TWI797440B - Security system with an integrate multi-system having monitorable equipment - Google Patents

Abstract

A security system with an integrate multi-system having monitorable equipment includes a security gateway, a sensor, a first ground-end device, an open cloud security server, a network accessor, a second local device, a closed cloud server, a standby open cloud server. The sensor connected to the security gateway for information exchange. The first ground-end device connected to the security gateway for information exchange. The open cloud security server, connected to the security gateway for information exchange. The second local device connected to the network access device for information exchange. The closed cloud server connected to the network access device for information exchange. The standby open cloud server is connected to the network access device for information exchange, wherein the standby open cloud server exchanges information with the open cloud security server via the network access device.

Description

Security system with integrated multi-system monitorable equipment

A security system, especially a security system with integrated multi-system monitorable equipment.

Nowadays, whether it is a community, an office building, a community, or a variety of shops, there are many security systems installed to maintain personal safety and avoid incidents such as theft, and images can be provided afterwards to deal with abnormal incidents.

In order to make it easier for users to use the security system, most of the current security systems integrate the user's electronic devices. Therefore, users can use electronic devices such as computers, tablet computers, or mobile phones to remotely watch the images of the security system. However, the existing security system is a closed system, which cannot be integrated with other monitoring systems or security systems. It is very inconvenient for users to operate each system separately.

In view of the above problems, the present invention provides a security system with integrated multi-system monitorable equipment, including: a security gateway; a sensor, connected to the security gateway for information exchange; a first ground device, connected to the security gateway For information exchange; open cloud security server, connected to the security gateway for information exchange; network access device; second local device, connected to the network access device for information exchange; closed cloud server , connect to the web accessor and proceed performing information exchange; and the backup open cloud server connected to the network access device for information exchange, wherein the backup open cloud server exchanges information with the open cloud security server through the network access device.

The present invention can integrate the ground-end device with its open cloud server through the dual-mode communication system, and integrate with the cloud server of the open monitoring device. Therefore, the mobile device can not only operate the security application, but also monitor Other closed and open sensor or ground equipment. In addition, in order to achieve context linkage of the security system, the cloud security server in the security system must transmit the current status of the sensors or ground-end devices it can monitor to the security gateway in the ground in real time, so that the security system can Do situational linkage (such as security setting, security release, sleep notification, wake-up notification, thief intrusion alarm, fire alarm, timing control, etc.), if the local device is installed in a plug-in mode, the control command needs to be transmitted to the upper cloud server, and exchange information with cloud servers of other systems through its upper cloud server, so as to achieve multi-system integration.

1: Security system

11: Security Gateway

12: Perceptron

13: The first ground equipment

14: Open cloud security server

2: Closed equipment monitoring system

21: Network accessor

23: Second ground equipment

24:Closed cloud server

25: Spare open cloud server

5:Mobile device

[Fig. 1] is a system block diagram (1) of an embodiment of the present invention.

[Fig. 2] is a system block diagram (2) of an embodiment of the present invention.

[Fig. 3] is a system block diagram (3) of an embodiment of the present invention.

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, Fig. 2 and shown in Fig. 3, Fig. 1, Fig. 2 and Fig. 3 are an embodiment of the present invention The block diagrams (1), (2) and (3) of the security system with integrated multi-system monitorable equipment of the embodiment. The security system with integrated multi-system monitoring equipment of the present invention can be mainly composed of a plurality of different monitoring systems or security systems. Here, different monitoring systems or security systems can be located in the same area, that is, for example, the same home or the same Offices or the same building, but different monitoring systems or security systems can also be located in different areas, such as different homes of users, different offices of the same company, or different buildings.

For ease of understanding, this embodiment takes the security system 1 and the closed equipment monitoring system 2 as an example for illustration, and the present invention is not limited thereto. In addition, the information exchange mentioned below can be a one-way information exchange or a two-way information exchange, and the data exchange can be, for example, the transmission of messages or images, the transmission of instructions, etc., and is not limited to the foregoing .

The security system 1 mainly includes a security gateway 11 , a sensor 12 , a first local device 13 and an open cloud security server 14 .

The security gateway 11 has the function of a security host, which can perform security monitoring and equipment monitoring in the area, and provide context linkage functions (such as security setting, security release, bedtime notification, wake-up notification, thief intrusion alarm, fire alarm, timing control, etc.).

The sensor 12 is connected to the security gateway 11 for information exchange. Here, the sensor 12 can be, for example, a fire sensor, a shock sensor, or an intrusion sensor, which can be used for security or monitoring.

The first local device 13 is connected to the security gateway 11 for information exchange. Here, the first ground-end device 13 can be, for example, various monitoring devices, camera devices, lamps, sound source devices, or air-conditioning devices.

Here, the sensor 12 and the first ground device 13 can preferably communicate via the near-end To exchange information with the security gateway 11, but it is not limited to this, and other communication methods can also be used to connect to the security gateway 11, such as Wi-Fi, 4G, 5G and other communication methods.

The open cloud security server 14 is connected to the security gateway 11 by Wi-Fi, 4G, 5G and other communication methods for information exchange, but not limited to the aforementioned communication methods.

The closed device monitoring system 2 mainly includes a network access device 21 , a second local device 23 , a closed cloud server 24 and a backup open cloud server 25 .

The network access device 21 has the function of an access bridge (Access Point, AP) or a router.

The second ground device 23 is connected to the network access device 21 to exchange information. Here, the second ground-end equipment 23 can be, for example, various monitoring equipment, camera equipment, lamps, sound source equipment, or air-conditioning equipment.

The closed cloud server 24 is connected to the network access device 21 by Wi-Fi, 4G, 5G and other communication methods to exchange information, but not limited to the aforementioned communication methods.

The backup open cloud server 25 is connected to the network access device 21 by Wi-Fi, 4G, 5G and other communication methods to exchange information, but not limited to the aforementioned communication methods. Wherein, the spare open cloud server 25 carries out information exchange with the open cloud security server 14 via the network access device 21, therefore, the security gateway 11 passes through the open cloud security server 14, the standby open cloud server 25 to achieve the purpose of information exchange with the second ground-end device 23, so that the security gateway 11 can link with the second ground-end device 23 of the closed equipment monitoring system 2. In other words, even a closed monitoring system can The purpose of interlocking each device in the closed system can be achieved through the security gateway 11 in the non-closed system.

In this embodiment, the second ground end device 23 is preferably a dual-mode device, which can To support two different system specifications, in other words, the second ground device 23 can use the first communication module (not shown) to exchange information with the closed cloud server 24 through the network access device 21, and use the second communication module The group (not shown in the figure) exchanges information with the standby open cloud server 25 via the network access device 21 .

Please continue to refer to FIG. 3, the closed cloud server 24 can exchange information with the second ground device 23 via the network access device 21, because the backup open cloud server 25 is connected via the network access device 21 To exchange information with the open cloud security server 14, therefore, the closed cloud server 24 can exchange information through the standby open cloud server 25, the open cloud security server 14 and the security gateway 11. In other words, after the closed cloud server 24 exchanges information with the second local device 23 , it can be transmitted to the security gateway 11 via the backup open cloud server 25 and the open cloud security server 14 .

Please continue to refer to Figures 1 and 3, the security gateway 11 can be connected to the mobile device 5, which means that the user can use the mobile device 5 to connect to the security gateway 11, and the mobile device 5 can send control commands to the security gate The security gateway 11 is used to operate the security gateway 11 to perform security monitoring, equipment monitoring, context linkage and other functions, whereby the mobile device 5 can remotely control the security gateway 11, or control the sensor via the security gateway 11 12 or the first ground-end device 13, or obtain the information of the security gateway 11, the sensor 12 or the first ground-end device 13, such as information and images of abnormal event reports. Here, the mobile device 5 can preferably exchange information with the security gateway 11 through near-end communication, but it is not limited to this, and can also connect to the security gateway 11 in other communication methods, such as Wi-Fi, 4G, 5G and other communication methods.

Furthermore, the open cloud security server 14 can be connected to the mobile device 5, which means that the user can use the mobile device 5 to connect to the open cloud security server 14, and the mobile device 5 Control commands can be sent to the security gateway 11 via the open cloud security server 14 to operate the security gateway 11 to perform functions such as security monitoring, equipment monitoring, and context linkage, which are as described above and will not be repeated here. .

Please continue to refer to FIG. 2 and FIG. 3, the network access device 21 can be connected to the mobile device 5, which means that the user can use the mobile device 5 to connect to the network access device 21, and the mobile device 5 accesses the network via the network. The device 21 transmits the control command to the second ground-end device 23 . In this way, the mobile device 5 can control the second local device 23 through the network access device 21, such as turning on or off the operation of the second local device 23, or obtaining the network access device 21 or the second local device 23 information, such as information and images of abnormal events reported. Here, the mobile device 5 can preferably exchange information with the second ground device 23 via near-end communication, but it is not limited to this, and can also be connected to the security gateway 11 by other communication methods, such as Wi-Fi, 4G , 5G and other communication methods.

Furthermore, when the network access device 21 is connected to the mobile device 5, the mobile device 5 can exchange information with the closed cloud server 24 through the network access device 21, for example, it can obtain the network access device 21 or the second The information of the local device 23, or other information stored in the closed cloud server 24.

Please continue to refer to FIG. 3, the security gateway 11 can generate linkage commands according to user operations or control commands of the mobile device 5, and transmit them to the second server via the open cloud security server 14 and the backup open cloud server 25. The ground-end device 23 is used to drive the second ground-end device 23 to perform context linkage.

The open cloud security server 14 can be connected to the mobile device 5, which means that the user can use the mobile device 5 to connect to the open cloud security server 14, and the mobile device 5 is connected to the open cloud security server 14, the backup open cloud server The device 25 transmits the control instructions of the mobile device 5 order to the second ground end device 23.

Please continue to refer to FIG. 2 and FIG. 3, the standby open cloud server 25 can be connected to the mobile device 5, which means that the user can use the mobile device 5 to connect to the standby open cloud server 25, and the mobile device 5 can be connected to the standby open cloud server 25 through the standby open cloud server. The open cloud server 25 and the open cloud security server 14 transmit the control command of the mobile device 5 to the security gateway 11.

By means of the above methods, the mobile device 5 or the security gateway 11 can be linked to the second ground device 23 of the closed equipment monitoring system 2. In other words, even a closed monitoring system can be connected to The mobile device 5 or the security gateway 11 achieves the purpose of interlocking each device in the closed system.

In one implementation, the backup open cloud server 25 in the closed device monitoring system 2 can be the same as the open cloud security server 14 in the security system 1, that is, the backup open cloud server 25 is the same as the open cloud server. The security server 14 is the same, and the backup open cloud server 25 can be connected to other network access devices, and then connected to other ground-end equipment or mobile devices to form another monitoring system or security system. In other words, the backup open cloud server 25 of one system can be the open cloud security server 14 of another system, thereby integrating two or more different systems.

To sum up, the present invention can integrate the ground-end device with its open cloud server through dual-mode communication, and integrate with the cloud server of the open monitoring device. Therefore, the mobile device can not only operate the security application In addition, it can also monitor other closed and open sensors or ground-end equipment. In addition, in order to achieve context linkage of the security system, the cloud security server in the security system must transmit the current status of the sensors or ground-end devices it can monitor to the security gateway in the ground in real time, so that the security system can Do context linkage (such as security settings, security Full release, sleep notification, wake-up notification, thief intrusion alarm, fire alarm, timing control, etc.), if the ground-end device is installed in a plug-in mode, the control command needs to be transmitted to its upper cloud server (such as the first ground-end device The upper cloud server of the upper cloud server is an open cloud security server, and the upper cloud server of the second ground device is a closed cloud server), and exchange information with cloud servers of other systems through its upper cloud server, namely Multi-system integration can be achieved.

Although the technical content of the present invention has been disclosed above with preferred embodiments, it is not intended to limit the present invention. Any modification and modification made by those skilled in the art without departing from the spirit of the present invention should be covered by the present invention. Therefore, the scope of protection of the present invention should be defined by the scope of the appended patent application.

11: Security Gateway

12: Perceptron

13: The first ground equipment

14: Open cloud security server

21: Network accessor

23: Second ground equipment

24:Closed cloud server

25: Spare open cloud server

5:Mobile device

Claims (7)

A security system with integrated multi-system monitorable equipment, including: a security gateway; a sensor, connected to the security gateway for information exchange; a first ground device, connected to the security gateway for information exchange Information exchange; an open cloud security server, connected to the security gateway for information exchange; a network access device; a second local device, connected to the network access device for information exchange; a closed an open cloud server connected to the network access device for information exchange; and a backup open cloud server connected to the network access device for information exchange, wherein the backup open cloud server passes through the network access device to exchange information with the open cloud security server; wherein, the second local device exchanges information with the closed cloud server through the network access device, and the closed cloud server 24 exchange information with the security gateway through the network access device, the standby open cloud server, and the open cloud security server; the security gateway generates a linkage command, and passes through the open cloud security server server and the backup open cloud server to the second ground-end device, so as to drive the second ground-end device to perform context linkage. The security system with integrated multi-system monitorable equipment as described in Claim 1, wherein the security gateway is connected to a mobile device, and the mobile device sends a control command to the security gateway. The security system with integrated multi-system monitoring equipment as described in claim 1, wherein the open cloud security server is connected to a mobile device, and the mobile device transmits a control command to the security gate through the open cloud security server Taoist. The security system with integrated multi-system monitoring equipment as described in claim 1, wherein the network access device is connected to a mobile device, and the mobile device transmits a control command to the second terminal through the network access device equipment. The security system with integrated multi-system monitoring equipment as described in claim 1, wherein the network access device is connected to a mobile device, and the mobile device exchanges information with the closed cloud server through the network access device . The security system with integrated multi-system monitorable equipment described in claim 1, wherein the open cloud security server is connected to a mobile device, and the mobile device is connected to the backup open cloud server through the open cloud security server Send a control command to the second ground-end device. The security system with integrated multi-system monitoring equipment as described in claim 1, wherein the backup open cloud security server is connected to a mobile device, and the mobile device is connected to the open cloud security server through the backup open cloud server The device sends a control command to the secure gateway.

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