KR200379635Y1 - System securiting for automated teller machine - Google Patents

Abstract

The object of the present invention is to provide a security system for a financial automation device that can clearly check the movement state of the cash storage device by tracking the location of the cash storage device using the location tracking function.

Cash storage device according to the present invention is a sensor for sensing whether or not equipped with the financial automation device; A location information receiver for receiving location information for detecting a current location of the cash storage device from a predetermined GPS satellite; And a control unit for generating current location information according to the location information received through the location information receiving unit and transmitting the current location information to a server when a detachment and a financial automation device are sensed through the sensor. Characterized in that.

According to the present invention, the location of the cash storage device can be tracked using the position tracking function so that the movement state of the cash storage device can be clearly identified, so that the abnormality of the cash storage device can be quickly identified and the action thereof can be promptly determined. There is an effect that can be taken.

Description

Security system for financial automation devices {SYSTEM SECURITING FOR AUTOMATED TELLER MACHINE}

The present invention relates to a financial automation device, and more particularly to a security system of the financial automation device.

Automated Teller Machines (ATMs) are data communications for financial services that enable customers to process financial transactions such as cash withdrawals, bank transfers, balance checks, and bankbooks, by connecting online to a financial institution's main computer. Refers to a terminal device.

The above-mentioned financial automation devices not only provide financial services in addition to business hours, but also shorten the time required for financial services and cause the simplification of counter operations, so they are installed in stores or unmanned counters of financial institutions. Is increasing day by day.

The financial automation device receives cash from a customer or withdraws cash from a customer, thus retaining a large amount of cash in the cash storage device, and the cash in the cash storage device is managed to be filled periodically.

As such, the financial automation device not only allows the public access to the non-business hours, but also stores a large amount of cash, and various methods for maintaining the security state of the financial automation device have been proposed.

For example, after connecting the financial automation device and the security company to a public switched telephone network (PSTN), which is a public telephone network, the security company monitors whether the financial automation device is abnormal through the PSTN, There is a way to take action.

Since the conventional method provides a security service limited to a financial automation device, it cannot provide a security service for a cash storage device that periodically moves between stores of the financial institution and the financial automation device. Accordingly, the security company is going to perform the movement of the cash storage device through its employees.

However, even though the security company is in charge of the movement of the cash storage device as described above, the cash storage device is still exposed to the risk of theft or loss.

Accordingly, in the related art, there is an urgent need for the development of a technology capable of easily grasping the security state of a cash storage device by tracking the position of the cash storage device.

The present invention has been made to improve the prior art as described above, by using the location tracking function to track the location of the cash storage device to secure the security system of a financial automation device that can clearly check the state of movement of the cash storage device Its purpose is to provide.

In addition, another object of the present invention is to alert the financial institution if the location of the cash storage device does not belong to a preset range of movement, so that it is possible to promptly take measures according to the abnormality of the cash storage device. The company also provides a security system for financial automation equipment that enables a company to quickly take action due to abnormalities in the cash storage system.

In addition, another object of the present invention is to alert the financial institution when the cash storage device moves over a preset travel time, so that the cash storage device can quickly take action according to the abnormality of the cash storage device. Another object of the present invention is to provide a security system for a financial automation device that can quickly take action according to the abnormality of the cash storage device.

In addition, another object of the present invention is to provide a security system for a financial automation device to track the position even when the cash storage device is mounted on the financial automation device, so as to monitor the status of the financial automation device as well as the cash storage device. It is in doing it.

The cash storage device according to the present invention for achieving the above object and solve the problems of the prior art is a sensor for sensing whether the financial automation device and the mounting; A location information receiver for receiving location information for detecting a current location of the cash storage device from a predetermined GPS satellite; And a control unit for generating current location information according to the location information received through the location information receiving unit and transmitting the current location information to a server when a detachment and a financial automation device are sensed through the sensor. Characterized in that.

Prior to the detailed description of the present invention, a brief description of Global Positioning System (GPS) technology for location tracking is provided.

GPS is a global positioning system using artificial satellites. The GPS receiver finds the position of the observation point by receiving the radio waves transmitted from satellites that know the exact position and observing the time required to the observation point.

Since the GPS adopts the positioning method of the coordinates (X, Y, Z) of the viewpoint and the four-dimensional coordinates of the time (T), the GPS is also effective for the position observation and the velocity observation of a fast moving object such as an airplane, a ship, and a vehicle. . In addition, the GPS can be observed at any time at any time, and the data can be obtained at an observation time of approximately seconds.

Therefore, the present invention makes it possible to clearly check the movement state of the cash storage device by tracking the location of the cash storage device using the position tracking function using the GPS.

In addition, the present invention notifies the financial institution if the location of the cash storage device does not belong to a preset movement range, so that the cash storage device can quickly take action according to the abnormality of the cash storage device. It is possible to promptly take action in case of abnormality of the storage device.

In addition, the present invention not only alerts the financial institution when the cash storage device moves over a preset travel time, but also allows the security company to take action according to the abnormality of the cash storage device. Allow for prompt action to be taken in accordance with

In addition, the present invention tracks the position even when the cash storage device is mounted on the financial automation device, so that the status of the financial automation device as well as the cash storage device can be monitored.

The configuration of the security system according to the preferred embodiment of the present invention described above will be described with reference to FIG.

The financial system is composed of the first to N-th financial automation devices 1201 to 120N, a main computer 140 of a financial institution, and a cashier terminal 150, and the first to N-th financial automation devices 1201 to 120N and a central part. The computer 140 and the cashier terminal 150 are connected to a finance-only network.

The first to Nth financial automation devices 1201 to 120N are connected to the central computer 150 through the dedicated banking network to provide general financial services. In addition, the first to N-th financial automation devices 1201 to 120N respectively include the first to N-th cash storage devices 1301 to 130N for depositing or withdrawing cash. In addition, the first to N-th financial automation device (1201 ~ 120N) is connected to the server 160 of the security company through a wired network, the server 160 of the security company is the first to N-th finance through the wired network It monitors the state of the automated devices (1201 ~ 120N), and provides a security service according to the monitoring results.

The first to Nth cash storage devices (1301 ~ 130N) is not only to store the cash, but also periodically moved from the branch of the financial institution to the installation position of the financial automation device for replenishment of cash. In addition, the first to N-th cash storage device (1301 ~ 130N) in accordance with a preferred embodiment of the present invention receives a GPS code transmitted by the GPS satellite 110 to detect the current location, the current location to the wireless network Send to the server 160 of the security company. In particular, when the first to N-th cash storage device (1301 ~ 130N) is installed in a financial automation device, the first location information is generated every first predetermined time and transmitted to the server 160 of the security company, When detached from the automated device, the second location information is generated every second predetermined time and transmitted to the server 160 of the security company. The first location information is for quickly detecting whether the cash storage device is forcibly released from the financial automation device, and the second location information is for tracking the movement path of the cash storage device. It may be selected longer than the second predetermined time.

The central computer 140 of the financial institution is connected to the first to N-th financial automation devices 1201 to 120N and the bank employee terminal 150 through a financial dedicated network, and the first to N-th financial automation devices 1201 to 120N. And the financial affairs according to the request of the cashier terminal 150.

The destination terminal 150 is connected to the central computer 140 to perform the financial business according to the request of the destination. In addition, the cashier terminal 150 is connected to the server 160 of the security company through a wired network, and transmits the financial automation device setting information and cash storage device setting information input by the cashier to the security company server 160, or If an abnormal condition alert message for a specific cash storage device is received from the server 160 of the security company, the guide informs the attendant.

In addition, the cashier terminal 150 requests the first and second location information for the first to N-th cash storage device (1301 ~ 130N) to the server 160 of the security company according to the request of the traveler, and the request Accordingly, when the server 160 of the security company provides the first and second location information about the first to Nth cash storage devices 1301 to 130N, the security company server 160 guides the information to the attendant.

The server 160 of the security company receives the financial automation device setting information and the cash storage device setting information from the cashier terminal 150 and registers it in the database 170, and the first to Nth cash storage devices 1301 to 1. When the first or second location information is received from 130N, it is stored in the database 170.

In addition, when the first and second location information is received from the first to Nth cash storage devices 1301 to 130N, the server 160 checks whether it corresponds to the pre-registered financial automation device setting information and the cash storage device setting information. In accordance with the check result, whether or not to determine whether the alarm to the attendant terminal 150, and provides a security service, such as dispatching security staff.

The database 170 stores the financial automation device setting information, the cash storage device setting information, and the cash storage device location information according to the preferred embodiment of the present invention.

Here, the structure of the database 170 will be described in more detail with reference to FIG. 12.

First, the financial automation device setting information registered in the database 170 includes identification information and installation location information for the first to Nth financial automation devices 1201 to 120N. That is, the financial automation device setting information includes information on a location where the first to Nth financial automation devices 1201 to 120N are installed.

The cash storage device setting information includes identification information and location information of the first to Nth cash storage devices 1301 to 130N, and information about a moving time and a moving range of the corresponding cash storage device. That is, the cash storage device setting information is composed of information on the estimated moving time and the estimated moving range for each cash storage device.

The cash storage device location information is sequentially stored after the first location information and the second location information received from the first to N-th cash storage devices (1301 to 130N) are divided into cash storage device identification information. In particular, the first location information is composed of location information and financial teller identification information, and the second location information is composed of location information and time information. In addition, the cash storage device position information includes a movement state flag indicating that the first to the N-th cash storage device (1301 ~ 130N) is moving and the information on the start time.

Since the configurations and operations of the first to N-th financial automation devices 1201 to 120N and the first to N-th cash storage devices 1301 to 130N are the same, the first financial automation device 1201 and the first cash will be described below. Only the configuration of the storage device 1301 will be described in detail with an example.

A configuration of the first financial automation device 1201 equipped with the first cash storage device 1301 will be described with reference to FIG. 2.

The main controller 210 controls the first financial automation device 1201 as a whole. Here, the main control unit 210 and the control unit 234 of the cash storage device 1301 performs data communication through the IIC, a variety of wired and wireless interfaces including a universal serial bus (USB) in addition to the above-described interface May be employed. In addition, the main control unit 210 is connected to the central computer 140 of the head office through the financial dedicated network interface unit 216 to provide a banking transaction to the customer bank and card recognition unit 214 and bank notes and check and withdrawal ( 212). The banknote and check deposit and withdrawal unit 212 discharges the cash or check stored in the first cash storage device 1301 under the control of the main control unit 210, or the cash or check deposited by the customer in the first cash storage device ( 1301). The bankbook and card recognition unit 214 reads a variety of information from the bankbook or card input by the customer and provides it to the main control unit 210. The financial-only network interface unit 216 is responsible for the interface between the main control unit 210 and the financial-only network, so that the main control unit 210 is connected to the central computer 140. The storage unit 218 stores various information including a processing program of the main controller 210. The display unit 220 displays information for various financial services under the control of the main controller 210. The key input unit 222 is to receive a variety of information for the financial business from the customer, a keypad or a touch screen method may be employed. The power supply unit 224 receives commercial power, converts the power into driving power, and supplies the power to the first financial automation device 1201. In addition, when the first cash storage device 1301 is mounted, the power supply unit 224 supplies power for driving or charging to the first cash storage device 1301. The security device unit 228 is connected to the server 160 of the security company via a wired network to sense the state of each part or the video signal from the surveillance camera not shown and provides to the server 160 of the security company.

The configuration of the first cash storage device 1301 will now be described.

The GPS receiver 232 receives the GPS code transmitted by the GPS satellite 110 and provides it to the controller 234. The controller 234 of the first cash storage device 1301 is provided by the GPS receiver 232 every first predetermined time when the first cash storage device 1301 is mounted on the first financial automation device 1201. The current position is calculated from the GPS code, and the first location information is generated and transmitted to the server 160 of the security company. When the first cash storage device 1301 is detached from the first financial automation device 1201, the second location information is generated. Every second, the current location is calculated from the GPS code provided by the GPS receiver 232 to generate second location information and transmitted to the server 160 of the security company. In addition, when the pressure sensor unit 240 senses a pressure higher than a predetermined value from the outside, the controller 234 generates alarm information and second location information and transmits the generated alarm information and the second location information to the server 160 of the security company. The power supply unit 238 supplies driving power to each of the first cash storage device 1301 including the rechargeable battery, and charges the rechargeable battery with the driving power supplied from the power supply unit 224 of the first financial automation device 1201. Even during the movement, each part of the first cash storage device 1301 can operate normally. The wireless transmitter 236 transmits the first and second location information and alert information provided from the controller 234 to the server 160 of the security company through the wireless network. The timer 242 generates time information that counts the current time and provides the generated time information to the controller 234. The pressure sensor unit 240 senses the pressure from the outside and provides the sensing result to the controller 234. The memory unit 244 stores various information including the processing program of the controller 234, and in particular, stores identification information of the first cash storage device 1301, information on the first and second predetermined times, and the like. . The cash storage device mounting sensor unit 226 senses whether the first cash storage device 1301 is physically mounted on the first financial automation device 1201, and provides the sensing result to the controller 234. Here, the cash storage device mounting sensor unit 226 may be a sensor of a predetermined switch type, as well as a sensor means of various methods such as a photo sensor.

The operation of the security system will now be briefly described with reference to FIG.

When the attendant inputs setting information about the first to N-th financial automation devices 1201 to 120N and the first to Nth cash storage devices 1301 to 130N, the attendant terminal 150 enters the destination terminal 150. Setting information about the first to Nth financial automation devices 1201 to 120N and the first to Nth cash storage devices 1301 to 130N is transmitted to the server 160 of the security company through the wired network (step 310).

The server 160 of the security company receives the setting information about the first to N-th financial automation devices 1201 to 120N and the first to N-th cash storage devices 1301 to 130N and stores them in the database 170. .

When the first to Nth cash storage devices 1301 to 130N are installed in the financial automation device, the first to Nth cash storage devices 1301 to 130N generate the first location information every first predetermined time and transmit the generated first location information to the server 160 of the security company (step 312).

The server 160 of the security company registers the first location information in the database 170 and checks whether there is an abnormality of the corresponding cash storage device according to the first location information, and according to the check result, the traveler terminal 150. To generate an alarm (steps 314 and 316). Here, the server 160 of the security company is based on the location information included in the first location information, if the location of the cash storage device does not correspond to the installation location of any financial automation device registered in the database 170 Judging by the state.

In addition, when the first to Nth cash storage devices 1301 to 130N are detached from the financial automation device, the first to Nth cash storage devices 1301 to 130N generate the second location information every second predetermined time and transmit the second location information to the server 160 of the security company (step 318).

The server 160 of the security company stores the second location information in the database 170 and checks whether there is an abnormality in the corresponding cash storage device according to the second location information, and according to the check result, the traveler terminal 150. To generate an alarm (step 320, 322). Here, the server 160 of the security company checks whether the cash storage device moves within the preset movement range within the preset movement time based on the position information and the time information included in the second position information. If it has passed or it is out of the moving range, it is determined as an abnormal state.

In addition, the employee may want to check the position and the movement path of the first to N-th cash storage device (1301 ~ 130N) for the purpose of managing the first to N-th cash storage device (1301 ~ 130N). In this case, the attendant may request location information of the first to Nth cash storage devices 1301 to 130N from the destination terminal 150, and the destination terminal 150 is the server 160 of the security company according to the request. The first to the N-th cash storage device (1301 ~ 130N) requests the location information (step 324).

When location information on the first to Nth cash storage devices 1301 to 130N is requested from the cashier terminal 150, the server 160 of the security company registers the first to Nth cash registered in the database 170. The first and second location information of the storage devices 1301 to 130N are read and transmitted to the corresponding destination terminal 150 (step 326).

When the server 160 of the security company provides the first and second location information of the first to Nth cash storage devices 1301 to 130N, the cashier terminal 150 notifies the person to the destination (step 328). .

As described above, if the location of the cash storage device mounted on the financial automation device does not correspond to the installation location of the financial automation device, it is determined that the financial automation device has been forcibly moved to generate an alarm and take action accordingly. To be able.

In addition, the present invention can determine that a problem has occurred in the movement of the cash storage device when the moving cash storage device moves for more than a preset time or out of the preset movement range, and may generate an alarm and take action accordingly. To be.

This invention will be described in detail with reference to FIGS. 4 to 10.

First, the processing flow of the destination terminal 150 will be described in detail with reference to FIGS. 4 and 5.

The attendant terminal 150 checks whether the attendant requests transmission of the financial automation device setting information through a user interface (not shown) (step 400). When the cashier requests transmission of the financial automation device setting information, the cashier terminal 150 prompts the user to input identification information and location information of the first to Nth financial automation devices 1201 to 120N (step 402). Here, the attendant inputs the identification information and the location information of the first to N-th financial automation devices 1201 to 120N through the user interface unit according to the above guide.

When the attendant inputs identification information and installation location information for the first to Nth financial automation devices 1201 to 120N (step 404), the first to Nth financial automation devices 1201 to 120N are provided. ) And the identification information and location information for the financial automation device is transmitted to the server 160 of the security company (step 406).

In addition, the cashier terminal 150 checks whether the cashier requests transmission of the cash storage setting information through the user interface unit (step 408). When the cashier requests transmission of the cash storage device setting information, the cashier terminal 150 guides the user to input identification information, travel time, and moving range information about the first to Nth cash storage devices 1301 to 130N ( Step 410). Here, the attendant may input identification information, movement time, and movement range information of the first to N-th cash storage devices 1301 to 130N through the user interface unit according to the above guide.

When the cashier terminal 150 inputs identification information, movement time, and movement range information about the first to Nth cash storage devices 1301 to 130N (step 412), the first to Nth cash storage devices Identification information, movement time and movement range information for the (1301 ~ 130N) is transmitted to the security server server 160 as the cash storage device setting information (step 414).

In addition, the cashier terminal 150 checks whether the cashier requests the cash storage device location information for the purpose of managing the cash storage device (step 416). When the cashier requests the cash storage device location information, the cashier terminal 210 requests the cash storage device location information from the server 160 of the security company (step 418). Here, the security company server 160 reads the cash storage location information from the database 170 and transmits it to the cashier terminal 150 at the request of the cashier terminal 210. When the cashier terminal 150 receives the cash storage device location information from the server 160 of the security company (step 420), the cashier terminal 150 guides the cashier through the display device (not shown) (step 422).

In addition, the cashier terminal 150 checks whether the alarm information for the cash storage device is received from the server 160 of the security company (step 424). When the alarm information on the cash storage device is received, the cashier terminal 150 guides the cashier to the cashier through a display device or a speaker (step 426).

Processing of the cash storage device will now be described with reference to FIGS. 6 and 7.

The control unit 234 of the cash storage device checks whether the cash storage device mounting sensor unit 226 provides a sensing signal indicating that the cash storage device is mounted on the financial automation device (step 510). When a sensing signal indicating that the cash storage device is mounted on the financial automation device is provided, the controller 234 starts charging of the power supply unit 238 (step 512).

Thereafter, the controller 234 checks whether the first predetermined time has elapsed using the time information of the timer 242 (step 514). If the first predetermined time has elapsed, the controller 234 detects the current location information using the GPS code received through the GPS receiver 232 (step 516). When the current location information is detected, the controller 234 reads identification information of the cash storage device stored in the memory unit 244 and adds the current location information to the current location information (step 518). When the generation of the first location information is completed, the controller 234 wirelessly transmits the first location information to the server 160 of the security company (step 520).

Unlike the above, if the cash storage device mounting sensor unit 226 does not provide a sensing signal indicating that it is mounted on the financial automation device (step 522), the controller 234 may receive the GPS code received through the GPS receiver 232. In operation 524, the current position information is detected. When the current location information is detected, the controller 234 reads identification information of the cash storage device stored in the memory unit 244. The controller 234 generates the second location information by adding the identification information of the cash storage device and the time information provided by the timer 242 to the current location information in step 526.

When the generation of the second location information is completed, the controller 234 wirelessly transmits the second location information to the server 160 of the security company (step 528).

Thereafter, the controller 234 checks whether the second predetermined time has elapsed using the time information of the timer 242 (step 530).

If the second predetermined time has not elapsed, the controller 234 checks whether an external pressure exceeding a predetermined value is sensed through the pressure sensor unit 240 (operation 532). When the external pressure exceeding the predetermined value is detected through the pressure sensor unit 240, the control unit 234 wirelessly transmits an alarm message indicating the abnormal state of the cash storage device to the server 160 of the security company (534). step).

If the second predetermined time has elapsed or the external pressure exceeding the predetermined value is detected, the controller 234 detects the current location information using the GPS code received through the GPS receiver 232 (step 536).

When the current location information is detected, the controller 234 reads identification information of the cash storage device stored in the memory unit 244. The control unit 234 generates the second location information by adding the identification information of the cash storage device and the time information provided by the timer 242 to the current location information (step 538).

When generation of the second location information is completed, the controller 234 wirelessly transmits the first location information to the server 160 of the security company (step 540).

The process of the server 160 of the security company will now be described with reference to FIGS. 8 and 10.

The server 160 of the security company checks whether the financial automation device setting information is received from the cashier terminal 150 in step 610. When the financial automation device setting information is received, the server 160 stores the financial automation device setting information in the database 170 (step 612).

The server 160 of the security company checks whether the cash storage device setting information is received from the cashier terminal 150 (step 614). When the cash storage device setting information is received, the server 160 stores the financial automation device setting information in the database 170 (step 616).

The server 160 of the security company checks whether first location information from any one of the first to N-th cash storage devices 1301 to 130N is received (step 618). When the first location information is received from any one of the first to Nth cash storage devices 1301 to 130N, the server 160 of the security company extracts the cash storage device identification information included in the first location information. In addition, the first location information is stored corresponding to the extracted cash storage device identification information. In addition, the server 160 of the security company resets the movement state flag of the corresponding cash storage device when the first location information is received (step 620). In this case, the movement state flag indicates that the movement state flag does not move when it is reset, and when it is set, it indicates that it is moving.

Thereafter, the server 160 of the security company reads the financial automation device setting information registered in the database 170 and checks whether there is a financial automation device having installation location information corresponding to the location information included in the first location information. (Step 622).

If there is a financial automation device having installation location information corresponding to the location information included in the first location information, the server 160 of the security company determines that the state of the cash storage device is normal, and the first location information. If there is no financial automation device having the installation location information corresponding to the location information contained in the server 160 of the security company determines that the state of the cash storage device is abnormal enters step 644.

In step 644, the server 160 of the security company transmits a message alerting the customer of an abnormality of the corresponding cash storage device to the cashier terminal 150, and through an employee guide device not shown to take security measures according to the abnormality detection. Notify (step 644).

In addition, the server 160 of the security company checks whether the second location information is received from one of the first to N-th cash storage device (1301 ~ 130N) (step 624).

When the second location information is received from any one of the first to Nth cash storage devices 1301 to 130N, the server 160 of the security company extracts the cash storage device identification information included in the received second location information. In operation 626, the second location information is stored in the database 170 so as to correspond to the extracted cash storage device identification information.

After storing the second location information, the server 160 of the security company checks whether a movement state flag corresponding to the corresponding cash storage device identification information is set (step 628). If the movement state flag is reset, the server 160 of the security company determines that the movement of the cash storage device is started and extracts the time information included in the second location information (step 630). When the time information is extracted, the server 160 of the security company stores the time according to the time information as the movement start time (step 632).

When the storage of the movement time is completed, the server 160 of the security company reads out the movement range information of the corresponding cash storage device included in the cash storage device setting information, and the location information included in the second location information is read. It is checked whether it belongs to the movement range information (step 634).

If the location information included in the second location information does not belong to the moving range information, the server 160 of the security company determines that the movement of the cash storage device is abnormal and enters step 644.

In step 644, the server 160 of the security company transmits a message alerting the customer of an abnormality of the corresponding cash storage device to the cashier terminal 150, and through an employee guide device not shown to take security measures according to the abnormality detection. Notify (step 644).

If the location information included in the second location information belongs to the moving range information, the server 160 of the security company has a corresponding cash storage device whose time from the start time of movement to the current time is included in the cash storage device setting information. It is checked whether the travel time is smaller than (step 636).

If the time from the movement start time to the current time is greater than the movement time of the cash storage device included in the cash storage device setting information, the server 160 of the security company determines that the state of the cash storage device is abnormal and step 644. Enter

In step 644, the server 160 of the security company transmits a message alerting the customer of an abnormality of the corresponding cash storage device to the cashier terminal 150, and through an employee guide device not shown to take security measures according to the abnormality detection. Notify (step 644).

Unlike the above, if the position information included in the second position information belongs to the movement range information and the time from the start time to the present time is less than the movement time of the corresponding cash storage device included in the cash storage device setting information, It is determined that the movement of the cash storage device is normal.

In addition, the server 160 of the security company checks whether the cash storage device location information is requested from the cashier terminal 150 (step 638). When the location information of the cash storage device is requested from the cashier terminal 150, the server 160 of the security company reads the cash storage location information stored in the database 170 and transmits it to the corresponding cashier terminal 150 (step 640). ).

In addition, the server 160 of the security company checks whether an alarm message is received from the cash storage device due to external pressure sensing or the like (step 642). When the alarm message is received from the cash storage device, the server 160 of the security company determines that the state of the cash storage device is abnormal and enters step 644.

In step 644, the server 160 of the security company transmits a message alerting the customer of an abnormality of the corresponding cash storage device to the cashier terminal 150, and through an employee guide device not shown to take security measures according to the abnormality detection. Notify (step 644).

The security method according to the present invention described above will be described with reference to the example of FIG. 12.

When the Korea Exchange Bank Branch (A) located in Nonhyeon-dong installs and operates an unmanned financial automation device in the surrounding apartment (B), the cashier of the Korea Exchange Bank Branch decides the cash storage device to be mounted on the financial automation device. In consideration of the various paths between the KEB branch and the apartment, the movement range D is set, and the movement time, which is the maximum time required for the movement, is set.

According to the present invention, when the cash storage device moves beyond the movement range or travel time set by the cashier (C), the cash storage device determines that the cash storage device is stolen or lost, and provides an alert message to KEB, and a security agent. To be dispatched promptly to the location where the cash storage is located.

In addition, the embodiments of the present invention includes a computer readable medium including program instructions for performing various computer-implemented operations. The computer readable medium may include program instructions, data files, data structures, etc. alone or in combination. The program instructions on the medium may be those specially designed and constructed for the present invention, or they may be of the kind well-known and available to those skilled in the computer software arts. The medium may also be a transmission medium such as an optical or metal wire, a waveguide, or the like including a carrier wave for transmitting a signal specifying a program command, a data structure, or the like.

The present invention, by using the position tracking function to track the position of the cash storage device to clearly check the movement state of the cash storage device, to quickly identify the abnormality of the cash storage device and to promptly take measures accordingly. There is an effect that can be taken.

In addition, the present invention alerts a financial institution if the location of the cash storage device does not fall within the preset range of movement, so that the cash storage device can quickly take action according to the abnormality of the cash storage device. There is an advantage that it is possible to quickly take action in accordance with the abnormality of the storage device.

In addition, the present invention not only alerts the financial institution when the cash storage device moves over a preset travel time, but also allows the security company to take action according to the abnormality of the cash storage device. There is an advantage that can quickly take action according to the ideal of.

In addition, the present invention has the advantage that even if the cash storage device is mounted on the financial automation device to track its position, it is possible to monitor the status of the financial automation device as well as the cash storage device.

Although the present invention as described above has been described by way of limited embodiments and drawings, the present invention is not limited to the above embodiments, which are those skilled in the art to which the present invention belongs, various modifications and Modifications are possible.

Accordingly, the present invention should be understood only by the claims set forth below, and all equivalent or equivalent modifications thereof will belong to the scope of the present invention.

1 is a block diagram of a security system according to a preferred embodiment of the present invention.

FIG. 2 is a detailed configuration diagram of the financial automation device of FIG. 1. FIG.

3 is a schematic process diagram of a security method according to a preferred embodiment of the present invention.

4 to 10 is a detailed flowchart of a security method according to a preferred embodiment of the present invention.

11 is a structural diagram of a database of FIG. 1;

12 is an exemplary view for explaining a security method according to a preferred embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

110: GPS satellite

1201-120N: 1st-Nth financial automation equipment

1301 ~ 130N: First to Nth Cash Storage Devices

140: central computer

150: cashier terminal

160: server

170: database

Claims (10)

Claims [1] A cash storage device mounted on a financial automation device connected with a central computer of a financial institution to provide financial services. A sensor for sensing whether the financial automation device is mounted; A location information receiver for receiving location information for detecting a current location of the cash storage device from a predetermined GPS satellite; And When the sensor is detached from the financial automation device through the sensor, the controller generates current location information according to the location information received through the location information receiving unit every predetermined time and transmits the current location information to a server. Cash storage device comprising a. The method of claim 1, It further includes a timer for counting the current time, And the controller is operable to transmit the current time counted by the timer together with the current location information to the server. The method of claim 1, Further comprising a pressure sensor for sensing the external pressure The control unit is a cash storage device, characterized in that for transmitting a warning message to the server when a pressure of a predetermined value or more is detected by the pressure sensor. The method of claim 1, The control unit for generating the current position information according to the position information received through the position information receiving unit at a predetermined time of a different value, if the mounting with the financial automation device is sensed through the sensor, and transmits the current position information to the server Cash storage device comprising a. In the system for providing a security service for a cash storage device mounted on a financial automation device, A database for storing the setting information of the cash storage device which is the information on the moving range of the cash storage device and the location information transmitted by the cash storage device; And When the location information is received from the cash storage device detached from the financial automation device, it is checked whether the location information belongs to the moving range information, and if the location information does not belong to the moving range information, it returns to the cashier terminal of the financial institution. Server that sends alert message Security system comprising a. The method of claim 5, The travel time for the cash storage device is further stored in the database, The server counts the time that the cash storage device is moving, and if the counted time exceeds the travel time, the server sends an alert message to the cashier terminal of the financial institution. Security system characterized in that. The method of claim 5, The installation location information of the financial automation device is further stored in the database, The server receives the location information from the cash storage device mounted on the financial automation device, and if the location information does not correspond to the installation location information and operates to send an alert message to the cashier terminal of the financial institution Security system. The method of claim 5, The database further stores the installation location information of the financial automation device, And the server receives the location information from the cash storage device installed in the financial automation device and transmits an alarm message to the cashier terminal of the financial institution if the location information does not correspond to the installation location information. system. The method of claim 5, And provide an alert message to a cashier terminal of the financial institution when an alert message is provided from the cash storage device. The method of claim 5, And the server is operable to transmit the cash storage location information to the cashier terminal when a request for the cash storage location information is generated from the cashier terminal of the financial institution.