TWI728918B - Display system for automatically integrating and displaying maps and images according to fire accident report data - Google Patents

Abstract

A display system is configured for automatically integrating and displaying maps and images according to fire accident report data and includes a map database, an indoor three-dimensional space simulation image database, a building interior surrounding image database, a report data analysis module, and a map image search module and a display module. The map database stores a plurality of building addresses. The building interior surrounding image database and the indoor three-dimensional space simulation image database respectively store a plurality of building interior surrounding views and a plurality of indoor three-dimensional space simulation images. The report data analysis module is configured to parse out the address of a fire accident, so that the map data image search module can define the address of a fire accident building. The display module is configured to display the map data of the surrounding area of the building, the surrounding view image of the building or the simulation image of the indoor three-dimensional space.

Description

A display system that automatically integrates and displays graphics and images based on fire accident report data

The present invention relates to a display system, in particular to a display system that automatically integrates and displays graphics and images based on fire accident report data.

Generally speaking, after firefighters are notified of a fire report, depending on the distance and road conditions, most of them will arrive around the fire site within 2-9 minutes. However, sometimes they need to be based on the surrounding road conditions. Adjust the parking position of the fire truck. When the fire truck arrives at the scene, the firefighters will quickly analyze the situation of the fire scene, and then begin to carry out the disaster relief task; among them, because the fire scene usually affects the sight of the firefighters due to dense smoke, the firefighters often visit the scene Plan the disaster relief route quickly, especially when the space configuration of large buildings such as department stores or shopping malls is more complicated. Route planning is needed to quickly rescue the people trapped in the fire and allow firefighters to escape safely. Fire field.

As mentioned above, since most of the site plans are building plans or evacuation plans, although firefighters can use the plan to understand the general layout of the site, the space layout of the fire site is actually likely to contain other large items. In the face of the rapid changes in the fire scene, firefighters who count on every second can only adjust the disaster relief route on the fly, but it is easy to shorten the golden rescue time. It will also increase the difficulty of getting out of the fire.

In view of the fact that in firefighting and disaster relief operations, when firefighters receive a report and go for disaster relief, they are mainly affected by factors such as distance, road conditions and the surrounding environment of the accident site. The complexity of the interior of the building and the rapid changes in the fire scene affect the progress of the disaster relief. However, in the existing technology, most firefighters can only respond to the emergency after arriving at the accident site, and even if the firefighters can obtain the floor plan of the fire site, It is also very likely that the actual space structure is different from the original design of the building plan, or because the furnishings affect the disaster relief route, thereby increasing the difficulty of disaster relief; for this reason, the main purpose of the present invention is to provide a display system that can instantly display The surrounding conditions of the accident site and the spatial structure of the fire site so that firefighters can quickly grasp the situation.

In order to solve the problem of the prior art, the necessary technical means adopted by the present invention is to provide a display system that automatically integrates and displays map data and images based on fire accident report data, including a map database, an indoor three-dimensional space simulation image database, and a building An in-object surround view image database, a report data analysis module, an image data search module, and a display module.

The map database stores at least one map data, the map data includes a plurality of building addresses, and a building surrounding area map data is delineated in the map data according to each of the building addresses. The building interior surrounding image database stores a plurality of building interior surrounding images corresponding to the addresses of the buildings.

The indoor three-dimensional space simulation image database stores a plurality of indoor three-dimensional space simulation images corresponding to the addresses of the buildings. The report data analysis module receives a fire accident report data, and analyzes the address of a fire accident from the fire accident report data.

The map data image search module is communicatively connected to the map database, the building’s surrounding image database and the indoor three-dimensional space simulation image database, and is used to compare the addresses of the buildings with the address of the fire accident. The one that matches is defined as the address of a fire-fighting accident building, and the address of the building corresponding to the fire-fighting accident is searched out from the map database, the surrounding image database of the building, and the indoor three-dimensional space simulation image database. The map data of the surrounding area of the building, the surrounding view images of the buildings and the simulation images of the indoor three-dimensional space.

The display module is communicatively connected to the map data image search module to switchly display the map data of the surrounding area of the building corresponding to the address of the fire accident building, the surrounding images of the buildings and the indoor three-dimensional space At least one of the simulated images.

In an auxiliary technical means derived from the above-mentioned necessary technical means, the map data image search module includes an accident address comparison unit and a data image search unit. The accident address comparison unit defines one of the building addresses that matches the address where the fire accident occurred as the fire accident building address. The data image search unit is electrically connected to the accident address comparison unit, and searches out the corresponding fire accident from the map database, the building's surrounding image database, and the indoor three-dimensional space simulation image database. The map data of the surrounding area of the building of the building address, the surrounding view images of the buildings and the simulation images of the indoor three-dimensional space.

In an auxiliary technical means derived from the above-mentioned necessary technical means, the map database further includes at least one street view data, the at least one street view data corresponds to the at least one map data, and the map database is further based on each of the The address of the building and the street view data of the surrounding area of the building corresponding to the map data of the surrounding area of the building are delineated in the at least one street view data.

Among the auxiliary technical means derived from the above-mentioned necessary technical means, the display system that automatically integrates and displays images based on fire accident report data further includes an analog image generating device that is electrically connected to the indoor three-dimensional space The simulation image database is used to generate the indoor three-dimensional space simulation images, and store the indoor three-dimensional space simulation images in the indoor three-dimensional space simulation image database.

Among the auxiliary technical means derived from the above-mentioned necessary technical means, the display system that automatically integrates and displays images based on fire accident report data further includes a surround view image recorder, which is electrically connected to the building The internal environment image database is used to generate the internal environment images of the buildings, and store the internal environment images of the buildings in the internal environment image database of the buildings.

As mentioned above, the display system of the present invention that automatically integrates and displays images and images based on fire accident report data receives the fire accident report data through the report data analysis module and analyzes the address of the fire accident. Those who match the address of the accident are defined as the address of the fire-fighting accident building, and then search for the surrounding area of the building corresponding to the address of the fire-fighting accident building from the map database, the indoor three-dimensional space simulation image database, and the building’s surrounding image database. The area map data, the street view data of the surrounding area of the building, the indoor three-dimensional space simulation image and the surrounding view image of the building interior are sent to the display module for firefighters to watch, so as to effectively increase the firefighters' surrounding situation of the accident site and the fire scene The degree of mastery of the space structure will speed up the speed of disaster relief and enhance the safety of disaster relief.

The specific embodiments adopted in the present invention will be further explained by the following embodiments and drawings.

Please refer to the first figure. The first figure is a system diagram of a display system that automatically integrates and displays images based on fire incident report data provided by a preferred embodiment of the present invention. As shown in the first figure, a display system 100 that automatically integrates and displays map data images based on fire accident report data includes a map database 1, an indoor three-dimensional space simulation image database 2, and a building interior environment image database 3. , A report data analysis module 4, a picture data image search module 5, a display module 6, an analog image generating device 7 and a surround view image recorder 8.

The map database 1 stores a map data 11 and a street view data 12. The map data 11 contains a plurality of building addresses 111 (only one is shown in the figure). The street view data 12 corresponds to the map data 11; among them, the map data 11 except In addition to the building address 111, it can also include the building name and building floor corresponding to each building address 111 in practice.

The indoor three-dimensional space simulation image database 2 corresponds to the building address 111 and stores a plurality of indoor three-dimensional space simulation images 21 (only one is shown in the figure). The building interior surrounding image database 3 corresponds to the building address 111 and stores a plurality of building interior surrounding images 31 (only one is shown in the figure). The report data analysis module 4 receives a fire accident report data 200, and analyzes a fire accident occurrence address from the fire accident report data 200, thereby sending a fire accident occurrence signal 4a containing the fire accident occurrence address.

The map data image search module 5 is communicatively connected to the map database 1, the indoor three-dimensional space simulation image database 2, the building interior surround view image database 3, and the report data analysis module 4, and the map data image search module 5 It includes an accident address comparison unit 51 and a data image searching unit 52. The accident address comparison unit 51 defines one of the building addresses 111 that matches the fire accident address as the fire accident building address when the map data image search module 5 receives the fire accident occurrence signal 4a. The data image search unit 52 is electrically connected to the accident address comparison unit 51, and searches out the corresponding fire accidents from the map database 1, the indoor three-dimensional space simulation image database 2 and the building interior environment image database 3, respectively. The map data DT1 of the surrounding area of the building (marked in the third figure) of the building address, the street view data DT2 of the surrounding area of the building (marked in the fourth figure), the indoor three-dimensional space simulation image 21 and the surrounding view image 31 of the building.

The display module 6 is communicatively connected to the image search module 5 to switchably display the map data DT1 of the surrounding area of the building corresponding to the address of the fire accident building, DT1, the street view data of the surrounding area of the building DT2, and the indoor three-dimensional space simulation image 21 and at least one of the surrounding image 31 of the building interior; wherein, the display module 6 further includes a temporary storage unit 61, which is used to temporarily store the data searched by the image search unit 52 corresponding to the fire accident The map data DT1 of the building surrounding area of the building address, the street view data DT2 of the building surrounding area, the indoor three-dimensional space simulation image 21 and the surrounding view image 31 of the building interior, so as to quickly display the building corresponding to the building address of the fire accident At least one of the surrounding area map data DT1, the building surrounding area street view data DT2, the indoor three-dimensional space simulation image 21, and the building interior surrounding view image 31.

The analog image generating device 7 is electrically connected to the indoor three-dimensional space analog image database 2 to generate the indoor three-dimensional space analog image 21 and store the indoor three-dimensional space analog image 21 in the indoor three-dimensional space analog image database 2. In practice, the analog image generating equipment 7 includes, for example, a laser beam scanning device and a computer device with three-dimensional model building software, so that the three-dimensional data obtained after scanning the indoor space through the laser beam scanning device is transmitted to the computer device. Then use the three-dimensional model building software to create a three-dimensional model corresponding to the indoor space based on the three-dimensional space data.

The surrounding scene image recorder 8 is electrically connected to the building surrounding scene image database 3 for generating the building inside surrounding scene image 31 and storing the building inside surrounding scene image 31 to the building inside surrounding scene image data Library 3. In practice, the surrounding image recorder 8 is, for example, composed of more than one photographing device, which can be used by the user to shoot around the scene in an indoor space to record the surrounding image 31 of the building interior.

Please refer to the second figure. The second figure uses the display module of the present invention to display the map data DT1 of the surrounding area of the building and the street view data DT2 of the surrounding area of the building, the indoor three-dimensional space simulation image 21, and the surrounding image of the interior of the building. Schematic diagram of 31. As shown in the first and second figures, the display module 6 of the present invention can simultaneously display the map data DT1 of the surrounding area of the building, the street view data DT2 of the surrounding area of the building, the indoor three-dimensional space simulation image 21, and the interior of the building. Surrounding image 31. Among them, although in the second figure, the display module 6 uses the map data DT1 of the surrounding area of the building as the main display content to display a larger screen, and combines the street view data DT2 of the surrounding area of the building, the indoor three-dimensional space simulation image 21, and The surrounding image 31 of the building interior is displayed on one side of the screen as a supplementary content, but in actual operation, the user can also make the display module 6 individually display the map data DT1 of the surrounding area of the building by clicking the operation method , The street view data DT2 of the surrounding area of the building, the indoor three-dimensional space simulation image 21 or the surrounding view image 31 of the building interior.

Please continue to refer to the third and fourth figures. The third figure is a schematic diagram of using the display module of the present invention to display the map data of the surrounding area of the building corresponding to the address of the fire accident building; the fourth figure is the use of the display module of the present invention The group shows a schematic diagram of the street view information of the surrounding area of the building corresponding to the address of the fire accident building. As shown in the first to fourth figures, the map database 1 delineates a building surrounding area map data DT1 in the map data 11 according to the building address 111; among them, the building surrounding area map data DT1 is a building The object BD is displayed as the center of the screen, and the building address 111 of the building BD is the fire accident building address defined by the accident address comparison unit 51 through comparison. In addition, the map database 1 also delineates a street view data DT2 of the building surrounding area corresponding to the building surrounding area map data DT1 in the street view data 12 according to the building address 111, and the street view data DT2 of the building surrounding area is based on the building The object BD is displayed in the center of the screen, and in practice, the user can also operate the display module 6 to adjust the display position and angle of the street view data DT2 in the surrounding area of the building, so that the user can confirm the surrounding area of the building BD in more detail. Road planning.

Please continue to refer to the fifth figure, which is a schematic diagram of using the display module of the present invention to display an indoor three-dimensional space simulation image. As shown in Figure 5, the indoor three-dimensional space simulation image 21 corresponds to the above-mentioned building BD and shows the general appearance of the building BD and the three-dimensional configuration of the internal space. For example, the building BD shown in this embodiment includes There are nine indoor spaces TS1 (only one is marked in the figure), whereby the user can know the relative positions of the nine indoor spaces TS1.

Please continue to refer to the sixth figure, which is a schematic diagram of using the display module of the present invention to display the surrounding image of a building. As shown in the sixth figure, the surrounding image 31 of the building interior corresponds to the aforementioned indoor space TS1 and displays an image that can be viewed from the center of the indoor space TS1, and can be rotated by the user through operation The screen, and then from the center position of the indoor space TS1 to see the surrounding image of the indoor space TS1.

Please continue to refer to the seventh figure. The seventh figure is a flow chart showing the steps of using the display system of the present invention that automatically integrates and displays images based on fire incident report data. As shown in the first to seventh figures, this embodiment lists the steps of using the display system 100 of the present invention for automatically integrating and displaying images based on fire accident report data. First, as shown in step S101, a map is first created Database 1, a building surrounding image database 3 and an indoor three-dimensional space simulation image database 2, and making the map database 1 store at least one map data 11 containing a plurality of building addresses 111, so that the building The interior environment image database 3 corresponds to the building address 111 and stores a plurality of interior environment images 31 of the building, and the indoor three-dimensional space simulation image database 2 corresponds to the building address 111 and stores a plurality of indoor three-dimensional spaces Analog image 21.

Then, as shown in step S102, a fire accident report data 200 is received, and the fire accident report data 200 is parsed to obtain an address where a fire accident occurred. In this embodiment, the fire accident report data 200 is, for example, assembled by the service center based on the report information after receiving the report. Therefore, the fire accident report data 200 usually contains the accident category in addition to the address where the fire accident occurred. In addition, since the fire accident report data 200 is forwarded to the fire brigade after the report is received by the service center, the fire accident occurrence address of the fire accident report data 200 is the address that has been confirmed by the service center.

Then, as shown in step S103, one of the building addresses 111 that matches the address where the fire accident occurred is defined as a fire accident building address, and the information is collected from the map database 1, the building's surrounding image database 3, and the indoor environment. The three-dimensional space simulation image database 2 respectively searches for the building surrounding area map data DT1, the building interior surrounding view image 31, and the indoor three-dimensional space simulation image 21 corresponding to the address of the fire-fighting accident building. In this embodiment, the data image searching unit 52 is mainly used to search out the map data DT1 of the surrounding area of the building corresponding to the address of the fire accident building, the surrounding image 31 of the building interior, and the simulation image 21 of the indoor three-dimensional space, and the data The image search unit 52 can also search for the street view data DT2 of the surrounding area of the building corresponding to the address of the fire-fighting building.

Finally, as shown in step S104, a display module 6 is used to display at least one of the building surrounding area map data DT1, the building interior surrounding image 31, and the indoor three-dimensional space simulation image 21 corresponding to the address of the fire accident building In addition, in this embodiment, the user can display at least one of the map data DT1 of the surrounding area of the building, the surrounding image 31 of the building, and the simulated image 21 of the indoor three-dimensional space through the display module 6. The display module 6 displays street view data DT2 in the surrounding area of the building.

To sum up, in this embodiment, when the display system 100 of the present invention that automatically integrates and displays images and images based on fire accident report data receives the fire accident report data through the report data analysis module 4, and parses out the address where the fire accident occurred Afterwards, the accident address comparison unit 51 will define the address of the building address 111 that matches the address of the fire accident as the address of the fire accident building, and then the data image search unit 52 from the map database 1, the indoor three-dimensional space simulation image database 2 and the building interior environment image database 3 respectively search for the building surrounding area map data DT1 corresponding to the fire accident building address, the building surrounding area street view data DT2, the indoor three-dimensional space simulation image 21 and the building interior ring The surrounding area map data DT1, the street view data DT2 of the surrounding area of the building, the indoor three-dimensional space simulation image 21, and the surrounding view image 31 of the building interior corresponding to the fire accident building address are sent to the display module 6 The temporary storage unit 61.

Thereby, the display module 6 can quickly display the map data DT1 of the surrounding area of the building corresponding to the address of the firefighting accident building under the operation of the firefighter, the street view data DT2 of the surrounding area of the building, the indoor three-dimensional space simulation image 21 and the building At least one of the internal surrounding images 31 is for firefighters to watch, allowing the firefighters to know the situation of the surrounding area of the fire accident building address, the three-dimensional spatial structure of the building BD and the surrounding image of the indoor space TS1. Can quickly plan disaster relief lines.

Compared with the existing fire fighting and disaster relief operations, it is easy to be affected by factors such as distance, road conditions, and the surrounding environment of the accident site, and the actual spatial structure of the fire site cannot be known, thereby increasing the difficulty of disaster relief. The display system 100 that automatically integrates and displays images based on fire accident report data can indeed effectively increase the firefighters' grasp of the surrounding conditions of the accident site and the spatial structure of the fire site, thereby speeding up disaster relief and enhancing the safety of disaster relief.

Based on the above detailed description of the preferred embodiments, it is hoped that the characteristics and spirit of the present invention can be described more clearly, and the scope of the present invention is not limited by the preferred embodiments disclosed above. On the contrary, the purpose is to cover various changes and equivalent arrangements within the scope of the patent for which the present invention is intended.

100: A display system that automatically integrates and displays graphics and images based on fire accident report data 1: Map database 11: Map information 111: Building address 12: Street view information 2: Indoor three-dimensional space simulation image database 21: Indoor three-dimensional space simulation image 3: The surrounding image database of the building 31: Surrounding view of the interior of the building 4: Report data analysis module 4a: Signal of fire accident 5: Image search module 51: Accident address comparison unit 52: Data image search unit 6: Display module 61: Temporary storage unit 7: Analog image production equipment 8: Surround view video recorder 200: Fire accident report information DT1: Map data of the surrounding area of the building DT2: Street view information of the surrounding area of the building BD: Building TS1: Indoor space

The first figure is a system schematic diagram of a display system that automatically integrates and displays images based on fire accident report data provided by a preferred embodiment of the present invention; The second figure is a schematic diagram showing the map data of the surrounding area of the building, the street view data of the surrounding area of the building, the simulation image of the indoor three-dimensional space, and the surrounding image of the building interior by using the display module of the present invention; The third figure is a schematic diagram of using the display module of the present invention to display the map data of the surrounding area of the building corresponding to the address of the fire accident building; The fourth figure is a schematic diagram of using the display module of the present invention to display the street view information of the surrounding area of the building corresponding to the address of the fire accident building; The fifth figure is a schematic diagram of using the display module of the present invention to display an indoor three-dimensional space simulation image; The sixth figure is a schematic diagram of using the display module of the present invention to display the surrounding image of the interior of the building; and The seventh figure is a flow chart showing the steps of using the display system of the present invention that automatically integrates and displays pictures and images based on fire accident report data.

100: Automatically integrate and display graphics and images based on fire accident report data Display system

1: Map database

11: Map information

111: Building address

12: Street view information

2: Indoor three-dimensional space simulation image database

21: Indoor three-dimensional space simulation image

3: The surrounding image database of the building

31: Surrounding view of the interior of the building

4: Report data analysis module

4a: Signal of fire accident

5: Image search module

51: Accident address comparison unit

52: Data image search unit

6: Display module

61: Temporary storage unit

7: Analog image production equipment

8: Surround view video recorder

200: Fire accident report information

Claims (5)

A display system that automatically integrates and displays pictures and images based on fire accident report data, including: A map database stores at least one map data, the map data includes a plurality of building addresses, and a building surrounding area map data is delineated in the at least one map data according to each of the building addresses; An indoor three-dimensional space simulation image database, which stores a plurality of indoor three-dimensional space simulation images corresponding to the addresses of the buildings; A database of surrounding sceneries of a building, corresponding to the addresses of the buildings and storing a plurality of surrounding sceneries of the building; A report data analysis module, which receives a fire accident report data, and analyzes the address of a fire accident from the fire accident report data; A map data image search module is communicatively connected to the map database, the building's surrounding image database and the indoor three-dimensional space simulation image database, and is used to compare the building addresses with the fire accident One of the occurrence addresses is defined as the address of a fire-fighting accident building, and the building corresponding to the fire-fighting accident is searched from the map database, the building’s surrounding image database, and the indoor three-dimensional space simulation image database. The map data of the surrounding area of the building, the surrounding view images of the buildings and the simulation images of the indoor three-dimensional space of the physical address; and A display module, which is communicatively connected to the map image search module, is used to switchably display the map data of the surrounding area of the building corresponding to the address of the fire accident building, the surrounding images of the buildings and the indoor At least one of the three-dimensional space simulation images. As described in claim 1, the display system for automatically integrating and displaying map data and images based on fire accident report data, wherein the map data and image search module includes: An accident address comparison unit, which defines one of the building addresses that matches the address where the fire accident occurred as the address of the fire accident building; and A data image search unit is electrically connected to the accident address comparison unit, and searches for the corresponding data from the map database, the building's surrounding image database, and the indoor three-dimensional space simulation image database. The map data of the surrounding area of the building of the fire accident building address, the surrounding scene images of the buildings and the simulation images of the indoor three-dimensional space. The display system for automatically integrating and displaying map data images based on fire accident report data as described in claim 1, wherein the map database further includes at least one street view data, and the at least one street view data corresponds to the at least one map data, and The map database further delimits the street view data of the surrounding area of the building corresponding to the map data of the surrounding area of the building in the at least one street view data according to the addresses of each of the buildings. As described in claim 1, the display system that automatically integrates and displays images and images based on fire accident report data further includes an analog image generation device that is electrically connected to the indoor three-dimensional space analog image database. The indoor three-dimensional space simulation images are generated, and the indoor three-dimensional space simulation images are stored in the indoor three-dimensional space simulation image database. As described in claim 1, the display system that automatically integrates and displays images and images based on fire accident report data also includes a surround view image recorder, which is electrically connected to the surrounding view image database of the building , Used to generate the surrounding scene images of the buildings, and store the surrounding scene images of the buildings in the surrounding image database of the buildings.

Images