TWI474288B - Automatic monitoring system of the security system - Google Patents

Description

Automatic monitoring system protection system

The invention relates to a protection system, in particular to an protection system of an automatic monitoring system.

According to the development of science and technology and the improvement of living standards, people's lives are more and more convenient, and they are increasingly demanding environmental quality and life safety. They need to carry out a wide range of automatic monitoring of the environment and set up monitoring systems for various functions. . The monitoring equipment of the installation is of high value, but due to safety and traffic difficulties, it is unattended. Therefore, it is necessary to have a good protection system to avoid loss of property and ensure the normal implementation of monitoring. Recently, in order to cope with the temporary situation of environmental detection, many mobile monitoring systems have been developed. Once connected with the vehicle, they can be immediately towed to the place required for monitoring. After the setting, because the monitoring environment is dangerous, the personnel need Leave immediately and have a higher demand for security. In fact, after the completion of these monitoring system devices, if the external force is invaded and caused to be rotated, moved or tilted, it is also likely to cause problems such as failure of the instrument operation and detection of object errors, resulting in failure of the monitoring work, and the results obtained cannot meet the monitoring requirements.

The existing security or anti-theft system, the main purpose is to provide an alarm of being hacked or stolen, and it is impossible to know whether the monitoring system or its internal monitoring system related equipment has been rotated, tilted or moved. Therefore, there is a need to provide a novel automatic monitoring system protection system for the above problems, using a detectable vibration and motion sensing device to detect that the automatic monitoring system or the monitoring system is moved, stolen or destroyed. Nearly, the 3-axis accelerometer technology is mature and commercialized. It has been applied to the development of robots. It can quickly provide acceleration g-values and displacements in three-dimensional directions. It can be measured in real time regardless of the general plane or vertical height direction, such as earth-rock flow. Causes the motion monitoring system to slide down the valley to create a height change that provides the depth of the slip; the 3-axis accelerometer can measure the displacement and therefore can be positioned without the shadowing effect, with the general known Global Positioning System (GPS) positioning The advantages that are not available can be more accurately found out the position after being moved; with vibration and sway detection, it can be detected that the automatic monitoring system is knocked and shaken; The ability to detect tilt, combined with the amount of displacement, can help to know if the monitoring instrument is operating in accordance with the requirements of the job. At present, image monitoring is also becoming more and more popular during environmental monitoring. The image processing technology of digital monitoring can already judge the displacement. When the object is larger than a certain size and the displacement is close to a certain degree, it can be regarded as someone deliberately approaching. The accelerometer and image monitoring functions combine GPS positioning with wired and wireless communication networks (such as General Packet Radio Services (GPRS), 3G or Worldwide Interoperability for Microwave Access (WiMAX)) for instant transmission. It can effectively track the real-time status of the automatic monitoring system being moved, and help to immediately find the automatic monitoring system, thus solving the above problems.

One of the objectives of the present invention is to provide an automatic monitoring system protection system that senses the degree of rotation, movement, tilt or vibration of one of the automatic monitoring systems by a sensing device to generate a sensing signal to prevent automatic The monitoring system loses its working efficiency, moves, is stolen or destroyed due to external forces.

One of the objectives of the present invention is to provide an automatic monitoring system security system that detects an object by an image monitoring device to generate an image data and a sensing signal for real-time monitoring of image data and prevention of automatic monitoring. The system was compromised, stolen or destroyed.

The automatic monitoring station or system security system of the present invention is used to prevent being moved, stolen or destroyed. The security system comprises a sensing device, an image monitoring device and an information device. The sensing device senses a moving state and a vibration state of the monitoring system to generate a sensing signal, and the information device receives the sensing signal, generates a warning signal and sends a warning signal to prevent the monitoring system from being stolen, and immediately sends the message. Passed to the control center to monitor the development of the incident and take appropriate measures as soon as possible.

Furthermore, the monitoring system applied by the present invention includes an image monitoring device that detects a monitored object or an environmental state to generate an image data, determines whether the monitored object moves, and outputs the image data to the information device, and the information device receives the image. Data and output image data to the control center, If it is judged that someone or the surveillance object is close, a warning signal is generated and a warning signal is issued to prevent the surveillance system from being stolen, and the information is immediately transmitted to the control center to monitor the development of the event and take appropriate measures as soon as possible. For example, it was found that the theft activity immediately sounded an alarm, and the personnel voiced the warning, and at the same time, through the connection with the security unit or the police station, the theft was stopped.

In order to provide a better understanding and understanding of the structural features and efficacies of the present invention, the preferred embodiments and detailed descriptions are provided as follows:

Please refer to the first figure, which is a block diagram of a preferred embodiment of the present invention. As shown in the figure, the protection system of the automatic monitoring system of the present invention is mainly used to prevent the automatic monitoring system from being stolen. The security system includes an image sensing device 10, an image monitoring device 20, an information device 30 and a Control Center 40.

The sensing device 10 of the protection system senses one of the movement and vibration states of the automatic monitoring system to generate a sensing signal and output to the information device 30. The information device 30 receives the sensing signal, generates a warning signal and sends a warning signal to prevent damage, movement or loss of the automatic monitoring system caused by improper invasion. The sensing device 10 is a three-axis accelerometer, which generates a sensing signal according to the state of being moved or vibrated by the induction automatic monitoring system, that is, the displacement, the angle of rotation or the vibration of the sensing automatic monitoring system being moved. The state generates a sensing signal, wherein the vibration state is a rotation angle or an angular velocity, and the movement state is a horizontal displacement or a vertical displacement. In addition, the sensing device 10 senses that the moved or vibrating state is greater than a threshold value, and generates a sensing signal, or the information device 30 can receive the sensing signal transmitted by the sensing device 10, when the sensing signal is greater than the threshold value, The information device 30 generates an alert signal and sends a warning signal. In addition, the information device 30 transmits a warning signal to the control center 40 to warn the monitor to monitor the status of the system. In addition, when the security system senses that the surveillance system is stolen or damaged, the information device 30 will actively send an alarm to the control center, and the image monitoring device 20 is required to enhance the image collection frequency and video recording, and transmit it to the control center. 40. The monitoring personnel at the control center can better grasp the environmental conditions around the monitoring system.

The image monitoring device 20 detects an object or an environmental condition to generate an image data, and immediately outputs the image data to the information device 30. The information device 30 is coupled to the image monitoring device 20, receives the image data, and outputs the image data to the control device. The center 40 is provided for monitoring personnel at the control center 40 to know the condition of the on-site environment of the monitoring system. Furthermore, the image monitoring device 20 can further monitor and monitor the moving object and determine whether the monitored object is approaching the monitoring system. When it is judged that an object is close and the image size is larger than a parameter value, the image monitoring device 20 is activated to record only and issue an alarm.

Please refer to the second figure, which is a block diagram of another preferred embodiment of the present invention. As shown in the figure, the difference from the embodiment of the first figure is that the embodiment further includes a security system 45, an alert unit 50, a broadcast unit 55 and a detection unit 60. The control center 40 receives an alert from the information device 30, and the monitor informs the security system 45 as appropriate and responds to the alert. Among them, the security system 45 can be a private security company or a police company to be responsible for the security of the monitoring system. If the control center 40 does not respond to the processing within a certain period of time, the information device 30 notifies the security system 45 by itself.

The warning unit 50 is coupled to the information device 30. When the information device 30 receives the sensing signal transmitted by the sensing device 10 or the image monitoring device 20, an alarm signal is generated and transmitted to the warning unit 50 to issue an alarm signal. 50 is a warning light or a playback device (such as a speaker, LCD screen or buzzer). For example, when the sensing device 10 senses that the monitoring system is moved or destroyed, the warning signal is transmitted to the warning unit 50 via the information device 30 to display the warning light or play the warning sound, thereby deterring the unspeakable person. The broadcast unit 55 is coupled to the information device 20, receives the message and voice of the control center, and generates the required broadcast in the field. The broadcast unit 55 is a playback device (such as a speaker or an LCD screen). For example, when the information device 30 receives the sensing signal transmitted by the sensing device 10 and generates a warning signal and transmits it to the control center 40, the monitoring personnel can immediately know the situation of the scene through the image monitoring device 20 after learning the warning, and the monitoring personnel according to the scene. The status of the image is judged by an unknown person, and a broadcast signal is transmitted to the broadcasting unit 55 to persuade the unidentified person to leave by means of live voice broadcasting. The detection and defense unit 60 is a device capable of directly detecting and detecting the alarm and theft prevention (such as the currently commercially available human body infrared sensing, destroying the vibration sound sensing and the anti-theft report) The alarm generated can transmit the information device 30, and the information device 30 is transmitted to the control center 40 by the information device 30 to alert the monitoring personnel. At present, the objects around the monitoring system are close to each other, and the automatic monitoring station is prevented from being strained. .

Please refer to the third figure, which is a block diagram of another preferred embodiment of the present invention. As shown in the figure, the difference from the above embodiment is that the satellite positioning receiving unit 70 and a geographic information system database 80 are respectively coupled to the information device 30 and the control center 40, and the satellite positioning is performed. The receiving unit 70 receives a satellite data and transmits the satellite data to the information device 30 to provide a current coordinate position and transmit the coordinate position to the control center 40. Furthermore, the GIS database 80 is used to display and store a geographic data, so that the control center 40 can know the monitoring system by the geographic information transmitted by the geographic information system database 80 and the coordinate position transmitted by the information device 30. The physical location is displayed on the electronic map of the control center 40, and the monitoring personnel can know the current location of the monitoring system, that is, when the monitoring system is moved for unknown reasons, the monitoring personnel can use the satellite positioning receiving unit 70. The current location of the monitoring system is known to the GIS database 80, which in turn enables tracking of the location recovery automatic monitoring system. Moreover, since the sensing device 10 is a three-axis accelerometer, it has a function of measuring a three-dimensional displacement direction and a distance, and the generated sensing signal includes displacement data, such as horizontal displacement data or height displacement data, and is integrated by the information device 30. When the satellite positioning receiving unit 70 or the satellite positioning receiving unit 70 cannot receive the satellite signal, the displacement data can be finally added to the designated position to calculate the position. The height displacement data generated by the sensing device 10 can not only help determine whether the monitoring system is falling into the valley, but also can track the drop depth from the control center 40, which can be used as a decision basis for the recovery monitoring system work.

In summary, the automatic monitoring system of the present invention provides a sensing signal to an information device to generate a warning signal by one of the sensing devices being moved and vibrated by a sensing device. This can be used to prevent the monitoring system from losing its work efficiency, moving, stolen or destroyed due to external forces.

The invention is a novelty, progressive and available for industrial use, and should meet the requirements of the patent application stipulated in the Patent Law of China, and the invention patent application is filed according to law, and the prayer bureau will grant the patent as soon as possible. prayer.

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, and the shapes, structures, features, and spirits described in the claims are equivalently changed. Modifications are intended to be included in the scope of the patent application of the present invention.

10‧‧‧Induction device

20‧‧‧Image surveillance device

30‧‧‧Information device

40‧‧‧Control Center

45‧‧‧Security system

50‧‧‧Warning unit

55‧‧‧Broadcasting unit

60‧‧‧Detective unit

70‧‧‧Satellite positioning receiving unit

80‧‧‧Geographic Information System Database

The first diagram is a block diagram of a preferred embodiment of the present invention; the second diagram is a block diagram of another preferred embodiment of the creation; and the third diagram is a block diagram of another preferred embodiment of the creation. .

10‧‧‧Induction device

20‧‧‧Image surveillance device

30‧‧‧Information device

40‧‧‧Control Center

Claims (13)

A protection system for a monitoring system, which is provided with a monitoring system, the protection system comprising: a sensing device, sensing a moving state or a vibration state of the monitoring system, generating a sensing signal and outputting, further comprising a The detection unit detects an object approaching the monitoring system and generates a detection signal and transmits the detection signal to the information device, and the information device generates the warning signal according to the detection signal; The signal signal generates a warning signal and sends the warning signal, and determines the frequency of transmitting the image signal to a control center; a control center receives the image data to monitor the monitored object monitored by the image monitoring device; The image monitoring device monitors a monitored object or an environmental state to generate an image data, and outputs the image data to the information device for monitoring the monitored object, and further tracking the monitored object to generate the image data. For example, the security system described in claim 1 further includes: a geographic information system database for storing a geographic data for the control center to query the geographic data to know the location of the monitoring system. A protection system for a monitoring system, which is provided with a monitoring system, the protection system comprising: a sensing device, sensing a moving state or a vibration state of the monitoring system, generating a sensing signal and outputting, further comprising a The detection unit detects an object approaching the monitoring system and generates a detection signal and transmits the detection signal to the information device, and the information device generates the warning signal according to the detection signal; The signal signal generates a warning signal and sends the warning signal; a control center receives the warning signal transmitted by the information device to learn that the monitoring system is stolen; and a geographic information system database for storing a geographic location Data for the control center to query the geographic data to know the location of the monitoring system; and an image monitoring device for monitoring a monitored object or an environmental state to generate an image resource And outputting the image data to the information device for monitoring the monitored object. The protection system of claim 1 or 3, wherein the sensing device is a three-axis accelerometer. The protection system of claim 1 or 3, wherein the movement state is a horizontal displacement or a vertical displacement. The protection system of claim 1 or 3, wherein the vibration state is a rotation angle or an angular velocity. The protection system of claim 1 or 3, wherein the sensing device senses the moving state of the monitoring system or the vibration state is greater than a threshold value, and the sensing signal is generated. The security system of claim 1 or 3, wherein the sensing signal received by the information device is greater than a threshold value, the warning signal is generated. The security system of claim 1 or 3, further comprising: a warning unit that receives the warning signal transmitted by the information device and sends the warning signal. The protection system of claim 1 or 3, wherein the detection unit is an infrared detection unit or a vibration sound detection unit. The security system of claim 1 or 3, further comprising: a broadcast unit that receives a broadcast signal transmitted by the control center via the information device for alerting by broadcasting. The protection system according to claim 1 or 3, further comprising: a satellite positioning receiving unit, receiving a satellite data, and transmitting the satellite data to the information device to calculate a current one of the monitoring systems Coordinate position. The security system of claim 1 or 3, further comprising: a security system coupled to the information device to receive the warning signal transmitted by the information device to notify the security personnel of the monitoring system On-site alert.