CN109949007A - A kind of shaft production management platform and method - Google Patents
A kind of shaft production management platform and method Download PDFInfo
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- CN109949007A CN109949007A CN201910199751.3A CN201910199751A CN109949007A CN 109949007 A CN109949007 A CN 109949007A CN 201910199751 A CN201910199751 A CN 201910199751A CN 109949007 A CN109949007 A CN 109949007A
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Abstract
The present invention provides a kind of shaft production management platform and management methods, including acquisition and control system, distribution and storage system and visualization managing and control system；The acquisition and control system are acquired and are controlled for realizing the management platform automated data and the real-time of information based data；The distribution is used to the automated data and information based data carrying out real-time release and storage in the way of message queue with storage system；The visualization managing and control system is used to receive the automated data and information based data of the publication, and carries out visualized management, long-range control and big data analysis to the mine.The present invention can be realized access and the integration exhibition of mine plurality of devices automated system and information system, and the visible environment of mine is combined to realize that mine personnel, equipment, environment, production safety management are merged with the instant of geospatial information, all devices and system are managed concentratedly and controlled under visualization interface, it is real-time, convenient and efficient to have the characteristics that.
Description
Technical field
The present invention relates to mining production technical fields more particularly to a kind of shaft production to manage platform.
Background technique
Pit mining is a huge, complicated system engineering, and wherein production link is related to " adopt, dig, machine, fortune, logical, row "
Other numerous subsystems such as six big systems and electromechanical equipment control, personnel positioning, industrial video, safety monitoring, these systems
Normal operation be important leverage that mine safety efficiently produces.But since the above equipment and system are mostly from different factories
Family, there are great differences for data-interface, control mode, operating environment, and at present in mine actual production process, these are
The system still main independent operating in a manner of single system, is primarily present following problem:
(1) environment that manages and controls of system is mostly single schematic diagram, simulation drawing, lacks the time-space relationship of geographical space
Support cannot really reflect the environment at exploitation scene, can not carry out spatial analysis and aid decision, to production and management work band
Carry out hidden danger.
(2) each system independent operating, need in daily actual production work 24 hours uninterrupted, more people manage simultaneously and
Multiple systems are operated, labor workload is big, is difficult in time, comprehensively to respond when facing emergency case.
(3) lack mutual communication and linkage between system, cannot achieve unified globalization, collaborative, systematization analysis
Decision and global optimization.
Summary of the invention
In view of the above problems, it proposes the embodiment of the present invention and overcomes the above problem or at least partly in order to provide one kind
A kind of shaft production management platform and management method to solve the above problems.
To solve the above-mentioned problems, the embodiment of the invention discloses a kind of shaft productions to manage platform, including acquisition and control
System, distribution and storage system processed and visualization managing and control system；
The acquisition and control system are adopted for realizing the management platform automated data and the real-time of information based data
Collection and control；
It is described distribution with storage system be used for by the automated data and information based data in the way of message queue into
Row real-time release and the automated data and information based data are stored；
The visualization managing and control system is used to receive the automated data and information based data of the publication, and described in utilization
Automated data and information based data carry out visualized management and long-range control to the mine.
Further, the distribution and storage system include Message Queuing system and Database Systems；
The Message Queuing system for by message queue in the way of in real time by it is described acquisition with control system acquisition certainly
Dynamicization data and information based data are issued；
The Database Systems are used to store history automated data and the information based data in the Message Queuing system.
Further, the acquisition is configured with the address of the Message Queuing system with control system, passes through the address
The automated data and information based data are transferred to Message Queuing system.
Further, the automated data is generated by automated system, and the information based data is produced by information system
It is raw；
The automated system include: main auxiliary shaft hoisting monitoring system, drainage monitoring system, main fan ventilation monitoring system,
Pressure fan monitoring system, main coal stream transport monitor system, tramcar SIGNAL CENTER BLOCK system, fully-mechanized mining working centralized control system, comprehensive pick
Face monitoring system, belt transportation system, electric power monitoring system, coal washery centralized control system etc.；
The information system includes: safety monitoring system, personnel location system, GIS-Geographic Information System (GIS), computer
Aided design system (CAD), Building Information Model (BIM) system, Enterprise Resources Plan (ERP) system, production safety management system
System etc..
Further, the visualization managing and control system is based on including stratum, tunnel, equipment, personnel and digging topical content
Mine two dimension or multidimensional geographical space visible environment, and/or the automated data, and/or information based data Deng including
Automatically issuing control instruction or by human-computer interaction or configuration chart mode, perhaps inspection instructs the control instruction or patrols
Inspection instruction is transferred to acquisition and control system by distribution and storage system；
The control instruction is used to carry out automated system or information system visualized management or long-range control；
The inspection instruction is for carrying out inspection to automated system or information system.
Further, the two dimension of the mine or multidimensional geographical space visible environment use GIS-Geographic Information System or calculating
Machine aided design system, Building Information Model building provide and the consistent digitlization of true geographical space, virtualization scene, use
In realization human-computer interaction.
Further, the ground of address and Database Systems of the visualization managing and control system configured with Message Queuing system
Location can be used in the automated data and information based data of the publication of Message Queuing system described in real-time exhibition, also can be used in pair
The history automated data and information based data stored in Database Systems inquired, is analyzed and data mining.
Further, the Visualized management system includes big data joint control system, the big data joint control system configuration
Have the address of Message Queuing system and the address of Database Systems, for obtain in real time Message Queuing system publication from
Dynamicization data and information based data carry out big data analysis using the automated data and information based data, according to described point
It analyses result and long-range control is realized to the mine.
The embodiment of the invention also discloses a kind of shaft production management methods, comprising:
The management platform automated data and information based data are obtained in real time；
The automated data and information based data are subjected to real-time release and storage based on message queue mode；
Receive the automated data and information based data, using the automated data and information based data to mine into
Row visualized management or long-range control.
Further, described to obtain the management platform automated data in real time and information based data includes:
The automated data that automated system generates is obtained in real time；
The information based data that information system generates is obtained in real time；
The automated system include: main auxiliary shaft hoisting monitoring system, drainage monitoring system, main fan ventilation monitoring system,
Pressure fan monitoring system, main coal stream transport monitor system, tramcar SIGNAL CENTER BLOCK system, fully-mechanized mining working centralized control system, comprehensive pick
Face monitoring system, belt transportation system, electric power monitoring system, coal washery centralized control system etc.；The information system includes: safety
Monitoring system, personnel location system, GIS-Geographic Information System (GIS), computer aided design system (CAD), Building Information Model
(BIM) system, Enterprise Resources Plan (ERP) system, safe production management system etc..
Further, described that the automated data and information based data are carried out by real-time release based on message queue mode
Include: with storage
The automated data and information based data that will acquire in real time in the way of message queue are issued；
The history automated data and historical information data are stored.
Further, described to receive the automated data and information based data, utilize the automated data and information
Change data includes: to mine progress visualized management and long-range control
Receive the automated data and information based data；
Visible environment and/or the automated data, and/or information based data based on the mine are automatic or logical
It crosses man-machine interactive operation and issues control instruction and inspection instruction；
The control instruction includes roof and floor cutting resistance curves, scratch board conveyor straightening line, pitching coal mining baseline；
It is based on using roof and floor cutting resistance curves, scratch board conveyor straightening line, the pitching coal mining baseline in the control instruction
The two dimension or multidimensional geographical space visible environment of the mine is to coalcutter, scratch board conveyor, the hydraulic support in mine
Automation is mined and is controlled；
Long-range inspection is carried out to automated system and information system using inspection instruction.
Further, it is described the history automated data and historical information data are stored after further include:
Using the history automated data and the historical information data to the automated system and information-based system
System is managed.
The embodiment of the present invention includes following advantages:
(1) present invention can be realized access and the integration exhibition of mine plurality of devices automated system and information system, and
It is in conjunction with what mine geographic information system technic realized mine personnel, equipment, environment, production safety management and geospatial information
Shi Ronghe is managed concentratedly and is controlled to all devices and system under a visualization interface, and it is real-time, convenient and efficient to have
Feature.
(2) present invention is capable of providing efficient, magnanimity data access and management application, and Message Queuing system is as middle layer
Can be with efficient process real time data and control signal, while being distributed to Database Systems and doing parallel filing storage, take into account efficiency
With reliability.
(3) the present invention has rational design, has fully considered the status of mine safety production and the feasibility of implementation, has good
Promotional value.
Detailed description of the invention
Fig. 1 is a kind of shaft production management platform structure schematic diagram of the invention；
Fig. 2 is a kind of shaft production management platform structure schematic diagram of the invention
Fig. 3 is a kind of shaft production management method flow chart of the invention；
Fig. 4 is a kind of shaft production management method flow chart of the invention
Specific embodiment
In order to make the foregoing objectives, features and advantages of the present invention clearer and more comprehensible, with reference to the accompanying drawing and specific real
Applying mode, the present invention is described in further detail.
With reference to Fig. 1 and Fig. 2, one of embodiment of the present invention shaft production management platform, including acquisition and control are shown
System, distribution and storage system processed and visualization managing and control system；
The acquisition and control system are adopted for realizing the management platform automated data and the real-time of information based data
Collection and control；
It is described distribution with storage system be used for by the automated data and information based data in the way of message queue into
Row real-time release and the automated data and information based data are stored；
The visualization managing and control system is used to receive the automated data and information based data of the publication, and described in utilization
Automated data and information based data carry out visualized management and long-range control to the mine.
The distribution and storage system include Message Queuing system and Database Systems；The Message Queuing system is for benefit
The automated data and information based data acquired with control system that acquire is issued in real time with message queue mode；Institute
Database Systems are stated for storing history automated data and information based data in the Message Queuing system.
The acquisition is configured with the address of the Message Queuing system with control system, will be described automatic by the address
Change data and information based data is transferred to Message Queuing system.
The automated data is generated by automated system, and the information based data is generated by information system；It is described from
Dynamicization system include: main auxiliary shaft hoisting monitoring system, drainage monitoring system, main fan ventilation monitoring system, pressure fan monitoring system,
Main coal stream transport monitor system, tramcar SIGNAL CENTER BLOCK system, fully-mechanized mining working centralized control system, comprehensive pick face monitoring system, belt
Transportation system, electric power monitoring system, coal washery centralized control system；The information system includes: safety monitoring system, personnel positioning
System, GIS-Geographic Information System (GIS), computer aided design system (CAD), Building Information Model (BIM) system, corporate resources
Plan (ERP) system, safe production management system etc..
The visualization managing and control system is based on the mine including stratum, tunnel, equipment, personnel and digging topical content etc.
Well two dimension or multidimensional geographical space visible environment, and/or the automated data, and/or information based data are automatic or logical
Crossing man-machine interaction mode sending control instruction, perhaps inspection instructs the control instruction or inspection instruction by distribution and stores
System is transferred to acquisition and control system；The control instruction is for visualizing automated system or information system
Management or long-range control；The inspection instruction is for carrying out inspection to automated system or information system.
The two dimension or multidimensional geographical space visible environment of the mine are set using GIS-Geographic Information System or area of computer aided
Meter systems, Building Information Model building, provide with true geographical space it is consistent digitlization, virtualization scene, for realizing people
Machine interaction.
The address of address and Database Systems of the visualization managing and control system configured with Message Queuing system, Neng Gouyong
The automated data and information based data of the publication of the Message Queuing system described in real-time exhibition, also can be used in Database Systems
The history automated data and information based data of middle storage inquired, is analyzed and data mining.
The Visualized management system includes big data joint control system, and the big data joint control system configuration has message queue
The address of system and the address of Database Systems, for obtain in real time Message Queuing system publication automated data and
Information based data carries out big data analysis using the automated data and information based data, according to the analysis result to institute
It states mine and realizes long-range control.
Management platform described in the present embodiment can be that mine foundation is unified based on two dimension, multidimensional geographical space visible environment
Business operation platform, realize management and control to mine various kinds of equipment and system, and by unified data access, deposit
Storage, processing and distribution, integration control and collaboration optimization between realization system, improve the work of mine safety management, production management
Make efficiency and intelligent level.
In the present embodiment, the acquisition and control system be the management platform with other systems and hardware (outstation,
PLC, sensor) between data communication driving.It is realized by acquisition and control system to electromechanical equipment automated system (master
Auxiliary shaft hoisting monitoring system, drainage monitoring system, main fan ventilation monitoring system, pressure fan monitoring system, main coal stream transport monitoring
System, tramcar SIGNAL CENTER BLOCK system, fully-mechanized mining working centralized control system, comprehensive pick face monitoring system, belt transportation system, electric power prison
Control system, coal washery centralized control system etc.) and information system (safety monitoring system, personnel location system, GIS-Geographic Information System,
Computer aided design system, Building Information Model system, enterprise resource planning, safe production management system etc.) number
According to acquisition and control.The automated system of acquisition and the data of information system are passed through data point by data acquisition and control system
Hair and the real time data of storage system publication acquisition are used for visualization managing and control system, and data acquisition and control system also receives can
Inspection or control instruction message depending on changing managing and control system, after receiving control instruction message immediately to the automated system of access and
Information system is managed concentratedly and is controlled；
The acquisition is based on publicly-owned communications protocol and the particular vendors such as OPC, Modbus, Socket, Http with control system
Privately owned communications protocol, the data access and control module of development system are realized to automated system (main auxiliary shaft hoisting monitoring system
System, drainage monitoring system, main fan ventilation monitoring system, pressure fan monitoring system, main coal stream transport monitor system, tramcar letter
Collection closes system, fully-mechanized mining working centralized control system, comprehensive pick face monitoring system, belt transportation system, electric power monitoring system, coal washery collection
Control system etc.) and information system (safety monitoring system, personnel location system, geography information or computer aided design system
With Building Information Model system, enterprise resource planning etc.) data acquisition and control.Acquisition and control system configuration
There is the address of service of Message Queuing system, the data of the automated system of acquisition and information system are passed through into Message Queuing system
It releases for based on geographical space visualization managing and control system (including stratum, tunnel, equipment, personnel and digging topical content etc.
Mine two dimension or multidimensional geographical space visible environment inside) and the use of big data analysis joint control system.Meanwhile data acquire
And control system also subscribes to the instruction message based on geographical space visualization managing and control system and big data analysis joint control system, works as receipts
Centralized control is carried out to the subsystem of system layer after to instruction message.
The data distribution and storage system include Message Queuing system and Database Systems.Message Queuing system is entire
The nerve center of platform data, externally offer message queue distribution subscription service, responsible all real time datas of platform and message
Publication and subscribe to, guarantee message between each system, data, instruction instantaneous transmission.Meanwhile Message Queuing system is also third
Method, system provides data-interface service and files the historical data of storage change to Database Systems.Database Systems are relationship numbers
According to the combined data base system that library, non-relational database, real-time data base, space-time database, big data store, realize that multi-source is different
The data filing and storage of structure.Database Systems filing storage message queue historical data, for visualization managing and control system into
Row the inquiry of historical data, analysis, data mining.Meanwhile Database Systems are also responsible for visualization managing and control system management class data
Storage；
The Message Queuing system is the nerve center of entire platform data, is responsible for the publication of all data of platform and message
With subscription, guarantee message between each system, data, instruction quick transmission.Meanwhile Message Queuing system can also be third
Method, system provides data-interface service.
Using MQTT open source message queue frame, the Message Queuing system is developed, message team is externally provided by network
Column distribution subscription service, Message Queuing system are configured with the address of service of Database Systems, and file going through for storage message queue
History data to data library system.Database Systems be relational database, non-relational database, real-time data base, space-time database,
The Database Systems of big data storage system combination, realize multi-source heterogeneous data filing and storage.Meanwhile Database Systems are also
It is responsible for the storage based on geographical space visualization managing and control system and big data analysis joint control system administration class data.
The visualization managing and control system is all data visualization management of entire platform and remotely controls automatic or man-machine
Interactive system is realized that the fusion of mine information is integrated, is shown, provides the well based on geographical space visible environment or more all kinds of systems
System, equipment long-distance interactive manage and control and cross-system, data big data joint control analysis, realize mine lack people or
Unmanned work；
Based on GIS-Geographic Information System or CAD and Virtual Simulation, full mine macroscopic view and emphasis field are established
The visible environment of institute's micromodel, to electromechanical equipment automated system (main auxiliary shaft hoisting monitoring system, drainage monitoring system,
Main fan ventilation monitoring system, pressure fan monitoring system, main coal stream transport monitor system, tramcar SIGNAL CENTER BLOCK system, fully mechanized mining work
Make face centralized control system, comprehensive pick face monitoring system, belt transportation system, electric power monitoring system, coal washery centralized control system etc.) and information
Change system (safety monitoring system, personnel location system, geography information or computer aided design system and Building Information Model system
System, enterprise resource planning etc.) data melt integrated, and hologram display mine information.Visualization pipe based on geographical space
Control system configuration has the address of service of Message Queuing system and the address of service of Database Systems, real-time exhibition latest data and people
Machine interactive mode issues control instruction, and the inquiry, analysis, data mining and stored visualisation managing and control system to platform historical data are certainly
The management data of body.
Control of the managing and control system based on the realization of geographical space visible environment to access system is visualized, including comprehensive visual
Change the modules such as control, default cutting resistance curves generation, high-precision geological model dynamic corrections, big data analysis joint control, specifically describes
It is as follows:
The base support and man-machine interaction environment of the management platform use GIS-Geographic Information System (GIS) or area of computer aided
Designing system (CAD), Building Information Model (BIM), provide with the consistent digitlization of geographical space, virtual scene, pass through one
Unified integrated, the displaying mine automated system in interface and information system；
For mine working face production work, visualizes managing and control system and be based on working face high-precision geological model and coalcutter
History cutting resistance curves, automatic or man-machine interactive generates working face roof and floor and presets cutting resistance curves, in conjunction with real-time production data exhibition
Show that cutting resistance curves are preset in current feed, generates next feed roof and floor coal-rock detection line and and the default cutting resistance curves pair of current feed
Than showing, synthetic operation face roof and floor cutting resistance curves, scratch board conveyor straightening line, pitching coal mining baseline instruct working face remotely to grasp
Control and Manless mining；
It is default with working face high-precision geological model in conjunction with real-time, the practical cutting resistance curves data that working surface production returns
After curve comparison, difference section is formed into new control point or high-precision geological model is added with roof and floor real-time detection data,
Dynamic updates geological model data, provides more accurate, fine model supports for subsequent generation cutting；
By visualizing control platform, the operation of automatic or man-machine interactive sends instruction operation underground various kinds of equipment, passes through
Network environment, communications protocol, computer-controlled program and equipment control interface realize the long-range control to underground equipment, and right
The actual result of control is visualized；
The subsystems data that visualization managing and control system is accessed based on platform, analyzed using big data framework cross-system,
Processing, provides the intelligent Evaluation and suggestion of shaft production management, each height of remote automation linkage control in tolerance band
System.Specifically, the big data off-line data that the visualization managing and control system is formed based on the subsystems that platform accesses, is adopted
With the analysis of big data framework cross-system, processing, big data analysis is realized to the subsystem of each access.Big data analysis joint control system
The address of service under unified central planning for being equipped with Message Queuing system, Database Systems address of service, obtain latest data in real time and count greatly
According to analyzing and issuing automatically control instruction, obtains latest data and carry out big data analysis and storage result data.According to dynamic in real time
State analysis is as a result, provide the intelligent Evaluation and suggestion of shaft production management, the remote automation linkage control in tolerance band
Subsystems.
Visualization control platform is that unified data management platform, unified visualization business operation platform are established in mine,
The realizations such as coal mine excavation system, conveying system, power supply system, ventilating system, drainage system can be uniformly accessed into and be controlled, and mentioned
For the fusion and linkage between system.
With reference to Fig. 3, the embodiment of the invention also discloses a kind of shaft production management methods, comprising:
Step 201, the management platform automated data and information based data are obtained in real time；
Step 202, the automated data and information based data are carried out real-time release and deposited based on message queue mode
Storage；
Step 203, the automated data and information based data are received, the automated data and information based data are utilized
Visualized management and long-range control are carried out to mine.
The step 201 includes,
The automated data that automated system generates is obtained in real time；
The information based data that information system generates is obtained in real time；
The automated system include: main auxiliary shaft hoisting monitoring system, drainage monitoring system, main fan ventilation monitoring system,
Pressure fan monitoring system, main coal stream transport monitor system, tramcar SIGNAL CENTER BLOCK system, fully-mechanized mining working centralized control system, comprehensive pick
Face monitoring system, belt transportation system, electric power monitoring system, coal washery centralized control system；
The information system includes: safety monitoring system, personnel location system, GIS-Geographic Information System (GIS), computer
Aided design system (CAD), Building Information Model (BIM) system, Enterprise Resources Plan (ERP) system, production safety management system
System.
The step 202 includes,
The automated data and information based data that will acquire in real time in the way of message queue are issued；
The history automated data and historical information data are stored.
The step 203 includes,
Receive the automated data and information based data；
Two dimension or multidimensional geographical space visible environment and/or the automated data, and/or letter based on the mine
Breathization data are automatic or issue control instruction and inspection instruction by human-computer interaction or the operation of configuration chart；
The control instruction includes roof and floor cutting resistance curves, scratch board conveyor straightening line, pitching coal mining baseline；
It is based on using roof and floor cutting resistance curves, scratch board conveyor straightening line, the pitching coal mining baseline in the control instruction
The two dimension or multidimensional geographical space visible environment of the mine is to coalcutter, scratch board conveyor, the hydraulic support in mine
Automation is mined and is controlled；
Long-range inspection is carried out to automated system and information system using inspection instruction.
It is described the history automated data and historical information data are stored after further include:
Using the history automated data and the historical information data to the automated system and information-based system
System is managed.
With reference to Fig. 4, the embodiment of the invention discloses a kind of shaft production management method, the method using data acquisition with
Control system acquires electromechanical equipment automated system and automated data and information based data in information system, the electromechanics
Equipment automatization system includes main auxiliary shaft hoisting monitoring system, drainage monitoring system, main fan ventilation monitoring system, pressure fan monitoring
System, main coal stream transport monitor system, tramcar SIGNAL CENTER BLOCK system, fully-mechanized mining working centralized control system, comprehensive pick face monitoring system,
Belt transportation system, electric power monitoring system, coal washery centralized control system etc., the information system include: safety monitoring system, people
Member positioning system, GIS-Geographic Information System (GIS), computer aided design system (CAD), Building Information Model (BIM) system, enterprise
Industry resource planning (ERP) system, safe production management system etc..The acquisition and control system is by the real-time automation
Data and information based data are transferred to Message Queuing system, and the history that the acquisition and control system is generated automates
Data and information based data are stored in Database Systems.The Message Queuing system is by the real-time automated data and information
Change data to be transferred to based on two dimension or multidimensional geographical space visualization managing and control system and big data linked system, the big data connection
Dynamic system generates control instruction and inspection instruction based on the data in Message Queuing system and Database Systems, artificial dry in needs
In the case where relating to, managing and control system is visualized based on the geographical space and passes through Message Queuing system for the control instruction and patrols
Inspection instruction be transferred to acquisition and control system, so as to the automated system and the information system progress can
Depending on changing management and inspection.In the case where not needing artificially to interfere, by Message Queuing system by the control instruction and inspection
Instruction sends an acquisition and control system, to realize the control and inspection to automated system and information system.
Although the preferred embodiment of the embodiment of the present invention has been described, once a person skilled in the art knows bases
This creative concept, then additional changes and modifications can be made to these embodiments.So the following claims are intended to be interpreted as
Including preferred embodiment and fall into all change and modification of range of embodiment of the invention.
Finally, it is to be noted that, herein, relational terms such as first and second and the like be used merely to by
One entity or operation are distinguished with another entity or operation, without necessarily requiring or implying these entities or operation
Between there are any actual relationship or orders.Moreover, the terms "include", "comprise" or its any other variant meaning
Covering non-exclusive inclusion, so that process, method, article or terminal device including a series of elements not only wrap
Those elements are included, but also including other elements that are not explicitly listed, or further includes for this process, method, article
Or the element that terminal device is intrinsic.In the absence of more restrictions, being wanted by what sentence "including a ..." limited
Element, it is not excluded that there is also other identical elements in process, method, article or the terminal device for including the element.
Above to a kind of shaft production management platform provided by the present invention and management method, it is described in detail, this
Apply that a specific example illustrates the principle and implementation of the invention in text, the explanation of above example is only intended to
It facilitates the understanding of the method and its core concept of the invention；At the same time, for those skilled in the art, think of according to the present invention
Think, there will be changes in the specific implementation manner and application range, in conclusion the content of the present specification should not be construed as pair
Limitation of the invention.
Claims (13)
1. a kind of shaft production manages platform, which is characterized in that including acquisition with control system, distribution and storage system and visually
Change managing and control system；
It is described acquisition and control system for realizing it is described management platform automated data and information based data it is real-time acquisition and
Control；
The distribution is used to the automated data and information based data carrying out reality in the way of message queue with storage system
Shi Fabu and the automated data and information based data are stored；
The visualization managing and control system is used to receive the automated data and information based data of the publication, and utilizes described automatic
Change data and information based data and visualized management, long-range control and big data analysis are carried out to the mine.
2. management platform according to claim 1, which is characterized in that it is described distribution and storage system include message queue system
System and Database Systems；
Automation of the Message Queuing system in real time being acquired the acquisition with control system in the way of message queue
Data and information based data are issued；
The Database Systems are used to store history automated data and the information based data in the Message Queuing system.
3. management platform according to claim 2, which is characterized in that the acquisition is configured with the message with control system
The automated data and information based data are transferred to Message Queuing system by the address by the address of queue system.
4. management platform according to claim 2, which is characterized in that the automated data is generated by automated system,
The information based data is generated by information system；
The automated system includes: main auxiliary shaft hoisting monitoring system, drainage monitoring system, main fan ventilation monitoring system, pressure wind
Machine monitoring system, main coal stream transport monitor system, tramcar SIGNAL CENTER BLOCK system, fully-mechanized mining working centralized control system, comprehensive pick face prison
Control system, belt transportation system, electric power monitoring system, coal washery centralized control system；
The information system includes: safety monitoring system, personnel location system, GIS-Geographic Information System, CAD
System, Building Information Model system, enterprise resource planning and safe production management system.
5. management platform according to claim 3, which is characterized in that the visualization managing and control system is based on the mine
Two dimension or multidimensional geographical space visible environment, and/or the automated data, and/or information based data are automatic or pass through
Man-machine interaction mode issues control instruction, and perhaps inspection instructs the control instruction or inspection instruction to pass through distribution and storage system
System is transferred to acquisition and control system；
The control instruction is used to carry out automated system or information system visualized management or long-range control；
The inspection instruction is for carrying out inspection to automated system or information system.
6. management platform according to claim 5, which is characterized in that the two dimension or multidimensional geographical space of the mine are visual
Change environment using GIS-Geographic Information System or computer aided design system, Building Information Model building, provides and true geographical empty
Between it is consistent digitlization, virtualization scene, for realizing human-computer interaction.
7. management platform according to claim 5, which is characterized in that the visualization managing and control system is configured with message queue
The address of system and the address of Database Systems can be used in the automation number of the publication of Message Queuing system described in real-time exhibition
According to and information based data, also can be used in looking into the history automated data and information based data that store in Database Systems
Inquiry, analysis and data mining.
8. management platform according to claim 5, which is characterized in that the Visualized management system includes big data analysis
Joint control system, the big data analysis joint control system configuration have the address of Message Queuing system and the address of Database Systems,
For obtaining the automated data and information based data of Message Queuing system publication in real time, using the automated data and
Information based data carries out big data analysis, realizes long-range control to the mine according to the analysis result.
9. a kind of shaft production management method characterized by comprising
The management platform automated data and information based data are obtained in real time；
The automated data and information based data are subjected to real-time release and storage based on message queue mode；
The automated data and information based data are received, it can to mine progress using the automated data and information based data
Depending on changing management or long-range control.
10. management method according to claim 9, which is characterized in that described to obtain the management platform automation in real time
Data and information based data include:
The automated data that automated system generates is obtained in real time；
The information based data that information system generates is obtained in real time；
The automated system includes: main auxiliary shaft hoisting monitoring system, drainage monitoring system, main fan ventilation monitoring system, pressure wind
Machine monitoring system, main coal stream transport monitor system, tramcar SIGNAL CENTER BLOCK system, fully-mechanized mining working centralized control system, comprehensive pick face prison
Control system, belt transportation system, electric power monitoring system, coal washery centralized control system；
The information system includes: safety monitoring system, personnel location system, GIS-Geographic Information System, CAD
System, Building Information Model system, Enterprise Resources Plan (ERP) system, safe production management system.
11. management method according to claim 10, which is characterized in that the message queue mode that is based on will be described automatic
Changing data and information based data progress real-time release with storage includes:
The automated data and information based data that will acquire in real time in the way of message queue are issued；
The history automated data and historical information data are stored.
12. management method according to claim 11, which is characterized in that described to receive the automated data and informationization
Data, using the automated data and information based data carries out visualized management to mine and long-range control includes:
Receive the automated data and information based data；
Two dimension or multidimensional geographical space visible environment and/or the automated data, and/or informationization based on the mine
Data are automatic or issue control instruction and inspection instruction by man-machine interactive operation；
The control instruction includes each system control instruction in the automated system；
Using in the fully-mechanized mining working centralized control system control instruction roof and floor cutting resistance curves, scratch board conveyor straightening line, bow
Two dimension or multidimensional geographical space visible environment of the coal mining baseline based on the mine is faced upward to transport coalcutter, the scraper plate in mine
The automation coal mining of machine, hydraulic support is controlled；
Long-range inspection is carried out to automated system and information system using inspection instruction.
13. management method according to claim 11, which is characterized in that by the history automated data and historical information
After change data are stored further include:
Using the history automated data and the historical information data to the automated system and information system into
Row management.
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