TWI381332B - Security response system - Google Patents

Description

Preservation loop monitoring system

The present invention relates to a security loop monitoring system, and more particularly to a design that provides a timed return signal to inform the monitor that the monitored area must be viewed and confirmed.

According to the advancement of technology and the improvement of the quality of life, the safety of the living environment has become a topic of great concern, and its scope covers homes, office buildings, laboratories, factories, financial institutions and other public places. Many industries have begun to focus on developing different security systems, making the security service industry a fast-growing area. However, the existing commercial security system lacks sufficient maneuverability and wisdom to judge various situations, and the system has a high false trigger rate and a high false positive rate. In addition to causing client troubles, it also reduces the reliability of the overall security system.

For the use of the security device, please refer to the Republic of China Patent Bulletin No. M350061, "Anti-theft System", which is an anti-theft system, including: a monitor that can capture an image of a surveillance area; a sensor that can detect Detecting whether there is an abnormality in the monitoring area, and issuing a trigger signal when an abnormality is detected; an alarm device is disposed in the monitoring area, and includes a controller and an alarm, the controller can activate the alarm Having a warning signal; a communicator is connected to the sensor and the controller, and can receive the trigger signal sent by the sensor, and send a notification signal when receiving the trigger signal; a broadcast device Is located in the surveillance area and includes a loudspeaker connected to the communication device; and a remote communication device for monitoring images captured by the monitor through an internet network and through a communication network And communicating with the communicator to receive a notification signal sent by the communicator, and the transmitter transmits a broadcast through the communicator, and controls the controller of the alarm device via the communicator.

However, the conventional security device can use the sensor to detect abnormal conditions and send a trigger signal to the communicator for receiving, and then the communication device sends a notification signal to the remote communicator to facilitate the user to control the occurrence of the monitored area. Status, but it does not have a timed return to confirm the dual effects of the sensor and the on-site condition. In particular, each sensor will send a trigger signal to the communicator if there is an abnormality in the monitored area. If the sensor does not have When the abnormal state is felt, the communicator will not receive any trigger signal, which will cause the monitor to have the illusion that the monitored area will remain in an abnormal state, but in fact, the sensor may be damaged, artificially Destruction at the concealed end, even if the monitored area is usually where people or objects come and go, but suddenly the monitored area is not in the past, which may cause unpredictable conditions in the vicinity of the monitored area, resulting in The normal function of the monitored area is affected or impeded, but the sensor is rigid and I don’t know what happened, only because the monitored area is not abnormal. The state does not issue a trigger signal, so that the monitor does not go out of time to view and understand, and there are events such as security breaches or human accidents. Therefore, its practicality is quite insufficient. It is necessary to develop and provide a timed return signal to inform the monitor that it must be viewed. Confirm the security device of the monitored area.

The main object of the present invention is to provide a safety loop monitoring system which can improve the lack of perfect function of the return function of the conventional security device.

To achieve the foregoing objects, the present invention includes a central control unit and a monitoring unit, wherein:

The central control unit is connected to the monitoring unit, and the monitoring unit can be located at the monitored object, and the status of the monitored object is transmitted to the central control unit by the reward signal, so that the monitor can understand the occurrence of the monitored object. And the central control unit can transmit the setting command signal to the monitoring unit to set the mode and type of the monitoring unit;

The monitoring unit is provided with a timing unit and a reset unit. The monitoring unit can receive the setting command signal to set the timing unit to start counting and monitoring time, and the timing unit continuously detects the monitoring unit within the monitoring time. When the monitoring unit does not produce a response or does not send a return signal to the central control unit during the monitoring time, the monitoring unit sends an abnormal signal back to the central control unit to remind the monitor or the security company to check and monitor the monitoring unit. In order to understand the current situation of the monitoring unit, it can be confirmed whether the monitoring unit is damaged and cannot transmit the return signal, or the unpredictable unexpected situation occurs in the vicinity of the monitoring unit, and when the monitor or the security company goes to view the monitoring unit After that, the triggering monitoring unit acts, and the timing unit stops counting the monitoring time, and the resetting unit set by the timing unit returns the monitoring time of the timing unit to the initial state, so that the timing unit can achieve the loop counting. Monitor time to detect the effectiveness of the monitoring unit.

Therefore, the present invention can be said to be a practical and progressive invention, which is quite worthy of promotion by the industry and is publicized to the public.

The present invention relates to a security loop monitoring system, as shown in the first to second figures, which includes a central control unit 1 and a monitoring unit 2, wherein:

The central control unit 1 is connected to the monitoring unit 2. As shown in the second figure, the monitoring unit 2 is a card reader 21, and the central control unit 1 includes a security host 11 and a The display unit 12 is provided, and the monitoring unit 2 can be disposed at the monitored object, and the state of the monitored object is transmitted to the central control unit 1 by the reward signal 22, so that the security host 11 can obtain the monitored object. The display unit 12 is provided with a display unit 121 and a display panel 122. The indicator unit 121 is provided with a plurality of symbol blocks 1211 and display lights corresponding to the respective block blocks 1211. 1212, the symbol block 1211 is used to represent each monitoring unit 2, and the display light 1212 displays the state of the monitoring unit 2 in a light color, so that the monitor can quickly grasp the monitored condition through the symbol block 1211 and the display light 1212. The real-time status of the object, and the display panel 122 displays the detailed information of the monitoring unit 2 according to the reward signal 22, so that the monitor can further understand the detailed information of the monitored object; the central control unit 1 can be monitored by the monitor or by the security owner. Remote control Setting command signal 13 to the monitor unit 2, to set the mode of action of the monitoring unit and the type 2;

The monitoring unit 2 is provided with a timing unit 23 and a reset unit 24, and the monitoring unit 3 can receive the setting command signal 13 to set the timing unit 23 to start counting a monitoring time, and the timing unit 23 is in the monitoring time. The monitoring unit 2 performs continuous detection. When the monitoring unit 2 does not generate a response or does not send the return signal 22 to the central control unit 1, the monitoring unit 2 sends an abnormal signal 25 to the central control unit 1, To remind the monitor or the security company to check and monitor the monitoring unit 2 to understand the current situation of the monitoring unit 2, thereby confirming whether the monitoring unit 2 is damaged and unable to transmit the reward signal 22, or the monitoring unit 2 is near the left An unpredictable unexpected situation occurs, and when the monitor or the security company goes to view the monitoring unit 2, the trigger monitoring unit 2 acts, and the timing unit 23 stops counting the monitoring time, and is set by the timing unit 23. The reset unit 24 returns the monitoring time of the timing unit 23 to the initial state, so that the timing unit 23 can achieve the cycle count monitoring time to detect the monitoring list. The effect of the second embodiment is explained by the embodiment. When the card reader 21 detects no one during the monitoring time, the card reader 21 sends an abnormal signal 25 to the security host 11 and displays information on the display device 12. When the monitor or the security company goes to the state of the card reader 21, when the monitor senses that the card reader 21 enters the location where it is being monitored for processing, the card reader 21 stops the counting by the sensing unit 23 due to the induction. The time is monitored, and the timing unit 23 is returned to the initial count monitoring time state by the reset unit 24, and after the monitor leaves, the timing unit 23 continues to calculate whether the monitoring unit 2 has no effect or no return signal. To remind the monitor to review and monitor the monitoring unit 2;

In addition, the monitoring unit 2 can also receive the setting command signal 13 from the central control unit 1 to cause the timing unit 23 to insert a stop time in the monitoring time of the cycle. For example, when the monitor sets the monitoring time to 24 hours, the above situation is When the monitoring unit 2 has no effect within 24 hours, the monitoring unit 2 sends an abnormal signal 25 to the central control unit 1 at a time, and the monitor can also set the timing unit 23 to monitor the time interval of each stage. Insert the stop time of any value, or set the monitoring time and stop time insertion setting of the irregular value, so that the monitor can compare and analyze the monitoring information, so the probability that the monitored object actually has an unexpected situation is not high. In this case, the setting method can reduce the number of times of dispatching to the monitored object for inspection and detection, so that the monitored object can save unnecessary manpower and time waste in addition to the opportunity of checking and detecting the appropriate number of hours. When the monitored object is extremely important or prone to accidents, the monitor can set more frequent and shorter monitoring time for monitoring The user can often be reminded to check at the monitored object to process immediately before the accident occurs in the monitored object; further, the card reader 21 representing the monitoring unit 2 as shown in this embodiment, when the card reader 21 When the sensor enters the start-up security state (that is, the monitored object is closed and the central control unit 1 or the security company 3 enters the state of continuously monitoring the monitored object), since the monitored object has been controlled by the central control unit 1 or the security company 3 The monitoring unit 23 can be set to stop counting the monitoring time at this time, so as to prevent the monitoring unit 2 from issuing an unnecessary abnormal signal when the security state is closed, and when the security state is closed and enters the open state (ie, the monitored object) When the startup unit 1 or the security company 3 only knows the abnormal state of the monitored object through the reward of the monitoring unit 2, the timing unit 23 re-counts the monitoring time to detect the monitoring unit 2, according to The maintenance personnel are instructed to monitor the monitoring unit 2 by the counting monitoring time of the timing unit 23 during the time when the security state is required to be released after the security state is released. After a certain time, an abnormal signal is sent to inform the security personnel to go to the concern to pre-discover before the accident occurs and to deal with it out of date when the accident occurs.

Therefore, the present invention can provide the function of multiple detections, and the monitoring unit 2 can be used to notify the central control unit 1 of the occurrence of the monitored object by the reporting unit 2, and the monitoring time can also be set by using the timing unit 23 and the reset unit 24. When the monitoring unit 2 does not generate a response or does not send a return signal to the central control unit 1 during the monitoring time, the monitoring unit 2 sends an abnormal signal 25 to the central control unit 1 to notify the monitor to go to the monitoring unit. 2 Checking and checking to ensure that the monitoring unit 2 can be fully and regularly tested and viewed in a state of crisis, which is in the event of a real event or a seemingly safe but unpredictable crisis, so that the security operation is more comprehensive and perfect.

The above is only a preferred embodiment for explaining the present invention, and is not intended to limit the invention in any way, so that any modifications relating to the present invention are made in the spirit of the same invention. And the changer should still be included in the scope of the intention of the present invention.

In summary, the preservation loop monitoring system of the present invention is completely in line with the development of the industry in terms of structural design, practicality and cost-effectiveness, and the disclosed structural invention has an unprecedented innovative structure, so that it has "Newty" should be taken care of, and the invention is more effective than the conventional structure. Therefore, it is also "progressive". It fully complies with the requirements of the application requirements for invention patents in China's Patent Law. And please ask the bureau to review it early and give it affirmation.

1. . . Central control unit

11. . . Security host

12. . . Display

121. . . Marking department

1211. . . Mark block

1212. . . Indicator

122. . . Display panel

13. . . Set command signal

2. . . Monitoring unit

twenty one. . . Card reader

twenty two. . . Return signal

twenty three. . . Timing unit

twenty four. . . Reset unit

25. . . Abnormal signal

3. . . security company

The first figure is a schematic block diagram of the composition relationship of the preserved loop monitoring system of the present invention.

The second figure is a schematic diagram of the main implementation of the preserved loop monitoring system of the present invention.

1. . . Central control unit

13. . . Set command signal

2. . . Monitoring unit

twenty two. . . Return signal

twenty three. . . Timing unit

twenty four. . . Reset unit

25. . . Abnormal signal

Claims (7)

A security loop monitoring system includes: a central control unit for receiving a return signal, an abnormal signal, and a set command signal; a monitoring unit for setting at the monitored object and transmitting a reward signal to the middle The control unit returns a status of the monitored object, and the central control unit can issue a set command signal to the monitoring unit to set the monitoring unit; the monitoring unit is provided with a timing unit and a reset unit, and the timing unit can be preset Monitoring time to detect the monitoring unit. When the monitoring unit does not produce a response or does not send a return signal to the central control unit during the monitoring time, the monitoring unit sends an abnormal signal to the central control unit to warn that the monitoring unit needs to be viewed. Detecting, and when the monitoring unit is activated or viewed, the timing unit stops counting the monitoring time, and the reset unit returns the monitoring time of the timing unit to the initial state, so that the timing unit can achieve the cycle counting monitoring time. To detect the effectiveness of the monitoring unit. According to the security loop monitoring system described in claim 1, the timing unit can be set to insert at least one stop time in the monitoring time of the cycle. According to the security loop monitoring system described in claim 1, the monitoring unit can be activated to continuously monitor the security state of the monitored object, or release the security state to enter an open state, and when entering the security state, the timing unit The timing is stopped, and when entering the open state, the timing unit restarts counting the monitoring time. According to the security loop monitoring system described in claim 2, the monitoring unit can be activated to continuously monitor the security state of the monitored object, or release the security state to enter an open state, and when entering the security state, the timing unit The timing is stopped, and when entering the open state, the timing unit restarts counting the monitoring time. The security loop monitoring system according to any one of claims 1 to 4, wherein the central control unit is provided with a security host for communicating with the security company to report the status. The security loop monitoring system according to any one of claims 1 to 4, wherein the central control unit is provided with a display device, and the display device is provided with a plurality of representatives for displaying and displaying the status of each monitoring unit. A labeling unit and a display panel for displaying detailed information of the monitoring unit. According to the security loop monitoring system described in claim 5, the central control unit is provided with a display device, and the display device is provided with a plurality of indication parts for representing and displaying the status of each monitoring unit, and a display for monitoring The display panel of the unit detail information.