TWM487495U - Security monitoring system - Google Patents

Description

Security monitoring system

This creation provides a monitoring system, especially a security monitoring system.

In order to protect the safety of its internal staff and property, most communities, office buildings and business premises in the community will set up security systems and security personnel to protect the community, office buildings or business through the detection of security systems and the monitoring of security personnel. The safety of the place, so as not to cause small or robbery invasions and other illegal circumstances.

At present, the security system often has an access control system, an image monitoring system, a window monitoring system or other systems, so that the access control system can be used to control the entrance and exit of the door, or the image can be taken through the image monitoring system and monitored by the monitoring personnel or monitored through the window. The system monitors whether a window has been opened, or other corresponding monitoring items, so that the security personnel can immediately know the abnormal condition.

However, all kinds of monitoring systems transmit signals of the objects they are monitoring. For example, when entering or leaving the gate, if someone holds an invalid control card, the invalid control card cannot enter and exit the gate. Knowing; or the security personnel know through the image monitoring system whether there is an abnormality at the scene being photographed. If there is an abnormality, the security personnel need to know immediately what kind of situation occurs on the scene; that is, the maintenance host will distribute a lot of display signals to display separately. Which and where an abnormality occurs, and the monitoring personnel at the remote central control center should be very aware of the representative meaning of the various signals displayed on the host.

However, when the host is full of too many display signals, it is easy for the monitoring personnel to make mistakes. In addition, if there are new security personnel or security personnel who are unfamiliar with the signal distribution, they will not be able to provide better monitoring quality. Moreover, when the signal distribution is too much, it means that the signal for the security host to transmit signals to the central control center is relatively large. For the security host of the central control center, it is a great burden to receive signals from different regions at the same time.

In view of the above problems, the author provides a security monitoring system to integrate various types of signals for the security system for maintenance personnel to monitor and reduce the receiving load of the central control center.

An embodiment of the present invention provides a security monitoring system, including: a security control machine, a control center computer, a camera, a security control module, an image servo module, a sensor, and a security host. The control center computer is connected to the Internet and is connected to the security control machine. The mainframe communication connection security control device is connected, and the sensor is connected to receive the detection signal of the sensor, and the abnormality event is determined according to the detection signal. The security host has a security control module and an image servo module, and the image servo module Connect the camera to obtain the video data of the camera, and transmit the video data to the control center computer via the Internet. The image servo module has a plurality of hardware components and executes a self-test program to test at least one of the plurality of hardware components. When an abnormality occurs, an abnormal signal is generated, and the security control module transmits the security signal to the security control machine when receiving the abnormal signal or when it is determined that an abnormal event occurs.

Through the security monitoring system formed by the above structure, the security host receives the detection signal of the sensor and the abnormal signal of the image servo module, thereby integrating the abnormal event when the abnormality occurs, and quickly providing the abnormality of the security personnel through the security control machine. Information about the event, the same At the time, the security control machine transmits the integrated abnormal signal to the control center computer via the Internet. The control center computer can use the image signal transmitted by the image servo module to match the abnormal signal transmitted by the security control machine for monitoring in the control center. Personnel can dispatch appropriate personnel to the site for inspection as needed.

10‧‧‧Safety control machine

11‧‧‧Security host

12‧‧‧ Sensor

20, 20'‧‧‧ image servo module

21, 21’‧‧‧ camera

22‧‧‧ hardware components

30‧‧‧Control Center Computer

40‧‧‧Finger reader

50‧‧‧Access Control Host

51‧‧‧Logistics server

60‧‧‧Web server

61‧‧‧User device

70‧‧‧Security Control Module

[FIG. 1] A schematic diagram of an architecture of a security monitoring system according to an embodiment of the present invention.

[Fig. 2] is a schematic structural view of an embodiment of the present image servo module.

[Fig. 3] is a schematic diagram of an architecture of a security monitoring system of another embodiment of the present invention.

[Fig. 4] is a schematic diagram of an architecture of a security monitoring system according to still another embodiment of the present invention.

[Fig. 5] is a schematic diagram of an architecture of a security monitoring system in accordance with still another embodiment of the present invention.

[Fig. 6] is a schematic diagram of an architecture of the security monitoring system of the present embodiment.

FIG. 1 is a schematic diagram of an architecture of a security monitoring system according to an embodiment of the present invention. Referring to FIG. 1 , the security monitoring system includes a security control machine 10 , a control center computer 30 , a camera 21 , an image servo module 20 , a sensor 12 , and a security host 11 . The security control unit 10 can be connected to the Internet to communicate with the security host 11 and can communicate with the control center computer (eg, via RS485 communication technology). The security host 11 has an image servo module 20 and a security control module 70. The camera 21 is connected to the image servo module 20, and the image servo module 20 is connected to the Internet and is in communication with the control center computer 30. The security host 11 is in communication with the security controller 10 and the sensor 12, respectively. Here, the security host 11 can communicate with the security control device 10 through the Internet, and can also use the dedicated line or the telephone line and the security management tube. Machine 10 communication. The security control module 70 can be substantially a circuit board. The image servo module 20 can be substantially another circuit board and can be plugged into the motherboard as the security control module 70. Here, the security host 11 may have a casing, and the foregoing two circuit boards are disposed in the casing. The motherboard may have a processor, a memory, a communication circuit, and the like to perform the required functions.

FIG. 2 is a schematic structural diagram of an embodiment of the image servo module 20 of the present invention. Referring to FIG. 2, the image servo module 20 has a hardware component 22 that performs a self-test procedure to generate an abnormal signal when at least one of the hardware components is tested to be abnormal. In other words, each hardware component 22 will have an abnormal test result for the image servo module 20 to generate an abnormal signal when performing the self-test procedure. The hardware component 22 can test hardware problems such as the image servo module 20 or the camera 21 through a self-test program, such as whether the image servo module 20 communicates with the Internet or not, whether the camera 21 image is normally received and transmitted, and the camera 21 Whether it can be normalized and reduced, whether the focal length of the camera 21 is correct, or whether the image servo module 20 is normally communicated with the control center computer 30, but the creation is not limited thereto. Moreover, the camera 21 is used to capture video data, and the video data can be a dynamic or static image.

In one embodiment, the video data is determined to be a still image or/and a motion image according to the settings stored in the image servo module 20. In other words, the image servo module 20 can provide a setting interface, such as a built-in setting webpage for the user to log in to set up. When the user selects that some of the sensors 12 are triggered, the corresponding camera 21 is set to take a picture (ie, the video data is a still image) or video (ie, the video data is a still image). For example, when the vault sensor is triggered, only the video is taken and the camera is not taken; when the door and window anti-theft sensor is started, it is recorded and photographed.

In some embodiments, the self-testing program can detect the confirmed video data. Whether there is an abnormality, that is, the self-test program can detect whether there is foreign matter intrusion, unusual movement of the item, or other abnormal events in the video data captured by the camera 21. In other words, the self-test program may be a motion detection program, a foreign object intrusion detection program, a face recognition detection program, or other image processing related programs, which is not limited in this embodiment.

In some embodiments, at least one of the hardware components 22 is a storage device for storing the video data of the camera 21; that is, when the hardware component 22 is used as the storage device, the camera 21 captures the captured image. The video data is obtained by the hardware component 22 that executes the self-test program from which the video data is obtained, and is self-tested, and generates an abnormal signal when there is an abnormality, and transmits the abnormal signal to the security host 11. Here, the storage device may be a storage medium such as a memory card or a hard disk.

Referring to FIG. 1 , the security control module 70 of the security host 11 receives the detection signal (ie, the sensor status) sensed by the sensor 12 , and determines whether an abnormal event occurs according to the detection signal. The detection signal of the abnormal event is converted into a security signal for transmission to the security control machine 10. In addition, the security control module 70 also converts the abnormal signal into a security signal for transmission to the security control machine 10. In other words, when the security control module 70 of the security host 11 receives an abnormal signal or determines that an abnormal event has occurred, a security signal is transmitted to the security control device 10, that is, the security signal corresponds to an abnormal signal or an abnormal event. The detection signal or a combination thereof is not limited to this creation. In addition, the control center computer 30 obtains the security signal via the security control device 10, so that after the security center computer 30 obtains the security signal, the on-site status of the abnormal event can be quickly known, and the monitoring personnel of the control center computer 30 can be dispatched according to the demand. Manpower to on-site support.

In this embodiment, the sensor 12 can be a fire sensor, a smoke sensor, This creation is not limited to window open sensor, door open sensor, carbon monoxide sensor, or other related sensor.

In some embodiments, the security control module 70 of the security host 11 can capture the image of the camera 21 by linking the image servo module 20 according to the detection of an abnormal event. That is, the security control module 70 transmits a linkage signal to the image servo module 20 according to the detection signal, and the image servo module 20 transmits the video data to the control center computer 30 in response to the linkage signal. In other words, when the image control module 70 determines that the image server module 20 is an abnormal event, the security control module 70 requests the image server module 20 to transmit the video data corresponding to the abnormal event to the control center computer 30, thereby further backing up the control. Central computer 30. Moreover, the transmitted video data is captured by the camera 21 before and after the abnormal event occurs, that is, the video data backed up by the control center computer 30 is the length of the time interval before and after the abnormal event time point, wherein The time interval can be from a few seconds to a few minutes, which can be set according to requirements. This creation is not limited to this.

In addition, the camera 21 may also be disposed corresponding to the sensor 12, such as the sensor 12 being a door opening sensor, and the camera 21 may be configured to obtain video data corresponding to the door and window of the sensor 12, thereby generating an abnormal event of the sensor 12 When the security control module 70 detects that the detection signal of the sensor 12 is abnormal, if the door and window are opened, the security control module 70 generates a linkage signal to the image servo module according to the detection signal of the sensor 12 The group 20 causes the image servo module 20 to drive the camera 21 corresponding to the sensor 12 to capture the video data, and simultaneously transmits the video data of the last few minutes (for example, 5 minutes) before the abnormal event to the control center computer 30. Furthermore, the linked signal can cause the video servo module 20 to transmit the video data captured by the plurality of cameras 21 to the control center computer 30, and the plurality of cameras 21 can be set to correspond to a single correspondence. There is a connection between the on-site environment in the device 12, so that the situation of the abnormal events at the scene environment can be completely known.

FIG. 3 is a schematic structural diagram of a security monitoring system according to another embodiment of the present invention. Referring to FIG. 3, the security monitoring system further includes a fingerprint reader 40, and the security control module 70 of the security host 11 is connected. When the fingerprint reader 40 reads the fingerprint of the first finger of the user, the transmission is performed. a signal to the security control module 70, when the fingerprint reader 40 reads the fingerprint of the second finger of the user, transmits the second signal to the security control module 70, and the security control module 70 executes the first signal according to the first signal. An action and performing a second action according to the second signal. For example, when the fingerprint reader 40 reads the fingerprint of the forefinger's index finger, the unlocking action can be performed, such as the door lock, the lock of the security host 11 or the release security system, etc., if the fingerprint reader 40 reads the security personnel. When the fingerprint of the thumb is displayed, an alarm notification or an emergency call may be executed. In other words, the meaning of the various fingerprints of the security personnel may be preset before the security host 11 to facilitate the fingerprint reader 40 to read the corresponding fingerprint. At this time, the security host 11 can issue a corresponding command action, so as to prevent the security personnel from being subjected to the restraint, thereby secretly issuing a distress signal to the control center computer 30, so that the computer of the control center can dispatch the personnel to the site as soon as possible. In addition, this is only an example to illustrate the corresponding action represented by each fingerprint. This creation is not a limitation, and the setting may be changed by itself depending on the needs.

FIG. 4 is a schematic structural diagram of a security monitoring system according to still another embodiment of the present invention. Referring to FIG. 4, the security monitoring system further includes an access control host 50 and a logistic server 51. The access control host 50 communicates with the security control module 70 of the security host 11. The logistic server 51 is connected to the internet. The access control host 50 opens the access control according to the external identity feature, and the security control module 70 transmits the identity information of the corresponding identity feature and the access opening time to the access control when the access control is enabled. The logistic server 51 is configured to store the plurality of corresponding identity features of the log server 51 and the corresponding access opening time. Here, the access control host 50 has a reading device capable of reading an external identity feature, such as an image capturing device, a fingerprint reading device, an iris reading device, an RF card reading device, an infrared reading device, or the like, which is available for reading. The device for taking the identity feature; the identity feature can be a facial feature, a fingerprint feature, an iris feature, an identification card feature, etc., and the creation is not limited thereto. After the access control host 50 reads the external identity feature, the security control module 70 can analyze and determine whether the identity feature is a license to further determine whether to open the access control. Moreover, when the security control module 70 determines that the permission is granted, the security control module 70 causes the access control host 50 to open its corresponding door lock, and the security control module 70 transmits the corresponding identity information and the time information of the access control to the The logistic server 51 is backed up, so that it can be further used for attendance.

FIG. 5 is a schematic structural diagram of a security monitoring system according to still another embodiment of the present invention. Referring to FIG. 5, the security monitoring system further includes a web server 60, the web server 60 is connected to the internet to receive a connection request from the user device 61, and the web server 60 is served via an image server via the Internet. The module 20 obtains the instant video data and streams the video data to the user device 61. The user device 61 can be an electronic device that can be connected to the Internet, such as a mobile device, a personal computer, a notebook computer, a smart phone, etc., so that the user can remotely monitor the video data through the user device 61. In order to instantly know the scene of the abnormal event, in order to issue a more appropriate dispatch security personnel instructions. Furthermore, the web server 60 receives the control command from the user device 61 and transmits it to the security control device 10 via the Internet to transmit the control command to the security host 11 via the security controller 10, so that the security host 11 executes according to the control command. Controlling the action whereby the user can remotely use the user device 61 The operation saves the host 11 so that when the host 11 is abnormal or the host 11 needs to be updated, the abnormality or update procedure can be performed in the remote control mode to save maintenance costs.

Figure 6 is a schematic diagram showing one of the architectures of the security monitoring system of another embodiment of the present invention. Referring to Fig. 6, the security monitoring system may include one or more other image servo modules 20' and a camera 21' to expand the connection camera 21'. For example, the image servo module 20 can be connected to four cameras 21, and after the image servo module 21' is added, four cameras 21' can be connected. The image servo module 20 ′ is in communication with the security control module 70 of the security host 11 , whereby the security control module 70 can obtain another video data of the other camera 21 ′ and its abnormal event via the image servo module 20 ′. Message. In addition, the image servo module 20' is in communication with the Internet to transmit another video material to the central control computer 30. This makes it easy to expand the image servo module 20 and the camera 21. In some embodiments, when the image servo module 20 ′ is expanded, the image servo module 20 ′ may be communicatively coupled to the image servo module 20 (not shown), and then passed through the image servo module 20 . Another video message is transmitted to the control center computer 30. In other words, the connection of the image servo module 20' to the image servo module 20 or the security host 11 is not limited in this creation, and may be changed depending on the site demand, the load condition of the security host 11, or the construction requirements. Here, the image servo module 20' may have a separate housing separate from the security host 11 and connected to the security host 11 via a signal line.

The security monitoring system formed by the above-mentioned structure integrates the detection signals or the abnormal signals into the security signal through the security host 11, thereby allowing the security control device 10 to simply display the security signal, so that the security personnel can easily and quickly know the abnormal situation. And the site where the abnormality occurred, even the less familiar security personnel can quickly get started, which can provide better monitoring efficiency, and the security host 11 integrates the various detection signals and abnormal signals into security information. In this way, it can be integrated and transmitted to the control center computer 30, so that when the control center computer 30 receives a plurality of security signals, the signal can be prevented from being too scattered and the receiving load is too heavy, that is, the control center can be lowered by the security signal. The receiving load of the computer 30 can increase the efficiency of the central control computer 30.

Although the technical content of the present invention has been disclosed in the above preferred embodiments, it is not intended to limit the present invention. Anyone who is familiar with the art, and some modifications and refinements that do not depart from the spirit of the present invention should be included in the creation. Therefore, the scope of protection of this creation is subject to the definition of the scope of the patent application.

10‧‧‧Safety control machine

11‧‧‧Security host

12‧‧‧ Sensor

70‧‧‧Security Control Module

20‧‧‧Image Servo Module

21‧‧‧ camera

22‧‧‧ hardware components

30‧‧‧Control Center Computer

Claims (10)

A security monitoring system includes: a security control machine; a control center computer connected to an internet network and communicatively connected to the security control machine; a camera; a sensor; and a security host, and a communication connection control device And connecting the sensor to receive a detection signal of the sensor, and determining whether an abnormal event occurs according to the detection signal, the security host has a security control module and an image servo module, the image servo The module is connected to the camera to obtain a video data of the camera, and the image servo module transmits the video data to the control center computer via the Internet, the image servo module has a plurality of hardware components and performs a self The test program generates an abnormal signal when the at least one of the plurality of hardware components is abnormal, and the security control module transmits a security signal when the abnormal signal is received or when it is determined that the abnormal event occurs The security control machine. The security monitoring system of claim 1, wherein the security control module transmits a linkage signal to the image servo module according to the detection signal, and the image servo module transmits the video data to the control center in response to the linkage signal The computer, wherein the video data is transmitted by the camera during a time interval before and after the detection signal is generated. The security monitoring system of claim 1, further comprising a fingerprint reader connected to the security control module, wherein the fingerprint reader transmits a first signal when reading a fingerprint of a first finger of a user Up to the security control module, the fingerprint reader transmits a second signal to the security control module when reading the fingerprint of the second finger of the user, the security control The module performs a first action according to the first signal, and performs a second action according to the second signal. The security monitoring system of claim 1, further comprising an access control host and a logistic server, wherein the access control host is connected to the security control module, the logistic server is connected to the internet, and the access control host is based on the external one. The identity feature enables the access control, and the security control module transmits an identity information corresponding to the identity feature and an access opening time to the logistic server when the access control is opened. The security monitoring system of claim 1 further includes another image servo module and another camera, wherein the other image servo module is communicatively coupled to the other camera, and the other image servo module is connected to the network. Transfer another video material of the other camera to the control center computer. The security monitoring system of claim 5, wherein the another image servo module is in communication with the security control module of the security host. The security monitoring system of claim 1, further comprising: a web server connected to the internet to receive a connection request from a user device, and obtaining an instant from the image servo module The video data is streamed to the user device. The security monitoring system of claim 7, wherein the web server receives a control command of the user device, and transmits the control command to the security control device via the internet, and transfers the control via the security control device. The security control module is commanded to the security host, and the security control module performs a control action according to the control command. The security monitoring system of claim 1, wherein the control center computer obtains the security signal from the security control machine. The security monitoring system of claim 1, wherein one of the plurality of hardware components is a storage device for storing the video material of the camera.