TW202238539A - A network security device that can automatically detect disconnection and a system that uses it - Google Patents

Abstract

A network security device that can automatically detect disconnection, includes a connection detection module, a telecommunication number query module, and a failure report module. The connection detection module detects whether the network line which the security module transmits the security signal is disconnected, and generates a disconnection signal when the network line is disconnected. The telecommunication number query module transmits the query signal to a IPS network management device according to the disconnection signal, and receives the network line status from the IPS network management device. Failure report module, connected to the telecom number query module, send a failure report signal to the IPS network management device when the network line status is abnormal, and send a dispatch signal to a service management device when the network line status is normal.

Description

Network-connected security device capable of automatically detecting disconnection and system using it

A security device or a security system, in particular a networked security device capable of automatically detecting disconnection and a system using the same.

As the general public pays more and more attention to safety, more and more companies, businesses, exhibition venues or homes choose to install security systems to ensure the safety of life. Security services are popular in modern people's lives. So far, security services have developed in a more diversified way. For example, smart hotel hosting, home care, etc. can be combined with security services.

When the security host is disconnected and cannot be connected to the control center, the security control center needs to send service personnel to the scene to confirm whether the reason for the disconnection is the failure of the security host, malicious damage by thieves, or equipment failure on the part of the telecommunications company or the power company. However, there are a large number of security users. Every time a connection is disconnected, service personnel must be dispatched to the scene to confirm the cause of the disconnection. This is not only time-consuming and laborious, but also greatly increases the labor cost of maintenance.

An embodiment of the present invention provides a network security device capable of automatically detecting disconnection, including a connection detection module, a telecommunications number query module, and a repair report module. Among them, the connection detection module detects whether the network line through which the security module transmits the security signal is disconnected, and generates a disconnection signal when the network line is disconnected. The telecom number query module transmits the query signal to the network management device of the telecom provider according to the disconnection signal, and receives the circuit status from the network management device of the telecom provider. The repair report module is connected to the telecom number query module, and sends a repair report signal to the network management device of the telecom provider when the circuit status is abnormal, and sends a dispatch signal to the service management device when the circuit status is normal.

In some embodiments, the network-connected security device that can automatically detect disconnection further includes a notification module that sends an abnormal event notification to the client electronic device when the circuit status is abnormal, and the notification module transmits to the repair module When the repair report signal is sent to the network management device of the telecom provider, the repair report notification is sent to the client electronic device.

In some embodiments, the client electronic device generates a release command and sends it to the notification module. The repair module sends the release signal to the network management device of the telecom provider when the circuit status is abnormal, and sends the release signal to the service provider when the circuit status is normal. management device.

In some embodiments, the connection detection module sends a connection reply signal to the notification module when the network connection is restored, and the notification module sends a connection reply notification to the client electronic device.

In some embodiments, the networked security device capable of automatically detecting disconnection further includes an alarm module, which is driven to issue an alarm when the circuit state is abnormal.

An embodiment of the present invention provides a network security system capable of automatically detecting disconnection, including the network security device, security host, telecom provider network management device, and service management device as described in any one of the previous embodiments. The security host sends a security signal to the networked security device through the network line. The telecom network management device includes a detection module to detect and generate circuit status according to the query signal. The duty management device receives the dispatch signal sent by the networked security device.

In some embodiments, the inquiry signal includes a telecommunications number, and the detection module of the network management device of the telecommunications provider detects the circuit status of the line corresponding to the telecommunications number according to the telecommunications number of the inquiry signal.

In some embodiments, the networked security system that can automatically detect disconnection further includes a working machine, the duty management device generates a dispatch order according to the dispatch signal, and the working machine generates a reply connection signal according to the dispatch order and sends a reply connection signal to the networked security device.

In some embodiments, the network management device of the telecommunications provider further includes a scheduling module, which generates a maintenance schedule when receiving an inquiry signal and detecting that the state of the circuit is abnormal.

In some embodiments, the connection detection module of the network security device sends a network recovery signal to the security host when the network connection is restored, and the security host reconnects to the network line according to the network recovery signal.

The network connection security device that can automatically detect disconnection and the network connection security system using it of the present invention can immediately determine the cause of network disconnection, and can clarify that the network disconnection is the Internet without dispatching to the client site. Network provider or power supplier equipment failure, or equipment failure at the security control end, which can reduce the cost of manpower attendance, and can report to the Internet provider or power supplier for repair in the first time, and reduce the failure rate. Exclusion efficiency. In addition, the connected security system can further grasp the real-time connection status of the security system or the maintenance progress of the Internet provider or the power provider.

Specific embodiments are listed below to describe the content of the present invention in detail, and drawings are used as auxiliary descriptions. The symbols mentioned in the manual refer to the symbol description.

Please refer to FIG. 1 and FIG. 2. FIG. 1 is a schematic block diagram of a network security device capable of automatically detecting disconnection according to the present invention, and FIG. 2 is a schematic block diagram of a network security system capable of automatically detecting disconnection of the present invention ( one). The network security device 10 capable of automatically detecting disconnection of the present invention includes a connection detection module 11 , a telecom number query module 12 and a repair report module 13 . The connection detection module 11 is set in the control center.

The connection detection module 11 detects whether the network line used by the security host 20 to transmit the security signal is disconnected, and generates a disconnection signal when the network line is disconnected. Here, the connection detection module 11 can regularly or irregularly send a detection signal to the security host 20. If the security host 20 does not respond within a predetermined time, it can be judged that the network line of the security host 20 is disconnected. Whether the connection detection module 11 detects whether the network line is disconnected is not limited to this, for example, the security host 20 does not respond to the detection signal sent several times by the connection detection module 11 within a predetermined time; or The test is performed in a ping (bang) manner, that is, sending an ICMP request echo packet to the security host 20, and waiting to receive the echo response packet, so as to determine that the network line of the security host 20 is disconnected.

In addition, the security host 20 is bidirectionally connected to the security control terminal (such as the security control center) through a network line, and the network line can be, for example, a police line, a telephone line, or an asymmetric digital subscriber line (Asymmetric Digital Subscriber Line, ADSL). , Wireless Packet Switching Service (GPRS), Worldwide Interoperability for Microwave Access Network (WiMax), third generation communication system (3rd Generation, 3G) or fourth generation communication system (4th Generation, 4G), but the aforementioned network lines only For example, not limitation.

The telecom number query module 12 of the network security device 10 sends a query signal to the network management device 30 of the telecom provider according to the disconnection signal. Here, the carrier network management device 30 is set at an Internet service provider (Internet Service Provider, ISP), or set at a power supplier. Here, the networked security device 10 and the network management device 30 of the telecom provider can be communicated and connected through various transmission protocols such as 3G, 4G, and 5G.

Please refer to FIG. 1 and FIG. 2 again. The network management device 30 of the telecom provider includes a detection module 31. The detection module 31 detects whether the circuit state corresponding to the disconnected network is normal or abnormal according to the query signal. That is, the detection module 31 first finds the corresponding network line according to the query signal, and then detects whether the circuit state is normal (whether it is disconnected). When the network is disconnected, the circuit state is abnormal, and the network is not disconnected. When the circuit status is normal.

In other words, if the network is disconnected due to equipment failure of the Internet provider, power supplier, etc., the circuit status is abnormal; If the circuit breaks, the circuit status at the Internet provider, power provider, etc. is normal.

In some embodiments, the query signal includes the telecommunication number of the security host 20, and the telecommunication number corresponds to the network line connecting the security host 20 to the security control end. After the network management device 30 of the telecom provider receives the query signal, the detection module 31 detects whether the network line corresponding to the telecom number is normal or abnormal.

Please refer to FIG. 1 and FIG. 2 again. After the network management device 30 of the telecom provider detects the circuit status of the network, the telecom number query module 12 can receive the detection result from the network management device 30 of the telecom provider, that is, the circuit status of the network line. .

The maintenance reporting module 13 is connected to the telecom number query module 12, and sends a maintenance reporting signal to the network management device 30 of the telecom provider when the circuit status is abnormal. That is to say, when the detection result of the network management device 30 of the telecommunication provider is that the circuit state is abnormal, the repair reporting module 13 will automatically report to the network management device 30 of the telecommunication provider for repair. At this time, the network management device 30 of the telecom provider receives the repair report, and the Internet provider or the power supplier can send maintenance personnel to the computer room to troubleshoot or go to the outside line for maintenance. For example, the network management device 30 of the telecom provider sends The repair notification is sent to the maintenance personnel's working mobile phone (or the working machine 50, which will be described later), and the maintenance personnel can go to the maintenance according to the maintenance notification. In some embodiments, the network-connected security device 10 can store repair records for subsequent inquiries, effectively avoiding disputes of "reporting but not (not) repairing".

As mentioned above, if the network disconnection is not caused by equipment failure of the Internet provider or power provider, the circuit status of the Internet provider or power provider is normal, and it is not an Internet connection. Suppliers, power suppliers, etc. can handle it. Therefore, when the circuit status is normal, the repair reporting module 13 sends a dispatch signal to the duty management device 40. Here, the duty management device 40 can be set at the security control end, and the security control end After receiving the dispatch signal, maintenance personnel can be arranged to go to the client to check and repair the equipment.

In this way, the network security device 10 of the present invention can immediately determine the cause of network disconnection, and it is not necessary to dispatch to the client site every time to clarify whether the network disconnection is caused by the Internet provider or the power supplier. Due to equipment failure or equipment failure at the security control end, it can reduce the cost of manpower attendance, and can report to the Internet provider or power supplier for repair in the first time, improving the efficiency of troubleshooting.

Please refer to FIG. 2 and FIG. 3 , in some embodiments, the networked security device 10 further includes a notification module 14 for sending an abnormal event notification to the client electronic device 60 when the circuit status is abnormal. The client electronic device 60 can be a computer, a mobile device (such as a mobile phone, a tablet, etc.) and provides abnormal event notifications in the form of text messages, emails, or push broadcasts through mobile apps, but the present invention does not take this as a limit.

In some embodiments, the notification module 14 sends a repair notification to the client electronic device 60 when the repair module 13 sends the repair signal to the network management device 30 of the telecom provider. Here, the client electronic device 60 and the notification form are the same as those described above, and will not be repeated here.

In some embodiments, the client electronic device 60 can generate a release command and send it to the notification module 14, and the repair module 13 sends a release signal to the telecom provider network management device 30 when the circuit status is abnormal, and when the circuit status is normal Send the release signal to the duty management device 40 . Therefore, if the user thinks that the above-mentioned disconnection of the network line is a false alarm, or can solve the problem of disconnection by handling it by himself, the client electronic device 60 can release the operation of the network management device 30 or the service management device 40 of the telecom provider (that is, the aforementioned description maintenance procedures), convenient and fast.

In some embodiments, the connection detection module 11 sends a reply connection signal to the notification module 14 when the network line is restored, and the notification module 14 sends a reply connection notification to the client after receiving the reply connection signal terminal electronic device 60. Here, the client electronic device 60 and the notification form are the same as those described above, and will not be repeated here.

In this way, through the notification module 14 sending notifications of abnormal events, notifications of submitted repairs, and reply notifications to the client electronic device 60, the security user can keep track of the connection status of the security system at any time, thereby avoiding repeated notifications of security controls during the maintenance process. end.

Please refer to FIG. 1 again. In some embodiments, the network security device 10 further includes a warning module 15, which sends a warning when the telecom number query module 12 receives abnormal circuit status from the network management device 30 of the telecom provider. Here, the warning example can be displayed on the display screen of the central control host of the security control terminal through the operating system, but the present invention is not limited thereto. For example, the warning example can also be pushed and displayed on the mobile device of the security control terminal through an application program.

Please refer to FIG. 2 and FIG. 3 . FIG. 3 is a schematic block diagram (2) of the networked security system capable of automatically detecting disconnection of the present invention. In one embodiment, a network-connected security system 1 that can automatically detect disconnection includes: the network-connected security device 10 described in any of the above-mentioned embodiments, a security host 20, a telecom provider network management device 30, and a service management device 40 . Among them, the security host 20 transmits a security signal to the networked security device 10 via the network line. The network management device 30 of the telecommunications provider includes a detection module 31 to detect and generate a circuit status according to the query signal. The service management device 40 receives the networked security device 10. The dispatch signal sent. Here, the networked security device 10 , the security host 20 , the carrier network management device 30 , and the service management device 40 are the same as those described above, so they will not be repeated here.

In some embodiments, the inquiry signal includes a telecommunications number, and the detection module 31 of the network management device 30 of the telecommunications provider detects the circuit status of the line corresponding to the telecommunications number according to the telecommunications number of the inquiry signal. Here, the detection module 31 and the telecommunications number are the same as those described above, so they will not be repeated here.

Please refer to FIG. 3 , in some embodiments, the networked security system 1 further includes a working machine 50 connected to the duty management device 40 , which can be connected via the aforementioned network. When the duty management device 40 generates a dispatch list according to the dispatch signal, wherein the dispatch list can include the maintenance address, the estimated maintenance time, the telecommunication number of the network line or the fault item, etc., so the working machine 50 can be connected to the duty management device 40 to obtain the dispatch list and display it on the display screen of the working machine 50 (not shown).

In some embodiments, the maintenance personnel carry the working machine 50 to the client to perform equipment maintenance, and the working machine 50 detects the network line corresponding to the telecommunications number recorded in the dispatch list according to the dispatch list. The personnel report through the working machine 50 that the equipment of the network line corresponding to the telecommunication number recorded in the dispatch sheet has been repaired, and the working machine 50 sends a reply connection signal to the service management device 40, and then the service management device 40 sends it to the network connection security device 10. In this way, the security control end can grasp the real-time connection status of the security system.

Please refer to FIG. 2 and FIG. 3 , in some embodiments, the telecom provider network management device 30 further includes a scheduling module 32 , which generates a maintenance schedule when the detection circuit status is abnormal after receiving the query signal. Here, the network management device 30 of the telecom provider (Internet provider or power provider) generates a maintenance schedule after receiving the query signal sent by the network security device 10. The maintenance schedule can include the maintenance address and estimated maintenance time. , the telecommunications number of the network line or the fault item, etc., here, the information of the scheduling list can be sent to the network security device 10, so that the security control end can grasp the maintenance progress of the Internet supplier or the power supplier .

Please refer to FIG. 2 and FIG. 3, in some embodiments, the connection detection module 11 of the network security device 10 sends a reply connection signal to the security host 20 when the network line is restored, and the security host 20 Reconnect the network line according to the recovery connection signal.

The networked security device 10 of the present invention and the networked security system 1 using the networked security device 10 can immediately determine the cause of the network disconnection, and can clarify that the network disconnection is the Internet without dispatching personnel to the client site. It can be caused by the equipment failure of the road supplier or power supplier, or the equipment failure of the security control end, which can reduce the cost of manpower attendance, and can report to the Internet provider or power supplier for repair at the first time, improving troubleshooting efficiency. In addition, the networked security system 1 can further grasp the real-time connection status of the security system or the maintenance progress of the Internet provider or the power provider.

Through the above detailed description, it can be fully demonstrated that the purpose and efficacy of the present invention are progressive in implementation, have great industrial value, and are a new invention that has never been seen on the market before, and fully meet the requirements of patents. ∙ Apply in accordance with the law. The above descriptions are only preferred embodiments of the present invention, and should not be used to limit the implementation scope of the present invention. That is to say, all the equivalent changes and modifications made according to the scope of the patent of the present invention should fall within the scope of the patent of the present invention. I would like to ask your examiner to take note and pray for your approval. I pray for it.

1: Internet-connected security system 10: Internet-connected security device 11:Connection detection module 12: Telecom number query module 13: Repair module 14: Notification module 15:Warning module 20: Security Host 30: Telecom network management device 31: Detection module 32: Scheduling module 40: Duty management device 50: Working machine 60: Client Electronic Device

[Fig. 1] is a schematic block diagram of a networked security device that can automatically detect disconnection according to the present invention. [Fig. 2] is a schematic block diagram (1) of the networked security system that can automatically detect disconnection according to the present invention. [Figure 3] is a block diagram (2) of the networked security system that can automatically detect disconnection of the present invention.

1: Internet-connected security system

10: Internet-connected security device

11:Connection detection module

12: Telecom number query module

13: Repair module

14: Notification module

20: Security Host

30: Telecom network management device

31: Detection module

32: Scheduling module

40: Duty management device

Claims (10)

A networked security device capable of automatically detecting disconnection, comprising: A connection detection module, which detects whether a network line used by a security host to transmit a security signal is disconnected, and generates a disconnection signal when the network line is disconnected; A telecommunications number inquiry module, which sends an inquiry signal to a telecommunications provider network management device according to the disconnection signal, and receives a circuit status from the telecommunications provider network management device; and A maintenance reporting module, connected to the telecommunications number inquiry module, sends a maintenance reporting signal to the network management device of the telecom provider when the circuit status is abnormal, and sends a dispatch signal to a service management device when the circuit status is normal. The network-connected security device that can automatically detect disconnection as described in claim 1 further includes a notification module that sends an abnormal event notification to a client electronic device when the circuit state is abnormal, and the notification module is in the When the repair reporting module sends the repair report signal to the network management device of the telecom provider, it sends a repair report notification to the client electronic device. The networked security device that can automatically detect disconnection as described in claim 2, wherein the client electronic device generates a release command and sends it to the notification module, and the repair module sends a message when the circuit status is abnormal The release signal is sent to the network management device of the telecom provider, and the release signal is sent to the service management device when the circuit state is normal. The network connection security device that can automatically detect disconnection as described in claim 2, wherein the connection detection module sends a reply connection signal to the notification module when the network line is restored, and the notification The module sends a reply connection notification to the client electronic device. The networked security device capable of automatically detecting disconnection as described in Claim 1 further includes a warning module connected to the telecommunications number query module to issue a warning when the circuit state is abnormal. A network security system that can automatically detect disconnection, including: The network-connected security device as described in any one of claims 1 to 5; a security host, sending the security signal to the networked security device via the network line; A telecom network management device, including a detection module, which detects and generates the circuit state according to the query signal; and A duty management device receives the dispatch signal sent by the networked security device. The network connection security system capable of automatically detecting disconnection as described in claim 6, wherein the inquiry signal includes a telecommunications number, and the detection module of the network management device of the telecommunications provider detects the corresponding telecommunications number based on the telecommunications number of the inquiry signal The circuit status of the network line of the telecom number. The networked security system capable of automatically detecting disconnection as described in Claim 6 further includes a working machine, the duty management device generates a dispatch order according to the dispatch signal, and the working machine generates the reply according to the dispatch order The network connection signal is sent and the reply connection signal is sent to the network connection security device . The network connection security system that can automatically detect disconnection as described in claim 6, wherein the network management device of the telecommunication provider further includes a scheduling module, which generates a maintenance when receiving the query signal and detecting that the circuit state is abnormal schedule list. The network connection security system capable of automatically detecting disconnection as described in claim 6, wherein the connection detection module of the network security device sends the recovery connection signal to the network connection when the network line is restored A security host, the security host reconnects to the network line according to the network recovery signal.

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