KR102582768B1 - Method for Providing Service by using Reverse Direction Certification - Google Patents

Abstract

The present invention relates to a service provision method using reverse authentication, which is executed through a server communicating with a user wireless terminal equipped with a touch screen capable of recognizing capacitive multi-touch, wherein a specified number of capacitive touches N (N ≥4) touch units are arranged in a pre-designed unique geometrical relationship to store unique information uniquely identifying the manufactured touch module and affiliated store information about the affiliated store holding the touch module, and installed and executed on the user wireless terminal. While a specific interface screen for receiving a specified service is displayed on the touch screen of the user's wireless terminal through the app, a designated number of N touch points that have been touched multiple times on the touch screen through the app are precisely recognized, and then the N touch points are accurately recognized. If it is confirmed that the geometric relationship formed by them matches the geometric relationship in the design of the N touch points provided in a specific touch module within the allowed error range, the geometric relationship of the N touch points is matched within the allowed error range. Confirm the unique information of the authenticated touch module, confirm the identification information identifying the interface screen of the app displayed on the touch screen of the user wireless terminal at the time the matching certified N touch dots were touched, and confirm the identified information. Based on the unique information of the touch module and the identification information, it is checked whether a specific interface screen for receiving the specified service is displayed on the touch screen of the user's wireless terminal where the matching and certified N touch points are touched, and at the same time, the user is provided Identify the affiliated store that will provide the service, verify that the unique information of the touch module certified by the match matches the unique information of the touch module held by the identified affiliated store, and provide a specific service to receive the specified service on the touchscreen of the user's wireless terminal. When authenticated by touching the touch screen of an affiliated store to provide the service while the interface screen is displayed, the app is provided with a touch screen on which the authenticated N touch points are touched and executes an app that precisely recognizes the N touch points. Designated services are provided through an app on the user's wireless terminal.

Description

Method for Providing Service by using Reverse Direction Certification}

The present invention is a method implemented through a server that communicates with a user wireless terminal equipped with a touch screen capable of recognizing capacitive multi-touch, in which a pre-designed unique geometrical The unique information uniquely identifying the touch module produced by placing the touch module and the affiliated store information about the affiliated store holding the touch module are linked and stored, and are displayed on the touchscreen of the user's wireless terminal through an app installed and executed on the user's wireless terminal. When a specific interface screen for receiving a designated service is displayed, a designated number of N touch points that have been touched multiple times on the touch screen through the app are precisely recognized, and then the geometric relationship formed by the N touch points is provided in a specific touch module. If it is confirmed that the N touch points are matched within the geometric relationship in the design and the allowed error range, the unique information of the touch module certified for matching is confirmed within the geometric relationship of the N touch points and the allowed error range, and the Confirm the identification information that identifies the interface screen of the app displayed on the touch screen of the user's wireless terminal at the time when the matched and certified N touch dots are touched, based on the unique information of the confirmed touch module and the identification information. Confirm that a specific interface screen for receiving a specified service is displayed on the touch screen of the user's wireless terminal where the N touch points certified by the matching are touched, and at the same time identify the affiliated store that will provide the service to the user and authenticate the matching. It verifies that the unique information of the touch module matches the unique information of the touch module held by the identified affiliated store, and provides the service while a specific interface screen for receiving the specified service is displayed on the touch screen of the user wireless terminal. When authenticated by touching the touch screen of an affiliated store, the designated service is provided through an app on the user's wireless terminal, which has a touch screen on which the certified N touch points are touched and runs an app that precisely recognizes the N touch points. This relates to a service provision method using reverse authentication.

A method of providing a set service when authenticated by touching a touch device to the touch screen of a user terminal has been proposed (Patent Publication No. 10-2014-0065624 (May 30, 2014)).

This conventional touch authentication-based service runs the app of a specific affiliated store that has a touch device on the user terminal and then authenticates by touching the touch device of the specific affiliated store on the touchscreen of the terminal. The touch device is then authenticated through the user terminal. However, in this form, it is difficult to provide a method of providing services by touching the touch devices of multiple affiliated stores through a single app. Of course, before touching the touch device of a specific affiliated store on the touch screen of the user terminal, you can first select one of the plurality of affiliated stores and then touch the touch device (Patent Publication No. 10-2013-0081681 (2013) July 17, 2007)), In this case, not only is it more inconvenient to use as the number of affiliated stores increases, but there is also a problem in that service provision becomes more difficult if the user accidentally selects the wrong affiliated store.

The purpose of the present invention to solve the above problems is to provide a method that is executed through a server that communicates with a user wireless terminal equipped with a touch screen capable of recognizing capacitive multi-touch, wherein a specified number of capacitive touches N (N A first step of linking and storing unique information uniquely identifying a touch module manufactured by arranging ≥4) touch units in a pre-designed unique geometric relationship and affiliated store information about the affiliated store holding the touch module, and storing the touch module in the user wireless terminal. While a specific interface screen for receiving a specified service is displayed on the touch screen of the user's wireless terminal through the installed and executed app, a designated number N touch points that have been touched multiple times on the touch screen through the app are precisely recognized, and then the N If it is confirmed that the geometric relationship formed by the N touch points matches the geometric relationship in the design of the N touch parts provided in a specific touch module within the allowable error range, the geometric relationship of the N touch points and the allowable error range A device that verifies the unique information of the touch module that has been matched and authenticated and identifies the identification information that identifies the interface screen of the app that was displayed on the touch screen of the user's wireless terminal at the time the N number of touch points that have been matched and authenticated are touched. Step 2 and based on the identified unique information of the touch module and the identification information, check whether a specific interface screen for receiving the specified service is displayed on the touch screen of the user wireless terminal where the N touch points that have been matched and certified are touched. At the same time, a third step of identifying the affiliated store that will provide the service to the user and verifying whether the unique information of the touch module certified for matching matches the unique information of the touch module held by the identified affiliated store and the touch of the user's wireless terminal When authenticated by touching the touch screen of an affiliated store to provide the service while a specific interface screen for receiving a designated service is displayed on the screen, the touch screen is provided with the N authenticated touch points touched, and the N touch points are touched. The aim is to provide a service provision method using reverse authentication that includes a fourth step of providing a designated service through an app on a user's wireless terminal running an app that recognizes the point precisely.

The service provision method using reverse authentication according to the present invention is executed through a server that communicates with a user wireless terminal equipped with a touch screen capable of recognizing capacitive multi-touch, and includes a specified number of capacitive touches N (N ≥ 4) A first step of linking and storing unique information uniquely identifying the touch module manufactured by arranging the touch units in a pre-designed unique geometric relationship and affiliated store information about the affiliated store holding the touch module, and installing it on the user wireless terminal. While a specific interface screen for receiving a specified service is displayed on the touch screen of the user's wireless terminal through the executed app, a designated number N touch points that have been touched multiple times on the touch screen through the app are precisely recognized, and then the N touch points are precisely recognized. If it is confirmed that the geometric relationship formed by the touch points matches the geometric relationship in the design of the N touch parts provided in a specific touch module within the allowable error range, the geometric relationship of the N touch points and the allowable error range are confirmed. A second device checks the unique information of the touch module that has been matched and authenticated and identifies identification information that identifies the interface screen of the app displayed on the touch screen of the user's wireless terminal at the time when the N number of touch points that have been matched and authenticated are touched. Based on the step and the identified unique information of the touch module and the identification information, check whether a specific interface screen for receiving a specified service is displayed on the touch screen of the user wireless terminal where the matching and certified N touch points are touched. At the same time, a third step of identifying the affiliated store that will provide the service to the user and verifying whether the unique information of the touch module certified for matching matches the unique information of the touch module held by the identified affiliated store and the touch screen of the user's wireless terminal When authenticated by touching the touch screen of an affiliated store to provide the service while a specific interface screen for receiving the service specified in is displayed, the N touch points are provided with a touch screen on which the authenticated N touch points are touched, and the N touch points It is characterized in that it includes a fourth step of providing a designated service through the app of the user's wireless terminal running the app that has been precisely recognized.

In the service provision method using reverse authentication according to the present invention, the specific interface screen is designated to provide the specified service among T (T≥1) interface screens that can be displayed on the touch screen through the app of the user wireless terminal. It is characterized by including a t(1≤t≤T)th interface screen.

In the service provision method using reverse authentication according to the present invention, it is possible to recognize the capacitive multiple touches of a touch module manufactured by arranging a designated number of N (N≥4) touch units capable of capacitive touch in a pre-designed unique geometric relationship. In a method executed through a user wireless terminal equipped with a touch screen, among T (T ≥ 1) interface screens that can be displayed on the touch screen, the t (1 ≤ t ≤ T) interface screen designated to provide a specified service is A first step of checking whether the t-th interface screen is displayed, a second step of activating a function for precisely recognizing a specified number N multiple touches while the t-th interface screen is displayed, and designation through the touch screen while the t-th interface screen is displayed. If fewer than N touches occur, it is processed as a touch input using a human finger, but if a specified number N multiple touches occur through the touch screen while the tth interface screen is displayed, N touch points In the third step of precise recognition and when the N touch points are precisely recognized, the geometric relationship formed by the N touch points is permitted to be the geometric relationship in the design for arranging the designated number N of touch parts provided in a specific touch module. In the fourth step of executing an authentication procedure to verify whether a match is made within the specified error range, and through the authentication procedure, when the N touch points are authenticated as a touch using a touch module held by a specific affiliated store, the tth interface screen (or It is characterized by comprising a fifth step of performing a procedure for providing a designated service through an interface screen associated with the t interface screen.

In the service provision method using reverse authentication according to the present invention, the t-th interface screen is characterized in that it includes an interface screen set to precisely recognize a specified number N of multiple touches.

In the service provision method using reverse authentication according to the present invention, the precision recognition is characterized in that it includes multi-touch recognition that does not distort or process a designated number N of multiple touches as touch input using a human finger. do.

In the service provision method using reverse authentication according to the present invention, the precision recognition includes multi-touch recognition that corrects the distortion when the number N multiple touches specified through the operating system are distorted by touch input using a human finger. It is characterized by including.

In the service providing method using reverse authentication according to the present invention, the third step is to read the mutual positional relationship between N touch points recognized as a multi-touch on the touch screen and determine the mutual positional relationship between the N touch points at the affiliated store. It is characterized by further comprising the step of verifying whether a mutual position relationship that can be formed by touching N touch units provided in the touch module held by is included.

In the service provision method using reverse authentication according to the present invention, the geometric relationship is characterized by including a combination of a distance relationship and an angle relationship formed by N touch points.

The service provision method using reverse authentication according to the present invention is executed through a server that communicates with a user wireless terminal equipped with a touch screen capable of recognizing capacitive multi-touch, and includes a specified number of capacitive touches N (N ≥ 4) A first step of linking and storing unique information uniquely identifying a touch module manufactured by arranging the touch units in a pre-designed unique geometric relationship and affiliated store information about the affiliated store holding the touch module, and storing the touch module in the user wireless terminal. While a specific interface screen for receiving a specified service is displayed on the touch screen of the user's wireless terminal through the installed and executed app, a designated number N touch points that have been touched multiple times on the touch screen through the app are precisely recognized, and then the N If it is confirmed that the geometric relationship formed by the N touch points matches the geometric relationship in the design of the N touch parts provided in a specific touch module within the allowable error range, the geometric relationship of the N touch points and the allowable error range Identify the unique information of the matched and certified touch module within the matching and certified touch module, identify the interface screen displayed on the touch screen of the user wireless terminal at the time the matching and certified N touch points are touched, and simultaneously run the app that displays the interface screen. A second step of confirming the identification information to be identified, and providing a service specified on the touch screen of the user wireless terminal to which the matching and certified N touch dots are touched based on the unique information of the confirmed touch module and the identification information. A device that checks whether a specific interface screen for the user is displayed and at the same time identifies the affiliated store that will provide the service to the user and authenticates whether the unique information of the touch module certified for matching matches the unique information of the touch module held by the identified affiliated store. In step 3, when a specific interface screen for receiving a designated service is displayed on the touch screen of the user wireless terminal and the touch screen of an affiliated store to provide the service is touched and authenticated, the N number of authenticated touch points are touched. It includes a fourth step of providing a designated service through an app on a user wireless terminal that has a touch screen and runs an app that precisely recognizes the N touch points.

According to the present invention, the first step uniquely identifies a user wireless terminal that has installed and executed a specific app with a built-in function for precisely recognizing a designated number N of multiple touches, and at the same time uniquely identifies the app running on the user wireless terminal. A step of checking and storing unique authentication information for identification and authentication may be further included.

According to the present invention, the first step further includes the step of registering and storing user information using a specific app equipped with a function for precisely recognizing a designated number N of multiple touches or using a wireless terminal running the app. can do.

According to the present invention, the specific interface screen is the t(1≤t≤T)th interface designated to provide a specified service among T(T≥1) interface screens that can be displayed on the touch screen through an app of the user wireless terminal. Can include a screen. Meanwhile, the specific interface screen is the tth (1≤t≤ T) May include an interface screen.

According to the present invention, the identification information includes app screen identification information that identifies the interface screen displayed through the app, user identification information that identifies the user using the app, and affiliated store identification that identifies the affiliated store that will provide services to the user. information, unique identification information of the user's wireless terminal, uniquely identifies the user's wireless terminal that has installed and executed a specific app with a built-in function for precisely recognizing a specified number of multiple touches, and at the same time, identifies the app running on the user's wireless terminal. It may include at least one or a combination of two or more of unique authentication information for unique identification and authentication.

According to the present invention, the first step uniquely identifies a user wireless terminal that has installed and executed a specific app with a built-in function for precisely recognizing a designated number N of multiple touches, and at the same time uniquely identifies the app running on the user wireless terminal. It further includes a step of confirming and storing unique authentication information for identification and authentication, and the fourth step may include a step of linking and storing the unique authentication information and service information for providing the service.

According to the present invention, the first step further includes the step of registering and storing user information using a specific app equipped with a function for precisely recognizing a designated number N of multiple touches or using a wireless terminal running the app. The fourth step may include linking and storing service information for providing the service and the user information.

Meanwhile, the service provision method using reverse authentication according to the present invention is performed through a user wireless terminal equipped with a touch screen capable of recognizing capacitive multi-touch, wherein there are T (T ≥ 1) numbers that can be displayed on the touch screen. A first step of checking whether a t(1≤t≤T)th interface screen designated to provide a designated service is displayed among the interface screens, and a designated number N(N≥4) multiple touches while the tth interface screen is displayed. A second step of activating a function for precisely recognizing A third step of precisely recognizing N touch points when a designated number N multiple touches occur through the touch screen while the t interface screen is displayed, and when the N touch points are precisely recognized, the N touch points are A fourth step of executing an authentication procedure to verify whether the geometric relationship formed by the touch points matches the geometric relationship in the design for arranging the designated number N of touch parts provided in a specific touch module within a permitted error range, and the authentication; If the N touch points are authenticated through the procedure as a touch using a touch module held by a specific affiliated store, the procedure for providing the specified service through the t interface screen (or an interface screen associated with the t interface screen) is performed. Includes the fifth step.

According to the present invention, the t-th interface screen may include an interface screen set to precisely recognize a specified number N of multiple touches.

According to the present invention, the precision recognition may include multi-touch recognition in which a designated number N of multiple touches are not processed as touch input using a human finger. Meanwhile, the precision recognition may include multi-touch recognition that does not distort a designated number of N multi-touches into touch input using a human finger. Meanwhile, the precision recognition may include multi-touch recognition that corrects the distortion when the number of N multiple touches specified through the operating system is distorted by touch input using a human finger.

According to the present invention, in the third step, when a touch exceeding the specified number N occurs through the touch screen while the t-th interface screen is displayed, it is processed as a touch input using a human finger or the specified number. A step of processing touches exceeding N may be further included.

According to the present invention, the third step reads the mutual positional relationship between the N touch points recognized as multiple touches on the touch screen, and the mutual positional relationship between the N touch points is determined by the N touches provided in the touch module held by the affiliated store. The step of verifying whether a mutual position relationship that can be formed by touching the part is included may be further included.

According to the present invention, when the touch module of a specific affiliated store is touched while a specific interface screen of a designated app is displayed on the touch screen of the user's wireless terminal, the touch screen is touched multiple times for each interface screen displayed on the touch screen. By verifying that the geometric relationship formed by a specified number of touch points matches the geometric relationship of the touch module matching each interface screen, an app for each affiliated store can be run separately on the touch screen of the user's wireless terminal, or an app can be run separately among multiple affiliated stores. There is an advantage in providing designated services by conveniently touching the touch module of a specific affiliated store on the touch screen without the complicated process of selecting an affiliated store in advance.

Figure 1 shows the configuration of an online-offline interconnected service providing system using reverse authentication according to the implementation method of the present invention.
Figure 2 is a diagram showing the functional configuration of a user wireless terminal according to an implementation method of the present invention.
Figure 3 is a diagram showing the information registration process of the user wireless terminal according to the implementation method of the present invention.
Figure 4 is a diagram illustrating the information registration process of the affiliated store terminal according to the implementation method of the present invention.
Figure 5 is a diagram illustrating a touch module recognition process according to the implementation method of the present invention.
Figure 6 is a diagram illustrating the touch module authentication process according to the implementation method of the present invention.
Figure 7 is a diagram illustrating a process for providing an online-offline interworking service based on touch authentication according to the implementation method of the present invention.

Hereinafter, the operating principle of a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings and description. However, the drawings shown below and the description below are for preferred implementation methods among various methods for effectively explaining the characteristics of the present invention, and the present invention is not limited to the drawings and description below.

That is, the following examples correspond to examples of preferred union forms among the numerous embodiments of the present invention, and examples in which specific configurations (or steps) are omitted in the following examples, or specific configurations (or steps) are omitted. An embodiment of dividing the function implemented in a specific configuration (or step), or an embodiment of integrating the function implemented in two or more configurations (or steps) into one configuration (or step), a specific configuration (or step) It is clearly stated that embodiments that replace the operation sequence of all fall within the scope of the present invention even if not separately mentioned in the following embodiments. In addition, in the following embodiments, a specific component implemented on the server side is implemented on the terminal side and the server side references it, or, conversely, in the following embodiments, a specific component implemented on the terminal side is implemented on the server side and the terminal It is clearly stated that all embodiments using this fall within the scope of the present invention. Therefore, based on the examples below, it is clearly stated that various embodiments corresponding to subsets or complements can be divided retroactively to the filing date of the present invention.

Additionally, in the following description of the present invention, if a detailed description of a related known function or configuration is judged to unnecessarily obscure the gist of the present invention, the detailed description will be omitted. The terms described below are defined in consideration of the functions in the present invention, and may vary depending on the intention or custom of the user or operator. Therefore, the definition should be made based on the overall content of the present invention.

As a result, the technical idea of the present invention is determined by the claims, and the following examples are a means to efficiently explain the advanced technical idea of the present invention to those skilled in the art to which the present invention pertains. It's just that.

Figure 1 shows the configuration of an online-offline interconnected service providing system using reverse authentication according to the implementation method of the present invention.

In more detail, Figure 1 shows that when a user visits an affiliated store and displays a specific interface screen for receiving a designated service on the touch screen 205 of the user's wireless terminal 200, the touch module 160 held by the affiliated store is displayed. It is confirmed that the touch screen 205 is touched and authenticated as the affiliated store's touch module 160, and that a specific interface screen for receiving the specified service is displayed on the touch screen 205 of the user wireless terminal 200. In this case, it shows the configuration of a system that provides a designated service through the specific interface screen, and those of ordinary skill in the technical field to which the present invention pertains can refer to Figure 1 and/or modify the online-offline Various implementation methods for the interconnected service provision system (for example, implementation methods in which some components are omitted, subdivided, or combined) can be inferred, but the present invention includes all the implementation methods inferred above, and the present invention includes all the implementation methods inferred above. The technical features are not limited to the implementation method shown in Figure 1.

The system of the present invention includes a user wireless terminal 200 equipped with a touch screen 205 that is used by a user and capable of recognizing a designated number of N (N ≥ 4) capacitive multi-touches, and the user visits and provides a designated service. A touch module 160 of the affiliated store manufactured by arranging a designated number of N touch units capable of capacitive touch in a pre-designed unique (=non-overlapping) geometric relationship held by an offline affiliated store that can request it, and the user wireless terminal ( It includes an operation server 100 that performs one or more procedures designated for the service according to the present invention, which communicates with the user wireless terminal 200 through the app 230 installed and executed in 200. The service according to the present invention is a general term for services that can be provided (=online) through the app 230 of the user's wireless terminal 200 when the user visits the affiliated store (=offline). Any service can be provided by the user by visiting the affiliated store and providing the service to the user. It is clearly stated that any service provided through the app 230 of the wireless terminal 200 falls within the scope of the present invention.

The user wireless terminal 200 is a general term for wireless communication devices used by the user, and preferably includes wireless terminals such as mobile phones, smartphones, and tablet PCs owned (or possessed) by the user, and provides the service according to the present invention. The app 230 for this is installed and executed. Hereinafter, even if there are no separate instructions, explanations based on the user wireless terminal 200 are considered to be executed through the app 230 installed on the user wireless terminal 200.

The app 230 of the user wireless terminal 200 can display T (T ≥ 1) interface screens, and can provide various services provided in the app 230 using each interface screen. Meanwhile, the app 230 of the user wireless terminal 200 can display a designated t (1≤t≤T) interface screen among T interface screens, and the designated t interface screen provides the service according to the present invention. It may include an interface screen that displays an interface to provide and at the same time activates a function to precisely recognize a specified number of N capacitive multi-touch touches.

According to the implementation method of the present invention, when less than N touches (or multiple touches) occur while the app 230 of the user wireless terminal 200 displays the designated tth interface screen among the T interface screens. This is considered a touch input for normal user operation. However, when a specified number N multiple touches occur while the t-th interface screen is displayed, touch events for each wireless terminal model and/or operating system are read. By precisely recognizing the N touch points, recognition information containing N touch point information that can be matched and authenticated within an allowed error range can be generated. Typically, the touch screen 205 of the user wireless terminal 200 is mounted on the wireless terminal 200 to recognize a touch using a human finger, and the operating system of each wireless terminal is configured to input and process a touch using a human finger. It is optimized. For example, according to the applicant's experiments, in the case of some wireless terminals, the posture of the wireless terminal confirmed through the gravity sensor of the wireless terminal 200 is vertically erected. When a touch occurs through the touch screen 205, when the lower part of the touch screen 205 is touched, the center of the touched area is processed as a touch point (for example, while holding the wireless terminal with one hand, use the thumb On the other hand, when the upper part of the touch screen 205 is touched over a certain area, positions spaced a certain distance from the center of the touched area toward the top are treated as touch points (e.g. , While holding the wireless terminal with one hand, it is considered that the entire fingerprint area of the thumb is touched, and the touch area of the touch screen 205 that the user actually intends to touch input is the tip of the thumb, so the touch area is the tip of the thumb. Separated locations are treated as touch points. However, the multi-touch using the touch module 160 of the present invention is not a touch for touch input using a human finger, but a touch provided on the touch module 160 within the allowable error range of the geometric relationship formed by the touch points. This is a touch to authenticate the geometric relationship and matching in the design of the cattails. Therefore, if the touch points distorted and generated by the operating system are used for touch input, the matching may not be authenticated because it is outside the error range, even though multiple touches using the touch module 160 are valid in some wireless terminals. Accordingly, the app 230 of the user wireless terminal 200 processes the touch of the touch screen 205 as a touch for touch input if it is not a touch using the touch module 160, but If it is considered a touch, it is desirable to recognize the actual touched touch point. If the app 230 can access the low level or middle level of touch events that occur in the operating system, it is desirable for the app 230 to precisely recognize the actual touched touch point at that level. If not, It is desirable to have a function to accurately recognize touch points distorted by the operating system by reversely correcting them. Preferably, if less than N touches (or multiple touches) occur while the designated t-th interface screen is displayed, the app 230 of the user wireless terminal 200 selects the touches (or multiple touches) from the user. It is processed as a touch input for manipulation, but when a specified number N multiple touches occur while the t-th interface screen is displayed, the N multiple touches are regarded as touches using the touch module 160 and are precisely recognized. It is desirable. However, if the operating system of the wireless terminal does not distort the touch point, it is okay to use the touch event generated by the operating system as is.

According to the implementation method of the present invention, the t-th interface screen preferably includes an interface screen for providing a designated service to a user visiting the affiliated store. After visiting an affiliated store, the user operates the app on his or her wireless terminal 200 to display the t interface screen. The affiliated store's touch module 160 is possessed by the affiliated store owner (or employee), and the affiliated store owner (or employee) confirms that the designated t interface screen is displayed on the touch screen 205 of the user wireless terminal 200. Then, by touching the touch module 160 of the affiliated store to the touch screen 205 of the user's wireless terminal 200, the designated service can be provided to the user.

According to the implementation method of the present invention, the app 230 of the user wireless terminal 200 displays a designated number N touch points on the touch screen 205 of the user wireless terminal 200 while the designated tth interface screen is displayed. It is checked whether the N touch points are being touched, and when the N touch points are touched multiple times on the touch screen 205, the N touch points are precisely recognized.

According to the implementation method of the present invention, the app 230 of the user wireless terminal 200 is touched by the touch module 160 on the touch screen 205 while the t-th interface screen is displayed on the touch screen 205. (=N touch points are recognized), and the geometric relationship formed by the operation server 100 (or the N touch points) is the geometric relationship in the design of the N touch units provided in each touch module 160. It is possible to communicate with an authentication server 150) that verifies whether a match is made within a tolerance range. For example, the app 230 of the user wireless terminal 200 uses the fact that the touch module 160 is touched (=N touch points recognized) on the touch screen 205 as a trigger and runs the designated operation server 100. ) (or authentication server 150). That is, when N touch points are recognized as touches while the t interface screen is displayed on the touch screen 205 of the user wireless terminal 200, the app 230 operates via the designated path even without separate user manipulation. It is possible to communicate with the server 100 (or the authentication server 150). Meanwhile, the process in which the app 230 of the user wireless terminal 200 communicates with the operation server 100 is not limited to the case where the touch module 160 is touched, and the touch module 160 is not touched. Even without this, the app 230 can communicate with the operation server 100 through user manipulation.

The touch module 160 of the affiliated store is a general term for a medium provided at the affiliated store (or possessed by the affiliated store owner (or employee)) and touched on the touch screen 205 of the user wireless terminal 200. Preferably, the touch module 160 is capable of capacitive touch on the touch screen 205 and includes N touch units arranged in a pre-designed unique geometric relationship. Preferably, the touch module 160 is a stamp-type medium capable of recognizing N touch points on the touch screen 205, and is capable of recognizing N touch points on the touch screen 205, and is used by the affiliated store owner (or employee). It may include at least one medium among portable media. Meanwhile, the number of touch modules 160 that can be possessed by one affiliated store is not limited to one, and depending on the implementation method, one affiliated store simultaneously possesses a plurality of touch modules 160 (for example, a touch module 160 for each employee). can be retained).

The operating server 100 is a general term for a server-side configuration that communicates with a user wireless terminal 200 that installs and executes a pre-designated specific app 230 and performs one or more designated procedures to provide the service according to the present invention, A procedure for registering and managing each touch module 160 held by each affiliated store, and managing the user wireless terminal 200 (or app 230) and/or user who installed and executed a specific pre-designated app 230 If the geometric relationship formed by the N touch points recognized as a touch on the touch screen 205 of the user wireless terminal 200 matches the touch module 160 of the affiliated store, the touch screen of the user wireless terminal 200 ( 205), a procedure for authenticating whether the touch module 160 of the affiliated store has been touched while the designated t interface screen is displayed to provide the service specified in 205), and the t interface screen is displayed on the touch screen 205 of the user wireless terminal 200. When the touch module 160 of the affiliated store is touched in this displayed state, the service designated through the t interface screen (or the interface screen associated with the t interface screen) displayed on the touch screen 205 of the user wireless terminal 200 Among the processing procedures provided, implement a configuration that performs one or more specified procedures. The operation server 100 of the present invention is a general term for a server-side configuration that performs one or more server-side procedures designated to provide services according to the present invention and is not limited to a specific physical server device. That is, the operating server 100 of the present invention is implemented in software in a pre-equipped server device (e.g., an app 230 server that links with the app 230 of the user wireless terminal 200, etc.), or the user It is possible to implement it in the form of at least one server capable of communicating with the wireless terminal 200 or a combination of two or more servers, and it is clearly stated that it is not limited to a specific physical server.

Referring to Figure 1, the operation server 100 verifies one or more information for providing the service according to the present invention in conjunction with the user wireless terminal 200 or the affiliated store terminal 155 provided at the affiliated store (or It is provided with an information storage unit 105 that receives registration and stores it in a designated storage medium.

The affiliated store is equipped with an affiliated store terminal 155 (e.g., a wired terminal or wireless terminal, etc.) for registering designated information or operating the service of the present invention, and downloads and installs the designated program on the affiliated store terminal 155 and runs it for the first time (or runs it as a member). When signing up or joining an affiliated store (or accessing the operation server 100 through a browser from the affiliated store terminal 155), the affiliated store terminal 155 performs a designated subscription procedure, and the information storage unit 105 stores the subscription. As a result of the procedure, affiliated store information (eg, affiliated store name, address, phone number, contact information, representative information, business registration number, etc.) can be registered from the affiliated store terminal 155 and stored in a designated storage medium.

Meanwhile, when the affiliated store purchases (or is supplied with) the touch module 160 according to the present invention, the affiliated store terminal 155 performs a registration procedure for the touch module 160, and the information storage unit (105) confirms (or receives registration) unique information about one or more touch modules 160 provided at the affiliated store as a result of the touch module registration procedure, and verifies the validity of the unique information of the touch module 160. Confirm. Preferably, the information storage unit 105 reads the unique information of the touch module 160 (or links it with a DB that manages the touch module 160 to be sold (or supplied) to an affiliated store) and sells (or You can check whether the touch module 160 is available (supplied). If the affiliated store terminal 155 is equipped with a touch screen 205, an employee of the affiliated store touches the touch module 160 of the affiliated store on the touch screen 205 of the affiliated store terminal 155 at least once. Validity confirmation of the touch module 160 held by the affiliated store may be requested, and in this case, the information storage unit 105 may display the geometric information formed by the N touch points touched on the touch screen 205 of the affiliated store terminal 155. After processing the authentication procedure to verify that the relationship matches the geometric relationship of the touch module 160 corresponding to the unique information within the tolerance range, the touch module 160 corresponding to the unique information is processed based on the result. ) can be confirmed. If the validity of the touch module 160 corresponding to the unique information is confirmed, the information storage unit 105 can store the unique information of the touch module 160 in a designated storage medium. Preferably, the information storage unit 105 maps the unique information of the touch module 160 and affiliated store information and stores them in a designated storage medium.

When the designated app 230 is downloaded and installed on the user wireless terminal 200 and runs (or becomes a member) for the first time, the app 230 of the user wireless terminal 200 performs capacitive multi-touch using the touch module 160. Unique authentication that uniquely identifies the user wireless terminal 200 that has installed and executed a specific app 230 with a built-in precision recognition function and at the same time uniquely identifies and authenticates the app 230 executed on the user wireless terminal 200. A procedure for registering information is performed, and the information storage unit 105 receives the unique authentication information from the app 230 of the user wireless terminal 200 and/or provides it to the user wireless terminal 200. After performing the procedure for determining the unique authentication information, the unique authentication information that uniquely identifies and authenticates the user wireless terminal 200 (or the app 230 of the user wireless terminal 200) is stored based on the result. Save it to media. Preferably, the unique authentication information can also be stored in a designated storage area of the user wireless terminal 200 through the app 230 of the user wireless terminal 200. That is, the unique authentication information is set (or created) uniquely (=non-duplicated) after the designated app 230 is installed on the user wireless terminal 200, whereby the unique authentication information is set (or created) in the user wireless terminal (200). In addition to being used as an identification means to identify the app 200, it is also used as an identification means to uniquely identify the app 230 installed and executed on the user wireless terminal 200, and at the same time, authentication to authenticate the running state of the app 230. It can be used as a means. Meanwhile, according to the implementation method of the present invention, the app 230 of the user wireless terminal 200, in addition to the unique authentication information, is stored in the user wireless terminal 200 even before the app 230 is installed on the user wireless terminal 200. ) can be registered, and the information storage unit 105 checks the unique identification information of the user wireless terminal 200 (e.g., mobile phone number, MSISDN, IMSI, IMEI, UICC_ID, etc.) (or registered) can be stored in a designated storage medium.

According to the implementation method of the present invention, the app 230 of the user wireless terminal 200 touches the touch module 160 of the affiliated store on the touch screen 205 to authenticate the user in the process of providing the service according to the present invention. A procedure for registering a user-side password (e.g., user PIN, etc.) can be performed, and the information storage unit 105 stores the user-side password registered through the app 230 of the user wireless terminal 200. Save it to the designated storage medium. Preferably, the user's password may be stored in mapping with the unique authentication information of the user's wireless terminal 200. Meanwhile, according to another implementation method of the invention, the user-side password is stored in a designated storage area of the user wireless terminal 200 and can be used to authenticate the user in the app 230 of the user wireless terminal 200.

According to the method of implementing the present invention, the app 230 of the user wireless terminal 200 touches the touch module 160 of the affiliated store on the touch screen 205 to authenticate the provision of the service according to the present invention. It may be provided with a function to dynamically generate a side authentication code (e.g., a one-time code). In this case, the information storage unit 105 may provide a user side authentication code dynamically generated by the app 230 of the user wireless terminal 200. User-side authentication information for authenticating the validity of (e.g., at least one seed value among one or more seed values for dynamically generating a user-side authentication code in the app 230 of the user wireless terminal 200, the user wireless terminal 200 ), a code generation algorithm that dynamically generates a user-side authentication code, etc.) can be confirmed or created in the app 230 and stored in a designated storage medium. Meanwhile, when the user-side authentication code dynamically generated by the app 230 of the user wireless terminal 200 is authenticated through a separate code authentication server 150 (not shown), the user-side authentication information is sent to the code authentication server. It may include an information set for authenticating the validity of the user-side authentication code dynamically generated by the app 230 of the user wireless terminal 200 in conjunction with 150. Preferably, the user-side authentication information may be mapped and stored with the unique authentication information of the user wireless terminal 200.

According to the implementation method of the present invention, the app 230 of the user's wireless terminal 200 can perform a procedure to register user information for the user of the app 230 (or the wireless terminal 200), The information storage unit 105 stores user information registered through the app 230 of the user wireless terminal 200 in a designated storage medium. Preferably, the user-side password may be stored in mapping with the unique authentication information of the user wireless terminal 200. Meanwhile, depending on the implementation method, the app 230 of the user wireless terminal 200 may store user identification information corresponding to the user information in a designated storage area of the user wireless terminal 200.

Referring to Figure 1, the operation server 100 operates the app 230 while displaying a specific interface screen for receiving a designated service from a specific affiliated store through the app 230 installed and executed on the user wireless terminal 200. ), when the designated number N touch points multi-touched on the touch screen 205 are precisely recognized, N touch points are precisely recognized from the app 230 of the user wireless terminal 200 through the app 230. It is provided with a touch recognition receiver 110 that receives touch recognition information including recognition information, and when the received touch recognition information includes configuration information that can be authenticated in addition to the recognition information, various configurations included in the touch recognition information. It is provided with a touch recognition authentication unit 115 that certifies the validity of information.

When a designated number N multiple touches occur on the touch screen 205 while the designated t-th interface screen is displayed on the touch screen 205 of the user wireless terminal 200, the app of the user wireless terminal 200 230 generates recognition information including N touch point information that precisely recognizes the N multiple touches.

According to the implementation method of the present invention, the N touch point information may include N undistorted (or distortion-corrected) touch point coordinate values calculated from N touch areas that were multi-touched on the touch screen 205. You can. Meanwhile, the recognition information may further include one or more of coordinate system identification information, wireless terminal model identification information, or operating system identification information that identifies the coordinate system for the precisely recognized touch point coordinate value. Meanwhile, when the app 230 of the user wireless terminal 200 corrects at least one coordinate value among the N touch point coordinate values, the recognition information includes the corrected coordinate value and the coordinate value before correction, and/ Alternatively, it may further include correction information including at least one of a correction algorithm or a correction value used for correction.

According to one implementation method of the present invention, when recognition information that precisely recognizes N touch points touched on the touch screen 205 is recognized, the app 230 of the user wireless terminal 200 sends the recognition information. Touch recognition information including the above recognition information is configured to be provided to the designated operation server 100. Preferably, the touch recognition information includes the recognized recognition information, and may further include at least one piece of information depending on the implementation method.

According to the first touch recognition information embodiment of the present invention, the app 230 of the user wireless terminal 200 is set (or Touch recognition information can be configured to further include unique authentication information generated and stored in a designated storage area of the user wireless terminal 200.

According to the second touch recognition information embodiment of the present invention, the app 230 of the user wireless terminal 200 includes touch recognition information that further includes unique identification information pre-stored in a designated storage area of the user wireless terminal 200. can be configured.

According to the third touch recognition information embodiment of the present invention, the app 230 of the user wireless terminal 200 further includes location information determined through the location determination unit 222 of the user wireless terminal 200. You can configure touch recognition information.

According to the fourth touch recognition information embodiment of the present invention, the app 230 of the user wireless terminal 200 uses the user wireless terminal 200 at the time of generating the recognition information or transmitting the touch recognition information. Touch recognition information that further includes a dynamically generated user-side authentication code (e.g., a code value generated by substituting a specified seed value into a specified code generation algorithm) can be configured through the app 230.

According to the fifth touch recognition information embodiment of the present invention, the app 230 of the user wireless terminal 200 generates the recognition information or transmits the touch recognition information to the user wireless terminal 200. Touch recognition information that further includes the user's password entered through the app 230 can be configured. Meanwhile, even if the user-side password is entered through the app 230 of the user wireless terminal 200, if the authentication process of the user-side password is processed through the app 230, the touch recognition information may contain the user-side password. It can be omitted.

According to the sixth touch recognition information embodiment of the present invention, the app 230 of the user wireless terminal 200 displays the t interface screen displayed through the touch screen 205 at the time of precise recognition of the N touch points. The app screen identification information that identifies the can be confirmed, and touch recognition information that further includes the confirmed app screen identification information can be configured.

According to the seventh touch recognition information embodiment of the present invention, the app 230 of the user wireless terminal 200 can store user identification information that uniquely identifies the user in a designated storage area of the user wireless terminal 200. In this case, the app 230 of the user wireless terminal 200 can configure touch recognition information that further includes user identification information stored in the designated storage area.

According to the eighth touch recognition information embodiment of the present invention, when the designated t-th interface screen is displayed on the touch screen 205 of the user wireless terminal 200, the user visits the designated t-th interface screen through the t-th interface screen. Enter (or select) affiliated store identification information that identifies the affiliated store that requested the service, or the t-th interface screen may be an interface screen corresponding to a specific affiliated store. In this case, the app 230 of the user wireless terminal 200 may check the affiliated store identification information identifying the affiliated store corresponding to the interface screen and configure touch recognition information that further includes the confirmed affiliated store identification information. . Meanwhile, if the affiliated store can be identified through the app screen identification information (e.g., when the t-th interface screen is an interface screen corresponding to a specific affiliated store), if the touch recognition information includes the app screen identification information, the affiliated store identification information can be omitted.

According to the ninth touch recognition information embodiment of the present invention, the app 230 of the user wireless terminal 200 includes recognition information that precisely recognizes N touch points multiple times touched on the touch screen 205, Touch recognition information may be configured to further include information that is at least partially combined with information included in at least two of the first to eighth touch recognition information embodiments, but the present invention is not limited thereto.

The app 230 of the user wireless terminal 200 transmits touch recognition information configured through at least one of the first to ninth touch recognition information embodiments, and the touch recognition receiver 110 is configured to transmit touch recognition information to the user. Touch recognition information configured through at least one of the first to ninth touch recognition information embodiments is received from the app 230 of the wireless terminal 200.

If the touch recognition information received through the touch recognition receiver 110 includes unique authentication information of the user wireless terminal 200 that installed and executed the app 230, and the app ( When unique authentication information for uniquely identifying and authenticating the wireless terminal 200 on which 230) is installed is registered, the touch recognition authentication unit 115 uses the registered unique authentication information to The validity of unique authentication information can be verified.

Or, the touch recognition information received through the touch recognition receiver 110 includes unique identification information of the user wireless terminal 200, and the unique identification information of the user wireless terminal 200 is transmitted through the information storage unit 105. When registered, the touch recognition authentication unit 115 can use the registered unique identification information to authenticate the validity of the unique identification information included in the touch recognition information.

Or, the touch recognition information received through the touch recognition receiver 110 includes the location information of the user wireless terminal 200 and the location of the affiliated store equipped with the touch module 160 through the information storage unit 105. When affiliated store information including information (or address information) is registered, the touch recognition authentication unit 115 uses the location information (or address information) of the affiliated store to identify the user wireless terminal included in the touch recognition information ( 200) can verify the validity of location information. However, in the present invention, the authentication of the location information is an auxiliary authentication method, and matching the location information is not an essential authentication method for providing the service according to the present invention.

Alternatively, the touch recognition information received through the touch recognition receiver 110 includes a user-side authentication code dynamically generated through the app 230 of the user wireless terminal 200, and the user-side authentication code is transmitted through the information storage unit 105. When user-side authentication information for authenticating the user-side authentication code is registered, the touch recognition authentication unit 115 uses the user-side authentication information in the app 230 of the user's wireless terminal 200. A verification code can be generated using the code generation algorithm and seed value used to generate the authentication code, and the validity of the user-side authentication code included in the touch recognition information can be verified using the generated verification code.

Alternatively, the touch recognition information received through the touch recognition receiver 110 includes the user password entered through the app 230 of the user wireless terminal 200, and the user side password is entered through the information storage unit 105. When a password is registered, the touch recognition authentication unit 115 can authenticate the validity of the user's password included in the touch recognition information using the registered user's password.

According to another implementation method of the present invention, the app 230 of the user wireless terminal 200 may provide the recognition information to a separately designated authentication server 150, and in this case, the authentication server 150 may provide the recognition information. An authentication procedure is performed to verify that the geometric relationship formed by the N touch points corresponding to matches the geometric relationship in the design of the N touch parts provided in the specific touch module 160 within a permitted error range, and the N If the geometric relationship formed by the touch points matches the geometric relationship in the design of the specific touch module 160 within the allowable error range, the unique information of the matching authenticated touch module 160 is sent to the user wireless terminal 200. It can be provided through the app 230 (or the operation server 100 linked to the authentication server 150). Meanwhile, when the authentication server 150 provides unique information of the authenticated touch module 160 to the app 230 of the user wireless terminal 200, the app 230 of the user wireless terminal 200 The touch authentication information includes unique information of the authenticated touch module 160 and further includes configuration information of at least one of the first to ninth touch recognition information embodiments, depending on the implementation method. It can be provided as an operation server (100). On the other hand, when the authentication server 150 provides unique information of the authenticated touch module 160 to the associated operation server 100, the app 230 of the user wireless terminal 200 recognizes the touch. Information can be provided to the authentication server 150, and in this case, the authentication server 150 receives the unique information of the authenticated touch module 160 from the app 230 of the user wireless terminal 200. Among the configuration information of the touch recognition information, touch authentication information including configuration information necessary for the operation of the operation server 100 may be provided to the operation server 100.

Referring to Figure 1, the operation server 100 determines that the geometric relationship formed by N touch points corresponding to the recognition information included in the touch recognition information is N provided in the touch module 160 held by a specific affiliated store. The touch authentication processing unit 120 processes the design of the touch units to verify whether they match the geometric relationships within the allowed error range, and the geometric relationship formed by the N touch points is determined by the design of the touch module 160 of a specific affiliated store. A unique information confirmation unit 125 that verifies unique information of the matching-certified touch module 160 when matched within the geometric relationship and allowed error range, and a An identification information confirmation unit 130 that identifies the interface screen displayed on the touch screen 205 of the user wireless terminal 200 and simultaneously confirms identification information identifying the app 230 that displayed the interface screen, and the matching Based on the unique information of the authenticated touch module 160 and the identification information, an interface screen for providing a designated service is provided on the touch screen 205 of the user wireless terminal 200 where the N touch points that are matched and certified are touched. At the same time as checking whether it is in the displayed state, it identifies the affiliated store that will provide the service to the user, and authenticates whether the unique information of the touch module 160 certified for matching matches the unique information of the touch module 160 held by the identified affiliated store. The service provision authentication unit 135 and the touch module 160 held by the affiliated store that will provide the service to the user while the interface screen for receiving the specified service is displayed on the touch screen 205 of the user wireless terminal 200. When this touch is authenticated, an information generation/confirmation unit 140 that generates (or confirms) service information corresponding to the service to be provided to the user by displaying the interface screen, the unique authentication information (or user information) and the It is provided with a service provider 145 that links and stores service information and/or provides the service information to the app 230 of the user wireless terminal 200.

The touch recognition information is received from the app 230 of the user wireless terminal 200 through the touch recognition receiver 110 and/or the component included in the touch recognition information through the touch recognition authenticator 115. When the validity of at least one piece of designated configuration information among the information is certified, the touch authentication processing unit 120 determines that the geometric relationship formed by N touch points corresponding to the recognition information included in the touch recognition information is held by a specific affiliated store. A processing procedure is performed to verify that the N touch units provided in the touch module 160 match the geometrical relationships in the design within the allowable error range.

According to the first touch authentication embodiment of the present invention, the touch authentication processing unit 120 is configured to use N number of touch modules 160 provided to/sold to each affiliated store from a manufacturer that manufactures/supplies the touch module 160. Geometrical relationship information on the design formed by the touch units and unique information of the touch module 160 that identifies each touch module 160 can be registered and stored in a designated database. Preferably, the database includes M geometric relationship information on design formed by N touch units provided in M (M ≥ 1) touch modules 160 and M unique information for each of N touch modules 160. The mapping can be saved. In this case, the touch authentication processing unit 120 checks the geometric relationship (e.g., distance relationship and/or angle relationship) formed by N touch points corresponding to the recognition information included in the touch recognition information, and stores M stored in the database. Among the geometric relationships in the design for each touch module 160, check the m (1 ≤ m ≤ M) geometric relationship that matches the geometric relationship formed by the N touch points corresponding to the recognition information within the allowed error range. do. If the m-th geometric relationship that matches the geometric relationship formed by the N touch points is confirmed within the allowed error range, the touch authentication processing unit 120 generates the m-th unique information mapped to the matched m-th geometric relationship. can be confirmed as unique information of the touch module 160 recognized by touching the touch screen 205 of the user wireless terminal 200.

According to the second touch authentication embodiment of the present invention, the geometric relationship formed by the N touch points corresponding to the recognition information included in the touch recognition information is N touch units provided in the touch module 160 held by a specific affiliated store. The authentication procedure to verify that the geometric relationship formed and matches within the allowed error range is performed by manufacturing/supplying a separately designated authentication server 150 (e.g., touch module 160) linked to the operation server 100. It can be performed through a touch authentication server operated by the production company, etc.). The authentication server 150 provides M design geometric relationship information formed by N touch units provided in M (M≥1) touch modules 160 and M unique information for each of the N touch modules 160. Information is stored and managed by mapping it to a designated database. In this case, the touch authentication processing unit 120 provides recognition information included in the touch recognition information to the authentication server 150, and the authentication server 150 provides N touch points corresponding to the recognition information. Geometric relationships (e.g., distance relationships and/or angle relationships) are confirmed, and among the geometric relationships in the design of each of the M touch modules 160 stored in the database, the geometric relationships formed by the N touch points corresponding to the recognition information are Check the m(1≤m≤M) geometric relationship that matches within the allowed error range. If the m-th geometric relationship that matches the geometric relationship formed by the N touch points is confirmed within the allowed error range, the authentication server 150 provides the m-th unique information mapped to the matched m-th geometric relationship. The unique information of the touch module 160 recognized by touching the touch screen 205 of the user wireless terminal 200 can be confirmed and provided to the operation server 100.

According to the third touch authentication embodiment of the present invention, the geometric relationship formed by the N touch points corresponding to the recognition information is the geometric relationship formed by the N touch units provided in the touch module 160 held by a specific affiliated store. The authentication procedure to verify whether a match is made within the allowed error range can be performed through a separately designated authentication server 150 that communicates with the app 230 of the user wireless terminal 200. The authentication server 150 provides M design geometric relationship information formed by N touch units provided in M (M≥1) touch modules 160 and M unique information for each of the N touch modules 160. Information is stored and managed by mapping it to a designated database. When the app 230 of the user wireless terminal 200 transmits recognition information recognizing N touch points to the authentication server 150, the authentication server 150 recognizes the N touch points corresponding to the recognition information. The geometric relationships (e.g., distance relationships and/or angle relationships) that they form are confirmed, and the N touch points corresponding to the recognition information form among the geometric relationships in the design for each of the M touch modules 160 stored in the database. Check the m(1≤m≤M) geometric relationship that matches the geometric relationship within the allowed error range. If the m-th geometric relationship that matches the geometric relationship formed by the N touch points is confirmed within the allowed error range, the authentication server 150 provides the m-th unique information mapped to the matched m-th geometric relationship. The unique information of the touch module 160 recognized by touching the touch screen 205 of the user wireless terminal 200 is confirmed and provided to the app 230 of the user wireless terminal 200, and the user wireless terminal ( The app 230 of 200 includes unique information of the authenticated touch module 160 and further includes configuration information of at least one of the first to ninth touch recognition information embodiments. Authentication information can be transmitted.

According to the fourth touch authentication embodiment of the present invention, the geometric relationship formed by the N touch points corresponding to the recognition information is the geometric relationship formed by the N touch units provided in the touch module 160 held by a specific affiliated store. The authentication procedure to verify that a match is made within the allowed error range is performed through a separately designated authentication server 150 that communicates with the app 230 of the user wireless terminal 200 and is linked to the operation server 100. You can. The authentication server 150 provides M design geometric relationship information formed by N touch units provided in M (M≥1) touch modules 160 and M unique information for each of the N touch modules 160. Information is stored and managed by mapping it to a designated database. Configuration that includes recognition information recognizing N touch points in the app 230 of the user wireless terminal 200 and corresponds to at least one embodiment of the first to ninth touch recognition information embodiments depending on the implementation method. When touch recognition information further containing information is transmitted to the authentication server 150, the authentication server 150 determines the geometric relationship (e.g., distance relationship and/or angle) formed by N touch points corresponding to the recognition information. relationship) is confirmed, and among the geometric relationships in the design of each of the M touch modules 160 stored in the database, the mth ( 1≤m≤M) Check the geometric relationship. If the m-th geometric relationship that matches the geometric relationship formed by the N touch points is confirmed within the allowed error range, the authentication server 150 provides the m-th unique information mapped to the matched m-th geometric relationship. It is confirmed with the unique information of the touch module 160 recognized by touching the touch screen 205 of the user wireless terminal 200, and includes the unique information of the authenticated touch module 160, and the touch according to the implementation method. Among the configuration information included in the recognition information, touch authentication information including configuration information necessary for the operation of the operation server 100 may be provided to the operation server 100.

According to the fifth touch authentication embodiment of the present invention, the geometric relationship formed by the N touch points is an embodiment that at least partially combines at least two or more embodiments of the first to fourth touch authentication embodiments, or An embodiment of verifying whether the geometric relationship formed by the N touch points in the app 230 of the user wireless terminal 200 matches the geometric relationship in the design of the touch module 160 of a specific affiliated store within an allowable error range, etc. , can be authenticated through various embodiments, and the present invention belongs to the scope of rights to all embodiments that authenticate the geometric relationship formed by the N touch points.

Through at least one of the first to fifth touch authentication embodiments, the geometric relationship formed by the N touch points matches the geometric relationship in the design of the touch module 160 of a specific affiliated store within an allowable error range. In this case, the unique information confirmation unit 125 selects N touch points touched on the touch screen 205 of the user wireless terminal 200 through at least one of the first to fifth touch authentication embodiments. Check the unique information of the corresponding authenticated touch module 160.

If the geometric relationship formed by the N touch points through the touch authentication processing unit 120 according to the first touch authentication embodiment is within the allowable error range and the geometric relationship in the design of the touch module 160 of a specific affiliated store. When matched, the unique information confirmation unit 125 determines the unique information of the touch module 160 that has been certified as matching within the tolerance range and the geometric relationship formed by the N touch points through the touch authentication processing unit 120. You can check the information.

Alternatively, according to the second touch authentication embodiment, the geometric relationship formed by the N touch points is determined by the design of the touch module 160 of a specific affiliated store through a separate authentication server 150 linked to the operation server 100. If a match is made within the geometric relationship and the allowable error range, the unique information confirmation unit 125 is certified by the authentication server 150 as matching the geometric relationship formed by the N touch points within the allowable error range. You can check the unique information of the touch module 160.

Or, according to the third touch authentication embodiment, the geometric relationship formed by the N touch points is transmitted to the touch module of a specific affiliated store through a separate authentication server 150 that communicates with the app 230 of the user wireless terminal 200. If the design of 160 matches the geometric relationship within the allowable error range, the unique information confirmation unit 125 reads the touch authentication information received from the app 230 of the user wireless terminal 200 and You can check the unique information of the authenticated touch module 160.

Or, according to the fourth touch authentication embodiment, the N touch points are formed through a separate authentication server 150 that communicates with the app 230 of the user wireless terminal 200 and is linked to the operation server 100. If the geometric relationship matches the geometric relationship within the allowable error range in the design of the touch module 160 of a specific affiliated store, the unique information confirmation unit 125 receives the touch authentication information received from the authentication server 150. By reading, the unique information of the authenticated touch module 160 can be confirmed.

Meanwhile, through at least one of the first to fifth touch authentication embodiments, the geometric relationship formed by the N touch points is within the allowable error range and the geometric relationship in the design of the touch module 160 of a specific affiliated store. When matched, the identification information confirmation unit 130 connects the app 230 (or a separate authentication server 150) of the user wireless terminal 200 through at least one of the first to fifth touch authentication embodiments. ), etc.) to identify the interface screen displayed on the touch screen 205 of the user wireless terminal 200 at the time when the matching and certified N touch points are touched, and simultaneously display the interface screen. Check the identification information that identifies one app (230). Preferably, the identification information includes app screen identification information that identifies the interface screen displayed through the app 230, user identification information that identifies the user using the app 230, and an affiliated store that will provide services to the user. At least one or a combination of two or more of the following: affiliated store identification information that identifies the user, unique authentication information that uniquely identifies and authenticates the user wireless terminal 200 that has installed and executed the app 230, and unique identification information that identifies the user wireless terminal 200. may include. Meanwhile, depending on the implementation method, the identification information may further include location information (e.g., location information of the user wireless terminal 200) at the point when N touch points are touched on the touch screen 205 of the user wireless terminal 200. You can.

If the geometric relationship formed by N touch points in the touch authentication processing unit 120 through the touch recognition information received from the app 230 of the user wireless terminal 200 according to the first touch authentication embodiment is connected to a specific affiliated store. When it is certified that the touch module 160 matches the geometric relationship within the allowable error range in the design, the identification information confirmation unit 130 performs matching authentication of the geometric relationship through the touch authentication processing unit 120. In order to do so, the touch recognition information received from the app 230 of the user wireless terminal 200 is read and displayed on the touch screen 205 of the user wireless terminal 200 at the time when the matching and certified N touch dots are touched. At the same time as identifying the interface screen, identification information identifying the app 230 that displays the interface screen can be confirmed.

Alternatively, according to the second touch authentication embodiment, the geometric relationship formed by the N touch points in the separate authentication server 150 linked to the operation server 100 is geometric in the design of the touch module 160 of a specific affiliated store. When it is verified that the relationship is matched within the allowed error range, the identification information confirmation unit 130 uses the app of the user wireless terminal 200 to authenticate the matching of the geometric relationship through the authentication server 150. By reading the touch recognition information received from 230), the interface screen displayed on the touch screen 205 of the user wireless terminal 200 at the time the matching and certified N touch points are touched is identified, and the interface screen is displayed at the same time. Identification information identifying the displayed app 230 can be confirmed.

Or, according to the third touch authentication embodiment, the geometric relationship formed by the N touch points in a separate authentication server 150 that communicates with the app 230 of the user wireless terminal 200 is connected to the touch module of a specific affiliated store ( 160) is certified as being matched within the geometric relationship and allowable error range in the design, and the user wireless terminal 200 transmits touch authentication information containing unique information of the matched and certified touch module 160. , the identification information confirmation unit 130 reads the touch authentication information received from the app 230 of the user wireless terminal 200 and detects the user wireless terminal 200 at the point when the N touch dots of the matching authentication are touched. ), the interface screen displayed on the touch screen 205 can be identified and at the same time, identification information identifying the app 230 that has displayed the interface screen can be confirmed.

Or, according to the fourth touch authentication embodiment, the N touch points are formed in a separate authentication server 150 that communicates with the app 230 of the user wireless terminal 200 and is linked to the operation server 100. It certifies that the geometric relationship matches the geometric relationship within the allowable error range in the design of the touch module 160 of a specific affiliated store, and includes unique information of the touch module 160 for which the matching has been certified by the operation server 100. When touch authentication information is provided, the identification information confirmation unit 130 reads the touch authentication information received from the authentication server 150 and detects the user wireless terminal at the time when the matching and authenticated N touch dots are touched. The interface screen displayed on the touch screen 205 of 200 can be identified and at the same time, identification information identifying the app 230 that displayed the interface screen can be confirmed.

Through the unique information confirmation unit 125, the unique information of the touch module 160 that has been matched and authenticated within the allowed error range and the geometric relationship of the N touch points is confirmed, and through the identification information confirmation unit 130. Identification information that identifies the interface screen displayed on the touch screen 205 of the user wireless terminal 200 at the time the N touch dots of the matching authentication are touched and simultaneously identifies the app 230 that displayed the interface screen. When confirmed, the service provision authentication unit 135 is based on the unique information of the authenticated touch module 160 and the identification information of the user wireless terminal 200 to which the matching and certified N touch points are touched. It is confirmed that the interface screen for receiving the user's designated service is displayed on the touch screen 205, and at the same time, the affiliated store that will provide the service to the user is identified, and the unique information of the matching authenticated touch module 160 is identified. It is verified that it matches the unique information of the touch module 160 held by the affiliated store.

According to the implementation method of the present invention, the service provision authentication unit 135 reads the app screen identification information confirmed through the identification information confirmation unit 130 and determines the user wireless terminal to which the N number of touch points authenticated by the matching have been touched. It can be confirmed whether the interface screen for receiving the user's designated service is displayed on the touch screen 205 of (200).

According to the implementation method of the present invention, the service provision authentication unit 135 reads the app screen identification information (or affiliated store identification information) confirmed through the identification information confirmation unit 130 and identifies the affiliated store that will provide the designated service to the user. can be identified. If the location information of the user wireless terminal 200 at the time N touch points are touched on the touch screen 205 of the user wireless terminal 200 is confirmed through the identification information confirmation unit 130, the service provision authentication is provided. Unit 135 reads the location information of the user's wireless terminal 200 to identify an affiliated store that will provide a designated service to the user, and/or an affiliated store identified through the app screen identification information (or affiliated store identification information). It can be verified whether the location information of matches the location information of the confirmed user wireless terminal 200. Meanwhile, when information on an affiliated store equipped with a touch module 160 is registered through the information storage unit 105, the service provision authentication unit 135 registers the affiliated store identified through the app screen identification information (or affiliated store identification information). And/or it can be verified whether the location information of the user wireless terminal 200 matches the confirmed affiliated store with the registered affiliated store information.

According to the implementation method of the present invention, the service provision authentication unit 135 verifies the unique information of the authenticated touch module 160 confirmed through the unique information confirmation unit 125, and the identification information confirmation unit 130 ), the unique information of the touch module 160 registered in connection with the affiliated store information through the information storage unit 105 is stored in the unique information confirmation unit. It can be verified whether it matches the unique information of the authenticated touch module 160 confirmed through (125).

Check whether the interface screen for receiving the user's designated service is displayed on the touch screen 205 of the user wireless terminal 200 where the N touch points certified by the matching are touched through the service provision authentication unit 135. At the same time, if the affiliated store that will provide the service to the user is identified and the unique information of the touch module 160 certified for matching is certified as matching the unique information of the touch module 160 held by the identified affiliated store, the information is generated. /The confirmation unit 140 generates service information for providing a designated service to the user or extracts the service information from a designated information storage medium.

The service provider 145 is provided with a touch screen 205 on which the matching authenticated touch module 160 is touched and a user wireless terminal running the app 230 that displays an interface screen for receiving a designated service ( The app 230 of the user wireless terminal 200 at any time by checking the unique authentication information of 200), linking the generated (or confirmed) service information with the unique authentication information, and storing it in a designated storage area of a designated storage medium. It can be processed to ensure that the designated service is provided. Alternatively, the service provider 145 includes a touch screen 205 on which the matching authenticated touch module 160 is touched and an app 230 (or the app 230) that displays an interface screen for providing a designated service. ) (e.g., user information corresponding to the user identification information confirmed through the identification information confirmation unit 130 and/or a user registered through the information storage unit 105) of the wireless terminal 200) that executed ) information, etc.), link the created (or confirmed) service information with the user information, and store it in a designated storage area of a designated storage medium so that the designated service is provided to the user at any time.

Meanwhile, the service provider 145 is provided with a touch screen 205 on which the matching and authenticated touch module 160 is touched and a user wireless terminal running the app 230 that displays an interface screen for providing a designated service. By checking the unique authentication information of (200) and providing the service information to the app 230 of the user wireless terminal 200 corresponding to the unique authentication information, the app 230 of the user wireless terminal 200 It can be processed to ensure that the specified service is provided. The app 230 of the user wireless terminal 200 can perform a procedure for providing a service corresponding to the service information through the t-th interface screen (or a separate interface screen linked to the t-th interface screen, etc.). there is.

Figure 2 is a diagram showing the functional configuration of the user wireless terminal 200 according to the implementation method of the present invention.

In more detail, Figure 2 shows that when the touch module 160 of an affiliated store is touched on the touch screen 205 of the user wireless terminal 200 that displays a specific interface screen, the number specified by the touch module 160 of the affiliated store is displayed. It shows the program function configuration of a user wireless terminal 200 that provides a designated service to the user by precisely recognizing N (N≥4) multiple touches and processing them to be authenticated according to a designated authentication procedure. The technology to which the present invention belongs. Those skilled in the art will be able to infer various implementation methods for the function of the user wireless terminal 200 by referring to and/or modifying Figure 2, but the present invention covers all of the inferred implementation methods. It includes, and its technical features are not limited to only the implementation method shown in Figure 2. Preferably, the wireless terminal 200 in Figure 2 is equipped with a touch screen 205 capable of multiple recognition of a designated number N of capacitive touches, and is equipped with at least one wireless terminal among various smartphones, tablet PCs, PDAs, and mobile phones capable of wireless communication. May include communication devices.

Referring to Figure 2, the user wireless terminal 200 includes a control unit 202, a memory unit 224, a screen output unit 204, a user input unit 206, a sound processing unit 208, and a Bluetooth unit 210. and a camera unit 212, an NFC unit 214, a short-range network communication unit 216, a wireless network communication unit 218, a location determination unit 222, a USIM reader unit 220, and a USIM, and a device for power supply. Have a battery.

The control unit 202 is a general term for components that control the operation of the user wireless terminal 200, and is comprised of at least one processor and an execution memory, and each component provided in the user wireless terminal 200 Connected via bus. According to the present invention, the control unit 202 loads at least one program code provided in the user wireless terminal 200 through the processor into the execution memory and operates the result, and executes the result through the bus. It is transmitted to the configuration unit to control the operation of the user wireless terminal 200. Hereinafter, for convenience, the configuration of the app 230 of the present invention implemented in the form of program code will be described by showing it in the control unit 202.

The memory unit 224 is a general term for non-volatile memory corresponding to the storage resources of the user wireless terminal 200, and includes at least one program code executed through the control unit 202 and at least one program code used. Store and maintain the dataset. The memory unit 224 basically includes system program code and system data set corresponding to the operating system of the user wireless terminal 200, and communication program code and communication data set that process the wireless communication connection of the user wireless terminal 200. And at least one application program code and an application data set are stored, and the program code and data set corresponding to the app 230 of the present invention are also stored in the memory unit 224.

The screen output unit 204 is composed of a screen output device (e.g., LCD (Liquid Crystal Display), etc.) and a driving module that drives it, and is linked with the control unit 202 to display a screen among various calculation results of the control unit 202. The calculation result corresponding to the output is output to the screen output device.

The user input unit 206 is composed of one or more user input devices (e.g., buttons, keypads, touch pads, touch screens 205 interoperating with the screen output unit 204, etc.) and a driving module that drives them, and the control unit ( 202), input commands for commanding various operations of the control unit 202, or input data required for calculations of the control unit 202.

The sound processing unit 208 consists of a speaker that outputs a sound signal and a driving module that drives it, and decodes sound data corresponding to the sound output among various operation results of the control unit 202 and transmits it through the speaker. Print out. The sound processing unit 208 is composed of a microphone that receives a sound signal and a driving module that drives the sound signal, and encodes the sound signal input through the microphone according to specified encoding rules and transmits it to the control unit 202. .

The Bluetooth unit 210 supports pairing-based two-way Bluetooth wireless communication, asynchronous wireless communication (e.g., wireless communication in which requests/responses are processed asynchronously), and one-way wireless signal (e.g., reception) within a certain distance (e.g., up to 100 m). Beacon signal broadcast without specifying the side) A generic term for communication resources that process one or more Bluetooth communications during transmission/reception, preferably transmitting and receiving Bluetooth-based wireless signals in accordance with standards after Bluetooth standard 4.0 (e.g., Bluetooth Smart) . The Bluetooth unit 210 may receive a Bluetooth-based wireless signal and transmit signal data included in the received wireless signal to the control unit 202. Alternatively, the signal data transmitted from the control unit 202 may be transmitted by including a Bluetooth-based wireless signal.

The camera unit 212 is composed of an optical unit corresponding to the camera, a CCD (Charge Coupled Device), and a driving module that drives the same, and acquires image data or image data in the form of a bitmap input to the CCD through the optical unit. . Data acquired through the camera unit 212 may include image data in the form of a still image or video data in the form of a moving image.

The NFC unit 214 is a communication resource that processes one or more of two-way proximity wireless communication, full-duplex proximity wireless communication, and half-duplex proximity wireless communication using a radio frequency signal as a communication medium at a close distance (e.g., about 10 cm). As a general term, it can preferably handle close-range wireless communication according to the NFC (Near Field Communication) standard in the 13.56Mz frequency band. Alternatively, the NFC unit 214 may process close proximity wireless communication in accordance with the ISO 18000 series standard. In this case, it may also process close proximity wireless communication in a frequency band other than the 13.56Mz frequency band. For example, the NFC unit 214 can operate in a reader mode, a tag mode, or a two-way communication mode.

The wireless network communication unit 218 and the local area network communication unit 216 are general names for communication resources that connect the user wireless terminal 200 to a designated communication network. Preferably, the user wireless terminal 200 may be equipped with a wireless network communication unit 218 as a basic communication resource and may be equipped with one or more local area network communication units 216.

The wireless network communication unit 218 is a general term for communication resources that connect the user wireless terminal 200 to a wireless communication network via a base station, and includes an antenna, an RF module, and a baseband module that transmit and receive radio frequency signals in a specific frequency band. It is configured to include at least one signal processing module, and is connected to the control unit 202 to transmit calculation results corresponding to wireless communication among various calculation results of the control unit 202 through a wireless communication network or to transmit data through a wireless communication network. At the same time as it is received and transmitted to the control unit 202, the wireless communication connection, registration, communication, and handoff procedures are performed. According to the present invention, the wireless network communication unit 218 can connect the user wireless terminal 200 to a communication network including a communication channel and a data channel via an exchange, and in some cases, can connect packets to the user wireless terminal 200 without going through the exchange. It can be connected to a data network that provides communication-based wireless network data communication (eg, the Internet).

According to the implementation method of the present invention, the wireless network communication unit 218 performs at least one of connection to a mobile communication network, location registration, call processing, call connection, data communication, and handoff according to CDMA/WCDMA/LTE standards. Includes composition. Meanwhile, according to the intention of those skilled in the art, the wireless network communication unit 218 may further include a portable Internet communication configuration that performs at least one connection to the portable Internet, location registration, data communication, and handoff in accordance with the IEEE 802.16 related standard. It is clearly stated that the present invention is not limited by the wireless communication configuration provided by the wireless network communication unit 218. In other words, the wireless network communication unit 218 is a general term for a component that connects to a wireless communication network through a cell-based base station regardless of the frequency band of the wireless section or the type or protocol of the communication network.

The local area network communication unit 216 is a general term for communication resources that connects a communication session using radio frequency signals as a communication medium within a certain distance (e.g., 10 m) and connects the user wireless terminal 200 to a communication network based on this. Preferably, the user wireless terminal 200 can be connected to a communication network through at least one of Wi-Fi communication, Bluetooth communication, public wireless communication, and UWB. According to the implementation method of the present invention, the local area network communication unit 216 may be implemented in a form integrated with or separate from the wireless network communication unit 218. According to the present invention, the local area network communication unit 216 connects the user wireless terminal 200 to a data network that provides short range wireless data communication based on packet communication through a wireless AP.

The USIM reader unit 220 is configured to exchange at least one data set with a universal subscriber identity module mounted on or detached from the user wireless terminal 200 based on the ISO/IEC 7816 standard. As a general term, the data sets are exchanged in half-duplex communication via APDU (Application Protocol Data Unit).

The USIM is a SIM-type card equipped with an IC chip according to the ISO/IEC 7816 standard, an input/output interface including at least one contact point connected to the USIM reader unit 220, and a program code for at least one IC chip. and an IC chip memory that stores the data set, and is connected to the input/output interface to calculate the program code for the IC chip or extract (or process) the data set according to at least one command transmitted from the user wireless terminal 200. It includes a processor that transmits the information to the input/output interface.

The location determination unit 222 is a general term for positioning resources that determine the location of the user wireless terminal 200, preferably terminal-based positioning using GPS (Global Positioning System), network-based positioning using network resources, and the terminal. The location of the user wireless terminal 200 can be determined through a positioning technology that combines at least one or two of a hybrid method that combines a method and a network method. Terminal-based positioning is a technology that precisely determines the location of the user wireless terminal 200 through a GPS module (or a module with a built-in GPS function) built into the user wireless terminal 200, and uses the location signal sent from a GPS satellite. Includes the A-GPS (Assisted-GPS) method, which is read by the wireless terminal 200 and notified to the base station, and the DGPS (Differential GPS) method, which corrects errors in the position signal received from the satellite by receiving a correction signal from a reference receiver on the ground. can do.

The control unit 202 of the user wireless terminal 200 is connected to a designated app providing server (e.g., Apple's app) through a data network accessible through at least one communication resource of the local area network communication unit 216 and the wireless network communication unit 218. The app 230 corresponding to the present invention is downloaded and installed from (230) store, etc., and the installed app 230 is executed according to a designated procedure.

The app 230 of the user wireless terminal 200 is capable of displaying T (T ≥ 1) interface screens through the touch screen 205, and among the T interface screens, the first t (1) for receiving a designated service is provided. ≤t≤T) The interface screen can be displayed. The designated tth interface screen displays an interface for providing the designated service, and at the same time, an interface in which the function of precisely recognizing a designated number N (N≥4) capacitive multi-touch through the touch screen 205 is activated. Can include a screen.

Referring to Figure 2, the app 230 of the user wireless terminal 200 touches the touch module 160 on the touch screen 205 to send information for providing the service according to the present invention to the designated operation server 100. ) is provided with an information register 235 that registers in.

When the designated app 230 is downloaded and installed on the user wireless terminal 200 and runs (or becomes a member) for the first time, the information register 235 uniquely identifies the user wireless terminal 200 that installed and executed the app 230. At the same time, unique authentication information (e.g., device token, app ID, UUID, app authentication key, app or designated file (or data)) that uniquely identifies and authenticates the app 230 executed on the user wireless terminal 200 A procedure is performed to register at least one of the hashed hashes, a combination of two or more, or a combination of at least one of them with unique identification information, etc.), and the operation server 100 operates the app 230 of the user wireless terminal 200. ) After receiving the unique authentication information from and/or performing a procedure to determine the unique authentication information to be given to the user wireless terminal 200, the unique authentication information is stored in a designated storage medium based on the result. do. Preferably, the information registration unit 235 can store the unique authentication information in a designated storage area of the user wireless terminal 200. Preferably, the unique authentication information is set (or generated) uniquely (=non-duplicated) after the app 230 is installed on the user wireless terminal 200, whereby the unique authentication information is stored in the user wireless terminal 200. In addition to being used as an identification means to identify the app 200, it is also used as an identification means to uniquely identify the app 230 installed and executed on the user wireless terminal 200 and at the same time authenticates the running state of the app 230. It can be used as an authentication method. Meanwhile, according to the implementation method of the present invention, in addition to the unique authentication information, the information register 235 provides unique identification information set in the user wireless terminal 200 even before the app 230 is installed on the user wireless terminal 200. (e.g., mobile phone number, MSISDN, IMSI, IMEI, UICC_ID, etc.) can be registered, and the operation server 100 verifies (or registers) the unique identification information of the user wireless terminal 200 and stores the designated storage medium. It can be saved in .

According to the method of implementing the present invention, the information register 235 touches the touch module 160 of the affiliated store on the touch screen 205 and enters a user-side password ( For example, a procedure for registering a user PIN, etc.) can be performed, and the operation server 100 stores the user password registered through the app 230 of the user wireless terminal 200 in a designated storage medium. Preferably, the user-side password may be stored in mapping with the unique authentication information of the user wireless terminal 200. Meanwhile, according to another implementation method of the invention, the information registration unit 235 stores the user-side password in a designated storage area of the user wireless terminal 200, so that it can be used to authenticate the user through the app 230. You can.

According to the implementation method of the present invention, the information register 235 touches the touch module 160 of the affiliated store on the touch screen 205 and uses a disposable user-side authentication code (e.g., It may be equipped with a function to dynamically generate a one-time code), and in this case, the operation server 100 is used to authenticate the validity of the user-side authentication code dynamically generated by the app 230 of the user wireless terminal 200. Side authentication information (e.g., at least one seed value among one or more seed values for dynamically generating a user-side authentication code in the app 230 of the user wireless terminal 200, in the app 230 of the user wireless terminal 200) A code generation algorithm that dynamically generates a user-side authentication code, etc.) can be confirmed or created and stored in a designated storage medium. Meanwhile, when the user-side authentication code is authenticated through a separate code authentication server 150 (not shown), the user-side authentication information is linked to the operation server 100 and the code authentication server 150 to the user wireless terminal. It may include an information set for authenticating the validity of the user-side authentication code dynamically generated by the app 230 of (200). Preferably, the user-side authentication information may be mapped and stored with the unique authentication information of the user wireless terminal 200.

According to the implementation method of the present invention, the information registering unit 235 can perform a procedure to register user information for the user of the app 230 (or wireless terminal 200), and the operating server 100 stores user information registered through the app 230 of the user wireless terminal 200 in a designated storage medium. Preferably, the user-side password may be stored in mapping with the unique authentication information of the user wireless terminal 200. Meanwhile, depending on the implementation method, the information registering unit 235 may store user identification information corresponding to the user information in a designated storage area of the user wireless terminal 200.

Referring to Figure 2, the app 230 of the user wireless terminal 200 displays the touch module 160 of an affiliated store among T (T ≥ 1) interface screens that can be displayed through the touch screen 205. An interface display unit 240 that displays the t(1≤t≤T)th interface screen designated to provide the service of the present invention by touching (205), and when the designated number N multiple touches are touched on the touch screen 205, An active processing unit 245 activates a function for precisely recognizing N multiple touches, and the touch screen 205 checks whether N touch points corresponding to the number of touch units provided in the touch module 160 are recognized as multiple touches. A touch recognition confirmation unit 250 that recognizes N touch point information corresponding to the N touch points multi-touched on the touch screen 205 and recognizes the N touch points using the touch module 160 of a specific affiliated store. It is equipped with a touch module recognition unit 255 that generates recognition information to authenticate whether it is a multi-touch, and the N touch points are not touches by a human finger, but are multiple touches that touch the N touch portions provided in the touch module 160. It is further provided with a touch module authentication unit 260 that authenticates whether it is a touch.

The affiliated store according to the present invention is equipped with a touch module 160 manufactured by arranging a predetermined number N (N≥4) touch parts capable of capacitive touch in a predesigned geometric relationship on the capacitive touch screen 205. Depending on the implementation method, the affiliated store may be equipped with a plurality of touch modules 160 in which N touch units are arranged in different geometric relationships.

The touch module 160 is manufactured by arranging a predetermined number N (N ≥ 4) touch parts capable of capacitive touch on the capacitive touch screen 205 in a pre-designed geometric relationship, and the touch module 160 is It is desirable that the geometric relationship for arranging the N touch units include a unique geometric relationship that does not overlap. Preferably, the touch module 160 is a stamp-type medium capable of recognizing N touch points on the touch screen 205, and is capable of recognizing N touch points on the touch screen 205, and is used by the affiliated store owner (or employee). It may include at least one medium among portable media. Meanwhile, the number of touch modules 160 that can be owned by one affiliated store is not limited to one, and depending on the implementation method, one affiliated store can possess multiple touch modules 160 at the same time.

According to the implementation method of the present invention, the touch module 160 is manufactured by arranging a predetermined number N of touch units in a predesigned unique distance relationship or angle relationship. That is, the number N of the touch units for each touch module 160 is the same, but the distance relationship or angle relationship for arranging the N touch units is designed uniquely for each touch module 160 without overlapping. In other words, the geometric relationship in the design of arranging the N touch units in the touch module 160 can be used as an identification means to uniquely identify a specific touch module 160 held by a specific affiliated store, and is provided in the touch module 160. The geometric relationship of arranging the N touch units is mapped with unique information of the touch module 160. Meanwhile, the unique information of the touch module 160 can be mapped with the information of the affiliated store holding the touch module 160, and thus the geometric relationship for arranging the N touch units provided in the touch module 160 is determined by the touch module ( 160) can also be used as an identification means to identify a specific affiliated store that holds a .

According to the method of carrying out the present invention, the N touch parts arranged in a unique geometric relationship in the touch module 160 are manufactured so as not to be exposed to the outside of the touch module 160, and thus the geometric relationship of the N touch parts Confidentiality is maintained and unauthorized use by third parties is prevented. Preferably, the touch module 160 is manufactured by arranging N touch parts in a pre-designed unique geometric relationship on one side of an opaque touch film with a thickness of about 0.2 mm, and placing N touch parts in areas on both sides of the opaque touch film. One side area is embedded into the touch module 160, the other side area of the opaque touch film is exposed to the outside of the touch module 160, and the opaque touch film exposed to the outside of the touch module 160 The other side area contacts the touch screen 205 to cause an electrostatic touch to the N touch units.

After the app 230 of the user wireless terminal 200 is executed and the user operates the app 230 through the touch screen 205, the interface display unit 240 displays the Among the T (T ≥ 1) interface screens that can be displayed on the touch screen 205 through the app 230, the designated t (1 ≤ t ≤ T) interface screen is displayed on the touch screen 205 to provide a designated service. Display. Preferably, the t-th interface screen includes one or more interface screens set to provide a designated app-based service to a user visiting a specific affiliated store.

According to the implementation method of the present invention, the t-th interface screen may include an interface screen set to precisely recognize a specified number N multiple touches among the T interface screens that can be displayed through the app 230. Preferably, the t-th interface screen may include an interface screen set to precisely recognize a designated number N of multiple touches touched in a random direction on a random area on the touch screen 205. For example, even if the touch module 160 is touched in a random direction in a random area on the touch screen 205, the t-th interface screen is displayed by a designated number N of touch units provided on the touch module 160. It may include an interface screen set to precisely recognize N touch points.

The activation processing unit 245 has a function of precisely recognizing a designated number N of touch points that are multi-touched on the touch screen 205 by the app 230 when a specific condition set in the app 230 is satisfied. Activation process. Typically, the touch screen 205 provided in the user wireless terminal 200 of the present invention recognizes a touch (or two-point multiple touches) by a human finger, and detects the touch by the human finger through user manipulation. It is algorithmized to filter by touch input, and the activation processing unit 245 reads touch events that occur through the operating system of the wireless terminal 200 and when a designated number N multiple touches occur on the touch screen 205. A state in which all N touch points corresponding to the N multiple touches are precisely recognized is activated.

According to the implementation method of the present invention, the activation processing unit 245 selects the tth interface screen pre-designated through the interface display unit 240 among the T interface screens that can be displayed through the app 230 of the user wireless terminal 200. When a designated number N multiple touches occur through the touch screen 205 while (e.g., an interface screen designated to recognize multiple touches through the touch module 160) is displayed, the touch screen 205 displays multiple touches. It can be activated to precisely recognize all N touched touch points. For example, the app 230 may be equipped with a recognition module (e.g., SDK-type program module, etc.) programmed to precisely recognize a designated number N of multiple touches, and the activation processing unit 245 may be configured to detect the touch. When a pre-designated tth interface screen is displayed on the screen 205, the recognition module is loaded and can read touch events occurring through the touch screen 205 and process them to precisely recognize a designated number N of multiple touches. there is. For example, the touch recognition confirmation unit 250, the touch module recognition unit 255, and the touch module authentication unit 260 shown in Figure 2 can be implemented through the recognition module.

When the function to precisely recognize N multiple touches is activated through the activation processing unit 245, the touch recognition confirmation unit 250 determines the number of touch units provided in the touch module 160 through the touch screen 205. Check whether the corresponding N touch points are recognized as multiple touches. If multiple touches are recognized with less than N touch points provided in the touch module 160, the touch recognition confirmation unit 250 recognizes the fewer than N touches as conventional touch input for user manipulation. While processing, it is checked through the touch screen 205 whether N touch points corresponding to the number of touch units provided in the touch module 160 are recognized as multiple touches. Alternatively, depending on the implementation method, the touch recognition confirmation unit 250 may process multiple touches exceeding the specified number N as touch inputs for conventional user manipulation, or process touches exceeding the N number to be ignored. there is.

If it is confirmed through the touch recognition confirmation unit 250 that N touch points corresponding to the number of touch units provided in the touch module 160 are multi-touch recognized, the touch module recognition unit 255 detects the N multi-touch In order to recognize, a touch event occurring through the operating system of the wireless terminal 200 is read and touch point information for the N touch points recognized by the multi-touch (e.g., touch point coordinate values expressed as coordinate values on a designated coordinate system, etc. ), and generates recognition information to authenticate whether the N touch points are touches using the touch module 160 owned by a specific affiliated store.

According to the implementation method of the present invention, the touch module recognition unit 255 includes touch point information including touch point coordinate values for the N touch points, and establishes a coordinate system for the touch point coordinate values according to the implementation method. Recognition information may be generated that further includes one or more of identifying coordinate system identification information, wireless terminal model identification information, or operating system identification information. Meanwhile, when the app 230 of the user wireless terminal 200 corrects at least one coordinate value among the N touch point coordinate values, the touch module recognition unit 255 determines the corrected coordinate value and the coordinate before correction. Recognition information may be generated by further including correction information including a value and/or including at least one of a correction algorithm or a correction value used for correction.

Meanwhile, when it is confirmed through the touch recognition confirmation unit 250 that the N touch points are multi-touch recognized, the touch module authentication unit 260 reads the mutual position relationship for the N touch points and determines the multi-touch recognition. It is possible to verify whether N touch points satisfy the conditions of the recognized touch points by multiple touching the touch module 160.

According to the method of implementing the present invention, the touch module 160 is manufactured by arranging N touch units in a pre-designed geometric relationship in a designated placement area (e.g., a square area of 3 cm in width/length), wherein the touch module authentication unit ( 260) may read the mutual positional relationship of the N touch points and verify whether the N touch points include the mutual positional relationship of being placed and touched in the placement area of the touch module 160. Meanwhile, the touch module 160 may arrange the N touch units in a unique geometric relationship and arrange at least one touch unit among the N touch units at a predetermined fixed position. In this case, the geometric relationship of the N touch units has a unique N-gonal structure due to the touch portion disposed at the fixed position. In this case, the touch module authentication unit 260 reads whether the mutual positional relationship of the N touch points has an acceptable N-square structure, and determines whether the N touch points are recognized by touching the touch module 160. You can verify that it is compatible.

According to the implementation method of the present invention, when the N touch points recognized by the multi-touch through the touch module authentication unit 260 are certified as corresponding to the N touch points recognized by touching the touch module 160, A procedure may be performed to verify that the N touch points are specific touch modules 160 owned by a specific affiliated store.

Referring to Figure 2, the app 230 of the user wireless terminal 200 determines the geometric relationship formed by the N touch points corresponding to the recognition information of the N touch units provided in the touch module 160. It is provided with a touch authentication procedure unit 265 that performs an authentication procedure to verify whether it matches the geometric relationship in the design.

The touch authentication procedure unit 265 operates in conjunction with the operation server 100 (or a separately designated authentication server 150) to form a geometric relationship formed by N touch points recognized through the touch module recognition unit 255. An authentication procedure may be performed to verify that matches the geometric relationship in the design of the N touch units provided in a specific touch module 160. Meanwhile, depending on the implementation method, the touch authentication procedure unit 265 may verify whether the geometric relationship formed by the N touch points matches the geometric relationship in the design of the N touch units provided in the specific touch module 160.

According to the first or second touch authentication embodiment of the present invention, the touch authentication procedure unit 265 includes recognition information recognized through the touch module recognition unit 255, and according to the implementation method, the first or second touch authentication procedure unit 265 of the present invention includes recognition information recognized through the touch module recognition unit 255. Touch recognition information further including configuration information corresponding to at least one embodiment of the through ninth touch recognition information embodiments may be configured and transmitted to the designated operation server 100.

According to the first touch authentication embodiment, the touch authentication procedure unit 265 transmits touch recognition information consisting of at least one embodiment of the first to ninth touch recognition information embodiments to the designated operation server 100. In addition, the operation server 100 determines that the geometric relationship formed by the N touch points corresponding to the recognition information included in the touch recognition information is the geometric relationship in the design of the N touch units provided in the specific touch module 160. You can perform an authentication procedure to verify that it matches. To this end, the operation server 100 provides geometric relationship information on the design formed by the N touch units provided in the touch module 160 supplied/sold to each affiliated store by the manufacturer that manufactures/supplies the touch module 160, and Unique information of the touch module 160 that identifies each touch module 160 can be registered and stored in a designated database. Preferably, the database includes M geometric relationship information on design formed by N touch units provided in M (M ≥ 1) touch modules 160 and M unique information for each of N touch modules 160. The mapping can be saved. The operation server 100 receives the touch recognition information from the app 230 of the user wireless terminal 200, and the geometric relationship formed by N touch points corresponding to the recognition information included in the touch recognition information ( (e.g., distance relationship and/or angle relationship), and the geometric relationship and allowable error formed by the N touch points corresponding to the recognition information among the geometric relationships in the design for each of the M touch modules 160 stored in the database. Check the m(1≤m≤M) geometric relationship that matches within the range. If the m-th geometric relationship that matches the geometric relationship formed by the N touch points is confirmed within the allowed error range, the operation server 100 provides the m-th unique information mapped to the matched m-th geometric relationship. This can be confirmed with the unique information of the touch module 160 recognized by touching the touch screen 205 of the user wireless terminal 200.

Meanwhile, according to the second touch authentication embodiment, the touch authentication procedure unit 265 sends touch recognition information consisting of at least one embodiment of the first to ninth touch recognition information embodiments to the designated operation server 100. The operation server 100 transmits the recognition information included in the touch recognition information to a separate designated authentication server 150 (e.g., a device that produces/supplies the touch module 160) linked to the operation server 100. Authentication can be requested by providing it to a touch authentication server operated by the production company, etc.). For this purpose, the authentication server 150 provides M design geometric relationship information formed by N touch units provided in M (M ≥ 1) touch modules 160 and M for each of N touch modules 160. The dog's unique information is stored and managed by mapping it to a designated database. The operation server 100 receives the touch recognition information from the app 230 of the user wireless terminal 200, provides recognition information included in the touch recognition information to the authentication server 150, and authenticates the user. The server 150 confirms the geometric relationship (e.g., distance relationship and/or angle relationship) formed by the N touch points corresponding to the recognition information, and determines the geometric relationship in the design for each of the M touch modules 160 stored in the database. Among the relationships, the geometric relationship formed by the N touch points corresponding to the recognition information and the m(1≤m≤M) geometric relationship that matches within the allowed error range are confirmed. If the m-th geometric relationship that matches the geometric relationship formed by the N touch points is confirmed within the allowed error range, the authentication server 150 provides the m-th unique information mapped to the matched m-th geometric relationship. The unique information of the touch module 160 recognized by touching the touch screen 205 of the user wireless terminal 200 can be confirmed and provided to the operation server 100.

According to the third touch authentication embodiment of the present invention, the touch authentication procedure unit 265 produces/supplies a separately designated authentication server 150 (e.g., a touch module 160) that communicates with the app 230. Authentication can be requested by transmitting the recognition information recognized through the touch module recognition unit 255 to a touch authentication server operated by the manufacturer, etc. For this purpose, the authentication server 150 provides M design geometric relationship information formed by N touch units provided in M (M ≥ 1) touch modules 160 and M for each of N touch modules 160. The dog's unique information is stored and managed by mapping it to a designated database. When the touch authentication procedure unit 265 transmits recognition information recognizing the N touch points to the authentication server 150, the authentication server 150 generates the N touch points corresponding to the recognition information. Geometric relationships (e.g., distance relationships and/or angle relationships) are confirmed, and among the geometric relationships in the design of each of the M touch modules 160 stored in the database, the geometric relationships formed by the N touch points corresponding to the recognition information are Check the m(1≤m≤M) geometric relationship that matches within the allowed error range. If the m-th geometric relationship that matches the geometric relationship formed by the N touch points is confirmed within the allowed error range, the authentication server 150 provides the m-th unique information mapped to the matched m-th geometric relationship. The unique information of the touch module 160 recognized by touching the touch screen 205 of the user wireless terminal 200 is confirmed and provided to the app 230 of the user wireless terminal 200, and the touch authentication procedure unit (265) receives unique information of the authenticated touch module 160 from the authentication server 150, includes unique information of the authenticated touch module 160, and implements the first to ninth touch recognition information. In at least one embodiment of the examples, touch authentication information further including at least one configuration information may be configured and transmitted to the designated operation server 100.

According to the fourth touch authentication embodiment of the present invention, the touch authentication procedure unit 265 includes recognition information recognized through the touch module recognition unit 255, and according to the implementation method, the first to ninth embodiments of the present invention A separate designated authentication server ( Authentication can be requested by sending the touch recognition information to 150). For this purpose, the authentication server 150 provides M design geometric relationship information formed by N touch units provided in M (M ≥ 1) touch modules 160 and M for each of N touch modules 160. The dog's unique information is stored and managed by mapping it to a designated database. When the touch authentication procedure unit 265 transmits the touch recognition information to the authentication server 150, the authentication server 150 generates N touch points corresponding to the recognition information included in the touch recognition information. Geometric relationships (e.g., distance relationships and/or angle relationships) are confirmed, and among the geometric relationships in the design of each of the M touch modules 160 stored in the database, the geometric relationships formed by the N touch points corresponding to the recognition information are Check the m(1≤m≤M) geometric relationship that matches within the allowed error range. If the m-th geometric relationship that matches the geometric relationship formed by the N touch points is confirmed within the allowed error range, the authentication server 150 provides the m-th unique information mapped to the matched m-th geometric relationship. It is confirmed with the unique information of the touch module 160 recognized by touching the touch screen 205 of the user wireless terminal 200, and includes the unique information of the authenticated touch module 160, and the touch according to the implementation method. Among the configuration information included in the recognition information, touch authentication information including configuration information necessary for the operation of the operation server 100 may be provided to the operation server 100.

According to the fifth touch authentication embodiment of the present invention, the geometric relationship formed by the N touch points is an embodiment that at least partially combines at least two or more embodiments of the first to fourth touch authentication embodiments, or Various embodiments, such as an embodiment in which the touch authentication procedure unit 265 certifies whether the geometric relationship formed by the N touch points matches the geometric relationship in the design of the touch module 160 of a specific affiliated store within an allowable error range. It can be authenticated through, and the present invention belongs to the scope of rights to all embodiments that authenticate the geometric relationship formed by the N touch points. Unique information of the touch module 160 authenticated through at least one of the first to fifth touch authentication embodiments is provided to the operation server 100.

Through at least one of the first to fifth touch authentication embodiments, the geometric relationship formed by the N touch points matches the geometric relationship in the design of the touch module 160 of a specific affiliated store within an allowable error range. In this case, the operation server 100 displays the unique information of the matching-certified touch module 160 and the touch screen 205 of the user wireless terminal 200 at the time when the matching-certified N touch points are touched. At the same time as identifying the displayed interface screen, identification information identifying the app 230 that displayed the interface screen is confirmed, and the matching authentication is performed based on the unique information and the identification information of the matching authenticated touch module 160. Check whether the interface screen for receiving the user's specified service is displayed on the touch screen 205 of the user wireless terminal 200 where N touch dots are touched, and at the same time identify the affiliated store that will provide the service to the user and It is verified whether the unique information of the touch module 160 that has been matched authenticated matches the unique information of the touch module 160 held by the identified affiliated store. If the touch module 160 owned by the affiliated store that will provide the service to the user is touch authenticated while the interface screen for receiving the specified service is displayed on the touch screen 205 of the user wireless terminal 200, the operation The server 100 is provided with a touch screen 205 on which the N authenticated touch points are touched, and the app 230 of the user wireless terminal 200 running the app 230 that precisely recognizes the N touch points. Provides designated services through

Referring to Figure 2, the app 230 of the user wireless terminal 200 receives service information corresponding to the service designated from the operation server 100 based on the touch authentication of the touch module 160 held by the affiliated store. It is provided with an information receiving unit and a service processing unit 275 that performs a procedure for providing a designated service using the t-th interface screen (or an interface screen associated with the t-th interface screen) based on the received service information. do.

The operation server 100 generates (or verifies) service information for providing a designated service to the user based on the touch authentication of the touch module 160 held by the affiliated store, and generates (or verifies) service information for the user's wireless terminal 200 ( 230), the information receiving unit receives service information for providing a designated service to the user from the operation server 100. According to another implementation method of the present invention, service information for providing a designated service to the user is already stored in a designated storage area of the user wireless terminal 200 through the app 230 of the user wireless terminal 200. It may be, in this case, the operation server 100 may provide service command information instructing to provide a designated service through the service information, and in this case, the information receiver may receive the service command from the operation server 100. Information can be received.

When service information for providing a designated service to the user is received through the information receiving unit, the service processing unit 275 associates with the t-th interface screen or the t-th interface screen that recognizes the touch of the touch module 160. A service provision procedure using the service information received through the information reception unit is performed through an interface screen set to provide a designated service among the interface screens. According to another implementation method of the present invention, when the service command information is received from the operation server 100, the service processing unit 275 checks the service information stored in the designated storage area of the user wireless terminal 200, A service provision procedure using the service information can be performed through the t-th interface screen or an interface screen linked to the t-th interface screen.

Figure 3 is a diagram showing the information registration process of the user wireless terminal 200 according to the implementation method of the present invention.

In more detail, Figure 3 shows an example of the information registration process of the user wireless terminal 200 to provide the service of the present invention by touching the touch module 160 of the affiliated store on the touch screen 205. Those of ordinary skill in the art to which the invention pertains can refer to and/or modify Figure 3 to describe various implementation methods for the information registration process (e.g., implementation methods in which some steps are omitted or the order is changed). As can be inferred, the present invention includes all of the above-described implementation methods, and its technical features are not limited to only the implementation method shown in Figure 3.

Referring to Figure 3, the app 230 of the user wireless terminal 200 is a user wireless device that installs and executes a specific app 230 with a built-in function to precisely recognize a specified number N multiple touches on the designated operation server 100. Requesting registration of unique authentication information that uniquely identifies the terminal 200 and at the same time uniquely identifies and authenticates the app 230 executed on the user wireless terminal 200 (300), and the operation server 100 In conjunction with the app 230 of the user wireless terminal 200, it uniquely identifies the user wireless terminal 200 that has installed and executed a specific app 230 with a built-in function for precisely recognizing a specified number N of multiple touches, and at the same time, Separate unique authentication information that uniquely identifies and authenticates the app 230 executed on the user wireless terminal 200 is confirmed or generated (305). If the unique authentication information is confirmed/generated, the operation server 100 stores the unique authentication information in a designated storage medium (310), and the app 230 of the user wireless terminal 200 stores the unique authentication information. is confirmed and stored in the designated storage area of the user wireless terminal 200 (315). Meanwhile, according to the implementation method, the operation server 100 is linked with the app 230 of the user wireless terminal 200 to enable the user wireless terminal 200 to operate even before the app 230 is installed on the user wireless terminal 200. ) can be confirmed, the confirmed unique identification information and the unique authentication information can be mapped and stored in a designated storage medium.

Meanwhile, the app 230 of the user wireless terminal 200 is used to authenticate the user side authentication code to be dynamically generated through the user wireless terminal 200 (or app 230) to the designated operation server 100. Registration of authentication information is requested (320), and the operation server 100 verifies or generates user-side authentication information to authenticate the user-side authentication code in conjunction with the app 230 of the user wireless terminal 200. And, the confirmed/generated user-side authentication information can be mapped with the unique authentication information and stored in a designated storage medium (325). Meanwhile, the app 230 of the user wireless terminal 200 requests the operation server 100 to register a user password to be input through the app 230 of the user wireless terminal 200 (320). The operation server 100 may register the user's password in conjunction with the app 230 of the user's wireless terminal 200, map the registered user's password and the unique authentication information, and store it in a designated storage medium. (325).

The app 230 of the user wireless terminal 200 uses the user wireless terminal 200 as a designated operation server 100 and simultaneously collects user information using the app 230 installed on the user wireless terminal 200. Requesting registration (330), the operation server 100 verifies user information by linking with the app 230 of the user wireless terminal 200, maps the confirmed user information with the unique information, and stores the designated storage medium. It can be saved in (335).

Figure 4 is a diagram illustrating the information registration process of the affiliated store terminal 155 according to the implementation method of the present invention.

In more detail, Figure 4 shows an example of an information registration process through the affiliated store terminal 155 of an affiliated store holding a touch module 160 to be touched on the touchscreen 205 of the user wireless terminal 200. Those of ordinary skill in the art to which the invention pertains can refer to and/or modify Figure 4 to describe various implementation methods for the information registration process (e.g., implementation methods in which some steps are omitted or the order is changed). As can be inferred, the present invention includes all the implementation methods described above, and its technical features are not limited to only the implementation method shown in Figure 4.

Referring to Figure 4, the affiliated store terminal 155 is a designated operation server 100 and provides affiliated store information for affiliated stores holding a touch module 160 manufactured by arranging a designated number N of touch units in a pre-designed unique geometric relationship. A registration request is made (400), and the operation server 100 checks the affiliated store information of the affiliated store holding the touch module 160 having the N touch units and stores it in a designated storage medium (405).

Meanwhile, the affiliated store terminal 155 requests registration of unique information of one or more touch modules 160 held by the affiliated store (410), and the operation server 100 registers the touch module 160 held by the affiliated store. Check the unique information (415). The operation server 100 reads the unique information of the touch module 160 (or links it with a DB that manages the touch module 160 to be sold (or supplied) to the affiliated store) to determine the touch module 160 held by the affiliated store. Check the validity (420). If the validity of the touch module 160 held by the affiliated store is confirmed, the operation server 100 maps the unique information of the touch module 160 held by the affiliated store with the affiliated store information and stores it in a designated storage medium (425) ).

Meanwhile, if the validity of the touch module 160 corresponding to the unique information is not confirmed, the operation server 100 configures a validity error for the touch module 160 corresponding to the unique information and causes the affiliated store terminal 155 (430), and the affiliated store terminal 155 may receive and output a validity error of the touch module 160 (435).

Meanwhile, according to another implementation method of the present invention, the geometric relationship formed by N touch points to be multi-touch recognized on the touch screen 205 of the user wireless terminal 200 in the operation server 100 is a specific touch module held by a specific affiliated store. When verifying that the N touch units provided in 160 match the geometrical relationship formed by the design and within the allowed error range, the operation server 100 is operated by the manufacturer that manufactures/supplies the touch module 160. Through a terminal (or server), M design geometric relationship information for M touch modules 160 that can be held by an affiliated store and M unique information for each M touch module 160 are registered and mapped and stored in a designated database. (not shown), and the present invention is not limited thereto.

Figure 5 is a diagram showing the touch module 160 recognition process according to the implementation method of the present invention.

In more detail, Figure 5 shows that the app 230 of the user's wireless terminal 200 accurately displays N touch points recognized as multiple touches on the touch screen 205 while the designated t interface screen is displayed to receive the designated service. This shows the process of recognizing and generating recognition information, configuring touch recognition information including the recognition information, and providing it to the operation server 100. Those skilled in the art will recognize this Various implementation methods for the touch module 160 recognition process (for example, implementation methods in which some steps are omitted or the order is changed) can be inferred by referring to and/or modifying Figure 5, but the present invention does not apply to the above analogy. It includes all possible implementation methods, and its technical features are not limited to only the implementation methods shown in Figure 5. For convenience, the following embodiments, including Figure 5, will be described based on the first touch authentication embodiment of the present invention, but the touch authentication method of the present invention is not limited to the first touch authentication embodiment, and the second to It is clearly stated that regardless of which of the fifth touch authentication embodiments is implemented, it falls within the scope of the present invention.

Referring to Figure 5, the app 230 of the user wireless terminal 200 is used to provide a service designated among T interface screens that can be displayed through the touch screen 205, and the number N designated through the touch screen 205 Check whether the t interface screen capable of precisely recognizing multiple touches is displayed (500). If the t-th interface screen is displayed, the app 230 of the user wireless terminal 200 precisely recognizes a specified number N multiple touches through the touch screen 205 while the t-th interface screen is displayed. Activate the function (505). Meanwhile, if the function for precisely recognizing a specified number of multiple touches N through the touch screen 205 is already activated in the app 230 of the user wireless terminal 200, there is no need to separately activate the precise recognition function.

If the function of precisely recognizing a specified number N of multiple touches is activated through the touch screen 205, the app 230 of the user wireless terminal 200 is activated through the touch screen 205 by a specified number N. Check whether multiple touches occur (510). Preferably, the affiliated store owner (or employee) touches the touch module 160 of the affiliated store on the touch screen 205 of the user wireless terminal 200 and multi-touches a designated number N of touch portions provided in the touch module 160. In the case 515, the app 230 of the user wireless terminal 200 can confirm the designated number N multiple touches.

If a designated number N of multiple touches are confirmed through the touch screen 205, the app 230 of the user wireless terminal 200 precisely recognizes the N touch points recognized as multiple touches on the touch screen 205. Then (520), recognition information is generated by precisely recognizing N touch points that have been touched multiple times on the touch screen 205 (525).

According to the implementation method of the present invention, the app 230 of the user wireless terminal 200 reads a touch event occurring through the operating system of the wireless terminal 200 to recognize the N multiple touches and recognizes the multiple touches. Authenticate whether the N touch points are touches using the touch module 160 owned by a specific affiliated store, including touch point information (e.g., touch point coordinate values expressed as coordinate values on a designated coordinate system, etc.) for the N touch points. Recognition information can be generated (525).

According to the implementation method of the present invention, the app 230 of the user wireless terminal 200 includes touch point information including touch point coordinate values for the N touch points, and according to the implementation method, the touch point coordinate values Recognition information that further includes one or more of coordinate system identification information, wireless terminal model identification information, or operating system identification information that identifies the coordinate system for can be generated (525). Meanwhile, when the app 230 of the user wireless terminal 200 corrects the coordinate value of at least one of the N touch point coordinate values, the app 230 of the user wireless terminal 200 adjusts the corrected coordinate value. Recognition information may be generated further including correction information including coordinate values before correction and/or at least one of the correction algorithm or correction value used for correction (525).

Meanwhile, when the N touch points are multi-touch recognized, the app 230 of the user wireless terminal 200 reads the mutual position relationship of the N touch points and the N touch points recognized as multi-touch are connected to the touch module ( By performing multiple touches on the touch module 160), it is possible to verify the validity of whether the conditions for multiple touches based on the recognized touch module 160 are met (530). For example, the touch module 160 is manufactured by arranging N touch units in a pre-designed geometric relationship in a designated placement area (e.g., a square area of 3 cm in width/length), and the app of the user wireless terminal 200 ( 230) may read the mutual positional relationship of the N touch points and verify whether the N touch points include the mutual positional relationship of being placed and touched in the placement area of the touch module 160 (530). Meanwhile, the touch module 160 may arrange the N touch units in a unique geometric relationship and arrange at least one touch unit among the N touch units at a predetermined fixed position. In this case, the geometric relationship of the N touch units has a unique N-gonal structure due to the touch portion disposed at the fixed position. In this case, the app 230 of the user wireless terminal 200 reads whether the mutual positional relationship of the N touch points has an acceptable N-gonal structure and recognizes the N touch points by touching the touch module 160. It can be verified whether it corresponds to the touched touch point (530).

If the validity of the multi-touch based on the touch module 160 for the N touch points is not authenticated, the app 230 of the user wireless terminal 200 may output a recognition error for the N multi-touch. (545). If the t-th interface screen remains displayed even after outputting the recognition error, the app 230 of the user wireless terminal 200 determines whether a specified number N multiple touches occur through the touch screen 205. The confirmation process can be performed again (510). According to another implementation method of the present invention, the app 230 of the user wireless terminal 200 repeats the process of checking whether a specified number N multiple touches occur through the touch screen 205 without outputting the recognition error. It is possible to perform (510). Meanwhile, if the t-th interface screen is not displayed after outputting the recognition error, the app 230 of the user wireless terminal 200 provides a service corresponding to the interface screen displayed through the touch screen 205. The procedure can be performed (550).

Meanwhile, when the N touch points are multi-touch recognized and/or the touch module 160-based multi-touch validity for the N touch points is certified, the app 230 of the user wireless terminal 200 is Touch recognition information including recognition information that precisely recognizes the touch point is configured (535). Preferably, the app 230 of the user wireless terminal 200 includes the recognition information and, depending on the implementation method, configuration information corresponding to at least one of the first to ninth touch recognition information embodiments of the present invention. Touch recognition information can be configured to further include. If touch recognition information including the recognition information is configured, the app 230 of the user wireless terminal 200 transmits the configured touch recognition information to the designated operation server 100 (540), and the operation server ( 100) receives the touch recognition information.

Figure 6 is a diagram illustrating the touch module 160 authentication process according to the implementation method of the present invention.

In more detail, Figure 6 shows that the operation server 100 is multiple touches on the touch screen 205 of the user wireless terminal 200 to display the t interface screen designated through the designated app 230 of the user wireless terminal 200. In the displayed state, it is verified whether the geometric relationship formed by the designated number N of touch points recognized by multiple touches matches the geometric relationship in the design of the designated number N of touch parts provided in the specific touch module 160, and at the same time, the geometric relationship is verified. This illustrates the process of authenticating whether the matching-certified touch module 160 is a touch module 160 owned by an affiliated store that will provide a designated service to the user. Those skilled in the art will understand this. Various implementation methods for the touch module 160 authentication process (e.g., implementation methods in which some steps are omitted or the order is changed) can be inferred by referring to and/or modifying Figure 6, but the present invention does not apply to the above analogy. It includes all possible implementation methods, and its technical features are not limited to only the implementation methods shown in Figure 6.

Referring to Figure 6, the implementation method includes recognition information for recognizing N touch points that have been touched multiple times on the touch screen 205 by the app 230 of the user wireless terminal 200 through the process shown in Figure 5. Accordingly, when touch recognition information further including configuration information corresponding to at least one embodiment of the first to ninth touch recognition information embodiments of the present invention is configured and transmitted, the operation server 100 is configured to transmit the touch recognition information to the user wireless terminal. The touch recognition information is received from the app 230 (200) (600).

According to the implementation method of the present invention, the operation server 100 can authenticate the validity of the received touch recognition information (605). Preferably, the operation server 100 can authenticate the validity of various configuration information included in the touch recognition information (605).

If the received touch recognition information includes unique authentication information of the user wireless terminal 200 that has installed and executed the app 230 that recognizes the N touch points, and the app 230 has been installed and executed in the designated storage medium, When unique authentication information for unique identification and authentication of the wireless terminal 200 is registered, the operation server 100 uses the unique authentication information registered in the storage medium to validate the unique authentication information included in the touch recognition information. can be authenticated (605).

Or, if the received touch recognition information includes the unique identification information of the user wireless terminal 200 and the unique identification information of the user wireless terminal 200 is registered in the designated storage medium, the operation server 100 The validity of the unique identification information included in the touch recognition information can be authenticated using the unique identification information registered in the storage medium (605).

Or, the received touch recognition information includes location information of the user wireless terminal 200, and affiliated store information including location information (or address information) of the affiliated store equipped with the touch module 160 is registered in a designated storage medium. In this case, the operation server 100 authenticates the validity of the location information of the user wireless terminal 200 included in the touch recognition information using the location information (or address information) of the affiliated store registered in the storage medium. Can (605).

Or, the received touch recognition information includes a user-side authentication code dynamically generated through the app 230 of the user wireless terminal 200, and the user-side authentication information for authenticating the user-side authentication code is stored in a designated storage medium. When registered, the operation server 100 uses a code generation algorithm used to generate the user-side authentication code in the app 230 of the user wireless terminal 200 based on the user-side authentication information registered in the storage medium. A verification code can be generated using the and seed value, and the validity of the user-side authentication code included in the touch recognition information can be verified using the generated verification code (605).

Or, if the received touch recognition information includes the user's password entered through the app 230 of the user's wireless terminal 200 and the user's password is registered in the designated storage medium, the operation server 100 The validity of the user's password included in the touch recognition information can be authenticated using the user's password registered in the storage medium (605).

If the validity of the touch recognition information is not certified, the operation server 100 provides a touch authentication error to the app 230 of the user wireless terminal 200 (645), and the user wireless terminal 200 A touch authentication error can be received and output (650).

Meanwhile, when the touch recognition information is received from the app 230 of the user wireless terminal 200, and/or the validity of the touch recognition information is certified, the operation server 100 stores the touch recognition information included in the touch recognition information. An authentication procedure is performed to verify that the geometric relationship formed by the N touch points corresponding to the recognition information matches the geometric relationship in the design of the N touch parts provided in the specific touch module 160 within the allowable error range ( 610).

If the geometric relationship formed by the N touch points does not match the geometric relationship in any design within the allowable error range, the operation server 100 touches the app 230 of the user wireless terminal 200. An authentication error is provided (645), and the user wireless terminal 200 can receive and output the touch authentication error (650).

If the geometric relationship formed by the N touch points matches the geometric relationship in the design of the N touch units provided in the specific touch module 160, the operation server 100 matches the geometric relationship in the design for which the matching has been certified. Check the unique information of the corresponding touch module 160 (615). In addition, the operation server 100 identifies the interface screen displayed on the touch screen 205 at the time when N touch points corresponding to the matched and certified geometric relationship are touched on the touch screen 205 of the user wireless terminal 200. At the same time, identification information identifying the app 230 that runs on the user wireless terminal 200 and recognizes the N touch points is checked (620).

If the identification information is not confirmed, the operation server 100 provides a touch authentication error to the app 230 of the user wireless terminal 200 (645), and the user wireless terminal 200 reports the touch authentication error. can be received and output (650).

Meanwhile, when the identification information is confirmed, the operation server 100 checks whether the designated tth interface screen is displayed on the touch screen 205 of the user wireless terminal 200 based on the confirmed identification information (625) ).

If the designated t interface screen is not displayed on the touch screen 205 of the user wireless terminal 200, the operation server 100 provides a touch authentication error to the app 230 of the user wireless terminal 200. (645), and the user wireless terminal 200 may receive and output the touch authentication error (650).

Meanwhile, when the designated t-th interface screen is displayed on the touch screen 205 of the user wireless terminal 200 and the matching and certified N touch points are recognized, the operation server 100 A designated service can be provided to a user using the app 230 that recognizes the N number of touch points that are certified for matching (or the wireless terminal 200 equipped with a touch screen 205 on which the N number of touch points that are certified for matching are touched). Check a specific affiliated store (630).

If a specific affiliated store that will provide the designated service to the user is not identified, the operation server 100 provides a touch authentication error to the app 230 of the user wireless terminal 200 (645), and the user wireless terminal ( 200) may receive and output the touch authentication error (650).

Meanwhile, when a specific affiliated store that will provide the designated service to the user is confirmed, the operation server 100 stores the unique information of the matching authenticated touch module 160 as a touch module held by the specific affiliated store that will provide the designated service to the user ( Verify that it matches the unique information in 160 (635).

If the unique information of the touch module 160 is not matched and authenticated, the operation server 100 provides a touch authentication error to the app 230 of the user wireless terminal 200 (645), and the user wireless terminal ( 200) may receive and output the touch authentication error (650).

If the unique information of the touch module 160 is matched and authenticated, the operation server 100 displays the app 230 (or the t interface screen displayed through the app 230) of the user wireless terminal 200 ( (or an interface screen linked to the t interface screen, etc.) to generate (or confirm) service information for providing a designated service to the user (640).

Figure 7 is a diagram illustrating the process of providing an online-offline interworking service based on touch authentication according to the implementation method of the present invention.

In more detail, Figure 7 shows that the touch module 160 touched on the touch screen 205 of the user wireless terminal 200 through the process shown in Figure 5 is authenticated through the process shown in Figure 6 and provides service information. When created (or confirmed), the service information is provided to the app 230 of the user's wireless terminal 200 to provide the specified service. This shows the process of processing to provide the designated service, which is common knowledge in the technical field to which the present invention belongs. Anyone who has this will be able to infer various implementation methods for the service provision process (for example, implementation methods in which some steps are omitted or the order is changed) by referring to and/or modifying Figure 7, but the present invention It includes all implementation methods inferred above, and its technical features are not limited to only the implementation method shown in Figure 7.

Referring to Figure 7, the touch module 160 touched on the touch screen 205 of the user wireless terminal 200 through the process shown in Figure 5 is authenticated through the process shown in Figure 6, and service information is provided. When created (or confirmed), the operation server 100 checks the user information of the user who will be provided with the designated service (700), maps the user information with service information corresponding to the service to be provided to the user by the specific affiliated store, and It can be saved (705). Alternatively, the operation server 100 may provide unique authentication information (e.g., the app 230 used by the user to be provided with the designated service) of the user wireless terminal 200 running the app 230 that recognizes the certified N touch points. and unique authentication information that uniquely identifies and authenticates the wireless terminal 200 at the same time (700), and the unique authentication information can be mapped and stored (705) with service information corresponding to the service to be provided to the user by a specific affiliated store. .

Meanwhile, the operation server 100 may provide service information for providing a designated service to the user to the app 230 of the user's wireless terminal 200 (710).

When the operation server 100 provides the service information to the app 230 of the user wireless terminal 200 (710), the app 230 of the user wireless terminal 200 provides the service to be provided to the user. Service information corresponding to is received (715), and service provision using the service information is performed through the t-th interface screen (or a designated interface screen associated with the t-th interface screen) on which the matching and certified N touch points are touched. Perform (720).

100: operating server 105: information storage unit
110: touch recognition receiver 115: touch recognition authentication unit
120: Touch authentication processing unit 125: Unique information confirmation unit
130: Identification information confirmation unit 135: Service provision certification unit
140: Information creation/verification department 145: Service provision department
150: Authentication server 160: Touch module
200: User wireless terminal 205: Touch screen
230: App 235: Information register
240: interface display unit 245: active processing unit
250: Touch recognition confirmation unit 255: Touch module recognition unit
260: Touch module authentication unit 265: Touch authentication procedure unit
270: Service information receiving unit 275: Service processing unit

Claims (16)

In a method executed through a server that communicates with a user wireless terminal equipped with a touch screen capable of recognizing capacitive multi-touch,
The unique information that uniquely identifies a touch module manufactured by arranging a designated number of N (N≥4) touch units capable of capacitive touch in a pre-designed unique geometric relationship is stored in conjunction with the affiliated store information on the affiliated store that possesses the touch module. first step;
While a specific interface screen for receiving a specified service is displayed on the touch screen of the user wireless terminal through an app installed and executed on the user wireless terminal, the number of N touch points multiple times touched on the touch screen through the app is precise. After recognition, if it is confirmed that the geometric relationship formed by the N touch points matches the geometric relationship in the design of the N touch parts provided in a specific touch module within the allowable error range, the geometric relationship of the N touch points Identifying the unique information of the matched and certified touch module within the allowed error range and identifying the app's interface screen displayed on the touch screen of the user's wireless terminal at the time the matching and certified N touch points were touched. A second step of verifying information;
Based on the unique information of the confirmed touch module and the identification information, it is confirmed whether a specific interface screen for receiving the specified service is displayed on the touch screen of the user wireless terminal where the matching and certified N touch points are touched, and at the same time, A third step of identifying the affiliated store that will provide the service to the user and verifying whether the unique information of the touch module certified for matching matches the unique information of the touch module held by the identified affiliated store; and
When authenticated by touching the touch screen of an affiliated store to provide the service while a specific interface screen for receiving a designated service is displayed on the touch screen of the user wireless terminal, the N number of authenticated touch points are touched on the touch screen. A fourth step of providing a designated service through an app of a user wireless terminal that executes an app that precisely recognizes the N touch points.
delete delete The method of claim 1, wherein the specific interface screen is:
Reverse direction, characterized in that it includes a t (1 ≤ t ≤ T) interface screen designated to provide a designated service among T (T ≥ 1) interface screens that can be displayed on the touch screen through the app of the user's wireless terminal. How to provide services using authentication.
delete delete delete delete A method implemented through a user wireless terminal equipped with a touch screen capable of recognizing the capacitive multiple touches of a touch module manufactured by arranging a designated number of N (N≥4) touch parts capable of capacitive touch in a pre-designed unique geometric relationship. Because,
A first step of checking whether a t(1≤t≤T)th interface screen designated to provide a specified service is displayed among T(T≥1) interface screens that can be displayed on the touch screen;
A second step of activating a function for precisely recognizing a specified number N multiple touches while the t-th interface screen is displayed;
If less than the designated number N touches occur through the touch screen while the t-th interface screen is displayed, it is processed as a touch input using a human finger, but through the touch screen while the t-th interface screen is displayed. A third step of precisely recognizing N touch points when a designated number N multiple touches occur;
When the N touch points are precisely recognized, it is verified that the geometric relationship formed by the N touch points matches the geometric relationship in the design for arranging the designated number N of touch parts provided in a specific touch module within the allowable error range. A fourth step of executing the authentication process; and
If the N touch points are authenticated through the authentication process as a touch using a touch module held by a specific affiliated store, the procedure for providing the designated service through the t interface screen (or an interface screen linked to the t interface screen) is performed. A service provision method using reverse authentication including a fifth step of performing.
The method of claim 9, wherein the tth interface screen is:
A service provision method using reverse authentication, comprising an interface screen set to precisely recognize a designated number N of multiple touches.
The method of claim 9, wherein the precise recognition is,
A method of providing a service using reverse authentication, characterized in that it includes multi-touch recognition that does not process or distort a designated number of N multi-touches as touch input using a human finger.
delete The method of claim 9, wherein the precise recognition is,
A method of providing a service using reverse authentication, comprising multi-touch recognition that corrects the distortion when the number of N multiple touches specified through the operating system is distorted by touch input using a human finger.
delete The method of claim 9, wherein the third step is:
The mutual positional relationship between the N touch points recognized by multiple touches on the touch screen is read, and the mutual positional relationship between the N touch points includes a mutual positional relationship that can be formed by touching the N touch parts provided in the touch module held by the affiliated store. A method of providing a service using reverse authentication, further comprising the step of authenticating whether the service is authenticated.
The method of claim 9, wherein the geometric relationship is:
A service provision method using reverse authentication, characterized in that it includes a combination of a distance relationship and an angle relationship formed by N touch points.