WO2017128954A1 - 一种自助服务终端安防系统安全联动方法和系统 - Google Patents

一种自助服务终端安防系统安全联动方法和系统 Download PDF

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Publication number
WO2017128954A1
WO2017128954A1 PCT/CN2017/070873 CN2017070873W WO2017128954A1 WO 2017128954 A1 WO2017128954 A1 WO 2017128954A1 CN 2017070873 W CN2017070873 W CN 2017070873W WO 2017128954 A1 WO2017128954 A1 WO 2017128954A1
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WIPO (PCT)
Prior art keywords
security
atm
alarm signal
self
information interaction
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PCT/CN2017/070873
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English (en)
French (fr)
Inventor
张红帅
林伟亮
王利华
杨雪骏
钟振
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GRG Banking Equipment Co Ltd
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GRG Banking Equipment Co Ltd
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    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07F—COIN-FREED OR LIKE APPARATUS
    • G07F19/00—Complete banking systems; Coded card-freed arrangements adapted for dispensing or receiving monies or the like and posting such transactions to existing accounts, e.g. automatic teller machines
    • G07F19/20—Automatic teller machines [ATMs]
    • G07F19/209—Monitoring, auditing or diagnose of functioning of ATMs
    • G—PHYSICS
    • G07—CHECKING-DEVICES
    • G07F—COIN-FREED OR LIKE APPARATUS
    • G07F9/00—Details other than those peculiar to special kinds or types of apparatus
    • G07F9/02—Devices for alarm or indication, e.g. when empty; Advertising arrangements in coin-freed apparatus

Definitions

  • the present invention relates to the field of self-service terminals, and in particular, to a self-service terminal security system security linkage method and system.
  • ATMs automated teller machines
  • the ATM system utilizes the internal detection and control system of the ATM device, and can only detect and control the security situation inside the ATM device, and cannot detect and control the security situation of the surrounding environment outside the ATM device.
  • the security system can only detect and control the security of the surrounding environment outside the ATM equipment.
  • the two systems are independent of each other, without any intersection, without any interaction, without any information sharing, without any linkage measures, can not be linked to each other, can not make full use of the advantages of the two systems, can not achieve the best Security effect.
  • the anti-theft card technology of the existing ATM system is processed when the ATM system detects that the criminals install the stolen card device on the ATM, first stops the ATM device, and reports the stolen card crime to the bank ATM background monitoring system, and monitors The system is displayed on the interface.
  • the entire system only records the stolen cards, but it cannot take effective measures to capture criminals and prevent the crimes from being committed.
  • the installation of stolen cards by criminals has the uncertainty of time and place. If the monitoring is unattended, the bank back-office personnel can not know the stolen card committing behavior in the shortest time, and can not make rapid processing. Bank personnel knew that there were stolen cards afterwards and had caused serious consequences.
  • the passiveness of the ATM detection and control system determines that the criminals cannot be arrested for the first time to notify the security room and other alarm systems near the crime site. As a result of the crime, the criminals are at large.
  • the ATM system when a criminal commits malicious violence on the device itself, the ATM system will only suspend the transaction, and transmit the violent destruction information to the bank background monitoring system, when the ATM background When monitoring unattended, it is impossible to prevent criminals from destroying equipment in time, causing losses to bank outlets and affecting equipment utilization in a short period of time.
  • the ATM system can only detect the security situation inside the equipment, and the security anomalies of such surrounding environment cannot be monitored, from ATM.
  • the system itself determines that everything is normal.
  • the security system can detect the safety anomaly of such a surrounding environment, but the security system measures only the immediate output of the alarm. Since the ATM system and the security system are two independent systems that cannot be linked to each other, the security abnormality security system cannot make the ATM suspend the transaction or let the ATM enter the abnormal transaction process, and the ATM system is still in the normal transaction state. For this kind of security anomaly, the ATM system is still in a normal trading state.
  • the tactics that the customer is most likely to think about in order to protect the security of the funds, and the actual tactical strategy is often subjectively intentionally mistyped and subjected to personal injury or fear.
  • the funds are transferred to the criminals.
  • the two systems can be linked together, that is, when the security system detects such a security anomaly in the surrounding environment, it can control the ATM system interface display device failure to cancel the card to suspend the transaction, or enter the abnormal transaction process example withdrawal transfer display.
  • the balance is insufficient, and the query shows that the balance is less than 100 yuan.
  • the invention provides a security linkage method and device for a self-service terminal security system, which connects the security system and the ATM system through a public connection information interaction module, so that the two systems can realize information sharing, exchange information, mutual control, and mutual linkage, fully Take advantage of the two systems to achieve the best security.
  • the embodiment of the invention provides a security linkage method and system for a self-service terminal security system, which can solve the problem that the existing ATM system and the security system are independent of each other and cannot play two systems.
  • the problem of linkage advantage is a security linkage method and system for a self-service terminal security system, which can solve the problem that the existing ATM system and the security system are independent of each other and cannot play two systems.
  • the security linkage method of the self-service terminal security system provided by the embodiment of the present invention, the ATM system and the security system establish a communication connection through the information interaction system, and the method includes:
  • the information interaction system acquires an alarm signal generated by the ATM system according to the security abnormal condition
  • the information interaction system sends the alarm signal to the security system, so that the security system performs a security response according to the alarm signal;
  • the information interaction system acquires a security control command generated by the security system according to the security abnormal condition
  • the information interaction system sends the security control command to the ATM system of the self-service terminal, so that the ATM system performs a response process according to the security control instruction.
  • the security system performing the security response according to the alarm signal specifically includes:
  • the security system confirms the terminal network address of the security abnormality condition according to the alarm signal
  • the security system queries an alarm resource near the address of the terminal network point
  • the security system generates an alarm output task according to the alarm resource
  • the security system sends the alarm output task to a corresponding security personnel near the address of the terminal network.
  • the ATM system performs the response processing according to the security control instruction, and at least includes the following processing manner:
  • the first type of response processing the ATM system enters an abnormal transaction process according to the security control instruction;
  • the abnormal transaction process includes:
  • the balance displayed by all the ATM device inquiry transactions under the ATM system of the self-service terminal is lower than a preset value
  • the second coping mode the ATM system controls the security control command according to the security control command All ATM devices are suspended.
  • the method further includes:
  • the information interaction system After the security system obtains feedback that the security abnormality has been released, the information interaction system transmits a transaction recovery command from the security system to the ATM system of the self-service terminal, so that the ATM system is configured according to the The transaction recovery command resumes normal trading.
  • the method before the information interaction system acquires the alarm signal generated by the ATM system according to the security abnormal condition, the method further includes:
  • the ATM system performs anti-shake processing on the alarm signal
  • the ATM system Determining, by the ATM system, whether the alarm signal after the anti-shake processing is stable and noise-free, and if so, the ATM system controls all ATM devices under it to suspend the transaction, and sends the anti-jitter processed alarm signal to the information. An interactive system, if not, the ATM system discards the alert signal.
  • the self-service terminal security system security linkage system includes an ATM system, a security system and an information interaction system, and the communication connection is established between the ATM system and the security system through the information interaction system;
  • the information interaction system includes:
  • An alarm signal acquiring module configured to acquire an alarm signal generated by the ATM system according to the safety abnormal condition when the ATM system detects a safety abnormal condition
  • An alarm signal sending module configured to send the alarm signal to the security system
  • the security system includes: a security response module, configured to perform a security response according to the alarm signal;
  • the information interaction system includes:
  • control instruction obtaining module configured to acquire, when the security system detects a security abnormality in a surrounding environment of the self-service terminal, a security control command generated by the security system according to the security abnormal condition;
  • control instruction sending module configured to send the security control command to the ATM system of the self-service terminal
  • the ATM system includes a response processing module for performing a response process according to the security control command.
  • the security response module includes:
  • a terminal network point confirmation unit configured to confirm, according to the alarm signal, a terminal network address of the security abnormality condition
  • An alarm resource query unit configured to query an alarm resource near the address of the terminal network point
  • An alarm task generating unit configured to generate an alarm output task according to the alarm resource
  • the task issuing unit is configured to send the alarm output task to a corresponding security personnel near the address of the terminal network.
  • the response processing module includes at least one of the following processing units:
  • a first processing unit configured to enter an abnormal transaction process according to the security control instruction
  • the abnormal transaction process includes:
  • the balance displayed by all the ATM device inquiry transactions under the ATM system of the self-service terminal is lower than a preset value
  • a second processing unit configured to control, according to the security control instruction, all ATM devices in the ATM system to suspend the transaction.
  • the information interaction system further includes:
  • a recovery instruction sending module configured to send a transaction recovery instruction from the security system to the ATM system of the self-service terminal after the security system obtains the feedback that the security abnormal condition has been released;
  • the ATM system further includes a transaction recovery module for restoring a normal transaction in accordance with the transaction recovery instruction.
  • the ATM system further includes:
  • An anti-shake processing module configured to perform anti-shake processing on the alarm signal after the ATM system generates an alarm signal according to the safety abnormal condition
  • a noise judging module configured to determine whether the alarm signal after the anti-shake processing is stable and no noise
  • Suspending the transaction module configured to control all ATM devices in the ATM system to suspend the transaction when the judgment result of the noise judging module is YES;
  • a signal sending module configured to: when the judgment result of the noise judging module is yes, the sending station Determining an alarm signal after the anti-shake processing to the information interaction system;
  • a signal discarding module configured to discard the alarm signal when the judgment result of the noise judging module is no.
  • a communication connection is established between the ATM system and the security system through the information interaction system
  • the method includes: when the ATM system detects a security abnormal condition, the information interaction system acquires the ATM system according to the An alarm signal generated by the safety abnormal condition; then, the information interaction system sends the alarm signal to the security system, so that the security system performs a security response according to the alarm signal; or, when the security system detects
  • the security environment of the self-service terminal occurs, the information interaction system acquires a security control command generated by the security system according to the security abnormality; and then the information interaction system sends the security control command to the self-service
  • the ATM system of the service terminal causes the ATM system to perform a response process according to the security control command.
  • the security system when the security abnormality of the ATM system occurs, the security system can be linked to perform security response, and when the security system finds a security abnormality, the ATM system that has a security abnormality can be coordinated to perform the processing, thereby implementing the ATM system.
  • the synergy with the security system makes full use of the advantages of the two systems to achieve the best security.
  • FIG. 1 is a flowchart of an embodiment of a security linkage method for a self-service terminal security system according to an embodiment of the present invention
  • FIG. 2 is a flowchart of another embodiment of a method for security linkage of a self-service terminal security system according to an embodiment of the present invention
  • FIG. 3 is a schematic diagram of an embodiment of a security linkage system for a self-service terminal security system according to an embodiment of the present invention
  • FIG. 4 is a schematic diagram of another embodiment of a self-service terminal security system security linkage system according to an embodiment of the present invention.
  • the embodiment of the invention provides a security linkage method and system for a self-service terminal security system, which is used to solve the problem that the existing ATM system and the security system are independent of each other and cannot play two systems.
  • the problem of linkage advantage is used to solve the problem that the existing ATM system and the security system are independent of each other and cannot play two systems.
  • an embodiment of a security linkage method for a self-service terminal security system in an embodiment of the present invention includes:
  • the information interaction system acquires an alarm signal generated by the ATM system according to the security abnormal condition
  • the ATM system establishes a communication connection with the security system through the information interaction system.
  • the information interaction system acquires an alarm signal generated by the ATM system according to the security abnormal condition. .
  • the information interaction system sends the alarm signal to the security system, so that the security system performs a security response according to the alarm signal.
  • the information interaction system After the information interaction system acquires the alarm signal generated by the ATM system according to the safety abnormal condition, the information interaction system may send the alarm signal to the security system, so that the security system performs a security response according to the alarm signal.
  • the information interaction system acquires a security control command generated by the security system according to the security abnormal condition
  • the information interaction system can acquire a security control command generated by the security system according to the security abnormality.
  • the information interaction system sends the security control command to the ATM system of the self-service terminal, so that the ATM system performs a response process according to the security control instruction.
  • the information interaction system may send the security control command to the ATM system of the self-service terminal, so that the ATM system performs according to the security control instruction. Deal with the deal.
  • the ATM system establishes a communication connection with the security system through the information interaction system, and the method includes: when the ATM system detects a security abnormal condition, the information interaction system acquires the ATM system generated according to the security abnormal condition. An alarm signal; then, the information interaction system sends the alarm signal to the security system, so that the security system performs a security response according to the alarm signal; or, when the security system detects a security abnormality in the environment surrounding the self-service terminal, The information interaction system acquires a security control command generated by the security system according to the security abnormal condition; and then the information interaction system sends the security control command to the ATM system of the self-service terminal, so that the ATM system performs processing according to the security control instruction .
  • the security system when the ATM system is in a security abnormal state, the security system can be linked to perform security response.
  • the security system finds a security abnormality, the ATM system that has a security abnormality can be coordinated to handle the ATM system.
  • FIG. 2 another embodiment of the self-service terminal security system security linkage method in the embodiment of the present invention includes :
  • the ATM system When the ATM system detects a safety abnormal condition, the ATM system generates an alarm signal according to the safety abnormal condition;
  • the ATM system when the ATM system detects a safety abnormal condition, the ATM system generates an alarm signal according to the safety abnormal condition.
  • the ATM system and the security system establish a communication connection through the information interaction system, the ATM system and the security system information exchange, information sharing, and duplex communication mode, and one direction is the ATM system to the security system.
  • the output alarm signal can be called the uplink direction; in one direction, the security system outputs the control command to the ATM system to the ATM system, which can be called the downlink direction.
  • the ATM system performs anti-shake processing on the alarm signal.
  • the ATM system After the ATM system generates an alarm signal according to the safety abnormal condition, the ATM system can perform anti-shake processing on the alarm signal to prepare for the next noise determination.
  • the noise judgment of the alarm signal is to avoid frequent false alarms of the ATM system. If frequent false alarms occur, the alarm resources of the security system will be seriously consumed.
  • the ATM system determines whether the alarm signal after the anti-shake processing is stable and no noise, and if so, step 204 is performed, and if not, step 205 is performed;
  • the ATM system can determine whether the alarm signal after the anti-shake processing is stable and noise-free. If yes, execute step 204, and if no, execute step 205. It can be understood that if the alarm signal after the anti-shake processing is stable and noise-free, the alarm signal can be considered to be accurate and error-free, so step 204 is performed. Otherwise, the alarm signal can be considered as a false alarm, and step 205 is performed.
  • the ATM system controls all ATM devices under it to suspend the transaction, and sends the anti-shake processed alarm signal to the information interaction system;
  • the ATM system judges that the alarm signal after the anti-shake processing is stable and noiseless, the ATM system can control all ATM devices under it to suspend the transaction, and send the anti-shake processing alarm signal to the information interaction system. After confirming that the alarm signal has no false positives, control all ATM devices to suspend the transaction to prevent the criminals from damageing the ATM equipment or related illegal activities.
  • the ATM system discards the alarm signal.
  • the ATM system judges that the alarm signal after the anti-shake processing is not stable and no noise, the alarm signal may be considered to be a false alarm, and at this time, the ATM system may discard the alarm signal.
  • the information interaction system acquires an alarm signal from the ATM system.
  • the information interaction system can acquire an alarm signal from the ATM system.
  • the information interaction system sends the alarm signal to the security system.
  • the information interaction system After the information interaction system acquires an alarm signal from the ATM system, the information interaction system can transmit the alarm signal to the security system.
  • the security system confirms, according to the alarm signal, a terminal network address where the security abnormal condition occurs;
  • the security system can confirm the terminal network address of the security abnormality according to the alarm signal.
  • the alarm signal may include the network address IP of the ATM system in which the security abnormality occurs, so that the security system can query the terminal network address corresponding to the ATM system through the network address IP.
  • the alarm signal may also include a time when the security abnormality occurs, a device number, an upload device destination address, and the like.
  • the security system queries an alarm resource near the address of the terminal.
  • the security system After the security system confirms the terminal network address of the security abnormality according to the alarm signal, the security system can query the alarm resource near the terminal address of the terminal.
  • the security system generates an alarm output task according to the alarm resource.
  • the security system After the security system queries the alarm resource near the address of the terminal, the security system can generate an alarm output task according to the alarm resource. It can be understood that the security system can perform reasonable resource scheduling according to the alarm resource, and finally generate an effective alarm output task.
  • the security system sends the alarm output task to a corresponding security personnel near the address of the terminal network
  • the security system After the security system generates an alarm output task according to the alarm resource, the security system can send the alarm output task to a corresponding security personnel near the terminal address of the terminal.
  • the information interaction system acquires a security control command generated by the security system according to the security abnormal condition
  • the information interaction system can acquire a security control command generated by the security system according to the security abnormality.
  • the security system can collect the environmental information around the ATM through the devices of the autonomous service terminal network, such as environmental sensors, light sensors, video monitoring, smoke sensors, etc., and then analyze the environmental information as a supplement. It can also be manually analyzed and judged, and finally it is known whether there is a safety abnormality in the environment around the network.
  • the information interaction system sends the security control command to the ATM system of the self-service terminal.
  • the information interaction system After the information interaction system acquires the security control command generated by the security system according to the security abnormality, the information interaction system may send the security control command to the ATM system of the self-service terminal.
  • the ATM system performs a response according to the security control instruction
  • the ATM system can handle the processing according to the security control command.
  • the foregoing processing may include one or two of the following two methods:
  • the first type of response processing the ATM system enters an abnormal transaction process according to the security control instruction;
  • the abnormal transaction process includes:
  • the balance displayed by all the ATM device inquiry transactions under the ATM system of the kiosk is lower than a preset value
  • the second type of response processing the ATM system controls all ATM devices under it to suspend transactions according to the security control command.
  • the information interaction system sends a transaction recovery instruction from the security system to the ATM system of the self-service terminal;
  • the information interaction system can send a transaction recovery instruction from the security system to the ATM system of the self-service terminal. It can be understood that when the ATM system detects a safety abnormal condition, or when the security system detects a safety abnormality, the ATM system can finally control all the ATM devices under it to suspend the work. Therefore, when the security system knows the security abnormality After the situation or security abnormality has been removed, the ATM device needs to be restored to normal work, so as not to affect the quality of service of the kiosk.
  • the ATM system resumes the normal transaction according to the transaction recovery instruction.
  • the ATM system After the information interaction system transmits a transaction recovery command from the security system to the ATM system of the kiosk, the ATM system can resume normal transactions according to the transaction recovery command.
  • This module produces an output signal when a criminal commits a modification or violent destruction on an ATM.
  • the security signal source further includes a sensor such as an environmental sensor, a light sensor, a video monitor, a smoke sensor, and the like of the dot point, and if the sensor is triggered, a signal is output.
  • the security detection module has been detecting the security signal source to detect whether there is a safety abnormal signal. Once the safety abnormal signal is detected, it is immediately output to the jitter filter module for processing.
  • Jitter filter module anti-jitter and filter processing of the safety anomaly signal, so as to obtain a continuous, stable, and non-false positive safety anomaly signal as the final valid safety anomaly signal for confirmation.
  • a discard method is used for jittery, unstable signals.
  • Software control module used to poll the output of the safety abnormal signal of the jitter filtering module, and uniformly convert various safety abnormal signals into alarm signal output; and analyze the ATM system control command issued by the security system to the public connection information interaction module. It has two functions. One is to detect whether the jitter filter module has a valid safety abnormal signal. Once a valid safety abnormal signal is detected, the alarm signal is immediately output to the public connection information interaction module of the ATM system and the security system. On the other hand, the ATM system control command sent by the security system to the public connection information interaction module receives the relevant control of the ATM device immediately, such as suspending the transaction, restoring the transaction, and entering the abnormal transaction process.
  • the public connection information interaction module (ie, the above information interaction system): a unique information exchange connection point between the ATM system and the security system.
  • the alarm signal can be transmitted in the uplink direction. After the ATM system detects the valid safety abnormal signal, it outputs the public connection information interaction module through the software control module.
  • the public connection information interaction module triggers the security system once an alarm signal is input.
  • the alarm signal is transmitted from the ATM system to the security system through the public connection information interaction module, and finally transmitted to the terminal of the security system, such as the network security room, the security control center, and the like.
  • the public connection information interaction module is responsible for receiving the control command issued by the security system to the ATM system, and the public connection information interaction module triggers the ATM software control module to perform relevant control upon receiving the control command of the security system to the ATM system. .
  • Security system terminal acquisition module In the uplink direction, it is used to monitor whether the public connection information interaction module has an alarm signal output. Once the public connection information interaction module is monitored, there is an alarm signal output. Immediately report the alarm signal to the security system control center. At the same time, the real-time video signal and sensor acquisition information around the ATM are transmitted to the security system control center for display by the monitoring display module. In the downlink direction, it is used to monitor whether the control system of the security system is issued with the control command of the ATM system. Once the control command issued is detected, it is immediately transferred to the software control module of the ATM system by the public connection information interaction module.
  • Security System Control Center It is used to receive the video signal, sensor information and alarm signal uploaded by the terminal acquisition module, and send the ATM system control command to the terminal acquisition module.
  • the video signal, the sensor information, the alarm signal are analyzed and managed, the resource is scheduled, and the alarm task is output to the security system output module.
  • the monitoring personnel sends a control command to the ATM system through the control center, and transmits the control command to the security system terminal acquisition module to the public connection information interaction module.
  • Security system output module mainly the alarm task execution processing terminal of the security system, the security room of the network.
  • the security linkage method of the self-service terminal security system in this application scenario mainly involves the following two processes:
  • the security signal source When there is a stolen card or other crime, the security signal source is triggered to output a safety abnormal signal.
  • the security detection module detects the safety abnormality signal output by the security signal source, and outputs the safety abnormality signal to the jitter filtering module;
  • the jitter filtering module performs anti-shake processing on the received safety abnormal signal, and filters the noise signal. If the safety abnormal signal is stable without false alarm, the safety abnormal signal is output to the software control module; otherwise, the noise signal is discarded, and no subsequent operation is performed. deal with.
  • the software control module collects the safety abnormal signal output by the jitter filtering module, immediately suspends the ATM transaction, and outputs the alarm signal to the public connection information interaction module.
  • the public connection information interaction module detects the alarm signal output by the software mode control module, and immediately transmits the alarm signal to the terminal acquisition module of the security system to trigger the security system.
  • the security system terminal acquisition module After detecting the alarm signal, the security system terminal acquisition module generates an alarm event and reports it to the security system control center.
  • the security system control center After receiving the alarm event, the security system control center will analyze the alarm event.
  • the terminal network address of the alarm event is generated for confirmation, the alarm resource near the address of the network point is dispatched, and an alarm output task is generated, and the alarm output signal is transmitted to the security alarm output module.
  • the security alarm output module After receiving the alarm output signal, the security alarm output module immediately responds by notifying the security related crimes and locations. The security immediately goes to the crime scene and captures the criminals. The process ends.
  • step 1) the security signal source is triggered immediately when the crime is committed, and a security abnormality signal is output to the security detection module.
  • the security detection module is a receiving and collecting module of the safety abnormal signal, and can detect the safety abnormal signal at the first time and forward the signal to the jitter filtering module.
  • step 3 is that the jitter filtering module performs digital signal processing by hardware circuit and software sampling, and accurately determines the collected safety abnormal signal, so as to obtain a true reflection of the on-site crime, instead of the complicated environment in which the device is located. The resulting noise signal.
  • This module and step are the core of the decision to commit crimes and other security anomalies.
  • step 4) is a watershed of the functional tasks of the ATM system and the security system.
  • the software control module will suspend the transaction of the ATM device for the first time after the detection of the safety abnormality signal, and the details are the security measures of the traditional ATM system; but the further advantage of the present invention is the software control module.
  • the safety abnormal signal is also converted into a subsequent alarm signal, and the time, place, device number, and upload destination address of the crime are processed, and the data is encapsulated as an alarm information, and transmitted to the security system by the public connection information interaction module.
  • the process functions as a public connection information interaction module, and functions as a bridge function in the network transmission link, frame analysis and encapsulation in the network transmission, protocol communication, and the like.
  • the public connection information interaction module can realize one-to-one connection with the ATM self-service terminal, that is, an ATM self-service terminal is only connected to one public connection information interaction module, and multiple public connection information interaction modules are connected to the security system terminal acquisition module. Multiple ports. It is also possible to realize a many-to-one connection with the ATM self-service terminal, that is, a plurality of ATM self-service terminals can be connected with a common connection information interaction module, and the public connection information interaction module is connected to a port of the security system terminal acquisition module.
  • the public connection information interaction module is the only interactive interface between the ATM system and the security system.
  • step 6 the process is received by a terminal acquisition module deployed in the security system.
  • the alarm signal output by the public connection information interaction module, the acquisition module can capture the uploaded alarm signal at the fastest speed through the combination of active acquisition and interrupt response, and then the alarm signal data packet is parsed according to the established protocol, and the analysis will be performed.
  • the subsequent data is converted into data packets suitable for internal processing of the security system.
  • step 7 the process can respond in time for the alarm event, and the security system control center is notified by means of interruption.
  • the security system control center After receiving the alarm event, the security system control center performs a database query on the security resources of the alarm location, and is currently available. Resources are scheduled, and finally an alarm output task is created.
  • the security system alarm output module is responsible for executing the alarm output task, generating an output signal suitable for each type of alarm device and transmitting it to each alarm device, and the alarm device can be specifically represented as an alarm bell of the security room of the outlet, branch background Monitoring, or other multimedia alarm devices. After receiving the alarm output signal, the alarm device will respond immediately, notify the relevant monitoring personnel or security guards, go to the ATM crime site, arrest the criminals, prevent the crime in time, and ensure the safety of the equipment. At this point, the linkage alarm process of this program ends.
  • the control center of the security system analyzes the IP address of the destination network from the monitoring console, and all the device numbers of the network, and then internally converts the control commands, encapsulates the control commands, and the IP of the destination device, and hands the data packets to the security system terminal.
  • the collection module is delivered.
  • the security system terminal acquisition module encapsulates the control data packet sent from the security system control center into a network protocol, and then forwards it to the public connection information interaction module.
  • the public connection information interaction module forwards the received downlink control command data packet to the destination ATM system.
  • the software control module of the destination ATM system is responsible for receiving the control command data packet sent by the public connection information interaction module, and parsing it, and then executing the specific entry into the abnormal transaction control command, and the ATM system enters the abnormal transaction process.
  • step S6 After the alarm is released, the normal transaction control command can be issued to the ATM system from step S1). In the above sequence, the ATM system immediately resumes normal external service. At this point, the security system linkage control process ends.
  • control instruction of step 1) may also be an instruction to suspend the transaction or resume the transaction.
  • the destination network IP address includes the IP addresses of all ATM devices at the crime site to control all ATM devices in the same place at the same time, so that the criminals can be multiplied.
  • the software control module acts as a two-way task of the ATM system, and is a control command execution unit of the security linkage control flow, and an ATM terminal initiation unit of the security linkage alarm process.
  • the most important technical feature is to connect the security system and the ATM system through the public connection information interaction module, so that two original independent systems can Realize information sharing, exchange information, control each other, and interlock with each other to make full use of the advantages of the two systems to achieve the best security effect.
  • a self-service terminal security system security linkage system will be described in detail below.
  • a self-service terminal security system security is implemented in the embodiment of the present invention.
  • An embodiment of the linkage system includes:
  • the information interaction system 33 includes:
  • the alarm signal obtaining module 331 is configured to acquire an alarm signal generated by the ATM system 31 according to the safety abnormal condition when the ATM system 31 detects a safety abnormal condition;
  • the alarm signal sending module 332 is configured to send the alarm signal to the security system 32;
  • the security system 32 includes: a security response module 321 for performing a security response according to the alarm signal;
  • the information interaction system 33 includes:
  • the control instruction obtaining module 333 is configured to: when the security system 32 detects a security abnormality in the environment surrounding the self-service terminal, obtain a security control command generated by the security system 32 according to the security abnormal condition;
  • the control instruction sending module 334 is configured to send the security control command to the ATM system 31 of the self-service terminal;
  • the ATM system 31 includes a response processing module 311 for performing a response process based on the security control command.
  • the ATM system 31 and the security system 32 establish a communication connection through the information interaction system 33; when the ATM system 31 detects a security abnormal condition, the alarm signal acquisition module 331 acquires the ATM system 31 according to the security. An alarm signal generated by the abnormal condition; then, the alarm signal sending module 332 sends the alarm signal to the security system 32; the security response module 321 performs a security response according to the alarm signal; when the security system 32 detects that the environment around the self-service terminal is safe
  • the control command obtaining module 333 acquires a security control command generated by the security system 32 according to the security abnormal condition; then, the control command sending module 334 sends the security control command to the ATM system 31 of the self-service terminal; finally,
  • the processing module 311 performs a response process based on the security control command.
  • the security system when the ATM system is in a security abnormal state, the security system can be linked to perform security response.
  • the security system finds a security abnormality, the ATM system that has a security abnormality can be coordinated to handle the ATM system.
  • FIG. 4 another embodiment of a self-service terminal security system security linkage system according to an embodiment of the present invention includes :
  • the information interaction system 43 includes:
  • the alarm signal obtaining module 431 is configured to acquire an alarm signal generated by the ATM system 41 according to the safety abnormal condition when the ATM system 41 detects a safety abnormal condition;
  • the alarm signal sending module 432 is configured to send the alarm signal to the security system 42;
  • the security system 42 includes: a security response module 421 for performing a security response according to the alarm signal;
  • the information interaction system 43 includes:
  • the control instruction obtaining module 433 is configured to acquire, when the security system 42 detects a security abnormality in the environment surrounding the self-service terminal, the security control command generated by the security system 42 according to the security abnormal condition;
  • control command sending module 434 configured to send the security control command to the ATM system 41 of the self-service terminal
  • the ATM system 41 includes a response processing module 411 for performing a response process based on the security control command.
  • the security response module 421 in this embodiment may include:
  • the terminal site confirmation unit 4211 is configured to confirm, according to the alarm signal, a terminal site address where the security abnormality occurs;
  • the alarm resource query unit 4212 is configured to query an alarm resource near the terminal address of the terminal;
  • the alarm task generating unit 4213 is configured to generate an alarm output task according to the alarm resource
  • the task issuing unit 4214 is configured to send the alarm output task to a corresponding security personnel near the address of the terminal.
  • the response processing module 411 may include at least one of the following processing units:
  • a first processing unit 4111 configured to enter an abnormal transaction process according to the security control instruction
  • the abnormal transaction process includes:
  • the balance displayed by all the ATM device inquiry transactions under the ATM system 41 of the kiosk is lower than a preset value
  • the second processing unit 4112 is configured to control all ATM devices in the ATM system 41 to suspend transactions according to the security control command.
  • the information interaction system 43 in this embodiment may further include:
  • the recovery instruction sending module 435 is configured to send the transaction recovery command from the security system 42 to the ATM system 41 of the self-service terminal after the security system 42 obtains the feedback that the security abnormal condition has been released;
  • the ATM system 41 also includes a transaction recovery module 412 for restoring normal transactions in accordance with the transaction recovery command.
  • the ATM system 41 in this embodiment may further include:
  • the anti-shake processing module 413 is configured to perform anti-shake processing on the alarm signal after the ATM system 41 generates an alarm signal according to the safety abnormal condition;
  • the noise judging module 414 is configured to determine whether the alarm signal after the anti-shake processing is stable and no noise;
  • the signal sending module 416 is configured to, when the determination result of the noise determining module 414 is YES, send the anti-shake processing alarm signal to the information interaction system 43;
  • the signal discarding module 417 is configured to discard the alarm signal when the determination result of the noise judging module 414 is NO.
  • the disclosed system, apparatus, and method may be implemented in other manners.
  • the device embodiments described above are merely illustrative.
  • the division of the unit is only a logical function division.
  • there may be another division manner for example, multiple units or components may be combined or Can be integrated into another system, or some features can be ignored or not executed.
  • the mutual coupling or direct coupling or communication connection shown or discussed may be through some interface, device or single
  • the indirect coupling or communication connection of the element may be in the form of electrical, mechanical or other.
  • the units described as separate components may or may not be physically separated, and the components displayed as units may or may not be physical units, that is, may be located in one place, or may be distributed to multiple network units. Some or all of the units may be selected according to actual needs to achieve the purpose of the solution of the embodiment.
  • each functional unit in each embodiment of the present invention may be integrated into one processing unit, or each unit may exist physically separately, or two or more units may be integrated into one unit.
  • the above integrated unit can be implemented in the form of hardware or in the form of a software functional unit.
  • the integrated unit if implemented in the form of a software functional unit and sold or used as a standalone product, may be stored in a computer readable storage medium.
  • the technical solution of the present invention which is essential or contributes to the prior art, or all or part of the technical solution, may be embodied in the form of a software product stored in a storage medium.
  • a number of instructions are included to cause a computer device (which may be a personal computer, server, or network device, etc.) to perform all or part of the steps of the methods described in various embodiments of the present invention.
  • the foregoing storage medium includes: a U disk, a mobile hard disk, a read-only memory (ROM), a random access memory (RAM), a magnetic disk, or an optical disk, and the like. .

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Abstract

一种自助服务终端安防系统安全联动方法，包括：当ATM系统检测到安全异常状况时，信息交互系统获取ATM系统根据安全异常状况生成的报警信号（101）；信息交互系统发送报警信号至安防系统，使得安防系统根据报警信号进行安防响应（102）；当安防系统检测到自助服务终端周围环境发生安全异常情况时，信息交互系统获取安防系统根据安全异常情况生成的安防控制指令（103）；信息交互系统发送安防控制指令至自助服务终端的ATM系统，使得ATM系统根据安防控制指令进行应对处理（104）。该方法解决了现有ATM系统和安防系统相互独立、无法发挥两个系统的联动优势的问题。还公开了一种自助服务终端安防系统安全联动系统。

Description

一种自助服务终端安防系统安全联动方法和系统
本申请要求于2016年1月29日提交中国专利局、申请号为201610064546.2、发明名称为“一种自助服务终端安防系统安全联动方法和系统”的中国专利申请的优先权，其全部内容通过引用结合在本申请中。
技术领域
本发明涉及自助服务终端领域，尤其涉及一种自助服务终端安防系统安全联动方法和系统。
背景技术
随着大量ATM(自动柜员机)的使用，ATM及其周围环境的安全问题日益突出，安防事件频繁发生，为了防止盗卡、暴力破坏、伤害客户等案件发生，现有的ATM(自动柜员机)的安防措施采用了两个相互独立的安全检测控制系统。一个是ATM系统内的安全检测控制系统即ATM系统；一个是ATM系统外的安全检测控制系统即安防系统。ATM系统是利用ATM设备内部自身的检测控制系统，只能对ATM设备内部的安全情况进行检测控制，对ATM设备之外周围环境的安全情况无法检测控制。安防系统只能对ATM设备之外周围环境的安全情况进行检测控制。两个系统是相互独立的，没有任何的交集，没有任何的交互，没有任何的信息共享，没有任何联动措施，不能做到相互联动，不能充分利用两个系统的优势、达不到最佳的安防效果。
例如现有的ATM系统的防盗卡技术处理方式为当ATM系统检测到犯罪分子在ATM上安装盗卡装置时，首先将ATM设备停机，并将盗卡作案情况报告给银行ATM后台监控系统，监控系统在界面显示出来，整个系统只是记录有盗卡作案，但不能对盗卡作案立即采取有效的措施抓获犯罪分子、阻止作案得逞。而且犯罪分子安装盗卡作案具有时间和地点上的不确定性，若遇到监控无人值守，银行后台人员更不能在最短时间知道有盗卡作案行为，也就不能做出快速的处理，当银行人员事后知道有盗卡行为，已造成了严重的后果。ATM检测监控系统的被动性决定了不能将犯罪分子盗卡作案情况第一时间通知到犯罪地点附近的保安室及其它报警系统，以 致作案得逞，犯罪分子逍遥法外。
又例如，现有的ATM系统的防暴力防震动处理方式，当有犯罪份子对设备本身进行恶意暴力破坏时，ATM系统只会暂停交易，将暴力破坏信息传送给银行后台监控系统，当ATM后台监控无人值守时，无法及时阻止犯罪份子对设备的破坏，致使银行网点遭受损失，短时间内还影响设备的利用率。
再例如，当犯罪份子挟持客户在ATM设备进行转账取款等交易时，这种情况，ATM系统由于只能检测到设备内部的安全情况，对这种周围环境的安全异常情况无法监控到，从ATM系统内部自身来判断一切正常。安防系统是能检测到此种周围环境的安全异常情况，但是安防系统的措施只能是立即输出报警。由于ATM系统与安防系统是两个相互独立的系统，不能相互联动，所以这种安全异常情况安防系统做不到让ATM暂停交易或者让ATM进入非正常交易流程，ATM系统仍然处于正常交易状态。对于这种安全异常情况下ATM系统仍然处于正常交易的状态，客户为了保护资金安全最容易想到的、而且实际采取的战术策略往往就是主观上故意输错密码而遭到人身伤害或摄于恐惧将资金转给犯罪份子。这种情况如果能将两个系统联动起来，就是说安防系统检测到这种周围环境的安全异常时，能够控制ATM系统界面显示设备故障退卡暂停交易，或者进入非正常交易流程例取款转账显示余额不足，查询显示余额小于100元。由于这种设备故障而暂停交易、余额不足，属于客观原因，而不属于客户主观故意，一定程度上能减轻或者避免犯罪分子对客户人身的伤害，也能保护客户资金的安全。
本发明提供一种自助服务终端安防系统安全联动方法和装置，将安防系统和ATM系统通过公共连接信息交互模块连接起来，使得两个系统能够实现信息共享、交换信息、相互控制、相互联动，充分利用两个系统的优势、达到最佳的安防效果。
发明内容
本发明实施例提供了一种自助服务终端安防系统安全联动方法和系统，能够解决现有ATM系统和安防系统相互独立，无法发挥两个系统的 联动优势的问题。
本发明实施例提供的一种自助服务终端安防系统安全联动方法，ATM系统与安防系统之间通过信息交互系统建立通信连接，所述方法包括：
当所述ATM系统检测到安全异常状况时，所述信息交互系统获取所述ATM系统根据所述安全异常状况生成的报警信号；
所述信息交互系统发送所述报警信号至所述安防系统，使得所述安防系统根据所述报警信号进行安防响应；
当所述安防系统检测到自助服务终端周围环境发生安全异常情况时，所述信息交互系统获取所述安防系统根据所述安全异常情况生成的安防控制指令；
所述信息交互系统发送所述安防控制指令至所述自助服务终端的ATM系统，使得所述ATM系统根据所述安防控制指令进行应对处理。
可选地，所述安防系统根据所述报警信号进行安防响应具体包括：
所述安防系统根据所述报警信号确认发生所述安全异常状况的终端网点地址；
所述安防系统查询所述终端网点地址附近的报警资源；
所述安防系统根据所述报警资源生成报警输出任务；
所述安防系统将所述报警输出任务下发给所述终端网点地址附近对应的安保人员。
可选地，所述ATM系统根据所述安防控制指令进行应对处理至少包括以下一种应对处理方式：
第一种应对处理方式：所述ATM系统根据所述安防控制指令进入非正常交易流程；
所述非正常交易流程包括：
所述自助服务终端的ATM系统下所有ATM设备查询交易显示的余额均低于预设数值；
所述自助服务终端的ATM系统下所有ATM设备取款和转账交易均提示余额不足；
第二种应对处理方式：所述ATM系统根据所述安防控制指令控制其 下所有ATM设备暂停交易。
可选地，所述方法还包括：
当所述安防系统得到所述安全异常情况已解除的反馈之后，所述信息交互系统发送来自所述安防系统的交易恢复指令至所述自助服务终端的ATM系统，使得所述ATM系统根据所述交易恢复指令恢复正常交易。
可选地，所述信息交互系统获取所述ATM系统根据所述安全异常状况生成的报警信号之前还包括：
所述ATM系统对所述报警信号进行防抖动处理；
所述ATM系统判断防抖动处理后的报警信号是否稳定无噪声，若是，则所述ATM系统控制其下所有ATM设备暂停交易，并发送所述防抖动处理后的报警信号至所述信息交互系统，若否，则所述ATM系统丢弃所述报警信号。
本发明实施例提供的一种自助服务终端安防系统安全联动系统，包括ATM系统、安防系统和信息交互系统，所述ATM系统与安防系统之间通过所述信息交互系统建立通信连接；
所述信息交互系统包括：
报警信号获取模块，用于当所述ATM系统检测到安全异常状况时，获取所述ATM系统根据所述安全异常状况生成的报警信号；
报警信号发送模块，用于发送所述报警信号至所述安防系统；
所述安防系统包括：安防响应模块，用于根据所述报警信号进行安防响应；
所述信息交互系统包括：
控制指令获取模块，用于当所述安防系统检测到自助服务终端周围环境发生安全异常情况时，获取所述安防系统根据所述安全异常情况生成的安防控制指令；
控制指令发送模块，用于发送所述安防控制指令至所述自助服务终端的ATM系统；
所述ATM系统包括：应对处理模块，用于根据所述安防控制指令进行应对处理。
可选地，所述安防响应模块包括：
终端网点确认单元，用于根据所述报警信号确认发生所述安全异常状况的终端网点地址；
报警资源查询单元，用于查询所述终端网点地址附近的报警资源；
报警任务生成单元，用于根据所述报警资源生成报警输出任务；
任务下发单元，用于将所述报警输出任务下发给所述终端网点地址附近对应的安保人员。
可选地，所述应对处理模块至少包括以下一个处理单元：
第一处理单元，用于根据所述安防控制指令进入非正常交易流程；
所述非正常交易流程包括：
所述自助服务终端的ATM系统下所有ATM设备查询交易显示的余额均低于预设数值；
所述自助服务终端的ATM系统下所有ATM设备取款和转账交易均提示余额不足；
第二处理单元，用于根据所述安防控制指令控制所述ATM系统下所有ATM设备暂停交易。
可选地，所述信息交互系统还包括：
恢复指令发送模块，用于当所述安防系统得到所述安全异常情况已解除的反馈之后，发送来自所述安防系统的交易恢复指令至所述自助服务终端的ATM系统；
所述ATM系统还包括：交易恢复模块，用于根据所述交易恢复指令恢复正常交易。
可选地，所述ATM系统还包括：
防抖动处理模块，用于在所述ATM系统根据所述安全异常状况生成报警信号之后，对所述报警信号进行防抖动处理；
噪声判断模块，用于判断防抖动处理后的报警信号是否稳定无噪声；
暂停交易模块，用于当所述噪声判断模块的判断结果为是时，控制所述ATM系统下所有ATM设备暂停交易；
信号发送模块，用于当所述噪声判断模块的判断结果为是时，发送所 述防抖动处理后的报警信号至所述信息交互系统；
信号丢弃模块，用于当所述噪声判断模块的判断结果为否时，丢弃所述报警信号。
从以上技术方案可以看出，本发明实施例具有以下优点：
本发明实施例中，ATM系统与安防系统之间通过信息交互系统建立通信连接，所述方法包括：当所述ATM系统检测到安全异常状况时，所述信息交互系统获取所述ATM系统根据所述安全异常状况生成的报警信号；然后，所述信息交互系统发送所述报警信号至所述安防系统，使得所述安防系统根据所述报警信号进行安防响应；或者，当所述安防系统检测到自助服务终端周围环境发生安全异常情况时，所述信息交互系统获取所述安防系统根据所述安全异常情况生成的安防控制指令；然后，所述信息交互系统发送所述安防控制指令至所述自助服务终端的ATM系统，使得所述ATM系统根据所述安防控制指令进行应对处理。在本发明实施例中，当ATM系统发生安全异常状况时可以联动安防系统进行安防响应，而当安防系统发现安全异常情况时，可以联动发生安全异常情况的ATM系统进行应对处理，从而实现ATM系统与安防系统之间的协同联动，充分利用两个系统的优势，达到最佳安防效果。
附图说明
图1为本发明实施例中一种自助服务终端安防系统安全联动方法一个实施例流程图；
图2为本发明实施例中一种自助服务终端安防系统安全联动方法另一个实施例流程图；
图3为本发明实施例中一种自助服务终端安防系统安全联动系统一个实施例示意图；
图4为本发明实施例中一种自助服务终端安防系统安全联动系统另一个实施例示意图。
具体实施方式
本发明实施例提供了一种自助服务终端安防系统安全联动方法和系统，用于解决现有ATM系统和安防系统相互独立，无法发挥两个系统的 联动优势的问题。
为使得本发明的发明目的、特征、优点能够更加的明显和易懂，下面将结合本发明实施例中的附图，对本发明实施例中的技术方案进行清楚、完整地描述，显然，下面所描述的实施例仅仅是本发明一部分实施例，而非全部的实施例。基于本发明中的实施例，本领域普通技术人员在没有做出创造性劳动前提下所获得的所有其它实施例，都属于本发明保护的范围。
请参阅图1，本发明实施例中一种自助服务终端安防系统安全联动方法一个实施例包括：
101、当该ATM系统检测到安全异常状况时，该信息交互系统获取该ATM系统根据该安全异常状况生成的报警信号；
本实施例中，ATM系统与安防系统之间通过信息交互系统建立通信连接，首先，当该ATM系统检测到安全异常状况时，该信息交互系统获取该ATM系统根据该安全异常状况生成的报警信号。
102、该信息交互系统发送该报警信号至该安防系统，使得该安防系统根据该报警信号进行安防响应；
在该信息交互系统获取该ATM系统根据该安全异常状况生成的报警信号之后，该信息交互系统可以发送该报警信号至该安防系统，使得该安防系统根据该报警信号进行安防响应。
103、当该安防系统检测到自助服务终端周围环境发生安全异常情况时，该信息交互系统获取该安防系统根据该安全异常情况生成的安防控制指令；
另一方面，当该安防系统检测到自助服务终端周围环境发生安全异常情况时，该信息交互系统可以获取该安防系统根据该安全异常情况生成的安防控制指令。
104、该信息交互系统发送该安防控制指令至该自助服务终端的ATM系统，使得该ATM系统根据该安防控制指令进行应对处理。
在该信息交互系统获取该安防系统根据该安全异常情况生成的安防控制指令之后，该信息交互系统可以发送该安防控制指令至该自助服务终端的ATM系统，使得该ATM系统根据该安防控制指令进行应对处理。
本实施例中，ATM系统与安防系统之间通过信息交互系统建立通信连接，该方法包括：当该ATM系统检测到安全异常状况时，该信息交互系统获取该ATM系统根据该安全异常状况生成的报警信号；然后，该信息交互系统发送该报警信号至该安防系统，使得该安防系统根据该报警信号进行安防响应；或者，当该安防系统检测到自助服务终端周围环境发生安全异常情况时，该信息交互系统获取该安防系统根据该安全异常情况生成的安防控制指令；然后，该信息交互系统发送该安防控制指令至该自助服务终端的ATM系统，使得该ATM系统根据该安防控制指令进行应对处理。在本实施例中，当ATM系统发生安全异常状况时可以联动安防系统进行安防响应，而当安防系统发现安全异常情况时，可以联动发生安全异常情况的ATM系统进行应对处理，从而实现ATM系统与安防系统之间的协同联动，充分利用两个系统的优势，达到最佳安防效果。
为便于理解，下面对本发明实施例中的一种自助服务终端安防系统安全联动方法进行详细描述，请参阅图2，本发明实施例中一种自助服务终端安防系统安全联动方法另一个实施例包括：
201、当该ATM系统检测到安全异常状况时，该ATM系统根据该安全异常状况生成报警信号；
首先，当该ATM系统检测到安全异常状况时，该ATM系统根据该安全异常状况生成报警信号。
需要说明的是，本实施例中，ATM系统与安防系统之间通过信息交互系统建立通信连接，ATM系统和安防系统信息交互，信息共享、采取双工通讯方式，一个方向是ATM系统向安防系统输出报警信号，可以称之为上行方向；一个方向是安防系统向ATM系统输出对ATM的控制指令，可以称之为下行方向。
202、该ATM系统对该报警信号进行防抖动处理；
在该ATM系统根据该安全异常状况生成报警信号之后，该ATM系统可以对该报警信号进行防抖动处理，为下一步的噪声判断作准备。本实施例中对报警信号做噪声判断是为了避免出现ATM系统频繁误报的情况，若频繁误报，将严重消耗安防系统的报警资源。
203、该ATM系统判断防抖动处理后的报警信号是否稳定无噪声，若是，则执行步骤204，若否，则执行步骤205；
在该ATM系统对该报警信号进行防抖动处理之后，该ATM系统可以判断防抖动处理后的报警信号是否稳定无噪声，若是，则执行步骤204，若否，则执行步骤205。可以理解的是，若防抖动处理后的报警信号稳定无噪声，可以认为该报警信号是准确无误报的，因此执行步骤204。反之，则可以认为该报警信号是误报的，执行步骤205。
204、该ATM系统控制其下所有ATM设备暂停交易，并发送该防抖动处理后的报警信号至该信息交互系统；
当该ATM系统判断得知防抖动处理后的报警信号稳定无噪声时，该ATM系统可以控制其下所有ATM设备暂停交易，并发送该防抖动处理后的报警信号至该信息交互系统。当确认报警信号无误报之后，控制所有ATM设备暂停交易，防止不法分子对ATM设备进行损坏或者相关违法活动。
205、该ATM系统丢弃该报警信号；
当该ATM系统判断得知防抖动处理后的报警信号并非稳定无噪声时，可以认为该报警信号属于误报，此时，该ATM系统可以丢弃该报警信号。
206、该信息交互系统获取来自该ATM系统的报警信号；
在该ATM系统发送该防抖动处理后的报警信号至该信息交互系统之后，该信息交互系统可以获取来自该ATM系统的报警信号。
207、该信息交互系统发送该报警信号至该安防系统；
在该信息交互系统获取来自该ATM系统的报警信号之后，该信息交互系统可以发送该报警信号至该安防系统。
208、该安防系统根据该报警信号确认发生该安全异常状况的终端网点地址；
在该信息交互系统发送该报警信号至该安防系统之后，该安防系统可以根据该报警信号确认发生该安全异常状况的终端网点地址。可以理解的是，该报警信号中可以包含发生安全异常状况的ATM系统的网络地址IP，从而安防系统可以通过网络地址IP查询到ATM系统对应的终端网点地址。 另外，该报警信号中还可以包括安全异常状况发生的时间、设备编号、上传设备目的地址等。
209、该安防系统查询该终端网点地址附近的报警资源；
在该安防系统根据该报警信号确认发生该安全异常状况的终端网点地址之后，该安防系统可以查询该终端网点地址附近的报警资源。
210、该安防系统根据该报警资源生成报警输出任务；
在该安防系统查询该终端网点地址附近的报警资源之后，该安防系统可以根据该报警资源生成报警输出任务。可以理解的是，安防系统可以根据报警资源进行合理的资源调度，最后生成行之有效的报警输出任务。
211、该安防系统将该报警输出任务下发给该终端网点地址附近对应的安保人员；
在该安防系统根据该报警资源生成报警输出任务之后，该安防系统可以将该报警输出任务下发给该终端网点地址附近对应的安保人员。
212、当该安防系统检测到自助服务终端周围环境发生安全异常情况时，该信息交互系统获取该安防系统根据该安全异常情况生成的安防控制指令；
另一方面，当该安防系统检测到自助服务终端周围环境发生安全异常情况时，该信息交互系统可以获取该安防系统根据该安全异常情况生成的安防控制指令。可以理解的是，安防系统可以通过自主服务终端网点的设备，如环境传感器、光线传感器、视频监控、烟感触感器等传感器将ATM周围的环境信息采集回来，然后通过分析这些环境信息，作为补充还可以辅以人工进行分析判断，最后得知该网点周围环境是否发生安全异常情况。
213、该信息交互系统发送该安防控制指令至该自助服务终端的ATM系统；
在该信息交互系统获取该安防系统根据该安全异常情况生成的安防控制指令之后，该信息交互系统可以发送该安防控制指令至该自助服务终端的ATM系统。
214、该ATM系统根据该安防控制指令进行应对处理；
在该信息交互系统发送该安防控制指令至该自助服务终端的ATM系 统之后，该ATM系统可以根据该安防控制指令进行应对处理。具体的，上述应对处理可以包括以下两种方式中的一种或两种：
第一种应对处理方式：该ATM系统根据该安防控制指令进入非正常交易流程；
该非正常交易流程包括：
该自助服务终端的ATM系统下所有ATM设备查询交易显示的余额均低于预设数值；
该自助服务终端的ATM系统下所有ATM设备取款和转账交易均提示余额不足；
第二种应对处理方式：该ATM系统根据该安防控制指令控制其下所有ATM设备暂停交易。
215、当该安防系统得到该安全异常情况或安全异常状况已解除的反馈之后，该信息交互系统发送来自该安防系统的交易恢复指令至该自助服务终端的ATM系统；
当该安防系统得到该安全异常情况或安全异常状况已解除的反馈之后，该信息交互系统可以发送来自该安防系统的交易恢复指令至该自助服务终端的ATM系统。可以理解的是，在ATM系统检测到安全异常状况时，或者安防系统检测到安全异常情况时，最后均可以使得ATM系统控制其下的所有ATM设备暂停工作，因此，当安防系统得知安全异常情况或安全异常状况已解除之后，需要同时ATM设备恢复正常工作，以免影响自助服务终端的服务质量。
216、该ATM系统根据该交易恢复指令恢复正常交易。
在该信息交互系统发送来自该安防系统的交易恢复指令至该自助服务终端的ATM系统之后，该ATM系统可以根据该交易恢复指令恢复正常交易。
为便于理解，下面以一个实际应用场景对本发明实施例中的一种自助服务终端安防系统安全联动方法进行描述：
首先需要交代的是，本应用场景中一种自助服务终端安防系统安全联动方法涉及以下模块：
安防信号源：当犯罪分子在ATM上进行改装或暴力破坏等作案时，此模块就会产生输出信号。进一步，安防信号源还包括网点自身的环境传感器、光线传感器、视频监控、烟感触感器等传感器，若传感器触发，都会输出信号。
安防检测模块：安防检测模块一直在检测安防信号源，检测是否有安全异常信号，一旦检测到安全异常信号时，就立即输出给抖动滤波模块交由它处理。
抖动滤波模块：对安全异常信号进行防抖动、滤波处理，以便得到连续的、稳定的、确认无误报的安全异常信号，作为确认的最终的有效安全异常信号。对于抖动、不稳定的信号采用丢弃方法。
软件控制模块：用于轮询抖动滤波模块的安全异常信号的输出，将各种安全异常信号统一转换为报警信号输出；解析执行安防系统下发到公共连接信息交互模块的对ATM系统控制指令。其有两方面功能，其一是检测抖动滤波模块是否有有效的安全异常信号，一旦检测到有效的安全异常信号，则立即向ATM系统与安防系统的公共连接信息交互模块输出报警信号。另一方面接收安防系统下发到公共连接信息交互模块的对ATM系统控制指令，接收到立即对ATM设备进行相关控制，例如暂停交易、恢复交易，进入非正常交易流程等。
公共连接信息交互模块(即上述信息交互系统)：ATM系统与安防系统之间唯一的信息交互连接点。在上行方向可传送报警信号，ATM系统检测到有效安全异常信号后，通过软件控制模块输出到此公共连接信息交互模块，此公共连接信息交互模块一旦有报警信号输入就会触发安防系统。报警信号通过此公共连接信息交互模块由ATM系统传递到安防系统，最后传递到安防系统的终端例如网点保安室、安全控制中心等。在下行方向，公共连接信息交互模块负责接收由安防系统向ATM系统发出的控制指令，公共连接信息交互模块一旦接收到安防系统的对ATM系统的控制指令，就会触发ATM软件控制模块进行相关控制。
安防系统终端采集模块：在上行方向用于监听公共连接信息交互模块是否有报警信号输出，一旦监控到公共连接信息交互模块有报警信号输出， 立即上报报警信号给安防系统控制中心。同时将ATM周围实时视频信号、传感器采集信息传给安防系统控制中心交由监控显示模块显示出来。在下行方向，用于监听安防系统控制中心是否有对ATM系统的控制指令下发，一旦检测到有下发的控制指令，立即交由公共连接信息交互模块传送给ATM系统的软件控制模块。
安防系统控制中心：用于接收终端采集模块上传的视频信号、传感器信息、报警信号、向终端采集模块下发ATM系统控制指令。在上行方向对视频信号、传感器信息、报警信号进行分析管理、资源调度，执行报警任务输出到安防系统输出模块。在下行方向，监控人员通过控制中心向ATM系统发出控制指令，并将控制指令传送给安防系统终端采集模块交由公共连接信息交互模块。
安防系统输出模块：主要是安防系统的报警任务执行处理终端，网点保安室等。
本应用场景下自助服务终端安防系统安全联动方法主要涉及以下两个流程：
安防联动报警流程：
S1)当有盗卡或其它作案时，触发安防信号源输出安全异常信号。
S2)安防检测模块检测到安防信号源输出的安全异常信号，并将安全异常信号输出到抖动滤波模块；
S3)抖动滤波模块对接收到的安全异常信号进行防抖动处理，过滤噪声信号，若为稳定无误报的安全异常信号，则将安全异常信号输出到软件控制模块；否则丢弃噪声信号，不作后续处理。
S4)软件控制模块采集到抖动滤波模块输出的安全异常信号，立即将ATM暂停交易，同时将报警信号输出到公共连接信息交互模块
S5)公共连接信息交互模块检测到软件模控制模块输出的报警信号，立即将报警信号传递给安防系统的终端采集模块，触发安防系统。
S6)安防系统终端采集模块侦测到报警信号后，产生报警事件并上报给安防系统控制中心。
S7)安防系统控制中心接收到报警事件后，将报警事件进行解析，对 产生报警事件的终端网点地址进行确认，调度网点地址附近的报警资源，并产生报警输出任务，将报警输出信号传递给安防报警输出模块。
S8)安防报警输出模块接收到报警输出信号后，立即进行响应，通知保安相关作案事件及地点，保安立即前往作案地点，将犯罪份子抓获，至此流程结束。
进一步，步骤1)该的流程为安防信号源会在作案时立即触发，向安防检测模块输出安全异常信号。
进一步，步骤2)该的安防检测模块是安全异常信号的受理采集模块，能在第一时间检测到安全异常信号，并将信号转交给抖动滤波模块。
进一步，步骤3)该的流程为抖动滤波模块通过硬件电路和软件采样的数字信号处理，将采集到的安全异常信号进行准确判决，以期得到现场作案的真实反映，而不是因设备所处复杂环境所致的噪声信号。此模块和步骤是判决作案和其它安全异常信号的核心环节。
进一步，步骤4)该的流程为ATM系统和安防系统在功能任务上的分水岭。软件控制模块会在检测到安全异常信号后，第一时间先将ATM设备暂停交易，作前端控制处理，这一细节就是传统的ATM系统的安防措施；但本发明更一步的优点是软件控制模块还将安全异常信号转换为后续的报警信号，将作案的时间，地点，设备编号，上传目的地址等进行处理，作为报警信息进行数据封装，交由公共连接信息交互模块传输给安防系统。
进一步，步骤5)该的流程为公共连接信息交互模块发挥路由特性，在网络传送环节充当桥接功能，在网络传输进行帧解析和封装，协议通讯等。此公共连接信息交互模块既可以实现与ATM自助终端一对一的连接，就是说一个ATM自助终端只与一个公共连接信息交互模块连接，多个公共连接信息交互模块再连接到安防系统终端采集模块的多个端口。也可以实现与ATM自助终端多对一的连接，就是说多个ATM自助终端可以与一个公共连接信息交互模块连接，公共连接信息交互模块再连接到安防系统终端采集模块一个端口。公共连接信息交互模块是ATM系统与安防系统唯一的交互接口。
进一步，步骤6)该的流程为由部署在安防系统的终端采集模块接收 公共连接信息交互模块输出的报警信号，采集模块通过主动采集和中断响应同时结合的方式，以最快速度能够捕获到上传的报警信号，然后将报警信号数据包按既定协议进行帧解析，将解析后的数据转换为适用于安防系统内部处理的数据包。
进一步，步骤7)该的流程为了报警事件能及时响应，一律采用中断的方式通知安防系统控制中心，安防系统控制中心接收报警事件后，通过对报警地点的安防资源进行数据库查询，并对当前可用资源进行调度，最后创建报警输出任务。
进一步，步骤8)该的安防系统报警输出模块负责执行报警输出任务，产生适用于各类型报警设备的输出信号传递给各个报警装置，这些报警装置具体可表现为网点保安室的警铃，分行后台监控，或者其它多媒体报警装置。报警装置接收到报警输出信号后便立即响应，通知相关的监控人员或保安，前往ATM作案地点，抓获犯罪份子，及时阻止作案，保障设备安全。至此，本方案联动报警流程结束。
安防联动控制流程：
S1)当安防系统的视频监控发现ATM周围环境有安全异常情况时例如有犯罪份子挟持客户在ATM取现或转账时，安防控制中心的监控人员从监控操作界面对作案网点所有ATM下发进入非正常交易流程的控制指令，同时部署作案地点出警。
S2)安防系统的控制中心从监控操作台解析查询目的网点IP地址，网点所有的设备编号，然后对控制指令进行内部转换，封装控制指令，目的设备IP等数据，将数据包交由安防系统终端采集模块下发。
S3)安防系统终端采集模块把从安防系统控制中心下发的控制数据包进行网络协议封装，然后转发到公共连接信息交互模块。
S4)公共连接信息交互模块把接收到的下行控制命令数据包转发给目的ATM系统
S5)目的ATM系统的软件控制模块负责接收公共连接信息交互模块下发的控制指令数据包，并将其解析，然后执行具体的进入非正常交易控制指令，ATM系统进入非正常交易流程。
S6)警情解除后，从步骤S1)可以再往ATM系统下发恢复正常交易控制指令，按如上步骤顺序，ATM系统即时恢复正常对外服务。至此，安防系统联动控制流程结束。
进一步，步骤1)该的控制指令还可以是暂停交易或交易恢复等指令。
进一步，步骤2)该的目的网络IP地址包括作案网点所有ATM设备的IP，以达到同一时间控制同一地点的所有ATM设备，让犯罪份子无机可乘。
进一步，步骤5)该的软件控制模块担任ATM系统的双向任务，既是安防联动控制流程的控制命令执行单元，又是安防联动报警流程的ATM端发起单元。
与现有技术相比，采用本方案，实现了以下显著的技术效果：
1、根据本方案提供的一种自助终端安防系统安全联动的系统和方法，最主要的技术特点是通过公共连接信息交互模块将安防系统和ATM系统连接起来，使得两个原来相互独立的系统能够实现信息共享、交换信息、相互控制、相互联动，充分利用两个系统的优势、达到最佳的安防效果。
2、实现了自助服务终端安防系统的计算机数字化，ATM系统和安防系统的双向交互联动控制，充分利用网络和安防资源，及时进行安全联动处理。犯罪份子在ATM设备进行多种可能作案时，既可以报警通知保安前往现场抓获犯罪嫌疑人，又可以在安防系统通过下发指令主动控制ATM系统暂停交易，交易恢复，进入非正常交易流程等。
3、实现此方案，只需在现有自助服务终端ATM系统、安防系统之间加一个公共连接信息交互模块，把两个系统连接起来，实现两个系统的安全联动。
上面主要描述了一种自助服务终端安防系统安全联动方法，下面将对一种自助服务终端安防系统安全联动系统进行详细描述，请参阅图3，本发明实施例中一种自助服务终端安防系统安全联动系统一个实施例包括：
ATM系统31、安防系统32和信息交互系统33，该ATM系统31与安防系统32之间通过该信息交互系统33建立通信连接；
该信息交互系统33包括：
报警信号获取模块331，用于当该ATM系统31检测到安全异常状况时，获取该ATM系统31根据该安全异常状况生成的报警信号；
报警信号发送模块332，用于发送该报警信号至该安防系统32；
该安防系统32包括：安防响应模块321，用于根据该报警信号进行安防响应；
该信息交互系统33包括：
控制指令获取模块333，用于当该安防系统32检测到自助服务终端周围环境发生安全异常情况时，获取该安防系统32根据该安全异常情况生成的安防控制指令；
控制指令发送模块334，用于发送该安防控制指令至该自助服务终端的ATM系统31；
该ATM系统31包括：应对处理模块311，用于根据该安防控制指令进行应对处理。
本实施例中，该ATM系统31与安防系统32之间通过该信息交互系统33建立通信连接；当该ATM系统31检测到安全异常状况时，报警信号获取模块331获取该ATM系统31根据该安全异常状况生成的报警信号；然后，报警信号发送模块332发送该报警信号至该安防系统32；安防响应模块321根据该报警信号进行安防响应；当该安防系统32检测到自助服务终端周围环境发生安全异常情况时，控制指令获取模块333获取该安防系统32根据该安全异常情况生成的安防控制指令；然后，控制指令发送模块334发送该安防控制指令至该自助服务终端的ATM系统31；最后，应对处理模块311根据该安防控制指令进行应对处理。在本实施例中，当ATM系统发生安全异常状况时可以联动安防系统进行安防响应，而当安防系统发现安全异常情况时，可以联动发生安全异常情况的ATM系统进行应对处理，从而实现ATM系统与安防系统之间的协同联动，充分利用两个系统的优势，达到最佳安防效果。
为便于理解，下面对本发明实施例中的一种自助服务终端安防系统安全联动系统进行详细描述，请参阅图4，本发明实施例中一种自助服务终端安防系统安全联动系统另一个实施例包括：
ATM系统41、安防系统42和信息交互系统43，该ATM系统41与安防系统42之间通过该信息交互系统43建立通信连接；
该信息交互系统43包括：
报警信号获取模块431，用于当该ATM系统41检测到安全异常状况时，获取该ATM系统41根据该安全异常状况生成的报警信号；
报警信号发送模块432，用于发送该报警信号至该安防系统42；
该安防系统42包括：安防响应模块421，用于根据该报警信号进行安防响应；
该信息交互系统43包括：
控制指令获取模块433，用于当该安防系统42检测到自助服务终端周围环境发生安全异常情况时，获取该安防系统42根据该安全异常情况生成的安防控制指令；
控制指令发送模块434，用于发送该安防控制指令至该自助服务终端的ATM系统41；
该ATM系统41包括：应对处理模块411，用于根据该安防控制指令进行应对处理。
本实施例中该安防响应模块421可以包括：
终端网点确认单元4211，用于根据该报警信号确认发生该安全异常状况的终端网点地址；
报警资源查询单元4212，用于查询该终端网点地址附近的报警资源；
报警任务生成单元4213，用于根据该报警资源生成报警输出任务；
任务下发单元4214，用于将该报警输出任务下发给该终端网点地址附近对应的安保人员。
本实施例中该应对处理模块411至少可以包括以下一个处理单元：
第一处理单元4111，用于根据该安防控制指令进入非正常交易流程；
该非正常交易流程包括：
该自助服务终端的ATM系统41下所有ATM设备查询交易显示的余额均低于预设数值；
该自助服务终端的ATM系统41下所有ATM设备取款和转账交易均 提示余额不足；
第二处理单元4112，用于根据该安防控制指令控制该ATM系统41下所有ATM设备暂停交易。
本实施例中该信息交互系统43还可以包括：
恢复指令发送模块435，用于当该安防系统42得到该安全异常情况已解除的反馈之后，发送来自该安防系统42的交易恢复指令至该自助服务终端的ATM系统41；
该ATM系统41还包括：交易恢复模块412，用于根据该交易恢复指令恢复正常交易。
本实施例中该ATM系统41还可以包括：
防抖动处理模块413，用于在该ATM系统41根据该安全异常状况生成报警信号之后，对该报警信号进行防抖动处理；
噪声判断模块414，用于判断防抖动处理后的报警信号是否稳定无噪声；
暂停交易模块415，用于当该噪声判断模块414的判断结果为是时，控制该ATM系统41下所有ATM设备暂停交易；
信号发送模块416，用于当该噪声判断模块414的判断结果为是时，发送该防抖动处理后的报警信号至该信息交互系统43；
信号丢弃模块417，用于当该噪声判断模块414的判断结果为否时，丢弃该报警信号。
所属领域的技术人员可以清楚地了解到，为描述的方便和简洁，上述描述的系统，装置和单元的具体工作过程，可以参考前述方法实施例中的对应过程，在此不再赘述。
在本申请所提供的几个实施例中，应该理解到，所揭露的系统，装置和方法，可以通过其它的方式实现。例如，以上所描述的装置实施例仅仅是示意性的，例如，所述单元的划分，仅仅为一种逻辑功能划分，实际实现时可以有另外的划分方式，例如多个单元或组件可以结合或者可以集成到另一个系统，或一些特征可以忽略，或不执行。另一点，所显示或讨论的相互之间的耦合或直接耦合或通信连接可以是通过一些接口，装置或单 元的间接耦合或通信连接，可以是电性，机械或其它的形式。
所述作为分离部件说明的单元可以是或者也可以不是物理上分开的，作为单元显示的部件可以是或者也可以不是物理单元，即可以位于一个地方，或者也可以分布到多个网络单元上。可以根据实际的需要选择其中的部分或者全部单元来实现本实施例方案的目的。
另外，在本发明各个实施例中的各功能单元可以集成在一个处理单元中，也可以是各个单元单独物理存在，也可以两个或两个以上单元集成在一个单元中。上述集成的单元既可以采用硬件的形式实现，也可以采用软件功能单元的形式实现。
所述集成的单元如果以软件功能单元的形式实现并作为独立的产品销售或使用时，可以存储在一个计算机可读取存储介质中。基于这样的理解，本发明的技术方案本质上或者说对现有技术做出贡献的部分或者该技术方案的全部或部分可以以软件产品的形式体现出来，该计算机软件产品存储在一个存储介质中，包括若干指令用以使得一台计算机设备(可以是个人计算机，服务器，或者网络设备等)执行本发明各个实施例所述方法的全部或部分步骤。而前述的存储介质包括：U盘、移动硬盘、只读存储器(ROM，Read-Only Memory)、随机存取存储器(RAM，Random Access Memory)、磁碟或者光盘等各种可以存储程序代码的介质。
以上所述，以上实施例仅用以说明本发明的技术方案，而非对其限制；尽管参照前述实施例对本发明进行了详细的说明，本领域的普通技术人员应当理解：其依然可以对前述各实施例所记载的技术方案进行修改，或者对其中部分技术特征进行等同替换；而这些修改或者替换，并不使相应技术方案的本质脱离本发明各实施例技术方案的精神和范围。

Claims (10)

  1. 一种自助服务终端安防系统安全联动方法，其特征在于，ATM系统与安防系统之间通过信息交互系统建立通信连接，所述方法包括：
    当所述ATM系统检测到安全异常状况时，所述信息交互系统获取所述ATM系统根据所述安全异常状况生成的报警信号；
    所述信息交互系统发送所述报警信号至所述安防系统，使得所述安防系统根据所述报警信号进行安防响应；
    当所述安防系统检测到自助服务终端周围环境发生安全异常情况时，所述信息交互系统获取所述安防系统根据所述安全异常情况生成的安防控制指令；
    所述信息交互系统发送所述安防控制指令至所述自助服务终端的ATM系统，使得所述ATM系统根据所述安防控制指令进行应对处理。
  2. 根据权利要求1所述的方法，其特征在于，所述安防系统根据所述报警信号进行安防响应具体包括：
    所述安防系统根据所述报警信号确认发生所述安全异常状况的终端网点地址；
    所述安防系统查询所述终端网点地址附近的报警资源；
    所述安防系统根据所述报警资源生成报警输出任务；
    所述安防系统将所述报警输出任务下发给所述终端网点地址附近对应的安保人员。
  3. 根据权利要求1所述的方法，其特征在于，所述ATM系统根据所述安防控制指令进行应对处理至少包括以下一种应对处理方式：
    第一种应对处理方式：所述ATM系统根据所述安防控制指令进入非正常交易流程；
    所述非正常交易流程包括：
    所述自助服务终端的ATM系统下所有ATM设备查询交易显示的余额均低于预设数值；
    所述自助服务终端的ATM系统下所有ATM设备取款和转账交易均提示余额不足；
    第二种应对处理方式：所述ATM系统根据所述安防控制指令控制其下所有ATM设备暂停交易。
  4. 根据权利要求3所述的方法，其特征在于，所述方法还包括：
    当所述安防系统得到所述安全异常情况已解除的反馈之后，所述信息交互系统发送来自所述安防系统的交易恢复指令至所述自助服务终端的ATM系统，使得所述ATM系统根据所述交易恢复指令恢复正常交易。
  5. 根据权利要求1至4中任一项所述的方法，其特征在于，所述信息交互系统获取所述ATM系统根据所述安全异常状况生成的报警信号之前还包括：
    所述ATM系统对所述报警信号进行防抖动处理；
    所述ATM系统判断防抖动处理后的报警信号是否稳定无噪声，若是，则所述ATM系统控制其下所有ATM设备暂停交易，并发送所述防抖动处理后的报警信号至所述信息交互系统，若否，则所述ATM系统丢弃所述报警信号。
  6. 一种自助服务终端安防系统安全联动系统，其特征在于，包括ATM系统、安防系统和信息交互系统，所述ATM系统与安防系统之间通过所述信息交互系统建立通信连接；
    所述信息交互系统包括：
    报警信号获取模块，用于当所述ATM系统检测到安全异常状况时，获取所述ATM系统根据所述安全异常状况生成的报警信号；
    报警信号发送模块，用于发送所述报警信号至所述安防系统；
    所述安防系统包括：安防响应模块，用于根据所述报警信号进行安防响应；
    所述信息交互系统包括：
    控制指令获取模块，用于当所述安防系统检测到自助服务终端周围环境发生安全异常情况时，获取所述安防系统根据所述安全异常情况生成的安防控制指令；
    控制指令发送模块，用于发送所述安防控制指令至所述自助服务终端的ATM系统；
    所述ATM系统包括：应对处理模块，用于根据所述安防控制指令进行应对处理。
  7. 根据权利要求6所述的自助服务终端安防系统安全联动系统，其特征在于，所述安防响应模块包括：
    终端网点确认单元，用于根据所述报警信号确认发生所述安全异常状况的终端网点地址；
    报警资源查询单元，用于查询所述终端网点地址附近的报警资源；
    报警任务生成单元，用于根据所述报警资源生成报警输出任务；
    任务下发单元，用于将所述报警输出任务下发给所述终端网点地址附近对应的安保人员。
  8. 根据权利要求6所述的自助服务终端安防系统安全联动系统，其特征在于，所述应对处理模块至少包括以下一个处理单元：
    第一处理单元，用于根据所述安防控制指令进入非正常交易流程；
    所述非正常交易流程包括：
    所述自助服务终端的ATM系统下所有ATM设备查询交易显示的余额均低于预设数值；
    所述自助服务终端的ATM系统下所有ATM设备取款和转账交易均提示余额不足；
    第二处理单元，用于根据所述安防控制指令控制所述ATM系统下所有ATM设备暂停交易。
  9. 根据权利要求8所述的自助服务终端安防系统安全联动系统，其特征在于，所述信息交互系统还包括：
    恢复指令发送模块，用于当所述安防系统得到所述安全异常情况已解除的反馈之后，发送来自所述安防系统的交易恢复指令至所述自助服务终端的ATM系统；
    所述ATM系统还包括：交易恢复模块，用于根据所述交易恢复指令恢复正常交易。
  10. 根据权利要求6至9中任一项所述的自助服务终端安防系统安全联动系统，其特征在于，所述ATM系统还包括：
    防抖动处理模块，用于在所述ATM系统根据所述安全异常状况生成报警信号之后，对所述报警信号进行防抖动处理；
    噪声判断模块，用于判断防抖动处理后的报警信号是否稳定无噪声；
    暂停交易模块，用于当所述噪声判断模块的判断结果为是时，控制所述ATM系统下所有ATM设备暂停交易；
    信号发送模块，用于当所述噪声判断模块的判断结果为是时，发送所述防抖动处理后的报警信号至所述信息交互系统；
    信号丢弃模块，用于当所述噪声判断模块的判断结果为否时，丢弃所述报警信号。
PCT/CN2017/070873 2016-01-29 2017-01-11 一种自助服务终端安防系统安全联动方法和系统 Ceased WO2017128954A1 (zh)

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