KR101784926B1

KR101784926B1 - Method for Providing Service for Interlocking Offline to Mobile by using User Own Touch Module

Info

Publication number: KR101784926B1
Application number: KR1020150179625A
Authority: KR
Inventors: 한정균; 김재형
Original assignee: 원투씨엠 주식회사
Priority date: 2015-12-15
Filing date: 2015-12-15
Publication date: 2017-10-13
Also published as: KR20170071696A

Abstract

The present invention relates to a method for providing an offline wireless interworking service using a user-owned touch module, and a method for executing the method through a server communicating with a user-owned wireless terminal having an electrostatic touch screen, M touch module information for identifying M (M > 1) electrostatic touch modules to be sequentially distributed to a user who owns the terminal and M touch modules on the electrostatic touch screen of the user's wireless terminal When the user touches the capacitive touch screen of the user's wireless terminal with the specific service information to be provided to the user who simultaneously owns the touch module and the wireless terminal, Touch point information on the electrostatic touch screen of the user-owned wireless terminal, (1? M? M) touch module among the M touch modules to which the geometric relationship formed by the touch points is mapped with specific service information The touch points of the touch module are displayed on the touch point of the touch module distributed to the user as a result of the reading of the authentication result, When the touch module matched with the geometric relationship of the touch points is mapped with specific service information, i (1? I? M) touch modules including the authenticated touch module among the M touch modules Storing the authentication details of the touch on the electrostatic touch screen of the wireless terminal, reading the authentication details, And if the M touch modules are touch-authenticated in all or in the designated order, the M-touch module is mapped to the M touch modules authenticated The touch module processes all of the M touch modules authenticated using the specific service information to provide a service corresponding to the specific service information through the wireless terminal owned by the user who is touched according to the specified order, And includes at least one of a character, an item, a content, and an object related to a service to be provided by touching the capacitive touch screen of the terminal.

Description

Technical Field [0001] The present invention relates to a method for providing an offline wireless interworking service using a user-owned touch module,

The present invention relates to a method of executing via a server communicating with a user-owned wireless terminal having an electrostatic touch screen, the method comprising the steps of: M (M> 1) to be sequentially distributed to a user having a wireless terminal having an electrostatic touch screen, M touch module information for identifying the capacitive touch modules and the M touch modules on the capacitive touch screen of the user-owned wireless terminal simultaneously touch the touch module and the wireless terminal in the designated order When the number of touch points assigned to the capacitive touch screen of the user-owned wireless terminal is multi-touched, the multi-touch touch point of the user-owned wireless terminal is displayed on the capacitive touch screen of the user- Information is read and authenticated whether or not it corresponds to a touch point of a touch module designated to be distributed to a user, (1? M? M) of the M touch modules to which the geometric relationship formed by the touch points is mapped with the specific service information, and the geometric relationship between the design geometric relationship and the allowable error range The touch module corresponding to the touch point of the touch module distributed to the user as well as the touch module matching the geometric relationship of the touch points receives the specific service information The i (1? I? M) touch modules including the authenticated touch module among the M touch modules store the touch authenticated authentication details on the electrostatic touch screen of the user-owned wireless terminal, Reads the authentication details and confirms whether all the M touch modules pre-assigned to the user-possessed wireless terminal are touch-authenticated in the specified order And if the M touch modules are all touch-authenticated in the designated order, the M touch modules are all or designated by using the specific service information mapped with the M touch modules authenticated And the touch module processes the touch screen to provide a service corresponding to the specific service information through the wireless terminal having the user who is touched in sequence. The touch module includes a character related to a service to be touched on the capacitive touch screen of the user- And a method of providing an offline wireless interworking service using a user-owned touch module including at least one of a shape, a content, and an object.

There has been provided a touch device which is formed in a coating form so as to provide a designated service by touching an electrostatic touch screen by disposing a plurality of touch portions made of a conductive material in a predetermined geometrical relationship (Patent Registration No. 10-1482667, Patent Registration No. 10-1507058).

Since the geometric relationship formed by the plurality of touch parts in such a touch device is used as an identification device for providing various services, the geometric relationship in which a plurality of touch parts are arranged for each touch device is set to be unique . Therefore, conventionally, in manufacturing a touch-type touch device, on the average, a cost of several ten thousand or more per piece (for example, a cost for producing a sheet metal, a laser cutting cost for uniquely arranging a plurality of touch parts for each touch device, And it is very inadequate to be used for distribution to users in various offline promotions.

In order to solve the above problems, an object of the present invention is to provide a method of operating a wireless terminal equipped with a capacitive touch screen, M touch module information that identifies M (M > 1) electrostatic touch modules to be sequentially distributed to the user and the M touch modules on the electrostatic touch screen of the user-owned wireless terminal are touched in the specified order A first step of associating and storing specific service information to be provided to a user who simultaneously possesses the touch module and the wireless terminal, and a second step of, when the number of touch points assigned to the electrostatic touch screen of the user- Touch point information on an electrostatic touch screen of a wireless terminal possessed by a user and is designated to be distributed to a user (1? M? M) of the M touch modules to which the touch points are mapped and the geometric relationship formed by the touch points is mapped to specific service information, A second step of confirming an authentication result of authenticating whether the design geometric relationship formed by the parts is within an allowable tolerance range and a step of recognizing the touch point of the touch module distributed to the user as a result of reading the authentication result, When a touch module matched with the geometric relationship of the touch points is mapped with specific service information, i (1? I? M) touch modules including the authenticated touch module among the M touch modules are mapped to user- A third step of storing the authentication details of the touch authentication on the electrostatic touch screen of the user, A fourth step of confirming whether all the M touch modules are touch-authenticated according to a predetermined order; and if the M touch modules are touch-authenticated in all or in the designated order, And a fifth step of processing the authenticated M touch modules to provide a service corresponding to the specific service information through the wireless terminal possessed by the user who is touched in all or in a designated order using the mapped specific service information, Wherein the touch module includes at least one of a character, an item, a content, and a product related to a service to be provided by being touched on a capacitive touch screen of a user-owned wireless terminal .

A method of providing an offline wireless interworking service using a user-owned touch module according to the present invention is a method executed by a server communicating with a user-owned wireless terminal having an electrostatic touch screen, M touch module information for identifying M (M > 1) electrostatic touch modules to be sequentially distributed to a user who owns the M touch module, and M touch modules on the electrostatic touch screen of the user's wireless terminal A first step of associating and storing specific service information to be provided to a user who simultaneously possesses the touch module and the wireless terminal when the touch point is touched, and a second step of associating and storing a plurality of touch points assigned to the capacitive touch screen of the user- , The multi-touched touch point information is read on the capacitive touch screen of the user-owned wireless terminal (1? M? M) touch module among the M touch modules to which the geometric relationship formed by the touch points is mapped with specific service information, A second step of confirming an authentication result that is authenticated as to whether or not the touch points are matched within a tolerance range and a design geometric relationship formed by the designated number of touch parts; (I < = i < M) touch modules including the authenticated touch module among the M touch modules corresponding to the touch point and matched with the geometric relation of the touch points, A third step of storing the touch-authenticated authentication details on the electrostatic touch screen of the user-possessed wireless terminal; A fourth step of confirming whether M touch modules pre-assigned to the user-possessed wireless terminal are touch-authenticated according to all or a predetermined order; and if the M touch modules are touch- And a process for providing a service corresponding to the specific service information through all of the M touch modules authenticated by the M touch modules and the specific service information mapped, Wherein the touch module includes at least one of a character, an item, a content, and an object associated with a service to be touched on the capacitive touch screen of the user's wireless terminal.

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According to the present invention, the touch module may include a touch module separately manufactured for user distribution using a paper material or a resin material. On the other hand, the shape may be included in a handle portion coupled with the touch module. On the other hand, when the touch module is touched to the capacitive touch screen of the user's wireless terminal, at least one of images, logos, and descriptions related to the service to be provided to the user can be printed on one side.

According to the present invention, the geometric relationship in the design may include at least one of a distance relation and an angular relation of the touch parts provided in each touch module.

According to another aspect of the present invention, there is provided a method of providing an offline wireless interworking service using a user-owned touch module, comprising the steps of: when the number of touch points assigned to a capacitive touch screen of a user- Receiving touch point information on the multi-touched touch points in the touch module, receiving the touch point information, authenticating whether the touch point information corresponds to a touch point of a touch module designated to be distributed to a user, and determining a geometric relationship The method may further include authenticating that the design geometric relationship formed by a specified number of touch units included in the m-th touch module mapped to the specific service information matches within an allowable error range.

According to the present invention, in the first step, when the m-th touch module among the M touch modules is touched to the capacitive touch screen of the user-possessed wireless terminal, the user who simultaneously owns the m- And storing the m-th service information to be provided to the touch module in association with the m-th touch module information, wherein the touch point corresponds to the touch point of the touch module distributed to the user as a result of the reading of the authentication result, When the mth touch module mapped with the mth service module is matched with the geometric relation of the mth touch module, the mth touch module is mapped with the mth service module, m service information corresponding to the m service information is provided. Meanwhile, the m-th service information includes information on a service that can be repeatedly used through the user wireless terminal with which the authenticated touch module is touched, And to provide a service corresponding to the m < th > service information each time it is touched to the electrostatic touch screen. Meanwhile, the m-th service information includes information on a service available within a predetermined number of times through the user wireless terminal with which the authenticated touch module is touched, while the authenticated touch module transmits the service Further comprising generating and storing and managing service history information providing a service corresponding to the specific service information by touching the touch module on a touch screen of a user wireless terminal, And determining whether to provide a service corresponding to the m-th service information to the user wireless terminal that has been touched by the authenticated m-th touch module based on the history information.

According to the present invention, it is possible to reduce the manufacturing cost (for example, material cost, processing cost, and labor cost) of the electrostatic touch module that touches the electrostatic touch panel to a plurality of touch portions arranged in the designed geometric relationship to within several hundreds, It has the advantage of manufacturing touch module.

According to the present invention, a touch module manufactured at a low cost of less than several hundreds of yen is produced, distributed to users through various offline promotions, and provided with an offline promotion and a wireless service in cooperation with each other.

1 is a block diagram of a system for providing an offline wireless interworking service using a user-owned touch module according to an embodiment of the present invention.
2 is a diagram illustrating a structure of a capacitive touch module of a touch module for user distribution according to an embodiment of the present invention.
3 is a functional block diagram of a user-owned wireless terminal according to an embodiment of the present invention.
4 is a diagram illustrating a process of providing an offline wireless interworking service using a user-owned touch module according to a first embodiment of the present invention.
5 is a diagram illustrating a process of providing an offline wireless interworking service using a user-owned touch module according to a second embodiment of the present invention.
6 is a diagram illustrating a process of providing an offline wireless interworking service using a user-owned touch module according to a third embodiment of the present invention.

The operation principle of the preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings and description. It should be understood, however, that the drawings and the following detailed description are exemplary and explanatory and are intended to provide further explanation of the invention, and are not to be construed as limiting the present invention.

In other words, the following embodiments correspond to the preferred embodiment of the present invention, which is a preferred embodiment of the present invention. In the following embodiments, specific configurations may be omitted, or functions implemented in specific configurations may be referred to as specific configurations It is to be clearly understood that the embodiments that divide or separate the functions embodied in two or more configurations into one configuration are all within the scope of the present invention unless otherwise mentioned in the following embodiments. Therefore, it should be clearly stated that various embodiments corresponding to subsets or combinations based on the following embodiments can be subdivided based on the filing date of the present invention.

In the following description of the present invention, a detailed description of known functions and configurations incorporated herein will be omitted when it may make the subject matter of the present invention rather unclear. The terms used below are defined in consideration of the functions of the present invention, which may vary depending on the user, intention or custom of the operator. Therefore, the definition should be based on the contents throughout the present invention.

As a result, the technical idea of the present invention is determined by the claims, and the following embodiments are merely means for effectively explaining the technical idea of the present invention to a person having ordinary skill in the art to which the present invention belongs Only.

1 is a block diagram of a system for providing an offline wireless interworking service using a user-owned touch module 200 according to an embodiment of the present invention.

1 is a block diagram of a mobile terminal 300 according to an embodiment of the present invention. The M (M > 1) touch screen 310 has a predetermined number N of electrostatically touchable touch units 205 The mobile terminal 300 distributes the M touch modules 200 owned by the user to the electrostatic touch screen 310 of the wireless terminal 300 owned by the user (310) of the user-possessed wireless terminal (300) corresponds to the touch point of the touch module (200) designated to be distributed to the user when the user touches the touch screen At the same time, a specified number N of touch units 205 provided in the m (1? M? M) touch module 200 among the M touch modules 200 whose geometric relationships formed by the touch points are mapped with specific service information, The geometric relationships in the design and the allowable tolerances The M touch modules 200 are connected to the user-owned wireless terminal 300 when the M touch modules 200 are all authenticated according to the predetermined order and / And a service corresponding to the mapped specific service information is provided. As a person skilled in the art, referring to and / or modification of FIG. 1, It will be appreciated that various implementations of the wireless interworking service providing system (e.g., some of the components may be omitted, or subdivided, or combined) may be inferred, but the present invention includes all of the above- The technical features thereof are not limited only by the method shown in FIG.

The present invention provides a service providing system for interworking an offline (e.g., user owned module 200) and wireless (e.g., a user owned wireless terminal 300) with a wireless terminal 300 having an electrostatic touch screen 310 And the N number of touch units 205 that are touchable on the touch screen 310 of the wireless terminal 300 are arranged in a specific designed geometrical relationship within a designated area, ) And a user-owned wireless terminal (300) having a capacitive touch screen (310) capable of multi-touch recognition of N touch units (205) provided in a touch module (200) The user touches the electrostatic touch screen 310 of the wireless terminal 300 owned by the user in accordance with all and / or a predetermined order, The touchscreen of the wireless terminal 300 The touch points corresponding to the touch points of the touch module 200 designated to be distributed to the user are matched with the touch points of the touch module 200 (M) of the touch module 200 is matched within an allowable error range with a design geometric relationship formed by a predetermined number N of touch parts 205 provided in the m (1? M? M) The mobile terminal 300 transmits a service corresponding to the specific service information mapped to the M touch modules 200 when the M touch modules 200 are authenticated according to all and / And an authentication server 145 configured to perform a specified authentication procedure for the touch points according to an embodiment of the present invention.

The touch module 200 is a product manufactured by disposing a predetermined number N of touch units 205 that can be touched on a touch screen 310 of a user-possessed wireless terminal 300 in a specific designed geometrical relationship within a designated area, And a touch unit 205 having four touch units 205 or five touch units 205. As shown in FIG. However, the number of touch units 205 disposed in the touch module 200 is not limited to three to five. Currently, the touch screen 310 included in the Apple iPhone limits the number of multi-touches to a maximum of 5. If the Apple iPhone supports six or more multi-touches, the designated N of the touch unit 205 is 6 Or more.

According to the method of the present invention, the touch module 200 is manufactured for user distribution and finally distributed to the user. For example, the touch module 200 may be manufactured for the promotion of a specific company or a franchisee, and may be freely distributed to customers through the franchise or the franchisee for promotion purposes. To this end, the manufacturing cost of the touch module 200 should be very low as much as possible for the promotion cost of each company or franchisee. When the touch module 200 is manufactured by a mold or an injection method, the manufacturing cost of the touch module 200 is several tens of thousands won or more. In this manner, it is difficult to manufacture the touch module 200 for user distribution. To this end, the present invention can separately manufacture the touch module 200 for user distribution using a paper material or a resin material at a low cost (Thompson Press, for example) at a low cost (for example, several hundreds of manufacturing cost per unit including labor costs).

According to the embodiment of the present invention, when the touch module 200 is distributed to a user and is touched to the capacitive touch screen 310 of the user-owned wireless terminal 300, the character, item, Contents, and / or objects. At least one of the characters, items, contents, and objects may be provided in the handle portion coupled with the touch module 200.

According to an embodiment of the present invention, when the touch module 200 is distributed to a user and is touched to the capacitive touch screen 310 of the user-owned wireless terminal 300, At least one of the descriptions may be printed or included on one side.

According to the embodiment of the present invention, the touch module 200 is not used to provide a service provided by a specific company or an affiliated shop, The touch module 200 is touched by a touch unit 200 of a touch module 200 for an affiliate shop supplied to a specific company or an affiliate shop in order to grasp the characteristics or use of the touch module 200, 205), a layout area in which a specified number of touch portions 205 are arranged, a distance relationship between the respective touch portions 205, an angle relationship between the respective touch portions 205, and a touch area of the touch portion 205 It is preferable to design and manufacture differently. For example, if the number of touch parts 205 of the touch module 200 for an affiliate shop supplied to an affiliate shop is five, the number of touch parts 205 of the touch module 200 to be distributed to the user according to the present invention is four Can be produced. The touch module 200 to be distributed to the user according to the present invention has a square area of '3 cm * 3 cm' in which the designated number of touch parts 205 is arranged on the touch module 200 The layout area for arranging the designated number of touch parts 205 can be designed and manufactured to have a rectangular area of 2.5 cm * 4 cm. If the minimum distance (for example, the distance between the center points of the touch portion 205) between each touch portion 205 of the touch module 200 for an affiliate shop supplied to the merchant is 7.5 mm, 200 can be designed and manufactured to have a minimum distance of 9 mm between the respective touch parts 205 provided in the touch panel. If the maximum angle that can be formed between each touch part 205 on the basis of the placement area of the touch module 200 for an affiliate store supplied to the affiliate shop is less than 175 °, The maximum angle that can be formed between the respective touch parts 205 can be designed and manufactured within 160 °. If the touch area of each touch part 205 included in the touch module 200 for an affiliate store supplied to an affiliate shop is a square area of 6 mm * 6 mm, the touch module 200 to be distributed to the user according to the present invention The touch area of each of the touch units 205 can be designed and manufactured to have a square area of 8 mm * 8 mm.

According to the embodiment of the present invention, the touch module 200 is used as identification means for identifying a specific service to be provided to a user, The touch module 200 is used as an authentication means for authenticating a right to receive a specific service with the wireless terminal 300. In particular, Means for performing the function of the means.

The user-possessed wireless terminal 300 is a collective term for a wireless communication device owned (or possessed) by a user who has distributed the touch module 200. Preferably, the wireless terminal 300 includes a predetermined number N of touch units (310) capable of recognizing the multi-touch. For example, the user-owned wireless terminal 300 may include at least one cell phone, smart phone, tablet PC, and the like having the electrostatic touch screen 310. However, the user-owned wireless terminal 300 is not limited to the above-described terminal, and if the terminal includes the touch screen 310 capable of recognizing the touch module 200, , A wired terminal such as a notebook computer) belong to the right scope of the present invention.

According to the present invention, the user-possessed wireless terminal 300 has a function of recognizing multi-touch using the touch module 200 distributed to a user and generating touch point information necessary for the touch authentication according to the present invention.

According to the first touch recognition embodiment of the present invention, the user-owned wireless terminal 300 recognizes the multi-touch using the touch module 200 distributed to the user and generates touch point information necessary for the touch authentication according to the present invention A program 325 in the form of a program module that can be executed can be installed and executed. In this case, the program 325 may be implemented in a form of being included in a specific application for providing the designated service by touching the touch module 200, and may be operated in conjunction with the installation of the specific application.

According to the second touch recognition embodiment of the present invention, the user-owned wireless terminal 300 recognizes the multi-touch using the touch module 200 distributed to the user and generates touch point information necessary for the touch authentication according to the present invention A program 325 of a possible application type can be installed and executed. In this case, the program 325 may be implemented as a separate touch-sensitive application for interlocking with a specific application for providing a designated service by touching the touch module 200. [

According to the third touch recognition embodiment of the present invention, the user-possessed wireless terminal 300 recognizes the multi-touch using the touch module 200 distributed to the user and generates touch point information necessary for the touch authentication according to the present invention And a browser (or a browser function) capable of executing a possible program code. In this case, the program code may be included in a page provided by the browser (or a browser function) and executed through the browser (or a browser function).

According to the fourth touch recognition embodiment of the present invention, the user-possessed wireless terminal 300 may be implemented by at least partially combining at least two of the first to third touch recognition embodiments, The invention is not limited.

According to the embodiment of the present invention, when the touch module 200 distributed to the user is recognized as a multi-touch through at least one of the first to fourth embodiments, And a function of performing a specified authentication procedure for the multi-touch recognized touch point information.

According to the first touch authentication method of the present invention, the user-owned wireless terminal 300 transmits touch point information generated through multi-touch through the touch module 200 distributed to the user to the designated operation server 100 And a program 325 in the form of a program module for executing the specified authentication procedure can be installed and executed. In this case, the program 325 may be implemented in a form of being included in a specific application for providing the designated service by touching the touch module 200, and may be operated in conjunction with the installation of the specific application.

According to the second touch authentication method of the present invention, the user-owned wireless terminal 300 transmits touch point information generated through multi-touch through the touch module 200 distributed to the user to the designated operation server 100 And a program 325 in the form of an application for executing the designated authentication procedure can be installed and executed. In this case, the program 325 may be implemented as a separate touch-sensitive application for interlocking with a specific application for providing a designated service by touching the touch module 200. [

According to the third touch authentication embodiment of the present invention, the user-owned wireless terminal 300 transmits touch point information generated through multi-touch through the touch module 200 distributed to the user to the designated operation server 100 (Or browser function) capable of executing the program code for performing the specified authentication procedure. In this case, the program code may be included in a page provided by the browser (or a browser function) and executed through the browser (or a browser function).

On the other hand, in the case of the first to third touch authentication embodiments, the operating server 100 provided with the touch point information reads the touch point information and determines whether the touch point corresponds to the touch point of the touch module 200 designated to be distributed to the user (1? M? M) touch modules 200 among the M touch modules 200 to which the geometric relationships formed by the touch points are mapped with specific service information, It is possible to perform a second authentication procedure for authenticating whether the touch parts 205 match within the allowed tolerance range with the geometric relationship in the design.

Alternatively, in the case of the first to third touch authentication embodiments, the operation server 100 provided with the touch point information may read the touch point information, and may determine whether the touch point corresponds to the touch point of the touch module 200, A predetermined number of touch units 205 provided in the m-th touch module 200 among the M touch modules 200 whose geometric relationships formed by the touch points are mapped with specific service information are formed And the second authentication procedure for authenticating whether the design geometric relationship matches the permitted geometric relationship within the allowable error range, the other authentication procedure is performed to be performed through a separate designated authentication server 145, And receive the result from the server 145. [

Alternatively, in the case of the first to third touch authentication embodiments, the operating server 100 provided with the touch point information may read the touch point information through a separate designated authentication server 145, M touch module 200 among the M touch modules 200 to which the geometric relationship formed by the touch points is mapped with specific service information, The result may be provided from the authentication server 145 after processing to perform a second authentication procedure to authenticate that the specified number of touch parts 205 match the design geometric relationship within the allowed tolerance range .

According to the fourth touch authentication embodiment of the present invention, the user-owned wireless terminal 300 transmits touch point information generated through multi-touch through the touch module 200 distributed to the user to the specified authentication server 145 And a program 325 in the form of a program module for executing the specified authentication procedure can be installed and executed. In this case, the program 325 may be implemented in a form of being included in a specific application for providing the designated service by touching the touch module 200, and may be operated in conjunction with the installation of the specific application.

According to the fifth touch authentication method of the present invention, the user-possessed wireless terminal 300 transmits touch point information generated through multi-touch through the touch module 200 distributed to the user to the designated authentication server 145 And a program 325 in the form of an application for executing the designated authentication procedure can be installed and executed. In this case, the program 325 may be implemented as a separate touch-sensitive application for interlocking with a specific application for providing a designated service by touching the touch module 200. [

According to the sixth touch authentication embodiment of the present invention, the user-possessed wireless terminal 300 transmits touch point information generated through multi-touch through the touch module 200 distributed to the user to the specified authentication server 145 (Or browser function) capable of executing the program code for performing the specified authentication procedure. In this case, the program code may be included in a page provided by the browser (or a browser function) and executed through the browser (or a browser function).

On the other hand, in the case of the fourth to sixth touch authentication embodiments, the authentication server 145 that has received the touch point information reads the touch point information and determines whether the touch point corresponds to the touch point of the touch module 200, A predetermined number of touch units 205 provided in the m-th touch module 200 among the M touch modules 200 whose geometric relationships formed by the touch points are mapped with specific service information are formed And then provide the result to the program 325 executed in the user-possessed wireless terminal 300. In this case, the wireless terminal 300 may perform a second authentication procedure to authenticate that the wireless terminal 300 matches the design geometric relationship The program 325 of the user wireless terminal 300 may transmit the authentication results for the first and second authentication procedures to the designated operation server 100.

Alternatively, in the case of the fourth to sixth touch authentication embodiments, the authentication server 145, which has received the touch point information, may read the touch point information and recognize whether the touch point corresponds to the touch point of the touch module 200, A predetermined number of touch units 205 provided in the m-th touch module 200 among the M touch modules 200 whose geometric relationships formed by the touch points are mapped with specific service information are formed And then transmits the result to the designated operation server 100. The second authentication procedure may be performed in the same manner as in the first embodiment.

According to the seventh touch authentication embodiment of the present invention, the user-possessed wireless terminal 300 reads the touch point information generated through multi-touch through the touch module 200 distributed to the user, M touch module 200 of the M touch modules 200 to which the geometric relationship formed by the touch points is mapped with specific service information, (325) in the form of a program module for performing at least one authentication procedure out of a designing geometric relationship formed by a designated number of touch portions (205) and a second authentication procedure for authenticating that the matching is within an allowable error range Lt; / RTI > In this case, the program 325 may be implemented in a form of being included in a specific application for providing the designated service by touching the touch module 200, and may be operated in conjunction with the installation of the specific application. Meanwhile, if the user-owned wireless terminal 300 performs only one of the first authentication procedure and the second authentication procedure, the other authentication procedure is performed through the operation server 100 and / or the authentication server 145 .

According to the eighth touch authentication embodiment of the present invention, the user-possessed wireless terminal 300 reads the touch point information generated through multi-touch through the touch module 200 distributed to the user, M touch module 200 of the M touch modules 200 to which the geometric relationship formed by the touch points is mapped with specific service information, A program (325) in the form of an application for performing at least one authentication procedure among design geometric relationships formed by the designated number of touch portions (205) and a second authentication procedure for authenticating matching within an allowable error range is executed . In this case, the program 325 may be implemented as a separate touch-sensitive application for interlocking with a specific application for providing a designated service by touching the touch module 200. [ Meanwhile, if the user-owned wireless terminal 300 performs only one of the first authentication procedure and the second authentication procedure, the other authentication procedure is performed through the operation server 100 and / or the authentication server 145 .

According to the ninth touch authentication embodiment of the present invention, the user-possessed wireless terminal 300 reads the touch point information generated through multi-touch through the touch module 200 distributed to the user, M touch module 200 of the M touch modules 200 to which the geometric relationship formed by the touch points is mapped with specific service information, And a second authentication procedure for authenticating whether the predetermined number of touch units (205) are matched within an allowable error range with the design geometric relationship formed by the designated number of touch units (205) ). In this case, the program code may be included in a page provided by the browser (or a browser function) and executed through the browser (or a browser function). Meanwhile, if the user-owned wireless terminal 300 performs only one of the first authentication procedure and the second authentication procedure, the other authentication procedure is performed through the operation server 100 and / or the authentication server 145 .

On the other hand, in the seventh to ninth touch authentication embodiments, the program 325 executed by the user-possessed wireless terminal 300 generates an authentication result for the first and second authentication procedures, Lt; / RTI >

According to the tenth tactile authentication embodiment of the present invention, the user-possessed wireless terminal 300 may be configured to perform at least one of the first through ninth touch authentication examples And the authentication result of the first and second authentication procedures is transferred to the designated operation server 100 via the designated path. Meanwhile, it is preferable that the authentication result provided to the operation server 100 when the authentication of the first or second authentication procedure succeeds includes the information of the touch module 200 that identifies the successful authentication module 200.

The operation server 100 touches the M touch modules 200 distributed to the user in accordance with the designated offline procedure to the capacitive touch screen 310 of the user-possessed wireless terminal 300, A server that processes a service corresponding to the specific service information associated with the M touch modules 200 to the user-possessed wireless terminal 300 based on the M authentication results for the first and second authentication procedures As a generic term, it is preferably implemented in the form of at least one server or a combination of two or more servers. In particular, when the operating server 100 is implemented in a combination of two or more servers, one server may be provided in an authentication authority for authenticating the touch module 200, and the other server may be connected to the touch module 200 (For example, a specific company or an affiliate shop that performs offline promotion using the touch module 200) that provides a service provided by the user. That is, the operating server 100 is named to refer to a subject that executes the server-side configuration of the present invention, and is not limited to a specific physical server. Therefore, in the embodiment described in the detailed description of the present invention, the explanation described with the operating server 100 as a main body is not necessarily limited to the processing performed by the operating server 100, but the functions provided through the operating server 100 Means that the description described with reference to the operation server 100 as a main body is processed through a server of each of the associated organizations or that the operation server 100 requests / To the extent that the

Referring to FIG. 1, the operation server 100 includes M (M > 1) mobile terminals 300 to be sequentially distributed to a user having a mobile terminal 300 having an electrostatic touch screen 310 according to a designated offline procedure The M touch module 200 information for identifying the electrostatic touch module 200 and the M touch modules 200 on the electrostatic touch screen 310 of the user owned wireless terminal 300 are both in the order and / And an information storage unit 105 for associating and storing specific service information to be provided to a user who simultaneously possesses the touch module 200 and the wireless terminal 300 when the user touches the touch module 200 and the wireless terminal 300.

At least one of a manufacturer that manufactures and supplies the touch module 200 or an authentication institution that authenticates multiple touches by the touch module 200 or a supplier that receives a touch module 200 to be distributed to a user from the manufacturer, (Not shown) provided in an organization of the mobile terminal 300 includes M touch modules (not shown) for identifying M electrostatic touch modules 200 to be distributed to a user having a wireless terminal 300 having an electrostatic touch screen 310, When the touch module 200 is touched on the electrostatic touch screen 310 of the user-possessed wireless terminal 300, the M touch module 200 registers information of the touch module 200 with the operation server 100, It is possible to connect specific service information to be provided to a user who simultaneously possesses at least one touch module 200 and a wireless terminal 300 among the M modules 200 to the operation server 100 in cooperation with the M touch module 200 information And the information storage unit 105 The M touch module 200 information for M touch modules 200 to be distributed to the user and the M touch modules 200 to be distributed to the user from the operating terminal and / And the specific service information to be provided to the user who touched the touch screen 310 is stored in a designated storage medium.

According to the embodiment of the present invention, the specific service information may include game item information applicable to a designated game. If the M touch modules 200 are displayed on the touch screen 310 of the user wireless terminal 300 (M) touch modules (200) mapped to the game item by touching all and / or a predetermined number of the touch modules (200) in a predetermined order, the operation server (100) The game item information can be processed through the user wireless terminal 300 (or the user's game account) having the touch-sensitive electrostatic touch screen 310 according to the designated order.

According to the embodiment of the present invention, the specific service information may include content information related to a designated promotion proceeding off-line at a designated company or an affiliated store, and if the touch screen 310 of the user wireless terminal 300 When the M touch modules 200 are all touched according to a predetermined order and are mapped to the M touch modules 200 mapped to the contents, the operation server 100 transmits the authenticated M touch modules 200 to provide the content related to the promotion to the user wireless terminal 300 having the capacitive touch screen 310 all touched and / or touched in the specified order.

According to an embodiment of the present invention, the specific service information may include object information related to a designated promotion that goes on-line at a designated company or an affiliate shop, and if the touch screen 310 of the user wireless terminal 300 When the M touch modules 200 are all touched according to a predetermined order and are authenticated by the M touch modules 200 mapped with the object, the operation server 100 determines whether the M touch modules 200 to the user wireless terminal 300 having the electrostatic touch screen 310 that has been touched in all and / or in the specified order, .

According to an embodiment of the present invention, the specific service information may include content information that can be provided to the user wireless terminal 300. If the M touch module 310 200, and / or the M touch module 200 mapped with the content in accordance with a predetermined order, the operation server 100 determines that all the M touch modules 200 are authenticated Or to provide the contents to the user wireless terminal 300 having the electrostatic touch screen 310 touched according to the specified order or to provide the authority information to be provided.

On the other hand, according to the embodiment including at least one of the first to third touch authentication embodiments, the touch point information touched on the touch screen 310 of the user-possessed wireless terminal 300 is read from the operation server 100 side A first authentication procedure of authenticating whether or not the touch point corresponding to the touch module 200 to be distributed to the user corresponds to a touch point of the touch module 200, When performing at least one of the authentication procedure of the design geometric relationship formed by the designated number of touch units 205 provided in the module 200 and the second authentication procedure of authenticating whether it matches within the allowable error range, The storage unit 105 may store information for performing the authentication procedure in a designated storage medium.

According to the embodiment of the present invention, when the operation server 100 performs the first authentication procedure, the information storage unit 105 stores the touch module 200 for the touch module 200 to be distributed to the user, A layout area in which a specified number of touch parts 205 are arranged, a distance relationship between the respective touch parts 205, an angle relationship between the respective touch parts 205, (Or at least one touch module 200 information among the M touch module 200 information) corresponding to one or more of the touch module 200 corresponding to at least one of the touch module 200 information And can be stored in a designated storage medium in association with each other.

According to an embodiment of the present invention, when the operation server 100 performs the second authentication procedure, the information storage unit 105 stores information on each of the M touch modules 200 to be distributed to the user, The design geometric relationships for the N number of touch units 205 can be stored in the designated storage medium in association with the M touch module 200 information.

According to the method of the present invention, the geometric relationship in the design is determined by the distance relationship formed by the line segments connecting the respective middle points of the designated number N of touch units 205 provided in each user distribution touch module 200, Or a design reference point (for example, a coordinate origin or N touch parts 205 (see, for example, FIG. 1)) on a layout area for arranging a specified number N of touch parts 205 provided in each user distribution touch module 200 And a point corresponding to one of the touch parts 205 of the plurality of touch parts 205 as a reference. Preferably, the geometric relationship in design for each user distribution touch module 200 is determined by the same touch module 200 (e.g., a touch module 200 mapped to the same service, or a handle of the same shape associated with the same service) (E.g., the touch module 200 including the same image, logo, description, etc. related to the same service) may include the same geometric relationship (however, It is preferable that the touch module 200 is designed so as not to overlap between the touch modules 200 and to include a mutually recognizable geometric relationship.

The M pieces of the touch module 200 information for the M user distribution touch modules 200 and the M touch modules 200 are stored in the storage medium designated by the information storage unit 105 in all and / After specific service information corresponding to a specific service to be provided to the user is mapped and stored through the touched wireless terminal 300, the user wireless terminal capable of executing at least one of the first to fourth touch recognition embodiments When at least one touch module 200 among the M user distribution touch modules 200 is touched to the touch screen 310 of the first to tenth touch authentication embodiments 300, Is performed.

According to an embodiment of the present invention, the operating terminal may be configured such that the m (1? M? M) touch module 200 among the M touch modules 200 to be distributed to the user is connected to the electrostatic touch M service information to be provided to a user who simultaneously possesses the m-th touch module 200 and the wireless terminal 300 when touching the screen 310 is associated with the m-th touch module 200 information, Can be stored in the medium. That is, the specific service information is information for a specific service to be provided when the M touch modules 200 are touch-authenticated through the touch screen 310 of the user wireless terminal 300 according to all and / Wherein the m-th service information is information indicating that the m-th touch module 200 corresponding to one of the M touch modules 200 is touch-authenticated through the touch screen 310 of the user wireless terminal 300 As shown in FIG. According to an embodiment of the present invention, the m-th service information may be omitted and some of the M touch modules 200 (e.g., the odd-numbered touch module 200 or the even- ), Etc.) are stored in association with the m-th service information, and some of the other touch modules 200 can be omitted.

According to an embodiment of the present invention, the m-th service information may include game item information applicable to a designated game. If the M touch modules 200 are included in the touch screen 310 of the user wireless terminal 300, When the m-th touch module 200 is touched to be mapped to the m-th touch module 200 mapped with the game item, the operation server 100 determines that the authenticated m-th touch module 200 is touched The game item information may be processed through the user wireless terminal 300 (or the user's game account) having the touch screen 310.

According to an embodiment of the present invention, the m-th service information may include content information related to a designated promotion proceeding off-line at a designated company or an affiliate shop, and if the m-th service information is displayed on the touch screen 310 of the user wireless terminal 300 When the m-th touch module 200 of the M touch modules 200 is touched and m is mapped to the m-th touch module 200 mapped with the contents, the operation server 100 transmits the m- The mobile wireless terminal 300 having the electrostatic touch screen 310 to which the mobile terminal 200 is touched may be provided to provide the content related to the promotion.

According to an embodiment of the present invention, the m-th service information may include object information related to a designated promotion proceeding off-line at a designated company or an affiliate shop, and may be displayed on the touch screen 310 of the user wireless terminal 300 When the m-th touch module 200 of the M touch modules 200 is touched and m is mapped to the m-th touch module 200 mapped with the m, the operation server 100 transmits the authenticated m- The user wireless terminal 300 having the touch-sensitive electrostatic touch screen 310 may be provided with rights information to be provided at a designated place of the article related to the promotion.

According to an embodiment of the present invention, the m-th service information may include content information that can be provided to the user wireless terminal 300. If the m-th service module is included in the touch screen 310 of the user wireless terminal 300, When the m-th touch module 200 among the m-touch modules 200 is touched and m is mapped to the m-th touch module 200 mapped with the contents, the operation server 100 determines whether the authenticated m- And provide the contents to the user wireless terminal 300 having the capacitive touch screen 310 or provide authorization information to be provided.

Meanwhile, according to the embodiment of the present invention, the information storage unit 105 stores app identification information (for example, a game app, a variety of promotional apps, etc.) for receiving or implementing a service corresponding to the specific service information And stores the M touch module 200 information (or the m-th touch module 200 information) or a specified storage medium in association with the specific service information. Alternatively, the information storage unit 105 registers service identification information for identifying a service corresponding to the specific service information and transmits the M touch module 200 information (or the m-th touch module 200 information) Information can be stored in a designated storage medium in association with the information.

Referring to FIG. 1, when the touch screen 310 of the user-possessed wireless terminal 300 recognizes a plurality of touch points of a plurality of touch points, Touch point information on the electrostatic touch screen 310 and confirms whether or not it corresponds to the touch point of the touch module 200 designated to be distributed to the user and at the same time that the geometric relationship formed by the touch points is the specific service information The design geometric relationship formed by the designated number of touch parts 205 provided in the mth (1? M? M) touch module 200 among the mapped M (M> And a touch authentication confirmation unit 115 for confirming an authentication result indicating that the mobile terminal 300 is matched within a tolerance range of the mobile terminal 300. According to an embodiment of the present invention, the electrostatic touch screen 310 of the user- Read the information and send it to the user. (M) of the M touch modules 200 whose geometric relationships formed by the touch points are mapped to specific service information, and / or the m-th touch module 200 And a touch authentication processing unit 110 for authenticating whether the predetermined number of touch units 205 are matched within a permissible error range and a geometric relationship in design. Meanwhile, the touch authentication processing unit 110 may be implemented through a separate authentication server 145 associated with the operation server 100, or may be implemented through the user wireless terminal 300 according to an embodiment of the present invention.

When a plurality of touch points are multi-touch recognized on the electrostatic touch screen 310 of the user-possessed wireless terminal 300, the program 325 executed in the user-owned wireless terminal 300 is transmitted to the first to fourth touch Generates touch point information for performing a first authentication process or a second authentication process for a plurality of touch points recognized as multi-touch on the touch screen (310) through at least one embodiment of the recognition embodiment, 1 to the tenth touch authentication embodiment of the present invention. According to the embodiment of the present invention, the touch point information may include touch point coordinate values of a plurality of touch points sensed by the capacitive touch screen 310 of the user wireless terminal 300, (For example, touch screen 310 information, information on a touch screen, and the like) that identifies the number of touch points, the touch area corresponding to each touch point, the touch surface shape corresponding to each touch point and the coordinate system corresponding to the touch point coordinate value, Model information, coordinate system type information, etc.), and the like. Meanwhile, when the touch point information is transmitted to the operation server 100 and / or the authentication server 145 according to the embodiment, the touch point information may be used to identify the user wireless terminal 300 in which the plurality of touch points are multi- , App identification information for identifying an application that recognizes a plurality of touch points that are multi-touched on the capacitive touch screen 310 of the user wireless terminal 300, A service identification information for identifying a service selected through an application executed by the user wireless terminal 300 before touching each touch module 200 for user distribution to the user terminal 310, The identification information may include at least one of the identification information.

If the authentication procedure is performed through at least one of the first to third touch authentication embodiments or the tenth touch authentication embodiment, the program 325 of the user wireless terminal 300 may be an electrostatic touch Touch point information for a plurality of touch points recognized as multi-touch on the screen 310 and transmits the touch point information to the operation server 100. The operation server 100 (or the authentication server 145 performs a first authentication procedure of reading the touch point information and authenticating whether it corresponds to a touch point of the touch module 200 designated to be distributed to the user. Preferably, the touch authentication processing unit 110 can verify whether the number of touch points corresponding to the touch point information coincides with the number of the touch units 205 of the user distribution touch module 200. Alternatively, the touch authentication processing unit 110 may calculate the area formed by connecting the touch points corresponding to the touch point information, and the calculated area may be determined by arranging the N touch units 205 in the user distribution touch module 200 It is possible to verify whether or not it is included in the layout area. Alternatively, the touch authentication processing unit 110 may check a distance relationship between touch points corresponding to the touch point information, and determine that the determined distance relationship is a touch distance between the touch module 200 for user distribution and a specified number N of touch units 205 It is possible to authenticate whether or not it satisfies the distance relation to be placed. Alternatively, the touch authentication processing unit 110 may check the angular relationship between touch points corresponding to the touch point information, and determine whether the determined angle relationship satisfies the specified number N of touch units 205 in the touch module 200 for user distribution It can be verified that it meets the angular relation to be placed. Alternatively, the touch authentication processing unit 110 may check the touch area of each touch point corresponding to the touch point information, and may determine the touch area of each touch unit 205 disposed in the user distribution touch module 200 It can be verified whether or not it meets within the error range specified in the image area.

If the plurality of touch points recognized by the multi-touch on the capacitive touch screen 310 of the user wireless terminal 300 correspond to the touch points of the touch module 200 designated to be distributed to the user, The touch authentication processing unit 110 included in the authentication server 145 associated with the operation server 100 (or the authentication server 145 associated with the operation server 100) The geometric relationship between the designed number N of touch parts 205 formed in the m-th touch module 200 among the M touch modules 200 mapped with specific service information and the geometric relationship formed by the design number And performs a second authentication procedure for authenticating whether or not it matches within a predetermined error range. Preferably, the touch authentication processing unit 110 includes a reference point for reading the geometric relationship of the N touch points (for example, a reference point on a design basis or a reference point among N touch points based on N touch point arrangement relationships) And determining a geometric relationship between touch points including at least one of a distance relation and an angle relation between N touch points with reference to the identified reference point, (For example, by touching the touch module 200 on the touch screen 310) among the geometric relationships between the touch points determined in the design geometric relationship with respect to the touch module 200 for user distribution, The touch point distortion caused by various noise generated in the process and / or the pressure applied to the human hand during the process of touching the touch module 200 to the touch screen 310 The geometric relationship formed by the touch points is determined based on the m-th touch module 200 mapped to the specific service information, and the m-th touch module 200 is mapped with the specific service information, It is possible to certify that the design geometric relationship formed by the designated number of touch parts 205 provided in the touch module 200 matches with within the allowable error range.

On the other hand, in the touch point information received from the user wireless terminal 300, app identification information for identifying an application that recognizes a plurality of touch points that are multi-touched on the capacitive touch screen 310 of the user wireless terminal 300, At least one of the service identification information identifying the service selected through the application executed in the user wireless terminal 300 before touching the mth touch module 200 on the capacitive touch screen 310 of the wireless terminal 300 When the identification information is included, the touch authentication processing unit 110 transmits M touch module 200 information (or m-th touch module 200 information) associated with at least one identification information included in the touch point information And confirms the geometric relationship in the design of the touch module 200 for user distribution corresponding to the M touch module 200 information (or the mth touch module 200 information), and then confirms the geometric relationship between the identified design geometry Of the M touch modules 200 to which the geometric relationship formed by the touch points is mapped with the specific service information, by comparing and analyzing whether or not the geometric relationship between the touch points and the determined touch points is matched within an allowable error range, It is possible to certify that the design geometric relationship formed by the designated number of touch portions 205 provided in the touch panel 200 matches within the allowable error range.

The touch authentication confirmation unit 115 may be configured to perform a first authentication process performed through the touch authentication processing unit 110 provided in the operation server 100 (or the authentication server 145 associated with the operation server 100) 2 authentication process and reads out the authentication result to read the authentication result of the touch module 200 distributed to the user with the multi-touch recognized touch points 310 on the capacitive touch screen 310 of the user wireless terminal 300 There is a touch module 200 corresponding to a touch point and corresponding to a geometric relationship of the touch points and a design geometric relationship matched within an allowable tolerance range and the touch module 200 is connected to the information storage unit 105, It is determined whether the touch module 200 is mapped with the specific service information.

Meanwhile, when the authentication procedure is performed through at least one of the fourth to sixth touch authentication embodiments or the tenth tactile authentication embodiment, the program 325 of the user wireless terminal 300 may be a static touch The touch authentication processing unit 110 included in the authentication server 145 generates touch point information for a plurality of touch points recognized on the screen 310 and transmits the touch point information to the authentication server 145, And performs a first authentication procedure for authenticating whether or not it corresponds to the touch point of the touch module 200 designated to be distributed to the user. Preferably, the touch authentication processing unit 110 can verify whether the number of touch points corresponding to the touch point information coincides with the number of the touch units 205 of the user distribution touch module 200. Alternatively, the touch authentication processing unit 110 may calculate the area formed by connecting the touch points corresponding to the touch point information, and the calculated area may be determined by arranging the N touch units 205 in the user distribution touch module 200 It is possible to verify whether or not it is included in the layout area. Alternatively, the touch authentication processing unit 110 may check a distance relationship between touch points corresponding to the touch point information, and determine that the determined distance relationship is a touch distance between the touch module 200 for user distribution and a specified number N of touch units 205 It is possible to authenticate whether or not it satisfies the distance relation to be placed. Alternatively, the touch authentication processing unit 110 may check the angular relationship between touch points corresponding to the touch point information, and determine whether the determined angle relationship satisfies the specified number N of touch units 205 in the touch module 200 for user distribution It can be verified that it meets the angular relation to be placed. Alternatively, the touch authentication processing unit 110 may check the touch area of each touch point corresponding to the touch point information, and may determine the touch area of each touch unit 205 disposed in the user distribution touch module 200 It can be verified whether or not it meets within the error range specified in the image area.

Meanwhile, when the touch points of the touch module 200 corresponding to the plurality of touch points recognized by the multi-touch on the capacitive touch screen 310 of the user wireless terminal 300 correspond to touch points of the touch module 200, The touch authentication processing unit 110 provided in the touch screen 310 of the user wireless terminal 300 determines whether the geometric relationship formed by the N touch points designated by the multiple touches on the capacitive touch screen 310 of the user wireless terminal 300 is M A second authentication procedure for authenticating whether a design geometric relationship formed by a predetermined number N of touch units 205 included in the mth touch module 200 of the touch module 200 matches within an allowable error range is performed . Preferably, the touch authentication processing unit 110 includes a reference point for reading the geometric relationship of the N touch points (for example, a reference point on a design basis or a reference point among N touch points based on N touch point arrangement relationships) And determining a geometric relationship between touch points including at least one of a distance relation and an angle relation between N touch points with reference to the identified reference point, (For example, by touching the touch module 200 on the touch screen 310) among the geometric relationships between the touch points determined in the design geometric relationship with respect to the touch module 200 for user distribution, The touch point distortion caused by various noise generated in the process and / or the pressure applied to the human hand during the process of touching the touch module 200 to the touch screen 310 The geometric relationship formed by the touch points is determined based on the m-th touch module 200 mapped to the specific service information, and the m-th touch module 200 is mapped with the specific service information, It is possible to authenticate whether the design geometric relationship formed by the designated number of touch units 205 provided in the touch module 200 matches within an allowable tolerance range and to authenticate the authentication result for the authentication procedure to the user wireless terminal 300 to a designated program 325 or to a designated operating server 100. If the touch of the m-th touch module 200 is authenticated, the authentication result may include the m-th touch module 200 information of the m-th touch module 200 that has been successfully authenticated.

On the other hand, in the touch point information received from the user wireless terminal 300, app identification information for identifying an application that recognizes a plurality of touch points that are multi-touched on the capacitive touch screen 310 of the user wireless terminal 300, At least one of the service identification information identifying the service selected through the application executed in the user wireless terminal 300 before touching the mth touch module 200 on the capacitive touch screen 310 of the wireless terminal 300 When the identification information is included, the touch authentication processing unit 110 transmits M touch module 200 information (or m-th touch module 200 information) associated with at least one identification information included in the touch point information And confirms the geometric relationship in the design of the touch module 200 for user distribution corresponding to the M touch module 200 information (or the mth touch module 200 information), and then confirms the geometric relationship between the identified design geometry Of the M touch modules 200 to which the geometric relationship formed by the touch points is mapped with the specific service information, by comparing and analyzing whether or not the geometric relationship between the touch points and the determined touch points is matched within an allowable error range, The user wireless terminal 300 can authenticate whether the design geometric relationship formed by the designated number of touch units 205 provided in the user terminal 200 matches within an allowable error range, To a designated program 325 of the operating server 100 or to the specified operating server 100. If the touch of the m-th touch module 200 is authenticated, the authentication result may include the m-th touch module 200 information of the m-th touch module 200 that has been successfully authenticated.

The touch authentication confirmation unit 115 receives the authentication result from the authentication server 145 or receives the authentication result from the program 325 of the user wireless terminal 300. Preferably, the authentication result may include information about the m-th touch module 200 for the authenticated user-owned m-th touch module 200, and the touch points may be m- User identification information for identifying a plurality of touch points that are multi-touched on the capacitive touch screen 310 of the user wireless terminal 300; Service identification information for identifying a service selected through an application executed in the user wireless terminal 300 before touching the m-th touch module 200 on the electrostatic touch screen 310 of the terminal 300, The user identification information may include identification information of at least one of the user identification information.

The touch authentication confirmation unit 115 reads the authentication result and notifies the touch point of the touch module 200 that the multi-touch recognized touch points are distributed to the user on the capacitive touch screen 310 of the user wireless terminal 300. [ There is a touch module 200 corresponding to the geometric relationship between the touch points and the design geometric relationship matched within the allowable error range and the touch module 200 is connected to the information storage unit 105 It is determined whether the touch module 200 is mapped with the specific service information.

Meanwhile, when the authentication procedure is performed through at least one of the seventh to ninth touch authentication embodiments or the tenth tactile authentication embodiment, the program 325 of the user wireless terminal 300 may be a touch Touch point information for a plurality of touch points recognized as multi-touch on the screen 310 and provides the touch point information to the touch authentication processing unit 110 implemented in the wireless terminal 300 (or on the program 325) The touch authentication processing unit 110 performs a first authentication procedure of reading the touch point information and authenticating whether or not it corresponds to a touch point of the touch module 200 designated to be distributed to the user. Preferably, the touch authentication processing unit 110 can verify whether the number of touch points corresponding to the touch point information coincides with the number of the touch units 205 of the user distribution touch module 200. Alternatively, the touch authentication processing unit 110 may calculate the area formed by connecting the touch points corresponding to the touch point information, and the calculated area may be determined by arranging the N touch units 205 in the user distribution touch module 200 It is possible to verify whether or not it is included in the layout area. Alternatively, the touch authentication processing unit 110 may check a distance relationship between touch points corresponding to the touch point information, and determine that the determined distance relationship is a touch distance between the touch module 200 for user distribution and a specified number N of touch units 205 It is possible to authenticate whether or not it satisfies the distance relation to be placed. Alternatively, the touch authentication processing unit 110 may check the angular relationship between touch points corresponding to the touch point information, and determine whether the determined angle relationship satisfies the specified number N of touch units 205 in the touch module 200 for user distribution It can be verified that it meets the angular relation to be placed. Alternatively, the touch authentication processing unit 110 may check the touch area of each touch point corresponding to the touch point information, and may determine the touch area of each touch unit 205 disposed in the user distribution touch module 200 It can be verified whether or not it meets within the error range specified in the image area.

Meanwhile, when the plurality of touch points recognized by the multi-touch on the capacitive touch screen 310 of the user wireless terminal 300 correspond to touch points of the touch module 200 designated to be distributed to the user, the touch authentication processing unit 110 Of the M touch modules 200 to which the geometric relationship formed by the N touch points recognized by the multiple touches on the capacitive touch screen 310 of the user wireless terminal 300 is mapped with specific service information, Performs a second authentication procedure for authenticating whether a design geometric relationship formed by a designated number N of touch units (205) provided in the touch module (200) matches within an allowable tolerance range. Preferably, the touch authentication processing unit 110 includes a reference point for reading the geometric relationship of the N touch points (for example, a reference point on a design basis or a reference point among N touch points based on N touch point arrangement relationships) And determining a geometric relationship between touch points including at least one of a distance relation and an angle relation between N touch points with reference to the identified reference point, (For example, by touching the touch module 200 on the touch screen 310) among the geometric relationships between the touch points determined in the design geometric relationship with respect to the touch module 200 for user distribution, The touch point distortion caused by various noise generated in the process and / or the pressure applied to the human hand during the process of touching the touch module 200 to the touch screen 310 The geometric relationship formed by the touch points is determined based on the m-th touch module 200 mapped to the specific service information, and the m-th touch module 200 is mapped with the specific service information, It is possible to authenticate whether the design geometric relationship formed by the designated number of touch units 205 included in the touch module 200 matches within an allowable tolerance range and to authenticate the authentication result with respect to the specified operation server 100 ). If the touch of the m-th touch module 200 is authenticated, the authentication result may include the m-th touch module 200 information of the m-th touch module 200 that has been successfully authenticated.

On the other hand, in the touch point information received from the user wireless terminal 300, app identification information for identifying an application that recognizes a plurality of touch points that are multi-touched on the capacitive touch screen 310 of the user wireless terminal 300, At least one of the service identification information identifying the service selected through the application executed in the user wireless terminal 300 before touching the mth touch module 200 on the capacitive touch screen 310 of the wireless terminal 300 When the identification information is included, the touch authentication processing unit 110 transmits M touch module 200 information (or m-th touch module 200 information) associated with at least one identification information included in the touch point information And confirms the geometric relationship in the design of the touch module 200 for user distribution corresponding to the M touch module 200 information (or the mth touch module 200 information), and then confirms the geometric relationship between the identified design geometry Of the M touch modules 200 to which the geometric relationships formed by the touch points are mapped with the specific service information, by comparing and analyzing whether the relationship and the geometric relations of the determined touch points are matched within an allowable error range, It is possible to authenticate whether the design geometric relationship formed by the designated number of touch units 205 included in the operation unit 200 matches with within the allowable error range, . If the touch of the m-th touch module 200 is authenticated, the authentication result may include the m-th touch module 200 information of the m-th touch module 200 that has been successfully authenticated.

The touch authentication confirmation unit 115 receives the authentication result from the program 325 of the user wireless terminal 300. Preferably, the authentication result may include information about the m-th touch module 200 for the authenticated user-owned m-th touch module 200, and the touch points may be m- User identification information for identifying a plurality of touch points that are multi-touched on the capacitive touch screen 310 of the user wireless terminal 300; Service identification information for identifying a service selected through an application executed in the user wireless terminal 300 before touching the m-th touch module 200 on the electrostatic touch screen 310 of the terminal 300, The user identification information may include identification information of at least one of the user identification information.

Meanwhile, according to the extended method of the present invention, as a result of reading the authentication result of the authentication procedure performed through at least one of the first to tenth touch authentication embodiments, The touch authentication confirmation unit 115 notifies the electrostatic touch screen 310 of the user-owned wireless terminal 300 through the designated touch authentication processing unit 110 that the multi- The touch point of the other touch module held by the merchant may be authenticated as to whether or not the touch point corresponds to the touch point of another touch module held by the merchant. If the touch point corresponds to the touch module held by the merchant, It can be confirmed that the user has visited the merchant having the touch module. In this case, a separate service using the merchant-owned touch module (that is, Service) can be provided. As a result of reading the authentication result of the authentication procedure performed through at least one of the first to tenth touch authentication embodiments, the touch module 200, in which the geometric relationship formed by the touch points is mapped with specific service information, The touch authentication confirmation unit 115 notifies the touchable touch screen 310 of the user-owned wireless terminal 300 of the touch points of the multi-touched touch points 310 through the designated touch authentication processing unit 110 Can be processed to verify that the geometric relationship matches within the allowed tolerance range with the design geometric relationship formed by the specified number of touch portions (205) provided in the other different touch module held at the merchant, and the geometric relationship If the relationship matches the design geometric relationship of another touch module held at a particular merchant, 300) to provide a separate service designated by the merchant (i.e., a service different from the present invention).

Meanwhile, according to another embodiment of the present invention, the touch authentication processing unit 110 may authenticate the touch module 200 for user distribution corresponding to at least one of the first to tenth touch authentication embodiments The user can further perform a procedure of authenticating whether or not the multi-touched touch points on the capacitive touch screen 310 of the user-possessed wireless terminal 300 correspond to touch points of another different touch module held at the merchant , It can be confirmed that the user who owns the mobile terminal 300 visits the merchant store having the other touch module when the touch points correspond to another touch module held by the merchant. Alternatively, the touch authentication processing unit 110 may perform an authentication process for the touch module 200 for user distribution corresponding to at least one of the first to tenth touch authentication embodiments, The geometric relationship of the multi-touched touch points on the electrostatic touch screen 310 of the fingertip touch sensor 310 is determined by the design geometric relationship formed by the designated number of touch parts 205 provided in the different touch module held at the merchant, If the geometric relationship of the touch points is matched with the geometric relationship in design of another touch module held at a specific merchant, It is possible to process the service specified by the merchant (that is, a service different from the present invention) to be provided. In the present invention, the authentication process of another touch module held by the merchant in addition to the touch module 200 for user distribution is performed when the service using the touch module 200 for user distribution according to the present invention is performed by the applicant It is clear that the touch module 200 for user distribution according to the present invention is a totally new concept different from the touch module for supplying the merchant.

Referring to FIG. 1, the operation server 100 determines whether or not the touch points corresponding to the touch points of the touch module 200 distributed to the user are matched with the geometric relationships of the touch points, if the m-th touch module 200 is mapped with the m-th service module, the m-th touch module 200 is mapped with the m-th touch module 200, And a m-th service corresponding to the m-th service information is provided through the m-th service information. When the m-th service information includes information on available services within a predetermined number of times, A history management unit 12 for generating and storing a service history providing a service corresponding to the m-th service information by touching the user's m-th touch module 200 on the touch screen 310 of the wireless terminal 300 5).

As a result of reading the authentication result through the touch authentication confirmation unit 115, the touch points recognized by the multi-touch on the touch screen 310 of the user wireless terminal 300 are displayed on the touch screen of the touch module 200 And the mth touch module 200 matched with the geometric relationship of the touch points is mapped with the mth service information, the individual service unit 120 acquires the authenticated user owned m After confirming the mth touch module 200 information for the touch module 200 and checking the mth service module information mapped with the authenticated mth touch module 200 information from the designated storage medium, The m-th touch module 200 processes the m-th touch module 200 to provide a service corresponding to the m-th service information through the touched mobile terminal 300 owned by the user. The individual service unit 120 transmits the m-th service to the user-owned wireless terminal 300 that has been touched by the authenticated user's own m-touch module 200 through a separate designated service providing server 150 The service providing server 150 may request the user to provide the service corresponding to the information, and the service providing server 150 may transmit the request to the user-owned wireless terminal 300, m service information can be provided.

For example, when the m-th service information includes game item information applicable to a designated game, the individual service unit 120 may store game item information mapped with the authenticated user owned m touch module 200 And the user wireless terminal 300 corresponding to the terminal identification information included in the touch point information (or the authentication result), and / or the user corresponding to the application identification information included in the touch point information (or the authentication result) The game item may be applied through the user's game account corresponding to the game related application of the wireless terminal 300 and / or the user identification information included in the touch point information (or the authentication result).

Or when the m-th service information includes content information related to a designated promotion (for example, an advertisement video of a designated promotion, a discount coupon related to promotion, or a prize application right related to promotion) proceeding offline from a specified company or an affiliated shop, The controller 120 confirms the content information mapped to the authenticated user owned m touch module 200 and transmits the mapped user information to the user wireless terminal 300 corresponding to the terminal identification information included in the touch point information , And / or to provide the content to the promotion related application of the user wireless terminal 300 corresponding to the app identification information included in the touch point information (or the authentication result).

Or if the m < th > service information includes object information related to a specified promotion proceeding off-line at a designated company or an affiliated shop, the individual service unit 120 may map the m & (Or extracts from the designated database) the object information corresponding to the object information, and the user wireless terminal 300 corresponding to the terminal identification information included in the touch point information (or the authentication result) , And / or to provide the promotion-related application of the user wireless terminal (300) corresponding to the app identification information included in the touch point information (or the authentication result) It can be active.

Or if the m-th service information includes content information (for example, various advertisement videos, various discount coupons, various award applications, etc.) that can be provided to the user wireless terminal 300, The user terminal 300 identifies the content information mapped to the user's own m touch module 200 and determines whether the user wireless terminal 300 corresponding to the terminal identification information included in the touch point information (or the authentication result) and / Related application of the user wireless terminal 300 corresponding to the application identification information included in the authentication information (or the authentication result), or to provide the right information to receive the content.

According to an embodiment of the present invention, the m-th service information includes information on a service (for example, advertisement video reproduction, etc.) that is repeatedly available through the user wireless terminal 300 with which the authenticated touch module 200 is touched , The individual service unit 120 can process the authenticated touch module 200 to provide the service whenever it is touched to the capacitive touch screen 310 of the user wireless terminal 300 that is touched .

Meanwhile, the m-th service information is transmitted to the authenticated touch module 200 for a service available within a predetermined number of times (for example, providing a game item, providing a discount coupon, providing a prize application right, etc.) The history management unit 125 generates service history information on a service provided to a specific user wireless terminal 300 through the individual service unit 120 and transmits the service history information to the wireless terminal 300 (Or the user), the m-th touch module 200 information mapped with the service provided to the user wireless terminal 300, and the generated service history information, and stores the managed service history information in a designated storage medium.

If the service history for the provided service is stored and managed by touching the user's owned m touch module 200 on the touch screen 310 of the user wireless terminal 300 through the history management unit 125, Owned mobile terminal 300 before the authenticated user owned m touch module 200 provides the service corresponding to the m th service information through the touched mobile terminal 300 owned by the user Determines whether or not a service is provided by determining whether the number of times the service has been provided to the user wireless terminal (300) is within a specified number of times by checking the service history information provided with the service corresponding to the authenticated touch module (200) M < th > service information through the wireless terminal 300 owned by the user.

Referring to FIG. 1, the operation server 100 determines whether or not the touch points corresponding to the touch points of the touch module 200 distributed to the user are matched with the geometric relationships of the touch points, When the module 200 is mapped to specific service information, i (1? I? M) touch modules 200 including the authenticated touch module 200 among the M touch modules 200 are mapped to user- An authentication history management unit 130 for storing the authentication details of the touch authentication on the electrostatic touch screen 310 of the terminal 300; (M) touch modules (200) to the user-owned wireless terminal (300) in a predetermined order and / or in a specified order When the touch authentication is performed, The M-number of touch modules 200 using the specific service information mapped to the M touch modules 200 and / or the specific service information And a service providing unit 140 for providing a service corresponding to the service providing unit.

As a result of reading the authentication result through the touch authentication confirmation unit 115, the touch points recognized by the multi-touch on the touch screen 310 of the user wireless terminal 300 are displayed on the touch screen of the touch module 200 When the touch module 200 matched with the geometric relationship of the touch points is mapped with specific service information, the authentication history management unit 130 determines whether the touch module 200 belongs to the authorized user among the M touch modules 200 The touch module 200 generates a touch-authenticated authentication description on the electrostatic touch screen 310 of the user-possessed wireless terminal 300 and stores the authentication details in a designated storage medium. According to the embodiment of the present invention, when the i (1? I? M) touch module 200 including the authenticated user owned touch module 200 is connected to the user owned wireless terminal 300 (I + +) number of touch modules 200 each time the respective touch modules 200 of the M touch modules 200 are authenticated are stored in the touch module 300 By storing the touch authenticated authentication details in the capacitive touch screen 310 of the user-owned wireless terminal 300, preferably M authorized authenticated touch modules 200 are connected to the capacitive touch screen of the user- 310). &Lt; / RTI > If the touch module 200 of the M touch modules 200 is not touch-authenticated to the capacitive touch screen 310 of the user-possessed wireless terminal 300, The management unit 130 stores the authentication details of the touch authentication on the capacitive touch screen 310 of the user-possessed wireless terminal 300 by the (Mj) touch modules 200. In this case, the M touch modules 200 All are treated as not touch authenticated. However, even if all of the M touch modules 200 are not touch-authenticated, it is possible to provide a separate service in consideration of whether the touch modules 200 are touched according to a specified order of (M-j).

According to the embodiment of the present invention, the authentication details management unit 130 may include at least one of the terminal identification information, the application identification information, and the user identification information included in the touch point information (or the authentication result) It is preferable to store it.

The authentication details reading unit 135 reads the authentication details stored and managed through the authentication details management unit 130 and determines that all the M user-owned touch modules 200 previously assigned to the user- And / or sequentially authenticated according to the specified order.

If it is verified that all the M touch modules 200 owned by the user are touch-authenticated and / or touch-authenticated according to the specified order to the user-possessed wireless terminal 300 through the authentication details reading unit 135, The providing unit 140 checks the specific service information mapped with the M touch module 200 information corresponding to the M touch modules 200 authenticated, / Or the service corresponding to the specific service information is provided through the user-owned wireless terminal 300 that is touched according to the specified order. The service provider 140 responds to the specific service information to the user-owned wireless terminal 300 that has been touched by the M touch modules 200 authenticated through a separate designated service provision server 150 according to an embodiment of the present invention And the service providing server 150 may request the M-touch module 200, which has been authenticated, based on the request to send the user's mobile terminal 300, which has been touched, Service can be provided.

For example, when the specific service information includes game item information applicable to a designated game, the service providing unit 140 checks game item information mapped with the authenticated M touch modules 200, Related application of the user wireless terminal 300 corresponding to the terminal identification information included in the authentication details and / or the game related application of the user wireless terminal 300 corresponding to the application identification information included in the authentication details, and / It is possible to process the game item to be applied through the user's game account corresponding to the user identification information included in the history.

Or if the specific service information includes content information related to a designated promotion (for example, an advertisement video of a designated promotion, a discount coupon related to promotion, a gift entry right, etc.) that goes through offline at a specified company or an affiliated shop, (140) confirms the content information mapped to the M touch modules (200) authenticated, and stores the content information in the user wireless terminal (300) corresponding to the terminal identification information included in the authentication details and / Related application of the user wireless terminal 300 corresponding to the identified application identification information.

Or if the specific service information includes object information related to a designated promotion that goes on-line at an appointed company or an affiliated shop, the service providing unit 140 transmits the object information mapped to the authenticated M touch modules 200 (Or extracts from the designated database) right information to be provided at a designated place, and transmits the generated right information to the user wireless terminal 300 corresponding to the terminal identification information included in the authentication details, and / Related application of the user wireless terminal 300 corresponding to the identified app identification information to provide the information related to the promotion related to the promotion at a designated place.

Or if the specific service information includes content information (for example, various advertisement videos, various discount coupons, various award applications, etc.) that can be provided to the user wireless terminal 300, the service provider 140 may transmit the authenticated M The user terminal 300 corresponding to the terminal identification information included in the authentication history, and / or the user corresponding to the application identification information included in the authentication history, And may provide the content to the promotion related application of the wireless terminal 300 or provide the rights information to receive the content.

2 is a diagram illustrating the structure of a capacitive touch module 200 of a touch module 200 for user distribution according to an embodiment of the present invention.

2 illustrates a side sectional structure of a capacitive touch module 200 that is manufactured at a low cost using a paper material (or a resin material) to be freely distributable to a user. It is to be understood by those skilled in the art that various implementations of the structure of the touch module 200 (e.g., some of the components may be omitted, or subdivided, or combined) may be referred to and / However, the present invention includes all of the above-mentioned embodiments, and the technical features of the present invention are not limited only by the method shown in FIG.

The touch module 200 according to the present invention includes a conductive material that induces an electrostatic touch on the capacitive touch screen 310 of the user-possessed wireless terminal 300 and is made to have a restoring force against contraction due to external force A plurality of touch parts 205 made of a paper material (or a resin material) and contacting the electrostatic touch screen 310 and a plurality of touch parts 205 are arranged and fixed in a designed geometric relationship A plurality of contact plates 210 formed of a paper material (or a resin material) stacked in an arrangement area of the contact plate 210 and fixedly arranged in an arrangement area of the contact plate 210; A layout space 215 formed to form a three-dimensional layout space for arranging the touch units 205 in a specified geometric relationship, and a plurality of layout spaces 215 stacked on the layout space of the layout space 215, Placement area (Or a resin material) on which a conductive region for forming an electric circuit is formed in contact with a plurality of touch portions 205 arranged and fixed in a specified geometric relationship on the conductive region, Layer area that is not stacked through the sidewall adapter part 220 among the areas of the arrangement space part 215. The non-stacking area 220 is formed by including an adapter part 220 including conductive exposures at both ends, And a laminated plate portion 225 formed of a paper material (or a resin material) and stacked in a non-laminated region of the arrangement space portion 215 when the adapter portion 220 is present, and / And a handle 230, which is physically and electrically coupled to the conductive exposed area of the conductive pattern and is formed in a designated shape. Hereinafter, for convenience, an embodiment of the present invention will be described with reference to a portion corresponding to a conductive region including a conductive material in a component portion of the touch module 200 in blue.

According to the embodiment of the present invention, the touch module 200 is provided with the number of touch parts 205 of the touch module 200 for an affiliate shop to be supplied to the merchant, the layout area where the specified number of touch parts 205 are arranged, It is preferable to design and manufacture at least one of a distance relation between the parts 205, an angle relation between the touch parts 205, and a touch area of the touch part 205. [

According to the embodiment of the present invention, each of the M touch modules 200 includes a number of touch units 205, a layout area in which a specified number of touch units 205 are disposed, a distance relationship between the respective touch units 205, The angular relationship between the touch parts 205, the touch area of the touch part 205, and the like can be designed and manufactured, and at least one of them can be designed and manufactured differently according to the method.

The touch part 205 is a collective term of a conductive part which induces an electrostatic touch on the electrostatic touch screen 310. When the touch part 205 is contracted by an external force, It is made with materials and is made with a specified thickness T (T ≥ 0.1mm). For example, the touch portion 205 preferably includes a thickness that is equal to or greater than the thickness of the arrangement space portion 215.

According to the method of the present invention, the touch portion 205 is arranged and fixed in an arrangement region of the contact plate portion 210 in a design geometric relationship including at least one of a designed distance relationship and an angular relationship, An empty space is formed between each touch portion 205 and the touch portion 205 by an arrangement space formed through the arrangement space portion 215. [

According to the method of the present invention, it is preferable that each of the M touch modules 200 has the touch parts 205 arranged in a unique geometric relationship in which the geometric relationships in design of the touch parts 205 are not overlapped .

According to the method of the present invention, a separate embossed plate portion can be used to precisely arrange and fix the plurality of touch portions 205 in the designed geometric relationship in the designed region of the contact plate portion 210. The embossed plate portion is formed with a plurality of embossed holes corresponding to the designed geometrical relationship in order to arrange the plurality of touch portions 205 in a designed geometric relationship, Holes are formed. The embossed plate portion has a geometric structure that can be inserted into and removed from the arrangement space of the arrangement space portion 215. In a state where the embossed plate portion is inserted into the arrangement space of the arrangement space portion 215, (For example, adhesion using an adhesive) to the placement area of the contact plate 210 and then removing the fill plate from the placement space of the placement space 215, The touch parts 205 form an empty space between them and are arranged and fixed in an arrangement area of the contact plate part 210 in a predetermined geometrical relationship.

According to the method of the present invention, the geometric relationship in the design includes at least one of a distance relation and an angle relation formed by line segments connecting respective midpoints of the plurality of touch units 205, or a plurality of touch units 205, (For example, a coordinate origin or a point corresponding to a touch portion 205 among the plurality of touch portions 205) on the arrangement region in which the plurality of touch portions 205 are disposed And at least one distance relation and an angle relation formed by the line segments.

According to the method of the present invention, the touch portion 205 is designed and manufactured to have a pre-designed area. Here, the area of the touch part 205 passes through the contact plate part 210 with respect to the electrostatic touch screen 310 with which the contact area of the contact plate part 210 is in contact, thereby causing the electrostatic touch part 205 Calculated as the required area. For example, when various parameters (e.g., currents flowing in the electrostatic touch screen 310) applied to cause the electrostatic touch by the touch unit 205 are fixed, the area of the touch unit 205 is The thickness of the contact plate 210 may be proportional to the ratio. That is, the area of the touch portion 205 can be designed to be smaller as the thickness of the contact plate portion 210 is thinner, and the contact plate portion 210 can be designed to have a wider area as the thickness of the contact plate portion 210 increases. . In addition, the graphic structure for forming the area of the touch unit 205 may have various shapes such as a triangle, a pentagon, and a hexagon in addition to a square, a curved structure including an ellipse, as well as a square.

The contact plate 210 contacts the electrostatic touch screen 310 while blocking the geometric relationship of the plurality of touch parts 205 from being exposed to the outside, and the electrostatic touch by the plurality of touch parts 205 is stopped Type touch screen 310, and is preferably formed of a non-conductive paper material (or a resin material), and includes a contact area contacting the electrostatic touch screen 310, And a placement area for laying and fixing the plurality of wafers 205 in a designed geometric relationship.

According to the method of the present invention, the contact plate 210 includes a capacitive touch screen 310 in contact with the electrostatic touch by a plurality of touch units 205, Lt; / RTI > As the thickness of the contact plate 210 becomes thinner, the electrostatic touch by the touch unit 205 can be more effectively transmitted to the electrostatic touch screen 310. However, even if the thickness of the contact plate 210 is too small, even if the touch units 205 fixedly arranged in the arrangement area are not exposed to the viewer, the geometry of the touch units 205 due to the restoring force of the touch units 205 The relationship may be vaguely exposed and may be damaged by being applied to the pressing force for touching the touch module 200 to the electrostatic touch screen 310. [ Therefore, the thickness of the contact plate 210 may be set to a thickness corresponding to a paper material of 180 g or less per unit area (for example, 1 m / The electrostatic touch is preferably stably guided by the touch unit 205 to the electrostatic touch screen 310 so as not to be damaged by the touch operation. However, the thickness of the contact plate 210 is not limited to the above example, but it may be thicker or thinner depending on the area of the contact plate 210, the compressive strength, and the like, Is not limited. On the other hand, when the contact plate 210 is made of paper, if the thickness of the contact plate 210 is too small, the contact plate 210 may be easily damaged even if the contact plate 210 is wetted with water. Accordingly, it is preferable that the contact plate 210 (for example, the contact area) is coated without being damaged even if wetted with water.

According to the method of the present invention, when the contact plate 210 is manufactured using a paper material, a paper material (or a resin material) having a predetermined thickness is laminated to a predetermined thickness, and then a Thompson Press The contact plate 210 can be manufactured by cutting it into a pre-designed geometric structure. Thompson processing is a method of cutting paper material. It is a processing method in which a cutting blade is arranged in a shape desired to be worn, and then pressure is applied on the paper material to draw the paper material into a desired shape.

The plurality of touch units 205, which are stacked on the arrangement region of the contact plate unit 210 and are arranged and fixed to the arrangement area of the contact plate unit 210, (Or resin material). The thickness of the touch portion 205 is preferably less than or equal to the thickness T of the touch portion 205, t (t? T).

According to the method of the present invention, when the placement space 215 is made of paper material, a paper material (or a resin material) having a specified thickness is laminated by a specified length to form a thickness t, And at the same time, it can be cut and formed so as to form a three-dimensional arrangement space of thickness t in a pre-designed geometrical structure inside.

According to the method of the present invention, the plurality of touch portions 205, which are fixedly disposed in the arrangement region of the contact plate portion 210, form a void space between the adjacent arrangement space portions 215, When the adapter unit 220 is stacked on the arrangement space of the arrangement space unit 215, the external force applied through the stacked adapter unit 220 It is preferable that the thickness T of the touch portion 205 is contracted to maintain its state by the thickness t. If a predetermined pushing force is applied by the hand of the user in the direction of the adapter unit 220 in order to touch the touch module 200 to the electrostatic touch screen 310 in this state, The thickness T is contracted to within the thickness t by the biasing force, and can be restored to the thickness t by releasing the biasing force. That is, since the plurality of touch units 205, which are fixedly arranged in the arrangement area of the contact plate unit 210, always maintain the state of being contracted to the thickness t from the original thickness T, Even if the adhesive force for disposing the plurality of touch portions 205 in the arrangement region of the contact plate 210 is reduced or the adhesive force for adhering the plurality of touch portions 205 to the conductive adhesive region of the adapter portion 220 is partially reduced The contact state can be maintained continuously.

The adapter unit 220 is stacked on the arrangement space of the arrangement space unit 215 and contacts the plurality of touch units 205 placed and fixed in a specified geometrical relationship on the arrangement area of the contact plate unit 210, (Or resin material) on which a conductive region capable of forming a circuit is formed. Preferably, the conductive region of the adapter portion 220 is a conductive exposed region that is bent without being damaged and is exposed to the outside, And a conductive adhesive region which is contacted / bonded to form an electric circuit with the plurality of touch portions 205 placed and fixed in the arrangement region of the touch panel 210. According to the method of the present invention, the conductive adhesive region can be adhered to the plurality of touch portions 205, which are fixedly disposed in the arrangement region of the contact plate portion 210 through the conductive adhesive.

According to the method of the present invention, the adapter unit 220 may form a conductive region on at least one side by applying, depositing, plating, or coating a thin film of conductive material on a plate of paper material (or resin material). Alternatively, the adapter unit 220 may form a conductive region on at least one surface by laminating or laminating a conductive material on a plate of a paper material (or a resin material). Preferably, the conductive region comprises a silver or gold foil material, and preferably includes a conductive conductive material that is not damaged by bending.

According to an embodiment of the present invention, the adapter 220 may be formed with an engagement groove having a predetermined thickness for physically and electrically coupling the handle 230 to the conductive exposed regions at both ends, It is preferable that the thickness of the coupling groove formed in the conductive exposed region of the handle 220 is smaller than or equal to the thickness of the handle 230.

According to the method of the present invention, when the adapter unit 220 is manufactured using a paper material, a paper material (or a resin material) having a specified thickness is laminated to a designed thickness including a conductive region, The contact plate 210 can be manufactured by cutting it into a pre-designed geometric structure

According to an embodiment of the present invention, the coupling groove formed in the conductive exposed region of the adapter unit 220 is formed in the conductive exposed region of the adapter unit 220 by Thomson processing in the direction in which the conductive region is formed, It is preferable that the conductive region of the groove portion is formed to be curled inside the coupling groove so that when the knob portion 230 is physically coupled to the coupling groove of the conductive exposed region, The conductive region and the conductive exposed region of the adapter unit 220 can be easily maintained in an electrically connected state. Thompson processing is a method of cutting paper material. It is a processing method in which a cutting blade is arranged in a shape desired to be worn, and then pressure is applied on the paper material to draw the paper material into a desired shape. When the conductive region of the adapter unit 220 is formed by a Thompson process in a direction in which the conductive region of the adapter unit 220 is formed since the conductive region of the adapter unit 220 is made of a soft conductive material (such as a silver foil material or a gold foil material) At least a portion of the conductive material is entrained along the blade in the direction in which the Thompson processing pressure is applied.

According to the method of the present invention, the coupling groove formed in the conductive exposed region of the adapter unit 220 can be realized as a groove of one line cut by one cutting blade. In this case, A coupling guide groove may be formed to guide the handle 230 to be bent so as to contact the conductive area of the adapter 220 with the handle 230 when the handle 230 is physically coupled.

According to an embodiment of the present invention, the adapter 220 may be formed with a bending inducing groove corresponding to a bending line on the opposite side of the surface on which the conductive region is formed so as to bend the conductive exposure regions at both ends without damaging the conductive region And / or a bending induction hole may be formed in an area corresponding to the bending line to bend the conductive exposed areas at both ends without damaging the conductive area. The adapter 220 bends a portion of both ends along the bending induction groove and / or the bending induction hole in a U shape to expose the conductive exposure region to the outside. At this time, a conductive region (for example, a bottom region) except for a part of both ends exposed to the outside by the bending may contact or adhere to a plurality of touch portions 205 disposed in an arrangement region of the contact plate portion 210 Thereby forming a conductive adhesive region.

If there is a non-laminated area that is not laminated through the upper adapter 220 of the area of the arrangement space 215, the laminated plate 225 may be made of a paper material (or a resin material) And is formed to have the same thickness as the thickness of the adapter unit 220. [

The handle 230 is a component that contacts the human body when the touch module 200 is touched to the electrostatic touch screen 310. The handle 230 includes a conductive region of conductive material on at least one surface thereof, A plurality of touch units 205 electrically and physically coupled to the adapter unit 220 through a coupling groove formed in a conductive exposed region of the adapter unit 220 so as to be in contact with and bonded to a conductive adhesive region of the adapter unit 220, The human body is electrically connected to form a circuit. Preferably, the handle 230 may be formed to include at least one of a character, an item, a content, and an object related to a service to be provided to the user. Or the handle 230 may be printed with at least one of an image, a logo, and a description associated with the service to be provided to the user when touched to the capacitive touch screen 310 of the wireless terminal 300 owned by the user.

According to the method of the present invention, the handle 230 is physically coupled to the conductive exposed region of the adapter unit 220 and electrically connects the conductive region of the handle 230 to the conductive material of the exposed region 220, And the adapter 220 may be physically coupled to the handle 230 and electrically conductive material of the exposed region may be electrically coupled to the conductive region of the handle 230, As shown in Fig.

According to the embodiment of the present invention, the handle 230 can form a conductive region on at least one surface by applying, depositing, plating or coating a conductive material on a plate of paper material (or resin material). Alternatively, the handle 230 may form a conductive region on at least one surface by laminating or laminating a conductive material on a sheet of paper material (or resin material). Preferably, the conductive region comprises a silver or gold foil material, and preferably includes a conductive conductive material that is not damaged by bending.

According to the embodiment of the present invention, the handle 230 is made of a designated thickness D (D? 1 mm), and the thickness of the coupling groove formed in the conductive exposed region of the adapter 220 is smaller than the thickness of the handle 230 (D &le; D) that is less than or equal to the thickness D of the substrate W.

According to the method of the present invention, when the handle 230 is manufactured using a paper material, a plurality of paper materials (or resin materials) having a specified thickness are laminated to produce a designed thickness D, The handle 230 can be manufactured by cutting it into a pre-designed geometric structure.

3 is a functional block diagram of a user-owned wireless terminal 300 according to an embodiment of the present invention.

FIG. 3 illustrates the touch module 200 for user distribution shown in FIG. 2, which includes a capacitive touch screen 310 capable of recognizing a multi-touch, and the first to fourth touch recognition embodiments and / The functional configuration of the user-possessed wireless terminal 300 executing the program 325 capable of implementing at least one combination of the first to tenth touch authentication embodiments, It is possible to refer to and / or modify this FIG. 3 to infer various implementation methods (e.g., some components are omitted, or fragmented, or combined) of the functional configuration of the user-owned wireless terminal 300 However, it should be understood that the present invention is not limited to the above-described embodiments, and various modifications may be made without departing from the spirit and scope of the invention. . 3 for the sake of convenience, the features of the present invention will be described using embodiments corresponding to at least one of a smart phone, a tablet PC, a PDA, and a mobile phone having the electrostatic touch screen 310. However, It is to be appreciated that the wireless terminal 300 is not limited to the wireless terminal 300 of the embodiment of FIG. 3 and that any device with the electrostatic touch screen 310 is possible.

3, the user-possessed wireless terminal 300 includes a control unit 302, a memory unit 320, a screen output unit 306, a touch input unit 308, and at least one communication module, A sound processing unit 312, and a USIM reader unit 318, and has a battery for power supply. The communication module may include a short-range network communication unit 314 and a wireless network communication unit 316.

The control unit 302 is a general term for a configuration for controlling the operation of the wireless terminal 300. The controller 302 includes at least one processor and an execution memory in hardware, and is connected to each component of the wireless terminal 300 via a bus (BUS). The control unit 302 loads the program code provided in the memory unit 320 of the wireless terminal 300 into the execution memory through software and executes the operation and transfers the result to the respective components through the bus Controls the operation of the wireless terminal 300, and receives data necessary for operation from each component as needed.

The memory unit 320 is a generic term of the nonvolatile memory included in the wireless terminal 300 and includes at least one program code executed through the control unit 302 and at least one data set used by the program code And stores it. The memory unit 320 stores a program 325 implemented in the form of a program code. The program 325 is loaded into the controller 302 as it is activated or activated. Hereinafter, the functional configuration of the program 325 loaded into the control unit 302 will be described in the control unit 302 for convenience.

The key input unit 304 includes at least one of a key button, a keypad, and a keyboard provided in the wireless terminal 300. The key input unit 304 may generate a key event for driving or activating the program 325. Alternatively, the key input unit 304 may generate a key event that activates the electrostatic touch screen 310 so that the module touch can be performed.

The screen output unit 306 includes a display (for example, an LCD (Liquid Crystal Display)) provided in the wireless terminal 300 and a driving module for driving the display in the wireless terminal 300. The screen output unit 306 outputs an execution screen of the program 325 or an authentication result.

The touch input unit 308 includes a transparent electrostatic touch panel sharing a coordinate plane with the screen output unit 306 and a driving module driving the electrostatic touch panel in the wireless terminal 300 . The electrostatic touch screen 310 is implemented by combining the transparent electrostatic touch panel and the display of the screen output unit 306.

The sound processing unit 312 includes a speaker provided in the wireless terminal 300 and a drive module for driving the speaker in the wireless terminal 300. The microphone And a driving module for driving the microphone in the wireless terminal 300. When the touch module 200 has a function of outputting a sound signal, the sound processor 312 receives the sound signal and transmits the encoded data to the program 325.

The wireless network communication unit 316 and the local area network communication unit 314 are communication resources provided in the wireless terminal 300. The wireless network communication unit 316 communicates with the base station of the communication company to which the wireless terminal 300 is subscribed And the local area network communication unit 314 connects to a communication network through a local area communication device or a wireless AP (Access Point) located in a short distance. The short-range network communication unit 314 may be connected to the communication network through a short-range communication device or a wireless AP located close to the base station based on IEEE 802.11 related standards using Wi-Fi. Meanwhile, the local area network communication unit 314 can access the communication network through a local area communication device or a wireless AP located in a short distance based on the Bluetooth related standard.

According to the embodiment of the present invention, an application corresponding to (or included in) the program 325 through a designated program providing server (e.g., an Apple App Store, etc.) can be downloaded and installed in the user wireless terminal 300 (This may be omitted if the program 325 is provided through a designated page). The application can be manually activated or activated by the user, or driven or activated by middling the push notification. Hereinafter, features of the present invention will be described in the form of a program function component that is implemented in the form of a program code on the program 325 and loaded into the controller 302 to be functionalized.

Referring to FIG. 3, the program 325 of the wireless terminal 300 includes a touch recognition unit 330 for recognizing a predetermined number or more of multiple taps through the electrostatic touch screen 310, An information generation unit (335) for generating touch point information necessary for performing a specified authentication procedure for a corresponding plurality of touch points; and a control unit And an authentication procedure unit 340 for performing the authentication process.

When the program 325 of the wireless terminal 300 is implemented in an application form, the application may perform a procedure for providing a predetermined service that is predetermined in advance. For example, if the application is a game app, the application may perform a procedure of providing a game service. According to an embodiment of the present invention, the touch recognition unit 330 may be loaded with the application or loaded while performing a designated service procedure through the application. Alternatively, the touch recognition unit 330 may be loaded when the program 325 is executed in the wireless terminal 300 according to a designated procedure.

The touch recognition unit 330 determines whether a predetermined number (e.g., three or more) of multi-touches are generated in a predetermined time in response to a touch event on the capacitive touch screen 310 generated in the wireless terminal 300 And confirms that the multi-touch of the specified number or more is maintained at the specified time (for example, 0.2 seconds, etc.). The touch recognition unit 330 may ignore the recognized touches (e.g., when the user touches the wireless terminal 300), and if the touches are not held for a specified time or longer, Or to process the recognized touch for use in the service procedure of the application. On the other hand, if it is confirmed that a predetermined number or more of multi-touches occur within a designated time and / or that a plurality of multi-touches of a specified number or more are maintained for a specified time or longer, the touch recognition unit 330 notifies the multi- Touch can be recognized.

When a plurality of multi-touches having a specified number or more are generated through the electrostatic touch screen 310, the information generating unit 335 reads the touch event corresponding to the recognized multi-touch and outputs touch information corresponding to the recognized multi- And acquires touch points necessary for performing a first authentication procedure or a second authentication procedure according to the present invention for a plurality of touch points recognized as multi-touch on the electrostatic touch screen 310 using the obtained touch information Information. The information generating unit 335 may generate touch point information necessary for performing the authentication procedure based on at least one of the first to fourth touch recognition embodiments of the present invention.

According to an embodiment of the present invention, the information generating unit 335 can acquire touch information including a touch point coordinate value corresponding to a plurality of touch points corresponding to the recognized multi-touch. On the other hand, when two or more touch events are recognized for a predetermined time for the recognized multi-touch, the information generator 335 reads out any one of two or more touch events (e.g., the last touch event) Or acquires a touch point coordinate value corresponding to each of a plurality of touch points, or performs a specified correction operation (for example, an average value calculation for each touch point, a Fourier calculation for each of a plurality of touch points identified through two or more touch events) Touch point coordinate correction, etc.) to obtain touch information including a touch point coordinate value corresponding to each touch point.

According to the embodiment of the present invention, the information generating unit 335 generates touch region information (for example, information about a surface touched on the electrostatic touch screen 310) for each touch point corresponding to the recognized multi-touch It is possible to acquire the touch information that further includes. On the other hand, when two or more touch events are recognized for a predetermined time for the recognized multi-touch, the information generator 335 reads out any one of two or more touch events (e.g., the last touch event) (For example, an average value calculation for each touch region, a noise filtering for each touch region, a touch panel operation for each touch region) , Touch area correction using Fourier calculations for each touch area, etc.) to obtain touch information further including touch area information for each touch point.

When the recognized touch information is obtained, the information generating unit 335 generates the touch information for the plurality of touch points recognized by the multi-touch on the electrostatic touch screen 310 using the obtained touch information, And the touch point information necessary for performing the first authentication procedure to the second authentication procedure according to the second authentication procedure.

According to the embodiment of the present invention, the touch point information may include touch point coordinate values of a plurality of touch points sensed by the capacitive touch screen 310 of the user wireless terminal 300, (For example, touch screen 310 information, information on a touch screen, and the like) that identifies the number of touch points, the touch area corresponding to each touch point, the touch surface shape corresponding to each touch point and the coordinate system corresponding to the touch point coordinate value, Model information, coordinate system type information, etc.), and the like. Meanwhile, when the touch point information is transmitted to the operation server 100 and / or the authentication server 145 according to the embodiment, the touch point information may be used to identify the user wireless terminal 300 in which the plurality of touch points are multi- , App identification information for identifying an application that recognizes a plurality of touch points that are multi-touched on the capacitive touch screen 310 of the user wireless terminal 300, At least one of service identification information for identifying a service selected through an application executed in the user wireless terminal 300 and user identification information for identifying a user to be provided with the service before touching the touch module 200 to the user terminal 310 And may further include identification information.

When the touch point information is generated through the information generation unit 335, the authentication procedure unit 340 performs an authentication procedure corresponding to at least one of the first to tenth tenth touch authentication embodiments of the present invention The terminal side procedure is performed.

According to at least one of the touch authentication embodiments of the first to third touch authentication embodiments or the tenth touch authentication embodiment of the present invention, the authentication procedure unit 340 operates in cooperation with the designated operation server 100, A first authentication procedure for authenticating whether touch points corresponding to the information correspond to touch points of the touch module 200 designated to be distributed to the user; So as to perform a second authentication procedure for authenticating whether a design geometric relationship formed by a designated number of touch portions 205 provided in the m-th touch module 200 among the plurality of touch modules 200 matches within an allowable error range, The authentication result of the first and second authentication procedures is confirmed through the operation server 100.

According to at least one of the touch authentication embodiments of the fourth to sixth touch authentication embodiments or the tenth touch authentication embodiment of the present invention, the authentication procedure unit 340 may operate in conjunction with the designated operation server 100, A first authentication procedure for authenticating whether touch points corresponding to the information correspond to touch points of the touch module 200 designated to be distributed to the user; So as to perform a second authentication procedure for authenticating whether a design geometric relationship formed by a designated number of touch portions 205 provided in the m-th touch module 200 among the plurality of touch modules 200 matches within an allowable error range, The authentication results of the first and second authentication procedures are provided to the operation server 100 via a designated path.

According to at least one of the touch authentication embodiments of the seventh to ninth touch authentication embodiments or the tenth touch authentication embodiment of the present invention, the authentication procedure unit 340 determines that touch points corresponding to the touch point information (M) of the M touch modules 200 to which the geometric relationship formed by the touch points is mapped with the specific service information, And a second authentication procedure for authenticating whether a design geometric relationship formed by a specified number of touch units (205) provided in the first and second touch units (200) match within an allowable tolerance range, And provides an authentication result of the authentication procedure to the operation server 100.

The touch points recognized by the multi-touch recognition device are authenticated as corresponding to the touch points of the touch module 200 designated to be distributed to the user through at least one of the first through tenth touch authentication embodiments, The geometric relationship in the design formed by the designated number of touch parts 205 provided in the m-th touch module 200 among the M touch modules 200 mapped with the specific service information and the geometric relationship between the geometric relationships in the allowable error ranges , The operation server 100 may use the m-th service information mapped with the authenticated m-th touch module 200 to determine whether the authenticated user owned m-touch module 200 is touched And processes the service corresponding to the m < th > service information through the user's own wireless terminal (300).

Referring to FIG. 3, the program 325 of the wireless terminal 300 includes a service for performing a terminal-side procedure for processing a service corresponding to the m-th service information mapped to the authenticated m-th touch module 200 And a service corresponding to the m-th service information may be processed through a separate application associated with the program 325 according to an embodiment.

When the operation server 100 processes the m-th service module mapped with the authenticated m-th touch module 200 to provide a service corresponding to the m-th service information, the service processing unit 345 Side procedure for processing a service corresponding to the m-th service information in cooperation with the operation server 100 through the short-range network communication unit 314 or the wireless network communication unit 316. [

Meanwhile, when the service is processed through a separate application associated with the program 325, the service processing unit 345 provides the service related information confirmed through the operation server 100 to the application, The terminal side procedure for processing the service corresponding to the m < th > service information may be performed.

On the other hand, through at least one of the first to tenth touch authentication embodiments, the touch points recognized by the multi-touch are authenticated as corresponding to the touch points of the touch module 200 designated to distribute to the user, The geometric relationship between the designed number of touch units 205 included in the m-th touch module 200 among the M touch modules 200 mapped with the specific service information and the geometric relationship between the design geometric relationship and the allowable error range The operation server 100 may send i (1? I? M) touch modules 200 including the mth touch module 200 among the M touch modules 200, The M touch module 200 previously stored in the user-possessed wireless terminal 300 stores the authentication details of the touch authentication on the electrostatic touch screen 310 of the wireless terminal 300 owned by the user, All of these and / It shall ensure that the touch is certified according to the order specified. If the M touch modules 200 are touch-authenticated in all and / or in the designated order to the user-possessed wireless terminal 300, the operation server 100 may map the M touch modules 200 And processes the M-number of touch modules 200 to provide a service corresponding to the specific service information through the user-owned wireless terminal 300 that has been touched in all or in a designated order using the specific service information.

Referring to FIG. 3, the program 325 of the wireless terminal 300 includes a service processor (not shown) for performing a terminal-side procedure for processing a service corresponding to specific service information mapped to the M touch modules 200 And a service corresponding to the specific service information may be processed through a separate application associated with the program 325 according to an implementation method.

When the operation server 100 processes a service corresponding to the specific service information by using the specific service information mapped with the M touch modules 200 authenticated, Side procedure for processing a service corresponding to the specific service information in cooperation with the operation server 100 through the network communication unit 314 or the wireless network communication unit 316. [

Meanwhile, when the service is processed through a separate application associated with the program 325, the service processing unit 345 provides the service related information confirmed through the operation server 100 to the application, The terminal-side procedure for processing the service corresponding to the specific service information may be performed.

4 is a diagram illustrating a process of providing an offline wireless interworking service using the user-owned touch module 200 according to the first embodiment of the present invention.

4 illustrates a case where a touch module 200 is touched on the touch screen 310 of the user-owned wireless terminal 300 among the M touch modules 200 distributed to the user. The touch module 310 of the user-possessed wireless terminal 300 authenticates that the touch module 200 touched on the touch screen 310 of the user-owned wireless terminal 300 is the touch module 200 distributed to the user, 200 is mapped with the m-th touch module 200 mapped with the m-th service information, the mapped service module 200 provides the mapped service with the m-th touch module 200, 4, and various modifications of the method for providing an offline wireless interworking service using the user-owned touch module 200 (for example, some steps may be omitted or some steps may be omitted) Or a change in order However, the present invention encompasses all of the above-described embodiments, and the technical features of the present invention are not limited only by the method shown in FIG.

Referring to FIG. 4, the operation server 100 includes an M touch module 310 for identifying M electrostatic touch modules 200 to be distributed to a user having a wireless terminal 300 having an electrostatic touch screen 310, The M touch modules 200 are all registered to the capacitive touch screen 310 of the user-possessed wireless terminal 300 in a predetermined and / or specified order Stores specific service information to be provided to a user who simultaneously possesses the touch module 200 and the wireless terminal 300 in association with the M touch module 200 information in a designated storage medium 405 ). The operation server 100 may be configured to communicate with the m-th touch module 200 and the m-touch module 200 when the m-th touch module 200 among the M touch modules 200 is touched by the user wireless terminal 300, M-th service information to be provided to a user who simultaneously owns the terminal 300 may be stored in a designated storage medium in association with the m-th touch module 200 information (410).

The program 325 of the user wireless terminal 300 refers to the touch event generated in the corresponding wireless terminal 300 and displays a plurality of touches of a specified number or more through the capacitive touch screen 310 provided in the corresponding wireless terminal 300 (415). If it is recognized that more than a specified number of multi-touches have occurred, the program 325 of the user wireless terminal 300 may generate various kinds of touches for multi-touch recognized through the electrostatic touch screen 310 based on the touch event (420), and generates touch point information (425) necessary for performing a specified authentication procedure for a plurality of touch points corresponding to the recognized multiple touches.

If the touch point information for the multi-touch is generated, the program 325 of the user wireless terminal 300 may generate the touch point information according to at least one of the first to tenth touch authentication embodiments of the present invention. The touch points corresponding to the touch point of the touch module 200 designated to be distributed to the user are matched with the touch point of the touch module 200 and the geometric relationship formed by the touch points is transmitted to one of the M touch modules 200 (430) an authentication procedure to authenticate that the specified number of touch portions (205) provided match the design geometric relationship within an allowed tolerance range.

According to at least one embodiment of the first through third touch authentication embodiments or the tenth touch authentication embodiment of the present invention, the operation server 100 may perform a multi-touch operation on the touch screen 310 of the user wireless terminal 300, The touch point information of the user is confirmed (step 435), and the touch point information is read and authenticated to correspond to the touch point of the touch module 200 designated to be distributed to the user (step 440) The touch module 310 authenticates that the touch module 200 corresponding to the touch point recognized as a multi-touch is the touch module 200 for user distribution. If the touch module 200 corresponding to the touch point recognized by the multi-touch on the touch screen 310 of the user wireless terminal 300 is not the touch module 200 for user distribution, It is possible to perform the designated procedure corresponding to the touch module 200 that is touched on the touch screen 310 of the wireless terminal 300 is not the touch module 200 for the user distribution, The controller 325 performs an error processing procedure corresponding to the touch module 200 that is touched by the touch screen 310 and is not the touch module 200 distributed to the user (445).

On the other hand, in at least one of the first to third touch authentication embodiments and the tenth touch authentication embodiment, a touch corresponding to a touch point recognized as a multi-touch on the touch screen 310 of the user wireless terminal 300 When the module 200 is authenticated by the touch module 200 for user distribution, the operation server 100 determines whether or not the touch modules corresponding to the touch point information have M geometry relationships, (450) that the design geometric relationship formed by the designated number of touch parts (205) included in one of the touch modules (200) matches within the allowed tolerance range. If the geometric relationship of the touch points does not match the design geometric relationship of the designated number of touch units 205 included in the touch module 200 among the M touch modules 200 mapped with specific service information, The operation server 100 does not match the geometric relationship of the touch points on the touch screen 310 of the user wireless terminal 300 with the geometric relationship of the M touch modules 200 mapped with specific service information And the program 325 of the user wireless terminal 300 may output the touch point authentication related error touched on the touch screen 310 (455).

Meanwhile, the touch points corresponding to the touch point information may be authenticated as a touch point of the touch module 200 for user distribution through at least one of the first through third touch authentication embodiments or the tenth touch authentication embodiment And the geometric relationship between the touch points formed by the designated number of touch parts 205 included in one touch module 200 among the M touch modules 200 to which the geometric relationship formed by the touch points is mapped with specific service information The operating server 100 determines that the touch point information is mapped to specific service information by the user owned touch module 200 (e.g., the mth touch module 200) And generates an authentication result to be authenticated (460).

According to at least one embodiment of the fourth to fifth touch authentication embodiments or the tenth touch authentication embodiment of the present invention, the authentication server 145 may perform a multi-touch operation on the touch screen 310 of the user wireless terminal 300, The touch point information of the user is confirmed (step 435), and the touch point information is read and authenticated to correspond to the touch point of the touch module 200 designated to be distributed to the user (step 440) The touch module 310 authenticates that the touch module 200 corresponding to the touch point recognized as a multi-touch is the touch module 200 for user distribution. If the touch module 200 corresponding to the touch point recognized by the multi-touch on the touch screen 310 of the user wireless terminal 300 is not the touch module 200 for user distribution, It is possible to perform the designated procedure corresponding to the touch module 200 that is touched on the touch screen 310 of the wireless terminal 300 is not the touch module 200 for the user distribution, The controller 325 performs an error processing procedure corresponding to the touch module 200 that is touched by the touch screen 310 and is not the touch module 200 distributed to the user (445).

On the other hand, in at least one embodiment of the fourth to fifth touch authentication embodiments or the tenth touch authentication embodiment, a touch corresponding to a touch point recognized as a multi-touch on the touch screen 310 of the user wireless terminal 300 When the module 200 is authenticated by the touch module 200 for user distribution, the authentication server 145 determines whether or not the touch modules corresponding to the touch point information have M geometry relationships, (450) that the design geometric relationship formed by the designated number of touch parts (205) included in one of the touch modules (200) matches within the allowed tolerance range. If the geometric relationship of the touch points does not match the design geometric relationship of the designated number of touch units 205 included in the touch module 200 among the M touch modules 200 mapped with specific service information, The authentication server 145 does not match the geometric relations of the touch modules 200 mapped with the specific service information because the geometric relationship of the touch points touched on the touch screen 310 of the user wireless terminal 300 And the program 325 of the user wireless terminal 300 may output the touch point authentication related error touched on the touch screen 310 (455).

Meanwhile, the touch points corresponding to the touch point information may be authenticated as a touch point of the touch module 200 for user distribution through at least one embodiment of the fourth to fifth touch authentication embodiments or the tenth touch authentication embodiment And the geometric relationship between the touch points formed by the designated number of touch parts 205 included in one touch module 200 among the M touch modules 200 to which the geometric relationship formed by the touch points is mapped with specific service information The authentication server 145 determines that the touch point information is the user-owned touch module 200 (e.g., the mth touch module 200) that is mapped with the specific service information Generates an authentication result to be authenticated, and transmits the authentication result to the operation server 100 via a designated path (460).

According to at least one of the seventh to ninth touch authentication embodiments and the tenth touch authentication embodiment of the present invention, the program 325 of the user wireless terminal 300 may be provided to the touch of the user wireless terminal 300 The touch point information recognized by the multi-touch on the screen 310 is checked 435, the touch point information is read and the touch point of the touch module 200 designated to be distributed to the user corresponds to the touch point 440, The touch module 200 corresponding to the touch point recognized as a multi-touch on the touch screen 310 of the wireless terminal 300 is authenticated as the touch module 200 for user distribution. If the touch module 200 corresponding to the touch point recognized as a multi-touch on the touch screen 310 of the user wireless terminal 300 is not the touch module 200 for user distribution, the program of the user wireless terminal 300 The controller 325 may perform a designated procedure corresponding to the touch module 200 touched on the touch screen 310 of the user wireless terminal 300 is not the touch module 200 for user distribution, The program 325 of the terminal 300 performs an error processing procedure corresponding to the touch module 200 touched on the touch screen 310 and not the touch module 200 distributed to the user.

Meanwhile, in at least one of the seventh to ninth touch authentication embodiments and the tenth touch authentication embodiments, a touch corresponding to a touch point recognized as a multi-touch on the touch screen 310 of the user wireless terminal 300 The program 325 of the user wireless terminal 300 determines whether the geometric relationship formed by the touch points corresponding to the touch point information is mapped with specific service information (450) whether the design geometric relationship formed by the designated number of touch units 205 included in one touch module 200 among the M touch modules 200 matches within an allowable tolerance range. If the geometric relationship of the touch points does not match the design geometric relationship of the designated number of touch units 205 included in the touch module 200 among the M touch modules 200 mapped with specific service information, The program 325 of the user wireless terminal 300 may be configured such that the geometric relationship of the touch points touched on the touch screen 310 of the user wireless terminal 300 is geometric of the M touch modules 200 mapped with specific service information And the program 325 of the user wireless terminal 300 may output a touch point authentication related error touched on the touch screen 310 (455 ).

Meanwhile, at least one of the seventh to ninth touch authentication embodiments or the tenth touch authentication embodiments may be used to determine whether touch points corresponding to the touch point information are authenticated as touch points of the touch module 200 for user distribution And the geometric relationship between the touch points formed by the designated number of touch parts 205 included in one touch module 200 among the M touch modules 200 to which the geometric relationship formed by the touch points is mapped with specific service information The program 325 of the user wireless terminal 300 determines whether the touch point information is mapped to specific service information in the user-owned touch module 200 (e.g., the m-th touch Module 200), and transmits the authentication result to the operation server 100 via the designated path (460).

The touch points recognized by the multi-touch on the touch screen 310 of the user wireless terminal 300 based on the authentication result generated through at least one of the first to tenth tenth touch authentication embodiments, The touch points of the designated number of touch modules 200 included in the user-owned touch module 200 corresponding to any one of the M touch modules 200 have the geometric relationship formed by the touch points, The operation server 100 determines that the touch module 200 corresponding to the authenticated touch module 200 among the M touch modules 200 matches the design geometric relationship formed by the touch module 200, And checks the m-th service information mapped with the m-th touch module 200 (470). If the mth service information mapped to the mth touch module 200 is confirmed, the operation server 100 uses the mth service module mapped with the authenticated mth touch module 200, The program 325 of the user wireless terminal 300 performs a process of providing a service corresponding to the m th service information to the wireless terminal 300 in step 475, And processes the terminal-side procedure for implementing the mapped touch module 200 and the mapped touch module authenticated by the multi-touch on the screen 310 (480).

5 is a diagram illustrating a process of providing an offline wireless interworking service using a user-owned touch module 200 according to a second embodiment of the present invention.

5 illustrates a case where a touch module 200 is touched on the touch screen 310 of the user-owned wireless terminal 300 among the M touch modules 200 distributed to the user. The touch module 310 of the user-possessed wireless terminal 300 authenticates that the touch module 200 touched on the touch screen 310 of the user-owned wireless terminal 300 is the touch module 200 distributed to the user, M) touch module 200 referring to the service history of the m-th touch module 200 that is being stored and managed when the m-th touch module 200 is mapped with the m-th service module 200 And FIG. 5 is a flowchart illustrating a process of selectively providing the service by determining whether or not to provide a mapped service. Referring to FIG. 5 and / or modified according to an ordinary skill in the art, Using the user-owned touch module 200 It is possible to deduce various implementation methods (for example, omitting some steps or changing the order) for an offline wireless interworking service provisioning process. However, the present invention includes all of the above- The technical features thereof are not limited only by the method shown in FIG.

Referring to FIG. 5, the operation server 100 transmits the authenticated touch module 200 to a user who simultaneously possesses the user-owned touch module 200 and the wireless terminal 300 authenticated through the process shown in FIG. And generates and stores a service history for the service provided to the user wireless terminal 300 through the authenticated user-owned touch module 200 (500).

The program 325 of the user wireless terminal 300 acquires various kinds of touch information about the multiple touch recognized through the capacitive touch screen 310 with reference to the touch event generated in the corresponding wireless terminal 300, , And generates touch point information necessary for performing a specified authentication procedure for a plurality of touch points corresponding to the recognized multi-touch (510).

If the touch point information for the multi-touch is generated, the program 325 of the user wireless terminal 300 may generate the touch point information according to at least one of the first to tenth touch authentication embodiments of the present invention. The touch points corresponding to the touch point of the touch module 200 designated to be distributed to the user are matched with the touch point of the touch module 200 and the geometric relationship formed by the touch points is transmitted to one of the M touch modules 200 (515) an authentication procedure for authenticating whether the specified number of touch portions 205 match within the allowed tolerance range with the geometric relationship in the design.

According to at least one embodiment of the first through third touch authentication embodiments or the tenth touch authentication embodiment of the present invention, the operation server 100 may perform a multi-touch operation on the touch screen 310 of the user wireless terminal 300, The touch point information of the user wireless terminal 300 is confirmed (520), the touch point information is read and the touch point information of the touch module 200 designated to be distributed to the user corresponds to the touch point (525) The touch module 310 authenticates that the touch module 200 corresponding to the touch point recognized as a multi-touch is the touch module 200 for user distribution. If the touch module 200 corresponding to the touch point recognized by the multi-touch on the touch screen 310 of the user wireless terminal 300 is not the touch module 200 for user distribution, It is possible to perform the designated procedure corresponding to the touch module 200 that is touched on the touch screen 310 of the wireless terminal 300 is not the touch module 200 for the user distribution, The controller 325 performs an error processing procedure corresponding to the touch module 200 touched on the touch screen 310 and not the touch module 200 distributed to the user in operation 530.

On the other hand, in at least one of the first to third touch authentication embodiments and the tenth touch authentication embodiment, a touch corresponding to a touch point recognized as a multi-touch on the touch screen 310 of the user wireless terminal 300 When the module 200 is authenticated by the touch module 200 for user distribution, the operation server 100 determines whether or not the touch modules corresponding to the touch point information have M geometry relationships, (Step 535). In step 535, it is determined whether the predetermined number of touch units 205 included in the touch module 200 matches the design geometric relationship within the allowable error range. If the geometric relationship of the touch points does not match the design geometric relationship of the designated number of touch units 205 included in the touch module 200 among the M touch modules 200 mapped with specific service information, The operation server 100 does not match the geometric relationship of the touch points on the touch screen 310 of the user wireless terminal 300 with the geometric relationship of the M touch modules 200 mapped with specific service information And the program 325 of the user wireless terminal 300 may output a touch point authentication related error touched on the touch screen 310 in operation 540.

Meanwhile, the touch points corresponding to the touch point information may be authenticated as a touch point of the touch module 200 for user distribution through at least one of the first through third touch authentication embodiments or the tenth touch authentication embodiment And the geometric relationship between the touch points formed by the designated number of touch parts 205 included in one touch module 200 among the M touch modules 200 to which the geometric relationship formed by the touch points is mapped with specific service information The operating server 100 determines that the touch point information is mapped to specific service information by the user owned touch module 200 (e.g., the mth touch module 200) An authentication result to be authenticated is generated (545).

According to at least one embodiment of the fourth to fifth touch authentication embodiments or the tenth touch authentication embodiment of the present invention, the authentication server 145 may perform a multi-touch operation on the touch screen 310 of the user wireless terminal 300, The touch point information of the user wireless terminal 300 is confirmed (520), the touch point information is read and the touch point information of the touch module 200 designated to be distributed to the user corresponds to the touch point (525) The touch module 310 authenticates that the touch module 200 corresponding to the touch point recognized as a multi-touch is the touch module 200 for user distribution. If the touch module 200 corresponding to the touch point recognized by the multi-touch on the touch screen 310 of the user wireless terminal 300 is not the touch module 200 for user distribution, It is possible to perform the designated procedure corresponding to the touch module 200 that is touched on the touch screen 310 of the wireless terminal 300 is not the touch module 200 for the user distribution, The controller 325 performs an error processing procedure corresponding to the touch module 200 touched on the touch screen 310 and not the touch module 200 distributed to the user in operation 530.

On the other hand, in at least one embodiment of the fourth to fifth touch authentication embodiments or the tenth touch authentication embodiment, a touch corresponding to a touch point recognized as a multi-touch on the touch screen 310 of the user wireless terminal 300 When the module 200 is authenticated by the touch module 200 for user distribution, the authentication server 145 determines whether or not the touch modules corresponding to the touch point information have M geometry relationships, (Step 535). In step 535, it is determined whether the predetermined number of touch units 205 included in the touch module 200 matches the design geometric relationship within the allowable error range. If the geometric relationship of the touch points does not match the design geometric relationship of the designated number of touch units 205 included in the touch module 200 among the M touch modules 200 mapped with specific service information, The authentication server 145 does not match the geometric relations of the touch modules 200 mapped with the specific service information because the geometric relationship of the touch points touched on the touch screen 310 of the user wireless terminal 300 And the program 325 of the user wireless terminal 300 may output a touch point authentication related error touched on the touch screen 310 in operation 540.

Meanwhile, the touch points corresponding to the touch point information may be authenticated as a touch point of the touch module 200 for user distribution through at least one embodiment of the fourth to fifth touch authentication embodiments or the tenth touch authentication embodiment And the geometric relationship between the touch points formed by the designated number of touch parts 205 included in one touch module 200 among the M touch modules 200 to which the geometric relationship formed by the touch points is mapped with specific service information The authentication server 145 determines that the touch point information is the user-owned touch module 200 (e.g., the mth touch module 200) that is mapped with the specific service information Generates an authentication result to be authenticated, and transmits the authentication result to the operation server 100 via a designated path (545).

According to at least one of the seventh to ninth touch authentication embodiments and the tenth touch authentication embodiment of the present invention, the program 325 of the user wireless terminal 300 may be provided to the touch of the user wireless terminal 300 The touch point information recognized by the multi-touch on the screen 310 is checked 520 and the touch point information is read and authenticated 525 corresponding to the touch point of the touch module 200 designated to be distributed to the user, The touch module 200 corresponding to the touch point recognized as a multi-touch on the touch screen 310 of the wireless terminal 300 is authenticated as the touch module 200 for user distribution. If the touch module 200 corresponding to the touch point recognized as a multi-touch on the touch screen 310 of the user wireless terminal 300 is not the touch module 200 for user distribution, the program of the user wireless terminal 300 The controller 325 may perform a designated procedure corresponding to the touch module 200 touched on the touch screen 310 of the user wireless terminal 300 is not the touch module 200 for user distribution, The program 325 of the terminal 300 performs an error processing procedure corresponding to the touch module 200 touched on the touch screen 310 and not the touch module 200 distributed to the user.

Meanwhile, in at least one of the seventh to ninth touch authentication embodiments and the tenth touch authentication embodiments, a touch corresponding to a touch point recognized as a multi-touch on the touch screen 310 of the user wireless terminal 300 The program 325 of the user wireless terminal 300 determines whether the geometric relationship formed by the touch points corresponding to the touch point information is mapped with specific service information (535) whether the design geometric relationship formed by the designated number of touch parts (205) included in one touch module (200) of the M touch modules (200) matches within an allowable error range. If the geometric relationship of the touch points does not match the design geometric relationship of the designated number of touch units 205 included in the touch module 200 among the M touch modules 200 mapped with specific service information, The program 325 of the user wireless terminal 300 may be configured such that the geometric relationship of the touch points touched on the touch screen 310 of the user wireless terminal 300 is geometric of the M touch modules 200 mapped with specific service information And the program 325 of the user wireless terminal 300 may output a touch point authentication related error touched on the touch screen 310 (step 540) ).

Meanwhile, at least one of the seventh to ninth touch authentication embodiments or the tenth touch authentication embodiments may be used to determine whether touch points corresponding to the touch point information are authenticated as touch points of the touch module 200 for user distribution And the geometric relationship between the touch points formed by the designated number of touch parts 205 included in one touch module 200 among the M touch modules 200 to which the geometric relationship formed by the touch points is mapped with specific service information The program 325 of the user wireless terminal 300 determines that the touch point information is mapped to the user-owned touch module 200 (e.g., the m-th touch Module 200), and transmits the authentication result to the operation server 100 via the designated path (545).

The touch points recognized by the multi-touch on the touch screen 310 of the user wireless terminal 300 based on the authentication result generated through at least one of the first to tenth tenth touch authentication embodiments, The touch points of the designated number of touch modules 200 included in the user-owned touch module 200 corresponding to any one of the M touch modules 200 have the geometric relationship formed by the touch points, (550), the operation server 100 determines that the corresponding touch module 200 corresponding to the authenticated touch module 200 among the M touch modules 200 is matched with the design geometric relationship formed by the touch module 200 And checks the m-th service information mapped to the m-th touch module 200 (555). If the mth service information mapped to the mth touch module 200 is confirmed, the operation server 100 provides an error related to the service provision to the program 325 of the wireless terminal 300, The program 325 of the wireless terminal 300 may receive and output an error related to the service provision (565).

Meanwhile, when the m-th service information mapped to the m-th touch module 200 is confirmed, the operation server 100 searches for the m-th touch module 200 based on the service history of the m- (560) whether to provide a service mapped to the m-th touch module 200 to a user who simultaneously possesses the module 200 and the wireless terminal 300.

If it is determined that the user does not provide any more services even if the user possesses both the touch module 200 and the wireless terminal 300 as a result of reading the service history, The program 325 of the wireless terminal 300 receives and outputs an error related to the provision of the service (565).

Meanwhile, if it is determined that the user provides the service mapped to the touch module 200 to the user who simultaneously possesses the touch module 200 and the wireless terminal 300 as a result of reading the service history, (570) performs a procedure of providing a service corresponding to the m-th service information to the user-possessed wireless terminal (300) using the m-th service information mapped with the authenticated m-th touch module (200) The program 325 of the user wireless terminal 300 may be configured to implement a service mapped to the m-th touch module 200 authenticated and recognized as a multi-touch on the touch screen 310 in cooperation with the operation server 100 (575). &Lt; / RTI >

6 is a diagram illustrating a process of providing an offline wireless interworking service using a user-owned touch module 200 according to a third embodiment of the present invention.

6 illustrates a case where a touch module 200 is touched on the touch screen 310 of the user-owned wireless terminal 300 among the M touch modules 200 distributed to the user. The touch module 310 of the user-possessed wireless terminal 300 authenticates that the touch module 200 touched on the touch screen 310 of the user-owned wireless terminal 300 is the touch module 200 distributed to the user, The i touch modules 200 including the authenticated touch module 200 are connected to the user wireless terminal 300 when the touch module 200 is authenticated to one of the M touch modules 200 After the M touch modules 200 are touch-authenticated in all and / or in a specified order based on the authentication history, the M touch modules 200, which are mapped to the service, 6 is a flowchart illustrating a method of providing an offline wireless interworking service using the user-owned touch module 200 according to an exemplary embodiment of the present invention. Referring to FIG. 6, The present invention is not limited to the above-described embodiments, and the present invention is not limited to the above-described embodiments.

Referring to FIG. 6, based on the authentication result generated based on at least one of the first to tenth tenth authentication embodiments of the present invention through the process shown in FIG. 4 or 5, The touch points recognized by the multi-touch on the touch screen 310 of the touch module 300 are authenticated as the touch points of the user distribution touch module 200, and the M touch modules (600), if it is confirmed that the design geometric relationship formed by the designated number of touch parts (205) included in one of the touch modules (200) is matched within an allowable error range (600) The i touch modules 200 including the authenticated touch module 200 among the M touch modules 200 are touched to the capacitive touch screen 310 of the user wireless terminal 300 and the M The number of touch modules 200 (605) at least one time to generate and store authentication details including authentication of any one of the touch modules (200) on a designated storage medium.

Meanwhile, the operation server 100 may provide the touch authentication authentication details of the i touch modules 200 to the user wireless terminal 300 with which the authenticated touch module 200 is touched (615) The user wireless terminal 300 may receive and output the authentication details of the touched touch module 200 on the touch screen 310 of the user wireless terminal 300 in operation 620. Meanwhile, when the program 325 of the user wireless terminal 300 requests the authentication details of the touch module 200 touched on the touch screen 310 of the user wireless terminal 300 (610) The i-th touch module 200 can touch the touch screen 310 of the user wireless terminal 300 to provide the authenticated authentication details to the user wireless terminal 300 according to the request, The user wireless terminal 300 may receive the authentication details of the touch module 200 that is touched on the touch screen 310 of the user wireless terminal 300 and may output the authentication information.

If the authentication details of the M touch modules 200 are stored by repeating the process of storing the authentication details for the authenticated touch module 200 through the process shown in FIG. 4 or 5 at least once, , The operation server 100 reads the authentication details and checks whether the M touch modules 200 are touched and / or authenticated in the designated order on the touch screen 310 of the user wireless terminal 300 625). If all of the M touch modules 200 are not touched and / or are not touched in the designated order on the touch screen 310 of the user wireless terminal 300, (300), and the program (325) of the wireless terminal (300) receives and outputs an error related to the service provision (630).

If it is confirmed that all the M touch modules 200 are touched and / or touched in the designated order on the touch screen 310 of the user wireless terminal 300, the operation server 100 transmits the authenticated M The specific service information mapped to the touch module 200 is checked 635 and the specific service information mapped to the M touch modules 200 is used to identify the specific service information to the user- The program 325 of the user wireless terminal 300 performs a process of providing a corresponding service and the program 325 of the user wireless terminal 300 is operated by the multi- Side process for implementing the mapped service with the touch module 200 (645).

100: Operation server 105: Information storage unit
110: touch authentication processing unit 115: touch authentication confirmation unit
120: Individual service part 125: History management part
130: authentication history management unit 135:
140: service provider 145: authentication server
200: touch module 205: touch part
300: wireless terminal 310: capacitive touch screen

Claims

CLAIMS What is claimed is: 1. A method executed via a server communicating with a user-owned wireless terminal having an electrostatic touch screen,
M touch module information for identifying M (M > 1) electrostatic touch modules to be sequentially distributed to users possessing the wireless terminal having the electrostatic touch screen and M touch module information for identifying M A first step of associating and storing specific service information to be provided to a user who simultaneously owns the touch module and the wireless terminal when all of the touch modules are touched according to a specified order;
A touch point of a touch module designated to be distributed to a user by reading multi-touched touch point information on the capacitive touch screen of the user-possessed wireless terminal when the number of touch points designated by the user's multi- (1? M? M) touch modules among the M touch modules whose geometric relationships formed by the touch points are mapped to specific service information, are formed by a specified number of touch units included in the touch module A second step of confirming an authentication result of authenticating whether the geometric relationship on the image is matched within an allowable error range;
When the touch points corresponding to the touch points of the touch module distributed to the user as a result of the reading of the authentication result and the touch module matched with the geometric relationship of the touch points are mapped with specific service information, A third step in which i (1? I? M) touch modules including the touch module store touch-authenticated authentication details on the capacitive touch screen of the user-owned wireless terminal;
A fourth step of reading the authentication details and confirming whether the M touch modules pre-assigned to the user-possessed wireless terminal are touch-authenticated in all or in a designated order; And
When the M touch modules are all touch-authenticated in the designated order, the M touch modules authenticated are mapped to all or in a designated order using the specific service information mapped with the M touch modules authenticated And a fifth step of providing a service corresponding to the specific service information through a touch terminal owned by the user,
Wherein the touch module includes at least one of a character, an item, a content, and an object related to a service to be provided by being touched on the capacitive touch screen of the user's owned wireless terminal. How to provide interworking services.

The touch module according to claim 1,
And a touch module separately manufactured for use by a user using a paper material or a resin material.

delete

2. The method of claim 1,
And the touch module is included in a handle part coupled to the touch module.

The touch module according to claim 1,
Wherein at least one of an image, a logo, and a description related to a service to be provided to a user is printed on one side when the touch screen of the user's owned wireless terminal touches the capacitive touch screen. Way.

The touch module according to claim 1,
And the touch area of the touch part, the touch area of the touch module, the layout area of the designated number of touch parts, the distance relation between the respective touch parts, the angle relationship between the respective touch parts, and the touch area of the touch part Wherein the method comprises the steps of:

The method according to claim 1,
The specific service information includes game item information applicable to a designated game,
The third step includes processing the game item information so that the game item information is applied through a user wireless terminal (or a user's game account) having the capacitive touch screen with the authenticated touch module touched A method for providing an offline wireless interworking service using a user owned touch module.

The method according to claim 1,
The specific service information includes content information related to the designated promotion,
Wherein the third step comprises providing the content related to the promotion to the user wireless terminal having the electrostatic touch screen with the authenticated touch module touched. How to provide interworking services.

The method according to claim 1,
The specific service information includes object information related to the designated promotion,
The third step may include providing rights information to be provided to a user wireless terminal having the touch screen with the touch module being touched by the authorized touch module at a designated place related to the promotion A method for providing an offline wireless interworking service using a user owned touch module.

The method according to claim 1,
The specific service information includes content information that can be provided to the user wireless terminal,
Wherein the third step comprises providing the contents to the user wireless terminal having the electrostatic touch screen with which the authenticated touch module is touched or providing the right information to be provided. A method for providing an offline wireless interworking service using a module.

2. The method of claim 1,
Wherein the at least one touch module includes at least one of a distance relation and an angle relation of touch parts provided in each touch module.

The method according to claim 1,
Receiving touch point information for multi-touched touch points on the capacitive touch screen of the user-owned wireless terminal when the number of touch points designated by the user's wireless terminal is multi-touched;
The touch point information is read to certify whether it corresponds to the touch point of the touch module designated to be distributed to the user, and at the same time, the geometric relationship formed by the touch points is matched with a specific number of touches And authenticating whether the geometric relationship between the design geometry and the allowed geometry is within an allowable tolerance range.

The method according to claim 1,
The first step may include the steps of: when the m-th touch module among the M touch modules is touched to the electrostatic touch screen of the user-possessed wireless terminal, m service information in association with the m-th touch module information,
When the touch points correspond to the touch points of the touch module distributed to the user as a result of the authentication result and the mth touch module matched with the geometric relationship of the touch points is mapped with the m th service information, M service information corresponding to the m < th > service information through the mapped mobile terminal having the m < th > touch module touched using mapped service information mapped to the m < th > A method for providing an offline wireless interworking service using a user owned touch module.

14. The method of claim 13,
Wherein the m-th service information includes information on a service that is repeatedly available through the user wireless terminal to which the authenticated touch module is touched,
Wherein the individual service step processes to provide a service corresponding to the m-th service information whenever the authenticated m-th touch module is touched to the capacitive touch screen of the user wireless terminal being touched, A method for providing an offline wireless interworking service using a module.

14. The method of claim 13,
Wherein the m-th service information includes information on services available within a predetermined number of times through the user wireless terminal with which the authenticated touch module is touched,
When the authenticated touch module is provided with the service through the touched user wireless terminal, touches the touch module on the touch screen of the user wireless terminal to generate service history information providing a service corresponding to the specific service information, Further comprising the steps of:
Wherein the individual service step further comprises determining whether to provide a service corresponding to the m-th service information to the user wireless terminal that has been touched by the authenticated m-th touch module based on the service history information A method for providing an offline wireless interworking service using a user owned touch module.