KR102217359B1 - Touch Unit by Near Field Communication - Google Patents

Abstract

The present invention relates to a proximity wireless communication touch unit, and in the proximity wireless communication touch unit mounted on an object that can be held in a hand or in contact with a human body, the electrostatic change inducing material for causing a capacitive touch to the capacitive touch panel is used. A frame unit having a predetermined area for fixing or detaching the touch unit and the touch unit, a sensor unit processing at least one sensing for determining a process of capacitively touching the touch unit, and a capacitive touch of the touch unit When the process is determined, a proximity wireless communication unit for processing proximity wireless communication and an antenna unit incorporated in the frame unit are provided.

Description

Near Field Communication {Touch Unit by Near Field Communication}

The present invention relates to a proximity wireless communication touch unit mounted on an object that can be held in contact with a human body by holding or carrying it in a hand, in which a touch unit made of a material inducing electrostatic change inducing a capacitive touch to a capacitive touch panel and the touch unit are fixed or A sensor unit that processes at least one sensing for determining a process of capacitively touching the detachable frame unit and the touch unit to the capacitive touch pad, and when determining the capacitive touch process of the touch unit, proximity wireless communication is processed It relates to a proximity wireless communication touch unit having a proximity wireless communication unit and an antenna unit incorporated in the frame unit.

A touch-based service using a touch unit including a touch unit made of an electrostatic change inducing material as an identifier and/or authenticator for providing various services designated by touching a touch screen of a wireless terminal is disclosed.

In order to use the touch unit as an identifier and/or authenticator for providing various touch-based services of the touch unit, the touch unit must be touched on the touch screen of the wireless terminal. If the touch unit provided in the touch unit is not accurately touched in the area designated on the touch screen of the wireless terminal, or touches only a part of the touch unit, or touches a part other than the touch screen, the touch using the touch unit is There is a discomfort that cannot be recognized.

An object of the present invention for solving the above problems is in a proximity wireless communication touch unit mounted on an object that can be held in a hand or in contact with a human body, inducing a change in electrostatic that causes a capacitive touch to the capacitive touch panel. A touch unit made of a material, a frame unit having a predetermined area for fixing or detaching the touch unit, a sensor unit processing at least one sensing to determine a process of capacitively touching the touch unit to the capacitive touch pad, and the electrostatic charge of the touch unit In the case of determining the expression touch process, the present invention provides a proximity wireless communication touch unit including a proximity wireless communication unit that processes proximity wireless communication and an antenna unit incorporated in the frame unit.

The proximity wireless communication touch unit according to the present invention is a proximity wireless communication touch unit that is held in a hand or carried and mounted on an object that can contact the human body, and is made of a static change inducing material that causes a capacitive touch on the capacitive touch panel A frame part of a predetermined area for fixing or detaching the touch part and the touch part, a sensor part processing at least one sensing for determining a process of capacitively touching the touch part, and a capacitive touch process of the touch part When it is determined, a proximity wireless communication unit for processing proximity wireless communication and an antenna unit incorporated in the frame unit are provided.
In the proximity wireless communication touch unit according to the present invention, the touch unit includes one touch unit or includes N (N≥2) touch units forming a designated geometric structure.
In the proximity wireless communication touch unit according to the present invention, the proximity wireless communication unit is characterized in that the proximity wireless communication is activated when a wireless field corresponding to a designated radio frequency signal is formed.
The proximity wireless communication touch unit according to the present invention includes a touch unit made of an electrostatic change inducing material, a frame unit having a predetermined area for fixing or detaching the touch unit, a proximity wireless communication unit processing proximity wireless communication at a specified time point, and the It has an antenna part built into the frame part.

According to the present invention, the proximity wireless communication touch unit may further include a housing unit protecting the touch unit or the frame unit.

According to the present invention, the proximity wireless communication touch unit may further include a holding portion formed to hold the touch unit in contact with the user's hand.

According to the present invention, the proximity wireless communication touch unit may further include a power supply for supplying an operating power for proximity wireless communication or a capacitance to be stored to the touch unit.

According to the present invention, the touch unit may include one touch unit, or may include N (N≥2) touch units forming a designated geometric structure.

According to the present invention, the touch unit may be formed in an area equal to or larger than a predetermined area in which individual touch recognition is possible.

According to the present invention, at least a portion of the frame and the holding portion may be formed of a conductive material, so that static electricity of a person holding the holding portion may be transmitted to the touch portion.

According to the present invention, the proximity wireless communication unit may activate proximity wireless communication when a wireless field corresponding to a designated radio frequency signal is formed.

According to the present invention, the proximity wireless communication unit may activate the proximity wireless communication when a pressing force is applied through the grip forming unit.

According to the present invention, the proximity wireless communication touch unit may further include a stamping implementation unit for implementing a touch feeling touched by a stamping method. Meanwhile, the imprint implementation part is formed between the frame part fixing or detaching the touch part and the grip forming part formed to be held by the user's hand, and the frame part by the pressing force applied in the vertical direction to the flat touch panel by the grip forming part. It may include at least one of a sliding part for sliding the and grip forming part by a predetermined distance, and an elastic part for restoring the frame part and the grip forming part to a state before sliding when the pressing force is released.

According to the present invention, there is an advantage of using the touch unit as an identifier and/or authenticator for various services by performing a designated authentication procedure through proximity wireless communication even if the touch unit is not accurately touched on the touch screen of the wireless terminal.

1 is a diagram illustrating a proximity wireless communication touch unit according to an exemplary method of the present invention.
2 is a diagram showing a configuration of an antenna unit provided in a proximity wireless communication touch unit according to an exemplary method of the present invention.
3 is a diagram showing a configuration of an electronic module built into the touch unit of the present invention.
4 is a diagram showing a functional configuration of a wireless terminal and a program according to an exemplary method of the present invention.
5A to 5I are diagrams showing a functional configuration of a program according to an exemplary method of the present invention.
6 is a diagram illustrating a configuration of a terminal device provided in an affiliated store and a functional configuration of a program therefor to provide a touch authentication service according to an embodiment of the present invention.
7 is a diagram illustrating a system configuration for providing a touch authentication service according to an exemplary method of the present invention.
8 is a diagram illustrating a process of registering an authentication condition for a touch authentication service according to an exemplary method of the present invention.
9 is a diagram illustrating a process of applying an authentication condition for a touch authentication service according to an exemplary method of the present invention.
10 is a diagram illustrating a process of performing proximity wireless communication authentication while recognizing simultaneous touch points according to an exemplary embodiment of the present invention.
11 is a diagram illustrating a process of performing proximity wireless communication authentication using a touch unit according to another exemplary embodiment of the present invention.

Hereinafter, the operating principle of a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings and description. However, the drawings and the description to be described below are for a preferred implementation method among various methods for effectively describing the features of the present invention, and the present invention is not limited to the following drawings and description. For example, the configuration unit provided on the server side may be implemented on the terminal side, or conversely, the configuration unit provided on the terminal side may be implemented on the server side.

In addition, in the following description of the present invention, if it is determined that a detailed description of a related known function or configuration may unnecessarily obscure the subject matter of the present invention, the detailed description thereof will be omitted. In addition, terms to be described later are terms defined in consideration of functions in the present invention, which may vary according to the intention or custom of users or operators. Therefore, the definition should be made 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 examples are a means for efficiently explaining the technical idea of the present invention to those of ordinary skill in the art to which the present invention belongs. Only.

1 is a diagram illustrating a proximity wireless communication touch unit 100 according to an exemplary method of the present invention.

In more detail, FIG. 1 shows one before or during the touch unit 100 being touched to a designated side of the wireless terminal 400 when the touch unit 100 is brought close to the wireless terminal 400 having a proximity wireless communication unit. As showing an embodiment of the configuration of the proximity wireless communication touch unit 100 so that proximity wireless communication is formed between the touch unit 100 and the wireless terminal 400 at a time point, in the technical field to which the present invention belongs. A person of ordinary skill in the art infers various implementation methods for the proximity wireless communication touch unit 100 (e.g., an implementation method in which some components are omitted or the structure is modified) by referring and/or modifying this Figure 1 Although it may be possible, the present invention includes all of the inferred implementation methods, and the technical features are not limited only by the implementation method shown in FIG. 1. For convenience of explanation, in the embodiment of the present invention, the touch unit 100 will be illustrated and described as a painted object, but the structural features of the touch unit 100 of the present invention are by no means limited thereto. The touch unit 100 of is manufactured in the form of a module including a touch unit, excluding some components necessary for maintaining the painting form, and is mounted/embedded in various objects (eg, cards, accessories, etc.) that can be held or carried in the hand. It should be clearly stated that it can be implemented in the form of various objects that can be held in the hand or carried in addition to objects in the form of stamps or stamps.

Figure 1 (a) illustrates an embodiment of the appearance of the touch unit 100 before the pressing force is applied, and Figure 1 (b) is a wireless terminal holding the touch unit 100 with a human hand. Appearance of the touch unit 100 when stamped on one side of the 400 (eg, the one side where the proximity wireless communication unit 412 is provided in the structure of the touch screen 405 or the wireless terminal 400) Figure 1 (c) is an embodiment of the cut surface of the touch unit 100 when a pressing force is applied to the touch unit 100 as shown in Figure 1 (b). Is an example.

In the embodiment of the present invention, the term including the'pressing force' or'pressing force' is a term applied when the touch unit 100 is a painting type object or a module mounted on a painting type object. , If the touch unit 100 is not a painted object or is not mounted on a painted object, it may not be applied.

Referring to FIG. 1, the proximity wireless communication touch unit 100 includes a touch unit 135 made of an electrostatic change inducing material, a frame unit 130 having a predetermined area to fix or detach the touch unit 135, An electronic module 300 having a proximity wireless communication unit processing proximity wireless communication at a specified time point, and an antenna unit 200 embedded in the frame unit 130 having a predetermined area, and the touch unit 135 or A housing unit 110 that protects the frame unit 130 and a grip forming unit 105 formed to hold the touch unit 100 in contact with the user's hand, and an operation for proximity wireless communication according to an implementation method A power supply unit 345 may be provided to supply electrostatic capacity to be stored to the power or touch unit 135. A preferred embodiment of the electronic module 300 will be described in detail in FIG. 3.

The holding forming part 105 is a generic term for a component formed to hold the touch unit 100 and touch it by stamping it on one side of the wireless terminal 400 with a human hand, and the shape and pressure that can be held by a human hand Any shape can be made as long as it can apply manpower.

According to the method of implementing the first grip forming part 105 of the present invention, the grip forming part 105 may be made of a conductive material. In particular, when the holding portion 105 is held by a human hand, when the electrostatic capacity stored in the human body is transferred to the touch portion 135, the holding portion 105 is preferably made of a conductive material.

According to the method of implementing the second grip forming part 105 of the present invention, the grip forming part 105 is made of a non-conductive material, and a contact part made of a conductive material or an electrostatic change inducing material on one side where the human body comes in contact (not shown) ) May be provided. In particular, when the holding portion 105 is held by a human hand, when the electrostatic capacity stored in the human body is transferred to the touch portion 135, the holding portion 105 may be provided with a contact portion made of a conductive material.

According to the method of implementing the third grip forming part 105 of the present invention, the grip forming part 105 may be made of a non-conductive material. In particular, in the case of accumulating capacitance to a designated number of touch units 135 through the power supply unit 345, the grip forming unit 105 may be made of a non-conductive material.

The frame unit 130 is a generic term for fixing or detaching at least one touch unit 135 to be touched on one side of the wireless terminal 400 or a plurality of touch units 135 forming a designated geometric structure, and is preferably The touch unit 135 is fixed so that the touch is simultaneously touched in accordance with the designated touch recognition condition and/or the touch state condition, and can be authenticated by the designated touch authentication condition.

According to an exemplary method of the present invention, the frame unit 130 may be made of a conductive material. Meanwhile, according to another embodiment of the present invention, when the touch unit 100 is provided with a plurality of touch units 135 and each of the touch units 135 is insulated from each other, the frame unit 130 is made of a conductive material or It may be made of an electrostatic change inducing material.

The power supply unit 345 is a generic term for the power supply and/or capacitive storage, and preferably supplies operating power, and may supply electrostatic capacity to be stored to the touch unit 135 according to an implementation method. According to an exemplary method of the present invention, the power supply unit 345 may be implemented in the form of at least one of a battery or a super capacitor.

The touch unit 135 is a generic term for a component that is touched on one side of the wireless terminal 400, and preferably a touch screen of the wireless terminal 400 including a capacitive touch panel of a flat structure supporting multi-touch recognition ( 405) can be touched. However, it is by no means limited only the case where the touch unit 135 of the present invention is touched on the touch screen 405, and in addition to the touch screen 405, the proximity wireless communication unit 412 of the wireless terminal 400 is provided. Including an implementation method of touching the side for proximity wireless communication.

According to an exemplary method of the present invention, the touch unit 135 is made of a material that induces electrostatic change in which electrostatic capacity is stored and a capacitive touch is possible. When a plurality of touch units 135 are provided in the touch unit 100, and the touch unit 100 selects and touches a designated touch unit 135 from among the plurality of touch units 135 Each of the touch units 135 may be insulated from each other.

When the touch unit 100 provides a selective touch, each touch unit 135 is made of an electrostatic change inducing material to be touched on the capacitive touch panel, and is soft or semi-soft to prevent damage to the touch panel. It is preferably made of a soft material. For example, each of the touch units 135 may be made of a soft or semi-soft electrostatic change inducing material. However, the material of each of the touch units 135 is by no means limited to an electrostatic change inducing material, and if a material having the characteristics of a electrostatic change inducing material capable of electrically storing capacitance and a soft or semi-soft material, the touch unit ( 135).

According to the first touch part implementation method of the present invention, the touch part 135 may be manufactured using a conductive material having rubber elasticity of at least one of a conductive rubber material, a conductive plastic material, and a conductive silicone material. It may be manufactured to have a pre-designed hardness (eg, 80 or less based on a Shore A hardness tester) and electrical resistance (eg, a measurement resistance value of 300 Ω or less between a touched part and a part electrically connected to the human body). For example, when the touch part 135 of the first touch part embodiment is made of a conductive rubber material, the conductive rubber is mixed with conductive carbon (eg, including conductive carbon or metal powder) and rubber in a calculated ratio. It may be manufactured, and hardness and electrical resistance may be determined according to the mixing ratio of the rubber and conductive carbon.

According to the second touch unit implementation method of the present invention, the touch unit 135 may be manufactured using a metallic material, and the metal material has a high electrical conductivity (eg, touched) such as gold, silver, copper, and aluminum. Any material may be used as long as the measured resistance between the part and the part electrically connected to the human body is less than 1Ω). Meanwhile, when the touch part 135 is made of a metallic material, the touch screen may be damaged at the time of touching the touch screen made of a glass material. Accordingly, a touch film made of a material capable of buffering the amount of impact (for example, 90 or less based on the Shore A hardness tester) may be formed between the metallic touch part 135 and the touch screen by transmitting the electrostatic change induction of the touch part 135. have. The touch film is manufactured in a form that is individually attached to each touch part 135, a designated number of touch parts 135 is attached to the touch film, or is spaced apart from each touch part 135 at a predetermined interval. Then, it may be manufactured in a structure in which the touch unit 135 and the touch film contact each other at the touch point. Preferably, the touch layer is preferably made of an opaque material.

According to the third method of implementing the touch unit of the present invention, the touch unit 135 may be manufactured by plating a metallic material on a non-conductive material. If the non-conductive material is hard enough to damage the touch screen (e.g., 90 or more based on the Shore A hardness tester), the touch film is formed on the touch part 135 coated with a metallic material on the non-conductive material. I can.

According to the fourth touch part implementation method of the present invention, the touch part 135 may be manufactured by forming a metallic film made of a metallic material on the outside of an elastic buffer material. The cushioning material may be made of a foamable material such as sponge or polyurethane, and the metal film may be manufactured by plating a metallic material on the cushioning material and/or using a metallic material as yarn or cotton yarn. For example, the touch part 135 manufactured by forming a metal film of the buffer material may have a structure of a gasket for EMI shielding.

According to the fifth method of implementing the touch part of the present invention, the touch part 135 may be manufactured using a carbon fiber material including a carbon nanotube material or a single-walled carbon nanotube material, and preferably has a pre-designed hardness ( For example, it can be manufactured with a Shoa A hardness tester standard of 80 or less).

According to the sixth method of implementing the touch unit of the present invention, the touch unit 135 may be manufactured using a dielectric material in a solid form or a dielectric material in a liquid form, and a dielectric material including a container storing the same. Dielectric material is a generic term for materials in which polarization is generated by a voltage or electric field and constrained charges are generated on the surface.Polarization is generated by a voltage or electric field applied to the surface of the touch screen, thereby generating constrained charges that can induce electrostatic changes. It is preferable that it contains a ferroelectric material (eg, barium titanate or Rossel salt) having a dielectric constant to be generated.

On the other hand, the touch unit embodiment of the present invention is by no means limited to the case of the first to sixth touch unit embodiments, and any material is made of a material that is electrically connected to the human body to induce electrostatic change of the capacitive touch screen. It is clearly revealed that it belongs to the scope of the present invention.

Each touch unit 135 provided in the touch unit 100 has a touch area equal to or greater than the minimum touch recognition area that can be recognized as an effective touch input by the wireless terminal 400 having a touch panel to which the touch unit 100 is touched. It is preferable to be provided to form a. The touch area of each of the touch units 135 is preferably formed in a flat structure, but is not limited thereto. For example, when each of the touch parts 135 is made of a soft or semi-soft conductive rubber material, even if each touch part 135 is provided to form a touch area equal to or greater than the minimum touch recognition area by the pressing force. It's okay.

According to an embodiment of the present invention, when the plurality of touch units 135 are touched on a flat touch panel supporting multi-touch recognition, the touch unit 135 applies a pressure applied through the grip forming unit 105. It is preferable that the plurality of touch units 135 are formed to simultaneously touch the touch panel by manpower. For this, it is preferable that the plurality of touch parts 135 are formed at the same height from the frame part 130. The plurality of touch units 135 provided in the touch unit 100 touch each of two or more different touch points on the wireless terminal 400 having a touch panel to which the touch unit 100 is touched. It is preferable that they are separated by a distance equal to or greater than the minimum discrimination recognition distance for discriminating and recognizing by dots.

When the touch unit 100 provides a selective touch, the designated number of touch units 135 is selectively touched by the designated number of touch units 135 on a flat touch panel supporting multi-touch recognition It is preferable that the specified number of touch units 135 are formed to simultaneously touch the touch panel by a pressing force applied through the grip forming unit 105. For this purpose, it is preferable that the designated number of touch parts 135 be formed at the same height from the frame part 130.

A designated number of touch units 135 provided in the touch unit 100 may separate two or more different touch points in the wireless terminal 400 having a touch panel to which the touch unit 100 is touched. It is preferable that they are separated by a distance equal to or greater than the minimum discrimination recognition distance for distinguishing and recognizing by touch points.

According to the configuration method of the first touch unit 135 of the present invention, the touch unit 135 may include one touch unit 135. In this case, authentication using proximity wireless communication rather than touch recognition is the main authentication means, and touch may be regarded as an action for proximity wireless communication.

According to the configuration method of the second touch unit 135 of the present invention, when a plurality of touch units 135 are provided in the touch unit 100, the plurality of touch units 135 are arranged in a designated geometric structure. It may be formed by including N (N≥2) touch units 135. Here, the number N of the touch units 135 is preferably ??N≥2?? for selective configuration of the number of touches, but the present invention is not limited thereto, and other optional configurations other than the optional configuration of the number of touches ( For example, when the optional configuration of the touch time difference, the optional configuration of the capacitance) or the additional touch configuration (eg, pulse signaling of the capacitance) is used (or added), the N may be ??N=1?? It is okay, and the present invention includes such an embodiment. Meanwhile, when there is a designated number ??Z?? of multiple touches commonly used in the wireless terminal 400 having a touch panel to which the touch unit 100 is touched (for example, two multiple touches are pinch-to-zoom) In the case of using), the number N of the touch units 135 may be set to satisfy the condition of ?N>Z??. In the configuration method of the first touch unit 135, the designated number of touch units 135 is assumed to include n (1≦n<N) touch units 135 for convenience. However, the present invention also includes an implementation method in which the designated number of touch units 135 includes N touch units 135.

According to the configuration method of the third touch unit 135 of the present invention, when a plurality of touch units 135 are provided in the touch unit 100, the plurality of touch units 135 have a (1*Y) shape. It includes (1*Y) touch units 135 made of a matrix structure of, wherein X and Y of the matrix structure are ??X≥2?? and ??Y≥1??, or ??X≥1 ??And ??Y≥2?? can be. Here, X and Y of the matrix structure illustrate a condition in which at least one of X and Y is greater than or equal to 1 and the other is greater than or equal to 2 for selective configuration of the number of touches, but the present invention is not limited thereto. , In addition to the optional configuration of the number of touches, other optional configurations (eg, optional configuration of touch time difference, selective configuration of capacitance) or additional touch configuration (eg, pulse signaling of capacitance) are used (or added) X and Y may be ??X≥1?? and ??Y≥1??, and the present invention includes such an embodiment. Meanwhile, when there is a designated number ??Z?? of multiple touches commonly used in the wireless terminal 400 having a touch panel to which the touch unit 100 is touched (for example, two multiple touches are pinch-to-zoom) If used), X and Y of the matrix structure may be set to satisfy the condition of ?(1*Y)>Z??. In the configuration method of the second touch unit 135, the designated number of touch units 135 includes n (1≦n<(1*Y)) touch units 135 for convenience. However, the present invention also includes an implementation method in which the specified number of touch units 135 includes (1*Y) touch units 135.

The housing unit 110 protects one or more touch units 135 to be touched on one side of the wireless terminal 400 from being contaminated, and at the same time, the touch unit 135 and/or the frame unit 130 are damaged. It is protected so as not to be, and the imprint implementation unit 115, the touch unit 135, and the frame unit 130, etc. are built into the inside. Preferably, the touch part 135 is protected from contamination or damage by the elastic part 125 of the imprint implementation part 115.

Referring to FIG. 1, the proximity wireless communication touch unit 100 may include a stamping implementation unit 115 that implements a touch feeling in which the touch unit 100 is touched by a stamping force by a stamping force. The imprint implementation unit 115 is a predetermined distance between the frame unit 130 and the grip forming unit 105 by a pressing force applied in a direction perpendicular to one side of the wireless terminal 400 by the grip forming unit 105 It includes at least one of a sliding part 120 that slides by a distance, and an elastic part 125 that restores the frame part 130 and the holding part 105 to a state before sliding as the pressing force is released. I can.

The imprint implementation unit 115 is a human hand when the grip forming part 105 is held in the hand and imprinted on one side of the wireless terminal 400 by sliding by a certain distance so that the imprint is separated from the human hand. As a generic term for a configuration that is transmitted to the touch, it is preferable that it is formed between the frame part 130 fixing the touch part 135 and the grip forming part 105 formed to be held by the user's hand, and FIG. 1(c) and Likewise, it includes a sliding unit 120 that slides by a predetermined distance between the pressing force and the reverse distance, and an elastic unit 125 (eg, a spring) that returns to its original position when the pressing force is released.

According to an exemplary method of the present invention, the elastic part 125 is prevented from being contaminated or damaged by jumping the touch part 135 into the air for a certain distance from the floor in a state in which no pressing force is applied or released.

Meanwhile, according to the method of implementing the touch unit 100 of the present invention, when a plurality of touch units 135 are provided in the touch unit 100 and a selective touch configuration for the plurality of touch units 135 is provided, the proximity wireless The communication touch unit 100 includes a control module 140 that provides the selective touch configuration when a plurality of touch units 135 are provided and an optional touch configuration for the plurality of touch units 135 is provided. can do.

The control module 140 is a generic term for a component configured to selectively store a specified number of touch units 135 from among the plurality of touch units 135, and electrically Connected. The control module 140 may be implemented in a circuit configuration form, a chip module form, or a circuit configuration and a chip module combined form, and the present invention is not limited by a specific implementation method. No.

According to an exemplary embodiment of the present invention, the control module 140 includes a plurality of touch units 135 to selectively store the capacitance specified to a specified number of touch units 135 among the plurality of touch units 135. It is desirable to make an electrical connection independently of ). On the other hand, the control module 140 provides an optional configuration of the number of touches for selectively storing the capacitance specified in the specified number of touch units 135, the remaining touch units 135 not designated by the optional configuration of the number of touches. It is preferable to control the electrostatic capacitance so that it is not stored, or to discharge it immediately (for example, to the human body holding the grip forming part 105) even if it is stored.

According to an embodiment of the present invention, the control module 140 controls to provide an optional configuration of a touch time difference and/or an optional configuration of a capacitance in the form of a configuration added to the optional configuration of the number of touches or an independent configuration. Alternatively, and/or a configuration for converting a capacitance touched to the touch panel into a pulse signal may be provided.

According to the first electronic touch control method of the present invention, the control module 140 controls the capacitance supplied through the power of the power supply unit 345 to be selectively stored in the designated number of touch units 135, or Provides a selective control configuration of the number of touches, which controls the capacitance stored in the human body holding the touch unit 100 using the grip forming part 105 to be selectively stored in the designated number of touch parts 135 I can.

The control module 140 of the first electronic touch control method includes a designated number of touch units 135 to be selectively stored in capacitance supplied through the power supply unit 345 or transmitted by the human body ??n? Can be determined dynamically. Meanwhile, according to an implementation method, the number ??n?? of the touch units 135 may be a value set in the control module 140.

When the control module 140 dynamically determines the specified number ??n?? of the touch units 135 to which capacitance is to be stored among the plurality of touch units 135, the control module 140 is assigned a designated code. A specified number of ??n?? may be dynamically generated by substituting at least one fixed seed and/or dynamic seed into the generation algorithm. At this time, the program 420 provided in the wireless terminal 400 to which the touch unit 100 is touched is the same algorithm and/or seed used by the control module 140 to determine the ??n?? / Or a function of determining ??n?? which is the same as ??n?? dynamically determined by the control module 140 using a seed, and touch recognition of the n touch units 135 based on this can do. Alternatively, the program 420 of the wireless terminal 400 or the operation server 700 that recognizes the geometric structure formed by the n number of touch units 135, the control module 140 determines the ??n?? The used algorithm and/or the same algorithm as the seed and/or the seed is provided with a function of determining ??n?? which is the same as ??n?? dynamically determined by the control module 140, and based on the algorithm and/or seed. The geometric structure formed by the n number of touch units 135 may be authenticated. Meanwhile, when the specified number ??n?? of the touch units 135 is a value preset in the control module 140, the ??n?? is a touch recognition condition for recognizing a touch by the touch unit 100. Alternatively, it may be included in a touch authentication condition for authenticating a touch by the touch unit 100.

The control module 140 of the first electronic touch control method dynamically determines the position of each touch unit 135 in which capacitance supplied through the power supply unit 345 or transmitted by the human body is selectively stored. I can. Meanwhile, according to an implementation method, the location of each of the touch units 135 may be a value set in the control module 140.

When the control module 140 dynamically determines the position of each of the touch units 135 to which capacitance is to be stored among the plurality of touch units 135, the control module 140 includes a plurality of touch units 135 A code (or number) generated by assigning a unique number (or identifier) to the designated code generation algorithm and substituting at least one fixed seed and/or dynamic seed to the designated code generation algorithm and a unique number (or number) assigned to each touch unit 135 Identifiers) may be matched to dynamically determine a position of each touch unit 135 to which capacitance is to be stored among the plurality of touch units 135. At this time, the program 420 provided in the wireless terminal 400 to which the touch unit 100 is touched is based on the algorithm and/or seed used by the control module 140 to determine the position of each touch unit 135 Using the same algorithm and/or seed, it has a function of determining the same position as the position of each touch unit 135 dynamically determined by the control module 140, and based on this, a touch unit corresponding to each position ( 135) can be touched. Alternatively, the program 420 of the wireless terminal 400 or the operation server 700 that recognizes the geometric structure formed by the touch unit 135 corresponding to each position, the control module 140 is the touch unit 135 ) And/or the same algorithm and/or seed as the seed and/or the algorithm used to determine the position of the) to determine the same position as the position of each touch unit 135 dynamically determined by the control module 140, and , Based on this, the geometric structure formed by the touch unit 135 corresponding to each position may be authenticated. Meanwhile, when a position of each touch unit 135 to be touched on a touch panel among the plurality of touch units 135 is a value preset in the control module 140, the position of each touch unit 135 is the touch unit ( It may be included in a touch recognition condition for recognizing a touch by 100) or a touch authentication condition for authenticating a touch by the touch unit 100.

According to the second electronic touch control method of the present invention, the control module 140 selectively stores the electrostatic capacity supplied through the power of the power supply unit 345 to the designated number of touch units 135 according to a specified time difference. Or to selectively store the electrostatic capacity stored in the human body holding the touch unit 100 using the grip forming unit 105 to the designated number of touch units 135 according to a specified time difference. , It is possible to provide an optional control configuration of the touch time difference.

According to an embodiment of the present invention, the control module 140 for providing the second electronic touch control method includes the number of touch units 135 to be selectively stored in the capacitance corresponding to the first electronic touch control method. It is possible to provide a configuration for dynamically determining and/or a configuration for dynamically determining a position of each touch unit 135 in which the capacitance is to be selectively stored.

The control module 140 of the second electronic touch control method determines a time difference for storing a specified capacitance supplied to the specified number of touch units 135 through the power supply unit 345 or transmitted by the human body. Can be determined dynamically. Meanwhile, according to an implementation method, a time difference for storing the specified capacitance to the specified number of touch units 135 may be a value set in the control module 140.

When the control module 140 dynamically determines the time difference for storing the specified capacitance to the specified number of touch units 135, the control module 140 may perform at least one fixed seed and/or in the specified code generation algorithm. Alternatively, the time difference ??t?? can be dynamically generated by substituting a dynamic seed. At this time, the program 420 provided in the wireless terminal 400 to which the touch unit 100 is touched is the same algorithm and/or seed used by the control module 140 to determine the ??t?? / Or a function of determining ??t?? which is the same as ??t?? dynamically determined by the control module 140 using a seed, and touches with the time difference ??t?? based on this A designated number of touch units 135 may be touch-recognized. Alternatively, the program 420 of the wireless terminal 400 or the operation server 700 that recognizes the geometric structure formed by the n number of touch units 135, the control module 140 determines the ??t?? A function of determining ??t?? identical to ??t?? dynamically determined by the control module 140 by using the same algorithm and/or seed as the used algorithm and/or seed, and based on this The geometric structure formed by the designated number of touch units 135 touched with a time difference ??t?? may be authenticated.

According to an exemplary method of the present invention, each time the touch unit 135 is touched according to the time difference ??t??, the number of the touch units 135 to be touched ??n?? and each touch unit 135 are touched. The location of may be determined again and updated. In this case, the program 420 of the wireless terminal 400 has the number of touches determined again with the time difference ??t?? and/or the touch unit 135 of the location. Can be recognized. Alternatively, the program 420 of the wireless terminal 400 or the operation server 700 authenticates the geometric structure formed by the touch unit 135 of the number of touches and/or the location determined again with the time difference ??t?? can do.

Meanwhile, if the time difference ??t?? is a value preset in the control module 140, the ??t?? is a touch recognition condition for recognizing a touch by the touch unit 100 or the touch unit 100 ) May be included in the touch authentication condition for authenticating the touch.

The control module 140 of the second electronic touch control method includes each touch unit that is supplied to the designated number of touch units 135 through the power supply unit 345 or stores a designated capacitance transmitted by the human body. (135) The time difference of each star can be determined dynamically. Meanwhile, according to an implementation method, a time difference for each of the touch units 135 to store the specified capacitance to the specified number of touch units 135 may be a value set in the control module 140.

When the control module 140 dynamically determines the time difference for each touch unit 135 to store the specified capacitance to the specified number of touch units 135, the control module 140 uses the specified code generation algorithm. At least one fixed seed and/or a dynamic seed may be substituted to dynamically generate a time difference ??ti?? for each touch unit 135. At this time, the program 420 provided in the wireless terminal 400 to which the touch unit 100 is touched is the same algorithm and/or seed used by the control module 140 to determine the ??ti?? / Or a function of determining ??ti?? which is the same as ??ti?? dynamically determined by the control module 140 by using a seed, and based on this, the time difference for each of the touch units 135? A designated number of touch units 135 touched with ?ti?? may be touch-recognized. Alternatively, the program 420 of the wireless terminal 400 or the operation server 700 that recognizes the geometric structure formed by the n number of touch units 135, the control module 140 determines the ??ti?? The used algorithm and/or the same algorithm as the seed and/or the seed is used to determine the same ??ti?? as the dynamically determined ??ti?? by the control module 140, and based on this, the A geometric structure formed by a designated number of touch units 135 touched with a time difference ??ti?? for each touch unit 135 may be authenticated.

According to an exemplary embodiment of the present invention, each time the touch unit 135 is touched according to the time difference ??ti?? for each of the touch units 135, the number of the touch units 135 to be touched ??n?? And the location of each touch unit 135 may be determined again and updated. In this case, the program 420 of the wireless terminal 400 has a time difference ??ti?? for each of the touch units 135. The touch unit 135 of the determined number of touches and/or location may be recognized again. Alternatively, the program 420 of the wireless terminal 400 or the operation server 700 has the number of touches and/or the location of the touch unit 135 determined again with a time difference ??ti?? for each of the touch units 135. Geometry formed by can be verified. Simultaneous touch may not be established when each touch unit 135 is touched with a different time difference due to the time difference ??ti?? for each touch unit 135, and the present invention also provides such an embodiment. Include. However, by giving the same time difference ??ti?? to the two or more touch units 135 with the time difference ??ti?? for each of the touch units 135, simultaneous touches are established with respect to the ??ti?? Can be, and the present invention also includes such an embodiment.

Meanwhile, when the time difference ??ti?? for each of the touch units 135 is a value preset in the control module 140, the ??ti?? is a touch recognition for recognizing a touch by the touch unit 100. It may be included in a condition or a touch authentication condition for authenticating a touch by the touch unit 100.

According to the third electronic touch control method of the present invention, the control module 140 selectively increases or decreases the capacitance supplied through the power of the power supply unit 345 to provide two or more different electrostatic charges to the specified number of touch units 135. By controlling the capacitance to be selectively stored, or by selectively increasing or decreasing the capacitance stored in the human body holding the touch unit 100 using the grip forming unit 105, two or more touch units 135 It is possible to provide a configuration for selective control of capacitance, in which different capacitances are selectively controlled to be stored.

According to an embodiment of the present invention, the control module 140 for providing the third electronic touch control method includes the number of touch units 135 to be selectively stored in the capacitance corresponding to the first electronic touch control method. It is possible to provide a configuration for dynamically determining and/or a configuration for dynamically determining a position of each touch unit 135 in which the capacitance is to be selectively stored.

The control module 140 of the third electronic touch control method is a capacitance to be stored in the specified number of touch units 135 based on the capacitance supplied through the power supply unit 345 or transmitted by the human body. Can be determined dynamically. Meanwhile, the capacitance to be selectively stored in the specified number of touch units 135 according to an implementation method may be a value set in the control module 140.

When the control module 140 dynamically determines the capacitance to be selectively stored in a specified number of touch units 135, the control module 140 is configured to generate at least one fixed seed and/or dynamic Substituting a seed to dynamically generate capacitance (or a change in the reference capacitance supplied through the power supply 345 or transmitted by the human body) ??c?? to the specified number of touch units 135 to be stored. I can. At this time, the program 420 provided in the wireless terminal 400 to which the touch unit 100 is touched is the same algorithm and/or seed used by the control module 140 to determine the ?c?? / Or a function of determining ??c?? which is the same as ??c?? dynamically determined by the control module 140 using a seed, and touched with selective capacitance ??c?? based on this A designated number of touch units 135 may be touch-recognized. Alternatively, the program 420 of the wireless terminal 400 or the operation server 700 that recognizes the geometric structure formed by the n number of touch units 135, the control module 140 determines the ??c?? The used algorithm and/or the same algorithm as the seed and/or the seed is used to determine the ??c??, which is the same as the dynamically determined ??c?? by the control module 140, and is selective based on this. The geometric structure formed by the designated number of touch units 135 touched with the capacitance ??c?? can be authenticated. Meanwhile, when the optional capacitance ??c?? is a value preset in the control module 140, the ??c?? is a touch recognition condition for recognizing a touch by the touch unit 100 or the touch unit ( 100) may be included in the touch authentication condition for authenticating the touch.

The control module 140 of the third electronic touch control method includes each touch to be stored in the designated number of touch units 135 based on the capacitance supplied through the power supply unit 345 or transmitted by the human body. The capacitance value for each unit 135 may be dynamically determined. Meanwhile, the capacitance for each touch unit 135 to be selectively stored in the specified number of touch units 135 according to an implementation method may be a value set in the control module 140.

When the control module 140 dynamically determines the capacitance for each of the touch units 135 to be selectively stored in a designated number of touch units 135, the control module 140 is at least one in a designated code generation algorithm. The static capacity of each touch unit 135 to be stored in the designated number of touch units 135 by replacing the fixed seed and/or dynamic seed (or the reference capacitance supplied through the power unit 345 or transmitted by the human body) The amount of change for each touch unit 135) ??ci?? may be dynamically generated. At this time, the program 420 provided in the wireless terminal 400 to which the touch unit 100 is touched is the same algorithm as the algorithm and/or seed used by the control module 140 to determine the ??ci?? / Or a function of determining ??ci?? which is the same as ??ci?? dynamically determined by the control module 140 using a seed, and based on this, the selective capacitance for each of the touch units 135 A designated number of touch units 135 touched by ??ci?? may be touch-recognized. Alternatively, the program 420 of the wireless terminal 400 or the operation server 700 that recognizes the geometric structure formed by the n number of touch units 135, the control module 140 determines the ??ci?? It has a function of determining ??ci??, which is the same as ??ci??, dynamically determined by the control module 140 by using the same algorithm and/or seed as the used algorithm and/or seed, and based on the algorithm and/or seed. The geometric structure formed by the designated number of touch units 135 touched with the selective capacitance ??ci?? for each touch unit 135 may be authenticated. Meanwhile, when the selective capacitance ??ci?? for each touch unit 135 is a value preset in the control module 140, the ??ci?? is a touch that recognizes a touch by the touch unit 100. It may be included in a recognition condition or a touch authentication condition for authenticating a touch by the touch unit 100.

According to the fourth electronic touch control method of the present invention, the control module 140 converts the capacitance supplied through the power of the power supply unit 345 into a pulse signal, and selectively stores the power to the designated number of touch units 135 Or converting the capacitance stored in the human body holding the touch unit 100 to a pulse signal using the grip forming unit 105 to selectively store the electric capacity in the specified number of touch units 135 , It is possible to provide a pulse signaling control configuration of capacitance.

According to an embodiment of the present invention, the control module 140 providing the fourth electronic touch control method includes the number of touch units 135 to be selectively stored in the capacitance corresponding to the first electronic touch control method. It is possible to provide a configuration for dynamically determining and/or a configuration for dynamically determining a position of each touch unit 135 in which the capacitance is to be selectively stored.

The control module 140 of the fourth electronic touch control method may dynamically determine a signal pattern for converting capacitance supplied through the power supply unit 345 or transmitted by the human body into a pulse signal. Meanwhile, according to an implementation method, a signal pattern of capacitance to be stored in the specified number of touch units 135 may be a value set in the control module 140.

When the control module 140 dynamically determines a signal pattern for a pulse signal of capacitance to be stored in a designated number of touch units 135, the control module 140 fixes at least one to a designated code generation algorithm. A signal pattern corresponding to the index value among a plurality of signal patterns is determined using a code value generated by substituting a seed and/or a dynamic seed as an index value, or a signal pattern based on the bit arrangement of the generated code value Can be determined. At this time, the program 420 provided in the wireless terminal 400 to which the touch unit 100 is touched is the same algorithm and/or seed as the algorithm and/or seed used by the control module 140 to determine the signal pattern. A designated number of touch units 135 to be touched including a pulse signal corresponding to the signal pattern based on the function of determining the same signal pattern as the signal pattern dynamically determined by the control module 140 ) Can be touched. Alternatively, the program 420 of the wireless terminal 400 or the operation server 700 that recognizes the geometric structure formed by the n number of touch units 135, the algorithm used by the control module 140 to determine the signal pattern and / Or a function of determining the same signal pattern as the signal pattern dynamically determined by the control module 140 using the same algorithm and/or seed as the seed, and includes a pulse signal corresponding to the signal pattern based on this Thus, the geometric structure formed by the designated number of touch units 135 to be touched may be authenticated. Meanwhile, when the signal pattern is a value preset in the control module 140, the signal pattern is a touch recognition condition for recognizing a touch by the touch unit 100 or a touch for authenticating a touch by the touch unit 100 May be included in the conditions of certification.

According to the fifth electronic touch control method of the present invention, the control module 140 can control the electronic touch to be achieved through a method in which two or more of the first to fifth electronic touch control methods are combined. All of these implementation methods are included.

2 is a diagram showing a configuration of an antenna unit 200 provided in the proximity wireless communication touch unit 100 according to an exemplary method of the present invention.

In more detail, FIG. 2 shows a location in which the antenna unit 200 is provided in the touch unit 100 shown in FIG. 1, and for those of ordinary skill in the art, this drawing 2 By referring and/or modifying, various implementation methods for the configuration of the antenna unit 200 provided in the proximity wireless communication touch unit 100 (eg, an implementation method in which some components are omitted or the structure is modified) can be inferred. Although it may be possible, the present invention includes all of the inferred implementation methods, and the technical features are not limited only by the implementation method shown in FIG. 2.

2(a) shows an embodiment in which the antenna unit 200 is provided on the frame unit 130 of a certain area, and FIG. 2(b) shows the touch unit 135 and the antenna unit 200 It shows an embodiment in which the antenna unit 200 is provided in the housing unit 110 to be protected.

According to the implementation method of the first electronic module 300 and the antenna unit 200 of the present invention, the electronic module 300 having a proximity wireless communication unit to the touch unit 135 fixed or detached from the frame unit 130 of a certain area. ) Is provided, and an antenna unit 200 electrically connected to the short-range wireless communication unit of the electronic module 300 may be embedded in an edge area of the frame unit 130 of the predetermined area as shown in Fig. 2(a). .

According to the implementation method of the second electronic module 300 and the antenna unit 200 of the present invention, an electronic module 300 having a proximity wireless communication unit is provided in the frame unit 130 to which the touch unit 135 is fixed or detached. As shown in (a) of FIG. 2, an antenna unit 200 electrically connected to a short-range wireless communication unit of the electronic module 300 may be embedded in an edge area of the frame unit 130 of the predetermined area.

According to the implementation method of the third electronic module 300 and the antenna unit 200 of the present invention, an electronic module 300 having a proximity wireless communication unit is provided in the grip forming unit 105, and As such, the antenna unit 200 electrically connected to the short-range wireless communication unit of the electronic module 300 may be embedded in an edge area of the frame unit 130 of the predetermined area.

According to the implementation method of the fourth electronic module 300 and the antenna unit 200 of the present invention, an electronic module 300 having a proximity wireless communication unit is provided in the housing unit 110, as shown in Fig. 2(a). An antenna unit 200 electrically connected to a short-range wireless communication unit of the electronic module 300 may be embedded in an edge area of the frame unit 130 of the predetermined area.

The antenna unit electrically connected to the short-range wireless communication unit of the electronic module 300 in the rim area of the frame unit 130 of a certain area, as in the implementation method of the first to fourth electronic modules 300 and the antenna unit 200 ( 200) is built-in, so that the touch unit 135 of the touch unit 100 is brought close to one side of the wireless terminal 400, or the touch unit 135 is connected to one side of the wireless terminal 400. When touching the side, the proximity of the wireless terminal 400 by the antenna unit 200 built in the frame unit 130 is close to the proximity between the wireless communication unit 412 and the electronic module 300 Wireless communication can be established.

According to the implementation method of the fifth electronic module 300 and the antenna unit 200 of the present invention, the electronic module 300 having a proximity wireless communication unit to the touch unit 135 fixed or detached from the frame unit 130 of a certain area. ) Is provided, and contacts one side of the wireless terminal 400 at the point of the press-recognition touch among the edge areas of the housing unit 110 that protects the frame unit 130 of the predetermined area as shown in Fig. 2(b). An antenna unit 200 electrically connected to the short-range wireless communication unit of the electronic module 300 may be embedded in the part.

According to the implementation method of the sixth electronic module 300 and the antenna unit 200 of the present invention, an electronic module 300 having a proximity wireless communication unit is provided in the frame unit 130 to which the touch unit 135 is fixed or detached. As shown in (b) of FIG. 2, among the border areas of the housing unit 110 that protects the frame unit 130 of a certain area, the portion in contact with one side of the wireless terminal 400 at the time of the pressing An antenna unit 200 electrically connected to the short-range wireless communication unit of the electronic module 300 may be incorporated.

According to the implementation method of the seventh electronic module 300 and the antenna unit 200 of the present invention, an electronic module 300 having a proximity wireless communication unit is provided in the grip forming unit 105, and A short-range wireless communication unit of the electronic module 300 in a portion of the edge area of the housing unit 110 that protects the frame unit 130 of the predetermined area that comes into contact with one side of the wireless terminal 400 at the point of the pressing touch An antenna unit 200 that is electrically connected to may be incorporated.

According to the implementation method of the eighth electronic module 300 and the antenna unit 200 of the present invention, an electronic module 300 having a proximity wireless communication unit is provided in the housing unit 110, as shown in Fig. 2(b). A short-range wireless communication unit of the electronic module 300 and a portion of the edge area of the housing unit 110 that protects the frame unit 130 of the predetermined area contacting one side of the wireless terminal 400 at the time of the pressing touch An electrically connected antenna unit 200 may be incorporated.

As in the implementation method of the fifth to eighth electronic modules 300 and the antenna unit 200, the electronic part of the edge area of the housing unit 110 in contact with one side of the wireless terminal 400 at the point of the pressing touch Since the antenna unit 200 electrically connected to the short-range wireless communication unit of the module 300 is embedded, the touch unit 135 of the touch unit 100 is brought close to one side of the wireless terminal 400 for a pressure recognition touch Alternatively, when the touch unit 135 is touched on one side of the wireless terminal 400, the proximity wireless communication unit of the wireless terminal 400 by the antenna unit 200 built in the frame unit 130 Proximity wireless communication may be established between the proximity wireless communication unit 412 and the electronic module 300.

3 is a diagram showing the configuration of the electronic module 300 built into the touch unit 100 of the present invention.

In more detail, FIG. 3 is an antenna unit 200 shown in FIG. 2 when the touch unit 100 is built into the touch unit 100 and is touched on one side of the wireless terminal 400 or is close to be touched. ) By means of a proximity wireless communication unit 412 of the wireless terminal 400 and an electronic module 300 for forming proximity wireless communication, if one of ordinary skill in the art to which the present invention belongs, the present invention Various implementation methods for the function of the electronic module 300 may be inferred by referring to and/or modifying FIG. 3, but the present invention includes all the inferred implementation methods, and the implementation shown in FIG. The technical characteristics are not limited only by the method. For example, in the touch unit 100, two or more electronic modules 300 (e.g., two or more electronic modules 300 respectively interlocking with the sound authentication module 450 and the proximity communication authentication module 470 in Fig. 4) ) Can be embedded, and the present invention includes such an implementation method. However, for convenience, FIG. 3 will be described by illustrating an implementation method in which the electronic module 300 of the present invention is implemented through one electronic module 300. The electronic module 300 of FIG. 3 may be implemented integrally with the control module 140 shown in FIG. 1.

Referring to FIG. 3, the electronic module 300 includes a control unit 304 and a memory unit 320, and forms proximity wireless communication with the proximity wireless communication unit 412 of the wireless terminal 400, A sensor unit that includes a proximity wireless communication unit 316 that interlocks with the proximity communication authentication module 470 to process designated proximity communication authentication, and processes sensing to determine whether a pressing force is applied through the grip forming unit 105 ( And a power supply unit 345 for supplying operating power.

The controller 304 is a generic term for controlling the operation of the electronic module 300 and may be implemented through a logic circuit or may be implemented in a form including at least one processor and an execution memory. Hereinafter, for convenience, the control unit 304 includes a processor and an execution memory, loads at least one program code into the execution memory, calculates, and outputs the result through the sound output unit 308 or a proximity wireless communication unit 316 ), the configuration of the electronic module 300 will be described. Hereinafter, for convenience, a program 350 corresponding to a program code that operates in conjunction with the dynamic authentication module 445 of FIG. 4 will be illustrated and described in the controller 304. However, it should be clear that the method of implementing the electronic module 300 is not limited to the embodiment of FIG. 3, and the configuration illustrated by the configuration of the program 350 in FIG. 3 can also be implemented in the form of a logic circuit. It is a bar.

The memory unit 320 is a generic term for a nonvolatile memory provided in the electronic module 300, and includes at least one program code executed through the control unit 304 and at least one data set used by the program code. Save and keep. The program code includes a program code corresponding to a program 350 implemented for the operation of the present invention, a system program code and a system data set corresponding to the operating system of the electronic module 300, and the electronic module 300. It includes communication program code and communication data set that handles various communication.

According to an exemplary embodiment of the present invention, the memory unit 320 may store one or more static seed values to be assigned to a designated code generation algorithm in order to dynamically generate a disposable code. Preferably, the static seed value is a unique serial code uniquely assigned to the touch unit 100, a space identification code that identifies a space (eg, a store, a building, a store, etc.) in which the touch unit 100 is used, It may include various identification codes, including a use identification code for identifying the purpose in which the touch unit 100 is used.

According to an exemplary method of the present invention, the memory unit 320 may store a designated unique code. Preferably, the unique code includes an ID code uniquely assigned to the electronic module 300 or the touch unit 100.

Meanwhile, when the electronic module 300 is interlocked with the sound authentication module 450 of FIG. 4, the memory unit 320 provides a recognizable sound pattern (for example, a designated voice (for example, a speaker utters)) through a designated pattern recognition algorithm. Pattern information corresponding to at least one sound pattern of one segmental sound) and a sound source (eg, music played through an instrument according to a score, and a speaker uttered according to a score) may be stored.

Meanwhile, when the electronic module 300 is interlocked with the camera authentication module 460 of FIG. 4, the memory unit 320 may store pattern information corresponding to an image pattern recognizable through a designated pattern recognition algorithm.

The proximity wireless communication unit 316 is a generic term for a configuration for processing proximity wireless communication using a radio frequency signal at a proximity distance of about 10 cm using the antenna unit 200 shown in FIG. 2, and preferably has a frequency band of 13.56Mz. It handles bidirectional proximity wireless communication according to the NFC (Near Field Communication) standard used. Depending on the implementation method, the proximity wireless communication unit 316 may process half-duplex wireless communication of an RFID standard that is not included in the NFC standard (e.g., proximity wireless communication included in the ISO 18000 series standard or short-range wireless communication within 10 m). have.

According to an embodiment of the present invention, the antenna unit 200 for proximity wireless communication is provided at a portion that contacts the wireless terminal 400 when the touch unit 100 is touched to the wireless terminal 400. , It is preferable to be provided at a position close to the proximity wireless communication unit 412 of the wireless terminal 400 when possible at the touch point of the touch unit 100, thereby improving the recognition rate of the proximity wireless communication. Preferably, the antenna unit 200 is provided in the frame unit 130 of the touch unit 100 (eg, embedded in the outer portion of the frame unit 130 forming a certain area), or the housing unit 110 (Eg, embedded in the outer portion of the housing unit 110 forming a predetermined area) to form a coil structure and/or a radio wave transmission/reception structure for proximity wireless communication

The sensor unit 340 is a generic term for a configuration that processes sensing to determine whether the touch unit 135 of the touch unit 100 touches the touch panel, and when the touch unit 135 touches the touch panel Any sensor that can sense at least one of: charge transfer sensing, charge amount change sensing, current change sensing, voltage change sensing, and resistance change sensing is fine. Depending on the implementation method, the sensor unit 340 may employ a sensor capable of detecting the amount of impact at the point of touch, such as a gyro sensor.

Referring to FIG. 3, the program 350 of the electronic module 300 interworking with the proximity communication authentication module 470 of FIG. 4 includes a storage unit 355 for storing a unique code designated in the memory unit 320 and And a transmission unit 380 for transmitting authentication data including the unique code to the wireless terminal 400 through the proximity wireless communication unit 316, and whether the touch unit 100 is stamped according to an implementation method It includes at least one of the imprint confirmation unit 375 to check and the activation confirmation unit 385 to check whether the proximity wireless communication is activated, and a sound input unit 312, a proximity wireless communication unit 316, according to an implementation method. A management unit 390 that receives management information related to the operation of the touch unit 100 through at least one of the wireless network communication unit 336 and the short range wireless communication unit 332 and stores it in a designated storage area of the memory unit 320. Can be equipped.

The storage unit 355 stores a unique code of a designated code system in the memory unit 320. Preferably, the unique code is a time when the electronic module 300 is manufactured, a time when the electronic module 300 is mounted on the touch unit 100, and the electronic module 300 is placed on the touch unit 100 It may be stored in the memory unit 320 at at least one of a time point initially set for use in a designated space after being mounted, and a time point at which the electronic module 300 is mounted and used in the touch unit 100. .

According to the first code storage method of the present invention, the electronic module 300 may be manufactured in a state in which the unique code is stored in the memory unit 320 at the time the electronic module 300 is manufactured, and the storage unit 355 is During the manufacturing process of the module 300, the unique code may be stored in the memory unit 320.

According to the second code storage method of the present invention, the unique code may be stored in the memory unit 320 when the electronic module 300 is mounted on the touch unit 100, and the storage unit 355 ) Receives a unique code to be stored in the memory unit 320 from the outside through at least one of the proximity wireless communication unit 316, the user operation unit 328, the wireless network communication unit 336, and the short range wireless communication unit 332, or Upon receiving the input, the received or input unique code may be stored in the memory unit 320.

According to the third code storage method of the present invention, after the electronic module 300 is mounted in the touch unit 100, the memory unit 320 is stored at a time when the electronic module 300 is initially set or while the electronic module 300 is being used. The unique code may be stored, and the storage unit 355 is provided from the outside through at least one of the proximity wireless communication unit 316, the user operation unit 328, the wireless network communication unit 336, and the short range wireless communication unit 332. A unique code to be stored in the memory unit 320 may be received or input, and the received or input unique code may be stored in the memory unit 320.

The transmission unit 380 transmits the authentication data including the unique code to the wireless terminal 400 through the proximity wireless communication unit 316. The authentication data is periodically transmitted, or transmitted at the time when the touch unit 100 is imprinted on the touch panel of the wireless terminal 400, and/or is transmitted at the time of imprinting, and then the number of times specified at a specified time interval May be transmitted repeatedly. Repeating the transmission of the authentication data a specified number of times at a specified time interval is to increase the probability that the wireless terminal 400 recognizing the authentication data recognizes the unique code included in the authentication data.

In order for the transmission unit 380 to transmit the authentication data at the time of imprinting of the touch unit 100, the imprint confirmation unit 375 determines whether the touch unit 100 is imprinted on the touch panel of the wireless terminal 400. Confirm. In order to check whether the touch unit 100 is imprinted on the touch panel, the electronic module 300 may include a sensor unit 340 or be connected to a sensor unit 340 provided in the touch unit 100.

When the electronic module 300 includes the imprint verification unit 375, the transmission unit 380 may transmit authentication data including the unique code when the imprint of the touch unit 100 is confirmed. In addition, after transmitting the authentication data at the time of stamping, the authentication data may be repeatedly transmitted a specified number of times at a specified time interval.

In order to transmit a unique code at the time when proximity wireless communication between the electronic module 300 and the wireless terminal 400 is activated, the activation confirmation unit 385 matches the radio frequency signal of the proximity wireless communication unit 316 It is checked whether a radio field is formed around the electronic module 300 by a radio frequency signal of a frequency band. Preferably, the activity check unit 385 recognizes the magnitude or change of the radio frequency signal received by the antenna unit 200 of the proximity wireless communication unit 316 to check whether a radio field is formed around the electronic module 300. I can.

When the electronic module 300 is provided with the activation check unit 385, the transmission unit 380 is the unique at the time when proximity wireless communication between the electronic module 300 and the wireless terminal 400 is activated. Authentication data including a code may be transmitted, and after transmitting the authentication data at a time when the proximity wireless communication is activated, it may be repeatedly transmitted a specified number of times at a specified time interval.

After the authentication data including the unique code is transmitted through the proximity wireless communication unit 316, the management unit 390 includes the sound input unit 312, the proximity wireless communication unit 316, the wireless network communication unit 336, and a short-range wireless communication unit. As a result of whether the unique code encoded in the authentication data through at least one of the communication units 332 is recognized through the proximity communication authentication module 470 provided in the program 420 of the wireless terminal 400, the wireless terminal Management information including at least one result among results of whether the program 420 of 400 has performed a specified operation may be received, and the received management information may be stored in a designated storage area of the memory unit 320. .

The management unit 390 stores, updates, and deletes management information stored in a designated storage area of the memory unit 320 (e.g., deletes management information that has passed a certain period), and according to an implementation method, the wireless network communication unit ( 336) and the short-range wireless communication unit 332 may be transmitted to a designated device or server through at least one communication unit for storage.

Referring to FIG. 3, the program 350 of the electronic module 300 interworking with the proximity communication authentication module 470 of FIG. 4 is a generator 360 that dynamically generates a one-time code having a specified structure according to a specified code generation rule. ), and a transmission unit 380 for transmitting authentication data including the generated one-time code to the wireless terminal 400 through the proximity wireless communication unit 316, and at least for dynamically generating the one-time code. A storage unit 355 for storing one static seed value in the memory unit 320 is provided, an imprint confirmation unit 375 for checking whether the touch unit 100 is imprinted according to an implementation method, and the proximity wireless communication It includes at least one of the activation confirmation units 385 to check whether the activation is activated, and according to the implementation method, among the sound input unit 312, the proximity wireless communication unit 316, the wireless network communication unit 336, and the short-range wireless communication unit 332 A management unit 390 for receiving management information related to operation of the touch unit 100 through at least one and storing it in a designated storage area of the memory unit 320 may be provided.

The storage unit 355 stores at least one static seed value to be used to dynamically generate the disposable code in the memory unit 320. Preferably, the static seed value is a time when the electronic module 300 is manufactured, a time when the electronic module 300 is mounted on the touch unit 100, and the electronic module 300 at the touch unit 100 It may be stored in the memory unit 320 at at least one of a time point initially set for use in a designated space after being mounted, and a time point at which the electronic module 300 is mounted and used in the touch unit 100. have.

According to the first seed storage method of the present invention, the static seed value may be stored in the memory unit 320 when the electronic module 300 is manufactured, and the storage unit 355 During the manufacturing process of the electronic module 300, the static seed value may be stored in the memory unit 320.

According to the second seed storage method of the present invention, the static seed value may be stored in the memory unit 320 when the electronic module 300 is mounted on the touch unit 100, and the storage unit ( 355 is a static seed value to be stored in the memory unit 320 from the outside through at least one of the proximity wireless communication unit 316, the user manipulation unit 328, the wireless network communication unit 336, and the short range wireless communication unit 332. The received or inputted static seed value may be stored in the memory unit 320.

According to the third seed storage method of the present invention, after the electronic module 300 is mounted in the touch unit 100, the memory unit 320 is stored at a time when the electronic module 300 is initially set or while the electronic module 300 is being used. The static seed value may be stored, and the storage unit 355 may be externally configured through at least one of the proximity wireless communication unit 316, the user operation unit 328, the wireless network communication unit 336, and the short-range wireless communication unit 332. A static seed value to be stored in the memory unit 320 may be received or input from, and the received or input static seed value may be stored in the memory unit 320.

The generation unit 360 includes a code generation algorithm for dynamically generating the disposable code according to a specified code generation rule, and is selected from among the stored one or more static seed values and dynamically determined dynamic seed values by periodic or designated events. One or more seed values are substituted into a designated code generation algorithm (eg, MD4, MD4, SHA, etc.) to dynamically generate a one-time code of a designated structure (eg, code length, number of digits, code structure, etc.). Preferably, the code generation rule may include at least one of a time synchronization method code generation rule and a challenge-response method code generation rule.

According to the first dynamic seed determination method of the present invention, the generation unit 360 checks a time value through a timer (not shown) built in the electronic module 300 and determines the time value (or the time value). A value processed in the form of a value) may be determined as the dynamic seed value.

According to the second dynamic seed determination method of the present invention, the generation unit 360 uses the sound input unit 312 to select devices around the touch unit 100 (for example, a POS terminal, a computer, a wireless terminal 400, etc.). Sound data (eg, sound data encoded in a DTMF format with a seed value or sound data encoded with a seed value) output from the input and interpreted may be determined as a dynamic seed value. Preferably, the seed value determined using the sound data may include at least one of a time value, a challenge value, and a dynamically generated value (eg, a value dynamically generated according to a specified procedure (or algorithm) of a specified device). .

According to the third dynamic seed determination method of the present invention, the generation unit 360 uses the proximity wireless communication unit 316 to provide a designated device (e.g., a POS terminal, a computer, a wireless terminal 400) around the touch unit 100. Etc.), and the seed value transmitted through proximity wireless communication may be received and determined as a dynamic seed value. Preferably, the seed value determined using the proximity wireless communication may include at least one of a time value, a challenge value, and a dynamic generation value.

According to the fourth dynamic seed determination method of the present invention, the generation unit 360 receives a seed value transmitted from a designated device or server through the wireless network communication unit 336 or the short-range wireless communication unit 332 to obtain a dynamic seed value. Can be determined by Preferably, the seed value determined using the wireless network communication unit 336 or the short-range wireless communication unit 332 may include at least one of a time value, a challenge value, and a dynamic generation value.

According to the extended implementation method of the present invention, when the value received from the outside through at least one of the proximity wireless communication unit 316, the wireless network communication unit 336, and the short-range wireless communication unit 332 is a dynamically generated value, the generation unit ( 360) generates a one-time code using the received dynamic generated value as a seed, or uses the received dynamic generated value as a one-time code without a separate one-time code generation procedure, or the received dynamic generated value Can be processed into a designated structure and used as a disposable cord.

The transmission unit 380 transmits authentication data including the disposable code to the wireless terminal 400 through the proximity wireless communication unit 316. The authentication data is periodically transmitted, or transmitted at the time when the touch unit 100 is imprinted on the touch panel of the wireless terminal 400, and/or is transmitted at the time of imprinting, and then the number of times specified at a specified time interval May be transmitted repeatedly. Repeating the transmission of the authentication data a specified number of times at a specified time interval is to increase the probability that the wireless terminal 400 recognizing the authentication data recognizes the one-time code included in the authentication data.

In order for the transmission unit 380 to transmit the authentication data at the time of imprinting of the touch unit 100, the imprint confirmation unit 375 determines whether the touch unit 100 is imprinted on the touch panel of the wireless terminal 400. Confirm. In order to check whether the touch unit 100 is imprinted on the touch panel, the electronic module 300 may include a sensor unit 340 or be connected to a sensor unit 340 provided in the touch unit 100. Preferably, the imprint confirmation unit 375 checks whether a pressing force is applied through the grip forming unit 105 through the sensor unit 340.

When the electronic module 300 includes the imprint verification unit 375, the transmission unit 380 may transmit authentication data including the disposable code at a time when the imprint of the touch unit 100 is confirmed. In addition, after transmitting the authentication data at the time of stamping, the authentication data may be repeatedly transmitted a specified number of times at a specified time interval.

In order to transmit a one-time code at the time when proximity wireless communication between the electronic module 300 and the wireless terminal 400 is activated, the activation confirmation unit 385 matches the radio frequency signal of the proximity wireless communication unit 316 It is checked whether a radio field is formed around the electronic module 300 by a radio frequency signal of a frequency band. Preferably, the activity check unit 385 recognizes the magnitude or change of the radio frequency signal received by the antenna unit 200 of the proximity wireless communication unit 316 to check whether a radio field is formed around the electronic module 300. I can.

When the electronic module 300 is provided with the activity check unit 385, the transmission unit 380 is the disposable device at the time when proximity wireless communication between the electronic module 300 and the wireless terminal 400 is activated. Authentication data including a code may be transmitted, and after transmitting the authentication data at a time when the proximity wireless communication is activated, it may be repeatedly transmitted a specified number of times at a specified time interval.

After the authentication data including the disposable code is transmitted through the proximity wireless communication unit 316, the management unit 390 includes the sound input unit 312, the proximity wireless communication unit 316, the wireless network communication unit 336, and a short-range wireless communication unit. As a result of whether the one-time code encoded in the authentication data through at least one of the communication units 332 is recognized through the proximity communication authentication module 470 provided in the program 420 of the wireless terminal 400, the wireless terminal Management information including at least one result among results of whether the program 420 of 400 has performed a specified operation may be received, and the received management information may be stored in a designated storage area of the memory unit 320. .

The management unit 390 stores, updates, and deletes management information stored in a designated storage area of the memory unit 320 (e.g., deletes management information that has passed a certain period), and according to an implementation method, the wireless network communication unit ( 336) and the short-range wireless communication unit 332 may be transmitted to a designated device or server through at least one communication unit for storage.

Meanwhile, according to the expanded implementation method of the present invention, the electronic module 300 interlocks with the sound authentication module 450 of FIG. 4 to process the designated sound authentication, and the camera authentication module of FIG. At least one of a screen output unit 324 that processes designated image authentication in connection with 460 and a short-range wireless communication unit 332 that processes designated short-range communication authentication in connection with the short-range communication authentication module 465 of FIG. Further comprising a configuration unit, a sound input unit 312 processing sound recognition for sound authentication according to an implementation method, a wireless network communication unit 336 for accessing a wireless network, and a user operation unit 328 for user manipulation. Can be equipped.

The sound output unit 308 is composed of a sound output unit such as a speaker or a buzzer provided in the electronic module 300 and a driving module that drives the sound output unit, and is connected to the control unit 304 by a bus. Among various calculation results, sound data corresponding to the calculation result corresponding to sound output is decoded, converted into a sound signal, and then output through the sound output device.

The sound input unit 312 is composed of a sound input unit such as a microphone provided in the electronic module 300 and a driving module that drives the sound input unit 312, and the sound data obtained by encoding a sound signal input through the sound input unit is transmitted. It is transmitted to the control unit 304.

The screen output unit 324 is composed of a screen output unit (eg, LCD (Liquid Crystal Display), electronic paper, etc.) provided in the electronic module 300 and a driving module driving the same, and various types of the control unit 304 Among the calculation results, the calculation result corresponding to the screen output is output to the screen output device.

The user control unit 328 is composed of a user input device provided in the electronic module 300 and a driving module that drives the same, and receives commands for commanding various operations of the control unit 304, or the control unit 304 It receives the data necessary for the operation of.

The short-range wireless communication unit 332 is a short-range communication module for connecting a communication session using a radio frequency signal as a communication medium within a certain distance, and preferably includes at least one of Wi-Fi communication, Bluetooth communication, and public wireless communication. have. The short-range wireless communication unit 332 may access a communication network through an access device (eg, a wireless access point (AP)) located in a short distance (eg, within 10 m).

The wireless network communication unit 336 is a generic term for a communication configuration for connecting the electronic module 300 to a wireless communication network, and includes at least an antenna, an RF module, a baseband module, and a signal processing module for transmitting and receiving radio frequency signals of a specific frequency band. It is configured to include one, and is connected to the control unit 304 by a bus to transmit an operation result corresponding to wireless communication among various operation results of the control unit 304 through wireless communication, or by receiving data through wireless communication. At the same time as the transmission to the control unit 304, the procedure of access, registration, communication, and handoff of the wireless communication is maintained.

According to an embodiment of the present invention, the wireless network communication unit 336 performs at least one of access to a mobile communication network, location registration, call processing, call connection, data communication, and handoff according to CDMA/WCDMA/LTE standards. Includes composition. Meanwhile, according to the intention of a person skilled in the art, the wireless network communication unit 336 may further include a portable Internet communication configuration that performs at least one access to the mobile Internet, location registration, data communication, and handoff according to IEEE 802.16 related standards. It should be clearly understood that the present invention is not limited by the wireless communication configuration provided by the wireless network communication unit 336. The electronic module 300 may include a USIM reader unit (not shown) for accessing a wireless communication network, and detach and detach a USIM for accessing a wireless communication network.

Referring to FIG. 3, the program 350 of the electronic module 300 interlocking with the sound authentication module 450 of FIG. 4 includes a storage unit 355 for storing a unique code designated in the memory unit 320, An encoding unit 365 for generating sound data by encoding the unique code according to a specified sound coding rule, and an output unit 370 for outputting sound data encoded with the unique code through the sound output unit 308. And, according to the implementation method, the touch unit 100 is provided with a stamp confirmation unit 375 for checking whether or not, according to the implementation method, a sound input unit 312, a proximity wireless communication unit 316, and a wireless network communication unit 336 are provided. ), a management unit 390 that receives management information related to the operation of the touch unit 100 through at least one of the short-range wireless communication unit 332 and stores it in a designated storage area of the memory unit 320.

The storage unit 355 stores a unique code of a designated code system in the memory unit 320. Preferably, the unique code is a time when the electronic module 300 is manufactured, a time when the electronic module 300 is mounted on the touch unit 100, and the electronic module 300 is placed on the touch unit 100 It may be stored in the memory unit 320 at at least one of a time point initially set for use in a designated space after being mounted, and a time point at which the electronic module 300 is mounted and used in the touch unit 100. .

According to the first code storage method of the present invention, the electronic module 300 may be manufactured in a state in which the unique code is stored in the memory unit 320 at the time the electronic module 300 is manufactured, and the storage unit 355 is During the manufacturing process of the module 300, the unique code may be stored in the memory unit 320.

According to the second code storage method of the present invention, the unique code may be stored in the memory unit 320 when the electronic module 300 is mounted on the touch unit 100, and the storage unit 355 ) Receives a unique code to be stored in the memory unit 320 from the outside through at least one of the proximity wireless communication unit 316, the user operation unit 328, the wireless network communication unit 336, and the short range wireless communication unit 332, or Upon receiving the input, the received or input unique code may be stored in the memory unit 320.

According to the third code storage method of the present invention, after the electronic module 300 is mounted in the touch unit 100, the memory unit 320 is stored at a time when the electronic module 300 is initially set or while the electronic module 300 is being used. The unique code may be stored, and the storage unit 355 is provided from the outside through at least one of the proximity wireless communication unit 316, the user operation unit 328, the wireless network communication unit 336, and the short range wireless communication unit 332. A unique code to be stored in the memory unit 320 may be received or input, and the received or input unique code may be stored in the memory unit 320.

The encoding unit 365 generates sound data obtained by encoding the unique code according to a specified sound encoding rule. The sound coding rule may include at least one of a DTMF coding rule and a sound code coding rule.

The DTMF encoding rules are ??1??~??9??, ??0??, ??#??, ??*?? As a general term for a rule for encoding a sound signal in an audible frequency band, preferably sound frequencies in the low frequency region (e.g. 697 Hz, 770 Hz, 852 Hz, 941 Hz) and sound in the high frequency region (e.g. 1209 Hz, 1336 Hz, 1477 Hz, 1633 Hz) Combining frequencies ??1??~??9??, ??0??, ??#??, ??*?? And so on. If the unique code is encoded as a DTMF signal, the unique code is ??1??~??9??, ??0??, ??#??, ??*?? It is preferable to have a designated code structure that can be indicated by or the like.

The sound code encoding rule is a generic term for encoding rules for inserting a bit string of specified data into a specified bit string of sound data encoded according to a specified sound encoding rule, and preferably the specified according to a data encoding rule matching the sound encoding rule. The data is encoded to generate a sound spreading code applicable to the sound encoding rule, and the generated sound spreading code is encoded into sound data according to the sound encoding rule to generate a sound code encoded with the designated data. It is preferable that the sound spreading code is encoded in a pseudo noise region, whereby the sound spreading code cannot be recognized by the sound recognition ability perceived by ordinary humans.

When sound data encoded with the unique code is generated through the encoding unit 365, the output unit 370 outputs the generated sound data through the sound output unit 308. The sound data is periodically output, or output at the time when the touch unit 100 is imprinted on the touch panel of the wireless terminal 400, and/or is output at the time of imprinting, and then the number of times specified at a specified time interval It can be output repeatedly. Repeating the output of the sound data a specified number of times at a specified time interval is to increase the probability that the wireless terminal 400 that recognizes the sound data recognizes the unique code encoded in the sound data.

In order for the output unit 370 to output sound data at the time point of the touch unit 100 being stamped, the stamp checking unit 375 determines whether the touch unit 100 is stamped on the touch panel of the wireless terminal 400. Confirm. In order to check whether the touch unit 100 is imprinted on the touch panel, the electronic module 300 may include a sensor unit 340 or be connected to a sensor unit 340 provided in the touch unit 100.

When the electronic module 300 includes the imprint verification unit 375, the output unit 370 may output sound data encoded with the unique code at a time when the imprint of the touch unit 100 is confirmed. In addition, the sound data may be output at the time of the stamping, and then may be repeatedly outputted at a specified time interval a specified number of times.

After the sound data encoded with the unique code is output through the sound output unit 308, the management unit 390 includes the sound input unit 312, the proximity wireless communication unit 316, the wireless network communication unit 336, and a short-range wireless communication unit. As a result of whether the unique code encoded in the sound data through at least one of the communication units 332 is recognized through the sound authentication module 450 provided in the program 420 of the wireless terminal 400, the wireless terminal ( Management information including at least one result among results of whether the program 420 of 400) has performed a specified operation may be received, and the received management information may be stored in a designated storage area of the memory unit 320.

The management unit 390 stores, updates, and deletes management information stored in a designated storage area of the memory unit 320 (e.g., deletes management information that has passed a certain period), and according to an implementation method, the wireless network communication unit ( 336) and the short-range wireless communication unit 332 may be transmitted to a designated device or server through at least one communication unit for storage.

Referring to FIG. 3, the program 350 of the electronic module 300 interlocking with the sound authentication module 450 of FIG. 4 includes a storage unit 355 for storing a sound pattern designated in the memory unit 320, An imprint checking unit 375 comprising an output unit 370 for outputting sound data encoded with the sound pattern through the sound output unit 308, and checking whether the touch unit 100 is imprinted according to an implementation method. And management related to the operation of the touch unit 100 through at least one of a sound input unit 312, a proximity wireless communication unit 316, a wireless network communication unit 336, and a short range wireless communication unit 332 according to an implementation method. A management unit 390 that receives information and stores it in a designated storage area of the memory unit 320 may be provided.

The storage unit 355 stores the designated sound pattern in the memory unit 320. Preferably, the sound pattern is a time when the electronic module 300 is manufactured, a time when the electronic module 300 is mounted on the touch unit 100, and the electronic module 300 is placed on the touch unit 100 It may be stored in the memory unit 320 at at least one of a time point initially set for use in a designated space after being mounted, and a time point at which the electronic module 300 is mounted and used in the touch unit 100. .

According to the first code storage method of the present invention, the sound pattern may be stored in the memory unit 320 when the electronic module 300 is manufactured, and the storage unit 355 is During the manufacturing process of the module 300, the sound pattern may be stored in the memory unit 320.

According to the second code storage method of the present invention, the sound pattern may be stored in the memory unit 320 when the electronic module 300 is mounted on the touch unit 100, and the storage unit 355 ) Receives a sound pattern to be stored in the memory unit 320 from the outside through at least one of the proximity wireless communication unit 316, the user manipulation unit 328, the wireless network communication unit 336, and the short-range wireless communication unit 332, or An input may be received, and the received or input sound pattern may be stored in the memory unit 320.

According to the third code storage method of the present invention, after the electronic module 300 is mounted in the touch unit 100, the memory unit 320 is stored at a time when the electronic module 300 is initially set or while the electronic module 300 is being used. The sound pattern may be stored, and the storage unit 355 is provided from the outside through at least one of the proximity wireless communication unit 316, the user operation unit 328, the wireless network communication unit 336, and the short range wireless communication unit 332. A sound pattern to be stored in the memory unit 320 may be received or input, and the received or input sound pattern may be stored in the memory unit 320.

The output unit 370 outputs sound data including the sound pattern through the sound output unit 308. The sound data is periodically output, or output at the time when the touch unit 100 is imprinted on the touch panel of the wireless terminal 400, and/or is output at the time of imprinting, and then the number of times specified at a specified time interval It can be output repeatedly. Repeating the output of the sound data a specified number of times at a specified time interval is to increase the probability that the wireless terminal 400 that recognizes the sound data recognizes the sound pattern encoded in the sound data.

In order for the output unit 370 to output sound data at the time point of the touch unit 100 being stamped, the stamp checking unit 375 determines whether the touch unit 100 is stamped on the touch panel of the wireless terminal 400. Confirm. In order to check whether the touch unit 100 is imprinted on the touch panel, the electronic module 300 may include a sensor unit 340 or be connected to a sensor unit 340 provided in the touch unit 100.

When the electronic module 300 is provided with the imprint confirmation unit 375, the output unit 370 may output sound data encoded with the sound pattern at a time when the imprint of the touch unit 100 is confirmed. In addition, the sound data may be output at the time of the stamping, and then may be repeatedly outputted at a specified time interval a specified number of times.

After sound data including a sound pattern is output through the sound output unit 308, the management unit 390 includes the sound input unit 312, a proximity wireless communication unit 316, a wireless network communication unit 336, and a short-range wireless communication unit. As a result of whether the sound pattern included in the sound data through at least one of the communication units 332 is recognized through the sound authentication module 450 provided in the program 420 of the wireless terminal 400, the wireless terminal ( Management information including at least one result among results of whether the program 420 of 400) has performed a specified operation may be received, and the received management information may be stored in a designated storage area of the memory unit 320.

The management unit 390 stores, updates, and deletes management information stored in a designated storage area of the memory unit 320 (e.g., deletes management information that has passed a certain period), and according to an implementation method, the wireless network communication unit ( 336) and the short-range wireless communication unit 332 may be transmitted to a designated device or server through at least one communication unit for storage.

Referring to FIG. 3, the program 350 of the electronic module 300 interworking with the sound authentication module 450 of FIG. 4 is a generator 360 that dynamically generates a one-time code of a specified structure according to a specified code generation rule. And, an encoding unit 365 for generating sound data by encoding the generated one-time code according to a specified sound coding rule, and an output unit for outputting sound data encoded with the one-time code through the sound output unit 308 And a storage unit 355 for storing at least one static seed value for dynamically generating the disposable code in the memory unit 320, and the touch unit 100 according to an implementation method It is provided with a stamp confirmation unit 375 for checking whether the stamp is imprinted, and the sound input unit 312, the proximity wireless communication unit 316, the wireless network communication unit 336, the short-range wireless communication unit 332 according to the implementation method. A management unit 390 may be provided that receives management information related to operation of the touch unit 100 and stores it in a designated storage area of the memory unit 320.

The storage unit 355 stores at least one static seed value to be used to dynamically generate the disposable code in the memory unit 320. Preferably, the static seed value is a time when the electronic module 300 is manufactured, a time when the electronic module 300 is mounted on the touch unit 100, and the electronic module 300 at the touch unit 100 It may be stored in the memory unit 320 at at least one of a time point initially set for use in a designated space after being mounted, and a time point at which the electronic module 300 is mounted and used in the touch unit 100. have.

According to the first seed storage method of the present invention, the static seed value may be stored in the memory unit 320 when the electronic module 300 is manufactured, and the storage unit 355 During the manufacturing process of the electronic module 300, the static seed value may be stored in the memory unit 320.

According to the second seed storage method of the present invention, the static seed value may be stored in the memory unit 320 when the electronic module 300 is mounted on the touch unit 100, and the storage unit ( 355 is a static seed value to be stored in the memory unit 320 from the outside through at least one of the proximity wireless communication unit 316, the user manipulation unit 328, the wireless network communication unit 336, and the short range wireless communication unit 332. The received or inputted static seed value may be stored in the memory unit 320.

According to the third seed storage method of the present invention, after the electronic module 300 is mounted in the touch unit 100, the memory unit 320 is stored at a time when the electronic module 300 is initially set or while the electronic module 300 is being used. The static seed value may be stored, and the storage unit 355 may be externally configured through at least one of the proximity wireless communication unit 316, the user operation unit 328, the wireless network communication unit 336, and the short-range wireless communication unit 332. A static seed value to be stored in the memory unit 320 may be received or input from, and the received or input static seed value may be stored in the memory unit 320.

The generation unit 360 includes a code generation algorithm for dynamically generating the disposable code according to a specified code generation rule, and is selected from among the stored one or more static seed values and dynamically determined dynamic seed values by periodic or designated events. One or more seed values are substituted into a designated code generation algorithm (eg, MD4, MD4, SHA, etc.) to dynamically generate a one-time code of a designated structure (eg, code length, number of digits, code structure, etc.). Preferably, the code generation rule may include at least one of a time synchronization method code generation rule and a challenge-response method code generation rule.

According to the first dynamic seed determination method of the present invention, the generation unit 360 checks a time value through a timer (not shown) built in the electronic module 300 and determines the time value (or the time value). A value processed in the form of a value) may be determined as the dynamic seed value.

According to the second dynamic seed determination method of the present invention, the generation unit 360 uses the sound input unit 312 to select devices around the touch unit 100 (for example, a POS terminal, a computer, a wireless terminal 400, etc.). Sound data (eg, sound data encoded in a DTMF format with a seed value or sound data encoded with a seed value) output from the input and interpreted may be determined as a dynamic seed value. Preferably, the seed value determined using the sound data may include at least one of a time value, a challenge value, and a dynamically generated value (eg, a value dynamically generated according to a specified procedure (or algorithm) of a specified device). .

According to the third dynamic seed determination method of the present invention, the generation unit 360 uses the proximity wireless communication unit 316 to provide a designated device (e.g., a POS terminal, a computer, a wireless terminal 400) around the touch unit 100. Etc.), and the seed value transmitted through proximity wireless communication may be received and determined as a dynamic seed value. Preferably, the seed value determined using the proximity wireless communication may include at least one of a time value, a challenge value, and a dynamic generation value.

According to the fourth dynamic seed determination method of the present invention, the generation unit 360 receives a seed value transmitted from a designated device or server through the wireless network communication unit 336 or the short-range wireless communication unit 332 to obtain a dynamic seed value. Can be determined by Preferably, the seed value determined using the wireless network communication unit 336 or the short-range wireless communication unit 332 may include at least one of a time value, a challenge value, and a dynamic generation value.

According to the extended implementation method of the present invention, when the value received from the outside through at least one of the proximity wireless communication unit 316, the wireless network communication unit 336, and the short-range wireless communication unit 332 is a dynamically generated value, the generation unit ( 360) generates a one-time code using the received dynamic generated value as a seed, or uses the received dynamic generated value as a one-time code without a separate one-time code generation procedure, or the received dynamic generated value Can be processed into a designated structure and used as a disposable cord.

The encoding unit 365 generates sound data obtained by encoding the generated disposable code according to a specified sound encoding rule. The sound coding rule may include at least one of a DTMF coding rule and a sound code coding rule.

The DTMF encoding rules are ??1??~??9??, ??0??, ??#??, ??*?? As a general term for a rule for encoding a sound signal in an audible frequency band, preferably sound frequencies in the low frequency region (e.g. 697 Hz, 770 Hz, 852 Hz, 941 Hz) and sound in the high frequency region (e.g. 1209 Hz, 1336 Hz, 1477 Hz, 1633 Hz) Combining frequencies ??1??~??9??, ??0??, ??#??, ??*?? And so on. If the one-time code is encoded with a DTMF signal, the one-time code generated by the generator 360 is ??1??~??9??, ??0??, ??#??, ??* ?? It is desirable to be created with a designated code structure that can be represented by a

The sound code encoding rule is a generic term for encoding rules for inserting a bit string of specified data into a specified bit string of sound data encoded according to a specified sound encoding rule, and preferably the specified according to a data encoding rule matching the sound encoding rule. The data is encoded to generate a sound spreading code applicable to the sound encoding rule, and the generated sound spreading code is encoded into sound data according to the sound encoding rule to generate a sound code encoded with the designated data. It is preferable that the sound spreading code is encoded in a pseudo noise region, whereby the sound spreading code cannot be recognized by the sound recognition ability perceived by ordinary humans.

When sound data encoded with the disposable code is generated through the encoding unit 365, the output unit 370 outputs the generated sound data through the sound output unit 308. The sound data is periodically output, or output at the time when the touch unit 100 is imprinted on the touch panel of the wireless terminal 400, and/or is output at the time of imprinting, and then the number of times specified at a specified time interval It can be output repeatedly. Repeating the output of the sound data a specified number of times at a specified time interval is to increase the probability that the wireless terminal 400 recognizing the sound data recognizes the one-off code encoded in the sound data.

In order for the output unit 370 to output sound data at the time point of the touch unit 100 being stamped, the stamp checking unit 375 determines whether the touch unit 100 is stamped on the touch panel of the wireless terminal 400. Confirm. In order to check whether the touch unit 100 is imprinted on the touch panel, the electronic module 300 may include a sensor unit 340 or be connected to a sensor unit 340 provided in the touch unit 100.

When the electronic module 300 includes the imprint verification unit 375, the output unit 370 may output sound data encoded with the disposable code at a time when the imprint of the touch unit 100 is confirmed. In addition, the sound data may be output at the time of the stamping, and then may be repeatedly outputted at a specified time interval a specified number of times.

After the sound data encoded with the disposable code is output through the sound output unit 308, the management unit 390 includes the sound input unit 312, the proximity wireless communication unit 316, the wireless network communication unit 336, and a short-range wireless communication unit. As a result of whether the one-time code encoded in the sound data through at least one of the communication units 332 is recognized through the sound authentication module 450 provided in the program 420 of the wireless terminal 400, the wireless terminal ( Management information including at least one result among results of whether the program 420 of 400) has performed a specified operation may be received, and the received management information may be stored in a designated storage area of the memory unit 320.

The management unit 390 stores, updates, and deletes management information stored in a designated storage area of the memory unit 320 (e.g., deletes management information that has passed a certain period), and according to an implementation method, the wireless network communication unit ( 336) and the short-range wireless communication unit 332 may be transmitted to a designated device or server through at least one communication unit for storage.

Referring to FIG. 3, the program 350 of the electronic module 300 interlocking with the camera authentication module 460 of FIG. 4 includes a storage unit 355 for storing a unique code designated in the memory unit 320, An encoding unit 365 for generating a code image by encoding the unique code according to a specified coding rule, and an output unit 370 for outputting a code image encoded with the unique code through the screen output unit 324 And, according to the implementation method, the touch unit 100 is provided with a stamp confirmation unit 375 for checking whether or not, according to the implementation method, a sound input unit 312, a proximity wireless communication unit 316, and a wireless network communication unit 336 are provided. , A management unit 390 that receives management information related to operation of the touch unit 100 through at least one of the short-range wireless communication unit 332 and stores it in a designated storage area of the memory unit 320.

The storage unit 355 stores a unique code of a designated code system in the memory unit 320. Preferably, the unique code is a time when the electronic module 300 is manufactured, a time when the electronic module 300 is mounted on the touch unit 100, and the electronic module 300 is placed on the touch unit 100 It may be stored in the memory unit 320 at at least one of a time point initially set for use in a designated space after being mounted, and a time point at which the electronic module 300 is mounted and used in the touch unit 100. .

According to the first code storage method of the present invention, the electronic module 300 may be manufactured in a state in which the unique code is stored in the memory unit 320 at the time the electronic module 300 is manufactured, and the storage unit 355 is During the manufacturing process of the module 300, the unique code may be stored in the memory unit 320.

According to the second code storage method of the present invention, the unique code may be stored in the memory unit 320 when the electronic module 300 is mounted on the touch unit 100, and the storage unit 355 ) Receives a unique code to be stored in the memory unit 320 from the outside through at least one of the proximity wireless communication unit 316, the user operation unit 328, the wireless network communication unit 336, and the short range wireless communication unit 332, or Upon receiving the input, the received or input unique code may be stored in the memory unit 320.

According to the third code storage method of the present invention, after the electronic module 300 is mounted in the touch unit 100, the memory unit 320 is stored at a time when the electronic module 300 is initially set or while the electronic module 300 is being used. The unique code may be stored, and the storage unit 355 is provided from the outside through at least one of the proximity wireless communication unit 316, the user operation unit 328, the wireless network communication unit 336, and the short range wireless communication unit 332. A unique code to be stored in the memory unit 320 may be received or input, and the received or input unique code may be stored in the memory unit 320.

The encoding unit 365 generates a code image obtained by encoding the unique code according to a designated encoding rule. The encoding rule may include at least one of a one-dimensional barcode encoding rule, a QR code encoding rule, a data matrix encoding rule, a maxicode encoding rule, and a PDF417 encoding rule.

When a code image in which the unique code is coded is generated through the encoding unit 365, the output unit 370 outputs the generated code image through the screen output unit 324. Meanwhile, in order to output a code image at the time of imprinting of the touch unit 100, the imprint checking unit 375 checks whether the touch unit 100 is imprinted on the touch panel of the wireless terminal 400. In order to check whether the touch unit 100 is imprinted on the touch panel, the electronic module 300 may include a sensor unit 340 or be connected to a sensor unit 340 provided in the touch unit 100.

When the electronic module 300 includes the imprint confirmation unit 375, the output unit 370 outputs a code image encoding the unique code at a time when the imprint of the touch unit 100 is confirmed. I can.

After the code image encoded with the unique code is output through the screen output unit 370, the management unit 390 includes the sound input unit 312, the proximity wireless communication unit 316, the wireless network communication unit 336, and a short-range wireless communication unit. As a result of whether the unique code encoded in the code image through at least one of the communication units 332 is recognized through the camera authentication module 460 provided in the program 420 of the wireless terminal 400, the wireless terminal ( Management information including at least one result among results of whether the program 420 of 400) has performed a specified operation may be received, and the received management information may be stored in a designated storage area of the memory unit 320.

The management unit 390 stores, updates, and deletes management information stored in a designated storage area of the memory unit 320 (e.g., deletes management information that has passed a certain period), and according to an implementation method, the wireless network communication unit ( 336) and the short-range wireless communication unit 332 may be transmitted to a designated device or server through at least one communication unit for storage.

Referring to FIG. 3, a program 350 of the electronic module 300 interlocking with the camera authentication module 460 of FIG. 4 includes a storage unit 355 for storing an image pattern designated in the memory unit 320, An imprint checking unit 375 having an output unit 370 for outputting a code image encoded with the image pattern through the screen output unit 324, and checking whether the touch unit 100 is imprinted according to an implementation method. And management related to the operation of the touch unit 100 through at least one of a sound input unit 312, a proximity wireless communication unit 316, a wireless network communication unit 336, and a short range wireless communication unit 332 according to an implementation method. A management unit 390 that receives information and stores it in a designated storage area of the memory unit 320 may be provided.

The storage unit 355 stores the designated image pattern in the memory unit 320. Preferably, the image pattern is a time when the electronic module 300 is manufactured, a time when the electronic module 300 is mounted on the touch unit 100, and the electronic module 300 is placed on the touch unit 100 It may be stored in the memory unit 320 at at least one of a time point initially set for use in a designated space after being mounted, and a time point at which the electronic module 300 is mounted and used in the touch unit 100. .

According to the first code storage method of the present invention, the electronic module 300 may be manufactured in a state in which the image pattern is stored in the memory unit 320 at the time the electronic module 300 is manufactured, and the storage unit 355 is During the manufacturing process of the module 300, the image pattern may be stored in the memory unit 320.

According to the second code storage method of the present invention, the image pattern may be stored in the memory unit 320 when the electronic module 300 is mounted on the touch unit 100, and the storage unit 355 ) Receives an image pattern to be stored in the memory unit 320 from the outside through at least one of the proximity wireless communication unit 316, the user manipulation unit 328, the wireless network communication unit 336, and the short-range wireless communication unit 332, or An input may be received, and the received or input image pattern may be stored in the memory unit 320.

According to the third code storage method of the present invention, after the electronic module 300 is mounted in the touch unit 100, the memory unit 320 is stored at a time when the electronic module 300 is initially set or while the electronic module 300 is being used. The image pattern may be stored, and the storage unit 355 may be configured from the outside through at least one of the proximity wireless communication unit 316, the user operation unit 328, the wireless network communication unit 336, and the short range wireless communication unit 332. An image pattern to be stored in the memory unit 320 may be received or input, and the received or input image pattern may be stored in the memory unit 320.

The output unit 370 outputs a pattern image including the image pattern through the screen output unit 324. Meanwhile, in order to output a pattern image at the time of imprinting of the touch unit 100, the imprint confirmation unit 375 checks whether the touch unit 100 is imprinted on the touch panel of the wireless terminal 400. In order to check whether the touch unit 100 is imprinted on the touch panel, the electronic module 300 may include a sensor unit 340 or be connected to a sensor unit 340 provided in the touch unit 100.

When the electronic module 300 includes the imprint confirmation unit 375, the output unit 370 may output a pattern image in which the image pattern is coded when the imprint of the touch unit 100 is confirmed. I can.

After the pattern image including the image pattern is output through the screen output unit 370, the management unit 390 includes the sound input unit 312, the proximity wireless communication unit 316, the wireless network communication unit 336, and a short-range wireless communication unit. As a result of whether the image pattern included in the pattern image through at least one of the communication units 332 is recognized through the camera authentication module 460 provided in the program 420 of the wireless terminal 400, the wireless terminal ( Management information including at least one result among results of whether the program 420 of 400) has performed a specified operation may be received, and the received management information may be stored in a designated storage area of the memory unit 320.

The management unit 390 stores, updates, and deletes management information stored in a designated storage area of the memory unit 320 (e.g., deletes management information that has passed a certain period), and according to an implementation method, the wireless network communication unit ( 336) and the short-range wireless communication unit 332 may be transmitted to a designated device or server through at least one communication unit for storage.

Referring to FIG. 3, the program 350 of the electronic module 300 interworking with the camera authentication module 460 of FIG. 4 is a generator 360 that dynamically generates a one-time code having a specified structure according to a specified code generation rule. And, an encoding unit 365 for generating a code image by encoding the generated one-time code according to a designated encoding rule, and an output unit 370 for outputting a code image encoded with the one-time code through the screen output unit 324 ), and includes a storage unit 355 for storing at least one static seed value for dynamically generating the disposable code in the memory unit 320, and whether the touch unit 100 is stamped according to an implementation method The touch unit is provided with an imprint confirmation unit 375 to check, and through at least one of a sound input unit 312, a proximity wireless communication unit 316, a wireless network communication unit 336, and a short range wireless communication unit 332 according to an implementation method. A management unit 390 may be provided to receive management information related to the operation of 100 and store it in a designated storage area of the memory unit 320.

The storage unit 355 stores at least one static seed value to be used to dynamically generate the disposable code in the memory unit 320. Preferably, the static seed value is a time when the electronic module 300 is manufactured, a time when the electronic module 300 is mounted on the touch unit 100, and the electronic module 300 at the touch unit 100 It may be stored in the memory unit 320 at at least one of a time point initially set for use in a designated space after being mounted, and a time point at which the electronic module 300 is mounted and used in the touch unit 100. have.

According to the first seed storage method of the present invention, the static seed value may be stored in the memory unit 320 when the electronic module 300 is manufactured, and the storage unit 355 During the manufacturing process of the electronic module 300, the static seed value may be stored in the memory unit 320.

According to the second seed storage method of the present invention, the static seed value may be stored in the memory unit 320 when the electronic module 300 is mounted on the touch unit 100, and the storage unit ( 355 is a static seed value to be stored in the memory unit 320 from the outside through at least one of the proximity wireless communication unit 316, the user manipulation unit 328, the wireless network communication unit 336, and the short range wireless communication unit 332. The received or inputted static seed value may be stored in the memory unit 320.

According to the third seed storage method of the present invention, after the electronic module 300 is mounted in the touch unit 100, the memory unit 320 is stored at a time when the electronic module 300 is initially set or while the electronic module 300 is being used. The static seed value may be stored, and the storage unit 355 may be externally configured through at least one of the proximity wireless communication unit 316, the user operation unit 328, the wireless network communication unit 336, and the short-range wireless communication unit 332. A static seed value to be stored in the memory unit 320 may be received or input from, and the received or input static seed value may be stored in the memory unit 320.

The generation unit 360 includes a code generation algorithm for dynamically generating the disposable code according to a specified code generation rule, and is selected from among the stored one or more static seed values and dynamically determined dynamic seed values by periodic or designated events. One or more seed values are substituted into a designated code generation algorithm (eg, MD4, MD4, SHA, etc.) to dynamically generate a one-time code of a designated structure (eg, code length, number of digits, code structure, etc.). Preferably, the code generation rule may include at least one of a time synchronization method code generation rule and a challenge-response method code generation rule.

According to the first dynamic seed determination method of the present invention, the generation unit 360 checks a time value through a timer (not shown) built in the electronic module 300 and determines the time value (or the time value). A value processed in the form of a value) may be determined as the dynamic seed value.

According to the second dynamic seed determination method of the present invention, the generation unit 360 uses the sound input unit 312 to select devices around the touch unit 100 (for example, a POS terminal, a computer, a wireless terminal 400, etc.). Sound data (eg, sound data encoded in a DTMF format with a seed value or sound data encoded with a seed value) output from the input and interpreted may be determined as a dynamic seed value. Preferably, the seed value determined using the sound data may include at least one of a time value, a challenge value, and a dynamically generated value (eg, a value dynamically generated according to a specified procedure (or algorithm) of a specified device). .

According to the third dynamic seed determination method of the present invention, the generation unit 360 uses the proximity wireless communication unit 316 to provide a designated device (e.g., a POS terminal, a computer, a wireless terminal 400) around the touch unit 100. Etc.), and the seed value transmitted through proximity wireless communication may be received and determined as a dynamic seed value. Preferably, the seed value determined using the proximity wireless communication may include at least one of a time value, a challenge value, and a dynamic generation value.

According to the fourth dynamic seed determination method of the present invention, the generation unit 360 receives a seed value transmitted from a designated device or server through the wireless network communication unit 336 or the short-range wireless communication unit 332 to obtain a dynamic seed value. Can be determined by Preferably, the seed value determined using the wireless network communication unit 336 or the short-range wireless communication unit 332 may include at least one of a time value, a challenge value, and a dynamic generation value.

According to the extended implementation method of the present invention, when the value received from the outside through at least one of the proximity wireless communication unit 316, the wireless network communication unit 336, and the short-range wireless communication unit 332 is a dynamically generated value, the generation unit ( 360) generates a one-time code using the received dynamic generated value as a seed, or uses the received dynamic generated value as a one-time code without a separate one-time code generation procedure, or the received dynamic generated value Can be processed into a designated structure and used as a disposable cord.

The encoding unit 365 generates a code image obtained by encoding the generated disposable code according to a designated encoding rule. The encoding rule may include at least one of a one-dimensional barcode encoding rule, a QR code encoding rule, a data matrix encoding rule, a maxicode encoding rule, and a PDF417 encoding rule.

When a code image in which the disposable code is encoded is generated through the encoding unit 365, the output unit 370 outputs the generated code image through the screen output unit 324. Meanwhile, in order to output a code image at the time of imprinting of the touch unit 100, the imprint checking unit 375 checks whether the touch unit 100 is imprinted on the touch panel of the wireless terminal 400. In order to check whether the touch unit 100 is imprinted on the touch panel, the electronic module 300 may include a sensor unit 340 or be connected to a sensor unit 340 provided in the touch unit 100.

When the electronic module 300 includes the imprint confirmation unit 375, the output unit 370 outputs a code image encoded with the one-time code when the imprint of the touch unit 100 is confirmed. I can.

After the code image encoded with the disposable code is output through the screen output unit 370, the management unit 390 includes the sound input unit 312, the proximity wireless communication unit 316, the wireless network communication unit 336, and a short-range wireless communication unit. As a result of whether the one-time code encoded in the code image through at least one of the communication units 332 is recognized through the camera authentication module 460 provided in the program 420 of the wireless terminal 400, the wireless terminal ( Management information including at least one result among results of whether the program 420 of 400) has performed a specified operation may be received, and the received management information may be stored in a designated storage area of the memory unit 320.

The management unit 390 stores, updates, and deletes management information stored in a designated storage area of the memory unit 320 (e.g., deletes management information that has passed a certain period), and according to an implementation method, the wireless network communication unit ( 336) and the short-range wireless communication unit 332 may be transmitted to a designated device or server through at least one communication unit for storage.

Referring to FIG. 3, the program 350 of the electronic module 300 interworking with the short-range communication authentication module 465 of FIG. 4 includes a storage unit 355 for storing a unique code designated in the memory unit 320 and , A transmission unit 380 for transmitting authentication data including the unique code to the wireless terminal 400 through the short-range wireless communication unit 332, and whether the touch unit 100 is stamped according to an implementation method The touch unit is provided with an imprint confirmation unit 375 to check, and through at least one of a sound input unit 312, a proximity wireless communication unit 316, a wireless network communication unit 336, and a short range wireless communication unit 332 according to an implementation method. A management unit 390 may be provided to receive management information related to the operation of 100 and store it in a designated storage area of the memory unit 320.

The storage unit 355 stores a unique code of a designated code system in the memory unit 320. Preferably, the unique code is a time when the electronic module 300 is manufactured, a time when the electronic module 300 is mounted on the touch unit 100, and the electronic module 300 is placed on the touch unit 100 It may be stored in the memory unit 320 at at least one of a time point initially set for use in a designated space after being mounted, and a time point at which the electronic module 300 is mounted and used in the touch unit 100. .

According to the first code storage method of the present invention, the electronic module 300 may be manufactured in a state in which the unique code is stored in the memory unit 320 at the time the electronic module 300 is manufactured, and the storage unit 355 is During the manufacturing process of the module 300, the unique code may be stored in the memory unit 320.

According to the second code storage method of the present invention, the unique code may be stored in the memory unit 320 when the electronic module 300 is mounted on the touch unit 100, and the storage unit 355 ) Receives a unique code to be stored in the memory unit 320 from the outside through at least one of the proximity wireless communication unit 316, the user operation unit 328, the wireless network communication unit 336, and the short range wireless communication unit 332, or Upon receiving the input, the received or input unique code may be stored in the memory unit 320.

According to the third code storage method of the present invention, after the electronic module 300 is mounted in the touch unit 100, the memory unit 320 is stored at a time when the electronic module 300 is initially set or while the electronic module 300 is being used. The unique code may be stored, and the storage unit 355 is provided from the outside through at least one of the proximity wireless communication unit 316, the user operation unit 328, the wireless network communication unit 336, and the short range wireless communication unit 332. A unique code to be stored in the memory unit 320 may be received or input, and the received or input unique code may be stored in the memory unit 320.

The transmission unit 380 transmits the authentication data including the unique code to the wireless terminal 400 through the short-range wireless communication unit 332. The authentication data is periodically transmitted, or transmitted at the time when the touch unit 100 is imprinted on the touch panel of the wireless terminal 400, and/or is transmitted at the time of imprinting, and then the number of times specified at a specified time interval May be transmitted repeatedly. Repeating the transmission of the authentication data a specified number of times at a specified time interval is to increase the probability that the wireless terminal 400 recognizing the authentication data recognizes the unique code included in the authentication data.

In order for the transmission unit 380 to transmit the authentication data at the time of imprinting of the touch unit 100, the imprint confirmation unit 375 determines whether the touch unit 100 is imprinted on the touch panel of the wireless terminal 400. Confirm. In order to check whether the touch unit 100 is imprinted on the touch panel, the electronic module 300 may include a sensor unit 340 or be connected to a sensor unit 340 provided in the touch unit 100.

When the electronic module 300 includes the imprint verification unit 375, the transmission unit 380 may transmit authentication data including the unique code when the imprint of the touch unit 100 is confirmed. In addition, after transmitting the authentication data at the time of stamping, the authentication data may be repeatedly transmitted a specified number of times at a specified time interval.

After the authentication data including the unique code is transmitted through the short-range wireless communication unit 332, the management unit 390 includes the sound input unit 312, a proximity wireless communication unit 316, a wireless network communication unit 336, and a short-range wireless communication unit. As a result of whether the unique code encoded in the authentication data through at least one of the communication units 332 is recognized through the short-range communication authentication module 465 provided in the program 420 of the wireless terminal 400, the wireless terminal Management information including at least one result among results of whether the program 420 of 400 has performed a specified operation may be received, and the received management information may be stored in a designated storage area of the memory unit 320. .

The management unit 390 stores, updates, and deletes management information stored in a designated storage area of the memory unit 320 (e.g., deletes management information that has passed a certain period), and according to an implementation method, the wireless network communication unit ( 336) and the short-range wireless communication unit 332 may be transmitted to a designated device or server through at least one communication unit for storage.

Referring to FIG. 3, the program 350 of the electronic module 300 interworking with the short-range communication authentication module 465 of FIG. 4 is a generator 360 that dynamically generates a one-time code having a specified structure according to a specified code generation rule. ), and a transmission unit 380 for transmitting authentication data including the generated one-time code to the wireless terminal 400 through the short-range wireless communication unit 332, and at least for dynamically generating the one-time code. A storage unit 355 for storing one static seed value in the memory unit 320 is provided, and an imprint confirmation unit 375 for checking whether the touch unit 100 is imprinted according to an implementation method is provided, and an implementation method According to the memory unit by receiving management information related to the operation of the touch unit 100 through at least one of the sound input unit 312, the proximity wireless communication unit 316, the wireless network communication unit 336, and the short range wireless communication unit 332 A management unit 390 may be provided to store the storage in a designated storage area of 320.

The storage unit 355 stores at least one static seed value to be used to dynamically generate the disposable code in the memory unit 320. Preferably, the static seed value is a time when the electronic module 300 is manufactured, a time when the electronic module 300 is mounted on the touch unit 100, and the electronic module 300 at the touch unit 100 It may be stored in the memory unit 320 at at least one of a time point initially set for use in a designated space after being mounted, and a time point at which the electronic module 300 is mounted and used in the touch unit 100. have.

According to the first seed storage method of the present invention, the static seed value may be stored in the memory unit 320 when the electronic module 300 is manufactured, and the storage unit 355 During the manufacturing process of the electronic module 300, the static seed value may be stored in the memory unit 320.

According to the second seed storage method of the present invention, the static seed value may be stored in the memory unit 320 when the electronic module 300 is mounted on the touch unit 100, and the storage unit ( 355 is a static seed value to be stored in the memory unit 320 from the outside through at least one of the proximity wireless communication unit 316, the user manipulation unit 328, the wireless network communication unit 336, and the short range wireless communication unit 332. The received or inputted static seed value may be stored in the memory unit 320.

According to the third seed storage method of the present invention, after the electronic module 300 is mounted in the touch unit 100, the memory unit 320 is stored at a time when the electronic module 300 is initially set or while the electronic module 300 is being used. The static seed value may be stored, and the storage unit 355 may be externally configured through at least one of the proximity wireless communication unit 316, the user operation unit 328, the wireless network communication unit 336, and the short-range wireless communication unit 332. A static seed value to be stored in the memory unit 320 may be received or input from, and the received or input static seed value may be stored in the memory unit 320.

The generation unit 360 includes a code generation algorithm for dynamically generating the disposable code according to a specified code generation rule, and is selected from among the stored one or more static seed values and dynamically determined dynamic seed values by periodic or designated events. One or more seed values are substituted into a designated code generation algorithm (eg, MD4, MD4, SHA, etc.) to dynamically generate a one-time code of a designated structure (eg, code length, number of digits, code structure, etc.). Preferably, the code generation rule may include at least one of a time synchronization method code generation rule and a challenge-response method code generation rule.

According to the first dynamic seed determination method of the present invention, the generation unit 360 checks a time value through a timer (not shown) built in the electronic module 300 and determines the time value (or the time value). A value processed in the form of a value) may be determined as the dynamic seed value.

According to the second dynamic seed determination method of the present invention, the generation unit 360 uses the sound input unit 312 to select devices around the touch unit 100 (for example, a POS terminal, a computer, a wireless terminal 400, etc.). Sound data (eg, sound data encoded in a DTMF format with a seed value or sound data encoded with a seed value) output from the input and interpreted may be determined as a dynamic seed value. Preferably, the seed value determined using the sound data may include at least one of a time value, a challenge value, and a dynamically generated value (eg, a value dynamically generated according to a specified procedure (or algorithm) of a specified device). .

According to the third dynamic seed determination method of the present invention, the generation unit 360 uses the proximity wireless communication unit 316 to provide a designated device (e.g., a POS terminal, a computer, a wireless terminal 400) around the touch unit 100. Etc.), and the seed value transmitted through proximity wireless communication may be received and determined as a dynamic seed value. Preferably, the seed value determined using the proximity wireless communication may include at least one of a time value, a challenge value, and a dynamic generation value.

According to the fourth dynamic seed determination method of the present invention, the generation unit 360 receives a seed value transmitted from a designated device or server through the wireless network communication unit 336 or the short-range wireless communication unit 332 to obtain a dynamic seed value. Can be determined by Preferably, the seed value determined using the wireless network communication unit 336 or the short-range wireless communication unit 332 may include at least one of a time value, a challenge value, and a dynamic generation value.

According to the extended implementation method of the present invention, when the value received from the outside through at least one of the proximity wireless communication unit 316, the wireless network communication unit 336, and the short-range wireless communication unit 332 is a dynamically generated value, the generation unit ( 360) generates a one-time code using the received dynamic generated value as a seed, or uses the received dynamic generated value as a one-time code without a separate one-time code generation procedure, or the received dynamic generated value Can be processed into a designated structure and used as a disposable cord.

The transmission unit 380 transmits the authentication data including the disposable code to the wireless terminal 400 through the short-range wireless communication unit 332. The authentication data is periodically transmitted, or transmitted at the time when the touch unit 100 is imprinted on the touch panel of the wireless terminal 400, and/or is transmitted at the time of imprinting, and then the number of times specified at a specified time interval May be transmitted repeatedly. Repeating the transmission of the authentication data a specified number of times at a specified time interval is to increase the probability that the wireless terminal 400 recognizing the authentication data recognizes the one-time code included in the authentication data.

In order for the transmission unit 380 to transmit the authentication data at the time of imprinting of the touch unit 100, the imprint confirmation unit 375 determines whether the touch unit 100 is imprinted on the touch panel of the wireless terminal 400. Confirm. In order to check whether the touch unit 100 is imprinted on the touch panel, the electronic module 300 may include a sensor unit 340 or be connected to a sensor unit 340 provided in the touch unit 100.

When the electronic module 300 includes the imprint verification unit 375, the transmission unit 380 may transmit authentication data including the disposable code at a time when the imprint of the touch unit 100 is confirmed. In addition, after transmitting the authentication data at the time of the stamping, the authentication data may be repeatedly transmitted a specified number of times at a specified time interval.

After the authentication data including the disposable code is transmitted through the short-range wireless communication unit 332, the management unit 390 includes the sound input unit 312, the proximity wireless communication unit 316, the wireless network communication unit 336, and the short-range wireless As a result of whether the one-time code encoded in the authentication data through at least one of the communication units 332 is recognized through the short-range communication authentication module 465 provided in the program 420 of the wireless terminal 400, the wireless terminal Management information including at least one result among results of whether the program 420 of 400 has performed a specified operation may be received, and the received management information may be stored in a designated storage area of the memory unit 320. .

The management unit 390 stores, updates, and deletes management information stored in a designated storage area of the memory unit 320 (e.g., deletes management information that has passed a certain period), and according to an implementation method, the wireless network communication unit ( 336) and the short-range wireless communication unit 332 may be transmitted to a designated device or server through at least one communication unit for storage.

FIG. 4 is a diagram showing a functional configuration of a wireless terminal 400 and a program 420 according to an exemplary method of the present invention.

In more detail, FIG. 4 shows a designated number of touch units 135 to which the touch unit 100 shown in FIG. 1 is touched through the touch unit 100 through the touch screen 405 of the wireless terminal 400 in a stamped manner. ), which shows the functional configuration of the program 420 for recognizing and/or authenticating and the configuration of the wireless terminal 400 for driving the same, and those of ordinary skill in the art to which the present invention pertains, see FIG. 4 Various implementation methods for the function of the wireless terminal 400 may be inferred by reference and/or modification, but the present invention includes all of the inferred implementation methods, and only the implementation methods shown in FIG. The technical features are not limited. The present invention includes an embodiment in which the touch unit 100 of FIG. 1 is touched on one side of the wireless terminal 400 on which the proximity wireless communication unit 412 is provided in addition to the touch screen 405, in which case touch recognition Proximity wireless communication authentication may be performed independently of.

Referring to Fig. 4, the wireless terminal 400 includes a control unit 401, a memory unit 415, a screen output unit 403, a touch input unit 404, a key input unit 402, and a sound output unit 406. And a sound input unit 407, a camera unit 408, a wireless network communication unit 411, a short range wireless communication unit 410, a proximity wireless communication unit 412, a location positioning unit 413, a USIM reader unit 414, and a USIM. And a battery 409 for supplying power. The wireless terminal 400 of the present invention is a generic term for a wireless communication device capable of wireless communication and a touch input, and preferably includes at least one of a smart phone, a mobile phone, and a tablet PC.

The control unit 401 is a generic term for a configuration that controls the operation of the wireless terminal 400, and includes at least one processor and an execution memory, and each component and a bus provided in the wireless terminal 400 ( BUS). According to the present invention, the control unit 401 loads at least one program code provided in the wireless terminal 400 into an execution memory through the processor and calculates the result, and the result is transferred to at least one component unit through the bus. Transfer to control the operation of the wireless terminal 400. Hereinafter, for convenience, the configuration of the program 420 of the present invention implemented in the form of a program code will be illustrated and described in the control unit 401.

The memory unit 415 is a generic term for a nonvolatile memory corresponding to a storage resource provided in the wireless terminal 400, and includes at least one program code executed by the control unit 401 and at least one program code used by the program code. One dataset is stored and maintained. The memory unit 415 basically includes a system program code and a system data set corresponding to the operating system of the wireless terminal 400, a communication program code and a communication data set for processing wireless communication connection of the wireless terminal 400, and at least One application program code and application data set are stored, and a program code and data set corresponding to the program 420 of the present invention are also stored in the memory unit 415.

The screen output unit 403 is composed of a display (eg, a liquid crystal display (LCD)) corresponding to an output resource provided in the wireless terminal 400 and a driving module that drives the display, and the control unit 401 and the bus It is connected to and outputs an operation result corresponding to the screen output among various operation results of the control unit 401 to the display.

The touch input unit 404 includes a touch panel made of a transparent material corresponding to an input resource provided in the wireless terminal 400 and a driving module that drives the touch panel, and is connected to the control unit 401 by a bus to the screen output unit. A touch input value corresponding to a specific coordinate area mapped to the interface screen output through 403 is input and transmitted to the control unit 401, and the control unit 401 matches the touch input value and the interface screen to be designated. The command is confirmed or data required for calculation of the control unit 401 is derived. Preferably, the touch input unit 404 includes a capacitive touch panel supporting capacitive touch. The touch input unit 404 is combined with the screen output unit 403 to implement a touch screen 405 provided in the wireless terminal 400.

Capacitive touch recognizes a touch by sensing a change in charge caused by static electricity. When a person's finger touches the capacitive touch panel, a change in electric charge occurs on the capacitive touch panel due to static electricity in the human body, and the coordinates where the electric charge change occurs based on the coordinate system set in the capacitive touch panel. By checking, it becomes possible to recognize the touch point. Meanwhile, the coordinates at which the phone change occurs due to such a touch is formed in the form of a coordinate area rather than being recognized as a coordinate point on a coordinate system set in the corresponding capacitive touch panel. That is, when a user's finger is used to touch the capacitive touch panel, since a certain area is formed between the human finger and the touch panel, the change of the phone is formed in the form of a coordinate area on the coordinate system set in the capacitive touch panel. . Preferably, the capacitive touch can recognize a touch point by reading a scalar in such a coordinate area. For example, the touch input unit 404 may recognize, as a touch point, a center value of coordinate values in which an amount of charge equal to or greater than a reference value designated by capacitive touch has changed.

According to an exemplary embodiment of the present invention, the touch input unit 404 supports multi-touch for recognizing a plurality of touch points through a capacitive touch panel. Here, the multi-touch refers to a touch in which the number of touch points recognizable through the touch input unit 404 is two or more. That is, the touch input unit 404 may recognize that there are two or more coordinate regions in which electric charges have changed on the capacitive touch panel as respective touch points. On the other hand, the touch method of the touch input unit 404 is by no means limited to the capacitive touch, and if a touch method that supports multiple touches, it is clear that various touch methods other than capacitive touch can be applied.

According to an exemplary embodiment of the present invention, the touch input unit 404 distinguishes two or more different touch points touched on the touch panel to support multiple touches and recognizes them as different touch points. The discrimination recognition distance may be set. That is, since the capacitive touch recognizes a coordinate region in which a change in electric charge has occurred, it becomes difficult to determine a boundary between each coordinate region and the coordinate region when two or more coordinate regions are adjacent. In order to solve this problem, the touch input unit 404 may set a minimum discrimination recognition distance for dividing each coordinate area into different coordinate areas in order to determine a boundary between each coordinate area and the coordinate area. The minimum discrimination recognition distance may be set as a length unit of a designated metrology type, or may be set as a coordinate distance on a coordinate system set on a touch panel. For example, when the minimum discrimination recognition distance is set to 1.5 cm or more, the touch input unit 404 does not distinguish between different touch points even if two or more touch inputs are recognized at a distance of less than 1.5 cm through the touch panel. It can be recognized as a single touch point.

According to an embodiment of the present invention, the touch input unit 404 may set the maximum number of M (M≥2) recognizable multiple touch points among a plurality of touch points touched on the touch panel to support multiple touches. I can. That is, since the entire coordinate area of the touch panel is limited to within the display size and the touch points are recognized based on the coordinate area, the number of recognizable touch points within the limited total coordinate area may be limited to within a specific number. For example, when the maximum number of multiple touches of the touch input unit 404 is set to 11 or less, the touch input unit 404 can recognize up to 11 touch points through the touch panel, but the 12th touch point May not be recognized.

According to an exemplary method of the present invention, the touch input unit 404 may set a minimum touch recognition area that can be recognized as an effective touch input for one touch. That is, since the capacitive touch recognizes the coordinate area where the electric charge has changed, the minimum area of the coordinate area to be recognized as an effective touch is required according to the touch recognition sensitivity. The smaller the minimum touch recognition area is, the higher the touch recognition sensitivity is, but on the contrary, since the area required for touch recognition decreases, the probability of misrecognition increases. On the other hand, as the minimum touch recognition area increases, the touch recognition sensitivity decreases, but conversely, since the area required for touch recognition increases, the probability of misrecognition increases. Preferably, the touch input unit 404 recognizes as an effective touch input when an area touched on the touch panel is greater than or equal to the minimum touch recognition area, but otherwise, it may not be recognized as an effective touch input. The minimum touch recognition area may be set in an area unit of a designated metrology type, or a coordinate area on a coordinate system set on the touch panel. For example, when the minimum touch recognition area is set to be 0.5 cm 2 or more, the touch input unit 404 may not recognize a touch whose area touched through the touch panel is less than 0.5 cm 2.

According to an exemplary embodiment of the present invention, the touch input unit 404 may set a maximum touch recognition area that can be recognized as an effective touch input for one touch. That is, since the capacitive touch recognizes the coordinate area where the electric charge has changed, the electric charge can be changed by burning the touch panel on a person's cheek or placing a palm on the touch panel or touching it. However, there is a high probability that such a change in electric charge occurs while performing other actions, not actually for touch input. Accordingly, the touch input unit 404 may have a maximum touch recognition area set in order to process an exception from the touch input even if such a change in charge occurs.

The key input unit 402 is composed of at least one component of a key button, a keypad, and a keyboard corresponding to an input resource provided in the wireless terminal 400, and a driving module that drives the same, and the control unit 401 and the bus It is connected to input a command to command various operations of the control unit 401, or input data necessary for the operation of the control unit 401.

The sound output unit 406 is composed of a speaker corresponding to an output resource provided in the wireless terminal 400 and a driving module for driving the speaker, and is connected to the control unit 401 by a bus to the control unit 401 Among the various calculation results of, the calculation result corresponding to the sound output is output through the speaker. The driving module decodes sound data to be output through the speaker and converts it into a sound signal.

The sound input unit 407 is composed of a microphone corresponding to an input resource provided in the wireless terminal 400 and a driving module for driving the microphone, and transmits sound data input through the microphone to the control unit 401 do. The driving module encodes and encodes the sound signal input through the microphone.

The camera unit 408 includes an optical unit, a charge coupled device (CCD), and a driving module that drives the same, and acquires bitmap data input to the CCD through the optical unit. The bitmap data may include both image data of a still image and video data.

The wireless network communication unit 411 and the short-range wireless communication unit 410 are communication resources provided in the wireless terminal 400, and the wireless network communication unit 411 accesses a wireless communication network through a base station, and the short-range wireless communication unit ( 410) accesses a short-range communication device or a wireless AP (Access Point) located in a short distance.

The wireless network communication unit 411 is a generic term for a communication configuration for connecting the wireless terminal 400 to wireless communication, and includes at least an antenna, an RF module, a baseband module, and a signal processing module for transmitting and receiving radio frequency signals of a specific frequency band. It is configured to include one, and is connected to the control unit 401 by a bus to transmit an operation result corresponding to wireless communication among various operation results of the control unit 401 through wireless communication, or by receiving data through wireless communication. At the same time as the transmission to the control unit 401, the procedure of access, registration, communication, and handoff of the wireless communication is maintained. According to the present invention, the wireless network communication unit 411 may connect the wireless terminal 400 to a telephone communication network including a telephone call channel and a data channel through an exchange, and in some cases, without going through the exchange. It can connect to a data network that provides packet communication-based wireless network data communication.

According to an embodiment of the present invention, the wireless network communication unit 411 performs at least one of access to a mobile communication network, location registration, call processing, call connection, data communication, and handoff according to CDMA/WCDMA/LTE standards. Includes composition. However, the communication standard applied to the wireless network communication unit 411 can be variously modified according to the type of wireless network to which the wireless terminal 400 is connected, and the present invention includes all of the above-described modified implementation methods. For example, the wireless network communication unit 411 may include a portable Internet communication configuration that performs at least one connection to the portable Internet, location registration, data communication, and handoff according to IEEE 802.16 related standards. As a result, it is obvious that the present invention is not limited by the type of wireless network to which the wireless network communication unit 411 accesses or a wireless communication configuration implementing the same.

The short-range wireless communication unit 410 is a communication module that connects a communication session using a radio frequency signal as a communication medium within a certain distance, and may preferably include at least one of Wi-Fi communication, Bluetooth communication, and public wireless communication. . According to an exemplary embodiment of the present invention, the short-range wireless communication unit 410 may be integrated with the wireless network communication unit 411. According to the present invention, the short-range wireless communication unit 410 connects the wireless terminal 400 to a data network providing packet communication-based short-range wireless data communication through a wireless access point (AP).

The proximity wireless communication unit 412 is a communication module that processes proximity wireless communication according to the NFC (Near Field Communication) standard, preferably using a 13.56Mz frequency band at a close distance of about 10cm, half-duplex or full-duplex proximity wireless Provide communication. According to one embodiment of the present invention, the proximity wireless communication unit 412 may be integrated with the short-range wireless communication unit 410.

The position positioning unit 413 is composed of a GPS positioning module for positioning the moving position of the wireless terminal 400, and receives satellite signals transmitted from at least three or more GPS satellites orbiting the earth, and the wireless terminal ( 400) is calculated. Meanwhile, according to another embodiment of the present invention, the location positioning unit 413 connects with a positioning device on a communication network associated with at least two or more base stations (or access points), and the wireless terminal 400 and the base station (or access point) It may include a terrestrial positioning module for positioning the location of the wireless terminal 400 in a terrestrial positioning method using the inter-frequency arrival time (or arrival angle).

The USIM reader unit 414 is a generic term for exchanging at least one data set with a Universal Subscriber Identity Module mounted or detached from the wireless terminal 400 based on the ISO/IEC 7816 standard. As a result, the data set is exchanged in a half-duplex communication method through an application protocol data unit (APDU).

The USIM is a SIM-type card equipped with an IC chip according to the ISO/IEC 7816 standard, an input/output interface including at least one contact point connected to the USIM reader 414, and at least one IC chip program code And an IC chip memory for storing the data set, and the IC chip program code according to at least one command transmitted from the wireless terminal 400 connected to the input/output interface, or extracting (or processing) the data set It includes a processor that transmits to the input/output interface.

The program 420 of the present invention may be downloaded from a program 420 providing server (eg, Apple's App Store, etc.) through a data network to which the communication resource is accessible, and stored in the memory unit 415. The downloaded program 420 operates in conjunction with a designated operation server 700, and is activated according to a specified procedure when the operation of the wireless terminal 400 is switched from an inactive state to an activated state, and is activated by a touch screen ( 405). Depending on the implementation method, the program 420 may be released as a built-in basic application of the wireless terminal 400.

Referring to Fig. 4, the program 420 includes a member module 425 that processes membership registration or member authentication for a user, a program authentication module 430 that authenticates the validity of the program 420, and a touch screen ( A touch recognition module 435 that checks whether a stamping type touch using the designated touch unit 100 is recognized through 405, a touch authentication module 440 that authenticates the validity of the recognized stamping type touch, and the wireless terminal 400 A dynamic authentication module 445 that performs dynamic authentication of at least one or two or more of sound authentication, location authentication, image recognition authentication, short-distance communication authentication, and proximity communication authentication combined with a press recognition touch using resources provided in It includes at least one designated program module among the service modules 475 that process to provide a designated touch-based service based on the touch screen 405 when the touch screen 405 is recognized or authenticated. Here, each of the program modules is named to describe the functional configuration of the program 420, and does not limit that the program 420 is actually modularized into the above-described program module. That is, even if the program 420 mounted on the wireless terminal 400 is implemented in any form, if a functional configuration corresponding to the above-described program module is implemented, it is determined that the scope of the present invention is violated. Meanwhile, it should be noted that some of the program modules may be omitted or modified by a person skilled in the art depending on the implementation method, and the present invention includes such omissions or modifications as the scope of the rights.

According to an embodiment of the present invention, the dynamic authentication module 445 includes a sound authentication module 450 that performs sound authentication combined with the touch authentication, and a location authentication module 455 that performs location authentication combined with the touch authentication. ), a camera authentication module 460 for performing camera authentication combined with the touch authentication, a short-range communication authentication module 465 performing short-range communication authentication combined with the touch authentication, and proximity communication combined with the touch authentication (e.g. , NFC, etc.) of the proximity communication authentication module 470 performing authentication, it may include at least one authentication module or two or more authentication modules.

The touch recognition module 435 and the touch authentication module 440 identify a specific authentication target (eg, a specific affiliate store, a specific app, a specific card, etc.) matched with the designated touch unit 100 and at the same time If it is a program module for primary authentication of validity, the dynamic authentication module 445 may be defined as a program module for secondary authentication of a specific authentication target identified by the touch recognition module 435 and the touch authentication module 440. have. Depending on the implementation method, the authentication of the present invention may be performed only by identification and primary authentication of a specific authentication target using the touch recognition module 435 and the touch authentication module 440, or identification and primary authentication of the authentication target and Secondary authentication using the dynamic authentication module 445 can be highly accomplished in a combined form.

5A is a diagram showing a functional configuration of the member module 425 of the program 420 according to an embodiment of the present invention.

Referring to Figure 5a, the member module 425 of the program 420 is a procedure for joining a user of the wireless terminal 400 as a member by accessing a designated operation server 700 through a data network to which the communication resource is accessible. A member sign-up procedure unit 502 performs a member registration procedure, and a member authentication procedure unit 504 performs an authentication procedure for a user registered as a member. Meanwhile, if a service can be provided without member authentication based on program authentication using the program authentication module 430, the member module 425 may be omitted.

The member registration procedure unit 502 is a generic term for a configuration unit within the program authentication that is linked with the member registration procedure performed in the operation server 700 that is linked with the program authentication, and user information for registering a user as a member through the screen output unit (Eg, name, social security number, IPIN information, etc.) and/or an interface for inputting a member account is output, and user information and/or a member account are input from the user through the interface.

According to the implementation method of the present invention, the program authentication includes communication connection macro information for accessing the designated operation server 700 through a data network to which the communication resource is accessible, and the member registration procedure unit 502 By transmitting the input user information and/or a member account through a data network based on the connection macro information, the member registration procedure of the designated operation server 700 is processed to be performed. Preferably, the membership registration procedure may be performed in connection with a procedure for authenticating the validity of the program authentication.

When a member of the user is required according to a specified policy, the member authentication procedure unit 504 outputs an interface for inputting a member account of the user, and transmits the user's member account to the designated operation server 700 through the interface. By transmitting the input member account, the member authentication procedure of the designated operation server 700 is processed to be performed. Preferably, the member authentication procedure may be performed in connection with a procedure for authenticating the validity of the program authentication.

5B is a diagram showing a functional configuration of a program authentication module 430 for program authentication according to an exemplary method of the present invention.

5B, the program authentication module 430 of the program authentication is a program authentication procedure unit 506 that performs a procedure for authenticating the validity of the program authentication through at least one communication network to which the communication resource is accessible. And the program authentication procedure unit 506 is a terminal-side procedure of program authentication performed by the designated operation server 700 through at least one or two or more communication networks of a data network and a telephone communication network to which the communication resource is accessible. By performing, the validity of the program authentication is authenticated with the designated operation server 700. According to the implementation method of the present invention, the process of authenticating the validity of the program authentication is performed by performing an encryption/decryption communication process agreed in advance between the program authentication and the operation server 700, and for convenience, detailed information on the encryption/decryption process Description will be omitted.

According to the first program authentication method of the present invention, the program authentication can be downloaded through the program 420 providing server in a state in which a unique value for identifying that the program is operated by the designated operation server 700 is set. In this case, the program authentication procedure unit 506 transmits the unique value to the designated operation server 700, or undergoes a key exchange procedure according to the designated key exchange protocol with the designated operation server 700 based on the unique value. As a result, it is possible to certify that the program 420 is a program operated by the designated operation server 700.

According to the second program authentication method of the present invention, after the program 420 is downloaded through the program 420 providing server, a token value that uniquely identifies the program 420 on the data network according to a specified procedure (for example, , Device tokens allocated by Apple's APNS, etc.) may be allocated. In this case, the program authentication procedure unit 506 may authenticate that the program 420 is a program operated by the designated operation server 700 by transmitting the token value to the designated operation server 700 according to the designated path. have.

According to the third program authentication method of the present invention, the program 420 constructs hash information by hashing at least one file corresponding to the program 420 according to a specified hash algorithm, and assigns the hash information to a designated operation server. By transmitting to 700, it is possible to certify that the program 420 is a valid program operated by the designated operation server 700. Meanwhile, the program authentication procedure unit 506 may configure hash information by further using a key value determined internally in the process of configuring the hash information or exchanged with the designated operation server 700.

According to the fourth program authentication method of the present invention, the program 420 is downloaded through the program 420 providing server or downloaded through the program 420 providing server with a certificate for performing a designated authentication procedure mounted thereon. After that, the certificate can be loaded according to the designated certificate issuance or roaming procedure. In this case, the program authentication procedure unit 506 selectively uses at least one key value set in the certificate, a key exchange protocol, and an encryption/decryption rule according to an authentication procedure defined in the certificate, and the program 420 is designated. It can be authenticated that the program is operated by the operation server 700. The certificate may include at least one of a certificate of a designated operation server 700 or a certificate of a user who uses the program 420.

According to the fifth program authentication method of the present invention, when the wireless terminal 400 receives the authentication number sent from the operation server 700 through the message exchange protocol of the telephone communication network, the received authentication number is input and the By transmitting to the designated operation server 700 through a data network, it is possible to authenticate that the program 420 is a program operated by the designated operation server 700.

According to the sixth program authentication method of the present invention, the program authentication procedure unit 506 selects the program from the operation server 700 designated through an authentication method that selectively combines one or more of the first to fifth program authentication methods. It is possible to verify the effectiveness of (420), whereby the present invention is not limited.

At a designated point in time before, during, or after the process of performing the first to sixth program authentication methods, the program authentication procedure unit 506 includes a memory unit of the wireless terminal 400 or a secure element (SE), a wireless terminal ( 400), unique information stored in at least one secure storage area among built-in chips of USIM (Universal Subscriber Identify Module), IC (Integrated Circuit) chip, external memory (eg, SD memory, etc.) mounted or detached, or the In the process of accessing or maintaining the designated communication network through the wireless network communication unit, the wireless terminal 400 transmits the unique information allocated by the resources of the communication company to the designated operation server 700, thereby the operation server in which the program 420 is designated. It is possible to simultaneously authenticate that the program 420 is running in the wireless terminal 400 while being a program operated by 700.

5C is a diagram illustrating a functional configuration of the touch recognition module 435 of the program 420 according to an exemplary embodiment of the present invention.

In more detail, FIG. 5C shows the functional configuration of the touch recognition module 435 for recognizing n touch points corresponding to a specified number or more as a press recognition touch, and having ordinary knowledge in the technical field to which the present invention belongs. If grown, various implementation methods for the touch recognition module 435 (e.g., some components are omitted, subdivided, or combined implementation methods) can be inferred by referring and/or modifying this drawing 5c. The present invention includes all of the above inferred implementation methods, and the technical features thereof are not limited only by the implementation method shown in FIG. 5C.

Referring to Fig. 5c, the touch recognition module 435 of the program 420 includes a touch area display unit 508 that displays a touch area for receiving n touch points forming a designated geometric structure through a touch input unit. Equipped. Meanwhile, the program 420 (or at least the touch recognition module 435) of the present invention operates in a TSR (Terminate and Stay Resident) form that does not occupy the touch screen 405, or the lock screen of the wireless terminal 400 As a processor corresponding to at least one of an idle screen and a background screen, it is possible to omit the touch area display unit 508 when various touches through the touch input unit are recognized through an operating system without occupying a screen output unit.

The touch area display unit 508 displays a touch area for receiving n touch points in a designated area on the touch screen 405. The touch area is displayed as an area larger than the area formed by the geometric structure of the n touch points, and it is preferable that an intra-area coordinate system for analyzing the geometric structure of the n touch points is set. Meanwhile, according to another embodiment of the present invention, the number of touch points may be ??n=1??, and the present invention is not limited thereto.

Referring to Fig. 5c, the touch recognition module 435 of the program 420 includes a touch point recognition unit 510 for recognizing a specified number or more of touch points touched through the touch screen 405, and the A simultaneous touch recognition unit 512 is provided for recognizing n simultaneous touch points touched through the touch screen 405 when the push recognition touch is a simultaneous touch using the designated touch unit 100. According to the implementation method of the present invention, the simultaneous touch recognition unit 512 is external to the wireless terminal 400 (for example, the operation server 700 interlocking with the program 420 or the wireless terminal 400). Device or server, etc.). Meanwhile, when the touch authentication of the present invention is combined with at least one dynamic authentication among sound authentication, image authentication, short-range communication authentication, and proximity communication authentication, the number of touch points may be ??n=1??, and thus By this, the present invention is not limited.

The touch point recognition unit 510 recognizes a touch point touched through the touch screen 405. When the number of touch points is less than the specified number, the touch point recognition unit 510 converts the touch recognized through the touch screen 405 into a general touch without the need to process the touch recognition touch using the touch unit 100. You can handle it. Alternatively, according to an implementation method, the touch point recognition unit 510 recognizes a touch recognized through the touch screen 405 as a touch recognition touch using a designated touch unit 100 when the number of touch points is greater than or equal to the specified number. You can perform the procedure.

If the specified number of touch points or more are n touch points simultaneously touched through the designated touch unit 100, the simultaneous touch recognition unit 512 recognizes n simultaneous touch points touched through the touch screen 405 do.

The simultaneous touch (Simultaneous Touch or Synchronous Touch) of the present invention includes at least one of a number of touch conditions, a touch time condition, an area condition, a mechanical touch condition, and a pressure recognition touch condition for multiple touch points touched on the touch screen 405. It is a touch in which one or a combination of two or more of the touch recognition conditions is established. The touch recognition condition is stored in a designated storage area of the memory unit (or designated storage medium 740) in the form of a data set used by the program 420, or on a program code that implements the program 420 Can be set.

The touch count condition is, when the number of touch points touched on the touch screen 405 including the minimum touch recognition area is a predetermined number ??N??, the touch points touched on the touch screen 405 It is a characteristic that recognizes them as simultaneous touch points.

For example, when the number of touch points that can be recognized as simultaneous touches is designated as ??n=4??, the simultaneous touch recognition unit 512 is the only when four touch points are touched on the touch screen 405. Four touch points may be recognized as simultaneous touch points, otherwise, they may not be recognized as simultaneous touch points.

The touch time condition is a characteristic of recognizing n touch points touched on the touch screen 405 as simultaneous touch points when n touch points touched on the touch screen 405 are touched within a specified reference time. .

For example, when four touch points are touched on the touch screen 405, if all of the four touch points are touched within 1 ms, the simultaneous touch recognition unit 512 touches the four touch points on the touch screen 405. Touch points can be recognized as simultaneous touch points.

The area condition is when the area of a polygon formed by a touch point connecting the outer edge among n touch points touched by the touch unit 100 is less than or equal to a designated area or, conversely, is greater than a designated area, the touch screen 405 It is a characteristic of recognizing n touch points touched on) as simultaneous touch points.

For example, if the size of the frame part 130 of the touch unit 100 is 3cm*3cm, if the area of a polygon formed by a touch point connecting the outer part of the n touch points is less than 9cm2, the simultaneous touch recognition The unit 512 may recognize four touch points touched on the touch screen 405 as simultaneous touch points.

The mechanical touch condition is, when n touch units 135 provided in a separately manufactured touch unit 100 are touched on the touch screen 405, n touch points touched on the touch screen 405 are simultaneously It is a characteristic recognized as a touch point.

For example, when four touch units 135 are provided in a separately manufactured touch unit 100 and a sound output function or a proximity wireless communication function is provided, the four touch points are touched on the touch screen 405. If specified sound data is input through the sound input unit or specified data is received through the proximity wireless communication unit at a time point, this is a touch unit having a sound output function or a proximity wireless communication function together with the four touch units 135 ( 100), the simultaneous touch recognition unit 512 may recognize four touch points touched on the touch screen 405 as simultaneous touch points.

The pressure recognition touch condition is a characteristic of recognizing n touch points touched on the touch screen 405 as simultaneous touch points when a separately manufactured touch unit 100 is pressed and touched as if stamping with a human hand. .

For example, when four touch points are touched on the touch screen 405, the amount of one impact through a sensor (eg, a gyro sensor, etc.) built into the wireless terminal 400 at the time when the four touch points are touched. If is detected, this is because the touch unit 100 having the four touch units 135 is pressed and touched as if stamping with a human hand, so the simultaneous touch recognition unit 512 touches the touch screen 405. Four touch points can be recognized as simultaneous touch points. On the other hand, even if four touch points are touched on the touch screen 405, if the amount of impact is detected four times, this may have been touched four times using a human finger or a touch pen, and thus may not be recognized as simultaneous touch points.

Or, when a person touches the touch unit 100 by pressing the touch screen 405 on the touch screen 405, the behavior pattern of people who take the stamp (that is, the behavior pattern of stamping waiting for the stamp of the stamp to be sufficiently printed on paper) In addition, the n touch points touched on the touch screen 405 are maintained in a touched state for a predetermined time. Therefore, if n touch points touched on the touch screen 405 remain in a touched state for a certain period of time, the n touch points touched on the touch screen 405 are touched by pressing them as if stamping through the touch unit 100. Therefore, the simultaneous touch recognition unit 512 may recognize n touch points touched on the touch screen 405 as simultaneous touch points.

Alternatively, when a person touches the touch unit 100 by pressing it on the touch screen 405 as if stamping, due to the characteristics of the n touch units 135 provided in the touch unit 100, the n touch points are In a state of being touched on the touch screen 405, the mutual positional relationship should be maintained unchanged. Therefore, if n touch points are touched on the touch screen 405 and the mutual positional relationship for each touch point is not changed and the static state is maintained, the n touch points touched on the touch screen 405 are touched. Since it is pressed and touched through the unit 100 as if stamping, the simultaneous touch recognition unit 512 may recognize n touch points touched on the touch screen 405 as simultaneous touch points.

Meanwhile, in the process of touching the touch unit 100 by pressing the touch screen 405 like a person stamping, the n number of touch units 135 provided in the touch unit 100 are positioned according to a specified rule by a pressing force. By changing, if at least one of the n touch units 135 is designed to be spaced apart, the n touch points are made in accordance with a rule in which a mutual positional relationship is specified in the process of being touched on the touch screen 405. Will change. If there is a component in the touch unit 100 that separates the touch unit 135 by a pressing force, a mutual positional relationship for each touch point is formed in the process of touching n touch points on the touch screen 405. If changed according to a specified rule, since the n touch points touched on the touch screen 405 are touched as if stamping through the touch unit 100, the simultaneous touch recognition unit 512 is the touch screen 405 ) Can be recognized as simultaneous touch points.

The simultaneous touch recognition unit 512 checks whether one or more touch points are multi-touched on the touch screen 405, and the identified multi-touch points are among the touch count condition, touch time condition, mechanical touch condition, and recognition touch condition, It is checked whether at least one or a combination of two or more touch recognition conditions is satisfied.

According to the first simultaneous touch recognition method of the present invention, when the n touch points multi-touched on the touch screen 405 satisfy at least one of the touch recognition conditions, the simultaneous touch recognition unit 512 N touch points can be recognized as simultaneous touch points. Preferably, the simultaneous touch recognition unit 512 includes at least one of the touch count condition, touch time condition, mechanical touch condition, and pressure recognition touch condition, which can be discriminated in the process of identifying each touch point touched on the touch screen 405. N touch points that satisfy one condition are recognized as simultaneous touch points.

Meanwhile, according to an expandable aspect from the present invention, the simultaneous touch point may be more accurately recognized using a designated touch state condition. The touch state condition is a simultaneous multi-touch state condition for authenticating a touch state in which n touch points touched on the touch screen 405 are simultaneously touched within a specified period of time, and n touch points touched on the touch screen 405 are A fixed touch state condition for authenticating whether a fixed touch state is maintained without moving for a specified period of time, and a static touch state in which the mutual positional relationship of n touch points touched on the touch screen 405 is not changed for a specified period of time. A static touch state condition for authenticating whether it is maintained or not, a dynamic touch state condition for authenticating whether at least one designated touch point among n touch points touched on the touch screen 405 changes according to a specified rule contrary to the static touch state authentication condition Among them, one or more authentication conditions may be included. The touch state condition is stored in a designated storage area of the memory unit (or designated storage medium 740) in the form of a data set used by the program 420, or on a program code implementing the program 420 Can be set.

Referring to Figure 5c, the touch recognition module 435 of the program 420, in order to more accurately recognize the simultaneous touch points, n touch points touched on the touch screen 405 at the same time within a specified period of time. Simultaneous multi-touch authentication unit 514 for authenticating the touch state to be touched, a fixed touch state authentication unit for authenticating whether n touch points touched on the touch screen 405 do not move for a specified period of time and maintain a fixed touch state ( 516), a static touch state authentication unit 518 for authenticating whether the mutual positional relationship of n touch points touched on the touch screen 405 maintains a static touch state that does not change for a specified period of time, the touch screen 405 In the dynamic touch state authentication unit 520 that authenticates whether at least one designated touch point among the n touch points touched on) changes according to a designated rule, at least one authentication unit may be further provided. According to the implementation method of the present invention, the authentication unit is external to the wireless terminal 400 (e.g., an operation server 700 interlocking with the program 420, or a device or server capable of communicating with the wireless terminal 400). It is possible to be implemented.

According to the second simultaneous touch recognition method of the present invention, the simultaneous touch recognition unit 512 satisfies at least one of the touch recognition conditions while simultaneously touching n touch points touched on the touch screen 405. By authenticating whether it is a point, the n touch points may be recognized as simultaneous touch points.

The simultaneous multi-touch authentication unit 514 may authenticate whether n touch points touched on the touch screen 405 are simultaneously touched within a predetermined time (eg, 1 ms). Preferably, the simultaneous multi-touch authentication unit 514 counts a time at which each touch point touched on the touch screen 405 is recognized to obtain a touch state value, and based on the counted time, the n touch points When a point is touched within a predetermined time, the n touch points may be authenticated as simultaneous touch points. When the n touch points are simultaneously touched within a specified predetermined time, the simultaneous touch recognition unit 512 may recognize the n touch points touched within a specified predetermined time as simultaneous touch points.

If n touch points are touched as if stamping through the touch unit 100 having n touch units 135, the time at which the n touch points are recognized is not counted. That is, if a person's hand holds the touch unit 100 and touches the touch screen 405 as if stamping in a right angle direction, the n touch points are touched simultaneously without the need to count time. In this case, the simultaneous multi-touch authentication unit 514 may authenticate the n touch points simultaneously touched through the touch unit 100 as simultaneous touch points satisfying the touch time condition. When n touch points are simultaneously touched through the touch unit 100, the simultaneous touch recognition unit 512 may recognize n touch points simultaneously touched through the touch unit 100 as simultaneous touch points. .

Meanwhile, even if a person's hand holds the touch unit 100 and touches the touch screen 405 as if stamping, if the direction in which the touch screen 405 and the stamp are stamped is not a right angle, Some of the touch units 135 among the n touch units 135 will be touched first on the touch screen 405 and the remaining touch units 135 will be touched next. As described above, when n number of touch units 135 provided in the touch unit 100 are sequentially touched, the simultaneous multi-touch authentication unit 514 is the time at which each touch point touched on the touch screen 405 is recognized. The simultaneous touch can be authenticated by counting, and the simultaneous touch recognition unit 512 may recognize n touch points that are simultaneously touched by the simultaneous multi-touch authentication unit 514 as simultaneous touch points. .

According to the third simultaneous touch recognition method of the present invention, the simultaneous touch recognition unit 512 satisfies at least one of the touch recognition conditions and n touch points touched on the touch screen 405 determine a fixed touch state. It is possible to recognize whether or not to maintain the n touch points as simultaneous touch points. Here, the fixed touch state means a state in which n touch points do not move on the touch screen 405 for a predetermined time.

The fixed touch state authentication unit 516 authenticates whether the n touch points touched on the touch screen 405 do not move for a specified period of time while being touched on the touch screen 405 and maintain a fixed touch state value. do. That is, when people stamp on paper, they habitually induce a behavior pattern of pressing the stamp so that the stamp of the stamp can be sufficiently printed on the paper, and the fixed touch state authentication unit 516 includes the n touch points. In the state of being touched on the touch screen 405, it is authenticated whether the above-described behavior pattern of stamping is caused. Preferably, the fixed touch state authentication unit 516 counts the time from when the n touch points are touched on the touch screen 405 to when the n touch points are released to obtain a touch state value, and , It is authenticated whether the counted time exceeds a specified reference time. Even before the touch release is confirmed, if the counted time exceeds the designated reference time, the n touch points may be authenticated as simultaneous touch points. Therefore, when n touch points touched on the touch screen 405 do not move for a specified period of time while maintaining a fixed touch state while being touched on the touch screen 405, the simultaneous touch recognition unit 512 The n touch points maintaining the fixed touch state can be recognized as simultaneous touch points.

According to the fourth simultaneous touch recognition method of the present invention, the simultaneous touch recognition unit 512 satisfies at least one of the touch recognition conditions while n touch points touched on the touch screen 405 determine a static touch state. It is possible to recognize whether or not to maintain the n touch points as simultaneous touch points. Here, the static touch state refers to a state in which the mutual positional relationship of each touch point is not changed while n touch points are touched on the touch screen 405.

The static touch state authentication unit 518 checks a touch state value including a mutual positional relationship for n touch points touched on the touch screen 405, and the n number of touch points during a time when the n touch points are touched. It is verified whether the mutual positional relationship of the touch point is changed. That is, when n touch points are touched through the touch unit 100 having n touch units 135, as long as the position of the touch unit 135 in the touch unit 100 is not changed, the The position of the n touch points is not changed and the static touch state is maintained.The static touch state authentication unit 518 authenticates whether the static touch state is maintained while the n touch points are touched on the touch screen 405. do. If n touch points on the touch screen 405 maintain a static touch state, the simultaneous touch recognition unit 512 may recognize the n touch points maintaining the static touch state as simultaneous touch points.

Meanwhile, when the touch unit 100 is stamped and touched on the touch screen 405 as if stamping, the n number of touch units 135 may be the touch screen 405 according to an angle formed by the touch screen 405 and the stamping force. In the touched state, slip may occur within a certain range (eg, a range in which n touch points do not exceed the touch area). However, even if such slipping occurs, only the n touch points are simultaneously spaced apart in the same direction, and the mutual positional relationship of the n touch points is not changed and the static touch state is maintained. Even if the n touch points are simultaneously spaced apart in the same direction due to the sliding as described above, the simultaneous touch recognition unit 512 may detect n touch points if the mutual positional relationship of the touch points is not changed and the static touch state is maintained. It can be recognized as a simultaneous touch point.

According to the fifth simultaneous touch recognition method of the present invention, while satisfying at least one of the touch recognition conditions, it is authenticated whether the n touch points touched on the touch screen 405 are in a dynamic touch state to simultaneously recognize the n touch points. It can be recognized as a touch point. Here, the dynamic touch state refers to a state in which n touch points are touched on the touch screen 405 and the mutual positional relationship is changed according to a specified rule. In order to generate such a dynamic touch state, the touch unit 100 may include a mechanical component that slides one or more of the n touch units 135 in a direction parallel to the touch screen 405. have. The dynamic touch state may be generated by a pressing force or may be generated by a motor provided in the touch unit 100.

The dynamic touch state authentication unit 520 checks a touch state value including a mutual positional relationship of n touch points touched on the touch screen 405, and a process or a touched state of the n touch points Certify whether the mutual location relationship changes according to the rules specified in. In this case, the mutual positional relationship of the n touch points must be changed according to a predetermined rule. For example, only a position change in which at least one of the n touch points slides to a specific position may be included in a designated rule corresponding to the dynamic touch state. If a dynamic touch state occurs at n touch points touched on the touch screen 405, the simultaneous touch recognition unit 512 may recognize the n touch points in which the dynamic touch state occurs as simultaneous touch points. have.

According to the sixth simultaneous touch recognition method of the present invention, the simultaneous touch recognition unit 512 combines or repeats two or more of the first to fifth simultaneous touch recognition methods, or the first to fifth simultaneous touch recognition methods. At least one of the touch recognition methods may be modified and used, and n touch points may be recognized as simultaneous touch points, and the present invention is not limited thereto.

5D is a diagram illustrating a functional configuration of the touch authentication module 440 of the program 420 according to an exemplary embodiment of the present invention.

Referring to Fig. 5D, the touch authentication module 440 of the program 420 is a simultaneous touch reading unit 522 that reads component values for n touch points simultaneously recognized through the touch screen 405. And, a simultaneous touch authentication unit 524 for authenticating whether the components of the n touch points match a predetermined simultaneous touch authentication condition based on the component value, and the n touch points through the simultaneous touch authentication condition. And a touch authentication result verification unit 526 for verifying the result of authenticating, and the simultaneous touch authentication unit 524 according to the implementation method of the present invention is external to the wireless terminal 400 (eg, a program 420). It is possible to be implemented in the operating server 700 interworking with, or a device or server capable of communicating with the wireless terminal 400).

The simultaneous touch reading unit 522 reads and extracts a component value of a geometric structure formed by the n touch points in order to authenticate the n touch points recognized through the simultaneous touch recognition unit 512. The component values for the n touch points may be composed of one or more or a combination of two or more of a coordinate value, a scalar value, and a vector value based on a coordinate system (eg, a rectangular coordinate system, a circular coordinate system, etc.) set in the touch area. .

According to the first simultaneous touch reading method of the present invention, the simultaneous touch reading unit 522 calculates a component value including a separation distance value at which points constituting the n touch points are separated from each other based on a designated coordinate system. Can be extracted. For example, if the n touch points are composed of A(5d1, y1), B(5d2, y2), C(5d3, y3) on a Cartesian coordinate system, the component value is the separation distance between A and B, A It may include the separation distance between B and C, and the separation distance between B and C.

According to the second simultaneous touch reading method of the present invention, the simultaneous touch reading unit 522 may extract a component value including a line segment value connecting each point constituting the n touch points based on a designated coordinate system. I can. For example, if the n touch points are composed of A(5d1, y1), B(5d2, y2), C(5d3, y3), etc. in a Cartesian coordinate system, the component values are segment AB, segment AC, segment BC And the like. Each line segment can be represented in the form of a straight line equation.

According to the third simultaneous touch reading method of the present invention, the simultaneous touch reading unit 522 includes a line segment angle value formed by two line segments meeting at each point constituting the n touch points based on a designated coordinate system. Value can be extracted. For example, if the n touch points are composed of A(5d1, y1), B(5d2, y2), C(5d3, y3) on a Cartesian coordinate system, the component value is the line segment BA and the line segment meeting at point A. It may include each ∠BAC for AC, each ∠ABC for line segment AB and line segment BC at point B, and each ∠ACB for line segment AC and line segment CB met at point C.

According to the fourth simultaneous touch reading method of the present invention, the simultaneous touch reading unit 522 configures the n touch points as a reference point based on any one point (or any one of the n touch points) on a designated coordinate system. A component value including a vector value for each point (or (N-1) points excluding the reference point among n touch points) may be extracted.

According to the fifth simultaneous touch reading method of the present invention, when the areas of each point constituting the n touch points are different, the simultaneous touch reading unit 522 includes an area formed by the n touch points on a designated coordinate system. You can extract the component values.

According to the sixth simultaneous touch reading method of the present invention, the simultaneous touch reading unit 522 combines two or more touch recognition among the first to fifth simultaneous touch reading methods or repeats one or more simultaneous touch reading methods. It may be applied, and the simultaneous touch reading unit 522 may extract component values for n touch points touched on the touch screen 405 according to the applied simultaneous touch reading method.

The simultaneous touch authentication unit 524 includes a simultaneous touch authentication condition for authenticating component values for the n touch points. Preferably, the simultaneous touch authentication condition is provided in the simultaneous touch authentication unit 524 in the form of a program code of the program 420, or the simultaneous touch authentication in the form of data (or files) stored in the memory unit. It may be provided in the unit 524.

According to an exemplary embodiment of the present invention, the simultaneous touch authentication condition is a condition for the number of touch points to be simultaneously touched on the touch area through the touch screen 405 ?N??, and the n touch points. A center determination condition for determining the center of each point constituting a, a distance calculation condition for calculating a distance between the points constituting the n touch points (e.g., the distance between the center points of each point) and the calculated Distance authentication conditions for authenticating the distance (e.g., the separation distance value and tolerance of each point), line segment setting conditions for connecting each point constituting the n touch points (e.g., connecting the center point of each point Line segment) and the line segment authentication condition for authenticating the line segment connecting each point (e.g., the equation of the straight line, the slope of the straight line, the tolerance, etc.), the line segment formed by two line segments that meet at each point constituting the n touch points The angle determination condition for determining the angle of (e.g., the condition for determining the inner or outer angle formed by the line segment) and the angle authentication condition for authenticating the angle meeting at each point (e.g., the angle value and the tolerance of the line segment meeting at each point) Etc.), a vector determination condition for determining vector components for the n touch points (e.g., a condition for determining a reference point, a condition for determining the size and direction of a vector) and a vector authentication condition for authenticating each vector component ( For example, vector size and direction, tolerance, etc.), conditions for calculating the area for each of the n simultaneous touch points (e.g., dividing the multi-touch area into a plurality of cells and counting the number of cells included in each touch point. Condition) and an area authentication condition for authenticating the area of each touch point (eg, an area for each point, an allowable error, etc.), including at least one or a combination of two or more.

The simultaneous touch authentication unit 524 compares the component values for n touch points extracted through the simultaneous touch reading unit 522 with the simultaneous touch authentication condition, or performs a designated verification operation to obtain the n touch points. It is verified whether the component of the point matches the simultaneous touch authentication condition.

The touch authentication result verification unit 526 checks a result of the simultaneous touch authentication unit 524 authenticating the component values of the n touch points using the simultaneous touch authentication condition. If the simultaneous touch authentication unit 524 is implemented outside the wireless terminal 400, the touch authentication result check unit 526 is an image obtained by imaged n touch points touched on the touch screen 405 Data or component values read by the simultaneous touch reading unit 522 are provided to a simultaneous touch authentication unit 524 provided outside the wireless terminal 400, and from the simultaneous touch authentication unit 524 An authentication result may be provided whether the components of the n touch points match the simultaneous touch authentication condition.

5E is a diagram showing the functional configuration of the sound authentication module 450 of the program 420 according to an embodiment of the present invention.

5E, the sound authentication module 450 of the program 420 recognizes sound data input through the sound input unit at a specified point before, during, and after n simultaneous touch points are recognized or authenticated. A sound recognition unit 528, a sound authentication unit 530 for authenticating whether the recognized sound matches a predetermined sound authentication condition, and a sound authentication confirmation for verifying the result of authenticating the sound data through the sound authentication condition A unit 532 is provided, and the sound authentication unit 530 may be implemented outside the wireless terminal 400. Meanwhile, according to the implementation method of the present invention, the sound recognition unit 528 can independently recognize the sound and be authenticated through the sound authentication unit 530, and in this case, the result of the sound authentication is equivalent to the touch recognition. Can be used. Preferably, when the sound authentication module 450 recognizes and authenticates the sound output through the touch unit 100, the sound authentication module 450 is an intrinsic device in which the touch unit 100 is not forged, altered or duplicated. Can be authenticated. Alternatively, when the sound authentication module 450 recognizes and authenticates the sound output through the terminal device 600 of an affiliated store equipped with the touch unit 100, the sound authentication module 450 performs touch authentication as the touch unit ( 100) can be verified that it is being performed at the affiliated store.

According to the implementation method of the present invention, a sound device (for example, a point of sales (POS) terminal) that outputs a specified sound signal near the wireless terminal 400 equipped with a program 420 for recognizing or authenticating n simultaneous touch points. , CAT (Credit Authorization Terminal), a charge terminal, a computer, or the like, or a touch unit 100 that is touched on the touch screen 405 may be provided. The sound device outputs a specified sound signal at a specified time point before, during, and after n simultaneous touch points are recognized or authenticated. In particular, the sound signal may be output by the touch unit 100.

According to the first sound output method of the present invention, the sound device may check a unique code of a designated code system and output a sound signal including the identified unique code. The unique code may be stored or maintained in a memory of the sound device, or may be provided from a designated server communicating with the sound device. When a unique code is included in the sound data, the sound authentication condition may include a comparison object code to be compared and authenticated with the unique code.

According to the second sound output method of the present invention, the sound device may check a disposable code of a designated code system and output a sound signal including the identified disposable code. The sound device stores or maintains a code generation rule (for example, a code generation algorithm and/or one or more seed values, etc.) for generating a one-time code of a designated code system, and generates a one-time code of a designated code system through the code generation rule. It can be dynamically generated and output through a sound signal. Alternatively, the disposable code may be dynamically generated through a designated server communicating with the sound device and provided to the sound device. When the one-time code is included in the sound data, the sound authentication condition is a code generation rule for dynamically generating a comparison object code matching the one-time code (for example, a code generation algorithm that dynamically generates a one-time code included in the sound data) And/or a rule matching the seed value).

According to the third sound output method of the present invention, the sound device may check a unique code of a designated code system and a dynamically generated disposable code, and output a sound signal including the identified unique code and a disposable code. The unique code may be stored or maintained in a memory of the sound device, or may be provided from a designated server communicating with the sound device, and the disposable code may also be dynamically generated through the sound device or communicated with the sound device. It can be dynamically generated through a designated server and provided to the sound device. When the sound data includes a unique code and a one-time code, the sound authentication condition includes a comparison target code to be compared and authenticated with the unique code, and a code generation rule for dynamically generating a comparison target code matching the one-time code It may include.

According to the fourth sound output method of the present invention, the sound device may have a function of outputting a signal sound of a specified specific frequency band, and may output the specified signal sound. In this case, the frequency band of the signal sound output through the sound device may serve as the unique code or a disposable code. When the sound data is a signal tone of a specific frequency band. The sound authentication condition may include authentication frequency information for authenticating the frequency band of the signal sound.

According to the fifth sound output method of the present invention, the sound device may have a function of outputting a sound signal including a specified specific sound pattern, and may output a sound signal including the sound pattern. In this case, the sound pattern of the sound signal output through the sound device may serve as the unique code or disposable code. When a specified sound pattern is included in the sound data, the sound authentication condition may include a pattern recognition algorithm for recognizing and authenticating the sound pattern and a pattern authentication value.

The sound device may output a sound signal in a manner in which at least one or a combination of two or more of the first to fifth sound output methods is used, and the sound authentication condition is at least one or two or more conditions matching the sound signal. Can include. Preferably, the sound authentication condition may be provided in the program 420 in the form of a program code of the program 420, or may be stored in the memory unit in the form of data (or file) used by the program 420. .

The sound recognition unit 528 checks sound data generated through a sound device provided near the wireless terminal 400 and input through the sound input unit. Preferably, sound data input through the sound input unit is buffered in a designated buffer memory, and the sound recognition unit 528 accesses the buffer memory to check sound data.

According to the first sound authentication method of the present invention, the sound device converts at least one of a unique code and a disposable code according to the first to third sound output methods into a sound signal in the form of a DTMF (Dual Tone Multi Frequency) (for example, Buzzer sound). Alternatively, the sound device may output a signal sound of a specific frequency band according to the fourth sound output method. Alternatively, the sound device may output a signal sound including a specific sound pattern according to the fifth sound output method.

The sound recognition unit 528 recognizes one or more frequency bands of sound data input through the sound input unit and transmits it to the sound authentication unit 530. The sound authentication unit 530 verifies the validity of the sound data by checking at least one frequency band included in the recognized sound data and reading the identified frequency band through the sound authentication condition.

When the sound data includes a unique code in the form of DTMF and the sound authentication condition includes a comparison object code to be compared and authenticated with the unique code, the sound authentication unit 530 determines the unique code of the sound data and the comparison object. The code may be compared to verify the validity of the unique code included in the sound data.

When the one-time code in DTMF form is included in the sound data and the sound authentication condition is included in the code generation rule for authenticating the one-time code, the sound authentication unit 530 is a comparison object generated according to the code generation rule. Using the code, the validity of the disposable code included in the sound data can be verified.

When the sound data includes a signal sound of a specific frequency band and the sound authentication condition includes the authentication frequency information, the sound authentication unit 530 determines that a frequency band corresponding to the sound data of the sound data is equal to the authentication frequency information. Validity of the frequency band of the sound data may be verified by checking whether it is within a specified error range.

When the sound pattern specified in the sound data is included and the pattern recognition algorithm and the pattern authentication value are included in the sound authentication condition, the sound authentication unit 530 recognizes the sound pattern through the pattern recognition algorithm, and the pattern The validity of the sound pattern included in the sound data may be verified by comparing with the authentication value or by performing a designated verification operation.

The sound authentication verification unit 532 checks an authentication result of sound data performed through the sound authentication unit 530. If the sound authentication unit 530 is implemented outside the wireless terminal 400, the sound authentication verification unit 532 is configured to provide the input sound data or a unique code recognized from the input sound data and/ Alternatively, a disposable code may be provided to the sound authentication unit 530 provided outside the wireless terminal 400, and the result of authenticating the frequency band of the sound data may be provided from the sound authentication unit 530.

According to the second sound authentication method of the present invention, the sound device may output a sound signal including a sound pattern obtained by patterning at least one of a unique code and a disposable code according to the first to third sound output methods. have. Alternatively, the sound device may be configured with a sound pattern specified according to the fourth sound output method (e.g., a specified voice (e.g., segmental sound uttered by a speaker)), a sound source (e.g., music played through an instrument according to a score, or a speaker according to the score). A sound signal including at least one sound pattern) among the uttered sounds) may be output.

The sound recognition unit 528 recognizes a sound pattern included in sound data input through the sound input unit and transmits it to the sound authentication unit 530. The sound authentication unit 530 verifies the recognized sound pattern, reads the identified frequency band through the sound authentication condition, and verifies the validity of the sound data.

When the sound data includes a sound pattern in which a unique code is patterned, and the sound authentication condition includes a comparison object code to be compared and authenticated with the unique code, the sound authentication unit 530 includes a unique code corresponding to the sound pattern. The validity of the unique code included in the sound data can be verified by comparing the code with the comparison target code.

When the sound data includes a sound pattern in which the one-time code is patterned, and the sound authentication condition includes a code generation rule for authenticating the one-time code, the sound authentication unit 530 is generated according to the code generation rule. The validity of the disposable code corresponding to the sound pattern can be verified using the compared target code.

When the sound pattern specified in the sound data is included and the pattern recognition algorithm and the pattern authentication value are included in the sound authentication condition, the sound authentication unit 530 determines the recognized sound pattern and the pattern authentication value of the sound authentication condition. The validity of the sound pattern may be verified by comparing with or by performing a designated verification operation.

The sound authentication verification unit 532 checks an authentication result of sound data performed through the sound authentication unit 530. If the sound authentication unit 530 is implemented outside the wireless terminal 400, the sound authentication verification unit 532 stores the input sound data or sound pattern information recognized from the input sound data. It is provided to a sound authentication unit 530 provided outside the wireless terminal 400, and a result of authenticating the sound pattern of the sound data may be provided from the sound authentication unit 530.

According to the third sound authentication method of the present invention, the sound device may output a sound signal including a sound code obtained by encoding at least one designated code of a unique code and a disposable code according to the first to third sound output methods. have. The sound code is a generic term for encoding a bit string consisting of ??0?? and ??1?? in a sound signal in an audible frequency or non-audible frequency domain, and at least one of a unique code and a single-use code in the sound signal Can be directly encoded.

According to an exemplary method of the present invention, the sound device identifies a sound signal to which a specified code is to be encoded, encodes the specified code according to an encoding rule matching an encoding rule of the sound signal to generate a sound spreading code, and the The generated sound spreading code is encoded in the sound signal according to a specified encoding rule to generate a sound code encoded with the specified code. Preferably, the sound spreading code encoded in the sound signal is encoded in a pseudo noise region, whereby the sound spreading code encoded with the designated code can be recognized with sound recognition capability perceived by a normal human. There will be no.

The sound device outputs a sound signal including the sound code generated as described above, and the sound input unit receives a sound signal including the sound code. The sound input unit may encode the input sound signal using at least one designated codec. For example, when the sound signal is input for a voice call, the input sound signal is encoded through a codec suitable for the voice call, and when the sound signal is input for voice recording, the input sound signal May be encoded through a codec suitable for the voice call. Preferably, the input sound signal is encoded with a codec of the same rule as the rule encoding the sound code in the sound device among codecs supported by the sound input unit, or at least encoded with a codec in which the sound code is not damaged. It is desirable.

The sound recognition unit 528 decodes the buffered sound data according to a specified decoding rule to obtain a sound spreading code encoded with the encoding target data, and obtains a code encoded in the obtained sound spreading code to obtain the sound It passes to the authentication unit 530.

When the sound data includes a sound code encoding a unique code, and the sound authentication condition includes a code to be compared and authenticated with the unique code, the sound authentication unit 530 includes the unique code coded in the sound code. The validity of the unique code included in the sound data may be verified by comparing the code to be compared with the code to be compared.

When the sound data includes a sound code encoding a one-time code, and the sound authentication condition includes a code generation rule for authenticating the one-time code, the sound authentication unit 530 generates according to the code generation rule. The validity of the disposable code encoded in the sound code can be verified using the comparison target code.

The sound authentication verification unit 532 checks an authentication result of sound data performed through the sound authentication unit 530. If the sound authentication unit 530 is implemented outside of the wireless terminal 400, the sound authentication verification unit 532 includes the input sound data or a sound code corresponding to the input sound data, or Providing the unique code and/or disposable code obtained from the sound code to the sound authentication unit 530 provided outside the wireless terminal 400, and the result of authenticating the sound code from the sound authentication unit 530 Can be provided.

When the sound authentication module 450 is provided as the dynamic authentication module 445 combined with the authentication of n simultaneous touch points, the touch authentication result verification unit 526 is connected to the sound authentication verification unit 532 and the It is checked whether the sound data recognized by the sound recognition unit 528 is authenticated by a combination of at least one or a combination of two or more of the first to third sound authentication methods. When the validity of the n simultaneous touch points is authenticated and the recognized sound data is authenticated as a result of dynamic authentication combined with the authentication of the n simultaneous touch points, the touch authentication result verification unit 526 Based on the sound authentication result, it may be determined that the validity of the n simultaneous touch points has been authenticated.

5F is a diagram showing the functional configuration of the location authentication module 455 of the program 420 according to an embodiment of the present invention.

Referring to Figure 5f, the location authentication module 455 of the program 420 recognizes the location data positioned through the location positioning unit at a designated point before, during, and after n simultaneous touch points are recognized or authenticated. A location recognition unit 534 to perform, a location authentication unit 536 to verify whether the recognized location data matches a predetermined location authentication condition, and a location to verify a result of authenticating the location data through the location authentication condition An authentication verification unit 538 is provided, and the location authentication unit 536 may be implemented outside the wireless terminal 400. Preferably, the location authentication module 455 is scheduled to visit an affiliate store equipped with the touch unit 100 or authenticates the visited state, or authenticates that the touch unit 100 is located near the wireless terminal 400. I can. Or when the location of the touch unit 100 is changed (for example, when an employee of the affiliate store carries the touch unit 100 and moves to the user's location), the location authentication module 455 It can be verified that the touch unit 100 is located nearby.

According to the implementation method of the present invention, at a designated point before, during, and after n simultaneous touch points are recognized or authenticated, the location positioning unit locates the location of the wireless terminal 400 in real time or finally locates the location of the wireless terminal 400 through GPS. Acquired the location. The location recognition unit 534 checks the location data of the wireless terminal 400 that is positioned in real time or obtained through the location positioning unit.

The location authentication unit 536 includes a location authentication condition including at least one of a reference location and a location area to be compared with the checked location data. Preferably, the location authentication condition may be provided in the program 420 in the form of a program code of the program 420 or may be stored in the memory in the form of data (or file) used by the program 420 .

According to the implementation method of the present invention, the location authentication condition is a generic term for location information that the wireless terminal 400 should have at a time when the touch unit 100 is touched on the touch screen 405 of the wireless terminal 400. , Preferably, it may include a reference location or a location area corresponding to the location of the affiliated store including the touch unit 100. When the location of the touch unit 100 is changed, the location authentication condition may be provided in real time from the operation server 700 or a designated server.

The location authentication unit 536 checks whether the verified location data exists within a specified distance from the reference location of the location authentication condition, or checks whether the verified location data exists within the location area of the location authentication condition. The validity of the location data is verified. The location authentication verification unit 538 checks the authentication result of the location data performed through the location authentication unit 536. If the location authentication unit 536 is implemented outside the wireless terminal 400, the location authentication verification unit 538 authenticates the location of the identified location data outside the wireless terminal 400. It is provided to the unit 536, and a result of authenticating the location data may be provided from the location authentication unit 536.

When the location authentication module 455 is provided as a dynamic authentication module 445 that is combined with the authentication of n simultaneous touch points, the touch authentication result confirmation unit 526 is connected to the location authentication confirmation unit 538 and the It is checked whether the location data recognized through the location recognition unit 534 is authenticated. When the validity of the n simultaneous touch points is authenticated and the recognized location data is authenticated as a result of dynamic authentication combined with the authentication of the n simultaneous touch points, the touch authentication result verification unit 526 It may be determined that the validity of the n simultaneous touch points has been authenticated based on the location authentication result.

5G is a diagram showing a functional configuration of the camera authentication module 460 of the program 420 according to an exemplary method of the present invention.

5G, the camera authentication module 460 of the program 420 recognizes the image data acquired through the camera unit at a designated point before, during, and after n simultaneous touch points are recognized or authenticated. An image recognition unit 540, an image authentication unit 542 for authenticating whether the confirmed image data matches a predetermined image authentication condition, and an image authentication for checking the result of authenticating the image data through the image authentication condition A result check unit is provided, and the image authentication unit 542 may be implemented outside the wireless terminal 400. Meanwhile, according to the implementation method of the present invention, the image recognition unit 540 may independently recognize image data to be authenticated through the image authentication unit 542. In this case, the result of the image authentication is touch recognition and It can be used equally. Preferably, the camera authentication module 460 is a specific action designated (or induced) by a user visiting an affiliate store equipped with the touch unit 100 (e.g., taking a code image or taking a code image and placing an order, etc.) ) Can be authenticated. In addition, touch authentication may be authentication linked to such an action.

According to the implementation method of the present invention, an image medium that displays a specified image (e.g., a display that electronically outputs a specified image) near the wireless terminal 400 equipped with a program 420 for recognizing or authenticating n simultaneous touch points A POS terminal equipped with, a CAT, a toll terminal, a computer, or the like, a print medium on which a designated image is printed, or a touch unit 100 that displays a designated image in an electronic/print manner) may be provided.

The image recognition unit 540 outputs an interface that induces to acquire image data from a designated image medium using the screen output unit, and the user performs a designated manipulation procedure according to the induction of the interface, and the result of the user manipulation As a result, image data is obtained from the image medium through the camera unit.

According to an exemplary method of the present invention, the image data may include a code image (eg, a one-dimensional barcode, a two-dimensional barcode, a three-dimensional barcode, a color code, etc.) in which a designated code is encoded. Preferably, in the code image, a code designated by at least one of a QR code method, a data matrix method, a maxi code method, and a PDF417 method may include a 2D barcode. Alternatively, the image data may include a pattern image including a designated image pattern. Preferably, the pattern image may include at least one image pattern recognizable through a designated pattern recognition algorithm among logos, patterns, symbols, photos, and designs.

According to the first image display method of the present invention, the image medium includes an image device including a display that electronically outputs a code image or an image pattern (for example, a POS terminal equipped with a display that electronically outputs a designated image, a CAT, It may include a charge terminal, a computer, or the like, or a touch unit 100 for electronically outputting a designated image.

According to the first electronic image output method of the present invention, the image device may check a unique code of a designated code system and electronically output a code image in which the confirmed unique code is encoded. The unique code may be stored or maintained in a memory of the image device, or may be provided from a designated server communicating with the image device. When a unique code is encoded in an electronically output code image, the image authentication condition may include a comparison object code to be compared and authenticated with the unique code.

According to the second electronic image output method of the present invention, the image device may check a one-time code of a designated code system and electronically output a code image encoded with the identified unique code. The image device stores or maintains a code generation rule (e.g., a code generation algorithm and/or one or more seed values, etc.) for generating a one-time code of a designated code system, and generates a one-time code of a designated code system through the code generation rule. It can be dynamically created and output through an image. Alternatively, the one-time code may be dynamically generated through a designated server communicating with the image device and provided to the image device. When a one-time code is encoded in an electronically output code image, the image authentication condition is a code generation rule for dynamically generating a comparison object code matching the one-time code (e.g., a code that dynamically generates a one-time code included in the image) Generation algorithm and/or a rule matching the seed value).

According to the third electronic image output method of the present invention, the image device checks the unique code of the designated code system and the dynamically generated one-time code, and electronically outputs the code image encoded with the identified unique code and the one-time code. I can. The unique code may be stored or maintained in a memory of the image device, or may be provided from a designated server communicating with the image device, and the one-time code may also be dynamically generated through the image device or communicated with the image device. It can be dynamically generated through a designated server and provided to the image device. When the unique code and the one-time code are coded in the code image that is electronically output, the image authentication condition includes a comparison target code to be compared and authenticated with the unique code, and for dynamically generating a comparison target code matching the one-time code. Code generation rules may be included.

According to the fourth electronic image output method of the present invention, the image device may electronically output a pattern image including a specified specific image pattern. In this case, the pattern included in the pattern image output through the image device may serve as the unique code or a disposable code. When a specified pattern is included in the pattern image, the image authentication condition may include a pattern recognition algorithm for recognizing and authenticating the image pattern and a pattern authentication value.

The imaging device may output an image in a manner in which at least one or a combination of two or more of the first to fourth electronic image output methods, and the image authentication condition includes at least one or two or more conditions matching the image can do. Preferably, the image authentication condition may be provided in the program 420 in the form of a program code of the program 420 or may be stored in the memory in the form of data (or file) used by the program 420 .

According to the second image display method of the present invention, the image medium may include a print medium on which a code image or a pattern image is printed.

According to the first print image display method of the present invention, a code image in which a unique code of a designated code system is encoded may be printed on the print medium. When a unique code is included in the pattern image printed on the print medium, the image authentication condition may include a comparison object code to be compared and authenticated with the unique code.

According to the second print image display method of the present invention, the print medium may be printed on a pattern imager including a designated specific image pattern. When a specified pattern is included in the pattern image printed on the print medium, the image authentication condition may include a pattern recognition algorithm and a pattern authentication value for recognizing and authenticating the image pattern.

The image recognition unit 540 acquires image data displayed electronically or in a print manner through an image medium provided near the wireless terminal 400. Preferably, image data input through the camera unit is buffered in a designated buffer memory, and the image recognition unit 540 accesses the buffer memory to obtain image data and transmits the image data to the image authentication unit 542.

When a unique code is included in the image data and a comparison target code to be compared and authenticated is included in the image authentication condition, the image authentication unit 542 compares the unique code of the image data with the comparison target code. Thus, the validity of the unique code included in the image data can be verified.

When the one-time code is included in the image data and the image authentication condition includes a code generation rule for authenticating the one-time code, the image authentication unit 542 uses the comparison object code generated according to the code generation rule. Thus, the validity of the disposable code included in the image data can be verified.

When the image pattern specified in the image data is included and the pattern recognition algorithm and the pattern authentication value are included in the image authentication condition, the image authentication unit 542 recognizes the image pattern through the pattern recognition algorithm and The validity of the image pattern included in the image data may be verified by comparing it with an authentication value or by performing a designated verification operation.

The image authentication verification unit 544 checks the authentication result of the image data performed through the image authentication unit 542. If the image authentication unit 542 is implemented outside the wireless terminal 400, the image authentication verification unit 544 provides the acquired image data or code information recognized from the input image data (for example, , Code information encoded in the code image, code information interpreting the pattern included in the pattern image, etc.) to an image authentication unit 542 provided outside the wireless terminal 400, and the image authentication unit 542 ), the result of authenticating the image data may be provided.

When the camera authentication module 460 is provided as the dynamic authentication module 445 that is combined with the authentication of n simultaneous touch points, the touch authentication result check unit 526 is connected to the image authentication check unit 544 and the It is checked whether the image data recognized through the image recognition unit 540 is authenticated. When the validity of the n simultaneous touch points is authenticated, and the recognized image data is authenticated as a result of dynamic authentication combined with the authentication of the n simultaneous touch points, the touch authentication result verification unit 526 Based on the image authentication result, it may be determined that the validity of the n simultaneous touch points has been authenticated.

5H is a diagram showing the functional configuration of the short-range communication authentication module 465 of the program 420 according to an exemplary method of the present invention.

5H, the short-range communication authentication module 465 of the program 420 receives from the short-range device through the short-range wireless communication unit at a specified point before, during, and after n simultaneous touch points are recognized or authenticated. A short-range communication recognition unit 546 for recognizing the authenticated authentication data, a short-range communication authentication unit 548 for authenticating whether the recognized authentication data matches a predetermined short-range communication authentication condition, and the short-range communication authentication unit through the short-range communication authentication condition. A short-range communication authentication verification unit 550 for checking a result of authenticating communication is provided, and the short-range communication authentication unit 548 may be implemented outside the wireless terminal 400. Meanwhile, according to the implementation method of the present invention, the short-range communication recognition unit 546 can independently recognize the short-range communication and authenticate through the short-range communication authentication unit 548. In this case, the result of the short-range communication authentication is It can be used equally to touch recognition. Preferably, when the short-range communication authentication module 465 performs short-range wireless communication with the touch unit 100, the short-range communication authentication module 465 indicates that the touch unit 100 is located near the wireless terminal 400. You can authenticate. Alternatively, when the short-range communication authentication module 465 performs short-range wireless communication with the terminal device 600 of an affiliated store equipped with the touch unit 100, the short-range communication authentication module 465 performs touch authentication to the touch unit 100. It can be verified that it is being performed at the affiliated store.

According to the implementation method of the present invention, near a wireless terminal 400 equipped with a program 420 for recognizing or authenticating n simultaneous touch points, a short-range device capable of short-range wireless communication with the wireless terminal 400 (eg, POS A (Point Of Sales) terminal, a credit authorization terminal (CAT), a charge terminal, a computer, or the like, or a touch unit 100 that touches the touch screen 405) may be provided. The short-range device transmits designated authentication data at a designated time point before, during, and after n simultaneous touch points are recognized or authenticated.

According to the first short-range communication method of the present invention, the short-range device may check a unique code of a designated code system and transmit authentication data including the confirmed unique code. The unique code may be stored or maintained in a memory of the nearby device, or may be provided from a designated server communicating with the nearby device. When a unique code is included in the authentication data, the short-range communication authentication condition may include a comparison object code to be compared and authenticated with the unique code.

According to the second short-range communication method of the present invention, the short-range device may check a one-time code of a designated code system and transmit authentication data including the identified unique code. The short-range device stores or maintains a code generation rule (e.g., a code generation algorithm and/or one or more seed values, etc.) for generating a one-time code of a designated code system, and generates a one-time code of a designated code system through the code generation rule It can be dynamically generated and transmitted through authentication data. Alternatively, the one-time code may be dynamically generated through a designated server communicating with the near field device and provided to the near field device. When the one-time code is included in the authentication data, the short-range communication authentication condition is a code generation rule for dynamically generating a comparison target code matching the one-time code (e.g., code generation by dynamically generating a one-time code included in the authentication data) Algorithms and/or rules that match seed values).

According to the third short-range communication method of the present invention, the short-range device may check a unique code of a designated code system and a dynamically generated one-time code, and transmit authentication data including the identified unique code and one-time code. The unique code may be stored or maintained in a memory of the near-field device, or may be provided from a designated server communicating with the near-field device, and the disposable code is also dynamically generated through the near-field device, or communicates with the near-field device. It may be dynamically generated through a designated server and provided to the local device. When the authentication data includes a unique code and a one-time code, the short-range communication authentication condition includes a comparison target code to be compared and authenticated with the unique code, and a code generation for dynamically generating a comparison target code matching the one-time code May contain rules.

The short-range device may transmit authentication data in at least one of the first to third short-range communication methods, and the short-range communication authentication condition may include at least one matching the authentication data. Preferably, the short-range communication authentication condition may be provided in the program 420 in the form of a program code of the program 420, or may be stored in the memory in the form of data (or file) used by the program 420. have.

The short-range communication recognition unit 546 checks authentication data received through the short-range wireless communication unit from a short-range device provided near the wireless terminal 400. Preferably, the short-range device may transmit various data in addition to the authentication data, and the short-range communication recognition unit 546 recognizes authentication data including a designated code among data received from the short-range device, and a short-range communication authentication unit ( 548). The authentication data may include at least one code of a unique code and a disposable code, and may include an identification code for identifying a short-range device and at least one key value for security processing according to an implementation method. Preferably, the authentication data (or a unique code and/or one-time code) is encrypted according to a specified encryption rule, and the encrypted authentication data (or a unique code and/or one-time code) uses the short-range communication authentication unit 548. It may be decrypted through, or may be decrypted by the operation server 700 (or a designated server).

The short-range communication authentication unit 548 checks at least one of a unique code and a one-time code included in the recognized authentication data, and authenticates the validity of the authentication data through the short-range communication authentication condition. If the authentication data (or a unique code and/or a one-time code) is encrypted, the short-range communication authentication unit 548 may decrypt the encrypted authentication data (or a unique code and/or a one-time code).

When a unique code is included in the authentication data and a comparison target code to be compared and authenticated with the unique code is included in the short-range communication authentication condition, the short-range communication authentication unit 548 includes a unique code of the authentication data and the comparison target code. The validity of the unique code included in the authentication data can be authenticated by comparing.

When a one-time code is included in the authentication data and a code generation rule for authenticating the one-time code is included in the short-range communication authentication condition, the short-range communication authentication unit 548 is a comparison object code generated according to the code generation rule. The validity of the one-time code included in the authentication data can be authenticated by using.

The short-range communication authentication verification unit 550 checks the authentication result of the authentication data performed through the short-range communication authentication unit 548. If the short-range communication authentication unit 548 is implemented outside the wireless terminal 400, the short-range communication authentication check unit 550 is the input authentication data or a unique code included in the input authentication data. And/or a one-off code may be provided to a short-range communication authentication unit 548 provided outside the wireless terminal 400, and a result of authenticating the authentication data may be provided from the short-range communication authentication unit 548.

When the near field communication authentication module 465 is provided as the dynamic authentication module 445 that is combined with the authentication of n simultaneous touch points, the touch authentication result verification unit 526 is linked with the near field communication authentication verification unit 550 Thus, it is checked whether the authentication data recognized through the short-range communication recognition unit 546 is authenticated. When the validity of the n simultaneous touch points is authenticated and the recognized authentication data is authenticated as a result of dynamic authentication combined with the authentication of the n simultaneous touch points, the touch authentication result verification unit 526 It may be determined that the validity of the n simultaneous touch points has been authenticated based on the short-range communication authentication result.

5I is a diagram showing the functional configuration of the proximity communication authentication module 470 of the program 420 according to an exemplary method of the present invention.

Referring to Figure 5i, the proximity communication authentication module 470 of the program 420 receives from a proximity device through the proximity wireless communication unit at a specified point before, during, and after n simultaneous touch points are recognized or authenticated. A proximity communication recognition unit 552 that recognizes the authenticated authentication data, a proximity communication authentication unit 554 that authenticates whether the recognized authentication data matches a predetermined proximity communication authentication condition, and the proximity communication authentication condition A proximity communication authentication verification unit 556 for verifying a result of authenticating communication is provided, and the proximity communication authentication unit 554 may be implemented outside the wireless terminal 400. Meanwhile, according to the implementation method of the present invention, the proximity communication recognition unit 552 may independently recognize proximity communication and be authenticated through the proximity communication authentication unit 554. In this case, the result of the proximity communication authentication is It can be used equally to touch recognition. Preferably, when the proximity communication authentication module 470 authenticates authentication data transmitted through proximity wireless communication from the touch unit 100, the proximity communication authentication module 470 is It can be authenticated as a genuine device that has not been duplicated. Alternatively, when the proximity communication authentication module 470 authenticates authentication data transmitted through proximity wireless communication from the terminal device 600 of an affiliated store equipped with the touch unit 100, the proximity communication authentication module 470 performs touch authentication. It can be verified that this is being performed at an affiliate store equipped with the touch unit 100.

According to the implementation method of the present invention, near the wireless terminal 400 equipped with a program 420 that recognizes or authenticates n simultaneous touch points, a proximity device capable of proximity wireless communication with the wireless terminal 400 (eg, POS (Point Of Sales) terminal, CAT (Credit Authorization Terminal), charge terminal, computer, etc., or a touch unit 100 that is touched on the touch screen 405, or RF card, contactless IC card, NFC card, etc.) Can be. The proximity device transmits designated authentication data at a designated point in time before, during, and after n simultaneous touch points are recognized or authenticated.

According to the first proximity communication method of the present invention, the proximity device may check a unique code of a designated code system and transmit authentication data including the confirmed unique code. The unique code may be stored or maintained in a memory of the proximity device, or may be provided from a designated server communicating with the proximity device. When a unique code is included in the authentication data, the proximity communication authentication condition may include a comparison object code to be compared and authenticated with the unique code.

According to the second proximity communication method of the present invention, the proximity device may check a one-time code of a designated code system and transmit authentication data including the identified unique code. The proximity device stores or maintains a code generation rule (e.g., a code generation algorithm and/or one or more seed values, etc.) for generating a one-time code of a designated code system, and generates a one-time code of a designated code system through the code generation rule. It can be dynamically generated and transmitted through authentication data. Alternatively, the one-time code may be dynamically generated through a designated server communicating with the proximity device and provided to the proximity device. When the one-time code is included in the authentication data, the proximity communication authentication condition is a code generation rule for dynamically generating a comparison target code matching the one-time code (e.g., a code generation by dynamically generating a one-time code included in the authentication data) Algorithms and/or rules that match seed values).

According to the third proximity communication method of the present invention, the proximity device may check a unique code of a designated code system and a dynamically generated one-time code, and transmit authentication data including the identified unique code and one-time code. The unique code may be stored or maintained in a memory of the proximity device, or may be provided from a designated server communicating with the proximity device, and the disposable code is also dynamically generated through the proximity device, or communicates with the proximity device. It can be dynamically generated through a designated server and provided to the proximity device. When the authentication data includes a unique code and a one-time code, the proximity communication authentication condition includes a comparison target code to be compared and authenticated with the unique code, and code generation for dynamically generating a comparison target code matching the one-time code May contain rules.

The proximity device may transmit authentication data in at least one of the first to third proximity communication methods, and the proximity communication authentication condition may include at least one matching the authentication data. Preferably, the proximity communication authentication condition may be provided in the program 420 in the form of a program code of the program 420, or may be stored in the memory in the form of data (or file) used by the program 420. have.

The proximity communication recognition unit 552 checks authentication data received through the proximity wireless communication unit from a proximity device provided near the wireless terminal 400. Preferably, the proximity device may transmit various data in addition to the authentication data, and the proximity communication recognition unit 552 recognizes authentication data including a designated code among data received from the proximity device, and the proximity communication authentication unit ( 554). The authentication data may include at least one of a unique code and a disposable code, and may include an identification code for identifying a proximity device and at least one key value for security processing according to an implementation method. Preferably, the authentication data (or a unique code and/or one-time code) is encrypted according to a specified encryption rule, and the encrypted authentication data (or a unique code and/or one-time code) is transmitted to the proximity communication authentication unit 554. It may be decrypted through, or may be decrypted by the operation server 700 (or a designated server).

The proximity communication authentication unit 554 checks at least one of a unique code and a disposable code included in the recognized authentication data, and authenticates the validity of the authentication data through the proximity communication authentication condition. If the authentication data (or unique code and/or one-time code) is encrypted, the proximity communication authentication unit 554 may decrypt the encrypted authentication data (or unique code and/or one-time code).

When a unique code is included in the authentication data and a comparison object code to be compared and authenticated with the unique code is included in the proximity communication authentication condition, the proximity communication authentication unit 554 includes a unique code of the authentication data and the comparison object code. The validity of the unique code included in the authentication data can be authenticated by comparing.

When the one-time code is included in the authentication data and the proximity communication authentication condition is included in the code generation rule for authenticating the one-time code, the proximity communication authentication unit 554 is a comparison object code generated according to the code generation rule. The validity of the one-time code included in the authentication data can be authenticated by using.

The proximity communication authentication verification unit 556 confirms an authentication result of authentication data performed through the proximity communication authentication unit 554. If the proximity communication authentication unit 554 is implemented outside the wireless terminal 400, the proximity communication authentication verification unit 556 is the input authentication data or a unique code included in the input authentication data. And/or a one-time code is provided to the proximity communication authentication unit 554 provided outside of the wireless terminal 400, and a result of authenticating the authentication data may be provided from the proximity communication authentication unit 554.

When the proximity communication authentication module 470 is provided as a dynamic authentication module 445 that is combined with authentication of n simultaneous touch points, the touch authentication result verification unit 526 is linked with the proximity communication authentication verification unit 556 Thus, it is checked whether the authentication data recognized through the proximity communication recognition unit 552 is authenticated. When the validity of the n simultaneous touch points is authenticated and the recognized authentication data is authenticated as a result of dynamic authentication combined with the authentication of the n simultaneous touch points, the touch authentication result verification unit 526 It may be determined that the validity of the n simultaneous touch points has been authenticated based on the proximity communication authentication result.

FIG. 6 is a diagram showing a configuration of a terminal device 600 provided in an affiliated store and a functional configuration of a program 615 therefor to provide a touch authentication service according to an embodiment of the present invention.

In more detail, FIG. 6 shows a terminal device 600 operated to provide a touch authentication service at an affiliated store equipped with the touch unit 100 shown in FIG. 1 and a functional configuration of a program 615 therefor, For convenience, the terminal device 600 of FIG. 6 shows a wireless terminal used in an affiliated store as a terminal device 600 provided in the affiliated store, and the technical features of the present invention will be described. However, it is clearly revealed that the terminal device 600 provided in the affiliated store is by no means limited to the embodiment of this figure 6, and the terminal device 600 of the affiliated store includes all terminals including a POS terminal, a CAT, and a computer. It is a bar. Hereinafter, in describing the terminal device 600 provided in the affiliated store through FIG. 6, a detailed description of the same configuration as the wireless terminal 400 illustrated in FIG. 4 will be omitted for convenience.

6, the terminal device 600 includes a control unit 601, a memory unit 613, a screen output unit 604, a touch input unit 605, a key input unit 606, and a sound output unit 607. And a sound input unit 608, a camera unit 609, a wireless network communication unit 603, a short-range wireless communication unit 602, a proximity wireless communication unit 610, a location positioning unit 611, a USIM reader unit 612, and a USIM. And a battery 614 for supplying power.

According to the implementation method of the present invention, the terminal device 600 of the affiliated store may include a touch input unit 605 that supports capacitive touch, and various kinds of the touch unit 100 through the touch input unit 605 Certification conditions can be registered. However, the touch input unit 605 is not necessarily required for registration of the authentication condition, and the touch input unit 605 may be omitted if the geometric structure of the simultaneous touch points of the touch unit 100 can be set through a GUI.

According to the present invention, the program 615 of the terminal device 600 operates by communicating with the designated operation server 700, and the operation server 700 is a program 420 of the wireless terminal 400 shown in FIG. ) May be an operation server 700 interworking with or another operation server 700, and the present invention is not limited thereto.

Referring to FIG. 6, the program 615 of the terminal device 600 includes a member module 620 that processes membership registration or member authentication for an affiliated store, and a program authentication module that authenticates the validity of the program 615 ( 625). Meanwhile, if a service can be provided without member authentication based on program authentication using the program authentication module 625, the member module 620 may be omitted.

The member module 620 is a procedure of registering an affiliated store equipped with the touch unit 100 as an affiliated store member of the designated operation server 700 and a process of authenticating the affiliated store member to provide a designated service based on touch authentication Perform.

The program authentication module 625 performs a procedure for authenticating the validity of the program 615 through at least one communication network to which the communication resource is accessible. Preferably, the program authentication module 625 performs a terminal-side procedure of program authentication performed by the designated operation server 700 through at least one or two or more of a data network and a telephone communication network to which the communication resource is accessible. By doing so, the validity of the program 615 is authenticated with the designated operation server 700. The terminal-side procedure may be performed through at least one or a combination of two or more of the first to sixth program authentication methods of FIG. 4.

Referring to Fig. 6, the program 615 of the terminal device 600 includes a touch authentication condition registration module 635 for registering one or more designated authentication conditions for touch authentication with a designated operation server 700, and the terminal When the device 600 includes a touch input unit 605, a touch recognition module 630 for recognizing simultaneous touch points for registration of the authentication condition through the touch input unit 605 is provided.

The touch recognition module 630 recognizes N (N≥2) simultaneous touch points forming a designated geometric structure through the touch input unit 605, and the touch authentication condition registration module 635 is the touch recognition module ( Based on the n simultaneous touch points recognized through (630), component values for n simultaneous touch points corresponding to the touch unit 100 to be used at the affiliate store are obtained, and simultaneous corresponding to the obtained component values The touch authentication condition may be determined and registered in the designated operation server 700. Preferably, the touch recognition module 630 recognizes n simultaneous touch points in the same manner as the touch recognition module 630 that recognizes n simultaneous touch points in FIG. 4.

On the other hand, when the touch input unit 605 is not provided in the terminal device 600, the touch authentication condition registration module 635 sets a value for the touch unit 100 to be used at the affiliate store, or the touch unit to be used at the affiliate store. Among setting component values of n simultaneous touch points corresponding to (100), a condition setting interface for setting one or more specified values is displayed, and at the affiliated store based on the value set through the condition setting interface It is possible to obtain component values for n simultaneous touch points corresponding to the touch unit 100 to be used, determine simultaneous touch authentication conditions corresponding to the obtained component values, and register them in the designated operation server 700 .

The touch authentication condition registration module 635 of the program 615 is a component of the n simultaneous touch points when the touch unit 100 provided in the affiliated store touches n simultaneous touch points of a designated geometry. A simultaneous touch authentication condition corresponding to the value is determined, the determined simultaneous touch authentication condition is registered in the designated operation server 700, and n touch points simultaneously recognized through the touch recognition module 630 according to an implementation method Read the component values for.

The touch authentication condition registration module 635 reads and extracts component values for a geometric structure formed by the n touch points in order to authenticate the n touch points recognized through the simultaneous touch recognition unit 512. The component values for the n touch points may be composed of one or more or a combination of two or more of a coordinate value, a scalar value, and a vector value based on a coordinate system (eg, a rectangular coordinate system, a circular coordinate system, etc.) set in the touch area. .

According to the first simultaneous touch reading method of the present invention, the touch authentication condition registration module 635 is a component value including a distance value at which points constituting the n touch points are separated from each other based on a designated coordinate system. Can be extracted. For example, if the n touch points are composed of A(61, y1), B(62, y2), C(63, y3), etc. on a Cartesian coordinate system, the component value is the separation distance between A and B, A It may include the separation distance between B and C, and the separation distance between B and C.

According to the second simultaneous touch reading method of the present invention, the touch authentication condition registration module 635 extracts a component value including a line segment value connecting each point constituting the n touch points based on a designated coordinate system. can do. For example, if the n touch points are composed of A(61, y1), B(62, y2), C(63, y3), etc. on a Cartesian coordinate system, the component values are segment AB, segment AC, segment BC And the like. Each line segment can be represented in the form of a straight line equation.

According to the third simultaneous touch reading method of the present invention, the touch authentication condition registration module 635 includes a line segment angle value formed by two line segments meeting at each point constituting the n touch points based on a designated coordinate system. Element values can be extracted. For example, if the n touch points are composed of A(61, y1), B(62, y2), C(63, y3), etc. in a Cartesian coordinate system, the component value is the line segment BA and the line segment meeting at point A. It may include each ∠BAC for AC, each ∠ABC for line segment AB and line segment BC at point B, and each ∠ACB for line segment AC and line segment CB met at point C.

According to the fourth simultaneous touch reading method of the present invention, the touch authentication condition registration module 635 determines the n touch points as a reference point based on any one point (or any one of the n touch points) on a designated coordinate system. A component value including a vector value for each constituting point (or (N-1) points excluding a reference point among n touch points) may be extracted.

According to the fifth simultaneous touch reading method of the present invention, when the areas of the points constituting the n touch points are different, the touch authentication condition registration module 635 determines the area formed by the n touch points on a designated coordinate system. Included component values can be extracted.

According to the sixth simultaneous touch reading method of the present invention, the touch authentication condition registration module 635 combines two or more touch recognition among the first to fifth simultaneous touch reading methods or repeats one or more simultaneous touch reading methods. The touch authentication condition registration module 635 may extract component values for n touch points touched on the touch area according to the applied simultaneous touch reading method.

The touch authentication condition registration module 635 determines a simultaneous touch authentication condition corresponding to the component values of the read n simultaneous touch points. Alternatively, the touch authentication condition registration module 635 may determine a simultaneous touch authentication condition corresponding to a component value set through the condition setting interface.

According to an exemplary embodiment of the present invention, the simultaneous touch authentication condition is a condition for the number of touch points to be simultaneously touched on the touch area through the touch input unit 605 ?N??, and the n touch points. A center determination condition for determining the center of each point constituting a, a distance calculation condition for calculating a distance between the points constituting the n touch points (e.g., the distance between the center points of each point) and the calculated Distance authentication conditions for authenticating the distance (e.g., the separation distance value and tolerance of each point), line segment setting conditions for connecting each point constituting the n touch points (e.g., connecting the center point of each point Line segment) and the line segment authentication condition for authenticating the line segment connecting each point (e.g., the equation of the straight line, the slope of the straight line, the tolerance, etc.), the line segment formed by two line segments that meet at each point constituting the n touch points The angle determination condition for determining the angle of (e.g., the condition for determining the inner or outer angle formed by the line segment) and the angle authentication condition for authenticating the angle meeting at each point (e.g., the angle value and the tolerance of the line segment meeting at each point) Etc.), a vector determination condition for determining vector components for the n touch points (e.g., a condition for determining a reference point, a condition for determining the size and direction of a vector) and a vector authentication condition for authenticating each vector component ( For example, vector size and direction, tolerance, etc.), conditions for calculating the area for each of the n simultaneous touch points (e.g., dividing the multi-touch area into a plurality of cells and counting the number of cells included in each touch point. Condition) and an area authentication condition for authenticating the area of each touch point (eg, an area for each point, a tolerance, etc.), or a combination of two or more.

The touch authentication condition registration module 635 transmits and registers the determined simultaneous touch authentication condition to the designated operation server 700. Preferably, the touch authentication condition registration module 635 may register the determined simultaneous touch authentication condition as the determined simultaneous touch authentication condition by providing the affiliate store information on the affiliate store in which the touch unit 100 is provided. Meanwhile, depending on the implementation method, the simultaneous touch authentication condition may be determined by the operation server 700, and in this case, the touch authentication condition registration module 635 calculates the component values of the n simultaneous touch points to the operation server. It can be provided as 700.

Referring to Figure 6, the program 615 of the terminal device 600 determines and registers the sound authentication condition of the affiliated store to be combined with the touch authentication, and the sound processing module 640 and the location authentication condition of the affiliated store. A location processing module 645 that determines and registers, an image processing module 650 that determines and registers an image authentication condition of the affiliated store, and a short-range communication processing module 655 that determines and registers a short-range communication authentication condition of the affiliated store And, among the proximity communication processing modules 660 that determine and register the proximity communication authentication condition of the affiliate store, at least one designated processing module may be provided.

The sound processing module 640 of the program 615 determines the sound authentication condition of the affiliated store to be combined with the touch authentication, registers the determined sound touch authentication condition to the designated operation server 700, and according to the implementation method. A procedure of outputting a sound corresponding to the sound authentication condition may be performed.

The sound processing module 640 outputs a sound authentication condition interface for setting a sound authentication condition of the affiliate store through the screen output unit 604, and the affiliate store based on information input/selected through the sound authentication condition interface. A sound authentication condition for at least one of a unique code and/or a disposable code to be encoded in the sound signal to be output through the terminal device 600 or the touch unit 100 of, or a sound pattern to be included in the sound signal is determined.

When the sound data input to the user's wireless terminal 400 includes a unique code of a designated code system, the sound authentication condition may include the unique code and a comparison object code to be compared and authenticated. Alternatively, when sound data input to the wireless terminal 400 includes a sound pattern, the sound authentication condition may include a pattern recognition algorithm and a pattern authentication value for recognizing and authenticating the sound pattern. Alternatively, when the sound data input to the wireless terminal 400 includes a one-time code dynamically generated in a designated code system, the sound authentication condition is a code generation rule for dynamically generating a comparison object code matching the one-time code ( For example, it may include a code generation algorithm and/or a rule matching a seed value for dynamically generating a disposable code included in the sound data).

The sound processing module 640 transmits and registers the determined sound authentication condition to the designated operation server 700. Meanwhile, the sound authentication condition may be determined and received by the operation server 700 according to an implementation method.

When the terminal device 600 outputs the sound corresponding to the sound authentication condition, the sound processing module 640 stores the sound authentication condition, and generates and outputs sound data that can be authenticated through the sound authentication condition. can do. Preferably, the sound data may be output at a designated time point before, during, and after the touch unit 100 of the affiliated store touches the user's wireless terminal 400. Meanwhile, when the sound data is not output through the terminal device 600, the sound processing module 640 may be omitted.

The location processing module 645 of the program 615 determines a location authentication condition of the affiliated store to be combined with the touch authentication, and registers the determined location touch authentication condition in the designated operation server 700.

The location processing module 645 outputs a location authentication condition interface for setting the location authentication condition of the affiliated store through the screen output unit 604, and a wireless terminal based on information input/selected through the location authentication condition interface. When the touch input unit 605 of 400 touches the touch unit 100, a location authentication condition corresponding to a location where the wireless terminal 400 should be is determined. Preferably, the location authentication condition includes a reference location or a location area corresponding to the location of the affiliated store with the touch unit 100, and may be provided from the terminal device 600 of the affiliated store. For example, the location authentication condition may be determined through address information of the affiliate store.

The location processing module 645 transmits and registers the determined location authentication condition to the designated operation server 700. On the other hand, when the location of the touch unit 100 of the affiliated store is changed, the location processing module 645 receives information on the location of the touch unit 100 to be changed (eg, delivery address, etc.) The location authentication condition may be determined, and the location processing module 645 may transmit the determined location authentication condition to the designated operation server 700 for registration.

The image processing module 650 of the program 615 determines the image authentication condition of the affiliated store to be combined with the touch authentication, registers the determined image touch authentication condition in the designated operation server 700, and according to the implementation method. A procedure of electronically outputting an image corresponding to the image authentication condition may be performed.

The image processing module 650 outputs an image authentication condition interface for setting the image authentication condition of the affiliate store through the screen output unit 604, and is electronically based on information input/selected through the image authentication condition interface. Image authentication conditions for at least one of a unique code and/or a disposable code to be encoded in the code image to be output, or an image pattern to be included in the pattern image to be electronically output through the terminal device 600 or the touch unit 100 of the affiliated store To decide. According to an implementation method, the image processing module 650 is a unique code printed on the printing medium of the affiliated store. Alternatively, an image authentication condition for at least one of the image patterns printed on the print medium of the affiliate store may be determined.

When the code image inputted to the user's wireless terminal 400 includes a unique code of a designated code system, the image authentication condition may include the unique code and a comparison object code to be compared and authenticated. Alternatively, when a specified image pattern is included in the pattern image input to the wireless terminal 400, the image authentication condition may include a pattern recognition algorithm and a pattern authentication value for recognizing and authenticating the image pattern. Alternatively, when the code image input to the wireless terminal 400 includes a one-time code dynamically generated in a designated code system, the image authentication condition is a code generation rule for dynamically generating a comparison object code matching the one-time code ( For example, a code generation algorithm and/or a rule matching a seed value for dynamically generating a disposable code included in the code image may be included.

The image processing module 650 transmits and registers the determined image authentication condition to a designated operation server 700. Meanwhile, the image authentication condition may be determined and received by the operation server 700 according to an implementation method.

When the terminal device 600 outputs a code image or a pattern image corresponding to the image authentication condition, the image processing module 650 stores the image authentication condition, and a code image that can be authenticated through the image authentication condition Alternatively, a pattern image may be generated and electronically output through the screen output unit 604. Preferably, the code image or pattern image may be output at a designated time point before, during, or after the touch unit 100 of the affiliate store touches the user's wireless terminal 400. Meanwhile, when the code image or pattern image is not electronically outputted through the terminal device 600, the image processing module 650 may be omitted.

The short-range communication processing module 655 of the program 615 determines the short-range communication authentication condition of the affiliated store to be combined with the touch authentication, registers the determined short-range communication touch authentication condition in the designated operation server 700, and executes According to a method, a procedure for electronically outputting short-range communication corresponding to the short-range communication authentication condition may be performed.

The short-range communication processing module 655 outputs a short-range communication authentication condition interface for setting a short-range communication authentication condition of the affiliated store through the screen output unit 604, and inputs/selects information through the short-range communication authentication condition interface. Based on the short-range communication authentication conditions for a unique code and/or a one-time code to be included in the authentication data to be transmitted to the program 420 of the wireless terminal 400 through short-range wireless communication in the short-range of the wireless terminal 400 is determined.

When a unique code is included in the authentication data, the short-range communication authentication condition may include a comparison object code to be compared and authenticated with the unique code. When the one-time code is included in the authentication data, the short-range communication authentication condition is a code generation rule for dynamically generating a comparison target code matching the one-time code (e.g., code generation by dynamically generating a one-time code included in the authentication data) Algorithms and/or rules that match seed values).

The short-range communication processing module 655 transmits and registers the determined short-range communication authentication condition to the designated operation server 700. Meanwhile, the short-range communication authentication condition may be determined and received by the operation server 700 according to an implementation method.

When the terminal device 600 transmits authentication data corresponding to the short-range communication authentication condition, the short-range communication processing module 655 stores the short-range communication authentication condition, and authentication capable of authenticating through the short-range communication authentication condition Data may be generated and transmitted to the program 420 of the wireless terminal 400. Preferably, the authentication data may be output at a designated time point before, during, and after the touch unit 100 of the affiliated store touches the user's wireless terminal 400. Meanwhile, when the authentication data is not transmitted through the terminal device 600, the short-range communication processing module 655 may be omitted.

The proximity communication processing module 660 of the program 615 determines a proximity communication authentication condition of an affiliate store to be combined with the touch authentication, registers the determined proximity communication touch authentication condition to a designated operation server 700, and executes Depending on the method, a procedure of electronically outputting proximity communication corresponding to the proximity communication authentication condition may be performed.

The proximity communication processing module 660 outputs a proximity communication authentication condition interface for setting a proximity communication authentication condition of the affiliated store through a screen output unit 604, and input/selected information through the proximity communication authentication condition interface. Based on the proximity of the wireless terminal 400, a proximity communication authentication condition for a unique code and/or a one-time code to be included in the authentication data to be transmitted to the program 420 of the wireless terminal 400 through proximity wireless communication is determined.

When a unique code is included in the authentication data, the proximity communication authentication condition may include a comparison object code to be compared and authenticated with the unique code. When the one-time code is included in the authentication data, the proximity communication authentication condition is a code generation rule for dynamically generating a comparison target code matching the one-time code (e.g., a code generation by dynamically generating a one-time code included in the authentication data) Algorithms and/or rules that match seed values).

The proximity communication processing module 660 transmits and registers the determined proximity communication authentication condition to the designated operation server 700. Meanwhile, the proximity communication authentication condition may be determined and received by the operation server 700 according to an implementation method.

When the terminal device 600 transmits authentication data corresponding to the proximity communication authentication condition, the proximity communication processing unit stores the proximity communication authentication condition, and generates authentication data that can be authenticated through the proximity communication authentication condition. It can be transmitted to the program 420 of the wireless terminal 400. Preferably, the authentication data may be output at a designated time point before, during, and after the touch unit 100 of the affiliated store touches the user's wireless terminal 400. Meanwhile, when the authentication data is not transmitted through the terminal device 600, the proximity communication processor may be omitted.

Referring to Fig. 6, the program 615 of the terminal device 600 configures service registration information to be provided based on a touch authentication result (or a result of combining touch authentication and one or more dynamic authentication), and a designated operation server ( 700), and when the touch authentication result (or the result of combining touch authentication and one or more dynamic authentication) is confirmed through the program 420 of the wireless terminal 400, the procedure for providing the registered service is performed. And a service processing module (665).

The service processing module 665 displays a service registration interface for setting service registration information through the screen output unit 604, and configures service registration information based on information input through the service registration interface to a designated operation server. Register at (700). Depending on the implementation method, the service registration information may be determined and received through the operation server 700.

The service processing module 665 stores information for providing a service corresponding to the service registration information in the memory unit 613, and communicates with the program 420 of the wireless terminal 400 or the operation server 700 ) As a result of communication with the wireless terminal 400, confirming that a touch authentication result (or a result of combining touch authentication and one or more dynamic authentication) is processed in the program 420 of the wireless terminal 400, and the confirmed touch authentication result (or touch authentication And a result of combining at least one dynamic authentication), a procedure for providing a specified service using the stored information is performed. For example, a service provided based on the touch authentication result (or a result of combining touch authentication and one or more dynamic authentication) may include a value providing service, a promotion service, a payment service, and the like.

7 is a diagram showing a system configuration for providing a touch authentication service according to an exemplary method of the present invention.

In more detail, this figure 7 authenticates Simultaneous Touch using the multi-touch function of the touch input unit provided in the wireless terminal 400 and processes to provide a designated service through the wireless terminal 400. It shows the system configuration, and if a person of ordinary skill in the art to which the present invention belongs, various implementation methods for the system providing the touch authentication service by referring and/or modifying this Figure 7 (e.g., some The component parts are omitted, or subdivided, or combined implementation method) may be inferred, but the present invention includes all of the above inferred implementation methods, and the technical features are limited only by the implementation method shown in FIG. It doesn't work.

The system for providing a touch authentication service of the present invention communicates with the wireless terminal 400 shown in FIG. 4, and an operation capable of communicating with the terminal device 600 of the affiliated store having the touch unit 100 shown in FIG. It may be implemented through the server 700. However, the operation server 700 is only a functional name for implementing a system implemented on a network to provide the touch authentication service, and is not limited to a physical name. Preferably, the operation server 700 may be separated into each server operated by each service provider as the service provider implementing the present invention is subdivided. For example, some of the components shown in the operation server 700 of this figure 7 are provided in the server of a business operator that provides a separate service linked to touch authentication, or the components related to authentication of the one-time code are one-time code It may be provided on a server of an organization that provides authentication. It is obvious that the system for providing a touch authentication service according to the present invention includes the number of all cases in which a plurality of operators cooperate to provide various touch authentication services.

Referring to Figure 7, the operation server 700, the user of the wireless terminal 400 shown in Figure 4 as a member / sign up / authenticate, or a member store having the touch unit 100 shown in Figure 1 A member registration/authentication unit 705 for signing up/authentication is provided, and the validity of the program 420 of the wireless terminal 400 shown in Fig. 4 is authenticated, or a touch unit 100 shown in Fig. 1 is provided. A program authentication unit 710 for authenticating the validity of the program 615 provided in the terminal device 600 of an affiliated store is provided, and a detailed description thereof will be referred to FIG. 4.

Referring to Figure 7, the operation server 700 for authenticating the simultaneous touch stores the simultaneous touch authentication condition for the affiliated store, which is checked in conjunction with the terminal device 600 of the affiliated store, in a designated storage medium 740, or An authentication condition management unit 720 that manages the simultaneous touch authentication condition to be applied to the simultaneous touch authentication of the program 420 of the wireless terminal 400, and determines the simultaneous touch authentication condition of the affiliated store according to an implementation method A determination unit 715, a simultaneous touch authentication unit 524 for performing simultaneous touch authentication requested from the program 420 of the wireless terminal 400 based on the simultaneous touch authentication condition, and an authentication result of the simultaneous touch An authentication result providing unit 725 may be provided to provide a program 420 of the wireless terminal 400. The storage medium 740 of FIG. 7 may be provided in the operation server 700 or may be provided outside, and the present invention is not limited thereto.

When the terminal device 600 of the affiliated store recognizes and reads the simultaneous touch of the touch unit 100 provided in the affiliated store, determines and transmits the simultaneous touch authentication condition for the same, the authentication condition management unit 720 The simultaneous touch authentication condition received from the terminal device 600 of is mapped with the affiliated store information identifying the corresponding affiliated store, and stored in the designated storage medium 740. When the terminal device 600 of the affiliated store obtains and transmits a component value for a simultaneous touch point according to an implementation method of the present invention, the authentication condition determination unit 715 determines the component value for the simultaneous touch point. By receiving and reading, the condition for simultaneous touch authentication of the affiliated store can be determined. The authentication condition determination unit 715 may further determine one or more of a touch recognition condition and a touch state condition for simultaneous touch using the touch unit 100. The authentication condition management unit 720 may store one or more of a touch recognition condition and a touch state condition in a designated storage medium 740.

According to an embodiment of the present invention, the simultaneous touch authentication condition is a condition for the number of touch points to be simultaneously touched on the touch area through the touch input unit of the wireless terminal 400 ?N?? A center determination condition for determining the center of each point constituting the touch points, a distance calculation condition for calculating the distance between the points constituting the n touch points (e.g., the distance between the center points of each point), and Distance authentication conditions for authenticating the calculated distance (e.g., a separation distance value and tolerance of each point), a line segment setting condition connecting each point constituting the n touch points (e.g., a center point of each point The line segment connecting each point) and the line segment authentication condition for authenticating the line segment connecting each point (e.g., the equation of a straight line, the slope of the straight line, a tolerance, etc.), two line segments that meet at each point constituting the n touch points The angle determination condition (e.g., the condition for determining the inner angle or the outer angle of the line segment) and the angle authentication condition for authenticating the angle meeting at each point (e.g., the angle value of the line segment meeting at each point) And tolerance), vector determination conditions for determining vector components for the n touch points (e.g., conditions for determining reference points, conditions for determining the size and direction of vectors), and vectors for authenticating each vector component Authentication conditions (e.g., vector size and direction, tolerance, etc.), conditions for calculating the area for each of the n simultaneous touch points (e.g., the multi-touch area is divided into a plurality of cells and the number of cells included in each touch point A condition for counting) and an area authentication condition for authenticating the area of each touch point (eg, an area for each point, an allowable error, etc.).

When the simultaneous touch authentication condition is confirmed/determined, the authentication condition management unit 720 processes the simultaneous touch authentication condition to be applied in the form of a program code to the program 420 provided to the wireless terminal 400 (e.g., a program ( 420) Process to produce/update the program 420 provided to the wireless terminal 400 through a provision server), or the simultaneous touch authentication condition with the program 420 provided to the wireless terminal 400 through a communication network Provided and processed to be applied to data (or files) used by the program 420. According to an implementation method, the authentication condition manager 720 may process one or more of a touch recognition condition and a touch state condition for simultaneous touch using the touch unit 100 to be applied. Meanwhile, when the simultaneous touch authentication unit 524 is provided in the operation server 700, the simultaneous touch authentication condition may be applied without being provided to the program 420. Alternatively, when the simultaneous touch recognition unit 512 is provided in the operation server 700, the touch recognition condition may be applied without being provided to the program 420. Alternatively, one or more of the simultaneous multi-touch authentication unit 514, the fixed touch state authentication unit 516, the static touch state authentication unit 518, and the dynamic touch state authentication unit 520 are provided in the operation server 700. In this case, the touch state condition can be applied without being provided to the program 420.

According to the implementation method of the present invention, the conditions for simultaneous touch authentication of the affiliated store are changed whenever necessary (e.g., changing the position of some touch parts of the touch unit 100, rotating or adjusting the height), and re-registration process It may be updated through, and the changed/updated simultaneous touch authentication condition is provided to the program 420 of the wireless terminal 400 as quickly as possible. Meanwhile, when the simultaneous touch authentication unit 524 is provided in the operation server 700, the simultaneous touch authentication condition may not be provided by the program 420.

When the simultaneous touch authentication unit 524 is provided on the operation server 700 according to the method of the present invention, the simultaneous touch authentication unit 524 is n from the program 420 of the wireless terminal 400. Image data obtained by imaged two simultaneous touch points or component values for the n simultaneous touch points are received.

If image data for n simultaneous touch points is received from the program 420 of the wireless terminal 400, the simultaneous touch authentication unit 524 applies the geometric structure formed by the n touch points from the image data. It is extracted by reading the component values for. The component values for the n touch points may be composed of one or more or a combination of two or more of a coordinate value, a scalar value, and a vector value based on a coordinate system (eg, a rectangular coordinate system, a circular coordinate system, etc.) set in the touch area. .

According to the first simultaneous touch reading method of the present invention, the simultaneous touch authentication unit 524 calculates a component value including a separation distance value at which points constituting the n touch points are separated from each other based on a designated coordinate system. Can be extracted. For example, if the n touch points are composed of A(71, y1), B(72, y2), C(73, y3), etc. on a Cartesian coordinate system, the component value is the separation distance between A and B, A It may include the separation distance between B and C, and the separation distance between B and C.

According to the second simultaneous touch reading method of the present invention, the simultaneous touch authentication unit 524 extracts a component value including a line segment value connecting each point constituting the n touch points based on a designated coordinate system. I can. For example, if the n touch points are composed of A(71, y1), B(72, y2), C(73, y3), etc. on a Cartesian coordinate system, the component values are segment AB, segment AC, segment BC And the like. Each line segment can be represented in the form of a straight line equation.

According to the third simultaneous touch reading method of the present invention, the simultaneous touch authentication unit 524 includes a line segment angle value formed by two line segments that meet at each point constituting the n touch points based on a designated coordinate system. Value can be extracted. For example, if the n touch points are composed of A(71, y1), B(72, y2), C(73, y3), etc. on a Cartesian coordinate system, the component value is the line segment BA and the line segment meeting at point A. It may include each ∠BAC for AC, each ∠ABC for line segment AB and line segment BC at point B, and each ∠ACB for line segment AC and line segment CB met at point C.

According to the fourth simultaneous touch reading method of the present invention, the simultaneous touch authentication unit 524 configures the n touch points as a reference point based on any one point (or any one of the n touch points) on a designated coordinate system. A component value including a vector value for each point (or (N-1) points excluding the reference point among n touch points) may be extracted.

According to the fifth simultaneous touch reading method of the present invention, when the areas of each point constituting the n touch points are different, the simultaneous touch authentication unit 524 includes an area formed by the n touch points on a designated coordinate system. You can extract the component values.

According to the sixth simultaneous touch reading method of the present invention, the simultaneous touch authentication unit 524 combines two or more touch recognition among the first to fifth simultaneous touch reading methods or repeats one or more simultaneous touch reading methods. The simultaneous touch authentication unit 524 may extract component values for n touch points touched on the touch area according to the applied simultaneous touch reading method.

The simultaneous touch authentication unit 524 compares the component value received from the program 420 of the wireless terminal 400 or the component value extracted from the image data with the simultaneous touch authentication condition, or performs a designated verification operation. It is performed to authenticate whether the constituent elements of the n touch points match the simultaneous touch authentication condition.

The authentication result providing unit 725 provides the simultaneous touch authentication result performed by the simultaneous touch authentication unit 524 to the program 420 of the wireless terminal 400.

Referring to FIG. 7, the operation server 700 stores the sound authentication condition checked in connection with the terminal device 600 or the touch unit 100 of the affiliated store in a designated storage medium 740, or the sound authentication condition An authentication condition management unit 720 that manages to be applied to the program 420 of the wireless terminal 400 is provided, and an authentication condition determination unit 715 for determining a sound authentication condition of the affiliated store according to an implementation method, and the sound A sound authentication unit 530 performing sound authentication requested from the program 420 of the wireless terminal 400 based on an authentication condition, and a program 420 of the wireless terminal 400 with the authentication result of the sound authentication It may be provided with an authentication result providing unit 725 provided as.

The authentication condition management unit 720 includes at least one of a unique code and/or a disposable code to be encoded in the sound signal to be output through the terminal device 600 or the touch unit 100 of the affiliated store, or a sound pattern to be included in the sound signal. The sound authentication condition for is checked, the affiliate store information identifying the affiliate store and the verified sound authentication condition are mapped and stored in the designated storage medium 740. The sound authentication condition may be provided from the terminal device 600 or the touch unit 100 of the affiliated store.

On the other hand, the authentication condition determining unit 715 is at least one of a unique code and/or a disposable code to be encoded in the sound signal to be output through the terminal device 600 or the touch unit 100 of the affiliated store, or a sound pattern to be included in the sound signal. Sound certification conditions for one can be determined.

When the sound data input to the wireless terminal 400 includes a unique code of a designated code system, the sound authentication condition may include the unique code and a comparison object code to be compared and authenticated. Alternatively, when sound data input to the wireless terminal 400 includes a sound pattern, the sound authentication condition may include a pattern recognition algorithm and a pattern authentication value for recognizing and authenticating the sound pattern. Alternatively, when the sound data input to the wireless terminal 400 includes a one-time code dynamically generated in a designated code system, the sound authentication condition is a code generation rule for dynamically generating a comparison object code matching the one-time code ( For example, it may include a code generation algorithm and/or a rule matching a seed value for dynamically generating a disposable code included in the sound data).

When the sound authentication condition is confirmed/determined, the authentication condition management unit 720 processes the sound authentication condition to be applied in the form of a program code to the program 420 provided to the wireless terminal 400 (e.g., program 420). The sound authentication condition is provided to the program 420 provided to the wireless terminal 400 through a providing server (processing to produce/update the program 420 provided to the wireless terminal 400) or through a communication network. Processes to be applied to data (or files) used by the program 420. Meanwhile, when the sound authentication unit 530 is provided in the operation server 700, the sound authentication condition may be applied without being provided to the program 420.

According to the implementation method of the present invention, the sound authentication condition of the affiliated store can be changed at any time as necessary (e.g., a specific frequency change, a sound pattern change, a change of data encoded in a sound code) and updated through a re-registration process, The changed/updated sound authentication condition is provided to the program 420 of the wireless terminal 400 as quickly as possible. Meanwhile, when the sound authentication unit 530 is provided in the operation server 700, the sound authentication condition may not be provided to the program 420.

When the sound authentication unit 530 is provided on the operation server 700 according to the method of the present invention, the sound authentication unit 530 performs sound authentication from the program 420 of the wireless terminal 400. Receive the necessary data.

According to the first sound authentication method of the present invention, when the sound data input to the program 420 of the wireless terminal 400 includes a signal sound of a specific frequency band, the sound authentication unit 530 is the wireless terminal ( The sound data input to the wireless terminal 400 from the program 420 of 400), or a unique code and/or a disposable code recognized from the sound data may be received.

When sound data including a signal sound of a specific frequency band is received from the program 420 of the wireless terminal 400, the sound authentication unit 530 reads the frequency band of the signal sound and Codes and/or disposable codes can be extracted.

When a unique code is extracted from the received sound data or a unique code is received from the program 420 of the wireless terminal 400, the sound authentication unit 530 compares the unique code with the sound authentication condition. By comparing the codes, the validity of the unique code can be verified.

Alternatively, when the one-time code is extracted from the received sound data or the one-time code is received from the program 420 of the wireless terminal 400, the sound authentication unit 530 is configured according to the code generation rule of the sound authentication condition. The generated comparison target code can be used to authenticate the validity of the disposable code.

According to the second sound authentication method of the present invention, when sound data input to the program 420 of the wireless terminal 400 includes a sound pattern, the sound authentication unit 530 Sound data input to the wireless terminal 400 from a program 420 or sound pattern information recognized from the sound data may be received.

When sound data including a sound pattern is received from the program 420 of the wireless terminal 400, the sound authentication unit 530 recognizes the sound data through a designated pattern recognition algorithm to extract sound pattern information. I can.

When sound pattern information is extracted from the received sound data or sound pattern information is received from the program 420 of the wireless terminal 400, the sound authentication unit 530 determines the sound pattern information and the sound authentication condition The validity of the sound pattern included in the sound data may be verified by comparing it with the pattern authentication value of or by performing a designated verification operation.

According to the third sound authentication method of the present invention, when sound data input to the program 420 of the wireless terminal 400 includes a sound code, the sound authentication unit 530 Sound data input from the program 420 to the wireless terminal 400, a sound code corresponding to the sound data, or a unique code and/or a disposable code obtained from the sound code may be received.

When sound data including a sound code is received from the program 420 of the wireless terminal 400, the sound authentication unit 530 reads the sound data and extracts the sound code included in the sound data, It is possible to extract a unique code and/or a disposable code encoded in the sound code. Alternatively, when a sound code included in sound data is received from the program 420 of the wireless terminal 400, the sound authentication unit 530 may extract a unique code and/or a one-time code encoded in the sound code. have.

When a unique code is extracted from the received sound data (or sound code) or a unique code is received from the program 420 of the wireless terminal 400, the sound authenticating unit 530 provides the unique code and the sound The validity of the unique code can be verified by comparing the comparison target code of the authentication condition.

Alternatively, when a one-time code is extracted from the received sound data (or sound code) or a one-time code is received from the program 420 of the wireless terminal 400, the sound authentication unit 530 is The validity of the disposable code can be authenticated by using the comparison target code generated according to the code generation rule.

The authentication result providing unit 725 provides the sound authentication result performed by the sound authentication unit 530 to the program 420 of the wireless terminal 400. If the sound authentication is combined with the touch authentication, the authentication result providing unit 725 may provide a sound authentication result together with the touch authentication result to the program 420 of the wireless terminal 400.

Referring to FIG. 7, the operation server 700 stores the location authentication condition checked in connection with the terminal device 600 of the affiliate store in a designated storage medium 740, or the location authentication condition is the wireless terminal 400 An authentication condition management unit 720 that manages to be applied to the program 420 of is provided, an authentication condition determination unit 715 that determines a location authentication condition of the affiliated store according to an implementation method, and the location authentication condition A location authentication unit 536 performing location authentication requested from the program 420 of the wireless terminal 400, and an authentication result providing the authentication result of the location authentication to the program 420 of the wireless terminal 400 Study 725 may be provided.

The authentication condition management unit 720 checks a location authentication condition corresponding to a location where the wireless terminal 400 should be at a time when the touch unit 100 is touched on the touch input unit of the wireless terminal 400, and the affiliate store Affiliate store information for identifying A and the verified location authentication condition are mapped and stored in a designated storage medium 740. The location authentication condition includes a reference location or a location area corresponding to the location of the affiliated store with the touch unit 100, and may be provided from the terminal device 600 of the affiliated store.

On the other hand, when the location where the touch unit 100 is touched to the touch input unit of the wireless terminal 400 is changed (for example, when an employee of a member store carries the touch unit 100 and visits the customer's location, etc.), the The authentication condition determination unit 715 may receive information corresponding to the location change of the touch unit 100 from the terminal device 600 of the affiliated store, and determine the location authentication condition of the specific wireless terminal 400 based on this. have.

When the location authentication condition is confirmed/determined, the authentication condition management unit 720 processes the location authentication condition to be applied in the form of a program code to the program 420 provided to the wireless terminal 400 (e.g., program 420). By providing the location authentication condition to the program 420 provided to the wireless terminal 400 through a providing server (processing to produce/update) or the program 420 provided to the wireless terminal 400 through a communication network. Processes to be applied to data (or files) used by the program 420. Meanwhile, when the location authentication unit 536 is provided in the operation server 700, the location authentication condition may be applied without being provided to the program 420.

According to the implementation method of the present invention, the location authentication condition of the affiliated store can be changed at any time as necessary and updated through a re-registration process, and the changed/updated location authentication condition can be programmed in the wireless terminal 400 as quickly as possible. It is provided as 420. Meanwhile, when the location authentication unit 536 is provided in the operation server 700, the location authentication condition may not be provided by the program 420.

When the location authentication unit 536 is provided on the operation server 700 side according to the implementation method of the present invention, the location authentication unit 536 is the wireless terminal from the program 420 of the wireless terminal 400 Receive 400 location data.

When the location data of the wireless terminal 400 is received from the program 420 of the wireless terminal 400, the location authentication unit 536 has the location data within a specified distance from the reference position of the location authentication condition. The location data is authenticated by checking whether or not the identified location data exists within the location area of the location authentication condition.

The authentication result providing unit 725 provides the location authentication result performed by the location authentication unit 536 to the program 420 of the wireless terminal 400. If the location authentication is combined with the touch authentication, the authentication result providing unit 725 may provide the location authentication result together with the touch authentication result to the program 420 of the wireless terminal 400.

Referring to FIG. 7, the operation server 700 stores the image authentication condition checked in connection with the terminal device 600 or the touch unit 100 of the affiliate store in a designated storage medium 740, or the image authentication condition An authentication condition management unit 720 that manages to be applied to the program 420 of the wireless terminal 400 is provided, and an authentication condition determination unit 715 for determining an image authentication condition of the affiliated store according to an implementation method, and the image An image authentication unit 542 performing image authentication requested from the program 420 of the wireless terminal 400 based on an authentication condition, and a program 420 of the wireless terminal 400 with the authentication result of the image authentication It may be provided with an authentication result providing unit 725 provided as.

The authentication condition management unit 720 is a unique code and/or a one-time code to be encoded in the code image to be electronically output through the terminal device 600 or the touch unit 100 of the affiliated store, or the terminal device 600 of the affiliated store. Alternatively, a storage medium designated by checking the image authentication condition for at least one of the image patterns to be included in the pattern image to be electronically output through the touch unit 100, and mapping the verified image authentication condition with the affiliate store information identifying the affiliate store. Save to 740. Or the authentication condition management unit 720 is a unique code printed on the printing medium of the affiliated store. Alternatively, the image authentication condition for at least one of the image patterns printed on the print medium of the affiliate store may be checked, and the affiliate store information identifying the affiliate store and the confirmed image authentication condition may be mapped and stored in the designated storage medium 740. . The image authentication condition may be provided from the terminal device 600 or the touch unit 100 of the affiliated store.

On the other hand, the authentication condition determining unit 715 is a unique code and/or a one-time code to be encoded in the code image to be electronically output through the terminal device 600 or the touch unit 100 of the affiliated store, or the terminal device 600 of the affiliated store. ) Or, an image authentication condition for at least one of image patterns to be included in a pattern image to be electronically outputted through the touch unit 100 may be determined. Alternatively, the authentication condition determination unit 715 is a unique code to be printed on the printing medium of the affiliated store. Alternatively, an image authentication condition for at least one of the image patterns to be printed on the print medium of the affiliate store may be determined.

When the code image input to the wireless terminal 400 includes a unique code of a designated code system, the image authentication condition may include the unique code and a comparison object code to be compared and authenticated. Alternatively, when a specified image pattern is included in the pattern image input to the wireless terminal 400, the image authentication condition may include a pattern recognition algorithm and a pattern authentication value for recognizing and authenticating the image pattern. Alternatively, when the code image input to the wireless terminal 400 includes a one-time code dynamically generated in a designated code system, the image authentication condition is a code generation rule for dynamically generating a comparison object code matching the one-time code ( For example, a code generation algorithm and/or a rule matching a seed value for dynamically generating a disposable code included in the code image may be included.

When the image authentication condition is confirmed/determined, the authentication condition management unit 720 processes the image authentication condition to be applied in the form of a program code to the program 420 provided to the wireless terminal 400 (e.g., program 420). By providing the image authentication condition to the program 420 provided to the wireless terminal 400 through a providing server (processing to produce/update the program 420 provided to the wireless terminal 400), or through a communication network Processes to be applied to data (or files) used by the program 420. Meanwhile, when the image authentication unit 542 is provided in the operation server 700, the image authentication condition may be applied without being provided to the program 420.

According to the implementation method of the present invention, the image authentication condition of the affiliated store can be changed at any time as necessary and updated through a re-registration process, and the changed/updated image authentication condition can be programmed in the wireless terminal 400 as quickly as possible. It is provided as 420. Meanwhile, when the image authentication unit 542 is provided in the operation server 700, the image authentication condition may not be provided by the program 420.

When the image authentication unit 542 is provided on the operation server 700 according to the method of the present invention, the image authentication unit 542 performs image authentication from the program 420 of the wireless terminal 400. Receive the necessary data.

According to the first image authentication method of the present invention, when a code image is input into the program 420 of the wireless terminal 400, the image authentication unit 542 is configured from the program 420 of the wireless terminal 400. The code image input to the wireless terminal 400, or a unique code and/or a one-time code recognized from the code image may be received.

When a code image is received from the program 420 of the wireless terminal 400, the image authentication unit 542 can read the code image and extract a unique code and/or a one-time code included in the code image. have.

When a unique code is extracted from the received code image or a unique code is received from the program 420 of the wireless terminal 400, the image authentication unit 542 is a comparison object between the unique code and the image authentication condition. By comparing the codes, the validity of the unique code can be verified.

Alternatively, when a one-time code is extracted from the received code image or a one-time code is received from the program 420 of the wireless terminal 400, the image authentication unit 542 is configured according to the code generation rule of the image authentication condition. The generated comparison target code can be used to authenticate the validity of the disposable code.

According to the second image authentication method of the present invention, when a pattern image is input to the program 420 of the wireless terminal 400, the image authentication unit 542 is configured from the program 420 of the wireless terminal 400. A pattern image input to the wireless terminal 400 or image pattern information recognized from the pattern image may be received.

When a pattern image is received from the program 420 of the wireless terminal 400, the image authentication unit 542 may recognize the pattern image through a designated pattern recognition algorithm to extract image pattern information.

When image pattern information is extracted from the received pattern image or image pattern information is received from the program 420 of the wireless terminal 400, the image authentication unit 542 performs the image pattern information and the image authentication condition. The validity of the image pattern included in the pattern image may be verified by comparing with the pattern authentication value of or by performing a designated verification operation.

The authentication result providing unit 725 provides the image authentication result performed by the image authentication unit 542 to the program 420 of the wireless terminal 400. If the image authentication is combined with the touch authentication, the authentication result providing unit 725 may provide an image authentication result together with the touch authentication result to the program 420 of the wireless terminal 400.

Referring to FIG. 7, the operation server 700 stores the short-range communication authentication condition checked in connection with the terminal device 600 or the touch unit 100 of the affiliated store in a designated storage medium 740, or the short-range communication An authentication condition management unit 720 for managing an authentication condition to be applied to the program 420 of the wireless terminal 400 is provided, and an authentication condition determination unit 715 for determining a short-range communication authentication condition of the affiliated store according to an implementation method, and , A short-range communication authentication unit 548 for performing short-range communication authentication requested from the program 420 of the wireless terminal 400 based on the short-range communication authentication condition, and the authentication result of the short-range communication authentication to the wireless terminal ( An authentication result providing unit 725 provided to the program 420 of 400) may be provided.

The authentication condition management unit 720 is transmitted to the program 420 of the wireless terminal 400 through the short-range wireless communication of the wireless terminal 400 through the terminal device 600 or the touch unit 100 of the affiliated store. The short-range communication authentication condition for the unique code and/or one-time code to be included in the authentication data is checked, and the affiliate store information identifying the affiliate store and the verified short-range communication authentication condition are mapped and stored in the designated storage medium 740. The short-range communication authentication condition may be provided from the terminal device 600 or the touch unit 100 of the affiliated store.

Meanwhile, the authentication condition determination unit 715 transmits to the program 420 of the wireless terminal 400 through short-range wireless communication from the wireless terminal 400 through the terminal device 600 or the touch unit 100 of the affiliated store. Short-range communication authentication conditions for a unique code and/or a disposable code to be included in the authentication data to be used may be determined.

When a unique code is included in the authentication data, the short-range communication authentication condition may include a comparison object code to be compared and authenticated with the unique code. When the one-time code is included in the authentication data, the short-range communication authentication condition is a code generation rule for dynamically generating a comparison target code matching the one-time code (e.g., code generation by dynamically generating a one-time code included in the authentication data) Algorithms and/or rules that match seed values).

When the short-range communication authentication condition is confirmed/determined, the authentication condition management unit 720 processes the short-range communication authentication condition to be applied in the form of a program code to the program 420 provided to the wireless terminal 400 (for example, a program ( 420) Process to produce/update the program 420 provided to the wireless terminal 400 through a providing server), or the short-range communication authentication condition with the program 420 provided to the wireless terminal 400 through a communication network Provided and processed to be applied to data (or files) used by the program 420. Meanwhile, when the short-range communication authentication unit 548 is provided in the operation server 700, the short-range communication authentication condition may be applied without being provided to the program 420.

According to the implementation method of the present invention, the short-range communication authentication condition of the affiliated store can be changed at any time as necessary and updated through a re-registration process, and the changed/updated short-range communication authentication condition is as quickly as possible on the wireless terminal 400. It is provided as a program 420 of. On the other hand, when the short-range communication authentication unit 548 is provided in the operation server 700, the short-range communication authentication condition may not be provided by the program 420.

In the case where the short-range communication authentication unit 548 is provided on the operation server 700 according to the method of the present invention, the short-range communication authentication unit 548 is configured from the program 420 of the wireless terminal 400. The authentication data received by the wireless terminal 400 through short-range wireless communication, or a unique code and/or a one-time code included in the authentication data may be received.

When the authentication data is received from the program 420 of the wireless terminal 400, the short-range communication authentication unit 548 may read the authentication data to extract a unique code and/or a one-time code. If the authentication data (or a unique code and/or a one-time code) is encrypted, the short-range communication authentication unit 548 may decrypt the encrypted authentication data (or a unique code and/or a one-time code).

When a unique code is extracted from the received authentication data or a unique code is received from the program 420 of the wireless terminal 400, the short-range communication authentication unit 548 determines the unique code and the short-range communication authentication condition. The validity of the unique code can be verified by comparing the comparison target code.

Alternatively, when a one-time code is extracted from the received authentication data or a one-time code is received from the program 420 of the wireless terminal 400, the short-range communication authentication unit 548 is a code generation rule for the short-range communication authentication condition. The validity of the disposable code may be authenticated using the comparison target code generated according to the method.

The authentication result providing unit 725 provides the short-range communication authentication result performed by the short-range communication authentication unit 548 to the program 420 of the wireless terminal 400. If the short-range communication authentication is combined with the touch authentication, the authentication result providing unit 725 may provide a short-range communication authentication result together with the touch authentication result to the program 420 of the wireless terminal 400. have.

Referring to FIG. 7, the operation server 700 stores the proximity communication authentication condition checked in connection with the terminal device 600 or the touch unit 100 of the affiliate store in a designated storage medium 740, or the proximity communication An authentication condition management unit 720 for managing the authentication condition to be applied to the program 420 of the wireless terminal 400, and an authentication condition determination unit 715 for determining a proximity communication authentication condition of the affiliated store according to an implementation method. , A proximity communication authentication unit 554 for performing proximity communication authentication requested from the program 420 of the wireless terminal 400 based on the proximity communication authentication condition, and an authentication result of the proximity communication authentication to the wireless terminal ( An authentication result providing unit 725 provided to the program 420 of 400) may be provided.

The authentication condition management unit 720 transmits to the program 420 of the wireless terminal 400 through proximity wireless communication at a location near the wireless terminal 400 through the terminal device 600 or the touch unit 100 of the affiliated store. Proximity communication authentication conditions for a unique code and/or a one-time code to be included in the authentication data to be included are checked, the affiliate store information identifying the affiliate store and the verified proximity communication authentication condition are mapped and stored in the designated storage medium 740. The proximity communication authentication condition may be provided from the terminal device 600 or the touch unit 100 of the affiliated store.

On the other hand, the authentication condition determination unit 715 is transferred to the program 420 of the wireless terminal 400 through proximity wireless communication at a location near the wireless terminal 400 through the terminal device 600 or the touch unit 100 of the affiliated store. Proximity communication authentication conditions for a unique code and/or a one-time code to be included in the authentication data to be transmitted may be determined.

When a unique code is included in the authentication data, the proximity communication authentication condition may include a comparison object code to be compared and authenticated with the unique code. When the one-time code is included in the authentication data, the proximity communication authentication condition is a code generation rule for dynamically generating a comparison target code matching the one-time code (e.g., a code generation by dynamically generating a one-time code included in the authentication data) Algorithms and/or rules that match seed values).

When the proximity communication authentication condition is confirmed/determined, the authentication condition management unit 720 processes the proximity communication authentication condition to be applied in the form of a program code to the program 420 provided to the wireless terminal 400 (e.g., a program ( 420) Process to produce/update the program 420 provided to the wireless terminal 400 through a provision server), or the proximity communication authentication condition with the program 420 provided to the wireless terminal 400 through a communication network Provided and processed to be applied to data (or files) used by the program 420. Meanwhile, when the proximity communication authentication unit 554 is provided in the operation server 700, the proximity communication authentication condition may be applied without being provided to the program 420.

According to the implementation method of the present invention, the proximity communication authentication condition of the affiliated store can be changed at any time as necessary and updated through a re-registration process, and the changed/updated proximity communication authentication condition is as quickly as possible in the wireless terminal 400. It is provided as a program 420 of. Meanwhile, when the proximity communication authentication unit 554 is provided in the operation server 700, the proximity communication authentication condition may not be provided by the program 420.

When the proximity communication authentication unit 554 is provided on the operation server 700 side according to the method of the present invention, the proximity communication authentication unit 554 is configured from the program 420 of the wireless terminal 400. The authentication data received by the wireless terminal 400 through proximity wireless communication, or a unique code and/or a one-time code included in the authentication data may be received.

When the authentication data is received from the program 420 of the wireless terminal 400, the proximity communication authentication unit 554 may read the authentication data to extract a unique code and/or a one-time code. If the authentication data (or unique code and/or one-time code) is encrypted, the proximity communication authentication unit 554 may decrypt the encrypted authentication data (or unique code and/or one-time code).

When a unique code is extracted from the received authentication data or a unique code is received from the program 420 of the wireless terminal 400, the proximity communication authentication unit 554 determines the unique code and the proximity communication authentication condition. The validity of the unique code can be verified by comparing the comparison target code.

Alternatively, when a one-time code is extracted from the received authentication data or a one-time code is received from the program 420 of the wireless terminal 400, the proximity communication authentication unit 554 is a code generation rule for the proximity communication authentication condition. The validity of the disposable code may be authenticated using the comparison target code generated according to the method.

The authentication result providing unit 725 provides the proximity communication authentication result performed by the proximity communication authentication unit 554 to the program 420 of the wireless terminal 400. If the proximity communication authentication is combined with the touch authentication, the authentication result providing unit 725 may provide the proximity communication authentication result together with the touch authentication result to the program 420 of the wireless terminal 400. have.

Referring to FIG. 7, the operation server 700 registers and stores a service to be provided based on a touch authentication result (or a result of combining touch authentication and one or more dynamic authentication) from the terminal device 600 of the affiliated store. A service registration unit 730 is provided.

The service registration unit 730 receives service registration information for a service to be provided based on touch authentication (or a result of combining touch authentication and one or more dynamic authentication) from the terminal device 600 of the affiliated store, and the received service The registration information is mapped with the affiliated store information identifying the affiliated store and stored in the designated storage medium 740. The program 420 of the wireless terminal 400 is provided with a service module 475 that provides a service corresponding to the service registration information, and the service module at the side of the operation server 700 (or a server of a service provider) A service providing unit 735 for providing the registered service in connection with 475 is provided.

Referring to FIG. 7, the operation server 700 includes a service providing unit 735 that provides a service interlocking with a result of touch authentication (or a result of combining touch authentication and one or more dynamic authentication). The fact that the touch authentication result of the present invention (or the result of combining touch authentication and one or more dynamic authentication) is confirmed is specified in a place designated by the user (eg, a franchise store, a building, a parking lot, an amusement facility, etc.) equipped with the touch unit 100. It means that an action (eg, purchase, visitor, parking, etc.) has been made or is scheduled to be performed. And the designated action in such a designated place can be linked with the provision of a designated service.

The service providing unit 735 provides a service linked with the touch authentication result to the program 420 of the wireless terminal 400 by interworking with the service module 475 of the program 420 of the wireless terminal 400 do.

8 is a diagram illustrating a process of registering an authentication condition for a touch authentication service according to an exemplary method of the present invention.

In more detail, this figure 8 shows the connection to the operation server 700 designated by the terminal device 600 of the affiliate store to register the touch authentication condition for the touch authentication service, and at the same time, the sound authentication condition for sound authentication and the location authentication. It shows a process of registering an authentication condition for dynamic authentication specified at least one of a location authentication condition, an image authentication condition for image authentication, a short-range communication authentication condition for short-range communication authentication, and a proximity communication authentication condition for proximity communication authentication, For those of ordinary skill in the technical field to which the present invention belongs, various implementation methods for the authentication condition registration process (e.g., some steps are omitted or the order is changed) by referring and/or modifying this figure 8 ) May be inferred, but the present invention includes all the inferred implementation methods, and the technical features are not limited only by the implementation methods shown in FIG. 8.

Referring to Figure 8, the terminal device 600 of the affiliated store requests membership registration or authentication of the affiliated store to the designated operation server 700 (800), and the operation server 700 joins the affiliated store as a member or Authentication is processed (805). If the affiliated store is not registered as a member or is not authenticated, the operation server 700 outputs a member registration error or a member authentication error of the affiliated store to the terminal device 600 of the affiliated store (810).

The terminal device 600 of the affiliated store requests the validity authentication of the program 615 to the designated operating server 700 (815), and the operating server 700 is a program provided in the terminal device 600 of the affiliated store ( 615) is performed (820). If the program 615 provided in the affiliated store's terminal device 600 is not validated, the operation server 700 outputs a program authentication error to the affiliated store's terminal device 600 (825).

As the validity of the program 615 is authenticated, the terminal device 600 of the affiliated store determines a touch recognition condition and/or a touch authentication condition of the affiliated store for touch authentication (830). The touch authentication condition includes a simultaneous touch authentication condition. Depending on the implementation method, the touch recognition condition and/or touch authentication condition is determined through the operation server 700 (830), or the terminal device 600 and the operation server 700 of the affiliate store perform a specified information exchange procedure. It can be determined by agreement through (830).

The terminal device 600 of the affiliated store requests the registration of the touch recognition condition and/or touch authentication condition to the operation server 700 (835), and the operation server 700 requests the touch recognition condition and/or the touch recognition condition of the affiliated store Alternatively, the touch authentication condition is checked (840) and stored in the designated storage medium (740) (845).

Meanwhile, when a dynamic authentication condition to be combined with the touch authentication (eg, one or more of a sound authentication condition, a location authentication condition, an image authentication condition, a short distance communication authentication condition, and a proximity communication authentication condition) needs to be registered, the terminal of the affiliated store The device 600 includes one or more authentication conditions (e.g., sound authentication conditions, one or more of authentication) for dynamic authentication (e.g., sound authentication, location authentication, image authentication, short-range communication authentication, proximity communication authentication) to be combined with the touch authentication. At least one of a location authentication condition, an image authentication condition, a short-range communication authentication condition, and a proximity communication authentication condition) is determined (850). Depending on the implementation method, the dynamic authentication condition may be determined through the operation server 700 (850), or may be determined by agreement between the terminal device 600 of the affiliated store and the operation server 700 through a specified information exchange procedure. (850). Which of the dynamic authentication conditions to register may be selectively determined according to the configuration of the electronic module provided in the touch unit 100 or the configuration of the program 420 of the wireless terminal 400 to which the touch unit 100 is touched. I can.

The terminal device 600 of the affiliated store requests registration of the dynamic authentication condition from the operation server 700 (855), and the operation server 700 checks one or more dynamic authentication conditions to be combined with the touch authentication (860), it is stored in the designated storage medium 740 (865).

9 is a diagram illustrating a process of applying an authentication condition for a touch authentication service according to an exemplary method of the present invention.

In more detail, FIG. 9 shows a process of applying the authentication condition registered through the process shown in FIG. 8 to the program 420 of the wireless terminal 400, and provides general knowledge in the technical field to which the present invention belongs. If a person possesses, it may be possible to infer various implementation methods for the authentication condition application process (e.g., an implementation method in which some steps are omitted or the order is changed) by referring and/or modifying this Figure 9, but the present invention It includes all the inferred implementation methods, and the technical features are not limited only by the implementation method shown in FIG. 9.

Referring to Figure 9, the user's wireless terminal 400 requests a user's membership registration or authentication to the designated operation server 700 (900), and the operation server 700 subscribes the user as a member or Authentication is processed (905). If the user is not registered as a member or is not authenticated, the operation server 700 outputs a member registration error or a member authentication error of the user to the wireless terminal 400 (910).

The wireless terminal 400 requests validity authentication of the program 420 to the designated operating server 700 (915), and the operating server 700 is the validity of the program 420 provided in the wireless terminal 400 Performs a procedure of authenticating (920). If the validity of the program 420 provided in the wireless terminal 400 is not authenticated, the operation server 700 outputs a program authentication error to the wireless terminal 400 (925).

As the validity of the program 420 is authenticated, the operation server 700 is newly registered or updated among touch recognition conditions and/or touch authentication conditions and dynamic authentication conditions registered through the process shown in FIG. The condition is provided to the program 420 of the wireless terminal 400 (930), and the wireless terminal 400 receives and stores the touch recognition condition and/or the authentication condition (935). Meanwhile, when the authentication procedure using the authentication condition is performed by the operation server 700, the authentication condition may not be provided to the wireless terminal 400.

FIG. 10 is a diagram illustrating a process of performing proximity wireless communication authentication while recognizing simultaneous touch points according to an exemplary embodiment of the present invention.

In more detail, FIG. 10 is shown in FIG. 4 in a state in which capacitance designated to a specified number of touch units 135 among the touch units 135 provided in the touch unit 100 shown in FIG. 1 is selectively stored. When the touch unit 100 is touched with the illustrated wireless terminal 400 by a press recognition method, the program 420 of the wireless terminal 400 identifies n simultaneous touch points that are touched through the touch unit 100. Recognizes and authenticates the simultaneous touch by performing simultaneous touch authentication on the program 420 of the wireless terminal 400 or the operation server 700, and performing designated dynamic authentication of proximity wireless communication authentication according to the implementation method. And a process of providing a designated service as a result of authentication of the simultaneous touch.If a person of ordinary skill in the art to which the present invention belongs, refer to and/or modify this drawing 10 to provide various information for the authentication process. The implementation method (eg, some steps are omitted or the order is changed) may be inferred, but the present invention includes all the inferred implementation methods, and only the implementation method shown in FIG. The technical features are not limited.

Referring to FIG. 10, the control module 140 of the touch unit 100 illustrated in FIG. 1 determines the number and position of the touch units 135 to implement the simultaneous press-recognition touch among a plurality of touch units 135 ( 1000). Depending on the implementation method, the control module 140 may additionally or independently determine the touch time difference, the selective capacitance, and whether the pulse signal is or not (1000).

The control module 140 of the touch unit 100 controls to selectively store the electrostatic capacity designated to the specified number of touch units 135 among the plurality of touch units 135 (1005), and the selective power storage control is always It may be held or controlled when a push-in touch is recognized (1010).

While the control module 140 of the touch unit 100 is controlled to selectively store a designated number of touch units 135 among the plurality of touch units 135, the touch unit 100 When the touch screen 405 of the wireless terminal 400 is touched, the program 420 of the wireless terminal 400 recognizes a touch point multi-touched on the touch screen 405 (1015). If a multi-touch point is recognized in the touch area, the program 420 of the wireless terminal 400 uses a designated touch recognition condition and/or a touch state condition to access the touch unit 100 to which the recognized multi-touch point is designated. It is determined whether it is a simultaneous touch point touched at the same time through a press recognition method (1020). If a dynamically determined variable exists in the simultaneous touch, the program 420 of the wireless terminal 400 predicts an item corresponding to the dynamically determined variable and selects the touch unit 100 to which the recognized multi-touch point is designated. It is determined whether it is a simultaneous touch point touched at the same time through a press recognition method (1020).

If the multi-touch points touched on the touch screen 405 are identified as simultaneous touch points simultaneously touched through the designated touch unit 100 by a press recognition method, the wireless terminal 400 is registered through the process shown in FIG. A procedure for authenticating the validity of the simultaneous touch points recognized by the wireless terminal 400 is performed by using the simultaneous touch authentication condition of the affiliated store (1025). If the validity of the simultaneous touch is not authenticated, the wireless terminal 400 outputs a simultaneous touch authentication error (1030). Meanwhile, the procedure for authenticating the validity of the simultaneous touch may be performed through the designated operation server 700 (1025).

Meanwhile, when performing designated dynamic authentication of proximity wireless communication authentication combined with touch authentication for simultaneous touch points, the touch unit 100 checks whether the touch unit 135 is touched by a pressing force (1010), or It is checked whether proximity wireless communication with the proximity wireless communication unit 412 of the wireless terminal 400 is formed through the antenna unit 200 shown in FIG. 2 (1010). If the touch unit 100 is touched with a press recognition method or proximity wireless communication is formed, the touch unit 100 performs an output operation or a transmission operation for a designated dynamic authentication of proximity wireless communication authentication (1035), The wireless terminal 400 performs a recognition operation for a designated dynamic authentication of the proximity wireless communication authentication using the proximity wireless communication unit 412 provided therein (1040). Depending on the implementation method, the recognition operation for authenticating the proximity wireless communication is performed independently of the touch unit 100 (e.g., when performing location authentication or recognizing the output/transmission operation of the terminal device 600 of the affiliated store) It may be, whereby the present invention is not limited. Meanwhile, in addition to the procedure for authenticating proximity wireless communication, at least one of sound authentication, location authentication, image authentication, and short-range communication authentication may be performed, and the present invention is not limited thereto.

The wireless terminal 400 performs one or more designated authentication procedures among proximity wireless communication authentication procedures recognized through the recognition operation through the proximity wireless communication authentication condition registered through the process shown in FIG. 8 (1045). If the validity of the dynamic authentication is not authenticated, the wireless terminal 400 outputs a simultaneous touch authentication error (1030). Meanwhile, the dynamic authentication procedure of the proximity wireless communication authentication may be performed through the designated operation server 700 (1045). Meanwhile, in addition to the procedure for authenticating proximity wireless communication, at least one of sound authentication, location authentication, image authentication, and short-range communication authentication may be performed, and the present invention is not limited thereto.

If the validity of the simultaneous touch is authenticated and the proximity wireless communication authentication combined with the simultaneous touch is confirmed according to an implementation method, the wireless terminal 400 performs a procedure for providing a service corresponding to the simultaneous touch authentication result. Do (1050).

11 is a diagram illustrating a process of performing proximity wireless communication authentication using the touch unit 100 according to another exemplary embodiment of the present invention.

In more detail, FIG. 11 shows the wireless terminal when the touch unit 100 shown in FIG. 1 touches one side of the wireless terminal 400 shown in FIG. The program 420 of 400 performs proximity wireless communication, and the program 420 of the wireless terminal 400 or the operation server 700 performs designated dynamic authentication of proximity wireless communication authentication to provide a designated service. As an illustration of the process, if a person of ordinary skill in the art to which the present invention belongs, various implementation methods for the authentication process (e.g., some steps are omitted or order The modified implementation method) may be inferred, but the present invention includes all the inferred implementation methods, and the technical features are not limited only by the implementation method shown in FIG. 11.

Referring to FIG. 11, the touch unit 100 of FIG. 1 checks whether the touch unit 135 is touched by a pressing force (1110), or a wireless terminal 400 through the antenna unit 200 shown in FIG. ). It is checked whether proximity wireless communication is formed with the proximity wireless communication unit 412 (1100). If the touch unit 100 is touched with a press recognition method or proximity wireless communication is formed, the touch unit 100 performs an output operation or a transmission operation for a designated dynamic authentication of proximity wireless communication authentication (1105).

The program 420 of the wireless terminal 400 checks whether proximity wireless communication is formed with the touch unit 100 having a proximity wireless communication unit using the proximity wireless communication unit 412 provided in the wireless terminal 400 ( 1110). If proximity wireless communication with the touch unit 100 is formed, the program 420 of the wireless terminal 400 performs a recognition operation for a designated dynamic authentication of proximity wireless communication authentication using the proximity wireless communication unit 412. Perform (1115). Depending on the implementation method, the recognition operation for authenticating the proximity wireless communication is performed independently of the touch unit 100 (e.g., when performing location authentication or recognizing the output/transmission operation of the terminal device 600 of the affiliated store) It may be, whereby the present invention is not limited. Meanwhile, in addition to the procedure for authenticating proximity wireless communication, at least one of sound authentication, location authentication, image authentication, and short-range communication authentication may be performed, and the present invention is not limited thereto.

The wireless terminal 400 performs one or more designated authentication procedures among proximity wireless communication authentication procedures recognized through the recognition operation through the proximity wireless communication authentication condition registered through the process shown in FIG. 8 (1120). If the validity of the dynamic authentication is not authenticated, the wireless terminal 400 outputs a simultaneous touch authentication error (1130). Meanwhile, the dynamic authentication procedure of the proximity wireless communication authentication may be performed through the designated operation server 700 (1120). Meanwhile, in addition to the procedure for authenticating proximity wireless communication, at least one of sound authentication, location authentication, image authentication, and short-range communication authentication may be performed, and the present invention is not limited thereto.

If the validity of the simultaneous touch is authenticated and the proximity wireless communication authentication is confirmed according to the implementation method, the wireless terminal 400 regards the proximity wireless communication authentication as simultaneous touch authentication and corresponds to the simultaneous touch authentication result. A procedure for providing a service is performed (1125).

100: touch unit 105: holding portion
110: housing unit 115: imprint implementation unit
120: sliding part 125: elastic part
130: frame part 135: touch part
200: antenna unit 300: electronic module
316: proximity wireless communication unit 400: wireless terminal
405: touch screen 412: proximity wireless communication unit

Claims (11)

In the proximity wireless communication touch unit mounted on an object that can be held in a hand or brought into contact with the human body,
A touch unit made of an electrostatic change inducing material for causing a capacitive touch to the capacitive touch panel;
A frame portion having a predetermined area for fixing or detaching the touch portion;
A sensor unit that processes at least one sensing for determining a process of capacitively touching the touch unit on the capacitive touch pad; And
A proximity wireless communication unit that processes proximity wireless communication when determining a capacitive touch process of the touch unit; And
A proximity wireless communication touch unit having; an antenna unit built into the frame unit.
delete delete delete The method of claim 1, wherein the touch unit,
Including one touch unit, or
A proximity wireless communication touch unit, comprising: N (N≥2) touch units forming a designated geometry.
delete delete The method of claim 1, wherein the proximity wireless communication unit,
A proximity wireless communication touch unit, characterized in that proximity wireless communication is activated when a wireless field corresponding to a designated radio frequency signal is formed.
delete delete delete

Images