TW202011361A - Fire protection information integration system including a detector, a fire-alarm control panel, a graphic control host, and a cloud server - Google Patents

Abstract

A fire protection information integration system which is applicable to a building, a fire protection service center and a fire protection brigade, and includes: a detector installed in the building and configured to, when a disaster occurs in the building, output a detection signal related to the disaster; a fire-alarm control panel installed in the building and configured to receive the detection signal from the detector; a graphic control host installed in the building, electrically connected to the fire-alarm control panel, and configured to receive detection signals from the fire-alarm control panel, and generate fire integration information to be transmitted through the network based on the detection signal; and a cloud server installed in the fire protection service center and configured to receive the fire integration information from the graphic control host in real time through the network.

Description

Fire Information Integration System

The invention relates to a fire information integration system, in particular to a fire information integration system in which a graphic control host can provide fire integration information to a fire service center and a fire brigade in real time when a disaster occurs.

At present, when a fire occurs in public buildings such as Changzhao Center, high-rise buildings, medical institutions, high-risk factories, MRT stations, etc., 119 Service Center will usually provide the location of the fire alarm site provided by the owner, the approximate location of the fire point, etc. Simple information, as well as the general plan of the public building, the diagrams of dangerous facilities and pipelines, and the storage map of dangerous goods, to try to judge the fire scene situation. However, due to the general plan of the public building, the dangerous facilities and piping plans and the dangerous goods storage plan stored in the 119 service center, they are usually only stored in paper form, and may be old, resulting in the public building In the event of a fire, it may still be difficult for the 119 Service Center to correctly determine the fire scene situation from the general paper plan of the public building, the paper hazardous facilities and pipeline drawings, and the paper storage map of dangerous goods, so it is impossible Provide the correct disaster site conditions to the fire brigade personnel at the disaster site. Therefore, it is necessary to seek a solution.

Therefore, the purpose of the present invention is to provide a fire information integration system.

Therefore, the fire information integration system of the present invention is suitable for buildings, fire service centers, and fire brigades, and includes: a detector, which is installed in the building and used to output a correlation to the building when a disaster occurs in the building Disaster detection signal; a trusted switchboard, installed in the building, and used to receive the detection signal from the detector; a graphic control host, installed in the building, and electrically connected to the trusted switchboard, and used to receive The detection signal from the trusted switchboard, and according to the detection signal, a fire integrated information 31 is generated and transmitted out through the network; and a cloud server is installed in the fire service center and used for real-time reception through the network The fire control integration information from the host computer.

The effect of the present invention is that: when a disaster occurs, the cloud server installed in the fire service center can instantly receive the fire control integration information from the graphic control host and provide the fire control integration information to the fire brigade synchronously, so it can Allow fire brigade personnel to obtain the situation of the disaster site in advance, so as to carry out rescue and disaster relief tasks more safely and efficiently.

Referring to FIG. 1, an embodiment of the fire information integration system of the present invention is applicable to buildings (not shown in the figure, such as Changzhao Center, high-rise buildings, medical institutions, high-risk factories, MRT stations, etc.), fire service centers 9, and the fire brigade (including the fire brigade, squadron, and brigade in the jurisdiction), and includes a detector 1, a trusted switchboard 2, a graphics control host 3, a camera 5, a cloud server 4, one is used by the fire brigade Mobile device 6 of the fire brigade, and an administrator mobile device 8 used by the administrator of the building.

The detector 1 is installed in the building, and is used to output a detection signal related to the disaster when a disaster occurs in the building. In this embodiment, the detector 1 may be, for example, an addressable photoelectric smoke detector or an addressable temperature detector. In the subsequent description of this manual, the disaster will be explained using a fire as an example.

The trusted switchboard 2 is installed in the building and used to receive the detection signal from the detector 1.

The camera 5 is electrically connected to the graphic control host 3 and is used to capture a real-time image 317 of a fire point.

The graphic control host 3 is installed in the building, and is electrically connected to the trusted switchboard 2, and is used to receive the detection signal from the trusted switchboard 2, and according to the detection signal, generate a fire protection integrated information 31 through the network outward Send. In this embodiment, the graphic control host 3 can display the fire protection integrated information 31. In this embodiment, when the detector 1 detects a fire, the fire control integrated information 31 transmitted by the graphic control host 3 through the network includes an address 311 of the building, an owner contact information 312, a General floor plan 313 (including the floor plan of each floor of the building 3130), a fire point and the location map of the beneficiaries 314, a dangerous facility and piping plan 315, a dangerous goods storage plan 316, and the fire Click 317.

In this embodiment, the cloud server 4 is installed in the fire service center 9 and can receive the fire control integration information 31 transmitted from the graphic control host 3 within 10 seconds.

The fire brigade mobile device 6 used by the fire brigade may be a tablet computer or a smart phone, etc., and receives the fire integrated information 31 in a wireless manner (such as mobile communication or Wi-Fi). In this embodiment, the fire brigade mobile device 6 may include a wireless communication unit 61, a display unit 62, a processing unit 63, and an input unit 64.

The administrator mobile device 8 used by the administrator of the building may be a tablet computer or a smart phone, etc., and receives the fire protection integration information 31 in a wireless manner (such as mobile communication or Wi-Fi). In this embodiment, the administrator mobile device 8 may include a wireless communication unit 81, a display unit 82, a processing unit 83, and an input unit 84.

Referring to FIGS. 1 and 2, in this embodiment, when there is no disaster, the graphic control host 3 does not need to upload the fire protection integrated information 31 to the cloud server 4 of the fire service center 9 through the network. Conversely, in the event of a fire, in addition to automatically uploading text messages such as the building's address 311 and the owner's contact information to the cloud server 4, the map control host 3 will also provide a general plan of the building 313. The fire point and the location map of the waiting person 314, the dangerous facility and pipeline map 315, and the dangerous goods storage map 316 and all other map files are uploaded to the fire service center 9. In addition, with the consent of the owner of the building, the real-time image 317 of the fire point captured by the camera 5 can also be uploaded to the cloud server 4 in real time and become a part of the integrated fire protection information 31. In addition, in this embodiment, the graphic control host 3 can upload the fire protection integrated information 31 to the fire service center 9 at the same time, and can also simultaneously transmit the fire integrated information 31 to the management used by the building administrator员移动装置8. The mobile device 8.

When the cloud server 4 receives the fire control integration information 31 from the graphic control host 3, it will immediately send the fire control integration information 31 to the display unit 62 of the fire brigade mobile device 6 used by the fire brigade for display. Therefore, the fire brigade can proceed to disaster relief based on the address 311 of the fire integrated information 31 displayed on the fire brigade mobile device 6.

In addition, when the fire brigade is dispatched, the general plan 313 of the fire protection integrated information 31 displayed on the fire brigade mobile device 6, the fire point and the position map of the waiting person 314, the dangerous facility and pipeline map 315, and the dangerous goods Store picture 316, and real-time image of fire point 317, and obtain the scene status of fire alarm in advance For example, as shown in FIG. 2, in this embodiment, since the fire point and the location map of the waiting person displayed on the fire brigade mobile device 6 include a floor plan 3130 of the floor where the fire occurred and a corresponding to the detector 1 The location of the disaster occurred is shown as 3140, so firefighters can know the location of the disaster through the fire point and the location map 314 of the person in need, so it can carry out rescue and disaster relief tasks more safely and efficiently. In addition, the fire point and the position map of the rescuer displayed on the mobile device 6 of the fire brigade may also include a diagram of the position of the rescuer corresponding to the mobile device of the rescuer (not shown) held by the rescuer 3141, and a diagram 3142 of the position of the firefighter corresponding to the fire brigade mobile device 6. In this embodiment, the cloud server 4 can use the indoor positioning technology (such as the Bluetooth triangle positioning mechanism, etc.) to calculate the real-time position of the waiter corresponding to the waiter position icon 3141 and the firefighter. The location diagram 3142 shows the immediate location of the firefighter. That is, the fire brigade personnel can clearly know the location of the disaster and the position of the person to be rescued through the fire brigade mobile device 6, so that rescue and disaster relief tasks can be carried out more safely and surely.

To sum up, the fire information integration system of the present invention includes the hardware and software such as the detector 1, the credit switchboard 2, the graphic control host 3, the camera 5, the cloud server 4 installed in the fire service center, and the fire brigade mobile device 6 The cooperative operation between the components, when a disaster occurs, the cloud server 4 and the fire brigade mobile device 6 will immediately receive the fire control integrated information 31 provided by the graphic control host 3, so when the fire brigade can dispatch according to its fire brigade The general plan 313 of the fire protection integrated information 31 displayed on the mobile device 6, the fire point and the position map of the waiting person 314, the dangerous facility and pipeline map 315, the dangerous goods storage map 316, and the real time image 317 of the fire point, obtained in advance The situation at the scene of the fire alarm is used to conduct rescue and disaster relief tasks in a safer and more efficient manner. Therefore, the purpose of the invention can indeed be achieved.

However, the above are only examples of the present invention, and the scope of implementation of the present invention cannot be limited by this, any simple equivalent changes and modifications made according to the scope of the patent application of the present invention and the content of the patent specification are still classified as Within the scope of the invention patent.

1: Main alarm 2: Trusted switchboard 3: Map control host 31: Fire protection integration information 311: Address 312: Owner contact information 313: General plan 3130: Floor plan information 314: Fire point and location of the person in need 3140: Disaster occurred Location icon 3141: Waiter location icon 3142: Firefighter location icon 315: Dangerous facilities and piping map 316: Dangerous goods storage map 317: Fire point real-time image 4: Cloud server 5: Camera 6: Fire brigade mobile device 61: wireless communication unit 62: display unit 63: processing unit 64: input unit 8: administrator mobile device 81: wireless communication unit 82: display unit 83: processing unit 84: input unit 9: fire service center

Other features and functions of the present invention will be clearly presented in the embodiments with reference to the drawings, in which: FIG. 1 is a functional block diagram illustrating an embodiment of the architecture of the fire information integration system of the present invention; and FIG. 2 is a Schematic diagram of the operation screen, which shows that the fire control point and the location map of the waiting person of the graphic control host of the building in this embodiment are transmitted to the cloud server of the fire service center in real time, including the floor plan information and the disaster location icon.

1: detector

2: Trusted switchboard

3: Graphic control host

31: Fire integration information

311: Address

312: Owner contact information

313: General plan

3130: Floor plan information

314: Fire point and location map of the person in need

315: Dangerous facilities and pipeline drawings

316: Dangerous goods storage map

317: Real-time image of fire point

4: Cloud server

5: Camera

6: Fire brigade mobile device

61: wireless communication unit

62: display unit

63: Processing unit

64: input unit

8: administrator mobile device

81: wireless communication unit

82: display unit

83: processing unit

84: input unit

9: Fire Service Center

Claims (10)

A fire information integration system is suitable for buildings, fire service centers, and fire brigades, and includes: a detector installed in the building and used to output a reconnaissance related to the disaster when the building has a disaster A measured signal; a trusted switchboard, installed in the building, and used to receive the detection signal from the detector; a graphic control host, installed in the building, and electrically connected to the trusted switchboard, and used to receive the trusted switchboard The detected signal is transmitted, and according to the detected signal, a fire integrated information is generated and transmitted through the network; and a cloud server is installed in the fire service center and used to receive the image control host through the network in real time Integrated fire protection information. The fire information integration system as described in claim 1, wherein the detector is an addressable photoelectric smoke detector. The fire information integration system as described in claim 1, wherein the detector is an address and temperature-type heat detector. The fire information integration system according to claim 1, further comprising a fire brigade mobile device used by the fire brigade, wherein when the cloud server receives the fire integration information from the graphic control host, the The fire integrated information is transmitted to the fire brigade mobile device display synchronously. The fire information integration system of claim 4, wherein the fire brigade mobile device receives the fire integration information wirelessly. The fire information integration system according to claim 5, wherein the fire brigade mobile device is a tablet computer or a smart phone. The fire information integration system as described in claim 4, wherein the fire information integration includes an address of the building, an owner's contact information, a general plan, a fire point and the location map of the person in need, a dangerous facility and management Road maps, and a map of dangerous goods storage. The fire information integration system according to claim 7, wherein the general plan includes floor plan information for each floor of the building. The fire information integration system according to claim 8, wherein the fire point and the position map of the waiting person displayed on the fire brigade mobile device include the floor plan information and a disaster location icon. The fire information integration system according to claim 1, further comprising a camera electrically connected to the graphic control host, wherein the camera is used to capture a real-time image of a fire point, and the anti-integration information includes the real-time image of the fire point.

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