailed information and option information of the requested vehicle from the vehicle management database, a vehicle maintenance information extracting unit 320 for extracting maintenance information of the corresponding vehicle requested by the smart device from the vehicle management database, (325), acquires option information and a reservation request signal provided from the smart device to schedule the corresponding vehicle, A reservation processing unit 330 for storing information and customer information in a reservation customer information database, a reservation vehicle information database 335 for storing reservation vehicle information for each customer, payment request information provided from a smart device, And a payment execution unit 340 for generating payment completion notification information and providing the payment completion notification information to the smart device.

The present invention has the following effects.

In other words, in performing a reservation for a rental car by using a smart device equipped with a rental car reservation mediating app, the rental car available in the vicinity of the user can be viewed in real time using location-based technology, Through the reservation mediation app, it provides the convenience of using rental car more quickly and conveniently by using smart device anytime and anywhere in real time.

In addition, when the vehicle list information provided by the rental car reservation intermediary app server is obtained and the vehicle having the matching reservation condition exists, the preferred vehicle type through analysis of the usage pattern of the user is automatically sorted and ranked, If it is not possible to acquire the vehicle list information that matches the reservation conditions, a request signal of a vehicle list that can be rented in the vicinity of the corresponding time zone or a vehicle list of another date or a different time zone is generated, It is possible to request the reservation intermediary app server again to provide the vehicle list information of the similar condition to advance the reservation as the next best measure, thereby eliminating the inconvenience of the reservation proceeding process.

In addition, information on the maintenance status of the rental vehicle, such as the mileage and the tire replacement cycle, is provided in advance, thereby minimizing the anxiety of users on vehicle safety.

In addition, it is also possible to provide the reserved vehicle appearance image information through the rental car reservation mediating application so that it can be confirmed whether or not there is a flaw in advance, and a scratch confirmation request message is immediately provided to the smart device after the vehicle is taken, To provide an input window for inputting the content of the scratches when there is a scratch on the obtained captured image, thereby preventing conflicts that may occur in returning the rental car in advance The effect will be demonstrated.

In addition, by analyzing the size of the scratches present in the vehicle exterior image on the vehicle exterior image information database and generating and storing the data field including the analyzed scratch size information, the scratch information of the vehicle So that the user can obtain an effect that can be understood in advance.

In addition, a car lease contract with a car rental company can be created online through a car rental reservation mediating application, thereby providing the user with convenience of performing inquiries about the contract contents in real time through the user terminal during the contract period.

In addition, traffic information and tourism information utilizing the big data of the public institutions can be provided to the users more quickly and conveniently.

Brief Description of the Drawings Fig. 1 is an overall configuration diagram of a smart device equipped with a rent-a-car reservation mediating app according to an embodiment of the present invention;
FIG. 2 is a block diagram of a smart device of a smart device equipped with a rental car reservation mediating app according to an embodiment of the present invention, and FIG. 3 is a block diagram of a scratch information generating unit.
4 is a block diagram of a rental car reservation mediating app server of a smart device equipped with a car rental reservation mediating application according to an embodiment of the present invention.
FIG. 5 is a view showing a main screen of a smart device equipped with a rent-a car reservation mediating app according to an embodiment of the present invention, FIG. 6 is an example of outputting a menu in the form of a sidebar, Fig. 9 is an example of providing detailed vehicle information and an optional function. Fig. 10 is an example showing a reservation history confirmation upon completion of reservation. Fig. .

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the drawings.

It should be understood, however, that the scope of the present invention is not limited to these embodiments, and all of the technical ideas that fall within the scope of the present invention are within the scope of the present invention.

1 is an overall configuration diagram of a smart device equipped with a rent-a-car reservation mediating app according to an embodiment of the present invention.

1, the smart device equipped with the car rental reservation mediating app of the present invention includes a smart device 100 including a rental car reservation mediating application 200 and a rent-a-car reservation mediating app, And a reservation intermediary app server 300.

At this time, the rental car reservation mediating app is downloaded from the rental car reservation mediating app server through the smart device and is executed.

And transmits the reservation date and time information set by the user through the smart device to the rental car reservation mediating app server in real time via the network including the user identification information.

The smart device described in the present invention means devices capable of networking such as a smart phone, a tablet PC, a notebook, a smart TV, and a personal terminal.

2 is a block diagram of a smart device of a smart device equipped with a rent-a-car reservation mediating app according to an embodiment of the present invention.

As shown in FIG. 2, a rental car reservation mediating application is downloaded and activated to the smart device to confirm or input various information.

The rental car reservation mediating application 200 includes a reservation information obtaining unit 205, a position obtaining unit 210, a location based vehicle information requesting unit 215, a preferred car sorting unit 220, A re-search request unit 230, a detailed vehicle information request unit 235, a vehicle maintenance status information request unit 240, a real-time reservation unit 245, and a payment management unit 250.

As shown in FIG. 5, when the rent car reservation mediating application is activated, the main screen is displayed, and a side bar type menu is displayed as shown in FIG.

To this end, the rental car reservation mediating application 200 may further include a sidebar menu display unit for displaying a sidebar-shaped menu on the screen.

At this time, as shown in FIG. 7, if reservation is selected, the reservation date and time are provided on the screen, and the location-based vehicle can be searched.

On the other hand, an input field for inputting the vehicle type may be provided by the user in advance so that the vehicle type can be selected in advance and can be searched based on the position.

At this time, as shown in FIG. 8, available vehicle list information is output, and detailed information and optional functions of the vehicle are provided as shown in FIG. 8. As shown in FIG. 10, It will be done.

If the reservation is made through the rental car reservation mediating application as described above, reservation, payment, option selection, and payment window are provided without complicated input for reservation as in the conventional manner. Therefore, .

The components will be described below.

The reservation information obtaining unit 205 provides the reservation date and time input window to the user when the rental car reservation mediating application is activated.

At this time, the reservation date and time information inputted by the user are obtained.

When the user downloads the rental car reservation mediating application, the user is subjected to a separate member authentication. The user is provided with the user information provided through the member authentication to the rental car reservation mediating application server and managed.

In addition, the technology of the present invention provides rental car reservation information according to the location basis in which the user is currently located.

Of course, car rental reservations can also be made through separate local search and vehicle search, but these techniques are general techniques and will not be described in detail.

In the case of the present invention, companies providing rentalable vehicles distributed nationwide will be provided by the rental car reservation mediating app server. Therefore, it is possible to provide rental car information that varies in real time to a smart device equipped with a rental car reservation mediating application do.

Accordingly, the problem that the conventional service is limited is improved, so that users can access the rental car anytime and anywhere via the smart device, thereby providing the expandability.

In addition, small and mid-sized car rental companies that face regional limitations can offer their car rental business online or in the app environment, providing opportunities to provide services that are not competitive with large corporations.

The location acquiring unit 210 acquires current location information of the current smart device of the user.

At this time, the location-based vehicle information request unit 215 requests the location-based vehicle information to the rental car reservation intermediary app server.

For example, when a user is located in Udong, Haeundae-gu, Busan, they will provide rental vehicle information provided by rental car companies located within a radius of 10 km from the relevant area.

The radius range may be configured to be set by the user in advance, but the service radius may be designated by the service provider in advance.

In addition, since the location-based service may not be used, the area setting window may be provided separately for the user.

The preferred vehicle sorting unit 220 obtains the location-based vehicle list information provided by the rental car reservation mediating app server and sets the reservation date and time at 10:00 am on December 25, 2013, for example, , The vehicle list information capable of being rented within a radius of 10 km from the udon at that time is extracted and provided.

At this time, the extracted vehicle becomes an EXEC, a chairman, a Santa Fe, a Genesis, a Mercedes, and the like, and provides it as a list of vehicles. In this case, the user can provide a setting window for selecting his preferred vehicle as Genesis in advance.

In addition, based on the reservation record booked by the users through the rental car reservation intermediary app, the preferred vehicle type through analysis of the usage pattern of the user is sorted to rank in the upper part, and the vehicle list is reproduced and displayed.

In other words, if Genesis 5, Benz 4, Santa Fe, 3, and Chairman 2 are used, then the list of vehicles is regenerated by sorting in Genesis, Benz, Santa Fe, Chairman, and Equus.

The means of ranking the preferred vehicle to the higher level is to regenerate it in descending order based on the analysis result of the usage pattern of the user.

The above condition means a case where a location-based vehicle exists.

However, it may happen that the location-based vehicle list information can not be obtained from the rental car reservation intermediary app server.

At this time, the similar condition reservation cancellation unit 225 generates a request signal of the vehicle list in a time zone different from the reservation date of the region near the corresponding position, the vehicle list which can be rented at the time or the reservation date of the corresponding location, And displays the neighboring local vehicle list information obtained by the request.

For example, referring to the reservation date and time set by the user, the vehicle list request signal that can be rented from the left side of the vicinity of Udon in Haeundaegu is regenerated and provided to the rental car reservation intermediary app server.

On the other hand, it may happen that the corresponding vehicle does not exist even by the operation of the preferred car sorting unit or the similar condition reservation presetting unit.

At this time, the re-search request unit 230 generates and provides a re-entry window to re-input the reservation date and time.

Conventionally, when a vehicle does not exist on a reservation date and time zone desired by the user, the user may have to reload the reservation page, which may cause a problem of delaying the operation time. In the case of the present invention, A re-input window is generated and provided so that unnecessary loading time can be minimized.

At this time, the vehicle detailed information requesting unit 235 obtains the selected vehicle information and requests the detailed information of the vehicle and the option information to the rental car reservation mediating app server.

The detailed information of the vehicle means the year, cc, auto / manual, color, etc. of the vehicle. Option information includes a rental period, insurance coverage, insurance company designation, article attendance, license type, payment method, And so on.

In the conventional case, when the initial reservation is made, the vehicle detailed information and the vehicle maintenance status information are requested. If the vehicle does not exist, the loading process is re-loaded into the page to be re-entered, However, in the case of the present invention, since the detailed information is requested after the vehicle to be reserved is selected, it is not necessary to repeat the initial input process.

In addition, the rental car reservation mediation app of the present invention can provide a selection window for selecting the maintenance status of the vehicle. To this end, the car maintenance status information request unit 240 transmits maintenance status information of the vehicle to the rental car reservation intermediary application The server is requested.

At this time, the rental car reservation intermediary app server extracts and provides the maintenance status information of the vehicle.

The vehicle maintenance status request function is to check the maintenance status of the vehicle in advance so that the risk of an accident due to lack of maintenance can be prepared in advance.

 Then, the real-time reservation unit 245 provides a real-time reservation selection window so that the user can proceed to the real-time reservation after confirming the option information and the maintenance status information. When the user selects the real-time reservation selection window, The reservation is requested to the car rental reservation intermediary app server.

Then, the payment management unit 250 provides a payment window. When the information input in the payment window is completed, the payment management unit 250 requests the real-time payment to the rental car reservation intermediary app server, acquires the payment completion notification information from the rental car reservation intermediary app server, It will be done.

Real-time reservation and settlement can be performed through the smart device as described above.

In addition, the rental car reservation mediating application 200 may further include a vehicle exterior image information requesting unit 255 for requesting the car exterior image information to the rental car reservation mediating app server according to an additional configuration.

This is to allow the user to confirm the appearance of the reserved vehicle through the smart device so that the user can confirm whether or not the device is flawed in advance.

In the case of the vehicle exterior image, not only the entire appearance provided to users in advance for reserving, but also a possibility of notifying the users of the presence or absence of scratches in the company in advance.

However, since the process of confirming whether or not the scratches provided by the vendor is performed more positively as described above, it is often the case that scratches occur when scratches occur when returning a rental vehicle. Therefore, It is possible to confirm whether there is any other scratches other than the scratches provided in the apparatus, so that collisions occurring in the future can be prevented in advance.

To this end, as shown in FIG. 3, the rental car reservation mediating application 200 further comprises:

A photographing outline area display module 261 for outputting a photographing outline area of the rented vehicle on the screen,

A photographed image information acquisition module 262 for acquiring photographed image information about a vehicle located inside the photographing outer area,

A scratch information input module 263 for providing an input window for inputting a scratch content when scratches are present on the obtained shot image,

And a scratch information transmitting module 264 for transmitting the scratch information and the shot image to the rental car reservation mediating app server when the scratch information is inputted.

The photographing outline area exposing module outputs the photographing outline area of the leased vehicle to the screen.

In the case of rental car reservation mediating application, if the vehicle-specific outline setting information designating the outer area for photographing the appearance of all the vehicles is loaded in advance, the problem of delaying the information display time according to the loading time of unnecessary information due to the characteristics of the smart device A rental vehicle is designated, and a page on which the outline of the vehicle is displayed is provided.

For example, an exterior photographing area of a Genesis model is obtained from a photographing outline area exposing module, and an exterior photographing area is output on a screen of the smart device, and the appearance of the Genesis is made coincident with the photographing area.

For example, when the front, rear, left, right, driver's, assistant, and rear magnet outer contours are presented, the exterior appearance of the generic to be photographed is matched.

At this time, the photographing icon can be pressed or the photographing can be automatically carried out when the photographer enters the appearance.

The shot image information acquisition module acquires shot image information about a vehicle located inside the shot area, and the shot information input module provides an input window for inputting the content of the shot when the shot has a scratch on the shot image .

For example, when the front of Genesis is photographed and the actual appearance is checked, if the scratches are present, the contents of the scratches (for example, two scratches on the bumper near the front driver's seat) are input.

Further, it is also possible to further include a flaw enlargement module (not shown) for providing a guide window for enlarging and photographing the vicinity of the flaws upon input so as to magnify and photograph the flaw again.

At this time, when the scratch information is input, the scratch information transmitting module matches the scratch information and the shot image to the rental car reservation mediating app server.

The user confirms whether there is a flaw by checking the image of the exterior of the vehicle in advance and confirms whether or not there is another flaw after confirming in real time with reference to the flaw itself by himself or herself, . ≪ / RTI >

4 is a block diagram of a rental car reservation intermediary app server of a smart device equipped with a rental car reservation mediating app according to an embodiment of the present invention.

4, the rental car reservation intermediary app server 300 includes a vehicle management database 305, a location-based vehicle list extracting unit 310, a similar condition vehicle list extracting unit 315, a vehicle detail information extracting unit 320, a vehicle maintenance information extracting unit 325, a reservation processing unit 330, a reservation vehicle information database 335, and a payment performing unit 340.

The vehicle management database 305 stores vehicle detailed information, option information, and vehicle maintenance information.

The information of the vehicle is detailed information, option information, and vehicle maintenance information of the vehicle inputted through the terminal of the rental car companies.

To this end, the rental car reservation intermediary app server provides a rental car registration page to the terminal of the rental car company and outputs items for inputting the information on the registration page.

The vehicle maintenance information may be, for example, the mileage, the air filter replacement date, the engine oil replacement date, the tire replacement date / condition, and the like.

The location-based vehicle list extractor 310 extracts vehicle list information existing on the reservation date and time based on the location provided by the smart device from the vehicle management database and provides the information to the smart device.

On the other hand, the similar condition vehicle list extracting unit 315 extracts the similar condition vehicle list 315 from the smart device when the reservation date on the vicinity of the corresponding location requested by the smart device, the reservation date of the nearby area, A list of vehicles in different time zones is extracted from the vehicle management database.

That is, since the conventional technology provides an input window for re-entering the condition of the vehicle from the beginning, the reservation itself is cumbersome and inconvenient.

However, if the vehicle does not exist on the reservation date and time as described above, the vehicle in the nearby area is displayed, or the vehicle in another time zone in the corresponding area is automatically provided without a separate input process, so that the search time can be drastically reduced.

And provides the result to the likeness reservation system.

After the reservation is completed, the detailed vehicle information extracting unit 320 extracts detailed information and option information of the corresponding vehicle requested from the smart device from the vehicle management database.

 The vehicle maintenance information extracting unit 325 extracts the maintenance information of the corresponding vehicle requested from the smart device from the vehicle management database.

In the conventional case, the rental car maker only informs the maintenance status orally, and the rental is proceeded without such a process.

Therefore, the user can not know the cause of the problem even when the vehicle has trouble at any time and place.

The reservation processing unit 330 acquires the option information and the reservation request signal provided from the smart device, reserves the corresponding vehicle, and stores the reservation information and the customer information in the reservation customer information database.

The payment performing unit 340 acquires the settlement request information provided from the smart device and performs settlement, and generates the settlement completion notification information to provide it to the smart device.

Meanwhile, according to the additional configuration, the rental car reservation intermediary app server 300,

A vehicle exterior image information storage 345 storing vehicle exterior image information,

A vehicle exterior image information providing unit 350 for extracting exterior image information of the corresponding vehicle requested by the smart device from the vehicle exterior image information database and providing the exterior image information to the smart device,

A scratch information request unit 355 for providing a scratch confirmation request message to the smart device,

A scratch information acquiring unit 360 for acquiring scratch information and shot image information provided by the smart device and storing the acquired scratch information and shot image information in the scratch information database,

And a scratch information database 365 for storing scratch information and image information of the vehicle.

The vehicle exterior image is for the user to confirm the appearance state of the vehicle, and may provide an interior photograph as well as an exterior appearance.

The vehicle exterior image is intended to inform the user of the presence of a flaw in the presence of a flaw and the purpose of providing the vehicle status to the user before being rented by the rental car company.

In general, a rental car company visits a designated place to receive the vehicle, and checks the state of the flaw with the person in charge.

However, in the above-mentioned method, when the user can not properly check the state of the scratches or can not memorize the contents, the user has to pay for the additional vehicle damage.

In order to remedy the above-mentioned problem, the present invention proposes a process of automatically informing a user of a flaw condition in advance, and checking a flaw condition of a relevant part within a predetermined time when a user is guided to the vehicle in advance, .

To this end, the vehicle exterior image information providing unit 350 extracts the external image information of the corresponding vehicle requested from the smart device from the vehicle exterior image information database and provides the extracted external image information to the smart device.

Then, when the user receives the rental car, the scratch information request unit 355 provides a scratch confirmation request message to the smart device within a predetermined period of time.

The user takes an image of the exterior of the vehicle through a smart device, and when the scratches are present, the contents of the scratches are described.

At this time, the scratch information obtaining unit 360 obtains the scratch information and the shot image information provided from the smart device and stores the obtained scratch information in the scratch information database.

Since the scratch information provided by the car rental company and the scratch information provided by the user are stored as described above, the car rental company and the user can check the information when the trouble occurs in the future.

On the other hand, the rental car reservation intermediary app server 300 analyzes the size of the scratches existing in the vehicle exterior image, generates a data field including the analyzed scratch size information, and performs a scratch size analysis (370). ≪ / RTI >

That is, the size of the flaw existing in the image provided by the rental car company or the user is analyzed, and the data field of the flaw size information is stored in the vehicle exterior image information database and stored.

Since the technique of analyzing the size is a known technique, a detailed description will be omitted.

On the other hand, if the size of the scratch can not be identified, the user or the person in charge of the rental car company may provide a separate leader line so that the size of the scratch can be calculated with the length of the leader line.

In addition, the rental car reservation intermediary app server 300, in a further configuration,

A preferred vehicle analyzing unit 375 for analyzing the information on the preferred vehicle, the preferred time, and the like by region, age,

A preferred vehicle information database 380 for storing preferred vehicle information and preferred time zone information analyzed by the preferred vehicle analyzing unit,

The preferred vehicle information providing system for extracting the preferred vehicle information and the preferred time information from the preferred vehicle information database in consideration of the region and age of the user from the preferred vehicle information database upon re- (385). ≪ / RTI >

The preferred vehicle analyzing unit analyzes the preferences of the users, and analyzes the information on the region, the age, and the preferred vehicle, and also analyzes the most preferred time zone information.

In this way, it is possible to provide the analyzed preferred information to specific users who are worried about which vehicle to select, so that they can refer to the car when using the rental car.

The preferred vehicle information providing unit may provide the user with the initial reservation date and time, but if the vehicle is not searched, the user must reenter the reservation date and time. At this time, The preferred vehicle information and the preference time information are extracted in consideration of the user's area and age, and provided to the smart device of the user for assistance.

For example, a user can select a desired vehicle and a preferred time by referring to a preferred vehicle or a preferred time, but can help the user to reserve a rental car at a time other than the preferred time and the preferred time.

In addition, a rental lease contract with the rental car company can be created online through the rental car reservation mediating app, and the rental car reservation mediation app server The smart device provides the car rental contract creation page information and the user inputs the information into the input field of the corresponding creation page and obtains the final generated information and provides the information to the car rental company terminal to perform the contract .

Thereafter, the contract information is stored and managed in the rental car reservation intermediary app server, and the user can access and confirm the information on the smart device.

In addition, the rental car reservation intermediary app server further connects to an external agency server that provides traffic communication information, extracts traffic communication information, connects to a tourist agency server that provides tourist information, extracts tourist information, And an external organization information interlocking unit for interlocking the external organizations.

In other words, by providing traffic information and tourist information using the big data of the public institution, it is possible to build an online system that can use the rental car more quickly and conveniently.

For example, it obtains traffic information using Open-API of National Traffic Information Center and acquires tourist information using Open-API of Korea Tourism Organization and provides it as a smart device.

If the above configuration is employed, it is possible to utilize the rent-a-car service more quickly and conveniently by providing a comprehensive service from the location-based real-time vehicle inquiry to reservation and settlement using the rent-a-car reservation mediating app, And the analysis of customer demand using big data, it is possible to strengthen the marketing and sales capabilities of small and mid-sized rental car companies, to reduce the management cost by constructing online sites, and to have the disadvantage And the like.

While the invention has been shown and described with reference to certain preferred embodiments thereof, it will be understood by those skilled in the art that various changes and modifications may be made therein without departing from the spirit and scope of the invention as defined by the appended claims.

100: Smart devices
200: Car rental booking mediation app
300: Rental car reservation mediation app server

Claims (6)

In a smart device equipped with a car rental reservation mediation app,
A reservation information acquisition unit 205 for acquiring reservation date and time information by providing a reservation date and time input window,
A position acquiring unit 210 for acquiring current position information,
Based vehicle information request unit 215 for requesting the location-based vehicle information to the rental car reservation intermediary app server,
Based car list information provided by the car rental reservation mediating app server and sorting the preferred car models by analyzing the usage pattern of the user when the car exists, ranking the cars by the ranking, regenerating and displaying the car list, and displaying the preferred car sorting unit 220 ),
Based car list information can not be obtained from the car rental reservation mediating app server, a request signal of the car list in the time zone where the reservation date of the car in the vicinity of the relevant location or the reservation date in the relevant location is generated A similar condition reservation system 225 for displaying nearby vehicle list information obtained by requesting the rental car reservation intermediary app server again,
A re-search request unit 230 for generating and providing a re-entry window to re-input the reservation date and time when the corresponding vehicle sorting unit or the similar condition reservation reservation unit does not exist,
A vehicle detailed information requesting unit 235 for obtaining the selected vehicle information from the vehicle list information and requesting the detailed information of the vehicle and the option information to the rental car reservation intermediary app server,
A vehicle maintenance status information requesting unit 240 for requesting the car rental reservation mediation app server for the maintenance status information of the vehicle,
A real-time reservation unit 245 for requesting a rental car reservation intermediary app server with reference to option information of the selected vehicle,
A settlement management unit 250 for requesting real-time settlement to the rental car reservation intermediary app server, and acquiring settlement completion notification information,
A photographing outline area display module 261 for outputting a photographing outline area of the rented vehicle to the screen, a photographing image information acquiring module 262 for acquiring photographing image information about the vehicle located inside the photographing outline area, A scratch information input module 263 for providing an input window for inputting scratch contents when a scratch is present on the screen, A rental car reservation mediating application 200 including a scratch information generating unit 260 configured to include an information transmitting module 264;
A vehicle management database 305 storing vehicle detailed information, option information, and vehicle maintenance information,
A location-based vehicle list extracting unit 310 for extracting the location-based vehicle list information provided from the smart device from the vehicle management database,
A similar condition vehicle list extracting unit 315 for extracting from the vehicle management database a vehicle list of a time zone different from the reservation date of the area near the corresponding location requested by the smart device, the vehicle list matching the time or the reservation date of the location,
A detailed vehicle information extracting unit 320 for extracting detailed information and option information of the corresponding vehicle requested from the smart device from the vehicle management database,
A vehicle maintenance information extracting unit 325 for extracting the maintenance information of the corresponding vehicle requested from the smart device from the vehicle management database,
A reservation processing unit 330 for acquiring option information and a reservation request signal provided from the smart device, reserving the corresponding vehicle, storing reservation information and customer information in a reservation customer information database,
A reservation vehicle information database 335 storing reservation vehicle information for each customer,
A settlement performing unit 340 for obtaining settlement request information provided by the smart device and performing settlement, generating payment completion notice information and providing it to the smart device,
A vehicle exterior image information storage 345 storing vehicle exterior image information,
A vehicle exterior image information providing unit 350 for extracting exterior image information of the corresponding vehicle requested by the smart device from the vehicle exterior image information database and providing the exterior image information to the smart device,
A scratch information request unit 355 for providing a scratch confirmation request message to the smart device,
A scratch information acquiring unit 360 for acquiring scratch information and shot image information provided by the smart device and storing the acquired scratch information and shot image information in the scratch information database,
A scratch information database 365 for storing scratch information of the vehicle and shot image information,
And a scratch size analyzer (370) for analyzing the size of the scratches existing in the vehicle exterior image to generate a data field including the analyzed scratch size information and re-storing the data field in the vehicle exterior image information database And a reservation intermediary app server (300).
The method according to claim 1,
The car rental reservation mediating application (200)
And a vehicle exterior image information requesting unit (255) for requesting the car rental exterior appearance image information to the rental car reservation intermediary app server (255).
delete delete delete The method according to claim 1,
The rental car reservation intermediary app server 300,
A preferred vehicle analyzing unit 375 for analyzing the information on the preferred vehicle, the preferred time, and the like by region, age,
A preferred vehicle information database 380 for storing preferred vehicle information and preferred time zone information analyzed by the preferred vehicle analyzing unit,
The preferred vehicle information providing system for extracting the preferred vehicle information and the preferred time information from the preferred vehicle information database in consideration of the region and age of the user from the preferred vehicle information database upon re- (385). ≪ / RTI >

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