CN101776911B - Disaster situation warning system - Google Patents
Disaster situation warning system Download PDFInfo
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- CN101776911B CN101776911B CN2010101003935A CN201010100393A CN101776911B CN 101776911 B CN101776911 B CN 101776911B CN 2010101003935 A CN2010101003935 A CN 2010101003935A CN 201010100393 A CN201010100393 A CN 201010100393A CN 101776911 B CN101776911 B CN 101776911B
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
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- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
- Y02P90/02—Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]
Abstract
The invention discloses a disaster situation warning system, which at least comprises a sensing unit which is used for monitoring disaster situation information and can convert the information into data which can be transmitted by electronic equipment, a remote transmitting unit which is used for remotely transmitting monitoring information in real time and meanwhile can remotely receive the instruction information from a disaster monitoring network center, a central control unit used for dynamically managing the total system, a system life support unit capable of supporting the total system to reliably run in all weathers under the unwatched condition and a power unit which is used for uninterruptedly supplying electric energy to the total system and takes a liquid fuel as an energy source. The disaster situation warning system can be arranged in any region and can monitor various disasters at random time interval in all weathers, and meanwhile realizes remote bidirectional communication and control and networking management.
Description
Technical field
The present invention relates to a kind of disaster situation warning system that can implement network management.
Background technology
China is one of country of natural disaster pilosity in the world, it is quite serious in China that main natural disaster in the whole world such as earthquake, typhoon, flood arid, forest fire, landslide, rubble flow, mine subside etc., and almost annual all have the various natural disasters of the different orders of severity to take place.Some natural disaster has obvious omen in that the eve takes place, if but be exactly to capture some precursor information they only are isolated information then are difficult to hold the condition of a disaster overall picture, thereby the issue disaster alarm in time of also just not knowing where to begin.As; just once there were many precursor informations at the Tangshan earthquake eve in 1976; but because these information isolate; can not form the chain and the net of the information that can prove mutually in the short time at authoritative department; so although some people has obviously had a premonition the situation crisis; but consider the disturbance and confusion that can cause millions of populations city, also just slowly do not dare to issue the disaster alarm.If the data of the networking that is mutually related can be concentrated and form to precursor information at short notice rapidly, just can grasp the also timely issue alarm of truth rapidly sufficient foundation reliably is provided for authoritative department.
Make a general survey of the natural disaster prevention monitoring countermeasure of China, on method, still be unable to do without aspect a lot of and rely on artificial inspection mode, both be unfavorable for the complete detailed data of acquisition and recording, also be unfavorable for the staff and the people's personal safety, more can't persevere throughout the year.More regrettably this mode also has the following disadvantages as mentioned above: one, be difficult in earliest time that the condition of a disaster takes place and form rapidly and be enough to judge the chain of the condition of a disaster overall picture, netted data; Two, the artificial inspection mode of this poor efficiency also can only cover very limited small part region and period, and more the area of wide area owing to can't utilize civil power, can't arrange manpower so the dead angle that has formed monitoring and reported in early days.
Summary of the invention
Technical matters to be solved by this invention is to provide a kind of disaster situation warning system that can be arranged in any region and various the condition of a disasters be monitored, realized simultaneously round-the-clockly communication of remote double direction and control at arbitrary period.For the monitoring task of different technologies intension, only need to be suitable for different types of sensing unit.As long as the required reserve of liquid fuel abundance of system's self-generating except can finishing above-mentioned technology mission, can also be implemented automatic self-management under unwatched situation throughout the year, also can implement random administration by remote control.
The technical scheme that problem adopted that the present invention solves the prior art existence is: a kind of disaster situation warning system is provided, and described disaster situation warning system comprises at least: be used for monitoring disaster situation information and can be converted to the sensing unit (1) that can utilize electronic equipment to transmit; Be used for monitoring information real time remote transmission, simultaneously again can long-range reception from the teletransmission unit (3) of the command information at disaster monitor network center (6); Be used for the system-wide central control unit of dynamic management (2); Be used for waiting for system's life supporter (4) that can support round-the-clock ground of total system reliability service down at nobody; Be used for to total system provide incessantly electric energy with the power supply unit (5) of liquid fuel as the energy, power supply unit (5) by power transmission line (7) to sensing unit (1), central control unit (2), teletransmission unit (3), system life support unit (4) supply electric energy; Central control unit (2) is by state and the reported data of transmission line of information (8) acceptance from sensing unit (1), teletransmission unit (3), system life support unit (4), power supply unit (5); Simultaneously, also can assign steering order to sensing unit (1), teletransmission unit (3), system life support unit (4), power supply unit (5) according to default handling procedure or according to provisional injunction from disaster monitor network center (6); Teletransmission unit (3) is uploaded Monitoring Data and system state data by communication network (9) to disaster monitor network center (6) according to pre-set programs; Simultaneously, teletransmission unit (3) can also be according to interim demand by the real-time various steering orders of accepting from disaster monitor network center (6) of communication network (9); Sensing unit (1) also can be implemented provisional monitoring and dynamic monitoring data is transferred to central control unit (2) according to the instruction of central control unit (2).
Described sensing unit according to the different mining of task mission with according to different know-whies and sensor with different technologies feature.
Described disaster situation warning system further comprises: the disaster monitor network center that is used for network management zone the condition of a disaster.
A plurality of disaster situation warning systems formation disaster early warning networks more than one are managed at described disaster monitor network center (6) simultaneously.
Described power supply unit (5) is to be the Blast Furnace Top Gas Recovery Turbine Unit (TRT) of the fuel of liquid state as the energy under usual conditions.
In described system's life supporter (4), have a temperature sensor at least, have a humidity sensor at least, have 1 forced ventilation at least with pushing away fan by force, having 1 at least along with startup that pushes away fan by force and the movable butterfly valve of closing automatic unlatching and closure simultaneously.
One, the main flow process of system
With reference to Fig. 1, described Networkable disaster situation warning system, its formation, connection and flow process are as follows:
Power supply unit (5) is supplied electric energy by the power transmission line of describing with dotted line (7) to sensing unit (1), central control unit (2), teletransmission unit (3), system life support unit (4);
Central control unit (2) is by being accepted state and the reported data from sensing unit (1), teletransmission unit (3), system life support unit (4), power supply unit (5) by the transmission line of information (8) of fine line description; Simultaneously, also can assign steering order to sensing unit (1), teletransmission unit (3), system life support unit (4), power supply unit (5) according to default handling procedure or according to provisional injunction from disaster monitor network center (6);
Teletransmission unit (3) is uploaded Monitoring Data and system state data by the communication network of being described by the dash dotted line (9) to disaster monitor network center (6) according to pre-set programs; Simultaneously, teletransmission unit (3) can also be according to interim demand by the real-time various steering orders of accepting from disaster monitor network center (6) of communication network (9);
Disaster monitor network center (6) can be managed a plurality of monitoring systems simultaneously and form the disaster early warning network.
Two, each unit of system constitutes and function
With further reference to Fig. 1.
Described disaster situation warning system, formation and function that its each unit is further detailed are as follows: described sensing unit (1) can be distinguished setting according to the difference of task and technology mission, can be the optical sensor that comprises visible light and non-visible light, as photo camera head, continuous image recording apparatus etc.; It also can be the liquid level sensor that monitors liquid level; Also can be aiming assigned address and the alignment sensor that monitors its change in location; It also can be the moved sensor of perception vibrations; It also can be the dust sensor of perception dust storm; It also can be the speed pickup of monitoring wind speed; It also can be the heat sensitive sensor that sense temperature changes; It also can be the pressure transducer of sensed pressure; Also can be the gas sensor that perceived risk gas exists, also can be the combination of certain several sensor in the sensor.Sensing unit (1) can arrive central control unit (2) with the sensor monitoring data transmission in real time by pre-set programs; Sensing unit (1) also can be implemented provisional monitoring and dynamic monitoring data is transferred to central control unit (2) according to the instruction of central control unit (2).
Described central control unit (2) is in charge of the normal operation of all unit.Central control unit (2) is by state and the reported data of transmission line of information (8) acceptance from sensing unit (1), teletransmission unit (3), system life support unit (4), power supply unit (5); Simultaneously, also can assign steering order to sensing unit (1), teletransmission unit (3), system life support unit (4), power supply unit (5) according to default handling procedure according to telecommand from disaster monitor network center (6).
Described teletransmission unit (3) has to disaster monitor network center (6) uploads data and the twocouese communication function that receives from the steering order at disaster monitor network center (6).This unit is uploaded Monitoring Data and total system status data by communication network (9) to disaster monitor network center (6) according to pre-set programs; Simultaneously, can also be according to interim demand by the real-time various steering orders of accepting from disaster monitor network center (6) of communication network (9); Teletransmission unit (3) and communication network (9) utilize environment and site technology requirement according to the present invention, can adopt satellite communication networks such as satellite phone; Also can adopt GSM (System for Mobile Communication) network; Also can adopt wireless communication networks such as shortwave, ultrashort wave (USW), and be not limited thereto.
Also can keep operating environments such as the necessary temperature of the normal operation of total system, humidity, air cleanliness in the environment such as described system life support unit (4) is mainly used in and ensures that each unit harsh sunlight (especially ultraviolet ray) under unwatched situation that the present invention is correlated with is exposed to the sun in the open air, high temperature, low temperature, freezing, high humidity, low humidity, infrabar, wind, mist, rain, snow, hail, sand and dust.Described system life support unit (4) mainly contains two-part structure: the first is resisted structure, mainly is to allow each unit of total system can effectively resist external environment influence such as sunlight (especially ultraviolet ray) is exposed to the sun, high temperature, low temperature, hail, high humidity, low humidity, wind, mist, rain, snow, sand and dust.This part mainly by shell with enough ageing resistances, have the heat insulation layer of enough little coefficient of heat conductivity and have drip-preventing function and the inner lining structure of certain rigidity constitutes cubicle and with other cell protections of system portion within it.It two is functional structures, mainly be guarantee last stated to allow under the prerequisite of resisting function leave certain necessary passage between cubicle inside and outside, to satisfy the normal operation of other unit of system.These passages comprise: mainly constitute by gas cylinder and dustproof shading rain cap and filtrator, the fresh air of outside can be filtered the back and import inlet channel in the cabin; Main that constitute by gas cylinder and dustproof shading rain cap, the air of inside can be discharged the outer exhaust passage of cabin; The outer discharge opeing tube of cabin is discharged in the discharge opeing that power supply etc. can be produced; Can form the transparent formations such as sensing perspective window of optical channel with the outside.Be equipped with automatic choke and forced ventilation fan structure in the dustproof shading rain cap, automatic choke function disappears automatically when starting forced ventilation with the boosting fan, and automatic choke function is recovered automatically when closing the forced ventilation fan; The sensing unit that places cabin inside is in the time will carrying out the optic test task; Can under situation about being isolated from the outside, absorb the image information of target azimuth by transparent sensing perspective window smoothly.Also be respectively equipped with temperature sensor and humidity sensor in the cubicle, when the temperature in the perception cubicle or humidity are higher, under the management of central control unit, drain high temperature, highly humid air, introducing outdoor fresh air in the cubicle with the boosting fan by starting forced ventilation.
Described power supply unit (5) is used to all unit supply electric energy, mainly by forming according to any start and stop of central control unit (2) or according to the Blast Furnace Top Gas Recovery Turbine Unit (TRT) that system can regulate generated output voluntarily with electricity condition (as voltage, electric current).In order effectively to realize the unattended basic fundamental mission of the present invention, the Blast Furnace Top Gas Recovery Turbine Unit (TRT) of this unit defines employing especially can be with the supply unit of liquid fuel as the energy, can be gasoline, diesel oil, alcohols or other liquefied hydrocarbon materials be fuel, with explosive motor or external-burning engine rotor machine as power source; It can also be the alcohols headed by methyl alcohol, the ethanol or other liquefied hydrocarbon materials act as a fuel, produce hydrogen by reformer earlier, the hydrogen-oxygen fuel cell that generates electricity by the macromolecule proton exchange membrane fuel cell, in the electrochemical reaction mode (English full name Proton Exchange Membrane Fuel Cell is called for short PEMFC's) electricity generation system again; Can also be raw material with the alcohols, direct alcohol fuel battery (the English full name Direct Alcohol Fuel Cell that directly generates electricity by the macromolecule proton exchange membrane fuel cell, in the electrochemical reaction mode, be called for short DAFC's) electricity generation system especially is raw material with methyl alcohol, DMFC (English full name Direct Methanol Fuel Cell the is called for short DMFC's) electricity generation system of generating electricity in the electrochemical reaction mode etc.
Three, system operation and operation logic
A kind of disaster situation warning system relates generally to three part tasks in operational process, promptly monitor task, teletransmission (sending out/receive) task and system's life and keep management role.Consider practical use of the present invention, last is particularly important, because under unwatched situation, any one glitch all might cause system in case of system halt or interruption.Thereby, on the hardware of central control unit and software design, take into full account this point, and given the function of remote control change working procedure.
Beneficial technical effects of the present invention is: the one, and can be arranged in any region and communication of remote double direction and control are monitored, realized simultaneously to various the condition of a disasters round-the-clockly at arbitrary period, the 2nd, can under unwatched situation, implement automatic self-management throughout the year, also can implement random administration by remote control, the 3rd, can implement networked layout and management, possibility so the condition of a disaster in rapid formation of the very first time of disaster generation chain, netted information and the region of grasp layout rapidly becomes.
Description of drawings
Fig. 1 is the formation and the flow process of disaster situation warning system of the present invention;
Fig. 2 is disaster situation warning system formation and the flow process that the embodiment of the invention is passed through the imaging monitor early warning;
Fig. 3 is that the structure of the life supporter of the embodiment of the invention disaster situation warning system that passes through the imaging monitor early warning constitutes;
Fig. 4 is the partial enlarged drawing of a among life supporter Fig. 3 of the embodiment of the invention disaster situation warning system that passes through the imaging monitor early warning;
Fig. 5 is the detailed structure view of inlet channel in the life supporter of the embodiment of the invention disaster situation warning system that passes through the imaging monitor early warning;
Fig. 6 is the dish valve constitutional diagram at b position among inlet channel Fig. 5 in the life supporter of the embodiment of the invention disaster situation warning system that passes through the imaging monitor early warning;
Fig. 7 is the dish valve constitutional diagram the during air inlet of b position among inlet channel Fig. 5 in the life supporter of the embodiment of the invention disaster situation warning system that passes through the imaging monitor early warning;
Fig. 8 is the cabin 40 and the DMFC 70 annexation figure of the embodiment of the invention disaster situation warning system that passes through the imaging monitor early warning;
Fig. 9 is the structure composition diagram of the camera head 30 of the embodiment of the invention disaster situation warning system that passes through the imaging monitor early warning.
Embodiment
Below in conjunction with drawings and the specific embodiments the present invention is elaborated.
With reference to Fig. 2, present embodiment is a kind of disaster situation warning system by the imaging monitor early warning, wherein, sensing unit is the camera head 30 that is used for optical monitoring the condition of a disaster information and image information can be converted to the information of can transmitting by specified format, this device can be accepted visual light imaging information daytime, can accept image-forming informations such as infrared, far infrared night, and the operational mode that can automatically switch; The teletransmission unit be used for monitoring information communication network real time remote transmission via satellite, simultaneously again can be by the satellite phone 32 of the long-range acceptance of identical means from the command information at disaster monitor network center 35; Power supply unit is the DMFC electricity generation system 34 that is used for providing incessantly to total system electric energy; In addition, system also comprises and is used to manage system-wide central control unit 31; Be used for system's life supporter 33 at round-the-clock ground of unattended lower support total system reliability service; And the disaster monitor network center 35 that is used for network management zone the condition of a disaster.
With further reference to Fig. 2, described disaster situation warning system the present invention relates to system (System) more than utilizing 1 cover, can form the monitoring and early warning network under the unified management at disaster monitor network center 35;
With reference to Fig. 4, described system life supporter 33 is made square cabin 40 by three-in-one material, and described three-in-one material is respectively: form external protection 41 by the thick sheet metal of 0.5～3mm; Form middle heat insulation layer 42 by the thick benzene plate of 10～100mm; Form endosexine 43 by 0.5～2mm bakelite sheet material; Concrete size can appropriateness be grasped according to environment is set.
With reference to Fig. 3, described system life supporter 33 is made of the inlet channel that the fresh air of outside can be filtered in the back importing cabin dustproof shading rain cap 44, gas cylinder 45 and filtrator 46; Constitute the exhaust passage that the air of inside can be discharged outside the cabin 40 by dustproof shading rain cap 51 and gas cylinder 52;
With reference to Fig. 5, Fig. 6 and Fig. 7, described system life supporter 33, inlet channel except 44,45,46, also be provided with the movable butterfly valve 47 that when air inlet, can open automatically and can the automatic blocking air guide channel when static and can controlled start and stop, extraneous air can be forced send into and push away fan 50 by force in the cabin 40;
With further reference to Fig. 5, Fig. 6, Fig. 7 and Fig. 8, described system life supporter 33, the structure of movable butterfly valve 47 and action mechanism are: the axle 48 that passes inflator 45 axis is arranged perpendicular to airflow direction, what be respectively arranged with two symmetrical structures on axle 48 can freely rotate semicircle video disc 47, formation as folding shape structure around axle, be wound with spring 49 on axle 48, it can rotate two pages of video discs 47 to as just locking inflator 45 shown in Figure 6 and stop the state of air current flow when no external force.When needing to import fresh air, square cabin 40 pushes away fan 50 controlled startings by force, air-flow forces in video disc 47, because video disc 47 wind areas are big, the elastic force design that adds upper spring 49 is just satisfied and is done the time spent in no external force and only can allow two video discs maintenances as state shown in Figure 6, so air-flow can easily be opened video disc 47 to as state among Fig. 7, enters in the cabin 40 behind fresh air process filtrator 46 mechanical filters;
With further reference to Fig. 5, Fig. 6, Fig. 7 and Fig. 8, described system life supporter 33, the structure of exhaust passage and action mechanism and inlet channel are roughly the same, different is: the exhaust passage is not provided with filtrator, the installation form of movable video disc 47 of while, just be inverted intake passage structure, promptly two of inlet channel video discs 47 are to open in cabin 40 when air inlet, and two pages of video discs 47 of exhaust passage are to external-open during exhaust;
With further reference to Fig. 3 and Fig. 5, described system life supporter 33, be provided with a temperature sensor 55, humidity sensor 56 in the cabin 40, when temperature or humidity are higher than setting value, central control unit 31 will send instruction, start simultaneously inlet channel push away fan 50 and exhaust passage by force push away fan 50 by force, be provided with in limited time highly when temperature or humidity are lower than, then stop ventilation;
With further reference to Fig. 3, described system life supporter 33, cabin 40 belows are provided with an apocenosis passage 54;
With further reference to Fig. 8, described DMFC electricity generation system 34, cabin 40 be outside equipped with large-scale fuel reserve tank body 72 and by weather-proof, corrosion resistance pipe 73 is guided to fuel 74 in the cabin and be connected to DMFC 70;
With further reference to Fig. 9, described camera head 30 is made of weatherability video camera 61, weatherability shooting The Cloud Terrace 62 and transparent shield 63, and is fixed in cabin 40 tops by shelf 64, also can be provided with separately according to on-the-spot needs;
With further reference to Fig. 9, described camera head 30, video camera 61 camera lenses can carry out looking up of any elevation angle in the certain angle scope or any overlooking of the angle of depression taken pictures, the level orientation at any angle that complete machine can also be implemented in the certain angle scope under the help of The Cloud Terrace is rotated simultaneously, in rotary course, can implement the continuously recording photography, also can implement to specify the photo in orientation to take pictures or the continuously recording photography;
With further reference to Fig. 9, described camera head 30, the material of its protective cover 63 is the quartz glasss with enough weather resisteants and rigidity, also can be tempered glass, also can be other glass of anti-marquis, also can be clear polycarbonate, also can be other weatherability transparent inorganic material or macromolecular materials, and implement transparent nonpolluting coating in its appearance and handle;
With further reference to Fig. 9, described camera head 30, above The Cloud Terrace 62, be provided with a shield plate 65 greater than the The Cloud Terrace maximum gauge, it can be a tabular, it also can be taper, also can be the shutter of other geometric configuratioies, can prevent the direct surge guard cover 63 of rain, snow, hail and sunlight.
With further reference to Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7 and Fig. 8, described DMFC electricity generation system 34, temperature treatment in the cabin is regulated in the following way: the temperature in central control unit 31 automatic management cabins 40, DMFC 70 also can be managed temperature and humidity in the cabin 40 voluntarily according to the demand of self.Because the automatic blocking function that had of movable butterfly valve 47, when pushing away fan 50 by force and be not activated, extraneous air can't enter in the cabin 40 by natural convection, promptly, at this moment cabin 40 inner airs are relative isolation with extraneous air.But when DMFC 70 according to own judgement (air cleanliness is low or temperature is high, humidity high) when needing to take a breath, what just start inlet channel and exhaust passage voluntarily alone pushes away fan 50 by force; And when the temperature outside the cabin is very low (as, winter severe cold state), DMFC 70 is resisted low temperature by the three lines of defence: the first line of defence be in the middle of heat insulation layer 42; Defence line, second road is the heat-insulation and heat-preservation structure that DMFC 70 is possessed self; The three lines of defence is the heat that is produced in the electrochemical reaction of operation, because the methyl alcohol that acts as a fuel is actually a themopositive reaction through which generate electricity by electrochemical reaction, methyl alcohol institute prodigiosin is 6,000Wh/kg, in the electrochemical reaction of DMFC, can be converted into electric energy according to only have an appointment 20% part of now technical merit, and the energy of all the other methyl alcohol institute tools 80% all is converted into heat, utilizes this part energy to keep self temperature.In non-charged state, then add the operation concentration of regulating DMFC 70 and regulate self temperature by the standby operation;
With further reference to Fig. 2, described a kind of disaster situation warning system, its operation is specifically to implement according to operation logic that Fig. 2 describes.
Above content be in conjunction with concrete optimal technical scheme to further describing that the present invention did, can not assert that concrete enforcement of the present invention is confined to these explanations.For the general technical staff of the technical field of the invention, without departing from the inventive concept of the premise, can also make some simple deduction or replace, all should be considered as belonging to protection scope of the present invention.
Claims (6)
1. disaster situation warning system, it is characterized in that: described disaster situation warning system comprises at least: be used for monitoring disaster situation information and can be converted to the sensing unit (1) that can utilize electronic equipment to transmit; Be used for monitoring information real time remote transmission, simultaneously again can long-range reception from the teletransmission unit (3) of the command information at disaster monitor network center (6); Be used for the system-wide central control unit of dynamic management (2); Be used for waiting for system life support unit (4) that can support round-the-clock ground of total system reliability service down at nobody; Be used for to total system provide incessantly electric energy with the power supply unit (5) of liquid fuel as the energy, power supply unit (5) by power transmission line (7) to sensing unit (1), central control unit (2), teletransmission unit (3), system life support unit (4) supply electric energy; Central control unit (2) is by state and the reported data of transmission line of information (8) acceptance from sensing unit (1), teletransmission unit (3), system life support unit (4), power supply unit (5); Simultaneously, also can assign steering order to sensing unit (1), teletransmission unit (3), system life support unit (4), power supply unit (5) according to default handling procedure or according to provisional injunction from disaster monitor network center (6); Teletransmission unit (3) is uploaded Monitoring Data and system state data by communication network (9) to disaster monitor network center (6) according to pre-set programs; Simultaneously, teletransmission unit (3) can also be according to interim demand by the real-time various steering orders of accepting from disaster monitor network center (6) of communication network (9); Sensing unit (1) also can be implemented provisional monitoring and dynamic monitoring data is transferred to central control unit (2) according to the instruction of central control unit (2).
2. disaster situation warning system according to claim 1 is characterized in that: described sensing unit according to the different mining of task mission with according to different know-whies and sensor with different technologies feature.
3. disaster situation warning system according to claim 1 is characterized in that: described disaster situation warning system further comprises: the disaster monitor network center (6) that is used for network management zone the condition of a disaster.
4. disaster situation warning system according to claim 3 is characterized in that: the disaster early warning network that a plurality of disaster situation warning systems form is managed at described disaster monitor network center (6) simultaneously.
5. disaster situation warning system according to claim 1 is characterized in that: described power supply unit (5) is to be the Blast Furnace Top Gas Recovery Turbine Unit (TRT) of the fuel of liquid state as the energy under usual conditions.
6. disaster situation warning system according to claim 1, it is characterized in that: in described system life support unit (4), have a temperature sensor at least, have 1 forced ventilation at least with pushing away fan by force, having 1 at least along with startup that pushes away fan by force and the movable butterfly valve of closing automatic unlatching and closure simultaneously.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010101003935A CN101776911B (en) | 2010-01-22 | 2010-01-22 | Disaster situation warning system |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2010101003935A CN101776911B (en) | 2010-01-22 | 2010-01-22 | Disaster situation warning system |
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| CN101776911A CN101776911A (en) | 2010-07-14 |
| CN101776911B true CN101776911B (en) | 2011-12-07 |
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Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201035400Y (en) * | 2007-04-06 | 2008-03-12 | 刘瑞强 | Temperature measurement type electric fire disaster monitoring system |
| CN101588085A (en) * | 2009-06-25 | 2009-11-25 | 广东明家科技股份有限公司 | Intelligent remote sensing control power source distributor |
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Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201035400Y (en) * | 2007-04-06 | 2008-03-12 | 刘瑞强 | Temperature measurement type electric fire disaster monitoring system |
| CN101588085A (en) * | 2009-06-25 | 2009-11-25 | 广东明家科技股份有限公司 | Intelligent remote sensing control power source distributor |
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| CN101776911A (en) | 2010-07-14 |
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