CN108156259A - Fire-fighting operation sensing network structure and fire-fighting operation network system - Google Patents

Abstract

The present invention provides a kind of fire-fighting operation sensing network structure and fire-fighting operation network system, and wherein fire-fighting operation sensing network structure includes an at least command terminal, multiple individual soldier's aggregation nodes and multiple function terminals；Command terminal is connect by local area network with each individual soldier's aggregation node；Each individual soldier's aggregation node includes an electronic label identification equipment, a control chip, a first network interface module and a power supply；Electronic label identification equipment, first network interface module and power supply connect control chip respectively；Function terminal includes one second network interface components；Chip is controlled to connect the second network interface components of local area network and each function terminal by first network interface module.A kind of fire-fighting operation sensing network structure of the present invention and fire-fighting operation network system, command terminal can be obtained each item data of fireman by network, carry out fire fighter and dispose scheduling at any time, be had the scalability, stability is strong and the advantages of convenient for scheduling.

Description

Fire Fighting Sensing Network Structure and Fire Fighting Network System

technical field

The invention relates to the field of network systems, in particular to a firefighting combat sensing network structure and a firefighting combat network system.

Background technique

In fire fighting and rescue operations, the traditional single voice combat command mode has been unable to meet the requirements of fire command operations under the new situation. At the same time, various fire-specific sensor systems are constantly emerging, such as infrared temperature detection equipment, smoke detectors, and air-breather residual detectors. These equipment provide scientific data guidance for fire fighters, but at the same time, there are also complex wearing equipment and scattered and messy information. ; There is also data information such as audio communication, video collection and communication that needs to be transmitted to the on-site command center or the back-end command center in a centralized manner for combat command. Integrating the functions of these communication devices, integrating various communication devices, and defining network units and selecting system functions according to the actual firefighting operations are professional scientific problems that need to be solved urgently.

I2C bus: It is a simple, two-way two-wire synchronous serial bus developed by Philips. It requires only two wires to transfer information between devices connected to the bus.

bluetooth interface It is a wireless technology standard that enables short-range data exchange between fixed equipment, mobile equipment, and building personal area networks. Bluetooth technology was originally created by telecommunications giant Ericsson in 1994 as an alternative to RS232 data lines. Bluetooth can connect multiple devices, overcoming the difficulty of data synchronization.

Electronic tags: also known as radio frequency tags, transponders, and data carriers; readers are also called readout devices, scanners, reading heads, communicators, and readers (depending on whether the electronic tags can rewrite data wirelessly). The space (non-contact) coupling of radio frequency signals is realized through the coupling element between the electronic tag and the reader; in the coupling channel, energy transmission and data exchange are realized according to the timing relationship.

Body Area Network (BAN: Body Area Network) is a network attached to the human body. It consists of a set of small and movable sensors with communication functions and a body master station, or BAN coordinator. Each sensor can be worn on the body or implanted in the body. The coordinator is the manager of the network and also the gateway between the BAN and external networks (such as 3G, WiMAX, Wi-Fi, etc.), enabling data to be transmitted and exchanged securely. Because these sensors communicate through wireless technology, body area networks are also called wireless body area networks (WBAN).

Network camera is a new generation of camera produced by combining traditional camera and network technology. It can transmit images to the other side of the earth through the network, and the remote viewer does not need any professional software, as long as a standard web browser ( Such as "Microsoft IE or Netscape) can monitor its image. Network cameras are generally composed of lenses, images, sound sensors, A/D converters, images, sounds, controller network servers, external alarms, control interfaces, etc. Network cameras Also known as IP CAMERA (abbreviated as IPC), it is composed of a network coding module and an analog camera. The network coding module encodes and compresses the analog video signal collected by the analog camera into a digital signal, so that it can be directly connected to the network switching and routing equipment. The network camera Built-in an embedded chip, using an embedded real-time operating system.

Contents of the invention

In view of the deficiencies in the above-mentioned prior art, the present invention provides a firefighting combat sensor network structure and a firefighting combat network system. The command terminal can obtain various data of firefighters through the network at any time, and carry out deployment and scheduling of firefighters, which has good scalability , strong stability and easy scheduling advantages.

In order to achieve the above object, the present invention provides a fire fighting sensor network structure, including at least one command terminal, a plurality of individual soldier convergence nodes and a plurality of functional terminals; Node connection; each of the individual aggregation nodes includes an electronic label identification device, a control chip, a first network interface component and a power supply; the electronic label identification device, the first network interface component and the power supply The control chip is respectively connected; the functional terminal includes a second network interface component; the control chip is connected to the local area network and the second network interface component of each of the functional terminals through the first network interface component .

Preferably, the individual soldier gathering node further includes a warning light mechanism, the warning light mechanism includes a plurality of warning lights, and the warning lights are electrically connected to the control chip.

Preferably, the warning light mechanism includes a warning light control button, and the warning light control button is electrically connected to the control chip.

Preferably, the individual soldier aggregation node further includes at least one camera, and the camera is connected to the control chip.

Preferably, the individual soldier aggregation node also includes a headset, at least one call control button, a radio frequency power amplifier and an antenna, the antenna is connected to the radio frequency power amplifier, the radio frequency power amplifier, the headset and the call The control button is connected to the control chip.

Preferably, the first network interface component and the second network interface component respectively include: a network port, a wifi interface, an I2C bus and/or a Bluetooth interface.

Preferably, the functional terminal includes a communication sub-terminal, an environment monitoring sub-terminal and an air calling device detection sub-terminal;

The communication sub-terminal includes a wireless communication network connected to the second network interface component;

The environmental monitoring sub-terminal includes a temperature detection device, a gas detection device, a wind direction detection device and/or a smoke concentration detection device respectively connected to the second network interface component;

The air caller detection sub-terminal includes an air caller residual detection device, an environmental leakage monitoring device and a laser distance measuring device connected to the second network interface component.

Preferably, the functional terminal further includes a sign detection sub-terminal and/or a motion posture detection sub-terminal;

The sign detection sub-terminal includes a sign detection device connected to the second network interface component;

The motion posture detection sub-terminal includes a motion posture detection device and a positioning device connected to the second network interface component.

A fire-fighting combat network system based on the fire-fighting combat sensor network structure described in the present invention, the individual soldier convergence node includes an electronic tag identification module, an uplink network module, a downlink network module and a warning light module; The individual soldier aggregation node is connected to the local area network through the uplink network module and the first network interface component; the individual soldier convergence node is connected to the local area network through the downlink network module and the first network interface component function terminal;

The individual soldier aggregation node is used to control and manage the operation of each of the functional terminals, schedule the switching on and off of each of the functional terminals, and acquire the data information of each of the functional terminals;

The electronic tag identification module includes the electronic tag identification device, which is used to dynamically identify external electronic tags to obtain electronic tag identification information;

The command terminal is used to monitor and manage the data information and the electronic tag identification information obtained from the individual soldier aggregation node;

The warning light module is used to control the warning light mechanism to give warning prompts of different frequencies or colors according to different warning levels;

The communication sub-terminal includes a communication subsystem, the communication subsystem is controlled to realize wireless communication, and is connected to the individual soldier aggregation node through a body area network protocol;

The environmental monitoring sub-terminal includes an environmental monitoring subsystem, and the environmental monitoring subsystem is used to obtain environmental parameter information and adopt the same communication management protocol as the individual soldier aggregation node to communicate with the individual soldier aggregation node;

The air caller detection sub-terminal includes an air caller detection subsystem, and the air caller detection subsystem is used to obtain air caller residual information, environmental leakage detection information and laser ranging information.

Preferably, the individual soldier aggregation node also includes a camera module and a built-in communication module;

The camera module is used to acquire image information; the built-in communication module supports the wireless walkie-talkie protocol and cooperates with the control chip to construct a wireless walkie-talkie network;

The sign detection sub-terminal includes a sign detection subsystem, and the sign detection subsystem is used to monitor the physiological parameters of the user and transmit it to the individual soldier convergence node; Acquiring the physiological parameters and performing personnel deployment scheduling according to the physiological parameters;

The motion posture detection sub-terminal includes a motion posture detection subsystem, and the motion posture detection subsystem is used to monitor the user's motion posture and obtain the user's position information and motion trajectory.

The present invention has the following beneficial effects due to the adoption of the above technical scheme:

By setting up multiple independent individual aggregation nodes and multiple functional terminals, it facilitates the expansion of functional terminals. At the same time, the individual soldier aggregation node integrates the electronic tag identification device and the first network interface component, which can play the role of aggregation. No matter how the function terminal is configured and changed, the individual soldier aggregation node can dynamically identify the individual soldier using the device through the electronic tag identification device , the command terminal can dynamically obtain the identity information pre-stored in the electronic tag worn by the user of the individual soldier's convergence node at any time through the local area network, so as to realize the acquisition of the individual soldier's identity information and facilitate the deployment and command of the fire scene. The functional terminal is equipped with a second network interface component, which facilitates the expansion of the network structure, and can be configured with different functional terminals according to actual needs; it also provides a hardware basis for the independent technical upgrade of the functional terminal. The warning light mechanism includes three warning lights; they can be respectively fixed on the head, chest and back of the firefighters, with the same or different colors, which can easily identify each other in a dark environment; remind each other to protect the vital organs of the head lights, multiple The warning lights can also indicate the warning levels of various states. Warning lights are used for warning or simple information exchange in fire-fighting environments. The control chip can control the flashing frequency of the alarm through the program for routine information exchange. Through the adoption of the warning light control button, the direct manual control of the warning light can be realized, so that even in the case of failure of the first network interface component, the warning light can be manually operated for alarm or simple information exchange, which meets the actual situation of fire fighting environment and needs. The headset, call control buttons, RF power amplifier and antenna provide the hardware basis for the wireless intercom system. The cooperation of the headset and the call control button can realize voice input and output and intercom control. The air breathing device detection sub-terminal is integrated with the air breathing device, providing fire fighters with core equipment and safety monitoring parameters. The physical sign detection device can monitor the heart rate, respiratory rate, body temperature and other information of firefighters; the command terminal can obtain the physiological parameters of firefighters through the local area network, so as to deploy and dispatch firefighters. The monitoring of the firefighter's movement posture through the movement posture detection device can indirectly infer the firefighter's combat ability and safety status, and at the same time, according to the existing preset algorithm and positioning device, the indoor position and movement trajectory of the firefighter can be obtained.

Description of drawings

Fig. 1 is the structural representation of the fire fighting sensing network structure of the embodiment of the present invention;

FIG. 2 is a schematic structural diagram of an individual soldier gathering node according to an embodiment of the present invention;

FIG. 3 is a schematic structural diagram of a fire fighting network system according to one embodiment of the present invention;

Fig. 4 is a schematic structural diagram of the fire fighting network system according to the second embodiment of the present invention.

Detailed ways

Below, according to accompanying drawings 1 to 4, a preferred embodiment of the present invention is given and described in detail, so that the functions and characteristics of the present invention can be better understood.

Please refer to Fig. 1～Fig. 2, a kind of firefighting combat sensing network structure of embodiment 1 of the present invention, comprises at least one command terminal 1, a plurality of individual soldier gathering nodes 3 and a plurality of function terminals 4; Command terminal 1 passes through a local area network The network 2 is connected with each individual soldier gathering node 3; Each individual soldier gathering node 3 includes an electronic label identification device 301, a control chip 300, a first network interface assembly 303 and a power supply 304; electronic label identification equipment 301, the first A network interface assembly 303 and a power supply 304 are respectively connected to the control chip 300; the functional terminal 4 includes a second network interface assembly; the control chip 300 is connected to the second network interface assembly of the local area network 2 and each functional terminal 4 through the first network interface assembly 303 .

The local area network 2 includes a plurality of network transfer nodes, which are used to connect a plurality of individual aggregation nodes 3 and the command terminal 1 .

The expansion of the functional terminal 4 is facilitated by setting up a plurality of independent individual converging nodes 3 and a plurality of functional terminals 4 . At the same time, the individual soldier aggregation node 3 integrates the electronic tag identification device 301 and the first network interface component 303, which can play the role of aggregation. To identify the individual soldier using the equipment, the command terminal 1 can dynamically obtain the identity information pre-stored in the electronic tag worn by the user of the individual soldier converging node 3 at any time through the local area network 2, so as to realize the acquisition of the individual soldier's identity information and facilitate the deployment of command on the fire scene .

The individual soldier convergence node 3 is actually a body domain convergence node, which is a specific body area network technology. The difference in the transparent transmission network is that the individual aggregation node 3 needs to control and manage the operation of each functional terminal 4 , manage each functional terminal 4 , schedule each functional terminal 4 to turn on and off, and obtain the data of each functional terminal 4 .

In the firefighting scenario, firefighters’ equipment is managed centrally, and firefighters entering the fire will randomly use different equipment, while the command center needs to know who the firefighters are fighting in the fire, so personnel management is a necessary requirement , how to efficiently and quickly manage and match firefighting equipment and combat personnel. If a personnel identification system is installed on each functional terminal 4, the operation is complicated and the cost is high. However, the individual soldier aggregation node 3 is a necessary node, and it is most effective to install an identification device Each firefighter is equipped with an identity electronic tag. When using the equipment, the electronic tag identification device 301 on the individual soldier aggregation node 3 is used to identify the electronic tag, which can quickly perform matching management of equipment and personnel.

The functional terminal 4 is equipped with a second network interface component, which facilitates the expansion of the network structure. At the same time, the functional terminal 4 with different functions can be configured according to actual needs; and it provides a hardware basis for the independent technical upgrade of the functional terminal 4.

In this embodiment, the individual soldier aggregation node 3 further includes a warning light mechanism 305 , and the warning light mechanism 305 includes a plurality of warning lights 3051 , and the warning lights 3051 are electrically connected to the control chip 300 .

Firefighters are in a fire environment, and various situations may occur. For example, after the communication is interrupted, some information still needs to be transmitted. By integrating the warning light 3051 in the individual soldier convergence node 3, some necessary information can be delivered, and the warning light The 3051 is integrated on the individual soldier aggregation node 3, reducing the probability of failure of the warning light 3051.

In this embodiment, the warning light mechanism 305 includes three warning lights 3051; they can be respectively fixed on the head, chest and back of the firefighters, with the same or different colors, and can easily identify each other in a dark environment; remind each other to protect their heads. The internal lights are important organs, and multiple warning lights can also indicate the warning levels of various states.

The warning light 3051 is used for warning or simple information exchange in a fire-fighting environment. The control chip 300 can control the flickering frequency of the alarm through a program to perform regular information exchange.

The warning light mechanism 305 includes a warning light control button 3052 , and the warning light control button 3052 is electrically connected to the control chip 300 .

Through the adoption of the warning light control button 3052, the direct manual control of the warning light 3051 can be realized, so that even in the case of failure of the first network interface component 303, the warning light 3051 can also be manually operated for alarm or simple information exchange, which meets the requirements The actual environment and requirements of fire fighting.

The individual soldier aggregation node 3 also includes at least one camera 302 , and the camera 302 is connected to the control chip 300 .

In this embodiment, the camera 302 is a network camera. The individual soldier gathering node 3 is provided with a USB interface, and the camera 302 is connected to the control chip 300 through the USB interface. There can be multiple cameras 302, which can be placed on the fire fighter's head, chest, etc. through the connection of the USB interface.

The single-soldier convergence node 3 is not only a network convergence node, it not only analyzes and processes the information of each sub-module, but also is equipped with a network camera. With the development of network technology, it can transmit video or images in the local area network 2, and the local area network 2 can provide Very good support, and the individual soldier gathering node 3 is installed on the chest or back of the firefighter to facilitate the collection of on-site images, so the camera 302 is integrated in the individual soldier gathering node 3 to facilitate the effectiveness of the equipment.

The individual soldier aggregation node 3 also includes a headset 306, at least one call control button 308, a radio frequency power amplifier 307 and an antenna 309, the antenna 309 is connected to the radio frequency power amplifier 307, and the radio frequency power amplifier 307, the headset 306 and the call control button 308 are connected to control Chip 300.

The headset 306, the call control button 308, the radio frequency power amplifier 307 and the antenna 309 provide the hardware basis for forming the wireless intercom system. The call control button 308 can be a PTT button. The cooperation of the headset 306 and the call control button 308 can realize voice input and output and intercom control.

Radio walkie-talkie is a mature system that has been used for many years. It is widely used in civil, military, police and other fields. Some walkie-talkie systems have evolved to a certain data network communication capability. Although the frequency band is narrow, it generally supports voice communication, but it does not need to establish a base station Relay, in the fire scene environment, after the WAN or self-built wireless communication network is interrupted, the radio walkie-talkie can be used as a backup to ensure voice communication command. The high-frequency band, the wide area communication network supporting data communication, or the self-inspection high-speed digital communication network are set as functional subsystems independently of the individual soldier gathering node 3, and a radio intercom communication system is added to the individual soldier gathering node 3 to enhance the system The reliability and usability of the system are the functional divisions made after fully analyzing the fire fighting environment, which guarantees the scientificity and usability of the overall system functions.

The first network interface component 303 and the second network interface component respectively include: a network port, a wifi interface, an I2C bus and/or a Bluetooth interface.

In this embodiment, the functional terminal 4 includes a communication sub-terminal 41 , an environment monitoring sub-terminal 42 and an air calling device detection sub-terminal 43 .

The communication sub-terminal 41 includes a wireless communication network connected to the second network interface assembly; the wireless communication network can be a wireless communication terminal developed for a special fire scene environment, or it can be a wireless communication network such as 4G or 5G supporting a wide area network; the communication sub-terminal 41 passes through The body area network protocol is connected to the network of the individual sink node 3 .

In this embodiment, the environment monitoring sub-terminal 42 includes a temperature detection device, a gas detection device, a wind direction detection device and a smoke concentration detection device respectively connected to the second network interface component. In other embodiments, the environment monitoring sub-terminal 42 may also include other types of environment monitoring devices according to actual needs. Each environmental monitoring device can be flexibly and independently evolved, and can be integrated as long as it is consistent with the communication management protocol of the individual soldier convergence node 3. The network connection mode with the individual soldier convergence node 3 can be a wired network connection, It can also be wireless WIFI or Bluetooth and other modes.

The air caller detection sub-terminal 43 includes an air caller residual detection device connected to the second network interface component, an environmental leakage monitoring device and a laser distance measuring device. In this embodiment, these monitoring devices are integrated with the air breathing apparatus to provide core equipment and safety monitoring parameters for firefighters. When firefighters enter the fire scene, they must bring air breathing apparatus, and these monitoring devices will be brought along with them.

In other embodiments, the functional terminal 4 further includes a sign detection sub-terminal 44 and a motion posture detection sub-terminal 45 .

Wherein, the sign detection sub-terminal 44 includes a sign detection device connected to the second network interface component. The physical sign detection device can monitor the heart rate, respiratory rate, body temperature and other information of firefighters; the command terminal 1 can obtain the physiological parameters of firefighters through the local area network 2, so as to deploy and dispatch firefighters.

The motion posture detection sub-terminal 45 includes a motion posture detection device and a positioning device connected to the second network interface component.

The real-time position information of firefighters in the fire scene is very important for the deployment and scheduling of firefighters. The monitoring of firefighters' movement posture through the motion posture detection device can indirectly infer the firefighters' combat ability and safety status. At the same time, according to the existing preset algorithm and The positioning device can obtain the position and movement trajectory of firefighters indoors.

The individual soldier aggregation node 3 also includes a system reset key, which is electrically connected to the control chip 300 .

Please refer to Figures 1 to 3, a fire fighting network system based on the fire fighting sensor network structure of Embodiment 1 of the present invention, the individual soldier aggregation node 3 includes an electronic tag identification module 310, an uplink network module 311, Network module 312 and a warning light module 313; individual soldier aggregation node 3 is connected to local area network 2 through uplink network module 311 and first network interface component 303; individual soldier aggregation node 3 is connected to local area network 2 through downlink network module 312 and first network interface component 303 is connected to each functional terminal 4;

The individual soldier aggregation node 3 is used to control and manage the operation of each functional terminal 4, schedule the switching on and off of each functional terminal 4, and acquire the data information of each functional terminal 4;

The electronic tag identification module 310 includes an electronic tag identification device 301 for dynamically identifying external electronic tags to obtain electronic tag identification information;

The command terminal 1 is used to monitor and manage the data information and electronic tag identification information obtained from the individual soldier aggregation node 3;

The warning light module 313 is used to control the warning light mechanism to perform warning prompts of different frequencies or colors according to different warning levels;

The communication sub-terminal 41 includes a communication subsystem 46, the communication subsystem 46 is controlled to realize wireless communication, and is connected to the individual soldier aggregation node 3 through the body area network protocol;

The environmental monitoring sub-terminal 42 includes an environmental monitoring subsystem 47. The environmental monitoring subsystem 47 is used to obtain environmental parameter information and communicate with the individual soldier aggregation node 3 using the same communication management protocol as the individual soldier aggregation node 3;

The air caller detection sub-terminal 43 includes an air caller detection subsystem 48, which is used to obtain air caller residual information, environmental leakage detection information and laser distance measurement information.

Please refer to Fig. 1, Fig. 2 and Fig. 4, a kind of fire fighting sensor network structure of embodiment two of the present invention, its structure is basically the same as the structure of embodiment one, and its difference is: individual soldier converging node 3 also includes a camera The module 314 and a built-in communication module 315, the camera module 314 is used to obtain image information; the built-in communication module 315 supports the wireless walkie-talkie protocol and cooperates with the control chip 300 to build a wireless walkie-talkie network.

The built-in communication module 315 cooperates with the radio frequency power amplifier device 307 and the antenna 309 to complete the intercom function, and of course it can also support other modes of wireless functions.

The sign detection sub-terminal 44 includes a sign detection subsystem 49, the sign detection subsystem 49 is used to monitor the physiological parameters of the user and transmits to the individual soldier convergence node 3; the command terminal 1 is also used to obtain the physiological parameters from the individual soldier convergence node 3 and Personnel deployment and scheduling based on physiological parameters;

The motion posture detection sub-terminal 45 includes a motion posture detection subsystem 410, which is used for monitoring the user's motion posture and obtaining the user's position information and motion trajectory.

The individual soldier gathering node 3 is also equipped with a system reset unit, which provides an emergency system reset start function externally. The fire scene environment is complex, and the system may be subject to various interferences, and it supports emergency reset start by pressing the button.

The present invention has been described in detail above with reference to the embodiments of the accompanying drawings, and those skilled in the art can make various changes to the present invention according to the above description. Therefore, some details in the embodiments should not be construed as limiting the present invention, and the present invention will take the scope defined by the appended claims as the protection scope of the present invention.

Claims (10)

1. a kind of fire-fighting operation sensing network structure, which is characterized in that including an at least command terminal, multiple individual soldier's aggregation nodes With multiple function terminals；The command terminal is connect by local area network with each individual soldier's aggregation node；Each individual soldier Aggregation node includes an electronic label identification equipment, a control chip, a first network interface module and a power supply；The electronics Tag recognition apparatus, the first network interface module and the power supply connect the control chip respectively；The function terminal Including one second network interface components；The control chip by the first network interface module connect the local area network and Second network interface components of each function terminal.

2. fire-fighting operation sensing network structure according to claim 1, which is characterized in that individual soldier's aggregation node also wraps A warning lamp mechanism is included, warning lamp mechanism includes multiple warning lamps, and the warning lamp is electrically connected with the control chip.

3. fire-fighting operation sensing network structure according to claim 2, which is characterized in that the warning lamp mechanism includes police Show lamp control button, the warning lamp control button is electrically connected with the control chip.

4. fire-fighting operation sensing network structure according to claim 3, which is characterized in that individual soldier's aggregation node also wraps An at least camera is included, the camera connects the control chip.

5. fire-fighting operation sensing network structure according to claim 4, which is characterized in that individual soldier's aggregation node also wraps A headset, at least one call control button, a RF power amplification device and antenna are included, the antenna connects the RF power amplification dress It puts, the RF power amplification device, the headset connect the control chip with the call control button.

6. fire-fighting operation sensing network structure according to claim 5, which is characterized in that the first network interface module It is respectively included with second network interface components：Network interface, wifi interfaces, I2C buses and/or blue tooth interface.

7. according to claim 2~6 any one of them fire-fighting operation sensing network structure, which is characterized in that the function is whole End includes the sub- terminal of a communication, the sub- terminal of an environmental monitoring and a sky and device is exhaled to detect sub- terminal；

The sub- terminal of communication includes the wireless communication networks connected with second network interface components；

The sub- terminal of environmental monitoring includes the temperature-detecting device connected respectively with second network interface components, gas inspection Survey device, wind direction detection device and/or smokescope detection device；

The sky exhales device to detect the sky that sub- terminal includes connecting with second network interface components and exhales device allowance detector, ring Border leakage monitoring device and laser ranging system.

8. fire-fighting operation sensing network structure according to claim 7, which is characterized in that the function terminal further includes one Sign detects sub- terminal and/or an athletic posture detects sub- terminal；

The sign detects sub- terminal and includes the sign detection device being connect with second network interface components；

The athletic posture detects sub- terminal and includes the athletic posture detection device being connect with second network interface components With a positioning device.

9. a kind of fire-fighting operation network system based on fire-fighting operation sensing network structure according to any one of claims 8, feature exist In individual soldier's aggregation node includes an electronic label identification module, a first line of a couplet network module, once joins network module and a police Show lamp module；Individual soldier's aggregation node connects the office by the first line of a couplet network module with the first network interface module Domain network；Individual soldier's aggregation node connects each work(by the second line of a couplet network module with the first network interface module It can terminal；

Individual soldier's aggregation node is used to controlling and managing the running of each function terminal, dispatches opening for each function terminal Shut down and obtain the data information of each function terminal；

The electronic label identification module includes the electronic label identification equipment, for knowing to external electronic tags into Mobile state It Huo get not electronic label identification information；

The command terminal is used to monitoring and managing the data information obtained from individual soldier's aggregation node and the electronics Tag identification information；

The warning lamp module is used to the warning lamp mechanism be controlled to carry out different frequency or color according to different alarm levels Alarm prompt；

The sub- terminal of communication includes a communication subsystem, and the communication subsystem control is used to implement wireless telecommunications, and pass through Body Area Network agreement is connect with individual soldier's aggregation node；

The sub- terminal of environmental monitoring includes an environmental monitoring subsystem, and the environmental monitoring subsystem is used to obtain environmental parameter Information is simultaneously communicated to connect using the communication management agreement identical with individual soldier's aggregation node and individual soldier's aggregation node；

The sky exhales the sub- terminal of device detection to include device is exhaled to detect subsystem, and the sky exhales device detection subsystem for obtaining sky Exhale device balance information, environment detection of electrical leakage information and laser ranging information.

10. fire-fighting operation network system according to claim 9, which is characterized in that individual soldier's aggregation node further includes One photographing module and a built-in communication module；

The photographing module is used to obtain image information；The built-in communication module support wireless intercom agreement be used for it is described Control chip cooperation one wireless interspeaker network of structure；

The sign detects sub- terminal and includes sign detection subsystem, and the sign detection subsystem is used to monitor the life of user Parameters for transmission is managed to individual soldier's aggregation node；The command terminal is additionally operable to obtain the life from individual soldier's aggregation node It manages parameter and staffing scheduling is carried out according to the physiological parameter；

The athletic posture detects sub- terminal and includes athletic posture detection subsystem, and the athletic posture detection subsystem is used for The location information and movement locus of monitoring, the acquisition user to the athletic posture of the user.