CN201985896U - Fireman individual system based on wireless Mesh network structure - Google Patents
Fireman individual system based on wireless Mesh network structure Download PDFInfo
- Publication number
- CN201985896U CN201985896U CN2010206833726U CN201020683372U CN201985896U CN 201985896 U CN201985896 U CN 201985896U CN 2010206833726 U CN2010206833726 U CN 2010206833726U CN 201020683372 U CN201020683372 U CN 201020683372U CN 201985896 U CN201985896 U CN 201985896U
- Authority
- CN
- China
- Prior art keywords
- wireless
- module
- fireman
- detection module
- individual soldier
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Landscapes
- Alarm Systems (AREA)
Abstract
The utility model relates to a fireman individual system based on wireless Mesh network structure, which comprises a wireless monitoring host, a plurality of wireless individual submachines and a plurality of wireless relays, wherein the wireless monitoring host comprises a monitoring module and a wireless central node module; each wireless individual submachine comprises a central processing unit module, a positioning module, a vital sign detection module, a help calling module, an environment situation detection module, a carrying outfit detection module and a wireless terminal node module. When the fireman individual system is specifically applied, firemen wear the wireless individual submachines to enter a fire scene or other accident sites, a commanding officer monitors the gesture, the movement locus, the vital sign, the environment situation, the carrying outfit and the like of each fireman by the wireless monitoring host, so as to provide information support for the commanding officer to make a commanding decision; and in addition, the system also can provide scientific basis for daily tactical training. According to the fireman individual system, the modernization, automation and intellectualization levels of fire control commendation can be improved, and the battlefield damage rate of the firemen can be effectively lowered.
Description
Technical field
The utility model belongs to wireless communication, Detection ﹠ Controling technical field, is specifically related to a kind of fireman individual soldier system based on the netted planar network architecture of Wireless Mesh.
Background technology
The C4ISR system is the acronym of commander (Command), control (Control), communication (Communication), computer (Computer), information (Intelligence), supervision (Surveillance), scouting (Reconnaissance), this is the armed force command automation system, it is core with the computer that this system is one, and collection obtains the efficient operational chain of command that information, transmission information, commanding and decision-making and tactics are controlled to be one.In modern war, the C4ISR system is the nerve center that command of armed force is fought, and has constituted the three magic weapons of gaining mastery over the enemy with electronic warfare equipment, precision-guided munitions.
Modern High-Tech's fire-fighting system needs between fire-fighting relevant unit, the various equipment that close ties, information are shared, resource-sharing, cooperation; Situation is fast changing on the scene of a fire, and time is life, need understand the information of scene of a fire forefront and fire-fighting soldier's situation timely and accurately, knows yourself as well as the enemy, and accurately decision-making is commanded rapidly.Press for the C4ISR theory is incorporated in the fire-fighting system, making up one is core with the computer, collection information obtains, information transmission, commanding and decision-making and tactics are controlled to be one efficient fire-fighting fire extinguishing, rescue operational chain of command.This system mainly is made up of detection system, communication system, command system and Tactical Attitude Control System.Detection system is surveyed the situation in front, the scene of a fire by the sensing equipment of precision, for commanding agency provides needed exact information; Communication system is set up one and is gone up to the highest commanding agency by digitlization, visualization technique, down to the fire-fighting individual soldier's of basic unit communication network, makes contact, transfer, commander on the scene of a fire simple, accurately quick; Command ﹠ Decision System is a kind of disposal automated information system, can be fast with information classification, comparison, the judgement collected, for commanding agency provides high efficiency staff officer's service; Tactical Attitude Control System is a support with first three system, can in the time of extremely lacking the related personnel be deployed to the specific region, making the commander that makes a strategic decision put out a fire, rescue almost synchronous with the scene.In conjunction with fire-fighting early warning satellite, fire-fighting emergent communication satellite etc., make the modernized fire-fighting and rescue combat troop of an empty day one.
In whole fire-fighting command process, not only need the communication of speech, more need exchanging of image and computer data (literal and figure), make leader and floor manager person's decision-making of command centre rapid more, accurate and effective, accomplish " coming into plain view " to see the disaster scene at 119 command scheduling centers.Need relevant data simultaneously, as the characteristic and the method for disposal of relevant chemical substance in the Hazardous Chemical Substances database with the management of command scheduling central computer; Instruction of dispatching about dealing with emergencies and dangerous situations in the prediction scheme of the dealing with emergencies and dangerous situations database and order etc. are transferred to floor manager person in the mode of literal and figure.And also can use computer transfer of data to be arrived FCC in the mode of literal or figure at the disaster scene.Single telephone is received a crime report, the dispatching technique system and present fire command system still is in, can't satisfy with traffic guidance's operation layer, technical support layer, network service layer is the basic fundamental framework, the fire-fighting new technology requirement of integrated computer network, modern communication technology, information application software, fire-fighting integrated database.
Summary of the invention
In order to solve above-mentioned technical problem, the purpose of this utility model provides a kind of fireman individual soldier system based on the netted planar network architecture of Wireless Mesh.This system is when concrete the application, the fireman wears wireless individual soldier's handset and enters scene of fire or other accident scene, the commander monitors each fireman's information such as attitude, movement locus, vital sign, environmental aspect and portable harness situation by the wireless monitor main frame, the information support of commanding and decision-making in time is provided for the commander, also can be the foundation that tactical training at ordinary times provides science.
For achieving the above object, the fireman individual soldier system based on the netted planar network architecture of Wireless Mesh that the utility model provides is made up of wireless monitor main frame 1, wireless individual soldier's handset 2 and wireless relay 3, wherein: the quantity of wireless individual soldier's handset 2 is determined on a case-by-case basis, wear with oneself by the fireman who enters the scene of a fire, and communicate to connect, or communicate to connect by wireless relay 3 and wireless monitor main frame 1 by netted net of Wireless Mesh and wireless monitor main frame 1; Each wears the fireman's of wireless individual soldier's handset 2 information such as attitude, movement locus, vital sign, scene of fire environmental aspect and portable harness situation to the commander by wireless monitor main frame 1 dynamic monitoring;
Wireless monitor main frame 1 is connected to form by monitoring module 4 and wireless center node module 5; Be used to monitor each fireman's attitude, movement locus, vital sign, scene of fire environmental aspect and portable harness situation etc.
Wireless individual soldier's handset 2 is by locating module 6, vital sign detection module 7, call for help module 8, CPU module 9, environmental aspect detection module 10, portable harness detection module 11 and wireless terminal node module 12 are formed, CPU module 9 respectively with locating module 6, vital sign detection module 7, call for help module 8, environmental aspect detection module 10, portable harness detection module 11 is connected with wireless terminal node module 12, be used for attitude with the fireman, movement locus, vital sign, information such as scene of fire environmental aspect and portable harness situation dynamically transmit locator data in the Wireless Mesh mesh network, directly or via other wireless individual soldier's handset, the wireless relay route is pooled to the wireless monitor main frame, thus the function of finishing data acquisition and dynamically uploading; Locating module 6, vital sign detection module 7, calling for help module 8, environmental aspect detection module 10 are connected CPU module 9 respectively with portable harness detection module 11.
In the utility model, monitoring module 4 can be a computer, also can be that other embedded system is formed, in monitoring module, send fireman's locating information by locating module, by information fusion and three-dimensional imaging technology, fireman's movement locus is carried out the dynamic real-time demonstration in two dimension or three-dimensional system of coordinate, fireman's attitude is shown in the animation mode, and fall down to the ground or report to the police when falling in the high-altitude the fireman, the information support of commanding and decision-making is provided for the scene of fire commanding officer, thereby protect fireman's personal safety to greatest extent, the fireman can also open or voluntarily by the calling for help module on the wireless individual soldier's handset of wireless monitor main frame Remote Open fireman when in danger, carry out sound and light alarm, be convenient to the rescue worker and promptly and accurately locate discovery; Vital sign information such as fireman's heart rate, blood pressure, shell temperature, breathing are sent in monitoring by the vital sign detection module, understand fireman's health in real time; Information such as the video image of the scene of fire that monitoring is sent by the environmental aspect detection module, temperature, humidity, wind speed, composition of air; The sky that monitoring is sent by portable harness detection module is exhaled information such as device pressure, battery electric quantity; Simultaneously, monitoring module can also be stored and playback data, as the daily tactical training assessment of firefighters, formulates the drill program of science.
In the utility model, wireless monitor main frame 1, wireless individual soldier's handset 2 and wireless relay 3 are built into the netted net of Wireless Mesh.Wireless center node module 5 has the networked beacons of transmission, sets up the Mesh network, manages Mesh network node, store M esh network node information, route querying and data transmit-receive function.
In the utility model, described wireless relay 3 has routing function, be used at environment such as remote positioning and communicating or subways, and to the multi-hop routing to communicate of locator data signal, expanding communication distance and widen application scenarios.
In the utility model, described wireless terminal node module 12 has routing function and data transmit-receive function, promptly can receive directly the information of the wireless center node of sending or sending by other wireless individual soldier's handset, wireless relay route from the wireless center node, also can directly or by other wireless individual soldier's handset, wireless relay route send information to the wireless center node, have routing function simultaneously, the routing forwarding of information is provided for other wireless individual soldier's handset or wireless relay.
In the utility model, described locating module 6 is made up of one to multiple kind in inertial navigation system or the global position system.
In the utility model, described environmental aspect detection module 10 is made up of one to multiple kind in temperature sensor, humidity sensor, air composition transducer, air velocity transducer or the video camera.
In the utility model, described portable harness detection module 11 adopts sky to exhale pressure sensor or battery electric quantity detecting sensor.
In the utility model, described calling for help module 8 adopts high-decibel voice guard or flash alarm.
In the utility model, described vital sign detection module 7 adopts one to multiple kind in shell temperature transducer, heart rate sensor, pre ure tra ducer or the respiration transducer.
The utility model constitutes cordless communication network and real-time image data information by a plurality of wireless individual soldier's handsets and via node, wireless transmission arrives the wireless monitor main frame, pass through information fusion technology, the commander can understand fireman's information such as attitude, movement locus, vital sign, scene of fire environmental aspect and portable harness situation timely, is the commanding and decision-making support that provides intelligence.
The beneficial effects of the utility model are embodied in:
A. realize integrated, standardization, modularization, the intellectuality of modernized fire-fighting fire extinguishing, rescue operational chain of command fire-fighting individual equipment.
Integrated: multiple function integrated, miniaturization strengthens operability.Before entering the scene of a fire, the fireman only needs wireless individual soldier's handset is worn, and need not the fireman in addition and carries out any other operation, thereby reduced fireman's operating procedure.Wireless individual soldier's handset in light weight, volume is little, effectively alleviates fireman's portable equipment weight and volume, does not influence tactical operation after carrying substantially, is convenient to equip, thereby improves its combat capabilities.
Standardization: the information that is beneficial between many services and arms, categories within police force and other division units is shared, and has good amalgamation;
Modularization: highly versatile, interoperability is good, in emergency circumstances parts, module can be exchanged emergent the use.Reduce the overlapping development in the development of follow-up equipment simultaneously, improve the construction cycle, accelerate to equip process;
Intelligent: the intellectuality of fire-fighting equipment, simplified the fireman study of equipment has been used, improved fighting capacity, reduce operation and require and maintenance cost.
B. reliability of data transmission and real-time
The utility model is by the wireless monitor main frame, some wireless individual soldier's handsets, some wireless relay and the netted net of formation Wireless Mesh, the transmission of realization non line of sight, the utlity model has bigger network capacity and area coverage, can realize simultaneously a little arriving the transmission of multiple spot preferably, the reliability and the real-time of wireless data transmission have fully been guaranteed, make the attitude that scene of a fire commanding officer can the dynamic monitoring fireman, movement locus, vital sign, information such as scene of fire environmental aspect and portable harness situation, make the rescue worker arrive fireman place in danger early according to movement locus, the fireman's who is in a perilous position for rescue life has won the quality time.
C. fast and flexible networking has very strong adaptivity, autonomous repair (no Single Point of Faliure)
The constructed wireless location supervisory control system of the utility model has the network system of the healthy and strong netted web frame of Wireless Mesh, networking flexibility is quick, need not pre-configured, has powerful adaptivity, be fit to be applied under the special and urgent environment that particularly serious natural calamity rescue such as battlefield, fire-fighting fire extinguishing, flood-fighting, earthquake etc. can't arrange in advance, and have the unexistent advantage of general networking: the self-organization of network; Dynamic topological structure; The multi-hop of route and portable terminal flexibly, mobility or the like.Wireless individual soldier's handset, wireless monitor main frame and wireless relay are all interconnected with the netted net mode of Wireless Mesh, all have routing function, and the additions and deletions node is convenient, can realize that the relay multi-hop of data transmits, and are applicable to application scenarioss such as subway, tunnel.Any one node breaks down or is interfered in the netted net of Wireless Mesh, and packet will be routed automatically to backup path by the algorithm of Mesh intelligent network and proceed transmission, realizes independently repairing, and makes the operation of whole network can not be affected.Simultaneously network size can be adjusted according to the scale in the scene of a fire, and is provided with easyly, and it is controlled to have given prominence to wireless individual soldier's system scale, the advantage that flexibility is strong.
D. visual, the three-dimensional of locating information
The utility model passes through information fusion in the wireless monitor host side, each fireman's running orbit is carried out two dimension or dynamic three-dimensional display, and dynamically demonstrate the current behavior attitude of fireman by animation effect, comprise walking, run, up and down staircase, up and down elevator, precedingly crouch, the back of the body crouches, lie on the left side, crouch in the right side and fall in the high-altitude etc.The commander is accurately judged each fireman's situation intuitively, thereby provide the information support of commanding and decision-making for it.
E. tactical training assessment, the training program of formulation science is improved its combat capabilities
The utility model can be stored and playback data in the wireless monitor host side, as the daily tactical training assessment of firefighters, thereby can formulate the more sentific training scheme of closing to reality situation, improves its combat capabilities.
Further describe the utility model below by the drawings and specific embodiments.
Description of drawings
Fig. 1 is the application scenarios figure of the fireman individual soldier system based on the netted planar network architecture of Wireless Mesh of the present utility model.
Fig. 2 is a wireless monitor main machine structure block diagram of the present utility model.
Fig. 3 is wireless individual soldier's handset structured flowchart of the present utility model.
Fig. 4 is a wireless relay nodes structured flowchart of the present utility model.
Fig. 5 implements the flow chart of positioning and communicating for the utility model.
Number in the figure: 1 is the wireless monitor main frame, 2 is wireless individual soldier's handset, and 3 is wireless relay, and 4 is the wireless center node module, 5 monitoring modules, 6 is locating module, and 7 is the vital sign detection module, and 8 for calling for help module, 9 is the CPU module, 10 is the environmental aspect detection module, and 11 is portable harness detection module, and 12 is the wireless terminal node module.
Embodiment
Below in conjunction with accompanying drawing in detail an embodiment of the present utility model is described in detail.
With reference to application scenarios shown in Figure 1, a kind of fireman individual soldier system based on the netted planar network architecture of Wireless Mesh described in the utility model is made up of wireless monitor main frame 1, six wireless individual soldier's handsets 2 and two wireless relay 3, and constitutes the netted communication network of Wireless Mesh.Wherein wireless individual soldier's handset 2 is worn with oneself by the fireman who enters the scene of a fire, and communicates by letter with wireless monitor main frame 1 by the netted net of Wireless Mesh.The commander is by wireless monitor main frame 1 each fireman's of dynamic monitoring information such as attitude, movement locus, vital sign, scene of fire environmental aspect and portable harness situation, and according to the scene of fire communication conditions, indication is provided with wireless relay 3 in corresponding place.For example under the subway scene, the fireman is scouting, is searching for, is rescuing to the subway deep layer or during operation such as fire extinguishing, by situations such as commanding officer base area iron construction, signal strength signal intensities, the indication fireman is moving on after wireless relay is thrown in the relevant position and executing the task.Under the scene of market, can also be chosen in the outside, market and wireless relay be thrown in, launched or its air supporting is used, perhaps need not to be provided with wireless relay according to field condition.
With reference to Fig. 2, wireless monitor main frame 1 described in the utility model comprises monitoring module 5, the wireless center node module 4 that is connected with monitoring module 5.Wireless center node module 4 can be selected AKDS340-5W for use, it is set to the Centroid mode of operation, is sent networked beacons, sets up the Mesh network, manages Mesh network node, store M esh network node information, route querying and is carried out data transmit-receive by it.Monitoring module can be computer or other embedded system, for example use the military notebook computer of a highly reliable strong protection, corresponding fireman individual soldier's software is installed, by information fusion and three-dimensional imaging technology, fireman's movement locus is carried out the dynamic real-time demonstration in two dimension or three-dimensional system of coordinate, fireman's attitude is shown in the animation mode, and falls down to the ground or report to the police when falling in the high-altitude that the alarm module of remote opening fireman individual soldier system carries out sound and light alarm simultaneously the fireman; Vital sign information such as fireman's heart rate, blood pressure, shell temperature, breathing are sent in monitoring by the vital sign detection module, understand fireman's health in real time; The information such as video image, temperature, humidity, wind speed and composition of air of the scene of fire that monitoring is sent by the environmental aspect detection module; The sky that monitoring is sent by portable harness detection module is exhaled information such as device pressure, battery electric quantity, for the scene of fire commanding officer provides the information support of commanding and decision-making, thereby protects fireman's personal safety to greatest extent.Simultaneously, monitoring module can also be stored and playback data, as the daily tactical training assessment of firefighters.
With reference to Fig. 3, wireless individual soldier's handset 2 described in the utility model comprises CPU module 9, respectively the locating module 6 that is connected with CPU module 9, vital sign detection module 7, calling for help module 8, environmental aspect detection module 10, portable harness detection module 11 and wireless terminal node module 12; Wherein, locating module 6 can be formed the inertial navigation location by ADIS16405, height sensor MS5540-CM, Beidou satellite navigation system constitutes the satellite navigation location, when the satellite-signal situation is better, be main navigation and the location of providing by Beidou satellite navigation system, can revise simultaneously the accumulated error of inertial navigation, more weak at satellite-signal or do not have tunnel, subway or indoor provide the inertial navigation location by inertial navigation system; Vital sign detection module 7 can be made up of pre ure tra ducer, heart rate sensor, shell temperature transducer, respiration transducer etc.; Calling for help module 8 is made up of warning signal, flash of light warning lamp; Environmental aspect detection module 10 is made up of video camera, temperature, humidity, air velocity transducer and composition of air transducer; Portable harness detection module 11 is made up of the pressure sensor of exhaling at sky, battery voltage detection transducer; The wireless terminal node module can be selected AKDS340-5W for use, and it is set to routing node.CPU 9 can be made up of conventional peripheral circuits such as the Flash chip AT45DB161D of processor M30626FHPGP, memory Atmel company, interface chips.Pass through CPU, each sensor information is carried out data fusion (Data fusion), fireman's information such as attitude, movement locus, vital sign, scene of fire environmental aspect and portable harness situation dynamically are sent in the Wireless Mesh mesh network, directly or by other node, wireless relay be pooled to the wireless monitor main frame, thus the function of finishing data acquisition and dynamically uploading.
Can select AKDS340-5W for use with reference to Fig. 4 wireless relay 3, it is set to routing node, is used for the data of routing forwarding Wireless Mesh mesh network.
With reference to Fig. 5, the flow process that the utility model is implemented positioning and communicating may further comprise the steps:
Step 1, wireless monitor main frame are to each individual soldier's node broadcasts sign on;
Promptly move to and enter certain place before the scene of a fire as the fireman, receive the sign on of wireless monitor host broadcast after, wireless individual soldier's handset is just started working, and need not fireman's manual operation, at inertial navigation, can also reduce accumulated error.
By the wireless individual soldier's handset ID tabulation to the registration of wireless monitor main frame, the wireless monitor main frame is to individual soldier's data of one of them wireless first sequence number of individual soldier's handset request.
Step 3, other is wireless individual soldier's handset or wireless relay carry out routing forwarding;
According to routing condition in the Wireless Mesh network of actual change, the wireless monitor main frame may be directly or by after other wireless individual soldier's handset, the wireless relay routing forwarding with on Target Wireless individual soldier handset is communicated by letter.
After step 4, Target Wireless individual soldier handset are received the instruction of this machine data of request,, press sliding window protocol and send locator data according to sequence number and current data pointer.
According to routing condition in the Wireless Mesh network of actual change, Target Wireless individual soldier handset may be directly or by after other wireless individual soldier's handset, the wireless relay routing forwarding with the wireless monitor main-machine communication on.
Carry out so repeatedly, the wireless monitor main frame is realized the collection to each wireless individual soldier's handset data, by the wireless monitor main frame data are carried out information fusion, each fireman's running orbit is carried out two dimension or three-dimensional dynamic demonstration and warning, and dynamically demonstrate the current behavior attitude of fireman by animation effect, comprise walking, run, up and down staircase, up and down elevator, precedingly crouch, the back of the body crouches, lie on the left side, crouch in the right side and fall in the high-altitude etc.When the fireman falls down to the ground or report to the police when falling automatically in the high-altitude, the alarm module of remote opening fireman individual soldier system carries out sound and light alarm simultaneously, is convenient to the rescue worker and locatees discovery; Vital sign information such as fireman's heart rate, blood pressure, shell temperature, breathing are sent in monitoring by the vital sign detection module, understand fireman's health in real time; The information such as video image, temperature, humidity and wind speed of the scene of fire that monitoring is sent by the environmental aspect detection module; The sky that monitoring is sent by portable harness detection module is exhaled information such as device pressure, battery electric quantity; for the scene of fire commanding officer accurately judges each scene of fire situation, fireman's health and harness situation intuitively; the information support of commanding and decision-making is provided; carry out the scientific and effective commander, protect fireman's personal safety to greatest extent.Simultaneously, monitoring module can also be stored and playback data, as the daily tactical training assessment of firefighters, thereby can formulate the more sentific training scheme of closing to reality situation, improves its combat capabilities.
Claims (7)
1. fireman individual soldier system based on the netted planar network architecture of Wireless Mesh, form by wireless monitor main frame (1), wireless individual soldier's handset (2) and wireless relay (3), the quantity that it is characterized in that wireless individual soldier's handset (2) is determined on a case-by-case basis, wear with oneself by the fireman who enters the scene of a fire, and communicate to connect, or communicate to connect by wireless relay (3) and wireless monitor main frame (1) by netted net of Wireless Mesh and wireless monitor main frame (1); Each wears the fireman's of wireless individual soldier's handset (2) attitude, movement locus, vital sign, scene of fire environmental aspect and portable harness condition information to the commander by wireless monitor main frame (1) dynamic monitoring;
Wireless monitor main frame (1) is connected to form by monitoring module (4) and wireless center node module (5);
Wireless individual soldier's handset (2) is by locating module (6), vital sign detection module (7), call for help module (8), CPU module (9), environmental aspect detection module (10), portable harness detection module (11) and wireless terminal node module (12) are formed, CPU module (9) respectively with locating module (6), vital sign detection module (7), call for help module (8), environmental aspect detection module (10), portable harness detection module (11) is connected with wireless terminal node module (12), locating module (6), vital sign detection module (7), call for help module (8), environmental aspect detection module (10) is connected CPU module (9) respectively with portable harness detection module (11).
2. the fireman individual soldier system based on the netted planar network architecture of Wireless Mesh according to claim 1 is characterized in that described wireless terminal node module (12) adopts router.
3. the fireman individual soldier system based on the netted planar network architecture of Wireless Mesh according to claim 1 is characterized in that described locating module (6) is by one to multiple kind in inertial navigation system or the global position system.
4. the fireman individual soldier system based on the netted planar network architecture of Wireless Mesh according to claim 1 is characterized in that described environmental aspect detection module (10) is by one to multiple kind in temperature sensor, humidity sensor, air composition transducer, air velocity transducer or the video camera.
5. the fireman individual soldier system based on the netted planar network architecture of Wireless Mesh according to claim 1 is characterized in that described portable harness detection module (11) adopts sky to exhale pressure sensor or battery electric quantity detecting sensor.
6. the fireman individual soldier system based on the netted planar network architecture of Wireless Mesh according to claim 1 is characterized in that described calling for help module (8) adopts high-decibel voice guard or flash alarm.
7. the fireman individual soldier system based on the netted planar network architecture of Wireless Mesh according to claim 1 is characterized in that described vital sign detection module (7) adopts one to multiple kind in shell temperature transducer, heart rate sensor, pre ure tra ducer or the respiration transducer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010206833726U CN201985896U (en) | 2010-12-28 | 2010-12-28 | Fireman individual system based on wireless Mesh network structure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010206833726U CN201985896U (en) | 2010-12-28 | 2010-12-28 | Fireman individual system based on wireless Mesh network structure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201985896U true CN201985896U (en) | 2011-09-21 |
Family
ID=44613346
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010206833726U Expired - Fee Related CN201985896U (en) | 2010-12-28 | 2010-12-28 | Fireman individual system based on wireless Mesh network structure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201985896U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108955363A (en) * | 2018-07-20 | 2018-12-07 | 中国人民解放军总参谋部第六十研究所 | It is a kind of with the individual soldier's simulator for automatically accessing function |
| CN117858022A (en) * | 2024-01-02 | 2024-04-09 | 广东沃程建设工程有限公司 | Intelligent management system |
-
2010
- 2010-12-28 CN CN2010206833726U patent/CN201985896U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108955363A (en) * | 2018-07-20 | 2018-12-07 | 中国人民解放军总参谋部第六十研究所 | It is a kind of with the individual soldier's simulator for automatically accessing function |
| CN117858022A (en) * | 2024-01-02 | 2024-04-09 | 广东沃程建设工程有限公司 | Intelligent management system |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN102104991A (en) | Fireman individual-soldier system on basis of wireless Mesh network framework | |
| US7091852B2 (en) | Emergency response personnel automated accountability system | |
| US7245216B2 (en) | First responder communications system | |
| Wilson et al. | A wireless sensor network and incident command interface for urban firefighting | |
| EP3529786B1 (en) | Automated sensing of firefighter teams | |
| US7091851B2 (en) | Geolocation system-enabled speaker-microphone accessory for radio communication devices | |
| CN205748391U (en) | Escape and rescue guides system | |
| CN101990157A (en) | System for positioning fire fighters in fire scene based on wireless Mesh network structure | |
| CN102007426A (en) | Position-monitoring device for persons | |
| CN107359889A (en) | Fire fighter's alignment system based on Internet of Things | |
| JP2006338081A (en) | Sensor network robot system | |
| CN109118740B (en) | Toxic and harmful gas monitoring system special for fire-fighting and rescue scene of fire-fighting army and data transmission processing method | |
| CN109489703B (en) | Fire scene environment multi-parameter intelligent sensing control ball | |
| CN103267960A (en) | Firefighter individual positioning device and application thereof | |
| CN107339985A (en) | A kind of indoor autonomous positioning and condition monitoring system and method | |
| CN107449429A (en) | A kind of indoor fire alarm rescue mode | |
| CN108765236A (en) | Interior three-dimensional localization, the public security operational chain of command of vital sign monitoring can be achieved | |
| CN201985896U (en) | Fireman individual system based on wireless Mesh network structure | |
| CN207833650U (en) | A kind of inside fire alarm system based on personnel positioning | |
| CN107737429A (en) | A kind of intelligent fire-pretection system | |
| CN208636677U (en) | A kind of individual soldier's fire-fighting Operational Protection device | |
| WO2023155397A1 (en) | Accurate localization method and system for fireman in full-task scenario | |
| CN110650177A (en) | Edge computing platform and method for servicing special hybrid vehicle | |
| KR102410646B1 (en) | Smart Name Tag Systewm Attached on Firefighter's Oxygen Tank | |
| CN201860454U (en) | Fireman fire scene positioning system based on wireless Mesh net architecture |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110921 Termination date: 20161228 |