KR101425019B1 - System for providing tire change service through online - Google Patents

Abstract

A system for providing a tire replacement service using on-line according to the present invention includes: a membership subscription module for inputting and storing as member information from a member; A tire selecting module for receiving a tire model of a member and a size of a tire to select a tire; A store selection unit for selecting a store from a member or recommending a store based on the member's area in the member information and a reservation unit for reserving a service for replacing the tire selected in the store selected in the store selection unit A tire service providing interface, including a module; A questionnaire database containing questionnaires for identifying the date of manufacture of the tire, the distance traveled by the vehicle, the plane of the tire, and the side abrasion state is provided to the member, And a tire replacement diagnosis interface including a self-diagnosis module for recognizing the state of the tire and informing the member of whether the tire is to be replaced or not.

Description

SYSTEM FOR PROVIDING TIRE CHANGE SERVICE THROUGH ONLINE [0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a system for providing a tire replacement service using on-line, and more particularly, to a system for providing a tire replacement service by directly purchasing a tire on a web site or a mobile page, The present invention also relates to a system for providing a service for replacing a tire, which makes it possible to easily diagnose whether a tire is replaced or not.

Periodic maintenance of automobiles is more important than ever for safety. Maintenance of automobiles is so diverse that there are many cases in which maintenance can not be carried out regularly unless accident occurs or maintenance habits are not taken.

Particularly, since a tire of an automobile has abrasion properties, it is easy to judge whether or not the driver is to be replaced by visually checking the degree of wear because it is necessary to periodically replace the tire after traveling a certain distance, There are many cases where a general driver is not interested in his / her tire condition.

Although the number of service shops that can replace automobile tires has increased and the level of consciousness of the driver has increased, it has been possible to change the tires more easily than in the past, but it is still difficult to know the condition of the tires or to change the tires. It is a reality that there are not many driver appealing.

According to the 'Patent Application No. 10-2010-0003366', a technology for receiving a tire replacement request through a network and selecting a type of tire and performing a tire replacement by a travel service is disclosed According to this technology, it is merely providing a universal service for checking the type of tires by using the network and then visiting and selling the tires, so that the driver can be aware of the timing of replacing the tires or provide information to the driver It has the limitation that it can not do.

In addition, Korean Patent No. 380296 discloses a technique for providing vehicle maintenance service using a network, which records and stores vehicle information and maintenance information by using a network to manage continuous vehicle maintenance and maintenance time A problem arises in that only the vehicle maintenance information is recorded and managed only in a state in which the driver is not motivated to allow the driver to be aware of the tire replacement timing.

Accordingly, it is possible to provide an online service that allows the driver to replace or purchase the tire conveniently and inexpensively, but also provides the driver with the tire replacement information so that the driver can know the knowledge and information about the tire himself, A new and advanced tire replacement service providing system is developed.

The present invention has been devised to overcome the problems of the above-described technology, and it is an object of the present invention to provide a method of selecting a tire suitable for a driver, The main purpose of this service is to provide a tire replacement service.

Another object of the present invention is to allow a member to know the area of the member from the member information or input directly to the member to recommend or select a store near the member's location to receive a tire replacement service at the store.

Another object of the present invention is to provide members with information about tires to encourage their driving habits or tire knowledge.

It is a further object of the present invention to allow a member to self-diagnose the condition of the tire so that the member can perform the management of the tire.

It is a further object of the present invention to provide a configuration for predicting a tire replacement time by inputting an image of a tire to a member who can not grasp the state of the tire and analyzing the image.

According to an aspect of the present invention, there is provided a system for providing a service for replacing a tire using on-line, comprising: a membership subscription module for receiving and storing membership information from a member; A tire selecting module for receiving a tire model of a member and a size of a tire to select a tire; A store selection unit for selecting a store from a member or recommending a store based on the member's area in the member information and a reservation unit for reserving a service for replacing the tire selected in the store selected in the store selection unit A tire service providing interface, including a module; A questionnaire database containing questionnaires for identifying the date of manufacture of the tire, the distance traveled by the vehicle, the plane of the tire, and the side abrasion state is provided to the member, And a tire replacement diagnosis interface including a self-diagnosis module for recognizing the state of the tire and informing the member of whether the tire is to be replaced or not.

In addition, the tire replacement diagnosis interface may include an image input unit for receiving a tire image taken by a member, an image reading unit for analyzing the image of the tire inputted from the image input unit to analyze the appearance state of the tire, And a replacement timing predicting unit for informing a member of a tire replacement timing according to the state of the tire read out from the image reading unit.

According to the system for providing a service for replacing a tire using on-line according to the present invention,

1) Providing convenient tires for members regardless of whether or not they have knowledge of tires, providing convenient tires management and replacement, and more convenient tires replacement service by guiding the stores providing tires replacement services,

2) It gives convenience of visit to the store to check tire availability in real time and perform tire replacement,

3) The self-diagnosis function not only allows the member to directly check the condition of the tire,

4) It provides the effect that the member can predict the timing of replacing the tire and guide the member by judging reasonably whether or not the tire is damaged through detailed request and analysis of the tire image.

1 is a block diagram showing a schematic configuration of a system according to the present invention;
2 is a conceptual diagram showing an exemplary configuration by a tire selection module according to the present invention;
3 is a conceptual diagram showing an exemplary screen of a store selection unit of the present invention.
4 is a conceptual diagram illustrating a state in which a questionnaire is provided to a member in the self-diagnosis module of the present invention.
FIG. 5 is a conceptual diagram illustrating a state in which a tire image is photographed using a camera of a smartphone in the image diagnosis module of the present invention. FIG.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. The accompanying drawings are not drawn to scale and wherein like reference numerals in the various drawings refer to like elements.

The system according to the present invention is a system specialized in the purchase / replacement of tires among various maintenance objects of an automobile. The system includes a first driver recognizing a tire replacement period and a tire type of the vehicle according to a driver's tire recognition level, It is important to distinguish the second driver who does not know the type of tire and to provide the feature that both the first and second driver can conveniently and cheaply purchase or replace the tire.

First, the configuration for the first driver is to provide various types of tires through a web site on-line or a mobile page of a mobile communication terminal to purchase a tire by a driver's choice or to display a replacement shop located in the vicinity of the driver Or to make a reservation.

The configuration for the second driver may include a function of allowing the driver to perform a self-diagnosis by observing the tire with the naked eye, or a tire image may be input to the driver to determine the state of the tire And to provide guidance on whether the

In summary, the system according to the present invention is based on the provision of a tire purchase / replacement service for both the driver who has tire knowledge and the driver who does not have tire knowledge, thereby providing convenience to the driver.

The system according to the present invention can be implemented as an Internet homepage, as well as a mobile home page or an application for a smart phone. At this time, in order to provide more specific information and provide services such as member management and vehicle information recording, The membership subscription module 110 can provide basic personal information and vehicle information (vehicle type, tire type, etc.) of the driver (also referred to as a member or user) to the member And records and stores them.

1 is a block diagram showing a schematic configuration of a system according to the present invention.

1, the system according to the present invention includes the membership subscription module 110, the tire selection module 120, the tire service providing interface 200, and the tire replacement diagnostic interface 300 And the above-described configuration will be described in detail with reference to the drawings and the description below.

2 is a conceptual diagram showing an exemplary configuration by a tire selection module according to the present invention.

2, the tire selection module 120 according to the present invention includes a size selection unit 121, a vehicle type selection unit 122, and a tire display unit 123, and further includes a size guide unit 124 ).

The size selection unit 121 provides a function of receiving a selection value by a member by providing a selection window for selecting a cross-sectional width, a flatness ratio, and an inch of the tire, (I.e., the first driver) who professionally knows the specific dimensions of the tire.

In addition, the vehicle type selection unit 122 provides a function suitable for a member (i.e., a second driver) who does not know the size of the tire but knows the basic information of the vehicle (i.e., a second driver) (Eg, EF Sonatas, NF Sonatas, etc.), and provides the user with the option of selecting the final size.

At this time, if the member does not know the tire size in the size selection window for final selection of vehicle type selection, 'size unknown' can be selected. In this case, the size guide unit 124 provided additionally, A model display function for displaying all the tire models to be applied to the vehicle of the manufacturer, and a size reservation guide function for automatically generating a telephone reservation signal to the member.

That is, the size guide unit 124 by the size reservation guide function automatically generates a size unknown signal when the member does not know the size, stores it in the DB server separately provided in the present invention, And generates and stores a telephone reservation signal for making a telephone consultation guide to the telephone number of the member written in the telephone book.

In other words, the size guide unit 124 performs a function of reserving a telephone consultation to a member who has selected 'size unknown'. By providing a separate selection window for allowing the member to select a convenient time for telephone consultation, It is also possible to make a telephone reservation at a convenient time of the user.

The tire display unit 123 has a function of displaying tires corresponding to the information input by the member selection in the size selection unit 121 or the vehicle type selection unit 122 as search results on a web page screen or a mobile page screen .

For example, if the current size of the car NF Sonata is set to 225 50R 17, it will display the tires of the tire manufacturers such as Hankook Tire, Goodyear and Toyo Tires, A search list can be arranged with prioritized tires having good tires, such as sold tires or customers' reputation (reputation based on customer evaluation information such as purchase date, star rating, etc.).

In addition, it is possible to display tire ratings such as 'premium', 'premium', and 'premium' together with the objective evaluation, quality and price of the tire to help members select a tire.

Such a tire selection module 120 provides a tire selection function as a basic premise of purchasing / replacing a tire more conveniently so that a member can select a tire regardless of whether the member is aware of the type of tire or the name of the vehicle applied to the vehicle And the like.

The tire service providing interface 200 of the present invention provides a function of directly purchasing a selected tire or visiting a store and replacing it. Specifically, the tire service providing interface 200 includes a purchase module 210 and a replacement module 220 have.

The purchasing module 210 performs a function of delivering the selected tires when the member purchases the tires. This provides useful functions to members having the ability to directly replace the tires.

That is, when the member selects one of the tires displayed on the tire display unit 123, the purchasing module 210 makes a settlement of the tire price through electronic payment and processes the tires to the address recorded in the basic information of the member .

The purchasing module 210 is suitable for a member who wants to reduce the cost of replacing a tire by himself or herself by receiving a tire directly. The purchasing module 210 can reduce the purchase cost by allowing the used tire to be re-shipped, It is also possible to provide functions.

Specifically, the replacement module 220 includes a store selection unit 221 and a reservation unit 222, and further includes a tire holding confirmation unit 223. The tire holding unit 223 includes a tire holding unit 223,

Herein, the term "store" refers to an off-line service provision center that provides a service for replacing tires. In addition, when a member visits the tire shop, the tire is replaced, and a role of providing additional services such as inspection and diagnosis Can be combined. Such a store may be operated or managed by a system operator directly, but may be affiliated through a franchise or may have a partnership / collaboration relationship.

In order to provide convenience to the members of the tires, it is desirable that these stores be registered as stores by a plurality of companies in each region.

3 is a conceptual diagram showing an exemplary screen of the store selection unit of the present invention.

The store selection unit 221 displays a tire replacement shop near the place where the member is located, and allows the member to select any one of them. The store display unit 221a and the store search unit 221b It can be classified.

The store display unit 221a displays shop information for performing a replacement service for each region (Seoul, Busan, Gyeonggi Province, etc.) on a web page or a mobile page.

Here, the store information may include an address, a telephone number, location information based on customer reviews, ratings, maps, and separate home page / mobile page information.

Also, the above-mentioned rating means information inputted through a rating input window provided by the system of the present invention provided by members who have visited the store or a tire replacement service of a member who visited the store directly, , And scores (0 ~ 100 points) to provide meaning as an indicator that can easily confirm the service quality of the store.

The store searching unit 221b divides the area into detailed categories such as large / medium / small so that the member can search for the store directly. For example, if a member residing in Yangjae-dong, Seocho-gu, Seoul, , Select the Seocho-gu in the middle category, and then select the Yang-Jae-Dong in the small category.

Through such a shop selection unit 221, it is possible to conveniently confirm the store near the member's own address, and at the same time, confirms the rating of the shop and provides a standard for determining whether to visit the store can do.

The reservation unit 222 performs a reservation function for the selected store, and takes charge of a reservation function of recording a visit date and time and making a visit on the date and time.

At this time, the store prepares the tires selected by the member so that there is no problem in replacing the tire at the visit time.

The replacement module 220 of the present invention further includes a tire holding confirmation unit 223 to provide a function of allowing the user to check whether or not the recommended tire selected by the member is in stock in the store selected by the reservation unit , Provides a useful function for members who want to quickly perform a tire replacement service without a waiting period, especially when the visit date and time is fast.

Specifically, the tire holding confirmation unit 223 is provided with a stock database 223a for each store, so that it can be stored in a so-called store server that can be interlocked with various modules or interfaces of the present invention. When the member selects a tire / An inventory confirmation unit 223b that transmits tire information to a store server managed by the store and confirms whether the tires selected by the member are in stock in the store through a comparison search with the stock database 223a, A substitute store information unit 223c for searching for a nearby store and informing the member of the location of the substitute store 223c, a service preparation time guide unit 223c for informing the user of the time required until the substitute store is located far from the member, Lt; / RTI >

Here, the substitute store information unit 223c can notify the member of a plurality of store information in the order of closest to the address of the member among the stores having the tires selected by the member.

In addition, the service preparation time informing unit 223d performs a function of informing the time of delivery to the store A selected by the member from the store B or other tire supplier having stock, and for example, If there is no stock of X tires in the nearest Seocho-dong store, it is possible to estimate the estimated delivery time of one hour from the Seocho-dong to the Yangjae-dong store and inform the members of the results.

According to the tire holding confirmation unit, it is possible to inform the user of the store holding the stock of the tire or the wait period in the store selected by the member, thereby providing the convenience of providing the tire replacement service more quickly and conveniently.

The tire replacement diagnostic interface 300 of the present invention provides a function of predicting or informing a tire replacement time by diagnosing the current condition of a member's tire and specifically includes a self diagnosis module 310 and an image diagnosis module 320 And additionally includes a membership propensity predicting module 330.

4 is a conceptual diagram illustrating a state in which a questionnaire is provided to a member in the self-diagnosis module of the present invention.

The self-diagnosis module 310 of the present invention performs the function of determining the state of the tires and the time of replacement based on the response information in which the member answers the questionnaire of the web page or the mobile page provided by the present invention, A response unit 312, and a tire condition determination unit 313. The tire condition determination unit 313 determines whether or not the tire condition is satisfied.

The questionnaire database 311 is a database having a plurality of questionnaire data for judging the state of tires for members who have visually confirmed the condition of the tires. The questionnaire data includes a date of manufacture of the tire, A plane wear condition, and a side surface condition of a tire. The questionnaire data may include not only text but also image data in order to enhance understanding of members.

For example, in the questionnaire data for identifying the cutting of the side wall of a tire, is the sidewall condition of the tire good or bad? The questionnaire is designed to be able to receive Yes / No in a multiple choice form, but it is also possible to provide an image of the side wall of a tire damaged at one side of the text questionnaire, This makes it easier to understand.

The response unit 312 has a function of generating an answer response to a questionnaire by the member as response information, and has a response window (which can be either a multiple choice or a double answer type) when a questionnaire is provided, And generates response information based on the response.

The tire state determination unit 313 determines the tire condition of the member based on the response information, and informs the member whether the tire is to be replaced or expected to be replaced according to the tire condition of the current member.

For example, if the response information indicates that a crack has occurred in a member's tire, the member can be informed of the replacement time of the tire as 'immediate'. Or other images may be blended in a specific web page / mobile page.

In addition, when there is no external damage but it is judged that the wear has progressed to the "medium" level based on the criteria classified as "high", members can be informed of the diagnosis results such as "recommendation to replace after 3 months or 1,000 km".

The self-diagnosis module 310 provides a convenience function that allows the member who has visually confirmed the state of the tire to easily notify the user of the diagnosis, replacement, and timing of the tire by answering the questionnaire.

In particular, the self-diagnostic module 310 may be more useful to members having a basic knowledge of tires.

5 is a conceptual diagram illustrating a state in which a tire image is photographed using a camera of a smartphone in the image diagnosis module of the present invention.

The image diagnosis module 320 of the present invention analyzes the image of a tire when a member who does not have a basic knowledge of the tire directly uploads the image of the tire image to the system to determine the state of the tire, Specifically, the image input unit 321, the image reading unit 322, and the replacement timing predicting unit 323 are provided.

The image input unit 321 provides a function of inputting (uploading) a tire image taken by a member directly to a system of the present invention through a mobile communication terminal or a camera. When a tire state is determined through one image It is difficult to ensure the accuracy of the tire condition. Therefore, a plurality of images are required, but the tire image is divided into a plurality of features and a tire image containing the features is input.

More specifically, the image input unit 321 includes a DOT notation input part 321a, a surface image input part 321b, and a side image input part 321c.

In addition, the image input unit 321 may include a guide presentation part. The image input unit 321 may display a DOT display, a tread state, a crack, and the like in the image reading unit 322, And provides a reference guide (guide area) 321d around the photographing frame of the app app provided to the user.

The reference guide (guide area) 321d refers to a bar code or an image of a specific standard on one side of a photographing frame on the display screen. This is because the distance between the member and the tire, the photographing angle, It provides a function to accurately present the area.

That is, the seller can photograph the angle and the distance of the camera of the mobile communication terminal according to the reference guide of the app (app), and can take a tire image with respect to the standard and the angle required by the system. Thus, it is possible to provide a characteristic that makes it possible to more easily recognize the state of the tire through the OCR function and the image reading function of the image reading unit 322, which will be described later.

The DOT notation input part 321a performs a function of inputting an image of the DOT notation area recorded in the side wall of the tire, and the DOT notation refers to a notation composed of 4-digit numbers such as "2112" The first two digits represent manufacturing parking (21 for 21 days), and the last two digits represent the year of manufacture (at 12, meaning 2012). According to this, the date of manufacture of the tire is inputted, and of course, the preparation date is not coincident with the date of installation of the new tire, but at least the time period until the present time is provided.

The surface image input part 321b performs a function of receiving an image of the surface of the tire, and performs a prerequisite function for determining whether the tire wears or cracks occur. At this time, take a photograph so that the tread of the tire appears on the surface of the tire.

A tread pattern means a ground contact surface of a tire touching a road surface, and a tread pattern means a pattern engraved on a ground surface of a tire in order to prevent slipping, and tread grooves are formed by a tread pattern. Generally, the side surface of the tire is provided with a position indicating mark, that is, a wear indicator, and the tire portion referred to by such a wear indicator is referred to as a wear limit line.

In other words, looking at the tread groove with the wear indicator, the wear limit line can be found, and when the tread reaches 1.6 to 1.7 mm from the wear limit line, it is known as the time limit of the tire replacement.

In other words, it is judged that the time to replace the tire when the tread of the tire is worn out is close to or close to the wear limit line. In the present invention, the state of the tread is obtained as an image together with the wear limit line, The state of replacement or the state of the battery.

The surface image may be based on securing a captured image for four tires (front left, front right, rear left, and rear right), or only one image if four tires are replaced on the same date . The side surface of the tire including the wear indicator on the side surface of the tire in the close-up state is photographed so as to provide a premise for determining the wear state of the tread.

Particularly, the wear indicator and the tread of the tread may be displayed in a specific distance and size in the surface image, so that a photographing guide function via the reference guide can be provided so that the reference of the comparison judgment can be presented.

As described above, the reference guide 321d allows the wear indicator to be displayed on the screen (frame) before taking the image of the app 10 when the system of the present invention is implemented or interlocked with the app of the smart phone, By creating and providing a guide that shows the wear indicator at a specific size and displaying it on the screen before shooting the app (app) so that the seller can take the wear indicator of the actual tire according to the guide, the size of the wear indicator It is possible to remove various variables (difference in distance, difference in shooting angle, difference in wear indicator size, etc.) in shooting.

The side image photographing part 321c photographs a side image of the tire in a state where it is possible to receive the help of the reference guide described above, and provides a prerequisite function for judging whether or not the tire is damaged in the side wall.

 The image reading unit 322 of the present invention includes an OCR program for recognizing characters in an image and an image analysis program for analyzing a specific image. The DOT of the tire image transmitted from the image input unit 321, Image, and side image of the tire to determine the degree of damage and the point of manufacture provides the function.

The image reading section 322 specifically includes a reference tire DB providing portion 322a, a comparison determining portion 322b, and a state recognizing portion 322c.

The reference tire DB providing portion 322a stores a plurality of tire images having various height differences between the wear indicator and the tread, a tire image in which cracks are generated, and various tire images in which sidewalls are damaged, 'Includes the following three types of tire databases.

First, the tread judgment reference tire database is a database in which a height difference between a wear limit line indicated by a wear indicator and a tread indicated by a wear indicator is measured in advance and is recognized as a wear number expressed in mm, and the wear amount is stored in a database it means.

Second, the crack-based tire database refers to a database in which cracks having different lengths and depths in different tires are measured in mm and are recognized as crack numbers and the crack numbers are stored as images.

Finally, the sidewall-based tire database estimates the sidewall damage in mm on a tire with multiple damage lengths and depths in different sidewalls, recognizes it as a sidewall figure, Means the stored database.

The reference tire DB serves as reference information for comparing and analyzing the height difference between the wear limit line and the tread, the state of the crack, and the state of the sidewall in the image taken by the member.

The comparison determination part 322b searches the reference tire DB for a tire image matching the image input from the image input part 321 (the size of the crack, the height of the tread, and the length of the damage to the sidewall) And performs a function of objectively judging the wear state of the mounted tire.

For example, if a tire image taken by a member is compared with a reference tire DB to determine that the length of the crack is equal to the length of the fifth tire image recorded in the reference tire DB, the crack number recorded in the fifth tire image And recognizes the extracted crack as the damage length of the crack in the tire of the seller.

The state recognition part 322c performs a function of determining whether a tire is damaged or not through any one of the wear value, the crack value, and the sidewall value extracted from the comparison determination part 322b. For example, And the degree of crack, which indicates the length of the crack, depending on the magnitude of the crack number.

The image reading unit 322 analyzes the images of the tires directly photographed by the member so as to provide the characteristic of automatically and automatically determining the state of the tires in an objective and reasonable manner.

The interchangeable timing predicting unit 323 generates replacement timing prediction information that predicts the replacement timing of the tire based on the determination result determined by the image reading unit 322 based on the DOT notation of the tire and informs the member of the replacement timing prediction information .

That is, when a crack is detected in the image reading unit 322 and the crack is determined to be 20 mm, it is not necessary to immediately replace the tire of this length, but attention and observation are required in the future It is possible to provide the member with the replacement timing prediction information that indicates the necessity of replacement within two months as much as possible.

In addition, if the wear of the tread is severe, it is possible to immediately provide the member with information indicating immediate replacement such as 'replacement request' in the replacement timing prediction information.

The image diagnostic module described above automatically predicts and analyzes a replacement timing of a tire through information obtained by photographing an image of the actual state of the tire, so that a member who lacks information on the tire can check the replacement timing or objective state of his / It is convenient to make it easy to find.

The member propensity predicting module 330 further provided by the tire replacement diagnostic interface 300 of the present invention compares the wear state of the tire read by the image reading section 322 with the travel distance of the member's vehicle, The vehicle information input unit 331 and the propensity predicting unit 332 are configured to predict the driving state of the vehicle.

The vehicle information input unit 331 is a function that the member confirms the information indicating the mileage from the instrument panel recorded on the dashboard of the vehicle and inputs the information on the mileage information and the replacement time of the tire through the input window .

That is, the member performs an action of inputting the driving distance of the vehicle which the user owns.

The propensity predicting unit 332 determines the driving state of the vehicle or the driving habit of the driver by comparing the driving distance information of the vehicle and the information on the time when the past tire is replaced with the wear state of the tire determined by the image reading unit, It provides a function to generate information.

That is, a look-up table in which the average tire wear value (the difference in wear limit line and the tread height) in the vehicle having the running distance of 5,000 km is recorded as X mm is prepared in advance to compare and compare the running distance and the wear value of the vehicle with the look- Thus, it is possible to judge whether or not the abrasion condition of the tire is excessive compared with the traveling distance, so that the driving habits of the member (driver) (i.e., whether the vehicle has been roughly handled by sudden cornering, frequent sudden braking, It is possible to predict the running road (whether or not the off road is judged to have been driven), and the propensity to predict the running state (the driving state is roughed due to the abrasion with respect to the running distance, Information, etc.).

Of course, this information may not be an absolute reference if the tire is replaced periodically while operating the vehicle, but especially if the vehicle has a mileage of approximately 10,000 to 50,000 km, When it is based on the statistics of the driver's habits, it is possible to roughly predict information such as the driver's driving habit or the driving road state of the vehicle, thereby providing a function of prompting a member's awakening or improving a wrong driving habit.

As described above, the configuration and operation of a system for providing a service for replacing a tire using on-line according to the present invention have been described above and illustrated in the drawings. However, the present invention is not limited to the above description and drawings And it is to be understood that various changes and modifications may be made without departing from the spirit of the invention.

110: Subscription module 120: Tire selection module
121: Size selection unit 122: Vehicle selection unit
123: tire display section 124: size guide section
200: Tire service providing interface 210: Purchasing module
220: Replacement module 221: Store selection part
221a: store display unit 221b: store search unit
222: reservation unit 223: tire holding confirmation unit
223a: inventory database 223b: inventory confirmation section
223c: Media store information section 223d: Service preparation time information section
300: tire replacement diagnosis interface 310: self-diagnosis module
311: Questionnaire database 312:
313: tire condition determination unit 320: image diagnosis module
321: Image input unit 321a: DOT notation input part
321b: Surface image input part 321c: Side image input part
321d: reference guide 322: image reading section
322a: Reference tire DB providing part 322b: Comparison judgment part
322c: state recognition part 323: replacement timing predicting part
330: Member propensity prediction module 331: Vehicle information input unit
332: propensity predicting unit

Claims (7)

A system for providing a tire replacement service using on-line,
A membership subscription module for receiving and storing membership information from a member;
A tire selecting module for receiving a tire model of a member and a size of a tire to select a tire;
A store selection unit for selecting a store from a member or recommending a store based on the member's area in the member information and a reservation unit for reserving a service for replacing the tire selected in the store selected in the store selection unit A tire service providing interface, including a module;
A questionnaire database containing questionnaires for identifying the date of manufacture of the tire, the distance traveled by the vehicle, the plane of the tire, and the side abrasion state is provided to the member, And a tire replacement diagnosis interface including a self diagnosis module for recognizing the condition of the tire and informing the member of whether the tire is to be replaced or not,
The tire replacement diagnosis interface includes:
An image reading unit for analyzing the appearance of the tire by analyzing the image of the tire inputted from the image input unit and an image reading unit for analyzing the appearance state of the tire, An image diagnosis module configured to predict a replacement timing of a tire; And
A vehicle information input unit for inputting a driving distance of a vehicle from a member and a lookup table recording an average tire wear value in relation to the mileage, And a tendency predicting module configured to determine tendency of wear of the tire relative to the driving distance and to generate tendency prediction information which analyzes the driving tendency of the member. Tire replacement service system using. The method according to claim 1,
The tire selection module includes:
A function of displaying all the tire models to be applied to the car model held by the member as the tire selection result when the size unknown information is input from the member and a function of generating a telephone reservation signal for calling the member And a size guiding unit that further includes a size guiding unit for guiding the tire into the tire guiding apparatus. The method according to claim 1,
The replacement module includes:
In a state where the stock database is provided in a store server that manages the stock database, the member's selected tire information is transmitted to the store server of the store selected by the member, An inventory check part for checking,
And a tire holding unit for searching for a store around the member area having the stock when the stock is not available and informing the member about the store. The method of claim 3,
The tire retention confirmation unit
Further comprising a service preparation time guide unit for guiding the time required until the tire is secured from the substitute store guided by the substitute store guide unit to the store located in the member's area, Delivery system. The method according to claim 1,
Wherein the image input unit comprises:
The image of the tire is received by the photographing mode which guides the photographing angle, the photographing distance and the photographing area by the application of the mobile communication terminal,
A DOT notation input part for inputting a tire image including a portion where a DOT mark of a tire is displayed,
A surface image input part for inputting a tire image including a surface part of the tire,
A side image input part for inputting a tire image including a side part of the tire,
Wherein the image reading unit comprises:
An OCR program for character recognition, and an image analysis program for analyzing an image,
A reference tire DB providing a reference tire database in which a plurality of tire images having various height differences between a wear indicator and a tread, a cracked tire image, and a tire image in which a sidewall is damaged are stored in a database,
A comparison determination part for comparing the tire image input from the image input part and the tire image of the reference tire database to recognize the appearance damage state of the tire as a numerical value,
And a state recognition part for performing a differential grade processing of the appearance damage state of the tire based on the magnitude of the value recognized by the comparison determination part.
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