An intelligent fire management system

Abstract

The present invention discloses an intelligent fire management system, which belongs to the field of fire protection, including a management system and an intelligent control auxiliary mechanism based on the management system, wherein the management system includes a cloud server, an intelligent control module communicating with the cloud server, a state analysis module, a linkage management module, an intelligent alarm module, an instruction issuing module, a terminal device, and an intelligent integration module connected to the terminal device. The dispatching and alarming of the fire protection system can be intelligently processed, the service terminal and the terminal device can be hierarchically intelligently managed, the commands can be issued level by level, each time the command is issued, different terminal devices are indicated and dispatched, the terminal device can automatically execute the corresponding command action, and the dangerous alarm is further graded, and a mandatory execution command is added to cope with the problem of untimely linkage or low synchronization rate between terminal devices in dangerous situations, so that offline personnel can work more conveniently and management personnel can dispatch more efficiently.

Description

Technical Field

[0001] The present invention relates to the field of fire protection technology, and in particular to an intelligent fire protection management system. Background Art

[0002] After searching, Chinese invention patent CN111862518A discloses a fire management system based on artificial intelligence. It solves the problem that the existing fire protection system is to dispatch firefighters to perform firefighting operations based on the location information and danger information provided by the caller, but the firefighting speed is slow due to the alarm of the caller. In addition, the fire passage is blocked and the fire truck cannot enter the fire point, resulting in untimely firefighting. Moreover, the alarms and responses of the existing fire safety management system are mostly manually controlled processes, which greatly reduces the alarm and dispatch speed, and easily causes unnecessary casualties and economic losses.

[0003] After searching, the Chinese patent with announcement number CN202111316683.8 discloses an artificial intelligence-based fire alarm device, which can not only realize intelligent monitoring of fire alarm effects, but also solve the problem of smoke alarms being attached to the smoke trough of the smoke alarm and blocking the smoke trough during long-term installation monitoring, which will affect smoke intake and reduce the sensitivity of the smoke alarm. The purpose of this patent is to increase the accuracy and timeliness of the alarm through intelligent monitoring of fire alarm effects.

[0004] The existing fire management system dispatches firefighters to perform firefighting operations based on the location information and danger information provided by the caller, or monitors through artificial intelligence and the Internet of Things to achieve the management effect of timely alarm.

[0005] However, since the alarm time of manual alarms is an uncontrollable factor and the computing resources of artificial intelligence are limited and there is a certain delay when receiving and sending large-scale data, the management of the fire protection system is not limited to the dispatch of personnel but also the dispatch between terminal devices. Although artificial intelligence has high intelligence and efficiency in fire protection management, dangerous situations are also divided into levels. If the terminal equipment reports a low-risk or easily controllable dangerous situation, artificial intelligence still needs to provide corresponding computing power, because dangerous situations with lower danger levels can be caused by the operating environment of the equipment, equipment aging, false alarms, etc., which will cause a waste of management resources and make it difficult to manage and utilize more resources and equipment. Summary of the invention

[0006] The purpose of the present invention is to solve the defects in the prior art and to propose an intelligent fire management system.

[0007] In order to achieve the above object, the present invention adopts the following technical solutions:

[0008] An intelligent fire management system comprises a management system and an intelligent control auxiliary mechanism based on the management system, wherein the management system comprises a cloud server, an intelligent control module communicating with the cloud server, a status analysis module, a linkage management module, an intelligent alarm module, an instruction issuing module, a terminal device and an intelligent integration module connected to the terminal device, wherein the cloud server is connected to the intelligent control module, the cloud server and the intelligent control module are both connected to the status analysis module and the linkage management module, the status analysis module and the linkage management module are connected to the instruction issuing module via the intelligent alarm module, the instruction issuing module is connected to the terminal device, and the terminal device is interconnected with the cloud server via the intelligent integration module.

[0009] Furthermore, the cloud server is also connected to the scene virtualization module, the motion replication module and the route planning module, wherein the intelligent control module is used to connect to the terminal device and obtain feedback data. The cloud server performs scene simulation based on the data obtained by the intelligent control module, and plans the best escape route and performs route simulation and review of the accident scenario based on known data.

[0010] Furthermore, the linkage management module includes a device status management module and a cloud status analysis module, and the device status management module is also connected to the light display module, the light linkage module and the light follow-up module, wherein the device status management module is used to issue switch instructions to control each terminal device that has been connected for communication, and obtain status data of each terminal device that has been connected for communication.

[0011] Furthermore, the instruction issuing module includes an instruction grading module, a mandatory instruction module, a graded communication module and an instruction conversion module, wherein the instruction grading module, the mandatory instruction module and the graded communication module are connected to the instruction conversion module.

[0012] Furthermore, the terminal device includes a communication terminal with a communication connection, a signal transmitter terminal that can only send and receive signals, and an execution terminal that automatically executes after receiving an instruction.

[0013] Furthermore, the intelligent alarm module is interconnected with the terminal device, and the intelligent alarm module is used to plan the order in which the terminal device receives instruction data and sends alarm data, wherein the intelligent alarm module includes a sequential alarm module, a reverse alarm module and an online notification module.

[0014] Furthermore, the intelligent integration module is used to analyze the images and data transmitted by the terminal device through the cloud server, and integrate the data of the two and send them to the corresponding terminal device, wherein the entire analysis module includes a picture annotation integration module, a picture transmission module and a picture forced sending module.

[0015] Furthermore, the intelligent control auxiliary mechanism includes an installation track, on which are provided a plurality of fixed auxiliary frames that cooperate with the installation track, and a wireless communication module is also provided inside the fixed auxiliary frames, and the fixed auxiliary frames are linked to each other through local area communication, and auxiliary equipment is installed on the fixed auxiliary frames.

[0016] Furthermore, the auxiliary equipment is one or more combinations of a camera, a plurality of LED lamp beads, infrared rays, an alarm and a GPS locator.

[0017] Compared with the prior art, the beneficial effects of the present invention are: when implemented, the dispatch and alarm of the fire protection system can be intelligently processed, the service terminal and the terminal device can be hierarchically intelligently managed, the commands can be issued level by level, and each issuance of the command instructs and dispatches different terminal devices. By enriching the commands, the terminal devices can automatically execute the corresponding command actions, and further divide the dangerous alarms into levels. Based on the different levels of dangerous alarms, the reverse alarm can be performed to change the diffusion range and method of the command transmission, so that the alarms or warnings with low danger levels can be checked within the range. If so, the resources of the upper terminal can be greatly saved. In addition, the mandatory execution command is added to deal with the problem of untimely linkage or low synchronization rate between terminal devices in dangerous situations;

[0018] In addition, the equipment is also equipped with an intelligent control auxiliary mechanism with wireless communication function. Through advance planning and design, related equipment and intelligent operation programs can be added in advance, which can enable the installed terminal devices to be linked, such as lights displaying escape routes, lights indicating the location of faulty terminals, etc., making it more convenient for offline personnel to work and more efficient for management personnel to dispatch. BRIEF DESCRIPTION OF THE DRAWINGS

[0019] The accompanying drawings are used to provide further understanding of the present invention and constitute a part of the specification. They are used to explain the present invention together with the embodiments of the present invention and do not constitute a limitation of the present invention.

[0020] Figure 1 A schematic diagram of a flow chart of an intelligent fire management system proposed by the present invention;

[0021] Figure 2 This is a schematic diagram of the implementation of an intelligent control auxiliary mechanism of an intelligent fire management system proposed in the present invention.

[0022] In the figure: 1. Install the track; 2. Fix the auxiliary frame. DETAILED DESCRIPTION

[0023] The technical solutions in the embodiments of the present invention will be described clearly and completely below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, rather than all the embodiments.

[0024] Reference Figure 1 , an intelligent fire management system, including a management system and an intelligent control auxiliary mechanism based on the management system, the management system including a cloud server, an intelligent control module communicating with the cloud server, a state analysis module, a linkage management module, an intelligent alarm module, an instruction issuing module, a terminal device and an intelligent integration module connected to the terminal device, wherein the cloud server is connected to the intelligent control module, the cloud server and the intelligent control module are both connected to the state analysis module and the linkage management module, the state analysis module and the linkage management module are connected to the instruction issuing module through the intelligent alarm module, the instruction issuing module is connected to the terminal device, and the terminal device is interconnected with the cloud server through the intelligent integration module.

[0025] The status analysis module is used to analyze the status of each terminal device and intelligently determine the danger level of the alarm.

[0026] In a specific embodiment of the present application, the cloud server is also connected to a scene virtualization module, a motion replication module and a route planning module, wherein the intelligent control module is used to connect to a terminal device and obtain feedback data. The cloud server performs scene simulation based on the data obtained by the intelligent control module, and plans the best escape route and performs route simulation and accident scenario based on known data.

[0027] The scene virtualization module is used to retrieve the three-dimensional scene data stored in the database for modeling. The route planning module is used to plan one or more escape routes through the device location information, escape exit location information, and exit location information in the three-dimensional scene data, and store them in the cloud server. The motion replication module is used to retrieve the logs uploaded by the terminal device, and display the activities one by one in the three-dimensional scene according to the data steps of the activity log.

[0028] In a specific embodiment of the present application, the linkage management module includes a device status management module and a cloud status analysis module, and the device status management module is also connected to the light display module, the light linkage module and the light follow-up module, wherein the device status management module is used to issue switch instructions for controlling each terminal device connected for communication, and obtain status data of each terminal device connected for communication, and the terminal device includes a communication terminal with a communication connection, a signal transmitter terminal that can only send and receive signals, and an execution terminal that automatically executes after receiving an instruction.

[0029] Specifically, the status of the equipment includes being in an alarm state, being in a normal state, being in a fault state, being in a disconnected state, being in a warning state, etc., wherein the corresponding expansion and reduction can be performed according to different fire-fighting equipment and fire-fighting scenarios;

[0030] In addition, the light display module is used to start the connected devices and components capable of light display;

[0031] The lighting linkage module is used to orderly turn on or off the lights or controllable active components of related equipment according to the program instructions of the database while the lamp display module controls the lighting display, so as to realize lighting linkage;

[0032] The light follow-up module is used to analyze the data of the connected terminal device or the command data in the cloud, and turn it on and off accordingly.

[0033] In a specific embodiment of the present application, the instruction issuing module includes an instruction grading module, a mandatory instruction module, a graded communication module and an instruction conversion module, wherein the instruction grading module, the mandatory instruction module and the graded communication module are connected to the instruction conversion module.

[0034] Specifically, the instruction classification module is used to classify the obtained instruction data into warning instructions, dangerous instructions or early warning instructions;

[0035] The mandatory instruction module is used to convert the danger alarm instruction or the emergency instruction into a mandatory instruction. The mandatory instruction includes an operation command that is automatically executed by the receiving instruction terminal. After the terminal receives the mandatory instruction, it will start the execution command in the local library and run it automatically. Similarly, the data screen attached to the instruction will also be automatically played and displayed;

[0036] The hierarchical communication module is used to divide the scope of data transmission and command transmission between terminal devices and cloud servers, and define the upper and lower hierarchical relationship of the scope. Among them, the cloud server has huge data storage, data calculation and data processing capabilities, etc., and is divided into service terminals. According to the geographical scope, management scope, cloud server configuration, etc., it can be further divided into regional management servers, regional management servers, county management servers, municipal management servers, and provincial management servers. Similarly, the regional server can continue to be divided and configured with a corresponding number of management servers according to the scope. Each management server is equipped with a corresponding number and type of terminal devices. The command data issued by the service terminal is synchronously received by all terminal devices within its range.

[0037] The service terminal divides multiple terminal devices for network communication into primary terminals, secondary terminals, tertiary terminals, and so on according to the fire protection configuration. The terminal devices are divided into the following levels:

[0038] The first-level terminal is a terminal device with huge computing power that can serve, calculate, analyze and transmit security information, such as a computer.

[0039] The secondary terminal is a signal transmitter terminal that can send and receive signals, such as a terminal device with a wireless connection module, GPS and Bluetooth module, and can receive and display command data, such as a smart phone;

[0040] The third-level terminal is a terminal device that can only perform one or more of wireless communication, Internet of Things communication, and Bluetooth communication, and is used to feedback terminal status information.

[0041] In a specific embodiment of the present application, the intelligent alarm module is interconnected with the terminal device, and the intelligent alarm module is used to plan the order in which the terminal device receives instruction data and sends alarm data, wherein the intelligent alarm module includes a sequential alarm module, a reverse alarm module and an online notification module.

[0042] Specifically, the sequential alarm module is used for the alarm device terminal to send data directly to the cloud, which is analyzed by the cloud and then issued command data in sequence. The reverse alarm module is used for the alarm device terminal to send relevant data to the superior terminal within the range, which directly analyzes and issues commands through the existing database. If the analysis is impossible or there is no relevant data stored in the database, the superior device will continue to issue commands to the higher-level device within the range. In the process of issuing commands, the same-level devices within the range are broadcast to prompt the staff carrying devices within the matching range to go there. If there is no response, the range is gradually increased. If no terminal device carried by the staff responds within 3 minutes, the data is uploaded to the cloud. The cloud skips the sequence and directly sends information to all terminals and superior terminals within the alarm range. If a terminal device carried by a staff member responds, the subsequent data shall be based on the terminal device carried by the staff, and the alarm log shall be retained.

[0043] In a specific embodiment of the present application, the intelligent integration module is used to analyze the images and data transmitted by the terminal device through the cloud server, and integrate the data of the two and send them to the corresponding terminal device, wherein the entire analysis module includes a screen annotation integration module, a screen transmission module and a screen forced sending module.

[0044] It is used to integrate the picture data transmitted by terminal devices such as cameras that can obtain pictures with the location information uploaded by other terminal devices within its communication range to form a picture data with time and location information, and transmit it to other corresponding terminals.

[0045] Reference Figure 2In a specific embodiment of the present application, the intelligent control auxiliary mechanism includes an installation track 1, on which are provided a plurality of fixed auxiliary frames 2 that cooperate with the installation track 1, and a wireless communication module is also provided inside the fixed auxiliary frames 2, and the fixed auxiliary frames 2 are linked to each other through local area communication. Auxiliary equipment is installed on the fixed auxiliary frames 2, and the auxiliary equipment is one or more of a camera, a plurality of LED lamp beads, infrared rays, an alarm, and a GPS locator.

[0046] In this embodiment, the intelligent control auxiliary mechanism is equipped with a corresponding memory for storing the execution instruction program and a chip for controlling the execution instruction.

[0047] It is not difficult to see from the above design that the mounting track 1 can be a fixed slide rail or an electric slide rail. The mounting track 1 is designed and distributed according to the planned escape route. The fixed auxiliary frame 2 is a cylindrical structure with a wired connection or a battery connection to realize energy attack. The part of the fixed auxiliary frame 2 connected to the auxiliary equipment can rotate;

[0048] When one of the fixed auxiliary frames 2 rotates, the rotation information and position information are sent to one or more fixed auxiliary frames 2 within the communication range through local area communication linkage, so that the infrared rays or LED lamp beads are linked to turn on to form a path.

[0049] The fixing auxiliary frame 2 can also be connected to other terminal devices, such as being installed on one side of a camera to be functionally combined with other terminal devices.

[0050] The operation process of the above scheme is as follows: after each terminal device is installed and connected to the communication network, it is divided into levels and assigned to the corresponding upper-level terminal. In daily management, the upper-level terminal issues instructions, and the lower-level terminals execute the corresponding instructions step by step and feedback data to the service terminal. The service terminal performs calculations and analysis through computing power and sends it to the upper-level service terminal step by step;

[0051] When a dangerous situation occurs, the service terminal will analyze and compare the database according to the terminal device level, location, data and data of the alarm, and issue a dangerous instruction of the corresponding level. If the danger level is judged to be low, it will be idle for a certain period of time, and the terminal device will alarm in reverse order until the staff carrying the terminal device closest to the range responds. If there is no response within the time limit, the alarm level will be raised and corresponding processing will be carried out. After the processing is completed, it will be reported to the service terminal. In this way, small-scale early warnings and warnings can be directly checked by nearby staff to reduce the computing resources of the service terminal;

[0052] When the danger is too great and too dangerous, the service terminal issues a compulsory execution command, and all subordinate terminals within the range are forced to execute the escape command action. The corresponding terminals receive screen information, escape path information, location information of the alarm terminal equipment, etc. In addition, the intelligent control auxiliary mechanism will display the escape path through light or infrared linkage, and because it can carry its own battery energy, when the fire continues to be too large, it also has corresponding emergency energy to display the escape path.

[0053] The above description is only a preferred specific implementation manner of the present invention, but the protection scope of the present invention is not limited thereto. Any technician familiar with the technical field can make equivalent replacements or changes according to the technical scheme and inventive concept of the present invention within the technical scope disclosed by the present invention, which should be covered by the protection scope of the present invention.

Claims

1. An intelligent fire management system, comprising a management system and an intelligent control auxiliary mechanism based on the management system, characterized in that: The management system includes a cloud server, an intelligent control module communicating with the cloud server, a state analysis module, a linkage management module, an intelligent alarm module, an instruction issuing module, a terminal device, and an intelligent integration module connected to the terminal device, wherein the cloud server is connected to the intelligent control module, the cloud server and the intelligent control module are both connected to the state analysis module and the linkage management module, the state analysis module and the linkage management module are connected to the instruction issuing module through the intelligent alarm module, the instruction issuing module is connected to the terminal device, and the terminal device is connected to the cloud server through the intelligent integration module; The status analysis module is used to analyze the status of each terminal device and intelligently determine the danger level of the alarm; The linkage management module includes a device status management module and a cloud status analysis module. The device status management module is also connected to the light display module, the light linkage module and the light follow-up module. The device status management module is used to issue switch commands to control each terminal device that has been connected for communication, and obtain status data of each terminal device that has been connected for communication; The instruction issuing module includes an instruction classification module, a mandatory instruction module, a classification transmission module and an instruction conversion module, wherein the instruction classification module, the mandatory instruction module and the classification transmission module are connected to the instruction conversion module; The instruction classification module is used to classify the obtained instruction data into warning instructions, dangerous instructions or early warning instructions; The mandatory instruction module is used to convert the danger alarm instruction or the emergency instruction into a mandatory instruction; The hierarchical communication module is used to divide the data transmission and instruction transmission between the terminal device and the cloud server into ranges and define the upper and lower hierarchical relationships of the ranges; The intelligent alarm module is interconnected with the terminal device, and the intelligent alarm module is used to plan the order in which the terminal device receives instruction data and sends alarm data, wherein the intelligent alarm module includes a sequential alarm module, a reverse sequence alarm module and a network notification module; The intelligent integration module is used to analyze the images and data transmitted by the terminal device through the cloud server, and integrate the data of the two and send them to the corresponding terminal device. The intelligent integration module includes a picture annotation integration module, a picture transmission module and a picture forced sending module.

2. The intelligent fire management system according to claim 1, characterized in that: The cloud server is also connected to the scene virtualization module, the motion replication module and the route planning module, wherein the intelligent control module is used to connect to the terminal device and obtain feedback data. The cloud server performs scene simulation based on the data obtained by the intelligent control module, and plans the best escape route and performs route simulation and review of the accident scenario based on known data.

3. The intelligent fire management system according to claim 1, characterized in that: The terminal device includes a communication terminal with a communication connection, a signal transmitter terminal that can only send and receive signals, and an execution terminal that automatically executes after receiving an instruction.

4. The intelligent fire management system according to claim 1, characterized in that: The intelligent control auxiliary mechanism includes a mounting track, on which are disposed a plurality of fixed auxiliary frames that match the mounting track, and inside of the fixed auxiliary frames there are also wireless communication modules, and the fixed auxiliary frames are linked to each other via local area communication, and auxiliary equipment is installed on the fixed auxiliary frames.

5. The intelligent fire management system according to claim 4, characterized in that: The auxiliary equipment is one or more combinations of a camera, a plurality of LED lamp beads, infrared rays, an alarm and a GPS locator.

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