KR101432608B1 - Security System Using Near Field Communication Card and Security Method thereof - Google Patents

Abstract

The present invention relates to a security system using NFC cards and a security method thereof. More specifically, the security system uses NFC cards to generate a dispatch signal in case of an emergency. The security system according to an embodiment of the present invention includes a manufacturer server; a service provider server; an NFC terminal, a control server; a security company server; and a guard terminal. The security system can minimize the cost by eliminating the need for installing expensive equipment while enabling efficient security in necessary situations.

Description

[0001] The present invention relates to a security system using an NFC card,

The present invention relates to a security system using an NFC (Near Field Communication) card and an expense method thereof, and more particularly to a security system using an NFC card for generating a dispatch signal by using an NFC card in an emergency, .

Generally, the term "security system" refers to a system for determining whether a user has requested a start of expense, initiating a photograph, tracking a movement, etc., and initiating the expense.

For example, in Korean Patent No. 10-1075549 (Oct. 20, 2011), upon receiving a request to open a cost from a customer, a technique for starting the expense by shooting an image of the object to be protected is disclosed In Korean Patent No. 10-1072593 (Oct. 11, 2011), a technique for starting shooting when an abnormal state is detected is provided with a detection sensor for detecting an abnormal state at a specific position have.

However, the risk factors are often generated or generated in areas where the camera is not located, and even if the risk factors are generated in the area where the camera is located, the camera automatically recognizes it as dangerous or the camera must be watched by the administrator Therefore, there is a problem that it is difficult to immediately respond to the risk release.

On the other hand, there are various kinds of self-defense products for defending from specific persons with malicious intentions. However, it is difficult to check whether the self-defense goods are available in emergency situations because the self- There is a problem that the security company must dispatch the situation itself because the security company is not dispatched frequently.

In addition, the price of the self-defense article is considerably high and there is a problem that it is also burdensome to buy it only for a specific situation which is necessarily required.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and it is an object of the present invention to provide an apparatus and method for generating an emergency signal by only tagging an NFC card using a mobile terminal such as a mobile phone, The NFC card can be held only when it is necessary to reinforce security or security, so that the call can be optionally made to the security company as needed. Thus, as a service provider for the user, The present invention provides a security system using NFC cards and a security method for minimizing the cost of maintaining the security company and enabling a safer security service for the user and allowing the trust of the service provider.

According to an aspect of the present invention, there is provided an expense system for generating a dispatch signal by using an NFC card in an emergency in accordance with an embodiment of the present invention includes an NFC card for storing card information, call information, Producer servers for; A service provider server for storing user information in a database and storing the card information, mapping information in which the user information and the number-of-times information are mapped to the NFC card to be distributed to a user; When the dispatch situation occurs, the NFC card tags the NFC card and collects paging information from the NFC card to make a call based on the paging information, collects its own location information, and transmits the location information together with the card information An NFC terminal for making the call; Receiving the mapping information from the service provider server, analyzing the user information by receiving the card information from the NFC terminal, generating a dispatch signal based on the analyzed user information and the location information received from the NFC terminal Control server; A security company server for receiving the dispatch signal generated by the control server; And a guard terminal for receiving the dispatch signal from the security company server, wherein when the dispatch state is released, the guard terminal generates an expense disable signal by tagging the NFC card, And transmits the signal to at least one of the security company server and the control server, wherein the number-of-departure information is information on at least one of the number of outgoing calls, the number of outgoing calls per month, and the number of outgoing calls per day, And the NFC terminal transmits information informing that the number of times of dispatch has been exceeded to the service company server when tagged to the NFC card in a state in which the number of times of dispatch has been exceeded, And the control server transmits a message for releasing the restriction on the number of outgoing calls from the service company server The control unit generates the dispatch signal.

Here, the call information includes at least one of a telephone number of a control center managing the control server, a telephone number of a security company associated with the control center, and a notification message informing an emergency situation, At least one of a call making a call to a telephone number of the center, a call making a call to a telephone number of the security company, a call to transmit the notification message to the control center, and a call to transmit the notification message to the security company can do.

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According to another aspect of the present invention, there is provided an expense method using an NFC card according to an embodiment of the present invention, wherein a service company server transmits a production request message requesting production of an NFC card to a manufacturer server, ; Wherein the manufacturer server approves the settlement based on the production request message and causes the NFC card to be manufactured corresponding to the settlement amount so that the NFC card includes card information, ; The service provider server storing information on a user to be provided with a service in a database; Causing the service company server to store the card information, the user information, and the mapping information in which the number-of-departure times information is mapped to the NFC card so that the NFC card is distributed to a predetermined user; Collecting location information of an NFC terminal owned by the predetermined user; When the NFC terminal is tagged on the NFC card, the NFC terminal collects the paging information from the NFC card, makes a call based on the paging information, transmits the collected position information together with the card information, Making a call; Receiving, by the control server, the mapping information from the service company server; Analyzing the user information by the control server receiving the card information from the NFC terminal; The control server generating an origination signal based on the analyzed user information and the location information received from the NFC terminal; The security company server receives the dispatch signal from the control server and transmits the dispatch signal to the guardian terminal; Tagging the guardian terminal to the NFC card to generate an expiration cancellation signal and transmitting the expense cancellation signal to at least one of the security company server or the control server when the dispatch situation is released, Wherein the NFC information is information on at least one outgoing number of the number of outgoing calls per month, the number of outgoing calls per month, and the number of outgoing calls per day, and the NFC card is a card set to limit the outgoing number of times, When the tag is tagged on the NFC card in a state in which the number of times is exceeded, transmits information informing that the number of times of dispatch has been exceeded to the service company server and makes a call, and the control server transmits the information And generates the dispatch signal when a message for canceling the limitation of the number of times is received.

As a result, in the case of a user, it is possible to use a mobile terminal that is always in possession only in a necessary situation without having to carry a security device at all times, as well as being able to call a security company, .

In addition, in the case of a service provider for a user, it is possible to provide an incidental service that assures the safety of the user, and it is possible to protect the user's personal information only in a necessary situation.

Also, since the security company can know the emergency status and the emergency location information through only the NFC card and NFC communication terminal provided by the user without installing expensive equipments such as CCTV, efficient expenses This is an advantage.

FIG. 1 is a view of a security system using an NFC card according to an embodiment of the present invention, and is a diagram based on a person or a company.
FIG. 2 is a diagram of a security system using an NFC card according to an embodiment of the present invention, and is a diagram illustrating a terminal or a server as a reference.
FIG. 3 is a flowchart illustrating an expense method using an NFC card according to an embodiment of the present invention.
4 is a block diagram showing a configuration of a service provider server.
5 is a block diagram showing a configuration of a manufacturer server.
6 is a block diagram showing the configuration of the control server.

Hereinafter, the present invention will be described in detail with reference to the drawings.

FIG. 1 is a diagram of a security system using an NFC card according to an embodiment of the present invention, and is a diagram showing a person or a company in order to explain the operation of the overall security system.

The security system using the NFC card according to the present embodiment can be applied to a service company 10, a manufacturer 20, a control center 30, a customer 40, and a security company 50, .

The service company 10 is a company that provides the original service to the customer 40. The service provider 10 may be an insurer providing insurance services or a bank providing banking services. In this case, the service may be an insurance service or a banking service.

The service provider 10 constructs and stores information on the customer 40 as a database (a).

The service company 10 distributes the NFC card to the customers 40 as an incidental service to their original service. The NFC card is tagged to the mobile terminal owned by the customers 40 and used for the purpose of calling the control center 30 or the security company 50 through the mobile terminal.

Also, this NFC card is not distributed to all customers 40 but is distributed only when there is a specific distribution necessity. For example, if the customer 40 of the service company 10 needs to withdraw a large amount of cash and carry it, the service company 10 sends the customer 40 having such a large amount of cash to the NFC 40 Distribute the card, and if necessary, make a call to the security company via NFC tagging.

Then, the service company 10 purchases the NFC cards by type and distributes the different NFC cards to the customers 40 according to the situation. For example, an NFC card can be classified into three cards that can be used three times a year, and five cards that can be used five times a year. Such an NFC card can be implemented so that the tag function is extinguished by itself when used three times a year. Of course, NFC cards will be priced differently depending on the type of card.

In order to purchase such an NFC card, the service company 10 requests the manufacturer 20 to make an NFC card (b).

When the NFC card is manufactured, information on the number of the above-mentioned types, etc., may be transmitted from the service company 10 to the manufacturer 20.

The manufacturer 20 manufactures an NFC card having a tag function on the NFC card and a function of causing the mobile terminal to call the control center 30 or the security company 50 in the tag. Particularly, the manufacturer 20 judges the type and quantity according to the order of the service company 10 to produce an NFC card.

Meanwhile, the manufacturer 20 creates an NFC card and transfers it to the service company 10 (C), generates NFC card information for each card, and transmits the generated card information to the control center 30 (d. ).

The control center 30 collects various call signals or data received from the mobile terminal tagged on the NFC card and transmits the dispatch command to the security company 40 based on the received call signal or data. Of course, unlike the case of the present embodiment, it is also possible to provide a call signal directly to the security company 50 from a mobile terminal carried by the customer 40, Of course it is.

According to the present embodiment, the control center 30 plays a role of controlling the plurality of security companies 50, so that it is possible to more efficiently manage the call signal or the dispatch command from the individual security company 50 .

On the other hand, when receiving the NFC card from the service company 10 (e), the customer 40 can generate a paging signal by tagging the mobile terminal owned by the customer 40 in the emergency situation with the NFC card.

That is, in case of an emergency, when the customer 40 tags his / her mobile terminal to the NFC card given from the service company 10, the mobile terminal receives the information about the NFC card and transmits the tagging information to the control center 30 (Ⓖ), and the control center 30 transmits the tagging information to the security company 50 (Fig. Thereafter, the security company 50 grasps the location where the customer 40 is located based on the received tagging information, and dispatches the dispatcher to the dispatching company 50 (FIG.

FIG. 2 is a diagram of a security system using an NFC card according to an embodiment of the present invention, and is a diagram illustrating a terminal or a server in order to explain the operation of the overall security system.

The security system using the NFC card according to the present embodiment may include a service company server 100, an NFC card 150, a manufacturer server 200, a control server 300, an NFC terminal 300, (400), a security company server (500), and a guard terminal (600).

The service company server 100 is a server that is constructed in the service company 10 or managed or used by the service company 10 and acts as a database for collecting, storing, and managing information about the customer 40 as described above (1).

The service provider server 100 transmits a message requesting settlement to the manufacturer server 200 for manufacturing the NFC card 150 (2). The payment request message may include information on the number, type, and the like of the NFC cards 150 required in addition to the contents of requesting an order.

The manufacturer server 200 is a server managed by the above-described manufacturer 20 and transmits a payment approval message corresponding to the payment request message received from the service provider server 100 to the service company server 100 ). Such a payment approval message may include information on inventory status, availability of delivery, date of delivery, etc., in addition to approving the order.

After the manufacturer server 200 approves the settlement, the card maker server 200 generates the card information corresponding to the requested number or type ([4]). The card information includes information on the type of the NFC card 150, information on the use time of the NFC card 150, information on the cost of the NFC card 150, information on the serial number of each NFC card 150 . The manufacturer server 200 generates and stores card information for each NFC card 150 to be produced.

In addition, the manufacturer server 200 generates paging information or extracts paging information previously stored in the paging server 200 (step 5). The call information includes at least one of a telephone number of the control center 30 managing the control server 300, a telephone number of the security company 50 associated with the control center 30, and a notification message informing of an emergency Where the call may be a call making a call to the telephone number of the control center 30, a call to the telephone number of the security company 50, a call to send a notification message to the control center 30, And a call to send a notification message to the business entity 50.

That is, when the NFC card 150 is manufactured, the manufacturer server 200 inserts the paging information into the NFC card 150, and if the tag information is tagged to the NFC terminal 400, , The call information is generated or the previously stored call information is called.

When it is necessary to provide a supplementary service for providing the NFC card 150 to a specific customer 40 after receiving the NFC card 150 from the manufacturer 20 managing the manufacturer server 200, The service company server 100 inquires customer information for receiving the associated service through the pre-built database (⑥), maps the card information of the NFC card 150 for providing the customer 40 with the customer information (⑦). Such customer information may be a concept including information on the overall contents such as the age, gender, occupation, appearance, and outfit of the customer.

Through the mapping operation, the service provider server 100 can know which customer has the NFC card 150 carried. In addition, it is also possible to store various information such as the date on which the NFC card 150 is given, the validity period of the NFC card 150, as well as the mapping of the card information and the customer information.

The service provider server 100 transmits the completed mapping information through the mapping operation to the control server 300 (8). The reason why the mapping information is transmitted to the control server 300 is that the control server 300 controls the overall contents as to whether or not any customer possesses the NFC card 150. [

When a dangerous situation occurs to the customer 40, the customer 40 transmits the NFC card 150 provided from the service company 10 to a mobile terminal (hereinafter, referred to as " NFC terminal 400 ') (9).

Through the NFC tagging, the NFC terminal 400 extracts the tagging information (10). The tagging information collectively refers to card information extracted from the NFC card 150, call information, and position information extracted based on a function of the NFC terminal 400 such as a GPS function.

When the NFC terminal 400 is tagged, the NFC terminal 400 automatically extracts such tagging information without any procedure or any input, and the NFC terminal 400 or the NFC card 150 performs such automatic operation May be implemented to store a program or data for the user.

In addition, the NFC terminal 400 automatically performs the call without receiving any procedure or any input based on the extracted call information by tagging the NFC card 150 (11). In the present embodiment, this call is assumed to be a call to send a notification message informing the control center 30 of an emergency situation. The notification message includes card information and location information.

After the card information and the position information are transmitted to the control server 300, the control server 300 confirms the received position information and confirms the customer information based on the previously stored mapping information and the received card information (⑫).

The control server 300 transmits the location information and the customer information to the security company server 500 (13). The security company server 500 is a server constructed or managed or used by the security company 50 as described above.

The security company server 500 stores and manages various kinds of information about the security guards, and upon receiving the location information and the customer information, it assigns security guards for moving to the corresponding area, 600) (14).

The dispatch signal can be generated in the form of a dispatch command message including the above-described position information and customer information so that the surveillance person can grasp the position, appearance, and appearance of the customer 40.

Thereafter, when the security person removes the risk factor or solves the event based on the dispatch signal, the security person transmits the security clearance signal indicating that the security is canceled through the security guard terminal 600 (15). Such an expense cancellation signal may be generated in the guardian terminal 600 through the operation of an input button or the like and may be transmitted to the security company server 500 or may be transmitted to the guardian terminal 600 having the NFC tag function by the customer 40 The NFC card 150 may be generated in the guardian terminal 600 by tagging and may be transmitted to the security company server 500.

In the above description, it is mentioned that the number of times the NFC card 150 is dispatched may be limited. However, this does not mean only the number of times of annual dispatch, but may be set so as to limit the number of monthly dispatches or the number of daily dispatches Of course.

In addition, the NFC card 150 having the limited number of times of dispatch may be implemented so that the tag function is extinguished itself when the number of times of the limited dispatch is exceeded.

If the NFC terminal 150 is tagged in the NFC terminal 400 in a state where the number of outgoing calls has been exceeded, the NFC terminal 400 transmits information indicating that the number of outgoing calls has been exceeded to the service provider server 100 The control server 300 may generate a dispatch signal only when a message for canceling the limit of the dispatch number is received from the service company server 100. [

FIG. 3 is a flowchart illustrating an expense method using an NFC card according to an embodiment of the present invention.

First, the service company server 100 transmits a production request message requesting production to the manufacturer server 200 for requesting production of the NFC card 150, and proceeds to step S710.

Next, the manufacturer server 200 approves the settlement based on the production request message and causes the NFC card 150 to be produced so as to correspond to the settlement amount, and card information and call information are included in the NFC card 150 (S720).

Thereafter, the service provider server 100 stores information on a user who is a customer who receives the service in a database (S730). Of course, this step S730 may be performed before the step S710.

In step S740, the service provider server 100 causes the NFC card 150 to store the mapping information in which the card information and the user information, which is the customer information, are stored in the NFC card 150.

The NFC terminal 400 possessed by the predetermined user collects the location information (S750).

When the NFC terminal 400 is tagged on the NFC card 150, the NFC terminal 150 collects paging information from the NFC card 150, makes a call based on the paging information, transmits the collected position information together with the card information, and makes a call (S760).

Then, the control server 300 receives the mapping information from the service provider server 100 (S770). The step S770 may also be performed after step S740 or step S740 in parallel.

The control server 300 analyzes the user information as customer information by receiving the card information from the NFC terminal 400 in step S780 and the control server 300 transmits the analyzed user information to the NFC terminal 400, (S790) based on the received position information.

4 is a block diagram showing the configuration of the service provider server 100. As shown in FIG. The service company server 100 includes a customer information receiving unit 101, a customer information database unit 102, a card information analyzing unit 103, an information mapping unit 104, a mapping information storage processing unit 105 and a control unit 106 .

The customer information receiving unit 101 receives customer information input through an input device such as a keyboard, a mouse, and a camera. The received customer information is transmitted to the customer information database unit 102 under the control of the control unit 106. [

The customer information database unit 102 serves to collect / store / manage the received customer information.

The card information analyzing unit 103 analyzes the card information of the NFC card 150 manufactured and delivered by the manufacturer 20. The card information analyzing unit 103 may be implemented as a barcode reader for reading barcode information provided in the NFC card 150 and an extractor for extracting a serial number provided in the NFC card 150.

The information mapping unit 104 maps the customer information and the card information. In addition, the mapping information storage processor 105 processes the mapping information generated by mapping the customer information and the card information to be stored.

The control unit 106 controls the above-described customer information receiving unit 101, customer information database unit 102, card information analyzing unit 103, information mapping unit 104 and mapping information storage processing unit 105, Ensure that elements play their part.

5 is a block diagram showing a configuration of the manufacturer server 200. As shown in FIG. The manufacturer server 200 includes a paging information receiving unit 201, a card information generating unit 202, a card production requesting unit 203, a card information transmitting unit 204 and a control unit 205.

The paging information receiving unit 201 receives the telephone number of the control center 30 that manages the control server 300 by communicating with the control server 300 or the security company server 500, A telephone number of the mobile terminal 50 and a notification message informing the emergency situation.

The card information generating unit 202 plays a role of generating information about the card requested to be produced. For example, if 300 cards have been produced so far and 100 additional cards have been requested, the card information generator 202 may generate the serial numbers 301 to 400 as the card information. In addition, the card information generating unit 202 also generates information on the number of annual dispatch, the number of monthly dispatch, or the number of daily dispatches assigned to the cards having respective serial numbers.

The card production requesting unit 203 approves the payment request received from the service company server 100, and transmits the approved message. At the same time, the card production requesting unit 203 generates a card using an external company having a card maker or a card maker And is provided to transmit a requesting message.

The card information transfer unit 204 transfers the card information generated by the card information generation unit 202 to the service company server 100.

The control unit 205 controls the above-described paging information receiving unit 201, card information generating unit 202, card producing requesting unit 203 and card information transmitting unit 204 so that each component plays a role .

6 is a block diagram showing the configuration of the control server 300. As shown in Fig.

The control server 300 according to the present embodiment includes a call information transmitting unit 301, a mapping information receiving unit 302, card information and position information receiving unit 303, position information and customer information reading unit 304, An information transmission unit 305 and a control unit 306. [

The call information transmission unit 301 transmits the telephone number of the control center 30 that manages the control server 300 to the manufacturer server 200 and the telephone number of the security company 50 associated with the control center 30 .

The mapping information receiving unit 302 receives the mapping information from the service company server 100 and stores the received mapping information.

The card information and position information receiving unit 303 receives the card information read from the NFC card 150 and the position information collected from the NFC terminal 400 itself from the NFC terminal 400.

The location information and customer information reading unit 304 plays a role of reading the location information and the customer information based on the received mapping information and the card information, Information and customer information to the security company server 500.

The control unit 306 includes the call information transmission unit 301, the mapping information reception unit 302, the card information and position information reception unit 303, the position information and the customer information reading unit 304, 305 so that each component can play its own role.

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, It will be understood that the invention may be practiced. It is therefore to be understood that the embodiments described above are to be considered in all respects only as illustrative and not restrictive. In addition, the scope of the present invention is indicated by the following claims rather than the above detailed description. Also, all changes or modifications derived from the meaning and scope of the claims and their equivalents should be construed as being included within the scope of the present invention.

10: Service provider 20: Producer
30: Control center 40: Customer
50: security company 100: service company server
101: customer information receiving unit 102: customer information database unit
103: card information analyzing unit 104: information mapping unit
105: mapping information storage processing unit 106:
150: NFC card 200: manufacturer server
201: paging information receiving unit 202: card information generating unit
203: Card production requesting unit 204: Card information transmitting unit
205: control unit 300: control server
301: paging information transmitting unit 302: mapping information receiving unit
303: Card information and position information receiving unit 304: Position information and customer information reading unit
305: location information and customer information transmission unit 306:
400: NFC terminal 500: security company server
600: security guard terminal

Claims (5)

delete delete delete delete In an expense method using an NFC card for providing a security service as a supplementary service to a financial service, which is the original service,
The service provider server transmits a production request message requesting production of the NFC card to the manufacturer server and requests payment;
The manufacturer server approves the settlement based on the production request message and causes the NFC card to be produced in correspondence with the settlement amount so that the NFC card includes card information, ;
The service provider server stores information on a user who is provided with the service in the form of a database for the purpose of providing the service,
The service company server uses the previously stored user information for the purpose of providing the original service so that the mapping information in which the user information, the card information, and the number-of-times information are mapped is stored in the NFC card And causing the NFC card storing the mapping information to be distributed to a predetermined user for providing the supplementary service;
Receiving, by the control server, the mapping information from the service company server;
Collecting location information of an NFC terminal owned by the predetermined user;
When the NFC terminal is tagged to the NFC card by the occurrence of a dispatch situation, the NFC terminal collects the call information from the NFC card and makes a call based on the call information, To the control server together to make the call;
The control server compares the mapping information with the card information by receiving the card information from the NFC terminal and analyzing the user information corresponding to the card information in the mapping information;
The control server generating an origination signal based on the analyzed user information and the location information received from the NFC terminal;
The security company server receives the dispatch signal including the user information and the location information from the control server and transmits the dispatch signal to the guardian terminal; And
Tagging the guardian terminal to the NFC card to generate an expiration cancellation signal and transmitting the expense cancellation signal to at least one of the security company server or the control server when the dispatch situation is canceled ,
Wherein the location information is provided to the guardian terminal so that a guard having the guardian terminal can specify the location of the predetermined user,
The user information is provided to the guardian terminal so that a guard having the guardian terminal can specify the predetermined user by including information on the age, sex and appearance of the predetermined user,
Wherein the number-of-departure-times information is information on at least one outgoing number of the number of annual dispatches, the number of monthly dispatches, and the number of daily dispatches,
Wherein the NFC card is a card set to limit the number of times of dispatch,
The NFC terminal transmits to the service provider server information indicating that the number of times of dispatch has been exceeded when the NFC terminal has been tagged to the NFC card in a state where the number of times of dispatch has been exceeded,
The control server generates the dispatch signal when a message for canceling the restriction of the dispatch number is received from the service company server,
Wherein the predetermined user is a user classified as an important customer in the service provider server or a user who is classified as having withdrawn or carrying cash of a predetermined amount or more.

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