CN105160514A - Public security integrated management system and public security integrated management method - Google Patents

Public security integrated management system and public security integrated management method Download PDF

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Publication number
CN105160514A
CN105160514A CN201510599173.4A CN201510599173A CN105160514A CN 105160514 A CN105160514 A CN 105160514A CN 201510599173 A CN201510599173 A CN 201510599173A CN 105160514 A CN105160514 A CN 105160514A
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China
Prior art keywords
information
dangerous material
public security
management system
warehouse
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CN201510599173.4A
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Chinese (zh)
Inventor
罗乃鑫
王忠君
康全玉
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Liaoning Chengyuan Blasting Engineering Co Ltd
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Liaoning Chengyuan Blasting Engineering Co Ltd
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Priority to CN201510599173.4A priority Critical patent/CN105160514A/en
Publication of CN105160514A publication Critical patent/CN105160514A/en
Pending legal-status Critical Current

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Abstract

The invention provides a public security integrated management system and a public security integrated management method. the public security integrated management system comprises a dangerous material management subsystem for carrying out information acquisition, information analysis and video monitoring on a dangerous material warehouse-in process, a storage process, a warehouse-out process, a transportation process, a handover process, a distribution process and a use process, and a special place management subsystem for carrying out information acquisition, information analysis and video monitoring on an activity place and a fixing place. Prevention first and prior control serves as a rule, early warning, warning and alarming signals are sent out automatically through setting a threshold, graded management is realized in match with a provincial public security authority, a city public security authority, a county public security authority and an area public security authority, an information flow is used for guiding a material flow, various activities and places are monitored in real time through the information technology and a video point adjustment system, happening of dangerous material logistics accidents and special place emergencies and illegal events can be effectively prevented, and public security and social stability are facilitated.

Description

The method of public security total management system and public security integrated management
Technical field
The present invention relates to Internet of Things field, and more specifically, relate to the method for public security total management system and public security integrated management.
Background technology
Social public security is the major issue of relation life property safety of people, lives and works in peace and contentment concerning social stability, the people, therefore needs the management of social security extremely important.Dangerous-article physical-distribution accident is a kind of very serious catastrophic failure, and the burst accident in densely populated place also has unpredictability and larger social influence, and delinquent accident drastically influence social stability especially.
Dangerous material typically refer to has explosive, inflammable, toxicity, corrosivity and radioactive chemicals and with they various products made by raw material, dangerous material are as a kind of specialty goods, it dispatches from the factory, transport, use procedure is once depart from normal logistics progress, sizable economic loss, environmental hazard and negative social influence will be caused, the accident that dangerous material occur is all catastrophic failure usually, makes Government and enterprise be absorbed in exceedingly difficult condition.Present stage, the real-time monitoring to dangerous-article physical-distribution overall process cannot be realized by artificial management and control, go out each links such as warehouse-in, storage, transport, use not well to be connected, cause dangerous material process of circulation information not comprehensive, also the department that neither one is special carries out real-time management and control in the logistics overall process of dangerous material, therefore there is leak in security management and control, effectively cannot prevent and avoid in time the generation of hazardous material incident.The generation of hazardous material incident can cause the serious social concern such as casualties, environmental pollution, and wastes ample resources, causes enterprise cost to rise.
At the higher big assembly of the density of population, playground and the fixed-site such as public place of entertainment, school, due to the uncertainty of the flowing of personnel, easily trample in population collection region, push event, affect life security, cause serious consequence.
Summary of the invention
Embodiments provide a kind of method of public security total management system and public security integrated management, effectively can prevent the generation of dangerous-article physical-distribution accident and Code in Hazardous Special Locations accident, illegal incidents.
First aspect, provide a kind of security administration system, this public security total management system comprises: hazardous material management subsystem, carries out information acquisition, information analysis and management and control to the warehouse-in process of dangerous material, storing process, outbound process, transportation, handshaking, distribution process and use procedure; Code in Hazardous Special Locations ADMINISTRATION SUBSYSTEM, carries out information acquisition, information analysis and management and control to playground and fixed-site.
In conjunction with first aspect, in the first implementation of first aspect, this hazardous material management subsystem comprises: warehousing management module, gather the warehouse-in product information of these dangerous material, outbound product information and store the ambient parameter information in warehouse of these dangerous material, this warehouse-in product information, this outbound product information and this ambient parameter information are uploaded in this public security total management system, this warehouse-in product information, this outbound product information and this ambient parameter information are analyzed, and management and control is carried out to this warehouse-in process, this storing process and this outbound process; Transportation management module, determines transportation route and the Transportation Model of these dangerous material, monitors this transportation of these dangerous material; Use management module, gather the handing-over information of these dangerous material, release information and use information, this handing-over information, this release information and this use information are uploaded in this public security total management system, this handing-over information, this release information and this use information are analyzed, and management and control is carried out to this handshaking, this distribution process and this use procedure.
In conjunction with first aspect and above-mentioned implementation thereof, in the second implementation of first aspect, this warehousing management module comprises: stock management unit, gather this warehouse-in product information of these dangerous material, this warehouse-in product information is uploaded in this public security total management system, generates the identification code of these dangerous material, and according to this warehouse-in product information, management and control is carried out to this warehouse-in process, wherein, this identification code comprises this warehouse-in product information of these dangerous material; Outbound administrative unit, gathers this outbound product information of these dangerous material, this outbound product information is uploaded in this public security total management system, and carries out management and control according to the outbound process of this outbound product information to these dangerous material; Warehouse environment monitoring means, measures the ambient parameter information in the warehouse storing these dangerous material, uploaded to by this ambient parameter information in this public security total management system, and whether the environment analyzing this warehouse is in safe range; Entryexit management for people unit, monitors the discrepancy of the personnel in this warehouse; First monitoring unit, carries out video monitoring to this warehouse.
In conjunction with first aspect and above-mentioned implementation thereof, in the third implementation of first aspect, this warehouse-in product information comprises: the name of product of these dangerous material, production unit, main application, date of manufacture, shelf-life, request for utilization, production code member and product quantity, wherein, this production code member and this identification code one_to_one corresponding.
In conjunction with first aspect and above-mentioned implementation thereof, in the 4th kind of implementation of first aspect, this identification code is Quick Response Code.
In conjunction with first aspect and above-mentioned implementation thereof, in the 5th kind of implementation of first aspect, this stock management unit is also for, the dangerous material stock in this warehouse of management and control.
In conjunction with first aspect and above-mentioned implementation thereof, in the 6th kind of implementation of first aspect, this stock management unit specifically for, when these dangerous material stock is higher than stock's first threshold, send warning message; When these dangerous material stock lower than this stock's first threshold, higher than stock's Second Threshold time, send early warning information; When these dangerous material stock is lower than this stock's Second Threshold, send warning message, wherein, this stock's first threshold is higher than stock's Second Threshold.
In conjunction with first aspect and above-mentioned implementation thereof, in the 7th kind of implementation of first aspect, this stock management unit also for, management and control is carried out to this warehouse-in process of these dangerous material remaining.
In conjunction with first aspect and above-mentioned implementation thereof, in the 8th kind of implementation of first aspect, this outbound product information comprises: this production code member of these dangerous material, this product quantity, manner of packing, outbound time, outbound place, transport place, outbound personal information, escort personnel information.
In conjunction with first aspect and above-mentioned implementation thereof, in the 9th kind of implementation of first aspect, this outbound administrative unit is when carrying out management and control to the outbound process of these dangerous material, specifically for carrying out identification code checking to these dangerous material, fingerprint collecting checking is carried out to this outbound personnel, this escort personnel, and obtains this outbound place by positioning system.
In conjunction with first aspect and above-mentioned implementation thereof, in the tenth kind of implementation of first aspect, this ambient parameter information comprises: the temperature in this warehouse, humidity, smokescope, light intensity.
In conjunction with first aspect and above-mentioned implementation thereof, in the 11 kind of implementation of first aspect, this warehouse environment monitoring means specifically for, sensor is utilized to carry out the measurement of this ambient parameter information to this warehouse, this ambient parameter information is uploaded in this public security total management system, so that this public security total management system carries out data analysis to this ambient parameter information, when any one information in this ambient parameter information exceeds this safe range, send alarm.
In conjunction with first aspect and above-mentioned implementation thereof, in the 12 kind of implementation of first aspect, this entryexit management for people unit specifically for, monitored the discrepancy of the personnel in this warehouse by the mode gathering fingerprint and image, record enters the personal information in this warehouse, entry time, time departure and the residence time.
In conjunction with first aspect and above-mentioned implementation thereof, in the 13 kind of implementation of first aspect, this transportation management module comprises: determining unit, determines transportation route and the Transportation Model of these dangerous material, and according to this Transportation Model, determine the delivery vehicle of these dangerous material; Second monitoring unit, carries out this video monitoring to the transportation of these dangerous material.
In conjunction with first aspect and above-mentioned implementation thereof, in the 14 kind of implementation of first aspect, this determining unit specifically for, be transportation route and the Transportation Model of this dangerous material determination least risk, according to this Transportation Model, it is this dangerous material determination delivery vehicle.
In conjunction with first aspect and above-mentioned implementation thereof, in the 15 kind of implementation of first aspect, this determining unit specifically for, determine hazardous materials transportation network.
In conjunction with first aspect and above-mentioned implementation thereof, in the 16 kind of implementation of first aspect, this determining unit is used for, and in conjunction with this hazardous materials transportation network and transportation cost, determines this transportation route that least risk, cost are minimum and this Transportation Model.
In conjunction with first aspect and above-mentioned implementation thereof, in the 17 kind of implementation of first aspect, this second monitoring unit comprises: drive recorder, fixing watch-dog, mobile monitoring device.
In conjunction with first aspect and above-mentioned implementation thereof, in the 18 kind of implementation of first aspect, this first monitoring unit and/or the second monitoring unit carry out this video monitoring by telecommunication network.
In conjunction with first aspect and above-mentioned implementation thereof, in the 19 kind of implementation of first aspect, this use management module comprises: dangerous material handing-over administrative unit, this handshaking of these dangerous material is carried out to the collection of handing-over information, and this handing-over information uploaded in this public security total management system, so that this public security total management system verifies that whether this handing-over information of these dangerous material is consistent with this outbound product information; Dangerous material payroll management unit, carries out the collection of release information to this distribution process of these dangerous material, and uploads in this public security total management system by this release information of these dangerous material; Dangerous material use management unit, carries out to this use procedure of these dangerous material the collection using recorded information, and uploads in this public security total management system by this use recorded information of these dangerous material; Residue hazardous material management unit, manages these dangerous material remaining.
In conjunction with first aspect and above-mentioned implementation thereof, in the 20 kind of implementation of first aspect, this handing-over information comprises: this production code member of these dangerous material, this product quantity, handover time, handing-over place, this escort personnel information, interim administrator's information.
In conjunction with first aspect and above-mentioned implementation thereof, in the 21 kind of implementation of first aspect, this release information comprises: user of service's information, this interim administrator's information, this warehouse-in product information of these dangerous material, Time Of Release, granting place.
In conjunction with first aspect and above-mentioned implementation thereof, in the 22 kind of implementation of first aspect, this payroll management module also for, according to the usable range of these dangerous material that this user of service submits to, region limits is carried out to this usable range.
In conjunction with first aspect and above-mentioned implementation thereof, in the 23 kind of implementation of first aspect, this use recorded information comprises: this production code member of these dangerous material, usage quantity, this user of service's information, place to use, service time.
In conjunction with first aspect and above-mentioned implementation thereof, in the 24 kind of implementation of first aspect, when these dangerous material are explosion product, this use recorded information comprises: this production code member of these dangerous material, the numbering of initiator, dynamiter's information, usage quantity, place of detonating, burst time, this use recorded information is generated by this initiator.
In conjunction with first aspect and above-mentioned implementation thereof, in the 25 kind of implementation of first aspect, this residue hazardous material management unit specifically for, check this usage quantity of these dangerous material whether consistent with this product quantity in this warehouse-in product information with the quantity sum of these residue dangerous material.
In conjunction with first aspect and above-mentioned implementation thereof, in the 26 kind of implementation of first aspect, this residue hazardous material management unit also for, remarks are added to this product warehousing information of this residue dangerous material, these residue dangerous material are put in storage again.
In conjunction with first aspect and above-mentioned implementation thereof, in the 27 kind of implementation of first aspect, this public security total management system also comprises: contingency management module, after dangerous-article physical-distribution accident occurs, according to the accident information of this dangerous-article physical-distribution accident and this outbound product information of these dangerous material, formulate rescue method.
In conjunction with first aspect and above-mentioned implementation thereof, in the 28 kind of implementation of first aspect, this contingency management module comprises: receiving element, receives the accident information that this transportation management module sends; Acquiring unit, according to this accident information that this receiving element receives, obtains this outbound product information of these dangerous material; Decision package, this outbound product information that this accident information received according to this receiving element and this acquiring unit obtain, formulates this rescue method.
In conjunction with first aspect and above-mentioned implementation thereof, in the 29 kind of implementation of first aspect, this accident information comprises: accident spot, delivery vehicle, dangerous material leakage situation.
In conjunction with first aspect and above-mentioned implementation thereof, in the 30 kind of implementation of first aspect, the rescue method that this decision package is formulated comprises: the type of relief goods, quantity and the instrument needed for rescue.
In conjunction with first aspect and above-mentioned implementation thereof, in the 31 kind of implementation of first aspect, this decision package also for, according to this accident information and this outbound product information, make evacuating personnel decision-making.
In conjunction with first aspect and above-mentioned implementation thereof, in the 32 kind of implementation of first aspect, this decision package also for, arrange emergency service station and the emergency response mechanism of dangerous-article physical-distribution accident.
In conjunction with first aspect and above-mentioned implementation thereof, in the 33 kind of implementation of first aspect, this decision package also for, according to this accident information, arrange the emergency service station from this accident spot is nearest to launch this rescue work.
In conjunction with first aspect and above-mentioned implementation thereof, in the 34 kind of implementation of first aspect, this Code in Hazardous Special Locations ADMINISTRATION SUBSYSTEM comprises: playground administration module, to holding rally, the people information in movable place gathers, analyzes and monitors, wherein, this people information comprises: stream of people's density information, personnel flow to information; Fixed-site administration module, carries out information acquisition, analysis and monitoring to public place of entertainment, campus, three grades of tubulation units.
In conjunction with first aspect and above-mentioned implementation thereof, in the 35 kind of implementation of first aspect, this playground administration module to holding rally, the people information in movable place gather time, specifically for holding rally by video detection technology, positioning system to this, this people information in place of activity gathers.
In conjunction with first aspect and above-mentioned implementation thereof, in the 36 kind of implementation of first aspect, this public security total management system also comprises Management of Major Risk subsystem, and this Management of Major Risk subsystem carries out information acquisition, information analysis and management and control to major hazard source.
In conjunction with first aspect and above-mentioned implementation thereof, in the 37 kind of implementation of first aspect, this dangerous matter sources ADMINISTRATION SUBSYSTEM comprises: information acquisition module, gather the danger sources information of this major hazard source, and this danger sources information is uploaded in this public security total management system, generate substantial risk source database, wherein, this danger sources information comprises: the kind of the dangerous material of this major hazard source, the quantity of these dangerous material, the accident generation critical value of these dangerous material, the production environment of these dangerous material, the storage environment of these dangerous material, the geographical location information of this major hazard source, information analysis module, according to the danger sources information that this information acquisition module collects, carries out identification classification and statistical study to this major hazard source, generates dangerous matter sources statistical report form, management and control module, according to this dangerous matter sources statistical report form that this information analysis module generates, carries out management and control to this major hazard source.
In conjunction with first aspect and above-mentioned implementation thereof, in the 38 kind of implementation of first aspect, when this information analysis module is used for carrying out identification classification and statistical study to this major hazard source, specifically for, according to the kind of these dangerous material and the quantity of these dangerous material, generate this dangerous matter sources statistical report form, this dangerous matter sources statistical report form comprises dangerous matter sources rating information, this dangerous matter sources rating information be according to the hazardous material incident of this major hazard source to the extent of injury of this major hazard source, this dangerous matter sources is carried out to the information of classification.
In conjunction with first aspect and above-mentioned implementation thereof, in the 39 kind of implementation of first aspect, this information analysis module also for, according to the kind of these dangerous material and the geographical location information of this major hazard source, statistical study is carried out to this major hazard source, generates the dangerous matter sources statistical report form of this major hazard source.
In conjunction with first aspect and above-mentioned implementation thereof, in the 40 kind of implementation of first aspect, when this management and control module carries out management and control to this major hazard source, specifically for, according to this substantial risk source information, classification management and control is carried out to this major hazard source.
In conjunction with first aspect and above-mentioned implementation thereof, in the 41 kind of implementation of first aspect, when this management and control module carries out management and control to this major hazard source, specifically for, environment in the storage environment of this major hazard source and the preset range of this major hazard source is monitored in real time, when being in this accident generation critical value, send early warning signal.
In conjunction with first aspect and above-mentioned implementation thereof, in the 42 kind of implementation of first aspect, this Management of Major Risk subsystem also comprises emergency processing module, after this major hazard source causes danger source accident, according to this danger sources information, determine Rescue Plan.
In conjunction with first aspect and above-mentioned implementation thereof, in the 43 kind of implementation of first aspect, this emergency processing module comprises expertise database, for this emergency processing module determines that this Rescue Plan provides reference, this expertise database comprises: emergency management and rescue experts database, dangerous material database, accident emergency rescue database, major hazard source relevant laws and regulations storehouse.
In conjunction with first aspect and above-mentioned implementation thereof, in the 44 kind of implementation of first aspect, this Management of Major Risk subsystem also comprises GIS application module, for inquiring about road information, houseclearing, the personal information in the geographic position of this major hazard source, this major hazard source preset range, so that carry out management and control and risk assessment to this major hazard source.
Second aspect, provide a kind of method of public security integrated management, the method comprises: public security total management system gathers the first information, and this first information comprises: dangerous material information, Code in Hazardous Special Locations information, danger sources information; This public security total management system is analyzed this first information, pre-conditioned to determine whether this first information meets; When determine this first information meet this pre-conditioned time, this public security total management system sends alert notice to administrative authority, so that this administrative authority is for this first information, carries out management and control.
In conjunction with second aspect, in the first implementation of second aspect, this dangerous material information comprises: the identification code of dangerous material, warehouse-in product quantity, the product quantity of residue dangerous material, use the product quantity of dangerous material, personal information and warehouse environment parameter, this personal information comprises: the outbound personnel of these dangerous material, escort personnel, interim administrator, the finger print information of user of service or dynamiter, wherein, this public security total management system is analyzed this first information, pre-conditioned to determine whether this first information meets, comprise: this public security total management system is according to this warehouse-in product quantity, the product quantity of residue dangerous material, use the product quantity of dangerous material, any one in personal information and warehouse environment parameter and the identification code of these dangerous material are analyzed, pre-conditioned to determine whether this first information meets.
In conjunction with second aspect and above-mentioned implementation thereof, in the second implementation of second aspect, when this dangerous material information comprises the warehouse-in product quantity of the identification code of these dangerous material and these dangerous material, this public security total management system is analyzed this first information, pre-conditioned to determine whether this first information meets, comprise: this public security total management system is according to the warehouse-in product quantity of the identification code of these dangerous material with these dangerous material, determine that whether the storage total amount of these dangerous material meets first pre-conditioned, this first pre-conditionedly to comprise: this storage total amount is more than or equal to storage amount predetermined threshold value.
In conjunction with second aspect and above-mentioned implementation thereof, in the third implementation of second aspect, this storage amount predetermined threshold value comprises: the first predetermined threshold value and the second predetermined threshold value, this first predetermined threshold value is greater than this second predetermined threshold value, wherein, when determine this first information meet this pre-conditioned time, this public security total management system sends alert notice to administrative authority, comprise: when determining that this warehouse-in product quantity is more than or equal to this first predetermined threshold value, this public security total management system sends one-level alert notice to one-level management department; When determining that this warehouse-in product quantity is more than or equal to this second predetermined threshold value, and when being less than this first predetermined threshold value, this public security total management system sends secondary alarm notice to classify management department.
In conjunction with second aspect and above-mentioned implementation thereof, in the 4th kind of implementation of second aspect, when this dangerous material information comprises the identification code of these dangerous material, the warehouse-in product quantity of these dangerous material, the product quantity of these residue dangerous material and this is when having used the product quantity of dangerous material, this public security total management system is analyzed this first information, pre-conditioned to determine whether this first information meets, comprise: this public security total management system is according to the identification code of these dangerous material, this residue dangerous material information and this warehouse-in product information information of carrying out are checked, second pre-conditioned to determine that whether this dangerous material information meet, this second pre-conditionedly to comprise: the product quantity of these residue dangerous material and this used the product quantity sum of dangerous material and this warehouse-in product quantity inconsistent.
In conjunction with second aspect and above-mentioned implementation thereof, in the 5th kind of implementation of second aspect, when this dangerous material information comprises identification code and this personal information of these dangerous material, this public security total management system gathers the first information, comprise: this public security total management system gathers the identification code of these dangerous material, and the outbound personnel of these dangerous material, escort personnel, interim administrator, user of service or dynamiter finger print information; Wherein, this public security total management system is analyzed this first information, pre-conditioned to determine whether this first information meets, comprise: this public security total management system, according to the identification code of these dangerous material, gathers the finger print information of the outbound personnel of these dangerous material, escort personnel, interim administrator, user of service or dynamiter; This public security total management system is according to this finger print information, authentication is carried out to this personal information, when this authentication is unsuccessful, determine that this first information meets the 3rd pre-conditioned, the 3rd pre-conditionedly comprises: unsuccessful to the authentication of this personal information.
In conjunction with second aspect and above-mentioned implementation thereof, in the 6th kind of implementation of second aspect, when this dangerous material information comprises the warehouse environment parameter in the identification code of these dangerous material and the warehouse of these dangerous material of storage, this warehouse environment parameter comprises: temperature, humidity, smokescope and light intensity, wherein, this public security total management system is analyzed this first information, pre-conditioned to determine whether this first information meets, comprise: this public security total management system is analyzed this warehouse environment parameter, determine that whether this warehouse environment parameter meets the 4th pre-conditioned, 4th pre-conditionedly comprises: this temperature, humidity, any one in smokescope and light intensity exceeds environmental parameter preset range.
In conjunction with second aspect and above-mentioned implementation thereof, in the 7th kind of implementation of second aspect, this environmental parameter preset range comprises: the first preset range and the second preset range, the harmful grade being in the warehouse environment parameter of this first preset range is higher than the harmful grade of warehouse environment parameter being in this second preset range, wherein, should determine this first information meet this pre-conditioned time, this public security total management system sends alert notice to administrative authority, comprise: when determining that this warehouse environment parameter is in this first preset range, this public security total management system sends one-level alert notice to one-level management department, when determining that this warehouse environment parameter is in this second preset range, this public security total management system sends secondary alarm notice to classify management department.
In conjunction with second aspect and above-mentioned implementation thereof, in the 8th kind of implementation of second aspect, this Code in Hazardous Special Locations information comprises: people's current density of playground and/or people's current density of fixed-site, wherein, this public security total management system is analyzed this first information, pre-conditioned to determine whether this first information meets, comprise: this public security total management system carries out statistical study to people's current density of this playground and/or people's current density of this fixed-site, the 5th pre-conditioned to determine that whether this people's current density meets, 5th pre-conditionedly comprises: this people's current density exceeds stream of people's predetermined threshold value.
In conjunction with second aspect and above-mentioned implementation thereof, in the 9th kind of implementation of second aspect, this danger sources information comprises: the dangerous matter sources environmental parameter of this major hazard source, wherein, this public security total management system is analyzed this first information, pre-conditioned to determine whether this first information meets, comprise: the dangerous matter sources environmental parameter of public security total management system to this major hazard source is analyzed, determine that whether this dangerous matter sources environmental parameter meets the 6th pre-conditioned, the 6th pre-conditionedly comprises: this dangerous matter sources environmental parameter exceeds accident generation critical value.
In conjunction with second aspect and above-mentioned implementation thereof, in the tenth kind of implementation of second aspect, the method also comprises: this public security total management system, according to hazardous material incident, Code in Hazardous Special Locations accident or major hazard source accident, sends alert notice; This public security total management system, according to this alert notice, determines emergency preplan.
The public security total management system of the embodiment of the present invention and the method for public security integrated management, information acquisition can be carried out by the logistics overall process of hazardous material management subsystem to dangerous material, information analysis and management and control, by Code in Hazardous Special Locations ADMINISTRATION SUBSYSTEM, information acquisition is carried out to playground and fixed-site, information analysis and management and control, " to put prevention first, Prior Control " be principle, " information flow " is allowed to dominate " article flow ", all kinds of activity of monitoring and place is in real time realized by informationization, thus the effectively generation of prevention dangerous-article physical-distribution accident and the generation of Code in Hazardous Special Locations accident and illegal incidents, be conducive to public safety and social stability.
Accompanying drawing explanation
In order to be illustrated more clearly in the technical scheme of the embodiment of the present invention, be briefly described to the accompanying drawing used required in the embodiment of the present invention below, apparently, accompanying drawing described is below only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.
Fig. 1 is the schematic diagram of the public security total management system according to the embodiment of the present invention;
Fig. 2 is the schematic diagram of public security total management system according to another embodiment of the present invention;
Fig. 3 is the schematic diagram of the public security total management system according to the embodiment of the present invention;
Fig. 4 is the indicative flowchart of the public security total management system according to the embodiment of the present invention;
Fig. 5 is another indicative flowchart of the public security total management system according to the embodiment of the present invention;
Fig. 6 is the another indicative flowchart of the public security total management system according to the embodiment of the present invention;
Fig. 7 is the schematic diagram of the public security total management system according to further embodiment of this invention;
Fig. 8 is the schematic diagram of public security total management system according to yet another embodiment of the invention;
Fig. 9 is the indicative flowchart of the public security total management system according to the embodiment of the present invention;
Figure 10 is another indicative flowchart of the public security total management system according to the embodiment of the present invention;
Figure 11 is the another indicative flowchart of the public security total management system according to the embodiment of the present invention;
Figure 12 is an indicative flowchart again of the public security total management system according to the embodiment of the present invention;
Figure 13 is the schematic diagram of public security total management system according to yet another embodiment of the invention;
Figure 14 is the schematic diagram of public security total management system according to yet another embodiment of the invention;
Figure 15 is the schematic diagram of public security total management system according to yet another embodiment of the invention;
Figure 16 is the schematic diagram of public security total management system according to yet another embodiment of the invention;
Figure 17 is the schematic diagram of public security total management system according to yet another embodiment of the invention;
Figure 18 is the schematic diagram of public security total management system according to yet another embodiment of the invention;
Figure 19 is the schematic diagram of public security total management system according to yet another embodiment of the invention;
Figure 20 is the indicative flowchart of the method for public security integrated management according to the embodiment of the present invention.
Embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, obviously, described embodiment is the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
Fig. 1 shows the schematic diagram of the public security total management system of the embodiment of the present invention.As shown in Figure 1, this public security total management system 10 comprises hazardous material management subsystem 1000 and Code in Hazardous Special Locations ADMINISTRATION SUBSYSTEM 2000.
Information acquisition, information analysis and management and control are carried out in the warehouse-in process of hazardous material management subsystem 1000 pairs of dangerous material, storing process, outbound process, transportation, handshaking, distribution process and use procedure;
Code in Hazardous Special Locations ADMINISTRATION SUBSYSTEM 2000 pairs of playgrounds and fixed-site carry out information acquisition, information analysis and management and control.
This public security total management system 10 carries out information acquisition, information analysis and management and control by the warehouse-in process of hazardous material management subsystem 1000 pairs of dangerous material, storing process, outbound process, transportation, handshaking, distribution process and use procedure, carries out information acquisition, information analysis and management and control by Code in Hazardous Special Locations ADMINISTRATION SUBSYSTEM 2000 pairs of playgrounds and fixed-site.
Public security total management system 10 is comprehensive infosystems, and its management area comprises: the easily dangerous goods management such as system quick-fried product, gun of industrial explosive materials, fireworks and firecrackers, severe toxicity, public place of entertainment and special trade, large-scale activity security guard, campus security management, three grades of tubulation unit managements, population management, investigation porns, gambling and drugs case.Comprise information acquisition, information analysis, information portal, three parts complement each other and complement one another.By hand-held set terminal, positioning system, video monitoring and Internet of Things relevant device and technical limit spacing basic data, by processing data, process and analyzing, for intelligent decision analysis and early-warning and predicting analysis, eventually through real-time monitoring system, Police Command Center and portal website, information is carried out sharing and utilizing, wherein, positioning system comprises: GPS (GlobalPositioningSystem, GPS), the Big Dipper positioning system etc.
Therefore, the embodiment of the present invention carries out information acquisition by the logistics overall process of the hazardous material management subsystem in public security total management system to dangerous material, information analysis and management and control, by Code in Hazardous Special Locations ADMINISTRATION SUBSYSTEM to public place of entertainment, large-scale activity place, campus, three grades of tubulation units carry out information acquisition, information analysis and management and control, " to put prevention first, Prior Control " be principle, " information flow " is allowed to dominate " article flow ", all kinds of activity of monitoring and place is in real time realized by informationization, thus the effectively generation of prevention dangerous-article physical-distribution accident and the generation of Code in Hazardous Special Locations accident and illegal incidents, be conducive to public safety and social stability.
Alternatively, as shown in Figure 2, this hazardous material management subsystem 1000 comprises warehousing management module 1100, transportation management module 1200 and use management module 1300.
Warehousing management module 1100 gathers the warehouse-in product information of these dangerous material, outbound product information and stores the ambient parameter information in warehouse of these dangerous material, and upload in this public security total management system 10, this warehouse-in product information, outbound product information and ambient parameter information are analyzed, management and control is carried out to this warehouse-in process, storing process and outbound process;
Transportation management module 1200 determines transportation route and the Transportation Model of these dangerous material, monitors the transportation of these dangerous material;
Use management module 1300 gathers the handing-over information of these dangerous material, release information and use information, and upload in this public security total management system, this handing-over information, release information and use information are analyzed, management and control is carried out to this handshaking, distribution process and use procedure.
When dangerous material are put in storage, warehousing management module 1100 carries out the collection of putting product information in storage to these dangerous material, and this warehouse-in product information is uploaded in this public security total management system, generate an identification code, paste on these dangerous material, this identification code comprises the warehouse-in product information of these dangerous material, the environment, discrepancy personnel etc. in the warehouse that these dangerous material store are monitored in real time, during this dangerous material outbound, gather the outbound product information relevant with record, and upload in this public security total management system.Transportation management module 1200 is these dangerous material planning transportation route and Transportation Model, and monitors in real time the transportation of these dangerous material.And by use management module 1300, management and control is carried out to the handing-over of these dangerous material, granting, use.
Therefore, this public security integrated management is monitored the warehouse-in process of dangerous material, storing process and outbound process by warehousing management module, monitored by the transportation of transportation management module to dangerous material, monitored by the use procedure of use management module to these dangerous material, thus realize the holocyclic management and control of the logistics of dangerous material, thus effectively prevent the generation of dangerous-article physical-distribution accident, reduce the incidence of dangerous-article physical-distribution accident.
Alternatively, as shown in Figure 3, this warehousing management module 1100 includes library management unit 1110, outbound administrative unit 1120, warehouse environment monitoring means 1130, entryexit management for people unit 1140 and the first monitoring unit 1150.
Stock management unit 1110 gathers this warehouse-in product information of these dangerous material, and upload in this public security total management system, generate the identification code of these dangerous material, this identification code comprises this warehouse-in product information of these dangerous material, according to this warehouse-in product information, management and control is carried out to this warehouse-in process;
Outbound administrative unit 1120 gathers this outbound product information of these dangerous material, and uploads in this public security total management system, according to this outbound product information, carries out management and control to the outbound process of these dangerous material;
The ambient parameter information of warehouse environment monitoring means 1130 to the warehouse storing these dangerous material is measured, and uploaded to by this ambient parameter information in this public security total management system, whether the environment analyzing this warehouse is in safe range;
The discrepancy of entryexit management for people unit 1140 to the personnel in this warehouse is monitored;
First monitoring unit 1150 carries out video monitoring to this warehouse.
Therefore, the embodiment of the present invention is by carrying out management and control to the warehouse-in process of dangerous material and outbound process, the ambient parameter information in warehouse in storing process is monitored, the personnel in warehouse are come in and gone out and monitors, video monitoring is carried out to warehouse, thus with " putting prevention first, Prior Control " for principle, the generation of effective prevention dangerous-article physical-distribution accident, reduces the incidence of dangerous-article physical-distribution accident.
Stock management unit 1110 primary responsibility dangerous material enter the management and control of warehouse process from dispatching from the factory to.Each part dangerous material, when entering warehouse, all will identify it, and for it distributes unique identification code, this identification code is equivalent to " I.D. " of these dangerous material.The embodiment of the present invention is described for Quick Response Code.When a dangerous material warehouse-in, the selling inventory provided by supplier or the record such as warehouse-in document, warehouse-in voucher, obtain the warehouse-in product information of these dangerous material, this warehouse-in product information is stored and uploads in this public security total management system, utilize planar bar code technology, this warehouse-in product information is recorded in the Quick Response Code of these dangerous material, generates two-dimension code label, be pasted onto on these dangerous material.Wherein, this warehouse-in product information comprises: the name of product of these dangerous material, production unit, main application, date of manufacture, shelf-life, request for utilization, production code member and product quantity etc.The Quick Response Code one_to_one corresponding of this production code member and these dangerous material, and bind all the time in the logistics overall process of these dangerous material.Should be understood that the explanation of the present invention to the obtain manner of this warehouse-in product information is just to example, specific implementation process the present invention do not limit.Should also be understood that the explanation of the present invention to Quick Response Code is just to example, should not form any restriction to the present invention, the present invention also should not be limited to this.
Alternatively, this production code member can be set to the numbering comprising multiple figure place comprising this hazardous classification.Such as, be used for this numbering front two representing the classification of these dangerous material, e.g., when the product IDs of these dangerous material is 01xxxx, " 01 " represents these dangerous material is first kind dangerous material, as explosives; And for example, product IDs is 04xxxxx, and " 04 " represents these dangerous material is the 5th class dangerous material, as gun.When storage staff sees that this product IDs just can determine the classification of these dangerous material, so that carry out classifying and adding up.Should be understood that the explanation of this product IDs is just to example, should not form any restriction to the present invention, the embodiment of the present invention also should not be limited to this.
Therefore, the embodiment of the present invention carries out management and control by the warehouse-in process of stock management module to these dangerous material, gather and upload warehouse-in product information, generate Quick Response Code, management and control is carried out to the stock in this warehouse, thus with " putting prevention first, Prior Control " for principle, the generation of effective prevention dangerous-article physical-distribution accident, reduces the incidence of dangerous-article physical-distribution accident.
Alternatively, this storehouse management module 1100 can also carry out stock's monitoring to this warehouse.
In warehouse-in process, the total quantity of the dangerous material of record warehouse-in.When this total quantity is higher than stock's first threshold, send warning message.Such as, stock's first threshold of this storehouse is set as 5 tons, and the product weight of putting in storage when this storehouse exceeds 5 ton hours, will send warning message.Alternatively, this stock management unit 1110 can also arrange the safety storage of the warning Implementation repository of the different stage of three sections to the stock of this storehouse, realize public security organ's differentiated control and put on record according to hidden danger risk.When the stock in this warehouse is in different alert level, send this warning message respectively to different administrative authoritys.Such as, when the stock in this warehouse is higher than stock's first threshold, now harmful grade is the highest, and send warning message to Department of Public Security of Shanxi Province, Department of Public Security of Shanxi Province related management personnel can make corresponding process, even take compulsory measure to eliminate this potential safety hazard; When this warehouse stock lower than this stock's first threshold, higher than stock's Second Threshold time, now harmful grade is in higher, to municipal public security bureau send warning message, the related management personnel of municipal public security bureau can make and process accordingly and take appropriate measures; When the stock of this storehouse is lower than this stock's Second Threshold, now harmful grade is in medium, and send early warning information to county public security bureau or area under one's jurisdiction local police station, county public security bureau or area under one's jurisdiction local police station related management personnel can make the respective handling such as warning to this storage enterprise.Wherein, this stock's first threshold is higher than stock's Second Threshold.The present invention illustrates just to example the explanation of different alert level and corresponding measure, and should not form restriction to the present invention, the present invention also should not be limited to this.
The stock management unit 1110 that Fig. 4 shows the embodiment of the present invention puts to these dangerous material the process schematic diagram that process carries out management and control in storage.As shown in Figure 4, S301, first this stock management unit 1110 gathers and uploads warehouse-in product information, then at S302 according to this warehouse-in product information, be generated as the Quick Response Code that these dangerous material distribute, and in the inventory record of S303 in this warehouse stock buildup total amount, in S304, judge whether the backlog total in this warehouse is in alert levels, if be in alert levels, then perform S305 and send warning message, if be not in alert levels, then judge whether this backlog total is in warning level further at S306, if be in warning level, warning message is sent at execution S307, if be not in warning level, then judge whether this backlog total is in warning level further at S308, if be in warning level, then perform S309 and send warning message, if be not in warning level, then perform S310, continue the warehouse-in product information recording another batch of warehouse-in dangerous material.Should be understood that the embodiment of the present invention is only in order to example illustrates, should not form any restriction to the present invention, the embodiment of the present invention also should not be limited to this.
Therefore, the embodiment of the present invention carries out management and control by the warehouse-in process of stock management unit to these dangerous material, upload warehouse-in product information, generate Quick Response Code, and carry out management and control to the stock in this warehouse, thus with " putting prevention first, Prior Control " for principle, the generation of effective prevention dangerous-article physical-distribution accident, reduces the incidence of dangerous-article physical-distribution accident.
Alternatively, the warehouse-in unit 1110 of this storehouse management module 1100 can also carry out management and control to the warehouse-in process of remaining dangerous material.
This warehouse-in unit 1110 carries out Quick Response Code scanning to these remaining dangerous material, obtains the warehouse-in product information of these dangerous material, and add remarks, these dangerous material of remarks are the residue dangerous material of again putting in storage, and this information are uploaded in this public security total management system.
Outbound administrative unit 1120 primary responsibility is to the management and control of the outbound process of these dangerous material.When this dangerous material outbound, need to carry out identification code checking to these dangerous material, authentication is carried out to the outbound personnel of these dangerous material and supercargo.Such as, by planar bar code technology, obtain the warehouse-in product information of these dangerous material, and according to this warehouse-in product information, determine whether these dangerous material are the dangerous material needing outbound, and whether this dangerous material quantity is accurate; The fingerprint of outbound personnel and supercargo is gathered by fingerprint acquisition system.During this dangerous material outbound, in this outbound administrative unit 1120, input outbound product information, and this outbound product information is uploaded in this public security total management system.Wherein, this outbound product information comprises: the production code member of these dangerous material, product quantity, manner of packing, outbound time, outbound place, transport place, outbound personal information, escort personnel information etc.Such as, hand-held terminal device can be adopted to realize verifying the outbound of these dangerous material, the fingerprint of outbound personnel and supercargo is gathered by the fingerprint acquisition system of this hand-held terminal device, pass through positioning system, such as GPS positioning system, the Big Dipper positioning system etc. obtain outbound place, and outbound product information is input in this outbound administrative unit 1120 by this hand-held terminal device, store and upload in this public security total management system, so that this public security total management system does follow-up safety verification, and the real time review management and control of government safety supervision department.
The outbound administrative unit 1120 that Fig. 5 shows the embodiment of the present invention carries out the process schematic diagram of management and control to this dangerous material outbound process.As shown in Figure 4, first outbound administrative unit 1120 gathers the fingerprint of outbound personnel and escort personnel by S401, carry out authentication, if authentication is unsuccessful at S402, then perform S405, give the alarm, if be proved to be successful, then perform the Quick Response Code that S403 scans these dangerous material, outbound location information is gathered by positioning system, then perform S404, input this outbound product information, and this outbound product information is uploaded in this public security total management system.Should be understood that the embodiment of the present invention is only in order to example illustrates, should not form any restriction to the present invention, the embodiment of the present invention also should not be limited to this.
Therefore, the embodiment of the present invention carries out management and control by the outbound process of outbound administrative unit to dangerous material, authentication is carried out to outbound personnel and escort personnel, outbound product information is gathered and uploaded, thus with " putting prevention first; Prior Control " for principle, effectively the generation of prevention dangerous-article physical-distribution accident, reduces the incidence of dangerous-article physical-distribution accident.
The environment that warehouse environment monitoring means 1130 is mainly used in the warehouse depositing these dangerous material carries out Real-Time Monitoring.Because the warehouse for storing dangerous material is extremely strict to requirement for environmental conditions, so need Real-Time Monitoring warehouse environment.This warehouse environment monitoring means 1130 adopts technology of Internet of things, and by arranging a large amount of sensors in warehouse, Real-time Collection ambient parameter information, controls the ambient condition in warehouse, carry out early warning in advance, give a warning or report to the police when monitoring exception.This ambient parameter information comprises: temperature, humidity, smokescope, light intensity.This warehouse environment monitoring means 1130 can arrange corresponding pick-up transducers in the some position different in warehouse, and by network, such as, ZigBee protocol (ZigBee) network, upload the data in this public security total management system, be further analyzed.When this public security total management system analysis finds that the environment in this warehouse does not meet the relevant regulations that country deposits dangerous material, alerting signal will be sent, the environmental abnormality in prompting this warehouse of warehousing management personnel, may cause potential safety hazard, need to adjust warehouse environment in time.Such as, the storage humiture in this warehouse requires as temperature is lower than 26 DEG C, humidity is higher than 60%, when the Sensor monitoring of this warehouse environment monitoring means 1130 is respectively 25 DEG C to the storage humiture of this storehouse, humidity is 40%, and the ambient parameter information this monitored uploads to the server of this public security total management system, determine that this environmental parameter exceeds safe range by analysis, send early warning, the managerial personnel in this warehouse will according to this early warning, the humidity in this warehouse is increased by warehouse humidification system or other modes, it is made to reach in safe range.
The process schematic diagram that the environment of warehouse environment monitoring means 1130 to this warehouse that Fig. 6 shows the embodiment of the present invention is monitored.As shown in Figure 5, warehouse environment monitoring means 1130 measures the ambient parameter information in this warehouse at S501, and at S502, this ambient parameter information is uploaded in public security total management system, this public security total management system performs S503, data analysis is carried out to the ambient parameter information uploaded, determine whether this ambient parameter information exceeds safe range through S504, if exceed safe range, then perform S505 to give the alarm, if do not exceed safe range, then continue to perform S501 and gather ambient parameter information.Should be understood that the embodiment of the present invention is only in order to example illustrates, should not form any restriction to the present invention, the embodiment of the present invention also should not be limited to this.Alternatively, this alarm signal can realize public security organ's differentiated control according to the risk of hidden danger and put on record.When this ambient parameter information exceed safe range value be in the first harmful grade time, send early warning signal to county public security bureau or area under one's jurisdiction local police station; When this ambient parameter information exceed safe range be in the second harmful grade time, send warning signal to municipal public security bureau; When this ambient parameter information exceed safe range be in the 3rd harmful grade time, send alerting signal to Department of Public Security of Shanxi Province.Public security organ at different levels, according to the caution signal received, takes corresponding countermeasure.Wherein, this first harmful grade is lower than the second harmful grade, and this second harmful grade is lower than the 3rd harmful grade.
Therefore, the warehouse environment monitoring means of the embodiment of the present invention carries out Real-Time Monitoring by the environment in the warehouse to storage of hazardous product, and when ambient parameter information exceeds safe range and alarm, thus with " putting prevention first; Prior Control " for principle, the generation of effective prevention dangerous-article physical-distribution accident, reduces the incidence of dangerous-article physical-distribution accident.
Entryexit management for people unit 1140 is monitored for the discrepancy of the personnel to this warehouse.Owing to strictly limiting the discrepancy personnel requirement of dangerous goods store, such as, the personnel in this warehouse of coming in and going out are the personnel that put on record, therefore, authentication must be carried out in the porch in this warehouse, verify and qualifiedly just can enter warehouse, also need to carry out authentication when leaving warehouse, so that add up the entry time of personnel, time departure and the duration that stops in this warehouse.Such as, the mode of fingerprint and doubling of the image collection checking can be taked to monitor personnel's turnover in warehouse, and record everyone each entry time, time departure and total duration.
First monitoring unit 1150 is for carrying out video monitoring to this warehouse.Safety management and the everyday scenes in these the first monitoring unit 1150 pairs of warehouses carry out telesecurity monitoring, by carrying out omnibearing video monitoring to warehouse, monitor staff can be helped to note abnormalities in real time, also carry out exception by video record record and make an inspection tour and check.
Alternatively, this first monitoring unit 1150 can also carry out video monitoring by telecommunication network, adopts web camera as monitor terminal, for user provides area video point to adjust.The supervision departments such as government are by the mode of telnet website, access this public security total management system, by calling the camera of relevant position in this public security total management system, observing the real-time status in the warehouse of each storage enterprise, also recording a video by video point conditioning function access history.
Therefore, this public security integrated management is monitored the warehouse-in process of dangerous material, storing process, outbound process by warehousing management module, realize carrying out management and control to the storage overall process of dangerous material, thus with " putting prevention first; Prior Control " for principle, the generation of effective prevention dangerous-article physical-distribution accident, reduces the incidence of dangerous-article physical-distribution accident.
Alternatively, as shown in Figure 7, this transportation management module 1200 comprises determining unit 1210 and the second monitoring unit 1220.
Determining unit 1210 determines transportation route and the Transportation Model of these dangerous material; Also for the Transportation Model according to these dangerous material, determine the delivery vehicle of these dangerous material;
The transportation of the second monitoring unit 1220 to these dangerous material is monitored.
Determining unit 1210 can according to the outbound product information of these dangerous material, obtain these dangerous material and transport place, this determining unit 1210 is according to the product property of these dangerous material and transport place, in conjunction with composite factors such as traffic, geographical conditions, real-time weather, path length, route surrounding environment, population, emergency, historical tracks, utilizing large data analysis, is transportation route and the Transportation Model of this dangerous material determination least risk.The transportation route that second monitoring unit 1220 is determined according to this determining unit 1210 and Transportation Model, carry out video monitoring by telecommunication network, adopts web camera as monitor terminal, for user provides area video point to adjust.The transportation of this second monitoring unit 1220 to these dangerous material is monitored in real time, such as, monitor in real time with reference to " regulations transported safely by dangerous material " haulage vehicle to these dangerous material, comprise: in this haulage vehicle front end, drive recorder is set, inner and surrounding all arranges fixing watch-dog, such as, fixing watch-dog is set at lorry chamber door place.Mobile monitoring device can also be added except fixing monitoring in carrying, granting, use link, utilize " four fixed " of information acquisition device (fix time, fix the number of workers, determine vehicle, determine section) function and real-time monitoring and control, realize these dangerous material and haulage vehicle, transport personnel, transport the unification in section, shipping time, that is, by dangerous material with corresponding delivery vehicle, transport personnel, transport section, the shipping time binds together in the transport overall process of dangerous material.Once in this public security total management system, find these dangerous material, haulage vehicle, transport personnel, transport section, any one information in the shipping time occurs abnormal, can be fixed a point at once the section at vehicle place of these transport dangerous material and time by positioning system, it is monitored in real time.Should be alternatively, the supervision departments such as government are by the mode of telnet website, access this public security total management system, by calling the camera of relevant position in this public security total management system, observe the real-time status of the transportation of these dangerous material, also record a video by video point conditioning function access history.Should be understood that delivery vehicle of the present invention is not limited to lorry, train, steamer can also be comprised, or the mode such as through transport, haulage vehicle of the present invention illustrates just to example, should not form any restriction to the present invention, and the present invention also should not be limited to this.
Alternatively, this determining unit 1210 also for, determine hazardous materials transportation network.This determining unit 1210 is caused danger according to the specific transportation route recorded in this comprehensive public security management system the historical data of product logistics accident, calculate the contingency occurrence probability of this specific transportation route, determine the risk of this particular path, finally determine in the different time periods, the hazardous materials transportation network of least risk and Transportation Model, to reduce contingency occurrence probability.Such as, this determining unit 1210 inquires the highway near north latitude 35-degree, east longitude 110 ° of positions in this comprehensive public security management system, winter easily there is traffic hazard in sleety weather, then can select in the winter time to avoid this position during transportation route, or adopt other Transportation Model to replace automotive.This determining unit 1210 can according to above-mentioned hazardous materials transportation network and Transportation Model, set up a transportation route storehouse, when transport enterprise needs to transport these dangerous material, direct input start position and final position, transportation route and the Transportation Model of least risk just can be inquired from this database, convenient and swift, safe and efficient.
Alternatively, this determining unit 1210 also for, in conjunction with this hazardous materials transportation network and transportation cost, determine the transportation route that least risk, cost are minimum and Transportation Model.This determining unit 1210, according to the transportation network obtained from this transportation route storehouse, in conjunction with transportation cost etc., can be the transportation route and Transportation Model that transport enterprise's risk of selection is minimum, cost is minimum.Alternatively, this determining unit 1210 according to the transportation network obtained in this transportation route storehouse, in conjunction with transportation cost and haulage time, can also determine the transportation route that least risk, cost are minimum and Transportation Model.Such as, make this transportation route avoid the traffic congestion phase in each section, avoid the delay in transport road, also indirectly reduce the probability of product logistics accident of causing danger, and save transportation cost for transport enterprise.
Alternatively, this second monitoring unit 1220 can also according to this hazardous materials transportation network, and in key road section, crossing installs camera, monitors the transportation of dangerous material.Such as, the section that the accident-prone road section recorded in the historical data, condition of road surface with great difficulty do not cause the accident, camera is installed at key road section, crossing near dense population areas etc., monitors the transportation of dangerous material.
Therefore, the public security total management system of the embodiment of the present invention is by determining the transportation route of least risk to the transport of dangerous material, and whole process monitoring is in real time carried out to the handling process of these dangerous material, transportation, distribution process, thus with " putting prevention first; Prior Control " for principle, the generation of effective prevention dangerous-article physical-distribution accident, reduces the incidence of dangerous-article physical-distribution accident, also effectively can prevent the generation in dense population areas people's car accident simultaneously.
Alternatively, as shown in Figure 8, this use management module 1300 comprises dangerous material handing-over administrative unit 1310, dangerous material payroll management unit 1320, dangerous material use management unit 1330 and residue hazardous material management unit 1340.
The handshaking of dangerous material handing-over administrative unit 1310 to these dangerous material is monitored, and the handing-over information of these dangerous material is uploaded in this public security total management system, so that this comprehensive public security management system is verified;
Dangerous material payroll management unit 1320 is monitored the distribution process of these dangerous material, the release information of these dangerous material is uploaded in this public security total management system;
Dangerous material use management unit 1330 is monitored the use procedure of these dangerous material, the use information of these dangerous material is uploaded in this public security total management system;
Residue hazardous material management unit 1340 manages remaining dangerous material.
The use management module 1300 of dangerous material comprises dangerous material and monitors from the handing-over after being transported to destination, granting, use overall process, and manage remaining dangerous material.After these dangerous material are transported to destination, these dangerous material are given interim administrator by supercargo, in this handshaking, need to carry out record to the handing-over information of these dangerous material, and upload in this public security total management system.This handing-over information comprises: the information such as production code member, product quantity, handover time, handing-over place, supercargo, interim administrator of these dangerous material.Such as, interim administrator can receive the finger print information of supercargo and interim administrator by hand-held set collection, handing-over location information is obtained by positioning system, production code member, the product quantity of these dangerous material is obtained by scanning Quick Response Code, interim administrator is by above-mentioned handing-over information record and upload to in public security total management system, this public security total management system by this handing-over information with go out library information and carry out contrast verification, check in transportation that product of whether causing danger are lost or transport whether place wrong waits abnormal generation.
The process schematic diagram that the handshaking of dangerous material handing-over administrative unit 1310 to these dangerous material that Fig. 9 shows the embodiment of the present invention is monitored.As shown in Figure 9, first dangerous material handing-over administrative unit 1130 gathers at S601 and uploads interim administrator's fingerprint, escort personnel fingerprint, through S602 authentication, if verify unsuccessful, then perform S607 to give the alarm, if be proved to be successful, then perform the Quick Response Code that S603 scans these dangerous material, and gather handing-over location information by GPS, by S604, this handing-over information is uploaded in this public security total management system, in S605, this public security total management system carries out contrast verification to this handing-over information and outbound product information, if be proved to be successful, then S606 this join successfully, if verify unsuccessful, then perform S607 to give the alarm.Should be understood that the embodiment of the present invention is only in order to example illustrates, should not form any restriction to the present invention, the embodiment of the present invention also should not be limited to this.
Therefore, the embodiment of the present invention is by monitoring the handshaking of these dangerous material, check interim administrator and escort personnel information, check handing-over information and outbound product information, thus with " putting prevention first; Prior Control " for principle, the generation of effective prevention dangerous-article physical-distribution accident, reduces the incidence of dangerous-article physical-distribution accident.
After interim administrator completes the transition of these dangerous material, provide to user of service by these dangerous material, the distribution process of these dangerous material requires timing, fixed point, quantitatively, determines people.Dangerous material payroll management unit 1320 is monitored the distribution process of these dangerous material, records and uploads release information, comprising: user of service's information, interim administrator's information, the warehouse-in product information of these dangerous material, Time Of Release, granting place.Such as, this interim administrator scene, by hand-held set, is scanned fingerprint and user of service's fingerprint of interim administrator, is obtained the identity information of this user of service, upload in this public security total management system and verify.Take user of service as dynamiter be example, this public security total management system has the identity information of unified this dynamiter of database purchase to the professional holding dynamiter's employee's card, this public security total management system is according to the identity information of this dynamiter stored in this database, determine that the dynamiter receiving the on-the-spot dangerous material provided is qualified user of service, this interim administrator is by the 2 D code information of these dangerous material of scanning, obtain the information such as the production code member of these dangerous material, record Time Of Release simultaneously, location information is provided by positioning system collection, finally above-mentioned release information record is uploaded in this public security total management system.Alternatively, for guaranteeing the safe handling of dangerous material, before dangerous material use, user of service can submit the usable range of these dangerous material to, this public security total management system is according to this usable range, and setting restricted area, forbids that the personnel irrelevant with work are close to this restricted area.Such as, dynamiter submits explosion scope to, and regulation burst region, limits with the form forming region of gps coordinate, and be set in initiator.Should be understood that this dynamiter, explosion scope and initiator are only in order to example illustrates, should not form restriction to the present invention, the embodiment of the present invention also can be applied to the dangerous material of other types, the present invention is not limited thereto.
The process schematic diagram that the dangerous material payroll management unit 1320 that Figure 10 shows the embodiment of the present invention is monitored this dangerous material distribution process.As shown in Figure 10, first dangerous material payroll management unit 1320 gathers at S701 and uploads the fingerprint of interim administrator, user of service, through S702 authentication, if verify unsuccessful, then perform S707 and give the alarm, if be proved to be successful, then perform S703, scanning Quick Response Code, gathers and provides location information, and set explosion scope, so that limit with the form forming region of the positioning system elements of a fix at S704.Then to be uploaded in this public security total management system by above-mentioned release information record in S705, S706 provides successfully this.Should be understood that the embodiment of the present invention is only in order to example illustrates, should not form any restriction to the present invention, the embodiment of the present invention also should not be limited to this.
Therefore, the embodiment of the present invention is by monitoring the distribution process of these dangerous material, check interim administrator, user of service's information, according to explosion range set region limits, thus with " putting prevention first; Prior Control " for principle, effectively the generation of prevention dangerous-article physical-distribution accident, reduces the incidence of dangerous-article physical-distribution accident.
The use management unit 1330 of dangerous material strictly regulates the usable range of dangerous material, prevents from using in non-legally region.For explosion product, the use management unit 1330 of dangerous material should be strictly regulated these dangerous material and only just can detonate in setting range.In the use procedure of dangerous material, use recorded information should be preserved, and upload in this public security total management system.This use recorded information comprises: the production code member, product quantity, user of service's information, place to use, service time etc. of these dangerous material, so that this public security total management system is to the admin-authentication of follow-up residue dangerous material and final safety inspection.
The process schematic diagram that the dangerous material use management unit 1330 that Figure 11 shows the embodiment of the present invention is monitored the use procedure of these dangerous material.As shown in figure 11, dangerous material payroll management unit 1330 gathers explosion personnel's fingerprint at S801 and uploads in this public security total management system, through S802 authentication, if authentication is unsuccessful, then perform S807 to give the alarm, if authentication success, then perform S803, to be detonated location information by positioning system collection, this public security total management system determines that whether this place of detonating is in legal region, if not in legal region, then perform S807 to give the alarm, if in legal region, then perform S805 to detonate, and when detonating, initiator generates use information automatically, namely detonate record, this record that detonates comprises: the production code member of these dangerous material, the numbering of initiator, explosion personal information, to detonate quantity, to detonate place, burst time, and upload in this public security total management system at S806 this is detonated record, so that this public security total management system is to the admin-authentication of follow-up residue dangerous material and final safety inspection.
Therefore, the embodiment of the present invention is by monitoring the use procedure of dangerous material, check user of service's information, determine whether place to use information is legal region, thus with " putting prevention first; Prior Control " for principle, effectively the generation of prevention dangerous-article physical-distribution accident, reduces the incidence of dangerous-article physical-distribution accident.
The management of residue hazardous material management unit 1340 to residue dangerous material relates to and uses the whereabouts of dangerous material, whether legal use and whether give back residue dangerous material etc.The release information of these dangerous material that this residue hazardous material management unit 1340 is submitted to by on-the-spot interim administrator and explosion record, determine to use the whether legal use of dangerous material.This residue hazardous material management unit 1340 also for, check this dangerous material quantity whether accurate, whether unanimously with the product total quantity in the warehouse-in product information of these dangerous material used dangerous material and remained the total quantity of dangerous material.If product total quantity is variant, then sending a warning, investigating for there is abnormal link.This residue hazardous material management unit 1340 also for, record residue dangerous material information, and this residue dangerous material information is uploaded in this public security total management system, this public security total management system is according to the production code member in this residue dangerous material information, the warehouse-in product information that these residue dangerous material are uploaded when original warehouse-in can be inquired, by checking the information such as shelf-life, product quantity of these dangerous material, after determining that these residue dangerous material are without exception, allow warehouse-in.Residue dangerous material are again put in storage and are, needs to add remarks to the warehouse-in product information of these residue dangerous material, remarks its be residue dangerous material.
The process schematic diagram that the residue hazardous material management unit 1340 that Figure 12 shows the embodiment of the present invention manages residue dangerous material.As shown in figure 12, in S901, interim administrator carries out record to residue dangerous material information, and upload in public security total management system, by transportation management module in S902, these residue dangerous material are transported to warehouse, before warehouse-in, need to perform S903, according to the production code member that this is in residue dangerous material information, inquire about the warehouse-in product information of these residue dangerous material, then check according to this residue dangerous material information of carrying out through S904 checking, checking, determine that whether this residue dangerous material quantity is accurate, whether exceed the information such as shelf-life, after being proved to be successful, perform S905 these residue dangerous material are put in storage, and remarks are added in this warehouse-in product information, these dangerous material of remarks are residue dangerous material.If verify unsuccessful, then perform S906 and give the alarm, remind related management personnel to carry out investigation for abnormal link.Should be understood that the embodiment of the present invention is only in order to example illustrates, should not form any restriction to the present invention, the embodiment of the present invention also should not be limited to this.
Therefore, the embodiment of the present invention by the whereabouts of dangerous material, whether legal use, whether give back residue dangerous material and manage, prevent putting in storage again of the loss of dangerous material, defective dangerous material, thus with " putting prevention first; Prior Control " for principle, the generation of effective prevention dangerous-article physical-distribution accident, reduces the incidence of dangerous-article physical-distribution accident.
Alternatively, as shown in figure 13, this public security total management system also comprises contingency management module 1400.
Contingency management module 1400, after dangerous-article physical-distribution accident occurs, according to the outbound product information causing this accident information and these dangerous material, formulates rescue method.
Building contingency management module 1400 is that the Loss of Life and property that accident is caused reduces to minimum effective way and means, contingency management module Special attention will be given to time effect, in hazardous material incident emergency response mechanism, promptly know the generation of hazardous material incident and determine that concrete accident spot is very crucial, when carrying out rescue decision-making, know the kind of dangerous material, quantity and manner of packing etc. to determine its extent of injury and required relief goods very important.
When having an accident in the transportation of hazmats, can be arrived by the second monitoring unit 1220 fast monitored in above-mentioned transportation management module 1200, and this accident information is sent in contingency management module 1400, such as, can monitor by the positioning system be arranged on this delivery vehicle and be sent in this contingency management module 1400 by satellite, this contingency management module 1400, according to this accident information, formulates rescue method.
Therefore, the contingency management module of this embodiment of the present invention is by monitoring dangerous-article physical-distribution accident, and according to accident information determination rescue method, there is the time with rescue work in shortening accident, thus the harm making dangerous-article physical-distribution accident cause drops to minimum, reducing casualties and economic loss, reduce the adverse effect to society, is the effective guarantee of reducing the loss after dangerous-article physical-distribution accident occurs.
Alternatively, as shown in figure 14, this contingency management module 1400 comprises receiving element 1410, acquiring unit 1420 and decision package 1430.
The accident information that receiving element 1410 sends for receiving transportation management module;
Acquiring unit 1420, for the accident information received according to this receiving element 1410, obtains the outbound product information of these dangerous material;
The outbound product information that decision package 1430 obtains with this acquiring unit 1420 for the accident information received according to this receiving element 1410, formulates rescue method.
When having an accident in the process of hazmats, the second monitoring unit 1220 fast monitored in above-mentioned transportation management module 1200 arrives, and this accident information is sent to receiving element 1410, this accident information comprises: the information such as accident spot, delivery vehicle, dangerous material leakage situation, this accident information can be sent in this receiving element 1410 by the form of video, photo and/or data.Delivery vehicle information in the accident information that this acquiring unit 1420 can receive according to this receiving element 1410, the dangerous material title of binding with this delivery vehicle can be determined by the second monitoring unit 1220 in transportation management module 1200, according to this dangerous material title, from this public security total management system, obtain the product information of these dangerous material, comprise the warehouse-in product information of these dangerous material, outbound product information etc.The product information of the dangerous material that the accident information that this decision package 1430 receives according to this receiving element 1410 obtains with this acquiring unit 1420, rescue method is formulated within the shortest time, comprise the instrument needed for the type of relief goods, quantity and rescue, and rush for accident spot in the very first time and carry out rescue work.
Alternatively, the accident information that this decision package 1430 can also receive according to this receiving element 1410 and the product information that this acquiring unit 1420 obtains, analyze the harm caused the personnel around this accident spot and environment, make evacuation decision-making.Particularly, this decision package 1430, according to information such as dangerous material kind, quantity and leakage situation, analyzes the harm caused accident spot surrounding people and environment, estimation damaging range, in conjunction with weather condition and other correlative factors of this accident point, make and evacuate decision-making accordingly.
Alternatively, the hazardous materials transportation network that this decision package 1430 can also be determined according to the determining unit 1210 of the historical data of the dangerous-article physical-distribution accident recorded in this public security total management system, above-mentioned transportation management module 1200, presets emergency service station and the emergency response mechanism of dangerous-article physical-distribution accident.After receiving element 1410 receives accident information, according to this accident spot, arrange the emergency service station that this accident spot of reason is nearest immediately, select reasonably emergent corresponding mechanism, rescue work is launched to this accident.
Alternatively, this contingency management module 1430 can also according to the public security organ transmission alerting signal of severity of injuries to different stage.The outbound product information of the dangerous material that the accident information received by this receiving element 1410 and this acquiring unit are obtained, other information such as the magnitude of traffic flow of monitoring image when occurring accident, video, accident spot and this place where the accident occurred point carry out large data analysis.According to this large data analysis, determine when the severity of accident is lower, only send alerting signal to the county public security bureau of this place where the accident occurred or area under one's jurisdiction local police station, organized by the county public security bureau of this place where the accident occurred or area under one's jurisdiction local police station and launch rescue work and put on record; When the severity of accident is in medium rank, the municipal public security bureau to this place where the accident occurred sends alerting signal, is organized launch rescue work and put on record by this municipal public security bureau; When the severity of accident is higher, the Department of Public Security of Shanxi Province to this place where the accident occurred sends alerting signal, launches rescue work by this Department of Public Security of Shanxi Province is leading and puts on record.
Therefore, the contingency management module of the embodiment of the present invention is by monitoring dangerous-article physical-distribution accident, and according to accident information determination rescue method, there is the time with rescue work in shortening accident, thus the harm making dangerous-article physical-distribution accident cause drops to minimum, reducing casualties and economic loss, reduce the adverse effect to society, is the effective guarantee of reducing the loss after dangerous-article physical-distribution accident occurs.
Alternatively, as shown in figure 15, Code in Hazardous Special Locations ADMINISTRATION SUBSYSTEM 2000 comprises playground administration module 2100 and fixed-site administration module 2200.
Playground administration module 2100 to holding rally, the people information in movable place gathers, analyzes and monitors, wherein, people information comprises: stream of people's density information, personnel flow to information.
Fixed-site administration module 2200 pairs of public places of entertainment, campus, three grades of tubulation units carry out information acquisition, analysis and monitoring.
Big assembly, that movable maximum potential safety hazard comes from personnel is too intensive, under the drive of exciting crowd, easily tramples, pushes event, cause serious consequence.Before big assembly, activity start, potential safety hazard investigation is carried out to this place, video monitoring is set at the entrance and exit place in this place, and according to the geographic position in this place and feature, formulate emergency preplan.In big assembly, active procedure, the monitoring of people's current density is the most important thing of management.This playground administration module 2100 can cross line detection technique by video, carries out preliminary statistics, wherein contain video data, view data and statistics to the population in this place.Alternatively, this playground administration module 2100 can also gather position and the quantity of the smart mobile phone within the scope of this place by positioning system, carry out demographics.Alternatively, this playground administration module 2100 can also by the site setting CCTV camera inner different in this place, timing capturing pictures, pass through person recognition, sampling statistics is carried out to the size of population, and then total population quantity is estimated, adopt large data analysis technique, the multi-source data gathered is merged, cleared up, by to the feature learning of historical data and extraction, using the input of the data after fusion as large data analysis technique, Output rusults is exactly more accurate size of population estimated value.After this big assembly, activity end, evacuating personnel be management the most important thing, by video monitoring, can monitoring personnel flow to information, by floor manager, evacuating personnel can be carried out in the region higher to the density of population.Once occur tread event, push the accidents such as event, carry out emergency processing according to the emergency preplan very first time, and the accident occurred is dealt with the aftermath of.
Fixed-site administration module 2200 comprises management public place of entertainment, campus, tubulation unit etc. being listed in fixed-site, in order to reduce the possibility that above-mentioned place accident occurs, the casualties that minimizing accident causes and economic loss, to control in real time for place important area, key position, key person and important parameter, by large data point technology, large data analysis early warning is carried out to interest region, grasp field condition in advance, early warning is carried out to event, take measures in advance to take precautions against.
Alternatively, this Code in Hazardous Special Locations ADMINISTRATION SUBSYSTEM 2000 also can be reported to the police according to hidden danger risk and the severity of injuries public security organ to different stage, and public security organ, according to this warning, carries out the investigation of potential safety hazard to this Code in Hazardous Special Locations and puts on record.
Therefore, the embodiment of the present invention is by the information of playground and fixed-site and analysis, and carry out management and control according to this information, and pass through emergency preplan, emergency processing is carried out to the accident occurred, thus with " putting prevention first, Prior Control " for principle, the incidence of reduction personnel accident, burst accident, and casualties that accident causes and economic loss can be reduced.
Should be understood that this public security total management system by large data analysis, can also carry out the management investigating and prosecuting porns, gambling and drugs case.Particularly, first cluster is carried out to hotel's information of registering, find out the client that cohesion is higher, set up the function that is parameter with enrollment time, registration address, hotel, room number, carry out large data analysis.Combining image analytical technology, carries out face extraction to the video in the corresponding time period, when someone and another one people or some people's similarity-rough set high time, then in conjunction with face recognition technology, remind relevant departments to carry out suspicion investigation to this personage.Therefore, large data analysis can be carried out by this security administration system, porns, gambling and drugs case is investigated and prosecuted, improve case analysis efficiency.
Alternatively, as shown in figure 16, this public security total management system 10 also comprises Management of Major Risk subsystem 3000.This Major Hazard Installations Management System carries out information acquisition, information analysis and management and control to major hazard source.
Alternatively, as shown in figure 17, this Management of Major Risk subsystem 3000 comprises: information acquisition module 3100, information analysis module 3200 and management and control module 3300.
Wherein, this information acquisition module 3100 for, gather the danger sources information of this major hazard source, and this danger sources information is uploaded in this public security total management system 10, generate substantial risk source database, wherein, this danger sources information comprises: the accident generation critical value of the kind of the dangerous material of this major hazard source, the quantity of these dangerous material, these dangerous material, the production environment of these dangerous material, the storage environment of these dangerous material, the geographical location information of this major hazard source;
Information analysis module 3200 for, according to the danger sources information that this information acquisition module 3100 collects, identification classification and statistical study are carried out to this major hazard source, generate dangerous matter sources statistical report form;
Management and control module 3300 for, according to this dangerous matter sources statistical report form that this information analysis module generates, management and control is carried out to this major hazard source.
Specifically, public security total management system 10 not only needs the warehouse-in process to dangerous material, outbound process, transportation, handshaking, distribution process and use procedure to carry out management and control, also needs to monitor and management and control dangerous matter sources.Exemplarily non-limiting, dangerous matter sources as management and control object, comprise for produce chronically or provisionally, carry, use or the process units of storing dangerous product, facility, place and periphery thereof environment.When above-mentioned process units, facility, place etc. produce, the quantity of dangerous material deposited is more than or equal to certain critical value preset (such as, the critical value specified in GB18218 Major Hazard Installations Identifying standard) time, above-mentioned process units, facility, place etc. are referred to as major hazard source.In embodiments of the present invention, one (in other words, a set of) process units, facility or place, or belong to a production and operation unit together and Edge Distance is less than several (in other words, a few cover) process units of 500m, facility or place is called unit.Major hazard source is, and produce chronically or provisionally, carry, use or storing dangerous product, and the quantity of dangerous material equals or exceeds the unit of default critical value.
In embodiments of the present invention, Management of Major Risk subsystem 3000 main with major hazard source (that is, unit) for unit, information acquisition and information analysis are carried out to danger sources information, and according to this danger sources information, management and control is carried out to this major hazard source.Wherein, this danger sources information comprises kind, the quantity of these dangerous material, the accident generation critical value of these dangerous material, the storage environment of these dangerous material, the geographical location information etc. of this major hazard source of the dangerous material of this dangerous matter sources.Wherein, the geographical location information of this major hazard source comprises the geographic position residing for this major hazard source and the surrounding enviroment information such as facility, place in this geographic position preset range.
In embodiments of the present invention, comprise the enterprise of major hazard source, such as, dangerous material manufacturing enterprise or storage enterprise etc., utilize information acquisition module 3100 to declare this danger sources information, upload, and be stored in this public security total management system 10, so that interested regulatory authorities is inquired about, examination & verification, and timely auditing result being informed to makes a report on unit, and public security total management system 10 is according to auditing result, final generation dangerous matter sources database, so that the inquiry of each supervision department, analysis and management.
Should be understood that the above danger sources information of the major hazard source enumerated, the particular content of the geographical location information of major hazard source is exemplary illustration, should not form any restriction to the present invention, the present invention also should not be limited to this.
Alternatively, when this information analysis module 3200 is for carrying out identification classification and statistical study to this major hazard source, specifically for, according to the kind of these dangerous material and the quantity of these dangerous material, generate this dangerous matter sources statistical report form, this dangerous matter sources statistical report form comprises dangerous matter sources rating information, this dangerous matter sources rating information be according to the dangerous matter sources accident of this major hazard source to the extent of injury of this major hazard source, this major hazard source is carried out to the information of classification.
Specifically, each supervision department carries out assay by the impact of information analysis module 3200 on the contingent accident of above-mentioned major hazard source.Supervision department inquires the danger sources information of this major hazard source by this information analysis module 3200, according to relevant regulations, such as, GB18218 Major Hazard Installations Identifying standard, whether this dangerous matter sources of identification is major hazard source, and carries out assay to the danger sources information belonging to major hazard source.Exemplarily non-limiting, this information analysis module 3200 is according to the kind of the dangerous material of this major hazard source and quantity, in conjunction with the road, house situation etc. of this major hazard source periphery, with reference to the influence degree etc. of the Accidents assessment of various dangerous matter sources of historical record, accident probability, damage sequence severity and accident, classification is carried out to the extent of injury of this dangerous matter sources, and the emphasis of accident prevention and control can be found out.
Below, for GB18218, whether brief description how identification dangerous matter sources is major hazard source.Exemplarily non-limiting, when certain element memory equals or exceeds in the quantity of hazardous chemical the critical quantity that national relevant laws and regulations specify, be namely decided to be major hazard source.Specify in GB18218, this element memory the quantity of dangerous material divide into following two kinds of situations according to the kind of these dangerous material and quantity:
Situation 1: element memory dangerous material be single variety, then the quantity of these dangerous material is the total amount of dangerous material in unit, if equal or exceed corresponding critical quantity, is then decided to be major hazard source;
Situation 2: element memory dangerous material be multi items time, be then calculated as follows,
q 1/Q 1+q 2/Q 2+…+q n/Q n≥1(1)
If meet formula (1), be then decided to be major hazard source, in formula, q 1, q 2..., q nrepresent often kind of dangerous material physical presence amount, Q 1, Q 2..., Q nrepresent the critical quantity corresponding with each dangerous material.
In embodiments of the present invention, still for GB18218, major hazard source is according to the hazard level of its dangerous matter sources accident, and be divided into one-level, secondary, three grades and level Four, one-level is highest level.According to the difference of hazard level, differentiated control can be taked to major hazard source, the major hazard source emphasis supervision high to hazard level.
Should be understood that the above appreciative standard to major hazard source enumerated and stage division are only exemplary illustration, the present invention is also not particularly limited.
Alternatively, this information analysis module 3200 also for, according to the kind of these dangerous material and the geographical location information of this major hazard source, statistical study is carried out to this dangerous matter sources, generates the dangerous matter sources statistical report form of this major hazard source.
Specifically, this information analysis module 3200 is according to the danger sources information gathered in information acquisition module 3100, such as, the kind of dangerous material or the geographic position etc. of major hazard source, with different classifications for categorical attribute, generate dangerous matter sources statistical report form so that the inquiry of interested regulatory authorities, statistics.Such as, with the geographic position of this major hazard source for categorical attribute, generate the dangerous matter sources statistical report form in certain area, the Work Safety Supervision Bureau of counties and districts be convenient to belonging to this area directly manages.Or, with a certain class dangerous material for categorical attribute, generate the dangerous matter sources statistical report form of certain class dangerous material, contain certain urban district in this dangerous matter sources statistical report form or economize in compass of competency, all production or deposit the major hazard source of such dangerous material, is convenient to regulatory authorities inquiry and the management of such dangerous material.
Alternatively, when this management and control module 3300 carries out management and control to this major hazard source, specifically for, according to this substantial risk source information, classification management and control is carried out to this major hazard source.
Specifically, this management and control module 3300 can, according to this substantial risk source information, be carried out grading authorized.Design according to the management mode of a center, multiple department, multiple node.Work Safety Supervision Bureau of city is administrative center, bears the management of whole city's major hazard source, analysis, examination, decision-making; Work Safety Supervision Bureau of each counties and districts, as multiple department, mainly bears the management of this local Management of Major Risk information, examines and report, rectifies and improves; The enterprise comprising major hazard source is multiple node, and each node completes information reporting and the Data Update of the major hazard source of this node.
In embodiments of the present invention, subordinate unit can only this local substantial risk source information of monitoring management, such as, as the enterprise comprising major hazard source of node, substantial risk source information in this enterprise can only be monitored, and report to its higher level (such as, the Work Safety Supervision Bureau of counties and districts in the area under one's jurisdiction at this enterprise place), superior unit can the information of monitoring management subordinate unit.And for example, as the Work Safety Supervision Bureau of counties and districts of department, can only the substantial risk source information within the scope of administer counties and districts be monitored, and report to its higher level (such as, the Work Safety Supervision Bureau of city in the area under one's jurisdiction at this Work Safety Supervision Bureau of counties and districts place).The change of enterprise and subordinate unit's information can be transferred to upper management interface in time by the platform of this Management of Major Risk subsystem 3000, more new data being kept in this substantial risk source data after the accreditation obtaining higher level supervision department.
Alternatively, when this management and control module 3300 carries out management and control to this major hazard source, specifically for, the environment in the storage environment of this major hazard source and the preset range of this major hazard source is monitored in real time, when being in this accident generation critical value, send early warning signal.
Specifically, each supervision department can monitor in real time to the safety case of this major hazard source, the factor of the potential safety hazard that may cause this major hazard source of looking over one's shoulder, such as, in the storage environment factor of this major hazard source, the preset range of this major hazard source (such as, in 2 kilometer range, for convenience of description, hereinafter referred to as " periphery ") environment etc.When in the storage environment factor monitoring this major hazard source or surrounding enviroment factor, arbitrary factor is in accident generation critical value, send early warning signal in time, to notify the regulator personnel such as enterprise or Work Safety Supervision Bureau of counties and districts of this major hazard source, eliminate safe hidden trouble in time, avoid the generation of dangerous matter sources accident.It should be noted that, the factor of major hazard source potential safety hazard that causes more than enumerated is only exemplary illustration, the present invention is not limited thereto.
Should understand; the management mode of the major hazard source more than enumerated is only exemplary illustration; should not be construed as limiting the present invention; other are by the information acquisition of major hazard source and analysis, thus are all fallen within the scope of protection of the present invention by the system of different management modes to the management of major hazard source.
Therefore, the Management of Major Risk subsystem of the embodiment of the present invention, by to the information acquisition of major hazard source and analysis, generate substantial risk source database, major hazard source statistical report form, be convenient to carry out management and control to this major hazard source, thus with " putting prevention first, Prior Control " for principle, effectively prevent the dangerous matter sources accident of major hazard source, reduce the loss and injures and deaths.
Alternatively, as shown in figure 18, this Management of Major Risk subsystem 3000 also comprises emergency processing module 3400, after this major hazard source causes danger source accident, according to this danger sources information, determines Rescue Plan.
Specifically, when this major hazard source causes danger source accident, this emergency processing module 3400 is by the danger sources information of this major hazard source of major hazard source data base querying in this major hazard source subsystem 3000, in conjunction with the geographic position of this major hazard source, surrounding enviroment, neighbouring fire fighting device, responding agencies, in time Rescue Plan is formulated to this dangerous matter sources accident, and by this Rescue Plan filing and registration, unified management.
Alternatively, this emergency processing module 3400 also comprises expertise database, for this emergency processing module determination Rescue Plan provides reference, this expertise database comprises: emergency management and rescue experts database, dangerous material database, accident emergency rescue database, major hazard source relevant laws and regulations storehouse.
Specifically, this emergency processing module 3400, by the knowledge such as relevant rescue knowledge, dangerous material knowledge, relevant laws and regulations in this expert knowledge library of inquiry, more contributes to making rational Rescue Plan, loss is dropped to minimum.
Should be understood that the particular content that the above expertise database enumerated comprises is only exemplary illustration, the present invention is not limited thereto, allly all should to fall within the scope of protection of the present invention for the knowledge base for determining Rescue Plan or database.
Alternatively, as shown in figure 19, this Management of Major Risk subsystem 3000 also comprises GIS application module 3500, for inquiring about road information, houseclearing, the personal information in the geographic position of this major hazard source, this major hazard source preset range, so that carry out management and control and risk assessment to this major hazard source.
Specifically, this Geographic Information System (GeographicInformationSystem, being called for short " GIS ") application module 3500 can represent and inquire about the geographic position of each major hazard source in city and periphery (such as timely, intuitively, visually, in 2 kilometer range) the information such as road, house, factory, be convenient to this emergency processing module 3400 in conjunction with the geographic position of above-mentioned major hazard source and peripheral information, formulate emergency preplan fast, efficiently and accurately.
Alternatively, this Management of Major Risk subsystem 3000 can also utilize this GIS application module 3500 to carry out risk assessment and risk mapping, assesses and indicates the relative risk size in city zones of different and location, be convenient to urban development planning; This GIS application module 3500 can also be utilized to carry out accident early warning, Timeliness coverage and determine major hazard source accident potential position, and by elimination accident of taking measures in bud; Utilize this GIS application module 3500 to assist emergency management and rescue, contribute to the development trend of analysis accident, coverage and other great rescue decision-makings such as the optimal path seeking accident rescue.
Therefore, the Management of Major Risk subsystem of the embodiment of the present invention, by to the information acquisition of major hazard source and analysis, generate substantial risk source database, major hazard source statistical report form, be convenient to carry out management and control to this major hazard source, thus effectively prevent the dangerous matter sources accident of major hazard source, and provide emergency preplan by emergency processing module to dangerous matter sources accident, expert knowledge library and GIS application module module are set and provide reference for formulating emergency preplan, make emergency preplan more accurate and effective, thus reduce the loss and injures and deaths.
Above, composition graphs 1 to Figure 19, has been described in detail the public security total management system of the embodiment of the present invention, below, in conjunction with Figure 20, is described in detail to the method for the public security integrated management of the embodiment of the present invention.
Figure 20 shows the indicative flowchart of the method 100 of the public security integrated management of the embodiment of the present invention.As shown in figure 20, the method 100 comprises:
S110, public security total management system gathers the first information, and this first information comprises: dangerous material information, Code in Hazardous Special Locations information, danger sources information;
S120, this public security total management system is analyzed this first information, pre-conditioned to determine whether this first information meets;
S130, when determine this first information meet this pre-conditioned time, this public security total management system sends alert notice to administrative authority, so that this administrative authority is for this first information, carries out management and control.
Specifically, this public security total management system carries out information acquisition by each module, and analyzes the first information collected, pre-conditioned to determine whether this first information meets.For the different subsystem in this public security total management system, pre-conditioned different corresponding with it of the first information.In each subsystem, when determine this first information meet this pre-conditioned time, this public security total management system just sends alert notice to administrative authority, so that this administrative authority carries out management and control for this first information, eliminate safe hidden trouble, reduce accident rate.
Alternatively, this dangerous material information comprises: the identification code of dangerous material, warehouse-in product quantity, the product quantity of residue dangerous material, use the product quantity of dangerous material, personal information and warehouse environment parameter, this personal information comprises: the outbound personnel of these dangerous material, escort personnel, interim administrator, the finger print information of user of service or dynamiter, wherein, this public security total management system is analyzed this first information, pre-conditioned to determine whether this first information meets, comprise: this public security total management system is according to this warehouse-in product quantity, the product quantity of residue dangerous material, use the product quantity of dangerous material, any one in personal information and warehouse environment parameter and the identification code of these dangerous material are analyzed, pre-conditioned to determine whether this first information meets.
In embodiments of the present invention, this public security total management system is by gathering the identification code of these dangerous material (such as, Quick Response Code), to the warehouse-in process of this product, storing process, outbound process, transportation, handshaking, complete monitoring is carried out in distribution process and use procedure, by gathering dangerous material information in above-mentioned each process, such as, the warehouse-in product quantity of these dangerous material, the product quantity of residue dangerous material, use the product quantity of dangerous material, personal information and warehouse environment parameter, when wherein any one meets pre-conditioned, alert notice will be sent, to notify the timely management and control of regulatory authorities and process, thus avoid the generation of hazardous material incident.
Alternatively, when this dangerous material information comprises the warehouse-in product quantity of the identification code of these dangerous material and these dangerous material, this public security total management system is analyzed this first information, pre-conditioned to determine whether this first information meets, comprise: this public security total management system is according to the warehouse-in product quantity of the identification code of these dangerous material with these dangerous material, determine that whether the storage total amount of these dangerous material meets first pre-conditioned, this first pre-conditionedly to comprise: this storage total amount is more than or equal to storage amount predetermined threshold value.
Alternatively, this storage amount predetermined threshold value comprises: the first predetermined threshold value and the second predetermined threshold value, this first predetermined threshold value is greater than this second predetermined threshold value, wherein, when determine this first information meet this pre-conditioned time, this public security total management system sends alert notice to administrative authority, comprising: when determining that the warehouse-in product quantity of these dangerous material is more than or equal to this first predetermined threshold value, and this public security total management system sends one-level alert notice to one-level management department; When determining that this warehouse-in product quantity is more than or equal to this second predetermined threshold value, and when being less than this first predetermined threshold value, this public security total management system sends secondary alarm notice to classify management department.
In embodiments of the present invention, this public security total management system, in the warehouse-in process of dangerous material, records the total quantity of the dangerous material of this warehouse-in.When the storage amount predetermined threshold value of this total quantity higher than these dangerous material, send alert notice.Alternatively, this public security total management system can also according to arranging multiple storage amount predetermined threshold value, such as, first predetermined threshold value and the second predetermined threshold value, this the first pre-determined threshold be greater than this second predetermined threshold value, by the rank residing for the storage total amount of monitoring this warehouse, the warning of different stage is set, the safety storage of Implementation repository, realizes public security organ's differentiated control according to hidden danger risk and puts on record.Such as, when the stock in this warehouse is more than or equal to the first predetermined threshold value, harmful grade is higher, and send warning message to Department of Public Security of Shanxi Province, Department of Public Security of Shanxi Province related management personnel can make corresponding process, even take compulsory measure to eliminate this potential safety hazard; Stock when this warehouse is more than or equal to the second predetermined threshold value, and when being less than the first predetermined threshold value, harmful grade is lower, and send warning message to municipal public security bureau, the related management personnel of municipal public security bureau can make and process accordingly and take appropriate measures.The present invention illustrates just to example the explanation of different alert level and corresponding measure, and should not form restriction to the present invention, the present invention also should not be limited to this.
In above-mentioned public security total management system, as shown in Figure 4, the stock management unit described in detail in this public security total management system is applicable to the detailed process of the method 100, in order to avoid repeating, does not repeat them here.
Alternatively, when this dangerous material information comprises the identification code of these dangerous material, when the product quantity remaining dangerous material and the product quantity having used dangerous material, this public security total management system is analyzed this first information, pre-conditioned to determine whether this first information meets, comprise: this public security total management system is according to the identification code of these dangerous material, this residue dangerous material information and this warehouse-in product information information of carrying out are checked, second pre-conditioned to determine that whether this dangerous material information meet, this second pre-conditionedly to comprise: the product quantity of these residue dangerous material with used the product quantity sum of dangerous material and this warehouse-in product quantity inconsistent.
In embodiments of the present invention, this public security total management system is according to the Quick Response Code of these dangerous material, gather the residue dangerous material product quantity of these dangerous material and used the product quantity of dangerous material, and by the residue dangerous material product quantity of these dangerous material with used the product quantity in the warehouse-in product information of the product quantity of dangerous material and these dangerous material to check, be confirmed whether consistent, if there is inconsistent situation, alert notice will be sent, to notify that relevant departments are to the transport after this dangerous material outbound, each link in using is investigated one by one, confirm whether the dangerous material omitted can cause potential safety hazard.This public security total management system can also check the information such as the shelf-life of these residue dangerous material, after confirming that these residue dangerous material are without exception, allows warehouse-in.
In above-mentioned public security total management system, as shown in figure 12, the residue hazardous material management unit described in detail in this public security total management system is applicable to the detailed process of the method 100, in order to avoid repeating, does not repeat them here.
Alternatively, when this dangerous material information comprises identification code and this personal information of these dangerous material, this public security total management system gathers the first information, comprise: this public security total management system gathers the identification code of these dangerous material, and the outbound personnel of these dangerous material, escort personnel, interim administrator, user of service or dynamiter finger print information; Wherein, this public security total management system is analyzed this first information, pre-conditioned to determine whether this first information meets, comprise: this public security total management system, according to the identification code of these dangerous material, gathers the finger print information of the outbound personnel of these dangerous material, escort personnel, interim administrator, user of service or dynamiter; This public security total management system is according to this finger print information, authentication is carried out to this personal information, when this authentication is unsuccessful, determine that this first information meets the 3rd pre-conditioned, the 3rd pre-conditionedly comprises: unsuccessful to the authentication of this personal information.
In embodiments of the present invention, this public security total management system gathers the fingerprint of the outbound personnel of these dangerous material, escort personnel, interim administrator, user of service and dynamiter by fingerprint collecting equipment such as manual terminals, according to the identification code of these dangerous material, the personal information corresponding in above-mentioned each process to these dangerous material stored in this public security total management system is checked, if consistent, be then proved to be successful; If inconsistent, then verify unsuccessful.When the verification is not successful, this public security total management system will send alert notice, to notify that relevant departments get involved in the investigation, and give to suspend process to the outbound of these dangerous material, transport, use link, transport to avoid unauthorized person, use or accident that these dangerous material of explosion may cause.
In above-mentioned public security total management system, as shown in Fig. 5, Fig. 9, Figure 10 and Figure 11, described the outbound administrative unit in this public security total management system in detail, detailed process that dangerous material handing-over administrative unit, dangerous material payroll management unit, dangerous material use management unit are applicable to the method 100, in order to avoid repeating, do not repeat them here.
Alternatively, when this dangerous material information comprises the warehouse environment parameter in the identification code of these dangerous material and the warehouse of these dangerous material of storage, this warehouse environment parameter comprises: temperature, humidity, smokescope and light intensity, wherein, this public security total management system is analyzed this first information, pre-conditioned to determine whether this first information meets, comprise: this public security total management system is analyzed this warehouse environment parameter, determine that whether this warehouse environment parameter meets the 4th pre-conditioned, 4th pre-conditionedly comprises: this temperature, humidity, any one in smokescope and light intensity exceeds environmental parameter preset range.
Alternatively, this environmental parameter preset range value comprises: the first preset range and the second preset range, the harmful grade being in the warehouse environment parameter of this first preset range is higher than the harmful grade of warehouse environment parameter being in this second preset range, wherein, should determine this first information meet this pre-conditioned time, this public security total management system sends alert notice to administrative authority, comprise: when determining that this warehouse environment parameter is in this first preset range, this public security total management system sends one-level alert notice to one-level management department; When determining that this warehouse environment parameter is in this second preset range, this public security total management system sends secondary alarm notice to classify management department.
In embodiments of the present invention, this public security total management system gathers warehouse environment parameter by sensor, thermometer, hygrometer etc., such as, and the information such as temperature, humidity, smokescope, light intensity, according to the identification code giving dangerous material, record the warehouse environment parameter in the warehouse that these dangerous material are deposited.When detecting that some parameter values wherein exceed warehouse environment parameter predetermined threshold value, alert notice will be sent, to notify that the storage personnel be correlated with adjust warehouse environment in time.Alternatively, this environmental parameter predetermined threshold value can also be divided into level threshold, by different threshold level, arranges different warnings, and the safety storage of Implementation repository, realizes public security organ's differentiated control according to hidden danger risk and put on record.
Exemplarily non-limiting, this environmental parameter predetermined threshold value comprises the first preset range and the second preset range, and the harmful grade being in the warehouse environment parameter of this first preset range is higher than the harmful grade of warehouse environment parameter being in this second preset range.When determining that this warehouse environment parameter is in this first preset range, this public security total management system sends warning message to Department of Public Security of Shanxi Province, and Department of Public Security of Shanxi Province related management personnel can make corresponding process, even takes compulsory measure to eliminate this potential safety hazard; When determining that this warehouse environment parameter is in this second preset range, this public security total management system sends warning message to municipal public security bureau, and the related management personnel of municipal public security bureau can make and process accordingly and take appropriate measures.The present invention illustrates just to example the explanation of different alert level and corresponding measure, and should not form restriction to the present invention, the present invention also should not be limited to this.
In above-mentioned public security total management system, as shown in Figure 6, the warehouse environment monitoring means described in detail in this public security total management system is applicable to the detailed process of the method 100, in order to avoid repeating, does not repeat them here.
Alternatively, this Code in Hazardous Special Locations information comprises: people's current density of fixed-site and/or people's current density of playground, wherein, this is analyzed this first information, pre-conditioned to determine whether this first information meets, comprise: carry out statistical study to people's current density of this playground and/or people's current density of this fixed-site, the 5th pre-conditioned to determine that whether this people's current density meets, the 5th pre-conditionedly comprises: this people's current density exceeds stream of people's predetermined threshold value.
In embodiments of the present invention, this Code in Hazardous Special Locations information comprises people's current density of playground and people's current density of fixed-site, this comprehensive public security system ensemble passes through video monitoring, detect that people's current density in certain place exceeds stream of people's predetermined threshold value, alert notice will be sent to public security department or other administrative authoritys, so that public security department or other administrative authoritys evacuate an endless flow of people timely, avoid trampling, pushing event generation.
Alternatively, this stream of people's predetermined threshold value also can be divided into level threshold, by different threshold level, arranges different warnings, realizes public security organ's differentiated control and put on record according to hidden danger risk.
Alternatively, this danger sources information comprises: the dangerous matter sources environmental parameter of this major hazard source, wherein, this is analyzed this first information, pre-conditioned to determine whether this first information meets, comprise: analyze the dangerous matter sources environmental parameter of this major hazard source, determine that whether this dangerous matter sources environmental parameter meets the 6th pre-conditioned, the 6th pre-conditionedly comprises: this dangerous matter sources environmental parameter exceeds accident generation critical value.
In embodiments of the present invention, public security total management system is by methods such as video monitorings, the warehouse environment parameter of certain major hazard source detected, surrounding enviroment parameter etc. exceeds the critical value that accident occurs, such as, the temperature in warehouse that this major hazard source is used for storage of hazardous product is greater than the threshold temperature that certain accident occurs, or, the smokescope of surrounding enviroment parameter is greater than the critical value concentration of certain accident generation, this public security total management system will send alert notice to regulatory authorities, so that the timely management and control of this regulatory authorities, avoid the generation of dangerous matter sources accident.
Alternatively, the method 100 also comprises:
This public security total management system, according to hazardous material incident, Code in Hazardous Special Locations accident or major hazard source accident, sends alert notice;
This public security total management system, according to this alert notice, determines emergency preplan.
This public security total management system is when hazardous material incident, Code in Hazardous Special Locations accident or major hazard source accident occur, can be monitored in the very first time by video monitoring, and send alert notice to each relevant departments at once, the place that the comprehensive accident of this public security total management system occurs, personnel's situation, house situation etc. of periphery, and in conjunction with the emergency plan of history accident, emergency preplan is determined in the very first time, for administrative authority provides reference, so that this administrative authority makes emergency processing in time, exactly.
Therefore, the method of the public security integrated management of the embodiment of the present invention, the first information is gathered by public security total management system, when this first information meets pre-conditioned, alert notice is sent to administrative authority, so that the timely management and control of administrative authority, avoid accident to occur, reduce casualties and economic loss.
Should understand, in various embodiments of the present invention, the size of the sequence number of above-mentioned each process does not also mean that the priority of execution sequence, and the execution sequence of each process should be determined with its function and internal logic, and should not form any restriction to the implementation process of the embodiment of the present invention.
In several embodiments that the application provides, should be understood that disclosed system, subsystem module and unit can realize by another way.Such as, module embodiments described above is only schematic, such as, the division of described unit, be only a kind of logic function to divide, actual can have other dividing mode when realizing, such as multiple unit or assembly can in conjunction with or another system can be integrated into, or some features can be ignored, or do not perform.Another point, shown or discussed coupling each other or direct-coupling or communication connection can be by some interfaces, and the indirect coupling of device or unit or communication connection can be electrical, machinery or other form.
The described unit illustrated as separating component or can may not be and physically separates, and the parts as unit display can be or may not be physical location, namely can be positioned at a place, or also can be distributed in multiple network element.Some or all of unit wherein can be selected according to the actual needs to realize the object of the present embodiment scheme.
In addition, each functional unit in each embodiment of the present invention can be integrated in a processing unit, also can be that the independent physics of unit exists, also can two or more unit in a unit integrated.
If described function using the form of SFU software functional unit realize and as independently production marketing or use time, can be stored in a computer read/write memory medium.Based on such understanding, the part of the part that technical scheme of the present invention contributes to prior art in essence in other words or this technical scheme can embody with the form of software product, this computer software product is stored in a storage medium, comprising some instructions in order to make a computer equipment (can be personal computer, server, or the network equipment etc.) perform all or part of step of method described in each embodiment of the present invention.And aforesaid storage medium comprises: USB flash disk, portable hard drive, ROM (read-only memory) (ROM, Read-OnlyMemory), random access memory (RAM, RandomAccessMemory), magnetic disc or CD etc. various can be program code stored medium.
The above; be only the specific embodiment of the present invention, but protection scope of the present invention is not limited thereto, is anyly familiar with those skilled in the art in the technical scope that the present invention discloses; change can be expected easily or replace, all should be encompassed within protection scope of the present invention.Therefore, protection scope of the present invention should be as the criterion with the protection domain of described claim.

Claims (10)

1. a public security total management system, is characterized in that, comprising:
Hazardous material management subsystem, carries out information acquisition, information analysis and management and control to the warehouse-in process of dangerous material, storing process, outbound process, transportation, handshaking, distribution process and use procedure;
Code in Hazardous Special Locations ADMINISTRATION SUBSYSTEM, carries out information acquisition, information analysis and management and control to playground and fixed-site.
2. public security total management system according to claim 1, is characterized in that, described hazardous material management subsystem comprises:
Warehousing management module, gather the warehouse-in product information of described dangerous material, outbound product information and store the ambient parameter information in warehouse of described dangerous material, described warehouse-in product information, described outbound product information and described ambient parameter information are uploaded in described public security total management system, described warehouse-in product information, described outbound product information and described ambient parameter information are analyzed, and management and control is carried out to described warehouse-in process, described storing process and described outbound process;
Transportation management module, determines transportation route and the Transportation Model of described dangerous material, monitors the described transportation of described dangerous material;
Use management module, gather the handing-over information of described dangerous material, release information and use information, described handing-over information, described release information and described use information are uploaded in described public security total management system, described handing-over information, described release information and described use information are analyzed, and management and control is carried out to described handshaking, described distribution process and described use procedure.
3. public security total management system according to claim 2, is characterized in that, described warehousing management module comprises:
Stock management unit, gather the described warehouse-in product information of described dangerous material, described warehouse-in product information is uploaded in described public security total management system, generate the identification code of described dangerous material, and according to described warehouse-in product information, management and control is carried out to described warehouse-in process, wherein, described identification code comprises the described warehouse-in product information of described dangerous material;
Outbound administrative unit, gathers the described outbound product information of described dangerous material, described outbound product information is uploaded in described public security total management system, and carries out management and control according to the outbound process of described outbound product information to described dangerous material;
Warehouse environment monitoring means, measures the ambient parameter information in the warehouse storing described dangerous material, uploaded in described public security total management system by described ambient parameter information, and whether the environment analyzing described warehouse is in safe range;
Entryexit management for people unit, monitors the discrepancy of the personnel in described warehouse;
First monitoring unit, carries out video monitoring to described warehouse.
4. the public security total management system according to Claims 2 or 3, is characterized in that, described transportation management module comprises:
Determining unit, determines transportation route and the Transportation Model of described dangerous material, and according to described Transportation Model, determines the delivery vehicle of described dangerous material;
Second monitoring unit, carries out described video monitoring to the transportation of described dangerous material.
5. the public security total management system according to any one of claim 2 to 4, is characterized in that, described use management module comprises:
Dangerous material handing-over administrative unit, the described handshaking of described dangerous material is carried out to the collection of handing-over information, and described handing-over information uploaded in described public security total management system, so that described public security total management system verifies that whether the described handing-over information of described dangerous material is consistent with described outbound product information;
Dangerous material payroll management unit, carries out the collection of release information to the described distribution process of described dangerous material, and uploads in described public security total management system by the described release information of described dangerous material;
Dangerous material use management unit, carries out to the described use procedure of described dangerous material the collection using recorded information, and uploads in described public security total management system by the described use recorded information of described dangerous material;
Residue hazardous material management unit, manages remaining described dangerous material.
6. public security total management system according to any one of claim 1 to 5, is characterized in that, described Code in Hazardous Special Locations ADMINISTRATION SUBSYSTEM comprises:
Playground administration module, to holding rally, the people information in movable place gathers, analyzes and monitors, and wherein, described people information comprises: stream of people's density information, personnel flow to information;
Fixed-site administration module, carries out information acquisition, analysis and monitoring to public place of entertainment, campus, three grades of tubulation units.
7. public security total management system according to any one of claim 1 to 6, is characterized in that, described public security total management system also comprises Management of Major Risk subsystem, and described Management of Major Risk subsystem comprises:
Information acquisition module, gather the danger sources information of described major hazard source, and described danger sources information is uploaded in described public security total management system, generate substantial risk source database, wherein, described danger sources information comprises: the kind of the dangerous material of described major hazard source, the quantity of described dangerous material, the accident generation critical value of described dangerous material, the production environment of described dangerous material, the storage environment of described dangerous material, the geographical location information of described major hazard source;
Information analysis module, according to the danger sources information that described information acquisition module collects, carries out identification classification and statistical study to described major hazard source, generates dangerous matter sources statistical report form;
Management and control module, according to the described dangerous matter sources statistical report form that described information analysis module generates, carries out management and control to described major hazard source.
8. a method for public security integrated management, is characterized in that, described method comprises:
Public security total management system gathers the first information, and the described first information comprises: dangerous material information, Code in Hazardous Special Locations information, danger sources information;
Described public security total management system is analyzed the described first information, pre-conditioned to determine whether the described first information meets;
When determine the described first information meet described pre-conditioned time, described public security total management system sends alert notice to administrative authority, so that described administrative authority is for the described first information, carries out management and control.
9. method according to claim 8, it is characterized in that, described dangerous material information comprises: the identification code of dangerous material, warehouse-in product quantity, the product quantity of residue dangerous material, the product quantity using dangerous material, personal information and warehouse environment parameter, described personal information comprises: the finger print information of the outbound personnel of described dangerous material, escort personnel, interim administrator, user of service or dynamiter
Wherein, described public security total management system is analyzed the described first information, pre-conditioned to determine whether the described first information meets, and comprising:
Described public security total management system according to described warehouse-in product quantity, residue dangerous material product quantity, use the identification code of any one in the product quantity of dangerous material, personal information and warehouse environment parameter and described dangerous material to analyze, pre-conditioned to determine whether the described first information meets.
10. method according to claim 8 or claim 9, it is characterized in that, described method also comprises:
Described public security total management system, according to hazardous material incident, Code in Hazardous Special Locations accident or major hazard source accident, sends alert notice;
Described public security total management system, according to this alert notice, determines emergency preplan.
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Address after: 111299 No. 5-1 Shengli Street, Shoushan Town, Liaoyang County, Liaoning Province

Applicant after: Liaoning Chengyuan Blasting Co., Ltd.

Address before: 111299 No. 5-1 Shengli Street, Shoushan Town, Liaoyang County, Liaoning Province

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Application publication date: 20151216