TW201610934A - Alarn event detecting system - Google Patents

Abstract

An alarm event detecting system is provided at a target region comprising multiple sub-regions. Each sub-region is provided with at least one sensor for sensing an alarm event and generating a sensing signal corresponding to the alarm event. The system comprises a plurality of zone detecting devices and a full-region detecting device. Each zone detecting device is provided in one of the sub-regions and electrically connected to the sensor disposed in the sub-region and configured to receive the sensing signal from the sensor to generate a corresponding alarm message. The full-region detecting device is provided in one of the sub-regions and connected to the zone detecting devices via a communication network and capable of receiving an alarm message from each zone detecting device to continuously execute related operations. The system can conveniently and effectively perform zone monitoring management for the target region.

Description

Alarm event detection system

The invention relates to a security system, in particular to an alarm event detection system.

In general, an existing alarm event detection system for a work area or a home area includes a host and a plurality of sensors connected to the host. Taking the working area as an example, the sensor disposed in the working area may include a door sensor, a window sensor, a smoke sensor, etc.; when an alarm condition of any sensor is triggered, such as a sense of smoke The detector detects that the concentration of carbon monoxide is too high, and the sensor sends a sensing signal to the host to alert the host's management to take relevant actions.

However, the above existing alarm event detection system mainly has the following disadvantages: (1) It is necessary to manually mark the geographical location of the sensor connected to the host, which is quite inconvenient in management; (2) a single host cannot provide The function of partition management for monitoring areas. In view of the above shortcomings, existing alarm event detection systems need to be improved.

Accordingly, it is an object of the present invention to provide an alarm event detection system.

Therefore, the alarm event detecting system of the present invention is suitable for being set in A target area comprising a plurality of sub-areas, each sub-area being configurable with at least one sensor for sensing an alarm event and generating a pair of sensing signals that should be an alarm event.

The system includes a plurality of zone detecting devices and a full zone detecting device. Each of the zone detecting devices is disposed in one of the sub-areas and electrically connects the sensor disposed in the set sub-area thereof, and can receive the sense from the sensor corresponding to the alarm event The signal is measured, and a corresponding alarm message is generated according to the sensing signal.

The area detecting device is disposed in one of the sub-areas, and is connected to the area detecting devices via a communication network, and can receive the alarm message from each of the area detecting devices, and according to the alarm message Perform related operations.

The effect of the invention is that the partition detection and management of the target area can be conveniently and effectively performed by the setting of the whole area detecting device and the area detecting devices.

1‧‧‧The whole district detection device

11‧‧‧ Display

12‧‧‧ buzzer

2‧‧‧Zone detection device

21‧‧‧ display

22‧‧‧ buzzer

23‧‧‧Electronic clock

24‧‧‧Electronic thermometer

3‧‧‧ Target area

31‧‧‧A sub-area

32‧‧‧B subregion

33‧‧‧C sub-area

34‧‧‧D sub-area

35‧‧‧E sub-region

4‧‧‧ hall door

5‧‧‧ Doors

6‧‧‧ windows

7‧‧‧Magnetic sensor

8‧‧‧Window sensor

9‧‧‧Communication device

Other features and advantages of the present invention will be apparent from the embodiments of the present invention. FIG. 1 is a block diagram illustrating an embodiment of the alarm event detecting system of the present invention; and FIG. 2 is a schematic view. The case where this embodiment is set in a target area divided into a plurality of sub-areas will be described.

Referring to FIG. 1 and FIG. 2, an embodiment of the alarm event detecting system of the present invention comprises a full area detecting device 1 and a plurality of zone detecting devices 2. The full area detecting device 1 includes a display 11 and a buzzer 12. The zone detecting devices 2 respectively include a display 21, a buzzer 22, an electronic clock 23, and an electronic thermometer 24. In the embodiment, the three-zone detecting device 2 is used for explanation.

The system is adapted to be placed in a target area 3 divided into a plurality of sub-areas. As shown in FIG. 2, in the present embodiment, the target area 3 is one floor of a commercial office building, and is divided into five sub-areas 31-35 such as A, B, C, D, and E. The A sub-area 31 is provided with a hall door 4 and a pair of door sensor 4 of the hall door 4; the B sub-area 32 and the E sub-area 35 are respectively provided with a door 5 and a window 6, and respectively a door sensor 7 and a window sensor 8 corresponding to the door 5 and the window 6; the C sub-area 33 is provided with a door 5; the D sub-area 34 is provided with a door 5 and two windows 6. And a magnetic sensor 7 and two window sensors 8 corresponding to the door 5 and the two windows 6, respectively.

The three-zone detecting device 2 is respectively disposed in the B sub-region 32, the D sub-region 34, and the E sub-region 35, and electrically connects the gate magnetic sensor 7 and the window disposed in the set sub-region with a multi-core line, respectively. Sensor 8. The area detecting device 1 is disposed in the A sub-area 31, and is electrically connected to the door sensor 7 corresponding to the hall door 4 by a multi-core line, and can be connected via a Wi-Fi wireless network or an Ethernet network ( A communication network such as Ethernet is connected to each of the zone detecting devices 2.

The above-mentioned door magnetic sensor 7 and window sensor 8 are respectively used for sensing an alarm event in which the corresponding hall door 4, the door 5 and the window 6 are opened. A pair of sensing signals corresponding to the alarm event may be generated by triggering the alarm event, and the sensing signal is transmitted to the electrically connected zone detecting device 2 or the whole region detecting device 1.

The system can operate the system in a full-area armed state, a zone-armed state, or a disarmed state by operating the zone-detecting device 1. When the system operates in the full-area arming state, each of the zone detecting devices 2 receives a sensing signal from any of the electrically connected sensors, and the buzzer 22 included therein emits a sound. And the related display information is displayed on the display 21, for example, a red warning is displayed on the display 21, and information about the door 5 or the window 6 in which the alarm event occurs is displayed, and the like. The measuring device 2 also generates an alarm message according to the received sensing signal, and transmits the alarm message to the whole area detecting device 1. When the full area detecting device 1 receives the alarm message or receives the sensing signal from the gate sensor 7 to which it is electrically connected, the buzzer 12 included therein emits an audible sound, which includes Relevant warning information is displayed on the display 11, for example, displaying sensor information triggered by the alarm event, and a sub-area where the alarm event occurs; and the whole area detecting device 1 also generates a corresponding alarm notification. And sending the alarm notification to the communication device 9 held by the administrator of the target area 3, for example, a mobile phone or a computer, via a communication network such as the Internet to notify the manager in the target area 3 The alarm event that occurred. Thus, even if the manager is not in the vicinity of the target area 3, the alarm notification can be received at the far end.

When the system is operating in the zone arming state, only part The zone detecting device 2 will make the buzzer 22 included in the sound signal after receiving the sensing signal, and the display 21 included therein displays relevant warning information, and generates and transmits the alarm message to The full area detecting device 1 causes the full area detecting device 1 to generate the alarm notification.

When the system operates in the disarmed state, each of the zone detecting devices 2 does not make the buzzer 22 included in the sound after receiving the sensing signal, and does not cause the display 21 included therein to display the relevant warning. Information, and the alarm message is not generated; and the whole area detecting device 1 does not generate the alarm notification.

For example, the target area 3 is a company office, the A sub-area 31 is a public area of the company, the B sub-area 32 is the company's equipment room, and the D sub-area 34 is the company's warehouse. After the company is off duty, the whole area detecting device 1 can be set to operate the whole area in the armed state, so that when any sensor set in the target area 3 senses the alarm event, the manager can Receiving, by the remote device, the alarm notification sent by the whole area detecting device 1 through the communication device 9, so as to know the sub-area where the alarm event occurs, or the near-end through the display 11 of the full-area detecting device 1 The subarea of the alert event. During the working hours, the whole area detecting device 1 can be set to operate the partitioning state of the system, for example, only the B sub-area 32 (machine room) and the D sub-area 34 (warehouse) are arranged, so that only when setting When any of the sensors of the B sub-area 32 or the D sub-area 34 senses the alarm event, the full-area detecting device 1 generates and transmits the alarm notification.

In addition, the full area detecting device 1 provides a status transfer (Representational state transfer, REST) application interface, and can be connected to another system for providing the status transfer application interface, such as an access control system, a video surveillance system or a smart home system, via the presentation status transfer application interface, such that The alarm information of the alarm event detection system of the present invention can be transmitted to other systems via the whole area detecting device 1 to provide a more complete detection and monitoring function for the user.

In addition, it is worth mentioning that each of the zone detecting devices 2 can also receive an outdoor temperature, an outdoor humidity, and a weather information from an external server via the Internet, wherein the external server can be, for example, Google or Yahoo server. The display 21 of each zone detecting device 2 can operate in a monitoring mode, a clock mode, or a thermometer mode. When the display 21 is operated in the monitoring mode, the display 21 displays the arming information of the corresponding zone detecting device 2, including the zone detecting device 2 currently operating in the full-area arming state, the zone arming state, or The disarmed state, etc.; and displaying a current status information of each sensor connected to the zone detecting device 2, including whether the sensor is in operation, whether it has been triggered by the alarm event, and the like. When the display 21 is operated in the clock mode, the display 21 displays a time information generated by the electronic clock 23, including local date, local time, etc., so that the convenience of viewing time at the office can be increased. When the display 21 is operated in the thermometer mode, the display 21 displays an indoor temperature and an indoor humidity sensed by the electronic thermometer 24, the outdoor temperature, the outdoor humidity, and the weather information, so that the office can be increased in the office. The location looks at the convenience of temperature, humidity and weather.

In addition, it is worth mentioning that the whole area detecting device 1 and the area detecting devices 2 are electrically connected to the sensors by using a multi-core line, compared to existing ZigBee wireless networks or Z-Wave wireless networks. For the wireless sensor that transmits the sensing signal, the alarm event detecting system of the present invention has higher stability in signal transmission and lower hardware construction cost.

Finally, it should be particularly noted that the implementation manner of the alarm event detecting system of the present invention is not limited to the embodiment. In other applications, the number of the whole area detecting device 1 is fixed to one, but the partition detecting device 2 The number and type of sensors and the number of sensors can be determined according to user needs.

In summary, the alarm event detection system of the present invention can conveniently and effectively perform partition monitoring and management on the target area 3 by the setting of the whole area detecting device 1 and the area detecting device 2, so that when occurs In the event of an alarm, the manager can know the sensor information triggered by the alarm event and the sub-area in which the alarm event occurs by the region detecting device 1, and thus the object of the present invention can be achieved.

However, the above is only the embodiment of the present invention, and the scope of the present invention is not limited thereto, that is, the simple equivalent changes and modifications made by the patent application scope and the patent specification of the present invention are still It is within the scope of the patent of the present invention.

1‧‧‧The whole district detection device

2‧‧‧Zone detection device

3‧‧‧ Target area

31‧‧‧A sub-area

32‧‧‧B subregion

33‧‧‧C sub-area

34‧‧‧D sub-area

35‧‧‧E sub-region

4‧‧‧ hall door

5‧‧‧ Doors

6‧‧‧ windows

7‧‧‧Magnetic sensor

8‧‧‧Window sensor

Claims (9)

An alarm event detecting system is adapted to be disposed in a target area including a plurality of sub-areas, each of the sub-areas being configurable with at least one sensor for sensing an alarm event and generating a pair of alarm events Sensing signal, the system includes: a plurality of zone detecting devices, each zone detecting device is disposed in one of the sub-regions, and electrically connects the sensor disposed in the set sub-region thereof, and Receiving the sensing signal corresponding to the alarm event from the sensor, and generating a corresponding alarm message according to the sensing signal; and a full area detecting device disposed in one of the sub-areas And connecting the zone detecting devices via a communication network, and receiving the alert message from each zone detecting device, and performing related operations according to the alert message. The alarm event detecting system of claim 1, wherein the full area detecting device is further electrically connected to the sensor disposed in the set sub-area thereof, and is receivable from the sensor corresponding to the alarm. The sensing signal of the event, and performing related operations according to the sensing signal. The alarm event detecting system of claim 2, wherein the system is operable to operate the system in a full-area arming state, a zone arming state, or a disarming state by operating the full-area detecting device. When the system is operating in the whole area, each zone detecting device can generate the alarm message according to the received sensing signal and transmit the alarm message to the whole area detecting device, when the system operates in the area When arming, Only some of the zone detecting devices can generate the alert message according to the received sensing signal and transmit the alert message to the full zone detecting device. When the system operates in the disarmed state, each zone detecting device The alert message is not generated and the pan detecting device does not perform an operation associated with the sense signal from the electrically connected sensor. The alarm event detecting system of claim 3, wherein the whole area detecting device is connected to a communication device via the communication network, and when the system operates in the whole area arming state or the zone arming state and the whole area is detected The detecting device receives the alert message from one of the zone detecting devices, and the zone detecting device generates a pair of alert notifications corresponding to the alert message, and sends the alert notification to the communication device via the communication network. The alarm event detecting system of claim 4, wherein each of the zone detecting devices includes a display and a buzzer, and when the zone detecting device receives the sensing signal and generates the alert message, the zone The detecting means causes the display to display information related to the alarm message and causes the buzzer to sound. The alarm event detecting system of claim 5, wherein each of the zone detecting devices further includes an electronic clock and an electronic thermometer capable of sensing indoor temperature and humidity, and each zone detecting device can also pass The communication network receives an outdoor temperature, an outdoor humidity, and a weather information from an external server. The alarm event detecting system of claim 6, wherein the display is operable in a monitoring mode, a clock mode, or a thermometer mode, and when the display is operated in the monitoring mode, the display is corresponding to An arming information of the zone detecting device and a current state information of the sensor connected to the zone detecting device, when the display is operated in the clock mode, the display displays a time information generated by the electronic clock When the display is operated in the thermometer mode, the display displays an indoor temperature and an indoor humidity, the outdoor temperature, the outdoor humidity, and the weather information sensed by the electronic thermometer. The alarm event detecting system of claim 1, wherein the full area detecting device comprises a display and a buzzer, and when the full area detecting device receives one of the zone detecting devices The alarm message, the global detection device causes the display to display information related to the alarm message, and causes the buzzer to sound. The alarm event detecting system of claim 1, wherein the full area detecting device provides a status transfer application interface, and can transmit the application interface via the display status transfer interface and provide the presentation status transfer application. Interface system.