CN202207423U - Intelligent fire fighting auxiliary decision-making system based on radio frequency identification and wireless data transmission technology - Google Patents
Intelligent fire fighting auxiliary decision-making system based on radio frequency identification and wireless data transmission technology Download PDFInfo
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Abstract
The utility model discloses an intelligent fire fighting auxiliary decision-making system based on the radio frequency identification and wireless data transmission technology. The system comprises a fire fighting positioning label, a fire fighting positioning instrument, a wireless data transmission radio station and a fire fighting commanding auxiliary decision-making platform. Compared with the prior art, the intelligent fire fighting auxiliary decision-making system not only can position fire fighters in the fire fighting sites, can help the fire fighters to attack and withdraw effectively, ensures the life safety of the fire fighters, and solves the problems of accidents such as city fire and sudden disasters under the new situation.
Description
Technical field
The utility model relates to the fire-fighting field of military operations, especially, relates to a kind of intelligent fire aid decision-making system based on RF identification (RFID, Radio Frequency IDentification) and wireless data sending technology.
Background technology
Domestic various places fire takes place again and again.2008, wildfire took place in Longgang District, Shenzhen club; 2009, the BeiPeiLou breaking out of fire in Beijing Chinese Central Television (CCTV) new address; On November 15th, 2010, special fire disaster accident takes place in the 28 layers of residential building in Shanghai City.Governments at all levels are increasingly high for the attention degree of the security against fire of building, and simultaneously, the importance of public security fire-fighting security department work is day apparent giving prominence to also.
In order to strengthen the management of building fire protection facility; Guarantee that building fire protection facility normally moves; Fire preventing takes place, and reduces fire hazard, ensures social public security; In the daily management and maintenance process of fire fighting device, need set up the information system management means of the efficient use of a cover to production, use, the management related personnel of fire fighting device.
In addition, the on-the-spot situation of fire fighting and rescue progressively is tending towards characteristics such as socialization, globalize, complicated and intellectuality.The specific (special) requirements that the scheduling of the analysis on fire cover of Urban Fires under the new situation, burst fire-disaster accident, commander, deployment, reinforcement, trans-regional cooperation etc. are also proposed; Need to guarantee fire-fighting field rescue commander through with the most effectively control device and less resource input, guarantee that fire fighting and rescue floor manager person obtains accurately, reliably, information has played key effect for the success of whole fire fighting and rescue operation timely.
The utility model content
The utility model technical problem to be solved provides a kind of intelligent fire aid decision-making system based on RF identification and wireless data sending technology; Realization positions the fire fighter of fire-fighting fire-extinguishing location; Help the effective attack of fire fighter and withdraw; Ensure fire fighter's life security, auxiliary solution is accident such as Urban Fires, burst fire-disaster problem under the new situation.
For solving the problems of the technologies described above; The utility model provides a kind of intelligent fire aid decision-making system based on RF identification and wireless data sending technology; It is characterized in that this system comprises: fire-fighting positioning label, fire-fighting position indicator, wireless digital broadcasting station and fire-fighting command aid decision platform; Wherein,
Said fire-fighting positioning label is used to imbed in the building wall, sends positional information and gives said fire-fighting position indicator;
Said fire-fighting position indicator; Be used for connecing with said fire-fighting positioning label and wireless digital broadcasting station lotus root; Be arranged on fire fighter's the carry-on equipment; Discern and read the positional information of each fire-fighting positioning label, characteristics of human body's information and the record live video information that also can measure field temperature information, smog information, toxic gas information and measure the fire fighter send to fire-fighting command aid decision platform through wireless digital broadcasting station; And receive geography information to the building of fire-fighting command aid decision platform transmission, also receive command information and voice real-time broadcasting information that fire-fighting command aid decision platform sends;
Said wireless digital broadcasting station; Be used for connecing with said fire-fighting position indicator and fire-fighting command aid decision platform lotus root, the positional information of the fire-fighting positioning label that the fire-fighting position indicator is sent, temperature information, smog information, toxic gas information, fire fighter's characteristics of human body's information and live video information send to fire-fighting command aid decision platform; And the command information that fire-fighting command aid decision platform is sent and voice real-time broadcasting information retransmission are to the fire-fighting position indicator;
Fire-fighting command aid decision platform; Be used for connecing with said wireless digital broadcasting station lotus root; Receive positional information, temperature information, smog information, the toxic gas information of the fire-fighting positioning label that the fire-fighting position indicator sends, fire fighter's characteristics of human body's information and live video information through said wireless digital broadcasting station, carry out fire fighter's space orientation, will command the command information and the voice real-time broadcasting information of backstage transmission to return to the fire-fighting position indicator through wireless digital broadcasting station.
Further, wherein, said fire-fighting position indicator comprises: radio frequency identification module, temperature smoke sensing module, characteristics of human body's induction module and live video passback module; Wherein,
The radio frequency identification module is used to discern and read the positional information of each fire-fighting positioning label, sends to fire-fighting command aid decision platform to obtain the geography information of building through wireless digital broadcasting station;
Temperature smoke sensing module is used for connecing with said wireless digital broadcasting station lotus root, measures field temperature information, smog information and toxic gas information, sends to fire-fighting command aid decision platform through wireless digital broadcasting station;
Characteristics of human body's induction module is used for connecing with said wireless digital broadcasting station lotus root, measures characteristics of human body's information of fire fighter, sends to fire-fighting command aid decision platform through wireless digital broadcasting station;
Live video passback module is used for connecing with said wireless digital broadcasting station lotus root, and record live video information sends to fire-fighting command aid decision platform through wireless digital broadcasting station.
Further, wherein, described fire-fighting command aid decision platform comprises: three-dimensional modeling module, geography information module, personnel's space orientation module, backstage commander's module and safety guarantee and aid decision module, wherein,
The three-dimensional modeling module; Be used to receive the positional information of the fire-fighting positioning label that the fire-fighting position indicator sends; Draw building two, three-dimensional information figure, and with two, three-dimensional information figure sends to geography information module, personnel's space orientation module, backstage commander's module and safety guarantee and aid decision module;
The geography information module is used for connecing with said three-dimensional modeling module lotus root, receive that this three-dimensional modeling module sends two, three-dimensional information figure, obtain the geography information of building, and send to said fire-fighting position indicator through wireless digital broadcasting station;
Personnel's space orientation module; Be used for connecing with said three-dimensional modeling module lotus root; Receive that the three-dimensional modeling module sends two, three-dimensional information figure, obtain the movable tracking information in the fire fighter who holds the fire-fighting position indicator residing position of a certain moment and a certain period and send to backstage commander's module and safety guarantee and aid decision module;
Backstage commander's module; Be used for connecing with said personnel's space orientation module, three-dimensional modeling module and live video passback module lotus root; Fire fighter residing position of a certain moment that reception staff's space orientation module is sent and the movable tracking information in a certain period, three-dimensional modeling module send two, three-dimensional information figure and the live video passback module live video information of sending; Commander provides the optimal path planning technology to carry out data analysis for the backstage, and the command information and the voice real-time broadcasting information that produce are returned to each fire-fighting position indicator through wireless digital broadcasting station;
Safety guarantee and aid decision module; Be used for connecing with said personnel's space orientation module, three-dimensional modeling module, temperature smoke sensing module, characteristics of human body's induction module and live video passback module lotus root; Fire fighter residing position of a certain moment that reception staff's space orientation module is sent and the movable tracking information in a certain period, three-dimensional modeling module send two, three-dimensional information figure, field temperature information, smog information and toxic gas information that temperature smoke sensing module is sent, characteristics of human body's information of fire fighter that characteristics of human body's induction module sends and the live video information that live video passback module is sent; Exceed schedule time in conjunction with the fire fighter who holds the fire-fighting position indicator of above-mentioned information in the scene of a fire and not withdraw the deathtrap, automatic warning then is provided and provides fire fighter's list and movable trace.
Further, wherein, described fire-fighting command aid decision platform also comprises:
Calamity post analysis module; Be used for connecing with said personnel's space orientation module, three-dimensional modeling module, temperature smoke sensing module, characteristics of human body's induction module and live video passback module lotus root; Fire fighter residing position of a certain moment that reception staff's space orientation module is sent and the movable tracking information in a certain period, three-dimensional modeling module send two, three-dimensional information figure, field temperature information, smog information and toxic gas information that temperature smoke sensing module is sent, characteristics of human body's information of fire fighter that characteristics of human body's induction module sends and the live video information that live video passback module is sent, carry out statistic of classification in conjunction with the information such as rescue time, personnel and device distribution that above-mentioned information is held the fire fighter of fire-fighting position indicator to the scene of a fire.
Further, wherein, said wireless digital broadcasting station is a relay station.
Further, wherein, said wireless digital broadcasting station is the mobile communication base station.
Compared with prior art; The described a kind of intelligent fire aid decision-making system of the utility model based on RF identification and wireless data sending technology; Not only can solve accident such as Urban Fires, burst fire-disaster problem under the new situation; Can also the fire fighter of fire-fighting fire-extinguishing location be positioned, help the effective attack of fire fighter and withdraw guarantee fire fighter's life security.
Description of drawings
Fig. 1 is the utility model embodiment one described intelligent fire aid decision-making system structured flowchart based on RF identification and wireless data sending technology;
Fig. 2 is the utility model embodiment one described structured flowchart based on fire-fighting position indicator in the intelligent fire aid decision-making system of RF identification and wireless data sending technology;
Fig. 3 is the utility model embodiment one described structured flowchart based on fire-fighting command aid decision platform in the intelligent fire aid decision-making system of RF identification and wireless data sending technology.
The specific embodiment
Below in conjunction with accompanying drawing the utility model is done further explain, but not as the qualification to the utility model.
The utility model mainly is to carry out the effective location in the rescue process through the intelligent fire aid decision-making system realization fire-fighting based on RF identification and wireless data sending technology as offseting anti-personnel wartime, plays the effect that fire-fighting and rescue plays aid decision.
The utility model is described also to relate to the Internet of Things field in fact through the intelligent fire aid decision-making system based on RF identification and wireless data sending technology, and technology of Internet of things day by day rises, and it is the important component part of generation information technology.As its name suggests, Internet of Things is exactly " internet that the thing thing links to each other ".Internet of Things itself is through RF identification (RFID; Radio Frequency IDentification), information sensing equipment such as infrared inductor, global positioning system, laser scanner; Agreement by agreement; Be connected any object with the internet, carry out information exchange and communicate by letter, to realize a kind of network intellectuality identification, location, tracking, monitoring and the management of object.
Technology of Internet of things is one of important application wherein in the application of the utility model.The utility model can reduce personnel casualty accidents in the fire, improves " disappearing " and " preventing " level of informatization, makes the lifting of fire prevention measure from the people's air defense to the technical precaution.To at ordinary times fire-fighting equipment being managed and being safeguarded, prevent in not " combustion "; Fire-fighting improves operational commanding efficient as the operational commanding decision information is provided wartime, and maximization ensures people's property safety and fire-fighting combatant's life security.
As shown in Figure 1, specify down the content of this application below according to the utility model embodiment one:
The utility model embodiment one described intelligent fire aid decision-making system based on RF identification and wireless data sending technology comprises: fire-fighting positioning label 101, fire-fighting position indicator 102, wireless digital broadcasting station 103 and fire-fighting command aid decision platform 104; Wherein,
Fire-fighting positioning label 101 is used to imbed in the building wall, sends positional information and gives fire-fighting position indicator 102.
It should be noted that; This fire-fighting positioning label is not influencing reading effect and reading under the situation of distance of label; Guarantee to let personnel such as owner can't see the vestige that the fire-fighting positioning label is imbedded as far as possible, simultaneously, according to positioning accuracy request (generally speaking; 1-2 rice is laid a fire-fighting positioning label) arrange the interior of building paving location, and count fire-fighting positioning label quantity.When imbedding of beginning fire-fighting positioning label operated, carry out the label package design as the case may be, test.
Fire-fighting position indicator 102; Be used for connecing with wireless digital broadcasting station 103 lotus roots with said fire-fighting positioning label 101; Be arranged on fire fighter's the carry-on equipment; Discern and read the positional information of each fire-fighting positioning label 101, send to fire-fighting command aid decision platform 104 to obtain the geography information of building through wireless digital broadcasting station 103; Also can measure field temperature information, smog information and toxic gas information, send to fire-fighting command aid decision platform 104 through wireless digital broadcasting station 103; Also can measure fire fighter's characteristics of human body's information and record live video information, send to fire-fighting command aid decision platform 104 through wireless digital broadcasting station 103; Simultaneously, this fire-fighting position indicator 102 receives command information and the voice real-time broadcasting information that fire-fighting command aid decision platform 104 sends.
Wireless digital broadcasting station 103; Be used for connecing with fire-fighting position indicator 102 and fire-fighting command aid decision platform 104 lotus roots, the positional information of the fire-fighting positioning label that fire-fighting position indicator 102 is sent, field temperature information, on-the-spot smog information, on-the-spot toxic gas information, fire fighter's characteristics of human body's information and record live video information send to fire-fighting command aid decision platform 104; And the command information that fire-fighting command aid decision platform 104 is sent and voice real-time broadcasting information retransmission are to fire-fighting position indicator 102.
Wireless digital broadcasting station 103 can adopt relay station or mobile communication base station to realize above-mentioned functions.
Fire-fighting command aid decision platform 104; Be used for connecing with said wireless digital broadcasting station 103 lotus roots; Receive positional information, temperature information, smog information, the toxic gas information of the fire-fighting positioning label that fire-fighting position indicators 102 send, fire fighter's characteristics of human body's information and record live video information through said wireless digital broadcasting station 103, carry out fire fighter's space orientation, will command command information that the backstage sends and voice real-time broadcasting information through wireless digital broadcasting station 103 passbacks to each fire-fighting position indicator 102.
Further, as shown in Figure 2:
Fire-fighting position indicator 102 recited above can also at first carry out data initialization to all fire-fighting positioning labels 101, and write down the positional information of all fire-fighting positioning labels 101, passes back in the fire-fighting command aid decision platform 104 of supporting data acquisition and handling.
Foregoing fire-fighting position indicator 102 specifically comprises: radio frequency identification module 1021, temperature smoke sensing module 1022, characteristics of human body's induction module 1023 and live video passback module 1024; Wherein,
Radio frequency identification module 1021 is used to discern and read the positional information of each fire-fighting positioning label 101, sends to fire-fighting command aid decision platform 104 to obtain the geography information of building through wireless digital broadcasting station 103;
Temperature smoke sensing module 1022 is used for connecing with said wireless digital broadcasting station 103 lotus roots, measures field temperature information, smog information and toxic gas information, sends to fire-fighting command aid decision platform 104 through wireless digital broadcasting station 103;
Characteristics of human body's induction module 1023 is used for connecing with said wireless digital broadcasting station 103 lotus roots, measures characteristics of human body's information of fire fighter, sends to fire-fighting command aid decision platform 104 through wireless digital broadcasting station 103;
Live video passback module 1024 is used for connecing with said wireless digital broadcasting station 103 lotus roots, and record live video information sends to fire-fighting command aid decision platform 104 through wireless digital broadcasting station 103.
Further, as shown in Figure 3:
Foregoing fire-fighting command aid decision platform 104; Specifically comprise: three-dimensional modeling module 1041, geography information module 1042, personnel's space orientation module 1043, backstage commander module 1044, safety guarantee and aid decision module 1045 and calamity post analysis module 1046; Wherein
Three-dimensional modeling module 1041; Be used to unit's of foundation (building) security against fire information bank (particularly fire-fighting key unit), pass through the positional information that wireless digital broadcasting station 103 receives the fire-fighting positioning label 101 of fire-fighting position indicators 102 transmissions; Draw building two, three-dimensional information figure, and with two, three-dimensional information figure sends to geography information module 1042, personnel's space orientation module 1043, backstage commander module 1044, safety guarantee and aid decision module 1045 and calamity post analysis module 1046.
Personnel's space orientation module 1043; Be used for connecing with three-dimensional modeling module 1041 lotus roots; Receive that three-dimensional modeling module 1041 sends two, three-dimensional information figure, obtain the movable tracking information in the fire fighter who holds fire-fighting position indicator 102 residing position of a certain moment and a certain period and send to backstage commander module 1044, safety guarantee and aid decision module 1045 and calamity post analysis module 1046;
Backstage commander's module 1044; Be used for connecing with said personnel's space orientation module 1043, three-dimensional modeling module 1041 and live video passback module 1024 lotus roots; Fire fighter residing position of a certain moment that reception staff's space orientation module 1043 is sent and the movable tracking information in a certain period, three-dimensional modeling module 1041 send two, three-dimensional information figure and the live video passback module 1024 live video information of sending; Commander provides the optimal path planning technology to carry out data analysis for the backstage, and gives each fire-fighting position indicator 102 with command information that produces and voice real-time broadcasting information through wireless digital broadcasting station 103 passbacks.
Information through above-mentioned backstage commander's module 1044 outputs; The commanding can according in the building two, three-dimensional integratedization solid show; The inner actual conditions of directly perceived full and accurate understanding key unit, clear and definite key unit fire fighting device, warning system distribution situation have greatly improved the level of IT application that directs rescue work; Can also reasonably the assigned address personnel be succoured rapidly according to scene of a fire actual conditions simultaneously.
Safety guarantee and aid decision module 1045; Be used for connecing with said personnel's space orientation module 1043, three-dimensional modeling module 1041, temperature smoke sensing module 1022, characteristics of human body's induction module 1023 and live video passback module 1024 lotus roots; Fire fighter residing position of a certain moment that reception staff's space orientation module 1043 is sent and the movable tracking information in a certain period, three-dimensional modeling module 1041 send two, three-dimensional information figure, field temperature information, smog information and toxic gas information that temperature smoke sensing module 1022 is sent, characteristics of human body's information of fire fighter that characteristics of human body's induction module 1023 sends and the live video information that live video passback module 1024 is sent; Exceed schedule time in conjunction with the fire fighter who holds fire-fighting position indicator 102 of above-mentioned information in the scene of a fire and not withdraw the deathtrap, automatic warning then is provided and provides fire fighter's list and movable trace.
Calamity post analysis module 1046; Be used for connecing with said personnel's space orientation module 1043, three-dimensional modeling module 1041, temperature smoke sensing module 1022, characteristics of human body's induction module 1023 and live video passback module 1024 lotus roots; Fire fighter residing position of a certain moment that reception staff's space orientation module 1043 is sent and the movable tracking information in a certain period, three-dimensional modeling module 1041 send two, three-dimensional information figure, field temperature information, smog information and toxic gas information that temperature smoke sensing module 1022 is sent, characteristics of human body's information of fire fighter that characteristics of human body's induction module 1023 sends and the live video information that live video passback module 1024 is sent, the scene of a fire is held information such as the fire fighter's of fire-fighting position indicator 102 rescue time, fire-fighting work analysis afterwards, personnel and device distribution in conjunction with above-mentioned information and is carried out statistic of classification.
Through the output data of above-mentioned calamity post analysis module 1046, the commanding in scene of a fire fire rescue afterwards is on just can reasonably command and allocate fire-fighting, rescue personnel and rescue aid.Here calamity post analysis module 1046 also can be arranged in other devices outside the fire-fighting command aid decision platform 104 as required.
The utility model is described through realizing that based on the intelligent fire aid decision-making system of RF identification and wireless data sending technology the scene of fire locatees fast; At once show scene of fire focused protection unit position, fire fighting device distribution, fire-fighting prediction scheme, lay special stress on protecting information such as the fire-fighting related personnel of unit contact method, near position, water source, water source load card data, fire brigade's strength of attack, omnibearing data support is provided for the commanding disposes the fire fighting scheme fast.
Simultaneously, can also realize that fire-fighting arrives the Shortest Path Analysis of scene of fire, the break-make situation of road, timely unobstructed situation can be set, recomputate the shortest traffic route, estimate that fire-fighting vehicle arrives the time of scene of fire.Realize that scene of fire command centre monitors the position of fire fighter in the three-dimensional building model in real time, commander fire fighter collective fights, obtains fire fighting device, evacuation route etc. nearby, improves the safety guarantee of firefighters in the scene of fire.
Compared with prior art; The described a kind of intelligent fire aid decision-making system of the utility model based on RF identification and wireless data sending technology; Not only can the fire fighter of fire-fighting fire-extinguishing location be positioned, help the effective attack of fire fighter and withdraw guarantee fire fighter's life security.Can also assist accident such as Urban Fires, the burst fire-disaster problem under the new situation that solves.
Certainly; The utility model also can have other various embodiments; Under the situation that does not deviate from the utility model spirit and essence thereof; Those of ordinary skill in the art can make various corresponding changes and distortion according to the utility model, but these corresponding changes and distortion all should belong to the protection domain of the appended claim of the utility model.
Claims (6)
1. the intelligent fire aid decision-making system based on RF identification and wireless data sending technology is characterized in that this system comprises: fire-fighting positioning label, fire-fighting position indicator, wireless digital broadcasting station and fire-fighting command aid decision platform; Wherein,
Said fire-fighting positioning label is used to imbed in the building wall, sends positional information and gives said fire-fighting position indicator;
Said fire-fighting position indicator; Be used for connecing with said fire-fighting positioning label and wireless digital broadcasting station lotus root; Be arranged on fire fighter's the carry-on equipment; Discern and read the positional information of each fire-fighting positioning label, characteristics of human body's information and the record live video information that also can measure field temperature information, smog information, toxic gas information and measure the fire fighter send to fire-fighting command aid decision platform through wireless digital broadcasting station; And receive geography information to the building of fire-fighting command aid decision platform transmission, also receive command information and voice real-time broadcasting information that fire-fighting command aid decision platform sends;
Said wireless digital broadcasting station; Be used for connecing with said fire-fighting position indicator and fire-fighting command aid decision platform lotus root, the positional information of the fire-fighting positioning label that the fire-fighting position indicator is sent, temperature information, smog information, toxic gas information, fire fighter's characteristics of human body's information and live video information send to fire-fighting command aid decision platform; And the command information that fire-fighting command aid decision platform is sent and voice real-time broadcasting information retransmission are to the fire-fighting position indicator;
Fire-fighting command aid decision platform; Be used for connecing with said wireless digital broadcasting station lotus root; Receive positional information, temperature information, smog information, the toxic gas information of the fire-fighting positioning label that the fire-fighting position indicator sends, fire fighter's characteristics of human body's information and live video information through said wireless digital broadcasting station, carry out fire fighter's space orientation, will command the command information and the voice real-time broadcasting information of backstage transmission to return to the fire-fighting position indicator through wireless digital broadcasting station.
2. the intelligent fire aid decision-making system based on RF identification and wireless data sending technology as claimed in claim 1; It is characterized in that said fire-fighting position indicator comprises: radio frequency identification module, temperature smoke sensing module, characteristics of human body's induction module and live video passback module; Wherein,
The radio frequency identification module is used to discern and read the positional information of each fire-fighting positioning label, sends to fire-fighting command aid decision platform to obtain the geography information of building through wireless digital broadcasting station;
Temperature smoke sensing module is used for connecing with said wireless digital broadcasting station lotus root, measures field temperature information, smog information and toxic gas information, sends to fire-fighting command aid decision platform through wireless digital broadcasting station;
Characteristics of human body's induction module is used for connecing with said wireless digital broadcasting station lotus root, measures characteristics of human body's information of fire fighter, sends to fire-fighting command aid decision platform through wireless digital broadcasting station;
Live video passback module is used for connecing with said wireless digital broadcasting station lotus root, and record live video information sends to fire-fighting command aid decision platform through wireless digital broadcasting station.
3. the intelligent fire aid decision-making system based on RF identification and wireless data sending technology as claimed in claim 2; It is characterized in that; Described fire-fighting command aid decision platform comprises: three-dimensional modeling module, geography information module, personnel's space orientation module, backstage commander's module and safety guarantee and aid decision module; Wherein
The three-dimensional modeling module; Be used to receive the positional information of the fire-fighting positioning label that the fire-fighting position indicator sends; Draw building two, three-dimensional information figure, and with two, three-dimensional information figure sends to geography information module, personnel's space orientation module, backstage commander's module and safety guarantee and aid decision module;
The geography information module is used for connecing with said three-dimensional modeling module lotus root, receive that this three-dimensional modeling module sends two, three-dimensional information figure, obtain the geography information of building, and send to said fire-fighting position indicator through wireless digital broadcasting station;
Personnel's space orientation module; Be used for connecing with said three-dimensional modeling module lotus root; Receive that the three-dimensional modeling module sends two, three-dimensional information figure, obtain the movable tracking information in the fire fighter who holds the fire-fighting position indicator residing position of a certain moment and a certain period and send to backstage commander's module and safety guarantee and aid decision module;
Backstage commander's module; Be used for connecing with said personnel's space orientation module, three-dimensional modeling module and live video passback module lotus root; Fire fighter residing position of a certain moment that reception staff's space orientation module is sent and the movable tracking information in a certain period, three-dimensional modeling module send two, three-dimensional information figure and the live video passback module live video information of sending; Commander provides the optimal path planning technology to carry out data analysis for the backstage, and the command information and the voice real-time broadcasting information that produce are returned to each fire-fighting position indicator through wireless digital broadcasting station;
Safety guarantee and aid decision module; Be used for connecing with said personnel's space orientation module, three-dimensional modeling module, temperature smoke sensing module, characteristics of human body's induction module and live video passback module lotus root; Fire fighter residing position of a certain moment that reception staff's space orientation module is sent and the movable tracking information in a certain period, three-dimensional modeling module send two, three-dimensional information figure, field temperature information, smog information and toxic gas information that temperature smoke sensing module is sent, characteristics of human body's information of fire fighter that characteristics of human body's induction module sends and the live video information that live video passback module is sent; Exceed schedule time in conjunction with the fire fighter who holds the fire-fighting position indicator of above-mentioned information in the scene of a fire and not withdraw the deathtrap, automatic warning then is provided and provides fire fighter's list and movable trace.
4. the intelligent fire aid decision-making system based on RF identification and wireless data sending technology as claimed in claim 3 is characterized in that described fire-fighting command aid decision platform also comprises:
Calamity post analysis module; Be used for connecing with said personnel's space orientation module, three-dimensional modeling module, temperature smoke sensing module, characteristics of human body's induction module and live video passback module lotus root; Fire fighter residing position of a certain moment that reception staff's space orientation module is sent and the movable tracking information in a certain period, three-dimensional modeling module send two, three-dimensional information figure, field temperature information, smog information and toxic gas information that temperature smoke sensing module is sent, characteristics of human body's information of fire fighter that characteristics of human body's induction module sends and the live video information that live video passback module is sent, carry out statistic of classification in conjunction with the information such as rescue time, personnel and device distribution that above-mentioned information is held the fire fighter of fire-fighting position indicator to the scene of a fire.
5. the intelligent fire aid decision-making system based on RF identification and wireless data sending technology as claimed in claim 1 is characterized in that said wireless digital broadcasting station is a relay station.
6. the intelligent fire aid decision-making system based on RF identification and wireless data sending technology as claimed in claim 1 is characterized in that said wireless digital broadcasting station is the mobile communication base station.
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| CN105824848A (en) * | 2015-01-08 | 2016-08-03 | 中国航天科工集团第四研究院指挥自动化技术研发与应用中心 | Method for acquiring comprehensive fire fighting information and fire fighting information system |
| CN105894708A (en) * | 2016-04-27 | 2016-08-24 | 哈尔滨中研普瑞电子工程技术中心有限公司 | Multi-channel fire rescue monitoring system |
| CN106024083A (en) * | 2016-08-02 | 2016-10-12 | 哈尔滨理工大学 | Nuclear emergency system of nuclear power plant |
| CN107340774A (en) * | 2017-07-25 | 2017-11-10 | 大连海事大学 | A kind of emergency maneuver accessory system overboard based on ship's staff |
| CN111476983A (en) * | 2020-03-17 | 2020-07-31 | 浙江弄潮儿智慧科技有限公司 | Deep forest personnel positioning alarm and rescue system based on wireless sensor network |
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2011
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Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105824848A (en) * | 2015-01-08 | 2016-08-03 | 中国航天科工集团第四研究院指挥自动化技术研发与应用中心 | Method for acquiring comprehensive fire fighting information and fire fighting information system |
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| CN107340774A (en) * | 2017-07-25 | 2017-11-10 | 大连海事大学 | A kind of emergency maneuver accessory system overboard based on ship's staff |
| CN107340774B (en) * | 2017-07-25 | 2020-09-01 | 大连海事大学 | Emergency control auxiliary system based on personnel fall into water on ship |
| CN111476983A (en) * | 2020-03-17 | 2020-07-31 | 浙江弄潮儿智慧科技有限公司 | Deep forest personnel positioning alarm and rescue system based on wireless sensor network |
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