JP2017162423A - Authentication method, computer system, server computer, and authentication program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide an authentication method for executing a contact operation by one input device by making a first computer mounted with a touch panel owned by a store side correspond to a second computer such as a smart device carried by a customer side, to clarify that both the computers exist in the same space on the basis of a time difference in contact of both the computers.SOLUTION: Values in respective times based on first and second computers when receiving contact information by the first and second computers are stored together with the contact information. Whether or not the contact information in the second computer is equivalent to the contact information in the first computer is determined, and when it is determined that those pieces of contact information are equivalent to each other, whether or not a difference in time obtained from a value in time based on the first computer and a value in time based on the second computer satisfies an allowable value in time is determined, and when it is determined that the allowable value in time is satisfied, the contact operation is determined as a series of continuous contacts based on the contact information to the second computer, and visible information is transmitted and displayed on a display surface of the second computer.SELECTED DRAWING: Figure 1

Description

  The present invention relates to an authentication method, a computer system, a server computer, and an authentication program.

  There is known a service that places reputation advertisements of various stores including restaurants on the Internet to guide customers to actual stores. The service provider posts an introduction column of the service contract store, obtains browsing traces indicating that the introduction column has been browsed from the service contract store, and the customer is a smart phone or tablet equipped with a touch panel. Browse the introduction column on the device, obtain coupons such as discounts that can be used when visiting a physical store, and the service contract store touches the coupon displayed on the smart device owned by the customer who visited the store An input device that acts on the device is applied, and is transmitted as a browsing trace to the service provider via the smart device based on contact information by the input device.

  Examples of the smart device touch panel include a capacitance type touch panel that detects a change in capacitance, a pressure type touch panel that detects a change in pressing amount, a touch panel that employs both of these methods, and the like. As a device, there is a stamp-type input device in which a plurality of contacts that are brought into contact with the tunch panel are arranged so as to protrude and a contact coordinate point of a touch position is input.

  In addition, as a service provider, a store visit confirmation server has been proposed that generates a store visit confirmation log based on a log for browsing a website and a log for actually visiting a store on the website. (For example, refer to Patent Document 1).

  JP 2008-282291 A

  In the conventional service, the service contractor confirms that the customer has visited the introduction column of the service provider using the coupon displayed on the touch panel, and the service provider acquires the browsing trace of the introduction column. Therefore, it is a system that identifies the visit based on the browsing and grasps the usage status for each service contracted store, so the number of visitors to the store must be relied on the customer's smart device, and the browsing trace is actual It was not clear whether it was acquired at the store, and there was a problem that the number of customers visiting the store could not be determined more accurately.

  Therefore, the present invention performs a contact operation with the input device in association with a touch-panel-equipped computer that provides the space in the same space and a smart device that the service receiving side brings, and makes contact in both It clarifies that it exists in the said same space by the time difference based on.

  As a result, the time difference based on the contact is set in advance from the contact information obtained from the computer provided in the service contract store and the contact information obtained from the visitor's mobile terminal, and the customer visiting the service contract store is determined. This solves the above problem.

  The technical problem can be solved by the present invention as follows.

  An authentication method according to the present invention includes a display surface having a contact recognition function, first and second computers that obtain contact information from contact with the display surface, a display surface of a first computer that displays vermilion information, A third computer for storing an allowable value when the first input device is brought into contact with the display surface of the second computer and the first and second computers are allowed to be contacted as a series of continuous contacts; And a step of transmitting contact information on the first and second computers by one input device from the first and second computers to the third computer, respectively, Storing the time values based on the first and second computers when the contact information is received from the two computers, respectively, A step of determining whether or not the information corresponds to contact information in the first computer, and a computer selected from the first, second and third when the information is determined to be stored in the third computer The step of determining whether or not the time difference obtained from the value at each time based on the first and second computers being satisfied the allowable value at the time, and when determining that it is satisfied, The third computer includes a step of transmitting visual information based on the vermilion information displayed on the first computer to the second computer.

  In the authentication method according to the present invention, the vermilion information is information equivalent to text information, image information, or visual information, and the first and / or second computers are portable terminals.

  In addition, a computer system according to the present invention includes a display surface having a contact recognition function, first and second computers for obtaining contact information from contact with the display surface, a display surface of the first computer, and a second computer One input device to be brought into contact with the display surface, and a third computer for storing an allowable value when the contact by the one input device in the first and second computers is allowed as a series of continuous contacts, The first computer has means for sending contact information on the first computer by the one input device to the third computer, and the second computer has the second by the one input device. The computer has means for sending contact information to the third computer. The third computer receives the contact information from the first and second computers. Means for storing the time values based on the first and second computers, respectively, and means for determining whether the contact information in the second computer corresponds to the contact information in the first computer, If it is determined that the computer is selected from any one of the first, second and third, the time difference obtained from the respective time values based on the first and second computers stored in the third computer Is determined to satisfy the allowable value at the time, and when it is determined to be satisfied, authentication information based on the contact information is transmitted from the third computer to the second computer. Is.

  According to the present invention, in the computer system, the first and / or second computer is a portable terminal.

  In addition, the server computer according to the present invention, receiving means for receiving contact information obtained by contact with the display surface by one input device from the first computer and the second computer having a display surface having a contact recognition function, Tolerance value storage means for storing tolerance values when the first and second computers allow contact by one input device as a series of consecutive contacts, and contact information from the first and second computers, respectively. Contact information storage means for storing each time value based on the first and second computers together with the contact information, and whether or not the contact information in the second computer corresponds to the contact information in the first computer The value based on the first computer and the value based on the second computer when it is determined to be equivalent to the first determination means A second judgment means for judging whether or not the time difference obtained from the above-mentioned time tolerance value is satisfied, and when it is judged that the time tolerance value is satisfied, the second computer Transmission means for transmitting visual information as a series of continuous contacts based on the contact information.

  Furthermore, the authentication program according to the present invention includes a vermilion information storage means for storing vermilion information displayed on the display surface of the first communication terminal having a display surface having a contact recognition function, and a first by one input device. First receiving means for receiving contact information obtained by touching the display surface of the communication terminal and the vermilion information, values and contact information when the contact information at the first communication terminal is received by the first receiving means Contact information storage means for storing the vermilion information, contact information obtained by contact from the second communication terminal provided with a display surface having a contact recognition function to the display surface of the second communication terminal by one input device The second receiving means for receiving, the second contact information storing means for storing the value and the contact information when the contact information at the second communication terminal is received by the second receiving means, and the second receiving means. When it is determined by the first determination means that the received contact information at the second communication terminal is equivalent to the contact information at the first communication terminal received by the first receiving means, or by the first determination means In addition, the time difference obtained by the time value based on the first communication terminal and the time value based on the second communication terminal is a series of continuous contacts made by a single input device at the first and second communication terminals. Based on the vermilion information with respect to the second communication terminal when it is determined that the second determination means is satisfied, the second determination means for determining whether or not the allowable value when it is allowed to be satisfied is satisfied It functions as visual information transmission means for transmitting the visual information.

  According to the present invention, the first computer is brought into contact with the display surfaces of the first and second computers (first and second communication terminals) provided with the display surface having the contact recognition function using one input device, and the first computer Since the contact information at the second computer is acquired, and it is determined whether or not the difference between the acquired times satisfies the allowable value when it is allowed to be a series of continuous contacts. It can be determined that the contact operation by one input device is a series of continuous processes performed in the same space where the first and second computers exist.

  Moreover, according to this invention, it is a series of contacts based on the contact information which a 1st computer (1st communication terminal) obtains by the contact of one input device, and the contact information which a 2nd computer (2nd communication terminal) obtains. Since this is authenticated, it is possible to specify the contact act continuously used between the first computer and the second computer.

  Further, according to the present invention, the contact of the first input device with the first and second computers (first and second communication terminals) straddles the first and second computers (first and second communication terminals). Since it is authenticating a series of contacts, the input device is identified as a contact action caused by being in the same space, continuously used between the first computer and the second computer. Therefore, the vermilion information displayed on the first computer and the visual information based on the vermilion information can be displayed on the second computer that is a series of operation targets.

  Furthermore, according to the present invention, an input value is set in advance by setting an allowable value of a difference when obtaining contact information obtained from a computer owned by a service contract store and contact information obtained from a visitor's mobile terminal. If the value when each contact information is acquired based on the contact by the customer satisfies the allowable value, the stamp information is sent to the mobile terminal of the customer, so the customer is visiting the service contract store. Since the customers can be clarified, the service provider can grasp the number of customers visiting the store more accurately.

  1 is a configuration diagram of a computer system illustrating an embodiment of the present invention.   FIG. 2 is a perspective view of the input device illustrated in FIG. 1.   FIG. 3 is a perspective view showing a lower part of the input device shown in FIG. 2.   It is a perspective view which shows the state which mounted the input device shown in FIG. 2 in the panel module (contact).   It is a top view which shows the positional relationship of the contactor which sees through the input device shown in FIG.   FIG. 2 is a block diagram illustrating a schematic configuration of a smart device illustrated in FIG. 1.   FIG. 2 is a block diagram illustrating a schematic configuration of a management server illustrated in FIG. 1.   It is a flowchart figure explaining an example of an authentication program.   It is explanatory drawing explaining one embodiment of this invention.   It is explanatory drawing explaining one embodiment of this invention.

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

Embodiment 1 FIG.

  In the present embodiment, as shown in FIG. 1, a management server of a service provider (providing a service for directing customers to a real store by posting reputation advertisements of various stores such as restaurants on the Internet) A third computer) 1, a first communication terminal (first computer) 2 provided in the actual store, and a coupon such as a discount which can be used when visiting the actual store by browsing the introduction column of the service contract store After making contact with the second communication terminal (second computer) 4 of the customer 3 to be downloaded and displayed from the introduction column and the display surface of the first communication terminal 2, subsequently, other than the first communication terminal 2 After contacting the display surface of the second communication terminal 4 of the customer 3 displaying the discount coupon or the other communication terminal or contacting the display surface of the second communication terminal 4, Touch the display surface of the communication terminal 2 A series of contact operations using block-shaped input device (an input device) to the computer system will be described which consists of 5.

  As shown in FIGS. 2 to 5, the input device 5 has conductivity on at least the side surface 6 and the bottom surface 7 of the input device 5, and the electrostatic capacity of the human body is input by grasping the side surface 6 by hand. It is transmitted to the bottom surface 7 of the device 5. The first and second communication terminals 2 and 4 have a panel module (display surface having a contact recognition function) 10 formed by laminating a touch panel 8 (see FIG. 6) and a display panel 9 (see FIG. 6) as a display screen. As prepared. Then, on the bottom surface 7 of the input device 5, a contact surface 11 placed on the panel module (hereinafter referred to as “display screen”) 10 of the first and second communication terminals 2 and 4 and in contact with the touch panel 8. The four contactors 12 are formed so as to protrude (contact), and the contact surface 11 of the contactor 12 to which the electrostatic capacity of the human body is transmitted is placed on the display screen 10, whereby the touch panel at the contact position. 8 changes, and the touch panel 8 recognizes the change in capacitance in the coordinate recognition regions 11a, 11b, 11c, and 11d (see FIG. 5) of each contact surface 12 as an input signal.

  As shown in FIG. 6, the first and second communication terminals 2 and 4 have the display screen 10 formed by laminating the touch panel 8 and the display panel 9 disposed on the surface thereof. The chassis edge 13 to be fixed (see FIG. 4) has a home button 14, a communication unit 15 for constructing a wireless LAN (Local Area Network) such as WiFi (Wireless Fidelity), and an I / O (Input / Output) for connecting an external device. An Output) interface 16 is attached. Reference numeral 17 denotes a CPU (Central Processing Unit) that controls the touch panel 8, the display panel 9, the home button 14, the communication unit 15, the I / O interface 16, and the like, and the communication terminal built-in OS (Operating) is controlled by the CPU 17. System) is executed, an image is displayed on the display panel 9 via a GPU (Graphics Processing Unit) 18, and an embedded application, an installation application, and the like stored in the external memory 19 are executed via the internal memory 20. Further, the CPU 17 performs control to pass the position coordinate information to the OS using a change in capacitance generated on the touch panel 8 as a touch event. Thereby, in the 1st and 2nd communication terminals 2 and 4, based on the input signal, the contact 12 of the contactor 12 based on the input signal by each contact coordinate point corresponding to the coordinate recognition areas 11a, 11b, 11c, and 11d. An arrangement pattern is obtained, and the input device 5 placed on the display screen 10 of the first and second communication terminals 2 and 4 is specified, and contact information indicating that the input device 5 is in contact is generated. . In addition, a speaker, a power supply part, etc. were abbreviate | omitted.

  As a result, the first and second communication terminals 2 and 4 obtain the contact information by contact of the input device 5, and the contact information is transmitted to the management server 1 via the communication unit 15. The Further, in the second communication terminal 4, both the display screen 10 of the first communication terminal 2 and the display screen 10 of the second communication terminal 4 by the input device 5 from the management server 1 via the communication unit 15 are displayed. Authentication information based on the contact information for authenticating that it is a series of continuous contact operations touched across is received, and the authentication information is displayed on the display screen (panel module) 10 of the second communication terminal 4.

  As shown in FIG. 7, the management server 1 includes a central processing unit (CPU) 21 configured to include a main storage unit, a calculation unit, and a control unit, and the contact information to the first and second communications. Each of the contact information transmitted from the first and second communication terminals 2 and 4 is received from the terminals 2 and 4, and the communication unit 22 that transmits authentication information based on the contact information to the second communication terminal 4. The time generation unit 23 that identifies the time (value of time) when the communication unit 22 receives, the contact information received from the first and second communication terminals 2 and 4, and the first and second communication terminals 2 and 4 And the first storage unit 24 for storing the value at each time in association with the first and second communication terminals 2 and 4, respectively, and the contact by the input device 5 at the first and second communication terminals 2 and 4 2nd storage part 2 which memorize | stores the tolerance value when accept | permitting that it is a series of continuous contacts And the contact information received from the first communication terminal 2 and the contact information received from the second communication terminal 4 are based on contact by the same input device 5, and the value based on the first communication terminal 2 When the time difference obtained from the time value based on the second communication terminal 4 satisfies the allowable value at the time, it is determined whether the second communication terminal 4 satisfies the allowable value. And a program storage unit 26 for storing an authentication program for transmitting the authentication information.

  In the central processing unit 21, the contact information at the first and second communication terminals 2 and 4 and the value at each time based on the first and second communication terminals 2 and 4 are respectively displayed as the first and second communication terminals. The contact information at the second communication terminal 4 stored in the first storage unit 24 is stored in the first storage unit 24 so as to correspond to 2 and 4 and corresponds to the contact information at the first communication terminal 2. (First determination means), and when it is determined that it corresponds, the time difference obtained from the time value based on the first communication terminal 2 and the time value based on the second communication terminal is the It is determined whether or not the allowable value is satisfied (second determination means), and when it is determined that the allowable value is satisfied, the input device 5 makes contact with the first and second communication terminals 2 and 4 Is a series of continuous connections from the first communication terminal 2 to the second communication terminal 4 or from the second communication terminal 4 to the first communication terminal 2. Has a control for transmitting via the communication unit 23 the authentication information based on said contact information to said second communication terminal 4 as an operation.

  Next, a description will be given based on the authentication program with reference to FIG.

  The management server 1 is waiting for reception by the communication unit 22. If the communication unit 22 receives contact information based on the contact operation by the input device 5 from the first and second communication terminals 2 and 4 (step S1: first and second receiving means), the central processing unit 21 By control, the value when the contact information is received and the contact information are stored in the first storage unit 24 in association with the first and second communication terminals 2 and 4 (step S2: first -Second contact information storage means). Next, if the communication unit 22 receives contact information based on the contact operation by the input device 5 from the second / first communication terminals 4 and 2 (step S3: second / first receiving means), the central processing unit Under the control of 21, the value when the contact information is received and the contact information are stored in the first storage unit 24 in association with the second and first communication terminals 4 and 2 (step S4: Second / first contact information storage means). Subsequently, it is determined whether the contact information at the second communication terminal 4 stored in the first storage unit 24 corresponds to the contact information at the first communication terminal 2 (step S5: first determination). Means), if it is determined that it corresponds, the time difference obtained by the time value based on the first communication terminal 2 and the time value based on the second communication terminal 4 is stored in the second storage unit 25. It is determined whether or not the permissible value is satisfied (step S6: second determination means), and when it is determined that the permissible value is satisfied, the contact information to the second communication terminal 4 is determined. The authentication information based on is transmitted (step S7: visual information transmitting means). If contact information is not obtained from the second and first communication terminals 4 and 2 in step S3, it is determined whether or not the preset elapsed time has passed (step S8), and time If it is over, if not in step S5, or if it does not satisfy the allowable value in step S6, a signal for displaying an error or the like on the first communication terminal 2 or the like may be transmitted (step S9). . When contact information is received from the first communication terminal 2 in the step S1 (first receiving means), it is stored in correspondence with the first communication terminal 2 in the step S2 (first contact information storage). Means), the contact information from the second communication terminal 4 is received in the step S3 (second reception means), and the contact information in the second communication terminal 4 is corresponded to the second communication terminal 4 in the step S4. And store it (second contact information storage means). Further, when contact information is received from the second communication terminal 4 in the step S1 (second receiving means), it is stored in correspondence with the second communication terminal 4 in the step S2 (second contact information storage). Means), the contact information from the first communication terminal 2 is received in the step S3 (first reception means), and the contact information in the first communication terminal 2 corresponds to the first communication terminal 2 in the step S4. And store it (second contact information storage means).

  In the contact operation by the input device 5, the first communication terminal 2 and the second communication terminal 4 are placed in the same space, and the display screen 10 of the first communication terminal 2 and the display screen 10 of the second communication terminal 4 If the contact operation is continuously performed across the both sides, a time difference is always generated, and therefore a time difference also occurs in each piece of contact information acquired by the management server 1.

  According to the present embodiment, the time difference obtained from the time value based on the first communication terminal 2 and the time value based on the second communication terminal 4 due to contact of one input device 5 is the first communication terminal 2. Since it is authenticated whether it is a series of contacts depending on whether it is within an allowable value at the time of contacting across both the display screen 10 and the display screen 10 of the second communication terminal 4. The input device 5 can be recognized as an action continuously used from the first communication terminal 2 to the second communication terminal 4 or from the second communication terminal 4 to the first communication terminal 2, Since it can be specified as a series of continuous touch operations, the results of the reputation advertisement service can be accurately grasped.

  The management server 1 may exist on the Internet or may be installed in the same space as the actual store. If connection to the Internet is not possible, processing may be performed by a server in the same space, and then processed as a post-approval to the management server 1 on the Internet. The first and second communication terminals 2 and 4 may use smart devices. Further, the authentication information may be stamp information of “Done”, character image information to be collected, and an image displayed on the first communication terminal 2 when performing a touch operation with the input device 5 (visual information). May be a signal that can be displayed, or an audio signal. Further, the contact by the input device 5 includes a pressing operation to the touch panel 8 as a matter of course. Accordingly, the series of contact operations may be a stamp operation. Further, as the time generation unit 23, a clock function built in the computer may be used, and a time value such as time may be extracted by an OS or an application.

  The second determination unit may be implemented in the first communication terminal 2 or the second communication terminal 4. When the second determination means is implemented in the first communication terminal 2, the first communication terminal 2 includes means for sending contact information at the first communication terminal 2 by the input device 5 to the management server 1, and a management server 1 based on the first communication terminal 2 when the contact information at the first communication terminal 2 is received and the second communication terminal 4 when the contact information at the second communication terminal 4 is received Means for obtaining the value of the time and the allowable value at the time; means for determining whether or not a time difference obtained from the value at each time satisfies the allowable value at the time (second determination means); And the second communication terminal 4 includes a means for sending an approval request based on the contact information to the management server 1 when the determination means satisfies the time tolerance. A means for sending contact information at the two communication terminals 4 to the management server 1; 1 acquires the contact information at the first communication terminal 2 from the first communication terminal 2 and acquires the contact information when the contact information at the second communication terminal 4 is acquired from the second communication terminal 4 When the first request is received from the first communication terminal 2 and the means for transmitting the value at each time based on the first and second communication terminals 2 and 4 and the allowable value at the time to the first communication terminal 2 And a computer system having means for sending authentication information based on the contact information to the second communication terminal 4, and when the second determination means is implemented in the second communication terminal 4, One communication terminal 2 has means for sending contact information at the first communication terminal 2 by the input device 5 to the management server 1, and the second communication terminal 4 is contact information at the second communication terminal 4 by the input device 5. From the management server 1 A value based on the first communication terminal 2 when the contact information at the one communication terminal 2 is received, a value based on the second communication terminal 4 when the contact information at the second communication terminal 4 is received, and the above Means for obtaining an allowable value for time, means for determining whether or not a time difference obtained from the value at each time satisfies the allowable value for the time (second determination means), and means for determining Means for sending an approval request based on the contact information to the management server 1 when the time tolerance is satisfied, the management server 1 sends the first communication terminal 2 to the first communication terminal 2 Based on the first and second communication terminals 2 and 4 when the contact information is acquired when the contact information at the second communication terminal 4 is acquired from the second communication terminal 4 Means for transmitting the value at each time and the allowable value at the time to the second communication terminal 4, and obtaining the approval request Then, a computer system having means for sending authentication information based on the contact information to the second communication terminal 4 may be used.

  Further, in the present embodiment, the storage unit (for example, the second storage unit 25) of the management server (third computer) 1 that is the service provider is the first provided in the actual store owned by the service contract store. The unique information of the first communication terminal 2 that identifies the communication terminal (first computer) 2, the ID (contact information) of the input device 5 used in the actual store, and the display screen 10 when contacting the input device 5 Vermilion information to be displayed is registered. Moreover, since the 2nd communication terminal 4 which the customer who is other communication terminals other than the 1st communication terminal 2 browses the web page which a service provider opens, and downloads a coupon etc., the management server 1 and 2nd The communication terminal 4 may be a computer system in which session information in the second communication terminal 4 is registered.

  Embodiments of the computer system include a display screen 10 having a contact recognition function, and first and second communication terminals 2 and 4 that obtain contact information from contact with the display screen 10. The input device 5 to be brought into contact with the display screen 10 and the display screen 10 of the second communication terminal 4 and the contact by the input device 5 at the first and second communication terminals 2 and 4 are allowed as a series of continuous contacts. And a management server 1 for storing a time tolerance, wherein the first communication terminal 2 sends contact information at the first communication terminal 2 by the input device 5 to the management server 1. The second communication terminal 4 has means for sending the contact information at the second communication terminal 4 by the input device 5 to the management server 1 together with the session information. One When the contact information at the terminal 2 is acquired and the contact information at the second communication terminal 4 is acquired from the second communication terminal 4, the time difference obtained from the value at each time when the contact information is acquired Means for determining whether or not the time tolerance value is satisfied, and authentication information based on the contact information for the second communication terminal 4 when the time tolerance value is satisfied by the determination means. It may be a computer system having a means for sending.

  Moreover, the display screen 10 which has a contact recognition function is provided, the 1st and 2nd communication terminals 2 and 4 which acquire contact information from the contact to this display screen 10, and the display screen 10 of the 1st communication terminal 2, and 2nd communication An allowable value is stored when the input device 5 to be brought into contact with the display screen 10 of the terminal 4 and the contact by the input device 5 at the first and second communication terminals 2 and 4 are allowed as a series of continuous contacts. The first communication terminal 2 has means for sending contact information at the first communication terminal 2 by the input device 5 to the management server 1, and includes a management server 1. The terminal 4 sends the contact information at the second communication terminal 4 by the input device 5 together with the session information to the management server 1 and the first communication when the contact information at the first communication terminal 2 is received from the management server 1 When based on terminal 2 Means for obtaining the value based on the second communication terminal 4 when the value and the contact information at the second communication terminal 4 are received, and the allowable value at the time, and the difference between the values obtained from the values at each time Is sent to the management server 1 for an approval request based on the contact information when the time value is satisfied by the means for determining and whether the time value is satisfied by the determining means. The management server 1 acquires contact information at the first communication terminal 2 from the first communication terminal 2 and acquires contact information at the second communication terminal 4 from the second communication terminal 4. , Means for transmitting the value at each time based on the first and second communication terminals 2 and 4 when the contact information is acquired and the allowable value at the time to the second communication terminal 4, and acquiring the approval request Means for sending authentication information based on the contact information to the second communication terminal 4 when It may be a computer system.

  Furthermore, the display screen 10 which has a contact recognition function is provided, the 1st and 2nd communication terminals 2 and 4 which acquire contact information from the contact to this display screen 10, and the display screen 10 and 2nd communication of the 1st communication terminal 2 An allowable value is stored when the input device 5 to be brought into contact with the display screen 10 of the terminal 4 and the contact by the input device 5 at the first and second communication terminals 2 and 4 are allowed as a series of continuous contacts. A management server 1, wherein the first communication terminal 2 is configured to send contact information at the first communication terminal 2 by the input device 5 to the management server 1; A value based on the first communication terminal 2 when the contact information at the one communication terminal 2 is received, a value based on the second communication terminal 4 when the contact information at the second communication terminal 4 is received, and the above A means of obtaining the hour tolerance and the previous A means for determining whether or not the time difference obtained from the value at each time satisfies the allowable value for the time, and when the time allowable value is satisfied by the determining means, the management server 1 Means for sending an approval request based on the contact information, and the second communication terminal 4 has means for sending the contact information at the second communication terminal 4 by the input device 5 to the management server 1 together with the session information, When the management server 1 acquires contact information at the first communication terminal 2 from the first communication terminal 2 and acquires contact information at the second communication terminal 4 from the second communication terminal 4, the management server 1 The means for transmitting the value at each time based on the first and second communication terminals 2 and 4 and the allowable value at the time to the first communication terminal 2 and the approval request from the first communication terminal 2 Authentication information based on the contact information for the second communication terminal 4 It may be a computer system having means for sending.

Embodiment 2. FIG.

  In the present embodiment, whether or not the time difference obtained from the time value based on the first communication terminal 2 and the time value based on the second communication terminal 4 in the first embodiment satisfies the time tolerance. This is a computer system in which the determination is made by the second communication terminal 4.

  This embodiment will be described with reference to FIGS. In addition, the same code | symbol in a sentence shows the same or an equivalent part.

  In FIG. 1, the first communication terminal 2 transmits contact information on the first communication terminal 2 by the input device 5 to the management server 1.

  The second communication terminal 4 transmits the contact information at the second communication terminal 4 by the input device 5 together with the session information to the management server 1 and corresponds to the contact information at the second communication terminal 4 from the management server 1. The time value based on the first communication terminal 2 when the contact information at the first communication terminal 2 is received, the value when the second communication terminal 4 is received, and the allowable value are acquired. Accordingly, the external memory 19 shown in FIG. 6 is provided with an area for storing values and allowable values based on the first and second communication terminals 2 and 4 obtained from the management server 1. Then, under the control of the CPU 17 of the second communication terminal 4, it is determined whether or not the time difference obtained from the value at each time satisfies the allowable value at the time, and when the allowable value is satisfied An approval request that is a series of continuous contacts based on the contact information is transmitted to the management server 1.

  The management server 1 acquires contact information at the first communication terminal 2 from the first communication terminal 2 and acquires contact information at the second communication terminal 4 from the second communication terminal 4. Accordingly, the first storage unit 24 shown in FIG. 7 is obtained from the second communication terminal 4 and an area for storing the contact information obtained from the first communication terminal 2 and the value when the contact information is received. An area for storing contact information and a value when the contact information is received is provided. Further, when the CPU 21 of the management server 1 receives an acquisition request for the value at each time and the allowable value at the time based on the first and second communication terminals 2 and 4 from the second communication terminal 4, When the value at each time and the allowable value are transmitted to the terminal 4 and the approval request is acquired from the second communication terminal 4, authentication information based on the contact information is sent to the second communication terminal 4. Control to transmit.

  Therefore, the external memory 19 of the second communication terminal 4 determines whether or not the time difference obtained from the value at each time satisfies the allowable value at the time, and satisfies the allowable value at the time. In this case, a program for transmitting an approval request that is a series of continuous contacts based on the contact information to the management server 1 is installed, and the program storage unit 26 of the management server 1 stores the authentication program shown in FIG. Instead, when the second communication terminal 4 receives an acquisition request for the hourly value and the hourly allowable value based on the first and second communication terminals 2 and 4, the second communication terminal 4 A program for transmitting authentication information based on the contact information to the second communication terminal 4 when the time value and the allowable value are transmitted and the approval request is acquired from the second communication terminal 4 is installed. Yes.

  According to the present embodiment, similar to the first embodiment, the input device 5 recognizes that the action is continuously used between the first communication terminal 2 and the second communication terminal 4. It can be specified as a series of contact operations in the actual store space, and the results of the reputation advertisement service can be accurately grasped. Further, since the smart device owned by the customer can be specified by the session information, it is effective when the contact information by the input device 5 is received from the smart device owned by the customer prior to the smart device owned by the actual store.

  Note that the ID for identifying the input device 5 is stored in the second storage unit 25 of the management server 1 as the contact information of the input device 5, and the contact information received at the customer-owned smart device is the second storage unit 25. If it is determined whether it corresponds to the contact information stored in the session information, the session information is not necessarily required.

  Embodiment 3 FIG.

  The present embodiment is an authentication system when the authentication information in the first embodiment is visual information such as a stamp image. 1 to 8, the same reference numerals as those in FIG. 9 denote the same or corresponding parts.

  As shown in FIG. 9 (a), the display screen 10 of the store side terminal 2 displays vermilion information 27 indicating store welcome, and the customer side terminal 4 has stamp mount information 28 to which browsing trace data is attached. Is displayed, and the shop side terminal 2 and the customer side terminal 4 exist in the actual shop space.

  As shown in FIG. 9B, if the store staff or customer 3 stamps the stamp (input device) 5 on the vermilion information 27 displayed on the store side terminal 2, the store side terminal 2 authenticates. The ID of the store side terminal 2, the stamp code (contact information), the vermilion information associated with the stamp code, and the like are transmitted to the server (management server) 1. These pieces of information are stored in the first storage unit 24 of the authentication server 1. At the same time, the value at the time when the stamp code at the store side terminal 2 is received is stored in correspondence with the stamp code. Therefore, the ID of the store side terminal 2, the stamp code at the store side terminal 2, the vermilion information, and the value based on the store side terminal 2 are stored in the first storage unit 24 as a series of records.

  If the stamp 5 is stamped on the stamp mount 28 displayed on the customer side terminal 4 as shown in FIG. 9C after the stamping operation, the customer side terminal 4 will contact the authentication server 1. The ID of the customer terminal 4, the stamp code (contact information), the browsing trace information associated with the stamp code, the visual information acquisition request information, and the like are transmitted. These pieces of information are stored in the first storage unit 24 of the authentication server 1 together with the value when the stamp code at the customer terminal 4 is received. Therefore, the ID of the customer side terminal 4, the stamp code at the customer side terminal 4, the value based on the customer side terminal 4, the browsing trace information, the visual information acquisition request information, etc. are stored in the first storage unit 24 as a series of records. Is done.

  In the authentication server 1 that has received the various information, as shown in FIG. 9D, the contact information obtained from the customer side terminal 4 is the same as the contact information obtained from the store side terminal 2. (The same step as step S5 in FIG. 8), the time difference obtained from the time value based on the store side terminal 2 and the time value based on the customer side terminal 4 is allowed as a series of continuous contacts. It is determined whether or not the permissible value is satisfied (step similar to step S6 in FIG. 8).

  Then, as shown in FIG. 9E, when it is determined that the allowable value is satisfied, the visual information based on the contact information is transmitted to the customer terminal 4 in response to the visual information acquisition request. (Steps similar to step S7 in FIG. 8), the same stamp image 28 as the vermilion information is displayed on the display screen 10 of the customer terminal 4. In addition, sound information may be output.

  Further, in the authentication server 1, as shown in FIG. 9F, the store visit history is recorded based on the browsing trace information.

  The authentication method in the authentication system includes a display screen 10 having a contact recognition function, and first and second communication terminals (first and second computers) 2 and 4 that obtain contact information by touching the display screen 10; , The input device 5 that makes contact with the display screen 10 of the first communication terminal (first computer) 2 that displays the vermilion information 27 and the display screen 10 of the second communication terminal (second computer) 4; A management server (third computer) 1 for storing an allowable value when the contact by the input device 5 at the communication terminals (first and second computers) 2 and 4 is allowed as a series of continuous contacts; The first and second communication terminals (first and second computers) 2 and 4 are connected to the management server (third computer) 1 by the input device 5 and the first and second communication terminals (first and second computers). 2) 4 in which the contact information is transmitted respectively at the first and second communication terminals (first and second computers) 2 and 4 in the management server (third computer) 1. A step of storing time values based on the second communication terminals (first and second computers) 2 and 4 respectively, and contact information in the second communication terminal (second computer) 4 is stored in the first communication terminal (first computer). ) A step of determining whether or not it corresponds to the contact information in 2, and a value based on the first communication terminal (first computer) 2 and the second communication terminal (second computer) 4 when it is determined that it corresponds. And a step of determining whether or not a time difference obtained from a time value based on the above satisfies an allowable value at the time, and a first communication terminal (first computer) when determined to be satisfied 2 May be authentication method and sending a visual information 28 based on the ink pad information 27 that is displayed with respect to the second communication terminal (second computer) 4.

  Further, the display screen 10 having a contact recognition function is provided, and first and second communication terminals (first and second computers) 2 and 4 for obtaining contact information by touching the display screen 10 and vermilion information 27 are displayed. The input device 5 to be brought into contact with the display screen 10 of the first communication terminal (first computer) 2 and the display screen 10 of the second communication terminal (second computer) 4, and the first and second communication terminals (first And a management server (third computer) 1 for storing an allowable value when the contact by the input device 5 at the second computer 2 and 4 is allowed as a series of continuous contacts. The two communication terminals (first and second computers) 2 and 5 are connected to the management server (third computer) 1 by the input device 5 at the first and second communication terminals (first and second computers) 2 and 4. Send each contact information And in the management server (third computer) 1, when the contact information is received from the first and second communication terminals (first and second computers) 2 and 4, the first and second communication terminals (first The second computer) storing the time values based on 2 and 4 respectively, and the contact information in the second communication terminal (second computer) 4 corresponds to the contact information in the first communication terminal (first computer) 2 The second communication terminal (second computer) 4 and the time value based on the first communication terminal (first computer) 2 with respect to the second communication terminal (second computer) 4 and the second communication terminal ( The second computer) 4 based on the time value and the permissible value at the time, and at the second communication terminal (second computer) 4, the management server (third computer) 1 And the time tolerance value are received, the step of determining whether or not the time difference obtained from each time value satisfies the time tolerance value, and In this case, the authentication method includes a step of displaying visual information 28 based on the vermilion information 27 displayed on the first communication terminal (first computer) 2 transmitted from the management server (third computer) 1. There may be.

  Furthermore, the display screen 10 having a contact recognition function is provided, and first and second communication terminals (first and second computers) 2 and 4 for obtaining contact information by contact with the display screen 10 and vermilion information 27 are displayed. The input device 5 to be brought into contact with the display screen 10 of the first communication terminal (first computer) 2 and the display screen 10 of the second communication terminal (second computer) 4, and the first and second communication terminals (first And a management server (third computer) 1 for storing an allowable value when the contact by the input device 5 at the second computer 2 and 4 is allowed as a series of continuous contacts. Two communication terminals (first and second computers) 2 and 4 are connected to the management server (third computer) 1 by the input device 5 at the first and second communication terminals (first and second computers) 2 and 4. Send contact information for each And the first and second communication terminals (first) when the contact information is received from the first and second communication terminals (first and second computers) 2 and 4 in the management server (third computer) 1. The second computer) storing the time values based on 2 and 4 respectively, and the contact information in the second communication terminal (second computer) 4 corresponds to the contact information in the first communication terminal (first computer) 2 The first communication terminal (first computer) 2 with respect to the value based on the first communication terminal (first computer) 2 and the second communication terminal ( A second computer) a time value based on 4 and an allowable value at the time, and at the first communication terminal (first computer) 2 from the management server (third computer) 1 to each time A value and a tolerance value at the time are received, a step of judging whether or not a time difference obtained from the value at each time satisfies the tolerance value at the time, and a judgment as satisfied And a step of transmitting a request for transmitting visual information 28 based on the vermilion information 27 to be displayed on the second communication terminal (second computer) 4 to the management server (third computer) 1. It may be.

  Embodiment 4 FIG.

  The present embodiment is a modification of the second embodiment, and is an authentication system that uses authentication information as visual information such as a stamp image. 1 to 9, the same reference numerals as those in FIG. 10 denote the same or corresponding parts.

  In the present embodiment, after going through the same steps as in FIGS. 9A, 9B and 9C in the third embodiment, the customer side terminal 4 is shown in FIG. The contact information at the store side terminal 2 corresponding to the contact information at the customer side terminal 4 from the authentication server 1, the value based on the store side terminal 2 corresponding to the contact information, and the value based on the customer side terminal 4 And a stamp image 28 to be displayed when a series of contact operation allowable time (allowable value) which is a determination condition is satisfied, as shown in (h) of FIG. In the customer terminal 4, it is determined whether or not the difference between the time value based on the customer terminal 4 and the time value based on the store terminal 2 satisfies the allowable time, and the allowable time is determined. If satisfied, the stamp image 28 is displayed on the display screen 10 of the customer terminal 4. Thereafter, as shown in (i) of FIG. 10, success information indicating that the allowable time is satisfied is transmitted from the customer side terminal 4 to the authentication server 1, and the authentication server 1 receives (j of FIG. ), The store visit history is recorded based on the success information.

  If the success information does not correspond to the allowable time stored in the authentication server 1, an invalid image may be transmitted to cancel a series of procedures.

  Embodiment 5. FIG.

  In this embodiment, instead of the actual store space in FIG. 1, one or a plurality of character images (for example, stamp images 28) as the vermilion information 27 are displayed on the display screen 10 of the first communication terminal 2. Is an authentication system that provides a service for distributing the character image when the input device 5 is in contact with the continuous input device 5, and the distribution space in which the second communication terminal 4 is in close proximity to the first communication terminal 2 And an authentication server 1 that permits distribution of the character image from the first communication terminal 2 to the second communication terminal 4.

  This will be described with reference to FIGS. 1, 6, 7, and 9. The same reference numerals indicate the same or corresponding parts.

  A plurality of character images are displayed on the first communication terminal 2. If the input device 5 is pressed against one character image, the contact information on the first communication terminal 2 by the input device 5 and the contact information are displayed. The character image existing in the associated first communication terminal 2 is sent to the authentication server 1, and the authentication server 1 obtains the value when the contact information is acquired from the first communication terminal 2, the contact information, and the The character image is stored in the first storage unit 24.

  Next, if the input device 5 is pressed against the display screen 10 of the second communication terminal 4, the contact information at the second communication terminal 4 by the input device 5 and the visual information acquisition request associated with the contact information are authenticated. Sent to the server 1.

  Subsequently, in the authentication server 1, when the contact information at the second communication terminal 4 and the visual information acquisition request are acquired, the value when the contact information is acquired from the second communication terminal 4 When the contact information and the visual recognition information are stored in the first storage unit 24 and the elapsed time obtained from the value based on the first communication terminal 2 and the second communication terminal 4 is stored in the second storage unit 25 If the allowable value is satisfied, the character image based on the contact information is sent to the second communication terminal 4.

  Thereafter, the character image is displayed on the display screen 10 of the second communication terminal 4.

  In the present invention, if the allowable value is set to, for example, 60 seconds or less, 30 seconds or less, and a short time of 1 to 2 seconds which is less than 10 seconds, a series of contact operations can be easily recognized. be able to. Further, the contact surface of one input device may be a character surface including characters such as a seal. In addition, when a contact operation is continuously performed a plurality of times on one display surface, the value at the time when the contact information by the last contact operation on the one display surface is received is adopted, and the other display surface is used. The value at the time of receiving the contact information by the first contact operation with respect to may be adopted. Moreover, since the position of the distribution space differs by changing the character image displayed on the first communication terminal 2 for each distribution space, the same input device may be used. Further, information for grasping the actual store or the customer side communication terminal may be acquired by GPS or the like to give further security.

1 Management server (third computer, server computer, authentication server)
2 First communication terminal (first computer, shop side terminal, smart device)
3 Customer 4 Second communication terminal (second computer, customer terminal, smart device)
5 input devices (one input device, stamp)
6 Side surface 7 Bottom surface 8 Touch panel 9 Display panel 10 Display screen (panel module, display surface having a contact recognition function)
11 Contact surface 11a, 11b, 11c, 11d Coordinate recognition area 12 Contact 13 Housing edge 14 Home button 15 Communication unit 16 I / O interface 17 CPU
18 GPU
19 External memory 20 Internal memory 21 Central processing unit (CPU)
22 Communication unit 23 Time generation unit 24 First storage unit 25 Second storage unit 26 Program storage unit 27 Red meat information 28 Stamp image

Claims (8)

A first and second computer comprising a display surface having a contact recognition function, and obtaining contact information from contact with the display surface;
One input device in contact with the display surface of the first computer for displaying vermilion information and the display surface of the second computer;
A third computer for storing an allowance value when accepting contact by one input device on the first and second computers as a series of continuous contacts;
Transmitting the contact information at the first and second computers from one input device to the third computer from the first and second computers, respectively;
In the third computer, storing each time value based on the first and second computers when the contact information is received from the first and second computers;
Determining whether the contact information in the second computer corresponds to the contact information in the first computer;
In the case where it is judged that it is equivalent, in the computer selected from the first, second and third, the time obtained from the value at each time based on the first and second computers stored in the third computer Determining whether the difference satisfies the allowable value at the time;
And a step of transmitting visual information based on the vermilion information displayed on the first computer to the second computer when it is determined that the third computer is satisfied. Method.   The authentication method according to claim 1, wherein the vermilion information is selected from character information and image information.   The authentication method according to claim 1, wherein the visual information is information equivalent to vermilion information.   The authentication method according to claim 1, wherein the first and / or second computer is a portable terminal. A first and second computer comprising a display surface having a contact recognition function, and obtaining contact information from contact with the display surface;
One input device in contact with the display surface of the first computer and the display surface of the second computer;
A third computer for storing an allowable value when the contact by one input device at the first and second computers is allowed as a series of continuous contacts;
A computer system comprising:
The first computer has means for sending contact information at the first computer by one input device to the third computer,
The second computer has means for sending contact information at the second computer by one input device to the third computer,
A third computer for storing each time value based on the first and second computers when contact information is received from the first and second computers;
Means for determining whether the contact information in the second computer corresponds to the contact information in the first computer;
In the case where it is judged that it is equivalent, in the computer selected from the first, second and third, the time obtained from the value at each time based on the first and second computers stored in the third computer Determine whether the difference satisfies the tolerance value at the time,
A computer system, wherein when it is determined that the user is satisfied, authentication information based on the contact information is transmitted from the third computer to the second computer.   The computer system according to claim 5, wherein the first and / or second computer is a portable terminal. Receiving means for respectively receiving contact information obtained by contact with the display surface by one input device from the first and second computers having a display surface having a contact recognition function;
An allowable value storage means for storing an allowable value when the contact by one input device in the first and second computers is allowed as a series of continuous contacts;
Contact information storage means for storing each time value together with the contact information based on the first and second computers when the contact information is received from each of the first and second computers;
First determination means for determining whether contact information in the second computer corresponds to contact information in the first computer;
A second judgment for judging whether or not the difference between the time obtained from the time value based on the first computer and the time value based on the second computer satisfies the allowable value at the time, Means,
Transmitting means for transmitting visual information as a series of continuous contacts based on the contact information to the second computer when it is determined that the allowable value at the time is satisfied;
Server computer provided. Computer
Vermilion information storage means for storing vermilion information to be displayed on the display surface of the first communication terminal having a display surface having a contact recognition function;
First receiving means for receiving contact information obtained by contacting the display surface of the first communication terminal with one input device and the vermilion information;
First contact information storage means for storing the value, contact information, and vermilion information when the contact information at the first communication terminal is received by the first receiving means;
Second receiving means for receiving contact information obtained by touching the display surface of the second communication terminal with one input device from a second communication terminal having a display surface having a contact recognition function;
Second contact information storage means for storing the value and the contact information when the contact information at the second communication terminal is received by the second receiving means;
First determination means for determining whether the contact information at the second communication terminal received by the second reception means corresponds to the contact information at the first communication terminal received by the first reception means;
When it is determined by the first determination means that the time is based on the first communication terminal and the time based on the second communication terminal, the time difference between the first and second communication terminals is one. A second judging means for judging whether or not an allowable value when the contact by the input device is allowed as a series of continuous contacts is satisfied;
Visual information transmission means for transmitting the visual information based on the vermilion information to the second communication terminal when it is determined that the second determination means is satisfied,
Authentication program to function as.

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