CN104637230A - Fire alarm and rescue method and fire alarm and rescue system based on mobile terminal - Google Patents
Fire alarm and rescue method and fire alarm and rescue system based on mobile terminal Download PDFInfo
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- CN104637230A CN104637230A CN201510094976.4A CN201510094976A CN104637230A CN 104637230 A CN104637230 A CN 104637230A CN 201510094976 A CN201510094976 A CN 201510094976A CN 104637230 A CN104637230 A CN 104637230A
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- information
- smog
- mobile terminal
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- smokescope
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B17/00—Fire alarms; Alarms responsive to explosion
- G08B17/10—Actuation by presence of smoke or gases, e.g. automatic alarm devices for analysing flowing fluid materials by the use of optical means
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- G—PHYSICS
- G08—SIGNALLING
- G08B—SIGNALLING OR CALLING SYSTEMS; ORDER TELEGRAPHS; ALARM SYSTEMS
- G08B17/00—Fire alarms; Alarms responsive to explosion
- G08B17/06—Electric actuation of the alarm, e.g. using a thermally-operated switch
Abstract
The invention provides a firm alarm and rescue method based on a mobile terminal. The firm alarm and rescue method comprises the following steps: acquiring environment information of an ambient environment of the mobile terminal; analyzing smoke concentration information and processing the smoke concentration information as a smoke concentration value according to a predetermined processing algorithm; obtaining the concentration level of the smoke; judging whether the obtained concentration level of the smoke exceeds a preset smoke concentration threshold value, and judging whether the acquired environment temperature information exceeds a fire disaster temperature threshold value or not; if so, setting alarm information, outputting alarm information, positioning a geographical location of the generated smoke to obtain geographical location information of the generated smoke, searching for and indicating a safety channel matched with the geographical location of the generated smoke, and outputting the geographical location information of the generated smoke, otherwise, returning to the acquiring step; preparing a disaster relief strategy according to the received alarm information and the geographical location information of the generated smoke. The fire alarm and rescue method greatly increases a survival rate of trapped staff in a fire disaster scene and improves the rescue efficiency.
Description
Technical field
Fire alarm of the present invention and rescue technique field, relate to a kind of warning and rescue mode and system, particularly relates to a kind of fire alarm based on mobile terminal and rescue mode and system.
Background technology
Along with the increase of Modern Family's fire, power consumption, the frequency that fire occurs is more and more higher.Fire, once occur, is easy to occur putting out a fire to save life and property not in time, fire distinguisher lacks and people on the scene is panic, the unfavorable factor such as slow of escaping, and finally causes great life and property loss.The main cause of family fire is off one's guard, does not take preventive measures in time.
In some big and medium-sized cities of China, almost all breaking out of fires every day, so preventing fires is that each family must moment Attention question.If can take simple fire prevention measure in advance according to everyone actual conditions, some tragedies are completely avoidable.
The statistics display of fire department, in all fire ratios, family fire has accounted for about 30% of national fire.The reason diversity that family is on fire, may note at us the place that obtains, also may just be hidden in we basic just note less than place.If widely use smoke alarm mobile phone is upper, the heavy losses that fire causes just effectively can be reduced.
According to National Fire Protection Association statistics, 1997, the U.S. smoke alarm more than 2.3 hundred million.More than one smoke alarm is equipped with in the residential houses of 94%.94% means in 16 local-style dwelling houses have 15 in use.Fire unexpected death 80% occurs in house.Annual less than 14 years old nearly 800 people of children's fire fatality, on average 17 people weekly.Be equipped with in free-standing smoke alarm local-style dwelling houses, adding the escape chance of nearly 50%.Do not install in the local-style dwelling houses of smoke alarm 6%, death toll accounts for again the half of whole death toll.
In life; breaking out of fire under the circumstances that frequent meeting is realized carelessly at us; not every place is all that fire induction and warning system are housed; and for single individuality; can not accurately locate personal information when rescuing in fire to rescue; this causes great difficulty to rescue, is easy to make oneself to be left in the basket when rescue or can not Timeliness coverage.So allow rescue personnel grasp the positional information of oneself in fire, and around smokescope will have very great help to rescue, then improves the survival capability of individual in fire.
Existing smog warning system is all fixing, can only warn when breaking out of fire, or can not navigation of saving oneself be carried out, or owing to can hear the sound of navigation time scene confusion may be worked as, or because the stranded rescue personnel of making can not determine by the information rescuing the positional information of personnel and residing environment.
Therefore, how a kind of fire alarm based on mobile terminal and rescue mode and system are provided, fixing in a fixed position to solve smog warning system of the prior art, and can only warn when breaking out of fire, navigation of saving oneself can not be carried out, or may can hear navigation sound at that time due to on-the-spot scene confusion, or the many disadvantages such as the information of the positional information that rescue personnel can not be made cannot to determine trapped personnel due to stranded and described environment, become practitioner in the art's technical matters urgently to be resolved hurrily in fact.
Summary of the invention
The shortcoming of prior art in view of the above, the object of the present invention is to provide a kind of fire alarm based on mobile terminal and rescue mode and system, fixing in a fixed position for solving smog warning system in prior art, and can only warn when breaking out of fire, navigation of saving oneself can not be carried out, or may can hear navigation sound at that time due to on-the-spot scene confusion, or the problem of the information of the positional information that rescue personnel can not be made cannot to determine trapped personnel due to stranded and described environment.
For achieving the above object and other relevant objects, one aspect of the present invention provides a kind of fire alarm based on mobile terminal and rescue mode, comprise: gather the environmental information in surrounding environment residing for described mobile terminal, described environmental information comprises smokescope information and ambient temperature information; Analyze the smokescope information that collects, and be smokescope value by described smokescope information according to predetermined process algorithm process; The concentration rank of the smog in surrounding environment residing for this mobile terminal is obtained according to the smog packets of information prestored; Whether the concentration rank that the concentration rank of the smog of acquisition and the smokescope threshold value preset compare the smog judging to get is exceeded default smokescope threshold value, and judges whether the ambient temperature information collected exceedes fire temperature threshold value; If so, next step is performed; If not, acquisition step is returned; When the concentration rank of the smog got exceedes default smokescope threshold value and the ambient temperature information that collects is above fire temperature threshold value, the concentration rank of the smog got being exceeded the information setting that default smokescope threshold value and ambient temperature information exceed fire temperature threshold value is alert messages, export described alert messages, position to obtain the geographical location information producing smog to the geographic position producing smog simultaneously, search and indicate the escape way matched with the geographic position producing smog, exporting the geographical location information producing smog; Receive the geographical location information of described alert messages and generation smog; According to the described alert messages received and the geographical location information formulation disaster relief strategy producing smog.
Alternatively, described smokescope information comprises particle diameter, the volume channel zapping of smoke particle particle diameter, the volume cumulative distribution curve of curve grain diameter, mean grain size, the smoke particle surface area/volume of smoke particle.
Alternatively, according to predetermined process algorithm, the volume cumulative distribution curve of the volume channel zapping of the particle diameter of described smoke particle, smoke particle particle diameter, curve grain diameter, mean grain size, smoke particle surface area/volume are treated to smokescope value.
Alternatively, described predetermined process algorithm comprises free Distribution Algorithm, lognormal distribution algorithm, rosin-rammler Distribution Algorithm or is similar to pattern 9 Distribution Algorithm of normal distribution.
The present invention also provides a kind of mobile terminal on the other hand, and comprising: acquisition module, for gathering the environmental information in surrounding environment residing for described mobile terminal, described environmental information comprises smokescope information and ambient temperature information, analysis module, for analyzing the smokescope information collected, processing module, for being smokescope value by described smokescope information according to predetermined process algorithm process, smokescope rank acquisition module, for obtaining the concentration rank of the smog in surrounding environment residing for this mobile terminal according to the smog packets of information prestored, judge module, whether the concentration rank comparing the smog judging to get for concentration rank and the smokescope threshold value preset of the smog by acquisition exceedes default smokescope threshold value, and judge whether the ambient temperature information collected exceedes fire temperature threshold value, if, then call an information setting exceeding fire temperature threshold value for the concentration rank of the smog got being exceeded default smokescope threshold value and ambient temperature information be alert messages module is set, for positioning the locating module obtaining the geographical location information producing smog to the geographic position producing smog, for search and indicate the escape way that matches with the geographic position producing smog search indicating module, and for exporting described alert messages and producing the transport module of geographical location information of smog, if not, then continue to call described acquisition module.
Alternatively, described mobile terminal is loaded with fire rescue application program.
Alternatively, the geographical location information of described generation smog comprise the particular geographic location information producing smog, the building producing smog relational structural information and hold the personnel location information of user of described mobile terminal.
Another aspect of the invention also provides a kind of fire rescue center terminal, comprising: information receiving module, for receiving the geographical location information of described alert messages and generation smog; Disaster relief strategy load module, for inputting the disaster relief strategy formulated according to the described alert messages received and the geographical location information producing smog.
Alternatively, described fire rescue center terminal also comprises: version detection module, for detecting the version information of the fire rescue application program loaded in described mobile terminal; Comparison module, whether consistent for the version information that the version information of fire rescue application program existing in described fire rescue center terminal and the version information of the fire rescue application program loaded in described mobile terminal are compared the fire rescue application program judging described mobile terminal loads; If so, the update module for upgrading the fire rescue application program that described mobile terminal loads then is called; If not, then abandon upgrading.
Alternatively, described update module is also for deleting the geographical location information of disaster relief strategy, alert messages and generation smog in the past in described fire rescue center terminal.
The another method of the present invention also provides a kind of fire alarm based on mobile terminal and rescue system, comprising: mobile terminal; And fire rescue center terminal; Described mobile terminal is connected by public network with described fire rescue center terminal.
Alternatively, the described fire alarm based on mobile terminal and rescue system also comprise in the building being arranged on and producing smog, are used to indicate the direction board of escape way.
As mentioned above, the fire alarm based on mobile terminal of the present invention and rescue mode and system, have following beneficial effect:
Fire alarm based on mobile terminal of the present invention and rescue system, by the function of navigation specialization, personalized and fixed-point rescue, make the trapped personnel be absorbed in scene of fire probability of surviving in a fire greatly increase, and improve rescue efficiency.
Accompanying drawing explanation
Fig. 1 is shown as the fire alarm based on mobile terminal of the present invention and rescue mode schematic flow sheet.
Fig. 2 is shown as the fire alarm based on mobile terminal of the present invention and rescue system theory structure schematic diagram.
Fig. 3 is shown as mobile terminal theory structure schematic diagram in the fire alarm based on mobile terminal of the present invention and rescue system.
Fig. 4 is shown as fire rescue center terminal theory structure schematic diagram in the fire alarm based on mobile terminal of the present invention and rescue system.
Element numbers explanation
1 based on the fire alarm of mobile terminal and rescue system
11 mobile terminals
12 fire rescue center terminal
13 public networks
111 acquisition modules
112 analysis modules
113 processing modules
114 smokescope rank acquisition modules
115 judge modules
116 arrange module
117 locating modules
118 search indicating module
119 transport modules
110 reminding modules
121 information receiving modules
122 disaster relief strategy load modules
123 version detection module
124 comparison modules
125 update module
S1 ~ S7 step
Embodiment
Below by way of specific instantiation, embodiments of the present invention are described, those skilled in the art the content disclosed by this instructions can understand other advantages of the present invention and effect easily.The present invention can also be implemented or be applied by embodiments different in addition, and the every details in this instructions also can based on different viewpoints and application, carries out various modification or change not deviating under spirit of the present invention.
Refer to accompanying drawing.It should be noted that, the diagram provided in the present embodiment only illustrates basic conception of the present invention in a schematic way, then only the assembly relevant with the present invention is shown in graphic but not component count, shape and size when implementing according to reality is drawn, it is actual when implementing, and the kenel of each assembly, quantity and ratio can be a kind of change arbitrarily, and its assembly layout kenel also may be more complicated.
Below in conjunction with embodiment and accompanying drawing, the present invention is described in detail.
Embodiment one
The present embodiment provides a kind of fire alarm based on mobile terminal and rescue mode, refers to Fig. 1, is shown as the fire alarm based on mobile terminal and rescue mode schematic flow sheet.As shown in Figure 1, the described fire alarm based on mobile terminal and rescue mode comprise the following steps:
S1, gathers the environmental information in surrounding environment residing for described mobile terminal, and described environmental information comprises smokescope information and ambient temperature information.In the present embodiment, described smokescope information comprises particle diameter, the volume channel zapping of smoke particle particle diameter, the volume cumulative distribution curve of curve grain diameter, mean grain size, the smoke particle surface area/volume of smoke particle,, meso-position radius D50 and D10, D90, the data such as D97, wherein particle diameter refers to the unique physical dimension of particle, the diameter of spheroidal particle is exactly its particle diameter, when surveying the particle diameter of nonspherical particle, the particle diameter that laser particle analyzer is measured is the diameter of this particle equivalent sphere, and unit is μm; Size-grade distribution refers to that the particle that powder is not generally waited by particle size forms, size-grade distribution generally represents with volume channel zapping and cumulative distribution, volume channel zapping refers to that the volume of contained particle between adjacent particle diameter accounts for the percentage composition of all particles volume, and volume-cumulative distribution refers to that the volume of this corresponding particle diameter and following contained particle accounts for the percentage composition of all particles volume; Accumulate 50% particle diameter (meso-position radius, D50) and refer to that this particle diameter and following particle volume account for 50% of all particles volume, (10%, 90%, 97% particle diameter by that analogy); Surface area/volume refers to that surveyed particle is considered as spheroid proprietary software to be calculated and obtain, and expression volume is the surface area of the particle of 1 cubic centimetre is how many square centimeters, and unit is cm2/cm3.Different from nitrogen adsorption method method of testing, therefore test result is variant; Mean grain size refers to the average size of surveyed particle.
S2, analyzes the smokescope information that collects, and is smokescope value by described smokescope information according to predetermined process algorithm process.In the present embodiment, adopt specific algorithm to calculate smokescope value by gathering to obtain after above smokescope information data, the pattern 9 that described predetermined process algorithm can adopt free distribution, lognormal distribution, Rosin-Rammler distribution or be similar to normal distribution particularly distributes scheduling algorithm.
S3, obtains the concentration rank of the smog in surrounding environment residing for this mobile terminal according to the smog packets of information prestored.In this step, the smokescope value obtained by step S2 process, with smokescope value comparison one by one in the described smog packets of information prestored, then finds the concentration rank of the smog corresponding with each smokescope value.
Whether S4, exceed default smokescope threshold value by the concentration rank that the concentration rank of the smog of acquisition and the smokescope threshold value preset compare the smog judging to get, and judge whether the ambient temperature information collected exceedes fire temperature threshold value; If so, next step is performed; If not, return step S1, continue to gather the environmental information in surrounding environment residing for described mobile terminal; In this step, the concentration rank of smog that and if only if obtains exceedes default smokescope threshold value, and the ambient temperature information collected exceedes fire temperature threshold value and just represents and can continue execution step S5.If only there is the concentration rank of the smog of acquisition to exceed default smokescope threshold value, the ambient temperature information collected does not exceed fire temperature threshold value, or the concentration rank of the smog obtained does not exceed default smokescope threshold value, the ambient temperature information collected exceedes fire temperature threshold value, or the concentration rank of the smog obtained does not exceed default smokescope threshold value, the ambient temperature information collected does not exceed fire temperature threshold value and all represents non-breaking out of fire, return step S1, continue to gather the environmental information in surrounding environment residing for described mobile terminal.
S5, when the concentration rank of the smog got exceedes default smokescope threshold value, the concentration rank of the smog got being exceeded the information setting that default smokescope threshold value and ambient temperature information exceed fire temperature threshold value is alert messages, export described alert messages, position to obtain the geographical location information producing smog to the geographic position producing smog simultaneously, search and indicate the escape way matched with the geographic position producing smog to withdraw as early as possible to point out trapped personnel, save oneself, export the geographical location information producing smog.
S6, receives described alert messages by public network and produces the geographical location information of smog.
S7, according to the described alert messages received and the geographical location information formulation disaster relief strategy producing smog to save the trapped personnel of those serious stranded fire stupors.
The fire alarm based on mobile terminal described in the present embodiment and rescue mode are applied in the communication network be made up of mobile terminal, fire rescue center terminal and common network resource.The present invention, by the function of navigation specialization, personalized and fixed-point rescue, makes the trapped personnel be absorbed in scene of fire probability of surviving in a fire greatly increase, and improves rescue efficiency.
Embodiment two
The present embodiment provides a kind of fire alarm based on mobile terminal and rescue system 1, refers to Fig. 2, is shown as the fire alarm based on mobile terminal and rescue system theory structure schematic diagram.As shown in Figure 2, the described fire alarm based on mobile terminal and rescue system 1 comprise mobile terminal 11, fire rescue center terminal 12, direction board (not giving diagram) and public network 13, and described mobile terminal 11 is connected with described fire rescue center terminal 12 by described public network 13.Refer to Fig. 3, be shown as the theory structure schematic diagram based on mobile terminal in the fire alarm of mobile terminal and rescue system.As shown in Figure 3, described mobile terminal 11 comprise acquisition module 111, analysis module 112, processing module 113, smokescope rank acquisition module 114, judge module 115, module 116, locating module 117 are set, search indicating module 118, transport module 119 and reminding module 110.Refer to Fig. 4, be shown as the theory structure schematic diagram based on fire rescue center terminal in the fire alarm of mobile terminal and rescue system.As shown in Figure 4, described fire rescue center terminal 12 comprises information receiving module 121, disaster relief strategy load module 122, version detection module 123, comparison module 124 and update module 125.
Described acquisition module 111 is for gathering the environmental information in surrounding environment residing for described mobile terminal 11, and described environmental information comprises smokescope information and ambient temperature information.In the present embodiment, described acquisition module 11 comprises smoke transducer and temperature sensor, and described smoke transducer is used for induction and gathers smokescope information in surrounding environment residing for described mobile terminal 11.Described temperature sensor is used for induction and gathers ambient temperature information in surrounding environment residing for described mobile terminal 11.Described environmental information, after collecting described environmental information, is reached analysis module 112 by described acquisition module 11.
The analysis module 112 be connected with described acquisition module 111 is for analyzing the smokescope information collected.Described smokescope information comprises particle diameter, the volume channel zapping of smoke particle particle diameter, the volume cumulative distribution curve of curve grain diameter, mean grain size, the smoke particle surface area/volume of smoke particle,, meso-position radius D50 and D10, D90, the data such as D97, wherein particle diameter refers to the unique physical dimension of particle, and the diameter of spheroidal particle is exactly its particle diameter, when surveying the particle diameter of nonspherical particle, the particle diameter that laser particle analyzer is measured is the diameter of this particle equivalent sphere, and unit is μm; Size-grade distribution refers to that the particle that powder is not generally waited by particle size forms, size-grade distribution generally represents with volume channel zapping and cumulative distribution, volume channel zapping refers to that the volume of contained particle between adjacent particle diameter accounts for the percentage composition of all particles volume, and volume-cumulative distribution refers to that the volume of this corresponding particle diameter and following contained particle accounts for the percentage composition of all particles volume; Accumulate 50% particle diameter (meso-position radius, D50) and refer to that this particle diameter and following particle volume account for 50% of all particles volume, (10%, 90%, 97% particle diameter by that analogy); Surface area/volume refers to that surveyed particle is considered as spheroid proprietary software to be calculated and obtain, and expression volume is the surface area of the particle of 1 cubic centimetre is how many square centimeters, and unit is cm2/cm3.Different from nitrogen adsorption method method of testing, therefore test result is variant; Mean grain size refers to the average size of surveyed particle.
The processing module 113 be connected with described analysis module 112 is for being smokescope value by described smokescope information according to predetermined process algorithm process.Wherein, described predetermined process algorithm comprises free distribution, lognormal distribution, Rosin-Rammler distribution or the pattern 9 that is similar to normal distribution and to distribute scheduling algorithm.
The smokescope rank acquisition module 114 be connected with described processing module 113 is for obtaining the concentration rank of the smog in surrounding environment residing for this mobile terminal according to the smog packets of information prestored.Processed the smokescope value obtained by described processing module 113, with smokescope value comparison one by one in the described smog packets of information prestored, then find the concentration rank of the smog corresponding with each smokescope value.
Whether the concentration rank that the judge module 115 be connected with described smokescope rank acquisition module 114 compares for concentration rank and the smokescope threshold value preset of the smog by acquisition the smog judging to get exceedes default smokescope threshold value, and judge whether the ambient temperature information collected exceedes fire temperature threshold value, if, then call an information setting exceeding fire temperature threshold value for the concentration rank of the smog got being exceeded default smokescope threshold value and ambient temperature information be alert messages module 116 is set, for positioning the locating module 117 obtaining the geographical location information producing smog to the geographic position producing smog, for search and indicate the escape way that matches with the geographic position producing smog search indicating module 118, and for exporting described alert messages and producing the transport module 119 of geographical location information of smog, if not, then continue to call described acquisition module 111.Wherein, described transport module 119 also for described alert messages is transferred to be arranged on produce smog building in, be used to indicate the described direction board (not giving diagram) of escape way.Described transport module 119 also for by described warning information and find with the information transmission producing the escape way that the geographic position of smog matches, and point out the reminding module 110 of user's breaking out of fire in a predefined manner.
Wherein, the described information receiving module 121 in described fire rescue center terminal 12 is for the transport module 129 received in described the mobile terminal 11 described alert messages transmitted and the geographical location information producing smog.
The described disaster relief strategy load module 122 be connected with described information receiving module 121 is for inputting the disaster relief strategy formulated according to the described alert messages received and the geographical location information producing smog.
Described version detection module 123 is for detecting the version information of the fire rescue application program loaded in described mobile terminal 11.
Whether the described comparison module 124 connected with described version detection module 123 is consistent for the version information version information of the fire rescue application program loaded in the version information of fire rescue application program existing in described fire rescue center terminal and described mobile terminal being compared the fire rescue application program judging described mobile terminal loads; If so, the update module 125 for upgrading the fire rescue application program that described mobile terminal loads then is called; If not, then abandon upgrading.
Fire alarm based on mobile terminal of the present invention and rescue system, by the function of navigation specialization, personalized and fixed-point rescue, make the trapped personnel be absorbed in scene of fire probability of surviving in a fire greatly increase, and improve rescue efficiency.
In sum, the present invention effectively overcomes various shortcoming of the prior art and tool high industrial utilization.
Above-described embodiment is illustrative principle of the present invention and effect thereof only, but not for limiting the present invention.Any person skilled in the art scholar all without prejudice under spirit of the present invention and category, can modify above-described embodiment or changes.Therefore, such as have in art usually know the knowledgeable do not depart from complete under disclosed spirit and technological thought all equivalence modify or change, must be contained by claim of the present invention.
Claims (12)
1., based on fire alarm and the rescue mode of mobile terminal, it is characterized in that, comprising:
Gather the environmental information in surrounding environment residing for described mobile terminal, described environmental information comprises smokescope information and ambient temperature information;
Analyze the smokescope information that collects, and be smokescope value by described smokescope information according to predetermined process algorithm process;
The concentration rank of the smog in surrounding environment residing for this mobile terminal is obtained according to the smog packets of information prestored;
Whether the concentration rank that the concentration rank of the smog of acquisition and the smokescope threshold value preset compare the smog judging to get is exceeded default smokescope threshold value, and judges whether the ambient temperature information collected exceedes fire temperature threshold value; If so, next step is performed; If not, acquisition step is returned;
When the concentration rank of the smog got exceedes default smokescope threshold value and the ambient temperature information that collects is above fire temperature threshold value, the concentration rank of the smog got being exceeded the information setting that default smokescope threshold value and ambient temperature information exceed fire temperature threshold value is alert messages, export described alert messages, position to obtain the geographical location information producing smog to the geographic position producing smog simultaneously, search and indicate the escape way matched with the geographic position producing smog, exporting the geographical location information producing smog;
Receive the geographical location information of described alert messages and generation smog;
According to the described alert messages received and the geographical location information formulation disaster relief strategy producing smog.
2. the fire alarm based on mobile terminal according to claim 1 and rescue mode, is characterized in that: described smokescope information comprises particle diameter, the volume channel zapping of smoke particle particle diameter, the volume cumulative distribution curve of curve grain diameter, mean grain size, the smoke particle surface area/volume of smoke particle.
3. the fire alarm based on mobile terminal according to claim 2 and rescue mode, is characterized in that: according to predetermined process algorithm, the volume cumulative distribution curve of the volume channel zapping of the particle diameter of described smoke particle, smoke particle particle diameter, curve grain diameter, mean grain size, smoke particle surface area/volume are treated to smokescope value.
4. the fire alarm based on mobile terminal according to claim 3 and rescue mode, is characterized in that: described predetermined process algorithm comprises free Distribution Algorithm, lognormal distribution algorithm, rosin-rammler Distribution Algorithm or is similar to pattern 9 Distribution Algorithm of normal distribution.
5. a mobile terminal, is characterized in that, comprising:
Acquisition module, for gathering the environmental information in surrounding environment residing for described mobile terminal, described environmental information comprises smokescope information and ambient temperature information;
Analysis module, for analyzing the smokescope information collected,
Processing module, for being smokescope value by described smokescope information according to predetermined process algorithm process;
Smokescope rank acquisition module, for obtaining the concentration rank of the smog in surrounding environment residing for this mobile terminal according to the smog packets of information prestored;
Judge module, whether the concentration rank comparing the smog judging to get for concentration rank and the smokescope threshold value preset of the smog by acquisition exceedes default smokescope threshold value, and judge whether the ambient temperature information collected exceedes fire temperature threshold value, if, then call an information setting exceeding fire temperature threshold value for the concentration rank of the smog got being exceeded default smokescope threshold value and ambient temperature information be alert messages module is set, for positioning the locating module obtaining the geographical location information producing smog to the geographic position producing smog, for search and indicate the escape way that matches with the geographic position producing smog search indicating module, and for exporting described alert messages and producing the transport module of geographical location information of smog, if not, then continue to call described acquisition module.
6. mobile terminal according to claim 5, is characterized in that: described mobile terminal is loaded with fire rescue application program.
7. mobile terminal according to claim 5, is characterized in that: the geographical location information of described generation smog comprise the particular geographic location information producing smog, the building producing smog relational structural information and hold the personnel location information of user of described mobile terminal.
8. a fire rescue center terminal, is characterized in that, comprising:
Information receiving module, for receiving the geographical location information of described alert messages and generation smog;
Disaster relief strategy load module, for inputting the disaster relief strategy formulated according to the described alert messages received and the geographical location information producing smog.
9. fire rescue center terminal according to claim 8, is characterized in that: described fire rescue center terminal also comprises:
Version detection module, for detecting the version information of the fire rescue application program loaded in described mobile terminal;
Comparison module, whether consistent for the version information that the version information of fire rescue application program existing in described fire rescue center terminal and the version information of the fire rescue application program loaded in described mobile terminal are compared the fire rescue application program judging described mobile terminal loads; If so, the update module for upgrading the fire rescue application program that described mobile terminal loads then is called; If not, then abandon upgrading.
10. fire rescue center terminal according to claim 8, is characterized in that: described update module is also for deleting the geographical location information of disaster relief strategy, alert messages and generation smog in the past in described fire rescue center terminal.
11. 1 kinds of fire alarms based on mobile terminal and rescue system, is characterized in that, comprising:
As the mobile terminal as described in arbitrary in claim 5-7; And
As the fire rescue center terminal as described in arbitrary in claim 8-10;
Described mobile terminal is connected by public network with described fire rescue center terminal.
12. fire alarm based on mobile terminal according to claim 11 and rescue systems, is characterized in that: the described fire alarm based on mobile terminal and rescue system also comprise in the building being arranged on and producing smog, are used to indicate the direction board of escape way.
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| CN105701952A (en) * | 2016-04-19 | 2016-06-22 | 北京小米移动软件有限公司 | Abnormal air alarming method and apparatus |
| CN105847544A (en) * | 2016-03-18 | 2016-08-10 | 上海斐讯数据通信技术有限公司 | Security protection method and system for mobile terminal and mobile terminal |
| CN107527466A (en) * | 2017-07-31 | 2017-12-29 | 努比亚技术有限公司 | A kind of fire alarm method, terminal and computer-readable recording medium |
| CN109425708A (en) * | 2017-08-31 | 2019-03-05 | 富泰华工业（深圳）有限公司 | Electronic equipment, safety prompt function method and storage equipment with safety prompt function function |
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