TWM614667U - Fire alarm, emergency help and CCTV integrated remote monitoring system - Google Patents

Abstract

This model proposes a fire alarm, emergency call for help and CCTV integrated remote monitoring system, which includes a Fire alarm detection and notification device, a fire alarm host, a first monitoring computer host, a CCTV monitor, a CCTV hub, a network image recorder and a second monitoring computer host. The new model can transmit the information from the fire alarm detection and notification device to the first monitoring computer host and remote server within the first time of the fire alarm, and use the CCTV monitor to confirm the on-site situation, so that the management personnel can carry out disaster relief in real time. , To reduce the traditional fire management problems caused by the mistakes of the fire detection device.

Description

Fire alarm, emergency help and CCTV integrated remote monitoring system

This model relates to an integrated remote monitoring system, in particular a fire alarm, emergency call for help and CCTV integrated remote monitoring system.

There are many factors that cause fires, including non-man-made natural disasters, such as thunder and lightning, and man-made related factors, such as electrical appliances, arson, and unextinguished flames. According to statistics, human negligence is the cause of most fires. Residential buildings and office buildings are the most familiar living places for the public, and there are many combined fire behaviors and related space equipment, so there is a high potential for fire hazards. Fires caused casualties, in many cases because people were too late to respond and rescues were unable to grasp the situation in time. Therefore, for indoor buildings, fire detection is a very important safety issue. In order to avoid the heavy loss of life and property caused by the fire, it is necessary to have a fast and effective fire detection mechanism to be able to quickly issue an alarm when the fire first occurs, so as to provide sufficient time for evacuation and fire fighting, and reduce casualties. To the lowest.

The period of time when the fire begins to smolder from the source of the fire and turns into flames and generates high heat is very critical. Therefore, this period of time is the golden period for finding the source of the fire and taking actions to stop the fire. Conventional fire detection devices, such as smoke detectors or temperature sensors, must be used close to the point of fire. When a fire occurs, these detectors will sense the fire condition to issue an indoor alarm. Some of the more advanced integrated fire protection systems can also notify the fire department or security company simultaneously, thereby increasing disaster relief time. However, although the fire detection device is convenient to set up and use, due to long-term exposure to a complex environment, its circuit may be affected and errors may occur, resulting in a warning signal when there is no fire, or failure when there is a fire source. Issue warnings and other issues. On the other hand, the application of CCTV monitors is also the trend of building safety protection in recent years. Unfortunately, CCTV monitors are mainly used to monitor the movement of people and things. If the CCTV monitor can be integrated with the remote fire monitoring system, it can reduce the aforementioned problems caused by the failure of the fire detection device, and even provide a reference for the operator to judge the fire-fighting process and implement the personnel evacuation plan. Unfortunately, there is currently no relevant integrated remote monitoring system on the market.

This paragraph of text extracts and compiles certain features of the new model. Other features will be revealed in subsequent paragraphs. Its purpose is to cover the spirit and scope of the additional patent application, various modifications and similar arrangements.

In order to solve the aforementioned problems, the present invention proposes a fire alarm, emergency call and CCTV integrated remote monitoring system. The fire alarm, emergency call and CCTV integrated remote monitoring system can be installed in a building, including: a fire alarm detection and notification device, including : A sensor, which senses the heat source generated during a fire, and sends out a sensing signal; and a processor, which is connected to the sensor signal, receives the sensor signal sent by the sensor, and sends the sensor signal The test signal is converted into an action signal; a fire alarm host is connected to the processor signal and receives the action signal transmitted by the processor; a first monitoring computer host is connected to and receives the processor signal, and processes the processor signal The transmitted motion signal is then transmitted to a remote server and a handheld mobile device of the remote management personnel; and a CCTV monitor is connected with the first monitoring computer host signal to record images To the first monitoring computer host.

Preferably, the first monitoring computer host is further connected to a display, and the display displays the recorded images from the CCTV monitor.

According to the present invention, the fire alarm, emergency call and CCTV integrated remote monitoring system may further include a CCTV hub, which is connected with the first monitoring computer host and the CCTV monitor signal to set the The IP location of the first monitoring computer host is used to transmit the recorded images from the CCTV monitor to the first monitoring computer host. The fire alarm, emergency call and CCTV integrated remote monitoring system can also further include a network video recorder, which is connected to the CCTV hub signal, and receives and stores the video from the CCTV monitor through the IP location set by the CCTV hub image. The fire alarm, emergency call and CCTV integrated remote monitoring system may further include a second monitoring computer host connected to the network video recorder signal to obtain the video from the CCTV monitor.

Preferably, the monitoring range of the CCTV monitor covers the sensing range of the sensor.

Preferably, the first monitoring computer host is connected with the fire alarm host signal, and the first monitoring computer host sends a reset signal to the processor and the fire alarm host to confirm whether the fire alarm is a false alarm.

Preferably, the remote server sends a reset signal to the first monitoring computer host, and the first monitoring computer host sends the reset signal to the processor and the fire alarm host to confirm whether the fire alarm is a false alarm.

Preferably, the sensor is a temperature sensor, a gas sensor, and a light source sensor.

The new model can transmit the information from the fire alarm detection and notification device to the first monitoring computer host and remote server within the first time of the fire alarm, and use the CCTV monitor to confirm the on-site situation, so that the management personnel can carry out disaster relief in real time. , To reduce the traditional fire management problems caused by the mistakes of the fire detection device.

1: Building

1a: Building area

1b: Building area

1c: Building area

1d: Building area

10: Fire alarm detector

10a: Fire alarm detector

10b: Fire alarm detector

10c: Fire alarm detector

11: Sensor

11a: Sensor

11b: Sensor

11c: Sensor

12: processor

12a: processor

12b: processor

12c: processor

20: Fire alarm host

20a: Fire alarm host

20b: Fire alarm host

20c: Fire alarm host

30: The first monitoring computer host

31: display

40: CCTV monitor

40a: CCTV monitor

40b: CCTV monitor

40c: CCTV monitor

41: CCTV hub

42: Network Video Recorder

43: The second monitoring computer host

50: Handheld mobile device

60: remote server

A: Motion signal

R: Reset signal

S: sense signal

V: Video recording

Fig. 1 is an architecture diagram of a fire alarm, emergency call and CCTV integrated remote monitoring system according to an embodiment of the present invention, Fig. 2 is a schematic diagram of another signal flow under the architecture of Fig. 1, and Fig. 3 is a schematic diagram of the implementation of the new invention.

The present invention will be described in more detail by referring to the following embodiments.

In order to effectively understand the spirit of the present invention, please refer to Figure 1 and Figure 2 at the same time. Figure 1 is an architecture diagram of a fire alarm, emergency call and CCTV integrated remote monitoring system (hereinafter referred to as this system) according to an embodiment of the present invention. Figure 2 It is a schematic diagram of another signal flow under the structure of Fig. 1. This system is used to install in a building 1 to monitor the occurrence of a fire in the building 1 and provide warnings. The system includes a fire alarm sensor 10, a fire alarm host 20, a first monitoring computer host 30, a CCTV monitor 40, a CCTV hub 41, a network image recorder 42 and a second monitoring computer host 43 . The types, functions, and mutual dynamics of the aforementioned technical elements will be described below.

The fire alarm detector 10 includes a sensor 11 and a processor 12. The function of the sensor 11 is to sense the heat source generated during a fire and send out a sensing signal S. In practice, the sensor 11 can be a temperature sensor, a gas sensor or a light source sensor. The temperature sensor can detect the abnormal temperature of the heat source during a fire, the gas sensor can detect the change in the concentration of a specific gas (such as carbon monoxide or carbon dioxide) during a fire, and the light sensor can detect the specific spectrum of the heat source (such as infrared Or ultraviolet). The processor 12 is signal-connected to the sensor 11, receives the sensor signal S sent by the sensor 11, and converts the sensor signal S into an action signal A. The action signal A can be used to trigger the fire protection device to extinguish the fire source, warn the fire personnel and/or notify the firefighters.

The fire alarm host 20 is signally connected to the processor 12, and can receive the action signal A transmitted by the processor 12, so as to perform appropriate fire alarm processing. Preferably, the fire alarm host 20 can be connected with a warning device (such as a buzzer or warning light, not shown) and/or a simple fire fighting device (not shown), so that when the action signal A is received, the warning device and/ Or a simple fire-fighting device for proper disposal.

The first monitoring computer host 30 is signally connected to the processor 12, and can receive and process the motion signal A sent by the processor 12, and then send the motion signal A to a remote server 60 and a hand-held operation of the remote management personnel内装置50。 50 in the device.

The CCTV monitor 40 is signally connected to the first monitoring computer host 30 and transmits the recorded image V to the first monitoring computer host 30. In order to distinguish the transmitted signal, the transmission of the video V uses a discontinuous line segment (Thin dashed line, thick dashed line, dotted dashed line), and other signal transmissions are represented by solid lines. The first monitoring computer host 30 can be further connected to a display 31, and the display 31 displays the video V from the CCTV monitor 40. According to the present invention, the monitoring range of the CCTV monitor 40 should cover the sensing range of the sensor 11 so as to be able to monitor the building 1 in the same range with the sensor 11 synchronously.

The CCTV hub 41 is in signal connection with the first monitoring computer host 30 and the CCTV monitor 40. The CCTV hub 41 can set the IP location of the first monitoring computer host 30 to transmit the recorded images V from the CCTV monitor 40 to the first monitoring computer host 30. Since many CCTV monitors 40 may be used in the layout of the system, the CCTV hub 41 becomes a necessary hardware. The network video recorder 42 is connected with the CCTV hub 40 signal, and can receive and store the video V from the CCTV monitor 40 through the IP location set by the CCTV hub 40, so that the related images can be accessed after the fire to distinguish rights and responsibilities. Make the basis for the improvement of fire-fighting equipment. The second monitoring computer host 43 is in signal connection with the network video recorder 42 to obtain the video V from the CCTV monitor 40. In practice, the second monitoring computer host 43 may be a third-party remote monitoring host, which obtains the recorded image V of the system for remote monitoring.

The first monitoring computer host 30 is signally connected to the fire alarm host 20. As shown in Figure 1, when the fire alarm host 20 drives the fire alarm to sound, after the first monitoring computer host 30 receives the action signal A, the first monitoring computer host 30 will respectively send a reset signal R to the processor 12 and the fire alarm host 20 To confirm whether the fire alarm is a false alarm. If it is determined to be a false alarm, the corresponding action caused by the action signal A can be cancelled. Furthermore, the remote server 60 can also send a reset signal R to the first monitoring computer host 30 after receiving the same action signal A from the first monitoring computer host 30, and then the first monitoring computer host 30 will reset it. The signal R is sent to the processor 12 and the fire alarm host 20 to confirm whether the fire alarm is a false alarm.

Please refer to Figure 3 again, which is a schematic diagram of the implementation of the system. Due to the popularity of collective housing and commercial and office buildings, a major challenge has been created in fire management technology. Especially in communities with high-rise buildings, sometimes only one security officer is responsible for monitoring the safety of the entire building. In the event of a fire, if it is not possible to immediately confirm and follow-up rescue or recovery actions, it may cause the disaster to expand or Community residents don’t have to Want panic. Therefore, the first monitoring computer mainframe 30 of the system can be connected with a plurality of (three in this embodiment is taken as an example) fire alarm detectors (10a, 10b, 10c) located in different building areas 1a, 1b, 1c The processors 12a, 12b, and 12c are connected to each other through their respective sensors 11a, 11b, and 11c to simultaneously monitor the four building areas of the building. The processors 12a, 12b, and 12c are respectively connected to the fire alarm hosts 20a, 20b, and 20c to transmit the generated action signal A. At the same time, CCTV monitors 40a, 40b, and 40c are installed in the building areas 1a, 1b, and 1c, respectively. The monitoring ranges of the CCTV monitors 40a, 40b, and 40c cover the sensing ranges of the sensors 11a, 11b, and 11c, respectively. The recorded images V (thin dashed lines) obtained by the CCTV monitors 40a, 40b, and 40c will all pass through the CCTV hub 41, Then it is transmitted to the first monitoring computer host 30 (thick dashed line) and the network video recorder 42 (dotted dashed line).

The processors 12a, 12b, and 12c are all signally connected to the same first monitoring computer host 30 located in the monitoring room (eg, security room, guard room). Take building area 1a as an example. When a suspected fire situation occurs and the sensor 11a of the building area 1a is touched, the sensor 11a will transmit the sensed information to the processor 12a as a sensing signal S, and the processor 12a will send the sensing signal S It is decoded and converted into an action signal A expressed as a data value and sent to the fire alarm host 20a and the first monitoring computer host 30 respectively. The fire alarm host 20a will drive a warning device (such as a buzzer or a warning light, not shown) to send out Warning sound or light. When the first monitoring computer host 30 receives the action signal A, the data value of the same action signal A will be transmitted to the remote server 60 (such as security company) and the data value of the same action signal A through the fixed IP of the network. Mailbox, SKYPE, SMS and other communication software are sent to the handheld mobile device 50 of the remote management personnel, so that the remote management personnel can know the situation of the scene in the first time so that they can control the scene in time or deal with other urgent problems. . Then, the first monitoring computer host 30 can know which building area has the fire alarm through the transmitted loop, and immediately confirm it with the first monitoring computer host 30 directly or indirectly through the display 31. Directly means that the first monitoring computer host 30 will send a reset signal R to the processor 12a to inquire and confirm whether the sensing signal R is actually received or the action signal A is sent. Through The indirect confirmation of the display 31 is based on the real-time video image V to determine whether a fire has actually occurred in the building area where the fire alarm sensor announcing device is located, so as to eliminate system hardware problems.

If the result of the confirmation is that the signal is abnormal, there is no fire in fact, but it is only a false alarm or an alarm bell is touched by mistake, the fire alarm host 20a can be turned off through the processor 12a. Or it is simply a failure of the fire alarm host 20a that is ringing, the first monitoring computer host 30 can directly turn off the fire alarm host 20a. If there is a fire, the fire alarm host 20a will continue to trigger the bell and flashing lights, and the fire alarm host 20a cannot be reset with the reset signal R. At this time, the first monitoring computer host 30 should immediately notify the fire and ambulance unit for rescue . After the fire breaks out, the security company can also access the fire scene images recorded in the network video recorder 42 through the second monitoring computer host 43 as a basis for investigating responsibility.

Furthermore, the remote server 60 can also issue a reset signal R command to the first monitoring computer host 30 through remote control. When the first monitoring computer 30 is unable to make a judgment, it is forced to issue a reset signal R, so that the remote security company can determine the cause of the fire by whether the entire system can be restored with the reset signal R, and then dispatch maintenance personnel Repair the system or notify the rescue unit of the decision to add a second safety procedure.

As a result, the system can transmit the message to the first monitoring computer host 30 in the management room and the remote server 60 in the remote security company within the first time of the fire warning, and use the CCTV monitor to confirm the on-site situation so that Managers can immediately carry out disaster relief and disposal.

Although the present invention has been disclosed in the above embodiments, it is not intended to limit the present invention. Anyone with ordinary knowledge in the technical field can make some changes and modifications without departing from the spirit and scope of the present invention. Therefore, The scope of protection of this new model shall be subject to the scope of the attached patent application.

1: Building

10: Fire alarm detector

11: Sensor

12: processor

20: Fire alarm host

30: The first monitoring computer host

31: display

40: CCTV monitor

41: CCTV hub

42: Network Video Recorder

43: The second monitoring computer host

50: Handheld mobile device

60: remote server

A: Motion signal

R: Reset signal

S: sense signal

V: Video recording

Claims (9)

A fire alarm, emergency call and CCTV integrated remote monitoring system, installed in a building, includes: a fire alarm sensor announcing device, including: a sensor, which senses the heat source generated during a fire and sends out a sensing signal; And a processor, connected with the sensor signal, receiving the sensing signal sent by the sensor and converting the sensing signal into an action signal; a fire alarm host, connected with the processor signal and receiving the processing The motion signal transmitted by the processor; a first monitoring computer host, which is connected to the processor signal and receives it, processes the motion signal transmitted by the processor, and then transmits the motion signal to a remote server and remote Inside a hand-held mobile device of the manager; and a CCTV monitor, which is connected with the first monitoring computer host signal, and transmits the recorded images to the first monitoring computer host. For example, the fire alarm, emergency call and CCTV integrated remote monitoring system described in the first item of the patent application, wherein the first monitoring computer host is further connected to a display which displays the video from the CCTV monitor. For example, the fire alarm, emergency call and CCTV integrated remote monitoring system described in item 1 of the scope of patent application further includes a CCTV hub, which is connected to the first monitoring computer host and the CCTV monitor signal to set the first monitoring computer host To transmit the video from the CCTV monitor to the first monitoring computer host. For example, the fire alarm, emergency call and CCTV integrated remote monitoring system described in item 3 of the scope of patent application further includes a network video recorder, which is connected to the CCTV hub signal, and receives and stores it through the IP location set by the CCTV hub Video taken from the CCTV monitor. For example, the fire alarm, emergency call and CCTV integrated remote monitoring system described in item 4 of the scope of patent application further includes a second monitoring computer host connected to the network video recorder signal to obtain video recording from the CCTV monitor image. For example, the fire alarm, emergency call and CCTV integrated remote monitoring system described in the first item of the scope of patent application, wherein the monitoring range of the CCTV monitor covers the sensing range of the sensor. For example, the fire alarm, emergency call and CCTV integrated remote monitoring system described in the first item of the scope of patent application, wherein the first monitoring computer host is connected with the fire alarm host signal, and the first monitoring computer host sends a reset signal to the processing And the fire alarm host to confirm whether the fire alarm is a false alarm. For example, the fire alarm, emergency call and CCTV integrated remote monitoring system described in item 1 of the scope of patent application, wherein the remote server sends a reset signal to the first monitoring computer host, and the first monitoring computer host resets it The signal is sent to the processor and the fire alarm host to confirm whether the fire alarm is a false alarm. Such as the fire alarm, emergency help and CCTV integrated remote monitoring system described in the first item of the scope of patent application, wherein the sensors are temperature sensors, gas sensors and light source sensors.

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