TWI670693B - Fire information integration system - Google Patents

Abstract

A fire information integration system for a building, a fire service center, and a fire brigade, and comprising: a detector disposed in the building and used to output a disaster associated with the disaster when the building is in a disaster a signal receiving unit; a receiving switchboard, disposed in the building and configured to receive the detection signal transmitted by the detector; a picture control host, disposed in the building, and electrically connected to the trusted switchboard, and configured to receive the trusted switchboard The detection signal is transmitted, and according to the detection signal, a fire integration information is transmitted through the network; and a cloud server is disposed in the fire service center, and is used for receiving the graphic control host through the network. Fire protection integration information.

Description

Fire information integration system

The invention relates to a fire information integration system, in particular to a fire information integration system capable of providing fire protection integration information to a fire service center and a fire brigade in real time when a disaster occurs.

At present, when there is a fire in a public building such as a long-lighting center, a high-rise building, a medical institution, a high-risk factory, or a MRT station, the 119 service center usually has the address of the fire scene provided by the owner, the location of the rough fire point, etc. Simple information, as well as the general plan of the public building, hazardous facilities and piping diagrams and dangerous goods storage maps, to try to determine the fire scene situation. However, due to the general plan, hazardous facilities and piping diagrams and dangerous goods storage maps of the public buildings stored at the 119 Service Center, they are usually stored only in paper form and may be old, resulting in the public buildings. In the event of a fire, it may still be difficult for the 119 Service Center to correctly determine the fire scene from the general plan of the public building, the paper dangerous facilities and piping diagrams, and the paper dangerous goods storage map. Provide the correct disaster site conditions to the fire brigade personnel at the disaster site. Therefore, it is necessary to seek a solution.

Accordingly, it is an object of the present invention to provide a fire information integration system.

Accordingly, the fire information integration system of the present invention is applicable to a building, a fire service center, and a fire brigade, and includes: a detector disposed in the building and used to output an association when the building is in a disaster a disaster detection signal; a trusted switchboard disposed in the building and configured to receive a detection signal transmitted by the detector; a picture control host disposed in the building and electrically connected to the trusted switchboard and used for receiving The detection signal transmitted by the trusted switchboard generates a fire integration information 31 to be transmitted through the network according to the detection signal; and a cloud server is disposed at the fire service center and is used for receiving the network through the network. The map controls the fire integration information from the host.

The effect of the invention is that: in the event of a disaster, the cloud server installed in the fire service center can immediately receive the fire integration information transmitted by the map control host, and provide the fire integration information to the fire brigade synchronously, so Allow fire brigade personnel to obtain disaster site conditions in advance to carry out rescue and disaster relief tasks safer and more efficient.

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

The detector 1 is disposed in the building and is configured to output a detection signal associated with the disaster when the building is in a disaster. In this embodiment, the detector 1 may be, for example, an address photoelectric detector, or a fixed temperature detector. In the subsequent description of this specification, the disaster is described by taking a fire as an example.

The trusted switchboard 2 is disposed in the building and is configured to receive a detection signal transmitted by the detector 1.

The camera 5 is electrically connected to the picture control host 3 and is used to capture a fire point instant image 317.

The control host 3 is disposed in the building and electrically connected to the trusted switchboard 2, and configured to receive the detection signal sent by the trusted switchboard 2, and generate a fire integration information 31 through the network according to the detection signal. Transfer. In this embodiment, the map control host 3 can display the fire protection integration information 31. In this embodiment, when the detector 1 detects a fire, the fire protection integration information 31 transmitted by the host computer 3 through the network includes an address 311 of the building, an owner contact information 312, and a The general plan 313 (including the floor plan of each floor of the building 3130), the fire point and the rescuer location map 314, a dangerous facility and piping diagram 315, a dangerous goods storage map 316, and the fire Click on the live image 317.

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

The fire brigade mobile device 6 used by the fire brigade may be a tablet or a smart phone, etc., and receives the fire integration information 31 in a wireless manner (e.g., mobile communication or Wi-Fi). In this embodiment, the fire department mobile device 6 can 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 or a smart phone or the like, and receives the fire integration information 31 in a wireless manner (for example, mobile communication or Wi-Fi). In this embodiment, the administrator mobile device 8 can include a wireless communication unit 81, a display unit 82, a processing unit 83, and an input unit 84.

Referring to FIG. 1 and FIG. 2, in the embodiment, when there is no disaster, the map control host 3 does not need to upload the fire protection integration information 31 to the cloud server 4 of the fire service center 9 through the network. Conversely, when a fire alarm occurs, the graphic control host 3 will automatically upload the text message such as the address 311 of the building and the owner's contact information to the cloud server 4, and also the general plan of the building. 313. Fire map and standby location map 314, hazardous facilities and pipeline map 315 and dangerous goods storage map 316 are uploaded to Fire Service Center 9. In addition, the fire point instant image 317 captured by the camera 5 can be immediately uploaded to the cloud server 4 as part of the fire integration information 31 under the authorization of the owner of the building. In addition, in the embodiment, the map control host 3 can simultaneously upload the fire protection integration information 31 to the fire service center 9, and can also synchronously transmit the fire protection integration information 31 to the management used by the administrator of the building. Member action device 8.

When the cloud server 4 receives the fire protection integration information 31 from the map control host 3, the fire protection integration information 31 is synchronously transmitted to the display unit 62 of the fire department mobile device 6 used by the fire department. Thus, the fire brigade can proceed to the disaster relief according to the address 311 of the fire protection integration information 31 displayed on the fire brigade mobile device 6.

Furthermore, when the fire brigade is dispatched, it may be based on the general plan 313 of the fire protection integration information 31 displayed on the fire brigade mobile device 6, the fire point and the rescuer location map 314, the hazardous facilities and the pipeline map 315, dangerous goods. Store the map 316 and the fire point instant image 317 to obtain the fire scene status in advance. For example, as shown in FIG. 2, in the present embodiment, since the fire point and the standby position map 314 displayed on the fire department mobile device 6 include the floor plan 3130 of the fire floor, and one corresponding to the detector 1 The location of the disaster occurrence is shown in Figure 3140. Therefore, the firefighter can know the location of the disaster through the fire point and the map of the rescuer location 314, so that the rescue and disaster relief tasks can be performed safer and more efficiently. In addition, the fire point and the rescuer position map 314 displayed on the fire department mobile device 6 may further include a map of the waiting person position corresponding to the standby mobile device (not shown) held by the standby person. 3141, and a fireman position map 3142 corresponding to the fire brigade mobile device 6. In this embodiment, the cloud server 4 can use an indoor positioning technology (such as a Bluetooth triangulation mechanism or the like) to calculate the immediate location of the to-be-receiver corresponding to the to-be-requested location icon 3141, and corresponding to the firefighter. The fireman's immediate location of location icon 3142. That is to say, the fire brigade personnel can clearly understand the location of the disaster and the location of the person to be assisted by their fire brigade action device 6, so that rescue and disaster relief tasks can be carried out safer and more confidently.

In summary, the fire information integration system of the present invention, through the detector 1, the credit card machine 2, the picture control host 3, the camera 5, the cloud server 4 installed in the fire service center, and the fire department mobile device 6 and the like The cooperation between the components, when the disaster occurs, the cloud server 4 and the firefighting mobile device 6 will immediately receive the fire protection integration information 31 provided by the graphic control host 3, so that the fire brigade can be fired according to its fire brigade The general plan 313 of the fire integration information 31 displayed on the mobile device 6, the fire point and the rescuer location map 314, the dangerous facilities and pipeline map 315, the dangerous goods storage map 316, and the fire point instant image 317 are obtained in advance. The fire scene situation, in order to carry out rescue and disaster relief tasks more safely and more efficiently, can indeed achieve the purpose of the present invention.

However, the above is only the embodiment of the present invention, and the scope of the invention is not limited thereto, and all the simple equivalent changes and modifications according to the scope of the patent application and the patent specification of the present invention are still Within the scope of the invention patent.

1‧‧‧Main police

2‧‧‧trusted switchboard

3‧‧‧ graphics host

31‧‧‧Fire Integration Information

311‧‧‧Address

312‧‧ Owner Contact Information

313‧‧‧General plan

3130‧‧‧Floor plan

314‧‧‧ Fire Point and Reserved Location Map

3140‧‧‧ Location map of disaster occurrence

3141‧‧‧ Reserved location map

3142‧‧‧Fireman Location Icon

315‧‧‧Dangerous facilities and piping drawings

316‧‧‧Dangerous goods storage map

317‧‧‧ Fire point instant image

4‧‧‧Cloud Server

5‧‧‧ camera

6‧‧‧Firefighting 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 advantages of the present invention will be apparent from the following description of the drawings, wherein: Figure 1 is a functional block diagram illustrating an embodiment of the architecture of the fire information integration system of the present invention; and Figure 2 is a The operation screen diagram illustrates the fire point of the cloud server and the standby location map of the cloud server that is directly transmitted to the fire service center in the embodiment, including the floor plan capital and the location of the disaster occurrence.

Claims (8)

A fire information integration system for a building, a fire service center, and a fire brigade, and comprising: a detector disposed in the building and used to output a disaster associated with the disaster when the building is in a disaster a signal receiving unit; a receiving switchboard, disposed in the building and configured to receive the detection signal transmitted by the detector; a picture control host, disposed in the building, and electrically connected to the trusted switchboard, and configured to receive the trusted switchboard The detection signal is transmitted, and according to the detection signal, a fire integration information is transmitted through the network, wherein the fire integration information includes an address of the building, a contact information of the owner, a general plan, and a fire Point and standby location map, a dangerous facility and pipeline map, and a dangerous goods storage map; a cloud server, installed in the fire service center, and used to receive the map control host through the network The fire protection integration information; and a fire brigade mobile device, used by the fire brigade, wherein when the cloud server receives the fire integration from the graphics control host When the hearing, then the fire integrate synchronization information is transmitted to the fire brigade mobile device display. The fire information integration system of claim 1, wherein the detector is an address photoelectric detector. The fire information integration system of claim 1, wherein the detector is an addressed fixed temperature detector. The fire information integration system of claim 1, wherein the fire brigade mobile device wirelessly receives the fire integration information. The fire information integration system of claim 4, wherein the fire department mobile device is a tablet or a smart phone. The fire information integration system of claim 1, wherein the general plan includes a floor plan for each floor of the building. The fire information integration system of claim 6, wherein the fire point and the supporter location map displayed on the fire brigade mobile device include the floor plan and a disaster occurrence location map. The fire information integration system of claim 1, further comprising a camera electrically connected to the graphic control host, wherein the camera is configured to capture a live image of the fire point, and the anti-integration information includes the fire point instant image.