CN109781185A - Chemical industrial park accident impact range Prediction System - Google Patents

Chemical industrial park accident impact range Prediction System Download PDF

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Publication number
CN109781185A
CN109781185A CN201910133967.XA CN201910133967A CN109781185A CN 109781185 A CN109781185 A CN 109781185A CN 201910133967 A CN201910133967 A CN 201910133967A CN 109781185 A CN109781185 A CN 109781185A
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module
information
central processing
processing module
accident
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CN201910133967.XA
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Chinese (zh)
Inventor
孙建中
李迪
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Sai Fei Te Engineering Technology Group Co Ltd
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Sai Fei Te Engineering Technology Group Co Ltd
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Priority to CN201910133967.XA priority Critical patent/CN109781185A/en
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Abstract

The invention discloses a kind of chemical industrial park accident impact range Prediction Systems, belong to software platform technologies field, its key points of the technical solution are that including location of accident acquisition module, weather monitoring module, MIM message input module, central processing module and display module, location of accident acquisition module, weather monitoring module, MIM message input module and display module are connected with central processing module;Location of accident acquisition module can the location information that occurs to accident of real-time detection, and collected location information is sent to central processing module;The weather monitoring module is capable of the weather information of the real-time detection period, and the weather information that will test is sent to central processing module.The system that the present invention solves the problems, such as that the coverage caused by fire incident is analyzed at present is not perfect, by being provided with the weather monitoring module connecting with central processing module and MIM message input module, reached can accurately coverage caused by analysis accident the problem of.

Description

Chemical industrial park accident impact range Prediction System
Technical field
The present invention relates to software platform technologies fields, more specifically, it is related to a kind of chemical industrial park accident impact range Prediction System.
Background technique
Industry park is built upon the business community formed by manufacturing enterprise and service enterprise of one piece of fixation geographically.? In the community, each member unit obtains bigger environmental benefit, economic effect by common management environment matters and economic matters Benefit and social benefit.
Because there are a large amount of production enterprise, the danger such as existing a large amount of equipment, raw material in industrial park Source.Densely populated place in industrial park needs timely and effectively to check existing danger source in each enterprise, by enterprise Security risk carry out investigation processing.So that a possibility that reducing the generation of hazard event, prevent large-scale safety accident. There are a large amount of industrial chemicals, risk is higher for chemical industrial park, therefore real-time to the carry out of this kind of industrial park in chemical industrial park Dynamic monitoring understands its operating status, and then in time to hidden troubles removing, even more particularly important.
In chemical industrial park, when a fault occurs, the damaging range caused by accident is needed to analyze, with detected by Accident harm range, come to surrounding people and equipment withdraw, and then the injures and deaths of personnel and the damage of property can be reduced It loses.
But the system that the coverage caused by accident is analyzed at present is not perfect, which breaks off relations.
Summary of the invention
It is pre- in view of the deficiencies of the prior art, the present invention intends to provide a kind of chemical industrial park accident impact range System is estimated, by being provided with the weather monitoring module connecting with central processing module and MIM message input module, weather monitoring module It is able to detect the weather information of the period, the danger source number near scene of fire can be sent to center by MIM message input module Processing module, central processing module can analyze the influence of fire bring according to weather monitoring module and danger source number Range, display module can show the coverage of central processing module output.
To achieve the above object, the present invention provides the following technical scheme that
A kind of chemical industrial park accident impact range Prediction System, including location of accident acquisition module, weather monitoring module, information are defeated Enter module, central processing module and display module, location of accident acquisition module, weather monitoring module, MIM message input module with And display module is connected with central processing module;Location of accident acquisition module can the position that occurs to accident of real-time detection believe Breath, and collected location information is sent to central processing module;The location of accident acquisition module real-time detection is to accident The location information of generation, and collected location information is sent to central processing module;The weather monitoring module is examined in real time The weather information of the period is surveyed, and the weather information that will test is sent to central processing module;The MIM message input module is used Danger sources information near accident spot, and the danger sources information of input is transferred to central processing module;The centre The location information that module receives the output of location of accident acquisition module is managed, the location information received is handled, generates accident The accident information of generation is simultaneously sent to display module by information, and display module carries out the accident information that central processing module exports Display;The fire that the central processing module is analyzed to the weather information and danger sources information that receive, and will be analyzed Calamity coverage is sent to display module.
By using above scheme, when a fault occurs, location of accident acquisition module is able to detect the place of accident generation, And the location information that will test is sent to central processing module, central processing module handles the location information received The accident information of corresponding position information is exported afterwards, and accident information is sent to display module, and display module can send out accident Raw position is shown that weather monitoring module is able to detect the weather information situation of the period, and the weather information that will test It is sent to central processing module, central processing module divides accident point according to weather information after receiving weather information Analysis, can determine whether out speed and the direction of fire spreading according to meteorology, and MIM message input module is capable of the danger source letter of energy fire attachment Breath is sent to central processing module, and central processing module analyzes the speed of fire spread according to danger sources information, as early as possible to accident Crowd and equipment in region withdraw, and take appropriate measures in time, reduce the injures and deaths and property loss of personnel.
Preferably, the location of accident acquisition module includes video camera, video camera can be acquired at the point of place where the accident occurred Image information, and the image information taken is transferred to central processing module.
By using above scheme, information acquisition unit can shoot the picture of fire place, and the figure that will be lived in place Piece is sent to central processing module, can be to figure when central processing module receives information acquisition unit output image information As information carries out output treated image information after image procossing, display module can show the place of central processing module output Image after reason.
Preferably, the weather monitoring module includes: wind-force detection unit, wind-force detection unit is set as wind speed and direction inspection Device is surveyed, wind speed and direction detector is able to detect the size of the period wind speed and the direction of wind, and to the wind speed and wind detected It is transferred to central processing module to information, central processing module analyzes the wind speed and direction information received, and will divide The influence of fire range of precipitation is sent to display module.
By using above scheme, wind speed and direction detector is capable of the wind speed and direction information of the real-time detection period, and The wind speed and direction information that will test is transferred to central processing module, and central processing module analyzes main intensity of a fire master according to wind direction The direction to be spread can calculate the speed of fire spreading according to the size of wind speed, and then can calculate the period fire Coverage caused by accident, and the coverage by caused by is sent to display module, display module is defeated by central processing module Damaging range out is shown.
Preferably, the weather monitoring module further includes rainwater detection unit, rainwater detection unit is set as rainfall detection Device, rainfall detection device are capable of the rainfall information of the real-time detection period, and the rainfall information that will test is exported to center Processing module, when central processing module receives the rainfall information of rainfall detection module output, to the rainfall received Information is analyzed, and the speed of fire spreading is judged according to the size of rainfall.
By using above scheme, rainfall detection device is capable of the rainfall of the real-time detection period, and the drop that will test Rainfall information is transferred to central processing module, when central processing module is in the rainfall information for receiving the output of rainfall detection device When, the rate of propagation of the current intensity of a fire can be calculated according to rainfall information, and then the harm model of fire incident can be calculated It encloses, display module shows the damaging range that central processing module exports.
Preferably, the MIM message input module includes: oil storage tank counting unit, oil storage tank counting unit records the region Oil storage tank number is counted, and oil storage tank information of number is transferred to central processing module;Air accumulator counting unit, air accumulator Counting unit counts the number of air accumulator, and the information of number of air accumulator is sent to central processing module.
By using above scheme, oil storage tank counting unit and air accumulator counting unit can count the oil storage in accident area Tank number and air accumulator number, and air accumulator information of number and oil storage tank information of number are sent to central processing module, in Centre processing module can analyze the size of fire spreading according to the oil storage tank number and air accumulator number of fire place, so as to Enough estimate fire bring coverage.
Preferably, the MIM message input module further include: unit count unit, unit count unit can be to fire near Equipment in range is counted, then the count information in relation to equipment is sent to central processing module.
By using above scheme, when central processing module receives the unit count information of unit count unit transmission, In conjunction with current wind direction, wind speed and neighbouring oil storage tank and air accumulator number, fire spreading is analyzed to direction and speed, Equipment so as to analyze which region can be withdrawn, and the equipment needs in which region are abandoned, and then can reduce personnel's wound It dies and property loss.
Preferably, the central processing module is connected with alarm module, alarm module includes: detection unit, detection unit Including the combustible gas probe and toxic gas detector being set in garden, combustible gas probe and toxic gas are visited Surveying device being capable of toxic gas in real-time detection garden and fuel gas and the fuel gas that will test and toxic gas output; Comparing unit, the toxic gas value received and fuel gas value can be compared by comparing unit with preset value, when toxic When gas and fuel gas value are greater than preset value, alarm signal is exported;Alarm unit, alarm unit connection comparing unit simultaneously respond Buzzer is controlled when alarm unit receives the alarm signal of comparing unit output in the alarm signal of rate of exchange unit output Alarm.
By using above scheme, toxic gas detector and combustible gas probe can be in real-time detection conflagration areas Fuel gas value and toxic gas value, when the fuel gas value and toxic gas value detected be greater than preset value when, control bee The device that rings is alarmed, and buzzer warning can warn personnel in the area to withdraw rapidly, so as to reduce casualties.
Preferably, the central processing module is connected with commander's module, commander's module includes fire fighting truck position detection unit, Fire fighting truck position detection unit is capable of detecting when the location information of all fire fighting trucks in current garden, and the fire-fighting that will test Truck position information is sent to central processing module;The water source dot position information being stored in the central processing module in garden, Location information apart from scene of fire apart from nearest water source point can be sent to display module by central processing module.
By using above scheme, fire fighting truck position detection unit can be by the location information of all fire fighting trucks in garden It is sent to central processing module, central processing module can analyze the fire fighting truck nearest apart from fire place and nearest disappears The relevant information of anti-vehicle is sent to display module, and display module shows the relevant information of nearest fire fighting truck;Central processing Module can analyze the water source point nearest apart from accident spot, and the water source location information nearest apart from accident point is sent to Display module, display module show the relevant information of nearest water source point, so can the nearest fire fighting truck of command range extremely It fetches water apart from nearest water source point, so as to stamp out a fire in time.
In conclusion the present invention has the advantages that compared with the prior art
1. weather monitoring module can by being connected with weather monitoring module and MIM message input module on central processing module Detect direction and wind speed and the rainfall of the period of the period, MIM message input module can will be in fire near zone Oil storage tank number and air accumulator number are shown that central processing module can be according to the size of wind speed, wind direction and the model Interior oil storage tank and air accumulator number are enclosed to analyze the speed of the fire spread and the predominant wind of fire spread, and then can Personnel and equipment are arranged to withdraw as early as possible, so as to reduce the injures and deaths of personnel and the loss of property;
2. by being provided with toxic gas detector and combustible gas probe in garden, when detecting toxic gas value and can When combustion gas body value is greater than preset value, buzzer warning is controlled, personnel also in the area can be reminded to withdraw rapidly;
3. by being connected with commander's module on central processing module, commander's module is capable of detecting when nearest apart from fire electrical distance Fire fighting truck and water source point position, and nearest fire fighting truck is commanded first to fetch water to nearest water source, so as to go out in time Fire.
Detailed description of the invention
Fig. 1 is the system structure diagram of embodiment;
Fig. 2 is the module map of central processing module and wind-force detection module;
Fig. 3 is the module map of central processing module and MIM message input module;
Fig. 4 is the module map of central processing module and alarm module;
Fig. 5 is central processing module and the module map for commanding module.
Appended drawing reference: 1, location of accident acquisition module;11, camera;2, central processing module;21, console;3, it shows Module;31, display screen;4, weather monitoring module;41, wind-force detection unit;411, wind speed and direction detector;42, rainwater detects Unit;421, rainfall detection device;5, MIM message input module;511, oil storage tank counting unit;5111, keyboard;512, air accumulator meter Counting unit;513, unit count unit;6, module is commanded;61, fire fighting truck position detecting module;611, GPS locator;7, it alarms Module;71, detection unit;711, combustible-gas detector;712, toxic gas detector;72, comparing unit;721, compare Device;73, alarm unit;731, buzzer.
Specific embodiment
A kind of chemical industrial park accident impact range Prediction System, referring to Fig. 1, including location of accident acquisition module 1, meteorological prison Survey module 4, MIM message input module 5, commander's module 6, alarm module 7, central processing module 2 and display module 3, location of accident Acquisition module 1, weather monitoring module 4, MIM message input module 5, control module, alarm module 7 and display module 3 with center Processing module 2 is connected.Central processing module 2 is set as console 21, location of accident acquisition module 1 can real-time detection to accident The location information of generation, and collected location information is sent to central processing module 2, weather monitoring module 4 is able to detect The weather information of accident period of right time, and the weather information that will test is sent to central processing module 2, MIM message input module 5 The danger sources information near accident spot can be inputted, and the danger sources information of input is transferred to central processing module 2, is alarmed Module 7 is able to detect whether scene of fire has fuel gas and toxic gas leakage, if there is leakage, i.e., controllable buzzer 731 sending buzzing alarm warning personnel withdraw rapidly, and commander's module 6 can command in time neighbouring rescue according to scene of fire It helps, reduces fire spreading, display module 3 is set as display screen 31, and location information, the accident of fire can will occur for display screen 31 The weather information etc. that information and meteorological detection module monitor is shown on display screen 31.
Referring to Fig. 1, location of accident acquisition module 1 includes the camera 11 being set in each area in industry park, camera 11 Can picture in captured in real-time industrial park, and by the picture transfer taken to central processing module 2, central processing module 2 can carry out image procossing to the picture received, and pictorial information is sent to display module 3, display module 3 by treated Can will treated that picture is shown on display screen 31, the case where facilitating people that can be clearly seen that scene of fire.
Referring to fig. 2, weather monitoring module 4 includes wind-force detection unit 41 and rainwater detection unit 42.Wind-force detection is single Member 41 includes wind speed and direction detector 411, and wind speed and direction detector 411 being capable of wind direction and wind speed in the real-time detection period Size, and the wind direction and wind speed size that will test are transferred to central processing module 2, central processing module 2 can according to wind direction The direction of fire spreading is analyzed, such as scrapes southeaster, then the speed of intensity of a fire south sprawling eastwards is slower, and northwestward is to sprawling It is very fast, can notify to be located at fire that nearby the personnel of direction northwest withdraw rapidly in time;Central processing module 2 is receiving wind speed When the period wind speed that detector is sent, the speed of fire spreading can be extrapolated according to wind speed, it is corresponding so as to take in time Measure.Rainwater detection unit 42 includes rainfall detection device 421, it is capable of detecting when the rainfall of the period to rainfall detection, can It is analysed whether to need to send rescue according to the size of rainfall, the sprawling speed of the intensity of a fire can be also analyzed according to the size of rainfall Degree, so that the rate of propagation according to the intensity of a fire takes appropriate measures;It is current accurately to analyze according to wind speed, wind direction and rainfall The direction of fire spreading, the speed of sprawling, and then the range of fire incident influence can be extrapolated.
Referring to Fig. 3, MIM message input module 5 includes oil storage tank counting unit 511, air accumulator counting unit 512 and equipment Counting unit 513.Oil storage tank counting unit 511 includes keyboard 5111, and keyboard 5111 is connect with central processing module 2, works as oil storage It, can be by being manually entered the number information of oil storage tank from keyboard 5111 after which area tank transports, keyboard 5111 can be by the area Oil storage tank information be sent to central processing module 2, central processing module 2 can the oil storage tank number to the area record; Air accumulator counting unit 512 is set as keyboard 5111, can be by manual from keyboard 5111 after conveying gas storage tanks to which area The number information of air accumulator is inputted, the air accumulator information of number in the area can be sent to central processing module 2 by keyboard 5111, center Processing module 2 can the air accumulator number to the area record;Unit count unit 513 is set as keyboard 5111, works as production It, can be by the area by the number information from 5111 manual input device of keyboard, keyboard 5111 after equipment conveying to which area Facility information be sent to central processing module 2, central processing module 2 can the air accumulator number to the area record.When Detect the area occur fire when, central processing module 2 can by area's oil storage tank information of number, air accumulator information of number and Number of devices information is sent to central processing module 2, and central processing module 2 can be according to the oil storage tank in the area and air accumulator Number can analyze the size of the intensity of a fire, and analyze the speed of fire zone sprawling jointly according to wind direction, wind speed and rainfall etc. Degree, further according to the device distribution in the area, can calculate fire bring property loss, in addition, can also be according to the side of fire spreading To etc., analyzing the equipment within the scope of which can be withdrawn, and the equipment needs within the scope of which are abandoned.
Referring to fig. 4, alarm module 7 includes detection unit 71, comparing unit 72 and alarm unit 73.Detection unit 71 is wrapped It includes the combustible gas probe being set in each area of garden and toxic gas detector 712, combustible gas probe and has Poison gas bulk detector 712 can fuel gas value and toxic gas value in real-time detection air, and by fuel gas value and have The output of poisonous gas value;Comparing unit 72, comparing unit 72 include comparator 721,721 connecting detection unit 71 of comparator, and energy The fuel gas value and toxic gas value that enough will test the output of unit 71 are compared with preset value, when fuel gas value and toxic When gas value is greater than preset value, alarm signal is exported;The connection comparing unit 72 of alarm unit 73 is simultaneously defeated in response to alarm unit 73 Alarm signal out, alarm unit 73 are set as buzzer 731, when buzzer 731 receives the alarm of the output of comparing unit 72 When signal, control buzzer 731 is alarmed.When buzzer 731 is alarmed, then illustrate that there are fuel gas or toxic gas in the region Leakage, can warn and withdraw rapidly in the personnel in the region, so as to reduce casualties.
Referring to Fig. 5, commanding module 6 includes fire fighting truck position detection unit 71, and fire fighting truck position detection unit 71 includes setting The GPS locator 611 being placed on fire fighting truck, fire fighting truck position detection unit 71 connect central processing module 2, central processing module 2 can track the position in garden where all fire fighting trucks according to the GPS locator 611 on fire fighting truck, and disappear to what is tracked The location information of anti-vehicle is analyzed, and is found out apart from scene of fire apart from nearest fire fighting truck, central module can export distance The relevant information of the responsible person of the nearest fire fighting truck in scene of fire, display module 3 being capable of location informations to fire fighting truck and negative The relevant information of duty people is shown;After the location information of the nearest fire fighting truck of 31 display distance fire place of display screen, in There is the location information of each water source point in garden in the processing module 2 of centre, after the location information of fire incident determines, center The water source point information nearest apart from scene of fire can be sent to display module 3 by processing module 2, display module 3 can to away from The water source point information nearest from scene of fire is shown.The fire fighting truck nearest apart from scene of fire can finally be contacted and go distance most Close position water intaking, so as to put out a fire rapidly.
Use principle: when fire occurs, the picture that can be shot by camera 11, to obtain the position letter of fire generation Breath, display screen 31 can show the picture that scene of fire occurs, wind direction further according to the output of wind speed and direction detector and The rainfall of wind speed size and the current slot of rainfall monitor output, come the direction of fire spread judged and fire The speed of calamity sprawling, so as to analyze accident impact range.Fire-fighting is detected further according to the GPS locator 611 on fire fighting truck The position of vehicle, and the water source point nearest apart from scene of fire is exported from central processing module 2, display module 3 can be shown The location information of fire fighting truck and the relevant information of fire fighting truck responsible person, can notify and scene of fire is gone apart from nearest fire fighting truck The water source point water intaking nearest apart from scene of fire, and then fire suppression measures can be taken as early as possible.
This specific embodiment is only explanation of the invention, is not limitation of the present invention, those skilled in the art Member can according to need the modification that not creative contribution is made to the present embodiment after reading this specification, but as long as at this All by the protection of Patent Law in the scope of the claims of invention.

Claims (8)

1. a kind of chemical industrial park accident impact range Prediction System, including location of accident acquisition module (1), weather monitoring module (4), MIM message input module (5), central processing module (2) and display module (3), location of accident acquisition module (1), meteorological prison Module (4), MIM message input module (5) and display module (3) is surveyed to be connected with central processing module (2), it is characterised in that:
The location information that location of accident acquisition module (1) real-time detection occurs to accident, and by collected location information It is sent to central processing module (2);
The weather information of weather monitoring module (4) the real-time detection period, and during the weather information that will test is sent to It entreats processing module (2);
The MIM message input module (5) is transmitted for the danger sources information near accident spot, and by the danger sources information of input Give central processing module (2);
The central processing module (2) receives the location information of location of accident acquisition module (1) output, believes the position received Breath is handled, and is generated accident information and is sent to the accident information of generation display module (3), display module (3) is to center The accident information of processing module (2) output is shown;
The central processing module (2) analyzes the weather information and danger sources information that receive, and will analyze Influence of fire range is sent to display module (3).
2. accident impact range Prediction System in chemical industrial park according to claim 1, it is characterised in that: the location of accident Acquisition module (1) includes video camera, and video camera can acquire the image information at the point of place where the accident occurred, and the image that will be taken Information is transferred to central processing module (2).
3. accident impact range Prediction System in chemical industrial park according to claim 1, which is characterized in that the weather monitoring Module (4) includes:
Wind-force detection unit (41), wind-force detection unit (41) are set as wind speed and direction detector (411), wind speed and direction detector (411) it is able to detect the size of the period wind speed and the direction of wind, and the wind speed and direction information detected is transferred to It entreats processing module (2), the fire that central processing module (2) is analyzed to the wind speed and direction information received, and will be analyzed Calamity coverage is sent to display module (3).
4. accident impact range Prediction System in chemical industrial park according to claim 1, it is characterised in that: the weather monitoring Module (4) further includes rainwater detection unit (42), and rainwater detection unit (42) is set as rainfall detection device (421), rainfall detection The rainfall information that device (421) is capable of the rainfall information of the real-time detection period, and be will test, which exports, gives central processing mould Block (2), when central processing module (2) receives the rainfall information of rainfall detection module output, to the rainfall received Information is analyzed, and the speed of fire spreading is judged according to the size of rainfall.
5. accident impact range Prediction System in chemical industrial park according to claim 1, which is characterized in that the information input Module (5) includes:
Oil storage tank counting unit (511), the oil storage tank number that oil storage tank counting unit (511) records the region are counted, and Oil storage tank information of number is transferred to central processing module (2);
Air accumulator counting unit (512), air accumulator counting unit (512) count the number of air accumulator, and by air accumulator Information of number be sent to central processing module (2).
6. accident impact range Prediction System in chemical industrial park according to claim 1, it is characterised in that: the information input Module (5) further include: unit count unit (513), unit count unit (513) can to the equipment in fire environs into Row counts, then the count information in relation to equipment is sent to central processing module (2).
7. accident impact range Prediction System in chemical industrial park according to claim 1, it is characterised in that:
The central processing module (2) is connected with commander module (6), and commander module (6) includes fire fighting truck position detection unit (71), fire fighting truck position detection unit (71) is capable of detecting when the location information of all fire fighting trucks in current garden, and will inspection The fire fighting truck location information measured is sent to central processing module (2);
The water source dot position information being stored in the central processing module (2) in garden, central processing module (2) can will be away from From fire it is ready-made with a distance from the location information of nearest water source point be sent to display module (3).
8. accident impact range Prediction System in chemical industrial park according to claim 1, it is characterised in that:
The central processing module (2) is connected with commander module (6), and commander module (6) includes fire fighting truck position detection unit (71), fire fighting truck position detection unit (71) is capable of detecting when the location information of all fire fighting trucks in current garden, and will inspection The fire fighting truck location information measured is sent to central processing module (2);
The water source dot position information being stored in the central processing module (2) in garden, central processing module (2) can will be away from The location information of nearest water source point is sent to display module (3) with a distance from scene of fire.
CN201910133967.XA 2019-02-22 2019-02-22 Chemical industrial park accident impact range Prediction System Pending CN109781185A (en)

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