TWI433065B - Security system and method for remote configuration thereof - Google Patents

Description

Security system and remote setting method

The invention relates to a security system and a remote setting method, in particular to a security system providing a reverse control mechanism and a remote setting method using a reverse control mechanism.

The basic security system is mainly composed of the client device (preserving the host and various sensors) and the security terminal (the security provider and the trusted host). The client device and the security terminal are connected by a closed connection, and the security terminal can receive various sensing messages from the user equipment, and after the event is confirmed, the relevant dispatcher or the police will be notified to go to the event site for processing.

Generally, the security facility provided at the user end (such as a home, a company, a building, etc.) has one or more sensors connected to a security host set at a specific location, and an alarm is issued when the security host senses a specific event. And notify the back-end security industry control center. However, for the false alarm reply or general setting of the security host, most of the prior art techniques are set by dispatching human resources or by the customer to the security host.

In general, the security host sends information to the receiver of the security system in a single direction. If it is necessary to set or reset the security settings, it is usually dispatched to the site for processing. There have also been known techniques for the communication mode of the host in the security system. The user can perform connection and query from the remote end, as shown in the conventional technology security system shown in FIG.

The figure shows a host 10, such as a security device installed on the user terminal, which can be connected to the remote end via the Internet 12 through various computer devices or general telephones (user devices 101, 103, 105, 107, 109 as shown). The host 10 can be connected to the host 10 by using a web-based computer or a general telephone. For example, via a webpage server unit 11, after being authenticated, the webpage provided by the webpage server unit 11 can be used to query the host 10 or Information about related holds.

The present disclosure proposes a security system and remote setting method, which provides a remote setting method in an environment where the traditional remote monitoring of various security hosts is lacking, and also proposes a more remote communication concept that has been disclosed by the prior art. A viable and secure counter-control mechanism.

According to one embodiment of the security system proposed by the present disclosure, the security system includes one or more security hosts disposed at the remote end, and each security host manages one or more security devices. The control center of the security system has one or more trusted server hosts, which can be connected to the security hosts through the network to receive the security signals of the security hosts. The control center has a network server that can connect to the trusted server to provide authentication for external connections and manage access to the security system.

The security system provides a reverse control function. The internal control system allows the external connection to be connected to the security host by accessing the security host. In an embodiment, the reverse control module can be a reverse control program built in the network servo host, and the reverse control program provides an external connection to the servo host to connect one or more security hosts, and can set various types. Security equipment. In another embodiment, the reverse control module can also be a reverse control program executed by the reverse control host connected between the trusted servo host and the network servo host.

According to an embodiment of the present invention, a method for remotely setting a security system includes providing a user to log in to a security system via a network server, such as a web server providing a login webpage, so that the user can enter the system through a webpage login, authentication, and the like. Or, the user can enter the system via the public switched telephone network using general communication equipment.

The network server then authenticates the user, and each connection can connect to the trusted server via the reverse control module and access one or more security hosts. Finally, one or more security devices managed by each security host are set.

It is worth mentioning that the above network server can be a web server providing a login interface and a setting interface; or a host of a voice customer service system for providing voice incoming service.

The invention is a security system and a remote setting method. According to one of the embodiments, the security system provides a reverse control mechanism, which allows the user or the security user to enter the security system via an external connection, and then the reverse control mechanism is stored. Take each security host, and then set up various security devices managed by the security host.

In the general security system, only the security operators can provide remote access to set up security hosts in various places, or dispatch the human resources to the site to set up security hosts and security devices. When the security system is triggered, it is usually necessary for the security operator or the user to go to the site to reset the system in person, and the security provider does not provide the user with the security management to manage the security system. In the embodiment of the security system provided by the present invention, the reverse control mechanism provides the management mechanism, so that the user or the user can remotely set each security host and related security devices under security considerations.

FIG. 2 is a schematic diagram showing an embodiment of an inverse control technology of the security system proposed by the present disclosure.

The figure shows that the control center of the security system has a receiver 201, and the receiver 201 connects the security hosts 221, 222, 223 of the localities via the network 20, and each security host manages one or more security devices. According to an embodiment, the network 20 includes a connection using a leased line, an Internet, and a public switched telephone network (PSTN).

The receiver 201 is connected to the network server 203 at the control center end, and provides a reverse control module between the two, for example, a software or circuit module in the independently operated reverse control host 202, which is executed by the reverse control module. The reverse control program provides an external connection that can reverse control the function of the security host. The figure shows that user devices 211, 212, 213 are connected at one end of the network server 203.

In this example, the user devices 211, 212, 213 can be various Internet access devices, access the network server 203 via a network, such as the Internet, and the network server 203 (such as a web server) provides a remote access interface. For example, a login interface is provided, allowing each end user to verify the identity through the login interface, and providing a setting interface for maintaining the host or securing the device at each end.

The invention further provides a setting function of a general telephone voice incoming call center. That is to say, the above-mentioned network server can simultaneously be the host of the voice call center for providing voice incoming service, so that the user can enter the line through the voice service by using the general communication device, and then the security can be set according to the voice prompt step. Host or related device.

Thereafter, the connection between the end user devices 211, 212, and 213 is connected to the security hosts 221, 222, and 223 via the network server 203, the reverse host 202, and the receiver 201, and is set through the setting interface.

According to the embodiment, the number of hosts and receivers is not limited to the schematic diagram in the figure, and the reverse host 202 can connect one or more receivers, network servers, monitoring hosts, and the like through a hub (HUB) of the intranet. Monitoring equipment and other equipment. Through the system architecture disclosed in Figure 2, the security system will provide users with one or more points to view, save settings and other functions.

FIG. 3 shows a second schematic diagram of an embodiment of the inverse control technology of the disclosure system. According to the actual situation of the security system disclosed in the present invention, the security system has a trusted servo host 31 corresponding to the local security host 39. The trusted servo host 31 can have various specifications (different vendors), and therefore, the provided reverse control mechanism It will support the communication protocol of various receivers and control the functions of various security hosts and connection specifications. The plurality of trusted servo hosts 31 in the security system can be connected to the reverse host or the intra-server reverse control module in a network manner in the internal network.

The figure shows the end devices connected through the network. According to an embodiment, the security system includes a trusted server host 31 connected to the external security host 39 (the number is not limited), which is connected to the network server through an internal connection 337. 33, the trusted servo host 31 and the network servo host 33 are respectively connected to the internal control center device 3, including the monitoring host 35 and the monitoring station 37 operated by the control center personnel in the figure, and can grasp the security host 39 of the local setting at any time. The message and status are received by one or more security hosts 39 subject to the security signal transmitted by the message server host 31.

The security center device 3 further includes a connection network server 33 in the security system described in the present disclosure, and is capable of making relative measures based on signals or commands received via the network server 33.

In this embodiment, the network servo host 33 is provided with a reverse control module 330. The embodiment is a back control program built in the network servo host 33, which can be a computer executable server program, along with the network. The servo host 33 operates. The external connection is provided through the reverse control program to the letter servo host 31 to connect to one or more security hosts 39.

According to an embodiment of the security system, the security host 39 connects to the trusted server host 31 via various connections and transmits a security signal. The secured host 39 can connect to the trusted server host 31 via the Internet 30, the public switched telephone network (PSTN) 32, or the leased line 333.

The user terminal can use various types of terminal devices, such as the communication device 301 to access the voice through the public switched telephone network 32. The communication device 301 can be a generally non-connected data network device, such as a general telephone or a non-smart mobile phone. . In this example, the network server 33 can operate as a host of the voice customer service system, so that the user can directly enter the network server 33 through the voice service through the general communication device 301, and then can set the security according to the voice prompt step. Host or related device.

After the voice customer service system is authenticated, a setting signal is generated, and the trusted servo host 31 is connected by the back-control mechanism (reverse control module 330) in the security system, and then the security hosts 39 are set. In addition to setting the remote host through the voice incoming mode, the signal can be transferred to the Internet 30 or a specific network, and the network servo host 33 receives the back control program.

In the embodiment of FIG. 3, the user terminal or the remote user can connect to the network server host 33 provided by the security system via the Internet 30, such as a web server (www server), and execute through various webpage interfaces provided. Remote control. In this embodiment, the terminal device used by the user end, such as a computer, a smart phone, or other Internet-connected Internet access device 303, is connected to the network server host 33 in the system via the Internet 30, and performs identity verification and permission judgment. The control signal sent by the user terminal is reversed to the security host 39 by the reverse control module 330. This example can be remotely set through the web interface.

As far as the security system is concerned, the control center usually includes multiple monitoring stations, and each monitoring station monitors the remote security host through a line (such as a network). In this example, the monitoring host 35 and the monitoring station 37 in the security system protect the devices in the system control center device 3 and the operators thereof, and perform relevant security measures according to the information transmitted by the security host 39, so that the security host can be grasped at any time. The status of the device. In the embodiment of the present invention, the monitoring host 35 and the monitoring station 37 can monitor the control signals generated by the user terminals to ensure that the terminals 39 are remotely set in a safe and secure state.

FIG. 4 shows a third schematic diagram of an embodiment of the inverse control technology of the disclosure system.

The system has an internal network 4, and each server is connected through the internal network 4. The network server 41 mainly provides an externally connected interface. If the user connects to the network server 41 via the Internet device 40 via the mobile device 411 or the computer 412, the control signal sent by the user terminal will pass through. The reverse host 45 switches and delivers, and the remote device is set via the trusted host 43.

In this example, an external transmitter 413 is shown that receives signals from various sensors or their terminals to secure the device and transmits them to the trusted host 43 in the system via the public switched telephone network 42. The in-system monitoring host 404, 405, 406 or monitoring station 401, 402 will monitor the information contained in the signal through the connection, thereby remotely monitoring various security devices and performing corresponding security measures. In this example, the monitoring host 404, 405, 406 or the monitoring station 401, 402 monitors the control or setting signal generated by the user terminal through the connection, and the setting signal is passed through the reverse host 45, the letter host 43 is set, and the device of the transmitter 413 is set.

According to the embodiment described above with reference to FIG. 2, FIG. 3 and FIG. 4, the security system and the remote setting method of the present invention provide a reverse control mechanism for the receiver (201) and the trusted receiver that originally only receive the signal of the security host in one direction. The servo host (31) or the trusted host (43) can reversely set each terminal to secure the host. The user or the user can remotely log in to the control center system, set the security host at each end, and perform remote management and status monitoring on each terminal device.

The back control mechanism can be an independent back control host (such as 202 in FIG. 2 and 45 in FIG. 4), and respectively connected to the receiver (201) and the network server (203), and connected to each other by the internal network. The main task is to provide a secure connection of the control signals generated by the remote end, and the generated reverse control program can reversely set the security host (221, 222, 223) through the receiver (201).

In another embodiment, the reverse control mechanism can be implemented as a circuit or a software implemented reverse control module (330) built into the network server (33), which is in the network servo host (33). A reverse control program is constructed to provide an external connection to the letter servo host (31) to connect to one or more security hosts (39). The network servo host 33 of this example has a network servo module and a reverse control module (330) for processing network access packets and control (back control) signals, respectively.

Moreover, the user authentication and transfer control signals are executed through the access connection provided by the network server host 33 (or the network server), and the user rights management and the priority management of each user are provided. Maintain system security with strict verification methods and provide appropriate access management. Each user device remote setting security host has permissions, for example: some do not provide remote access; some do not provide remote control, only open monitoring; some open remote control and monitoring at the same time. The server can provide a multi-point control or monitoring function for an account. A web page can provide multi-point control options.

The remote setting method proposed in the disclosure includes a webpage, a mobile phone to send a short message, and other remote control methods, such as setting and monitoring according to steps in the voice customer service system, or remote monitoring by 3G videophone. . Terminal security devices include sensors and DVRs that can be monitored, such as power detection, fire detection, carbon dioxide detection, or video-recordable digital image recorders.

FIG. 5 illustrates one of the remote setting procedures of the security system in the present disclosure, and the flow is applied to the security system described in FIG. 2, FIG. 3 or FIG.

In step S501, the user enters the line by voice using a general telephone or a mobile phone. When dialing, in step S503, the system can generate a voice announcement and guide the user to complete the process. In step S505, the user uses the key input or the voice mode to verify the identity, and the system will determine whether the verification is successful. (Step S507). If there is no authentication, the entire process will be ended (step S509), and the related message will be notified by voice.

If the authentication succeeds, the user can be notified by voice, and the next step is continued. In step S511, the voice system will guide the execution of the reverse control program, such as using voice to provide a control option, and the user inputs the key or voice. Option. In step S513, the host is connected to the maintenance host, and the host or the related security device is set according to the input option (step S515).

FIG. 6 illustrates the remote setting process of the security system using the webpage mode in the disclosure.

The step starts as S601, the user connects to the web server via the network, displays the login webpage through the login interface provided by the host, and performs login. Then, the user identity verification is performed (step S603), and in step S604, it is determined whether the verification is successful. If the verification is unsuccessful (No), the verification failure is displayed, and the process is ended; if the verification is successful (Yes), the successful login is displayed. The screen proceeds to step S605.

After successful authentication, in step S605, the system (such as a network server) will determine the user rights and give relative rights, for example, some do not provide remote access; some do not provide remote control, only open monitoring; Some open remote control and monitoring at the same time.

After the permission is confirmed, in step S607, the system then executes the reverse control program, and provides various setting options for the user through the webpage setting interface, including displaying the security device that can be controlled or browsed, related setting menus and descriptions, and the like. After the input is completed, the connection security host (step S609) can perform monitoring of one or more security devices managed by each security host (step S611), including according to the authority, the system will give each user one-to-one monitoring or setting, Or give one-to-many monitoring or setting.

In summary, the security system disclosed in the disclosure is a system with a reverse control mechanism, which is different from the traditional environment that lacks remote monitoring of various security hosts. The remote setting method provided by the user allows the user to reverse the system. To control each security host and related devices.

However, the above description is only a preferred embodiment of the present invention, and is not intended to limit the scope of the present invention. Therefore, equivalent structural changes that are made by using the specification and the contents of the present invention are equally included in the present invention. Within the scope, it is combined with Chen Ming.

10. . . Host

12. . . Internet

11. . . Web server unit

101,103,105,107,109. . . User terminal device

20. . . network

201. . . Receiver

202. . . Back control host

203. . . Web server

211,212,213. . . User device

221,222,223. . . Security host

3. . . Control center equipment

30. . . Internet

32. . . Public switched telephone network

31. . . Trusted servo host

33. . . Network server

330. . . Reverse control module

35. . . Monitoring host

37. . . Monitoring station

39. . . Security host

301. . . Communication equipment

303. . . Internet device

333. . . Dedicated line

337. . . Internal connection

4. . . Internal network

41. . . Web server

43. . . Trusted host

45. . . Back control host

404,405,406. . . Monitoring host

401,402. . . Monitoring station

40. . . Internet

42. . . Public switched telephone network

411. . . Mobile device

412. . . computer

413. . . Delivery machine

Step S501~S515‧‧‧One of the remote setting procedures

Step S601~S611‧‧‧ Remote setting process 2

1 shows a connection diagram between a host and a client in a conventional technology security system;

2 is a schematic diagram showing an embodiment of an inverse control technology of the disclosure system;

3 is a second schematic diagram of an embodiment of the inverse control technology of the disclosure system;

4 is a third schematic diagram of an embodiment of the inverse control technology of the disclosure system;

Figure 5 depicts one of the remote setting procedures of the security system in the disclosure;

Figure 6 depicts the second remote set up procedure of the security system in the present disclosure.

30. . . Internet

32. . . Public switched telephone network

31. . . Trusted servo host

33. . . Network server

330. . . Reverse control module

35. . . Monitoring host

37. . . Monitoring station

39. . . Security host

301. . . Communication equipment

303. . . Internet device

3. . . Control center equipment

333. . . Dedicated line

337. . . Internal connection

Claims (10)

A security system includes: one or more security hosts, each security host managing one or more security devices; and a trusted server host connecting the one or more security hosts through a network, and receiving the security hosts a security server; a network servo host that connects to the one or more trusted server hosts, provides an external connection verification, and manages access to the security system; and a reverse control module that provides servo over the network The external connection after the host is authenticated accesses the one or more security hosts via the trusted server, and sets various security devices managed by the security hosts. The security system of claim 1, wherein the security system further comprises: a control center device, the control center device receiving the one or more security hosts transmitted by the one or more trusted server hosts Security signal. The security system of claim 1, wherein the reverse control module is a back control program built into the network server, and the reverse control program provides the external connection via the trusted servo host. One or more security hosts. The security system of claim 1, wherein the reverse control module is a reverse control program executed by a reverse control host connected between the trusted server and the network server. For example, in the security system described in claim 3 or 4, wherein the one or more security hosts are connected to the Internet through the public switched telephone network. Or a dedicated line to connect to the trusted server. A remote setting method for a security system, comprising: one or more security hosts, a trusted server host connected to the one or more security hosts, and a network server host connected to the one or more trusted server hosts An inverse control module, the method comprising: a terminal device connecting the security system via the network server; verifying a user identity of the terminal device; the terminal device connecting the trusted server host via the reverse control module, and Accessing the one or more security hosts; and setting the one or more security devices managed by each security host. The remote setting method of claim 6, wherein the terminal device enters the network server via the Internet. The remote setting method of claim 6, wherein the terminal device enters the network server through a public switched telephone network. The remote setting method of claim 7, wherein the network server is a web server that provides a login interface and a setting interface of the one or more security devices. The remote setting method of claim 8, wherein the network server is a host of a voice customer service system that provides voice incoming service.