1. A data analysis method based on fire alarm is characterized in that: the method comprises the following specific steps:

s1, transmitting the fire data and the data related to the surrounding environment to the terminal (3) through the character acquisition module (11) and the voice acquisition module (12);

s2, transmitting the acquired fire picture and fire video to the terminal (3) through the image acquisition module (2);

s3, the terminal (3) transmits the collected data to the server (5), and after transmission, the server (5) transmits the collected data to the comparison module (6);

s4, after transmission, the comparison module (6) compares the data acquired by the data input module (1) and the image acquisition module (2) with the data in the data storage module (7) through the comparison module I (61) and the comparison module II (62), so that the data acquired by the data input module (1) and the image acquisition module (2) can be found out from the data storage module (7) to obtain corresponding data;

s5, after finding out, analyzing the optimal fire-fighting scheme through the analysis module (8);

s6, after the optimal fire-fighting scheme is analyzed, the analysis module (8) transmits the optimal fire-fighting scheme to the server (5), and then the server (5) transmits the optimal fire-fighting scheme to the terminal (3);

s7, after transmission, the terminal (3) displays or plays the optimal fire-fighting scheme through the display module (41) and the voice playing module (42), thereby achieving effective prompt for fire fighters;

s8, when fire fighting is carried out, if an emergency situation occurs, the emergency situation can be transmitted to the terminal (3) through the character acquisition module (11) and the voice acquisition module (12), and therefore the best fire fighting scheme can be analyzed again;

s9, wherein, when fire fighting is carried out, the image acquisition module (2) is always in a working state so as to transmit the fire picture and the fire video to the terminal (3) in real time, thereby not only finding out the emergency situation which is not found by the fire fighter, but also shortening the analysis time of the optimal fire fighting scheme in some times.

2. A data analysis system based on fire alarm, its characterized in that: including data input module (1), image acquisition module (2), terminal (3), suggestion module (4), server (5), comparison module (6), data storage module (7) and analysis module (8), data input module (1) is connected terminal (3), image acquisition module (2) are connected terminal (3), terminal (3) with server (5) interconnect, server (5) are connected comparison module (6), comparison module (6) are connected analysis module (8), analysis module (8) are connected server (5), data storage module (7) are connected comparison module (6).

3. A fire alarm based data analysis system according to claim 2, wherein: the terminal (3) is connected with the prompt module (4).

4. A fire alarm based data analysis system according to claim 2, wherein: the prompting module (4) is composed of a display module (41) and a voice playing module (42).

5. A fire alarm based data analysis system according to claim 2, wherein: the data input module (1) is composed of a character acquisition module (11) and a voice acquisition module (12).

6. A fire alarm based data analysis system according to claim 2, wherein: the comparison module (6) is composed of a comparison module I (61) and a comparison module II (62).

7. A fire alarm based data analysis system according to claim 2, wherein: the terminal (3) is connected with the display module (41) and the voice playing module (42).

8. A fire alarm based data analysis system according to claim 5, wherein: the character acquisition module (11) and the voice acquisition module (12) are connected with the terminal (3).

9. A fire alarm based data analysis system according to claim 2, wherein: the server (5) is connected with a first comparison module (61) and a second comparison module (62), and the data storage module (7) is connected with the first comparison module (61) and the second comparison module (62).

10. A fire alarm based data analysis system according to claim 6, wherein: the first comparison module (61) and the second comparison module (62) are connected with the analysis module (8).

Background

Fire control is to eliminate hidden danger promptly, prevents the disaster, and the narrow meaning of course is the meaning of putting out the conflagration in people's understanding initial stage, mainly includes the personnel rescue at the scene of fire, the rescue of important facility equipment, historical relic, the safety protection and the rescue of important property, puts out the conflagration etc. the purpose is to reduce the destruction degree that the conflagration caused, reduces casualties and loss of property, and the action of fire control mainly has: finding out fire and damage conditions, knowing the terrain and wind direction of a fire scene, the structure and the access of a fire building, the condition of trapped people and the like; secondly, carrying out local command, rapidly driving the organization strength to a fire scene, selecting fire extinguishing agents and fire fighting equipment according to the fire property, and correctly using fire fighting tactics according to the situation of the fire scene, wherein the main method comprises fire resistance, fire isolation belt establishment, fire path blockage, remaining fire extinguishment, fire scene watching and the like; thirdly, rapidly rescuing the trapped personnel, transferring the injured personnel and then taking away the injured personnel; fourthly, dangerous goods near the fire scene are evacuated or isolated in time, and secondary disasters are prevented; the fire fighting uses water and chemical fire extinguishing agent, utilizes equipment such as fire engine, fire extinguisher, motor water pump to put out a fire, adheres to the principle of action of first person and then thing, first control and then extinguishment and ensures the key.

The prior art has the following defects: the existing fire fighting method can not rapidly analyze the optimal fire fighting scheme according to the data of the fire situation at times, and can also be used in case of emergency, so that the fire can not be put out in time easily, and certain potential safety hazards can exist.

Therefore, it is necessary to invent a fire alarm-based data analysis method and system.

Disclosure of Invention

Therefore, the invention provides a fire alarm-based data analysis method and a fire alarm-based data analysis system, wherein data acquired by a data input module and an image acquisition module are compared with data in a data storage module through a comparison module, and then an optimal fire protection scheme is analyzed through an analysis module, so that the problem that the optimal fire protection scheme cannot be rapidly analyzed according to fire data in the conventional fire protection method is solved.

In order to achieve the above purpose, the invention provides the following technical scheme: a data analysis method based on fire alarm comprises the following specific steps:

s1, transmitting the fire data and the data related to the surrounding environment to the terminal through the character acquisition module and the voice acquisition module;

s2, transmitting the acquired fire picture and fire video to the terminal through the image acquisition module;

s3, the terminal transmits the collected data to the server, and after transmission, the server transmits the collected data to the comparison module;

s4, after transmission, the comparison module compares the data collected by the data input module and the image collection module with the data in the data storage module through the comparison module I and the comparison module II, so as to find out the corresponding data in the data storage module from the data collected by the data input module and the image collection module;

s5, after finding out, analyzing the optimal fire-fighting scheme through an analysis module;

s6, after the optimal fire-fighting scheme is analyzed, the analysis module transmits the optimal fire-fighting scheme to the server, and then the server transmits the optimal fire-fighting scheme to the terminal;

s7, after transmission, the terminal displays or plays the optimal fire-fighting scheme through the display module and the voice playing module, so that effective prompt is provided for fire fighters;

s8, when fire fighting is carried out, if an emergency situation occurs, the emergency situation can be transmitted to the terminal through the character acquisition module and the voice acquisition module, and therefore the best fire fighting scheme is analyzed again;

s9, wherein, when fire fighting, the image acquisition module is always in working state to transmit the fire picture and the fire video to the terminal in real time, which not only can discover the emergency situation not discovered by the fire fighter, but also can shorten the analysis time of the best fire fighting scheme in some times.

The utility model provides a data analysis system based on fire alarm, includes data input module, image acquisition module, terminal, suggestion module, server, contrast module, data storage module and analysis module, data input module connects the terminal, image acquisition module connects the terminal, the terminal with server interconnect, the server is connected contrast module, contrast module connects analysis module, analysis module connects the server, data storage module connects contrast module.

Preferably, the terminal is connected with the prompt module.

Preferably, the prompt module is composed of a display module and a voice playing module.

Preferably, the data input module is composed of a character acquisition module and a voice acquisition module.

Preferably, the comparison module is composed of a comparison module I and a comparison module II.

Preferably, the terminal is connected with the display module and the voice playing module.

Preferably, the text acquisition module and the voice acquisition module are connected with a terminal.

Preferably, the server is connected with a first comparison module and a second comparison module, and the data storage module is connected with the first comparison module and the second comparison module.

Preferably, the first comparison module and the second comparison module are connected with an analysis module.

The invention has the beneficial effects that:

1. the data acquired by the data input module and the image acquisition module are compared with the data in the data storage module through the comparison module I and the comparison module II respectively, so that the data acquired by the data input module and the image acquisition module are found out corresponding data in the data storage module, after the data are found out, the optimal fire-fighting scheme is analyzed through the analysis module, the optimal fire-fighting scheme is intelligently analyzed, the analysis time of the optimal fire-fighting scheme can be greatly shortened, the fire can be timely extinguished according to the optimal fire-fighting scheme, the personal safety and the property safety of people can be prevented from being affected, and the safety can be improved;

2. the optimal fire fighting scheme is displayed or played in a voice mode through the display module and the voice playing module, so that effective prompt is conducted on fire fighters, and the effect of enabling the fire fighters to quickly know the optimal fire fighting scheme is achieved;

3. when carrying out the fire control, if take place emergency, accessible characters collection module and pronunciation collection module transmit the emergency that takes place to the terminal in, thereby reach and analyze once more and go out best fire control scheme, wherein when carrying out the fire control, image acquisition module can be in operating condition always, in order to reach and transmit conflagration picture and conflagration video to the terminal in real time, not only can discover the emergency that fire fighter does not have the discovery, can also be in some times, shorten the analysis time of best fire control scheme, through when taking place emergency, can analyze out best fire control scheme according to emergency, not only can avoid people's personal safety and property safety to receive the influence, still can improve the security.

Drawings

FIG. 1 is a schematic flow chart provided by the present invention.

In the figure: the system comprises a data input module 1, a character acquisition module 11, a voice acquisition module 12, an image acquisition module 2, a terminal 3, a prompt module 4, a display module 41, a voice playing module 42, a server 5, a comparison module 6, a comparison module I61, a comparison module II 62, a data storage module 7 and an analysis module 8.

Detailed Description

The preferred embodiments of the present invention will be described in conjunction with the accompanying drawings, and it will be understood that they are described herein for the purpose of illustration and explanation and not limitation.

Referring to fig. 1, the data analysis method based on fire alarm provided by the invention comprises the following specific steps:

s1, transmitting the fire data and the data related to the surrounding environment to the terminal 3 through the character acquisition module 11 and the voice acquisition module 12;

s2, transmitting the acquired fire picture and fire video to the terminal 3 through the image acquisition module 2;

s3, the terminal 3 will transmit the collected data to the server 5, after transmission, the server 5 will transmit the collected data to the comparison module 6;

s4, after transmission, the comparison module 6 compares the data acquired by the data input module 1 and the image acquisition module 2 with the data in the data storage module 7 through the comparison module i 61 and the comparison module ii 62, respectively, so as to find out the corresponding data in the data storage module 7 from the data acquired by the data input module 1 and the image acquisition module 2;

s5, after finding out, analyzing the optimal fire-fighting scheme through the analysis module 8;

s6, after the optimal fire-fighting scheme is analyzed, the analysis module 8 transmits the optimal fire-fighting scheme to the server 5, and then the server 5 transmits the optimal fire-fighting scheme to the terminal 3;

s7, after transmission, the terminal 3 displays or plays the optimal fire-fighting scheme through the display module 41 and the voice playing module 42, so as to effectively prompt the fire fighters;

s8, when fire fighting is carried out, if an emergency occurs, the emergency can be transmitted to the terminal 3 through the character acquisition module 11 and the voice acquisition module 12, so that the best fire fighting scheme can be analyzed again;

s9, wherein, when fire fighting, the image acquisition module 2 is always in working state to transmit the fire picture and the fire video to the terminal 3 in real time, which not only can discover the emergency situation not discovered by the fire fighter, but also can shorten the analysis time of the best fire fighting scheme in some times.

Referring to fig. 1, the data analysis system based on fire alarm provided by the invention comprises a data input module 1, an image acquisition module 2, a terminal 3, a prompt module 4, a server 5, a comparison module 6, a data storage module 7 and an analysis module 8;

further, the data input module 1 is connected to the terminal 3, the image acquisition module 2 is connected to the terminal 3, the terminal 3 is connected to the server 5, the server 5 is connected to the comparison module 6, the comparison module 6 is connected to the analysis module 8, the analysis module 8 is connected to the server 5, the data storage module 7 is connected to the comparison module 6, specifically, the terminal 3 is preferably a smart phone or a smart phone, which is a personal computer, has an independent operating system and an independent operating space, can be used by a user to install programs provided by third-party service providers such as software, games and navigation, and can realize a general name of a mobile phone type accessed by a wireless network through a mobile communication network, the image acquisition module 2 is preferably a camera, and the working principle of the camera is to convert an optical image signal into an electrical signal, the image acquisition module 2 has the function of acquiring fire pictures and fire videos, the server 5 has high-speed CPU computing capacity, long-time reliable operation, strong I/O external data throughput capacity and better expansibility, the terminal 3 and the server 5 are preferably remotely connected, the analysis module 8 has the function of analyzing the optimal fire-fighting scheme according to the compared data, the data storage module 7 is preferably a database, the database is a warehouse which organizes, stores and manages data according to a data structure and is an organized, shareable and uniformly managed massive data set stored in a computer for a long time, and the data storage module 7 has the function of storing fire data and fire solving schemes appearing in the past year.

Further, the terminal 3 is connected to the prompt module 4.

Further, the prompt module 4 is composed of a display module 41 and a voice playing module 42, specifically, the display module 41 is preferably a display screen, the display screen is a display tool which displays a certain electronic file on the screen through a specific transmission device and reflects the electronic file to human eyes, the display module 41 has an effect of displaying an optimal fire protection scheme, the voice playing module 42 is preferably a loudspeaker, the loudspeaker is a transducer which converts an electric signal into an acoustic signal, the performance of the loudspeaker greatly affects the sound quality, and the voice playing module 42 has an effect of playing the optimal fire protection scheme.

Further, the data input module 1 is composed of a text acquisition module 11 and a voice acquisition module 12, specifically, the text acquisition module 11 is preferably a keyboard, the text acquisition module 11 has an effect of transmitting the data of the fire and the related data of the surrounding environment to the terminal 3 in a text form, the voice acquisition module 12 is preferably an interphone, the interphone is a two-way mobile communication tool, the communication can be performed without any network support, no call charge is generated, and the voice acquisition module 12 has an effect of transmitting the data of the fire and the related data of the surrounding environment to the terminal 3 in a voice form.

Further, the comparison module 6 is composed of a first comparison module 61 and a second comparison module 62, specifically, the first comparison module 61 has an effect of comparing the data acquired by the data input module 1 with the data in the data storage module 7, and the second comparison module 62 has an effect of comparing the data acquired by the image acquisition module 2 with the data in the data storage module 7.

Further, the terminal 3 is connected with a display module 41 and a voice playing module 42.

Further, the text collection module 11 and the voice collection module 12 are connected to the terminal 3.

Further, the server 5 is connected with a first comparison module 61 and a second comparison module 62, and the data storage module 7 is connected with the first comparison module 61 and the second comparison module 62.

Further, the first comparison module 61 and the second comparison module 62 are connected with the analysis module 8.

The using process of the invention is as follows: when the invention is used, the data of fire and the related data of the surrounding environment are transmitted to the terminal 3 through the character acquisition module 11 and the voice acquisition module 12, the acquired picture of fire and the video of fire are transmitted to the terminal 3 through the image acquisition module 2, after the transmission, the terminal 3 transmits the acquired data to the server 5, after the transmission, the server 5 transmits the acquired data to the comparison module 6, after the transmission, the comparison module 6 respectively compares the data acquired by the data input module 1 and the image acquisition module 2 with the data in the data storage module 7 through the comparison module I61 and the comparison module II 62, so that the data acquired by the data input module 1 and the image acquisition module 2 find out the corresponding data in the data storage module 7, and after the data are found out, the optimal fire fighting scheme can be analyzed through the analysis module 8, after the optimal fire-fighting scheme is analyzed, the analysis module 8 transmits the optimal fire-fighting scheme to the server 5, then the server 5 transmits the optimal fire-fighting scheme to the terminal 3, after transmission, the terminal 3 displays or plays the optimal fire-fighting scheme through the display module 41 and the voice playing module 42, so as to effectively prompt fire-fighting personnel, if an emergency occurs during fire fighting, the emergency occurred can be transmitted to the terminal 3 through the character acquisition module 11 and the voice acquisition module 12, so as to analyze the optimal fire-fighting scheme again, wherein during fire fighting, the image acquisition module 2 is always in a working state to transmit fire pictures and fire videos to the terminal 3 in real time, so that not only the emergency not found by the fire-fighting personnel can be found, but also in some cases, shortening the analysis time of the optimal fire fighting scheme.

The above description is only a preferred embodiment of the present invention, and any person skilled in the art may modify the present invention or modify it into an equivalent technical solution by using the technical solution described above. Therefore, any simple modifications or equivalent substitutions made in accordance with the technical solution of the present invention are within the scope of the claims of the present invention.