CN101775996B - Method for positioning, playing, real-time monitoring and early warning of hidden troubles of coal mine - Google Patents
Method for positioning, playing, real-time monitoring and early warning of hidden troubles of coal mine Download PDFInfo
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- CN101775996B CN101775996B CN2010100172207A CN201010017220A CN101775996B CN 101775996 B CN101775996 B CN 101775996B CN 2010100172207 A CN2010100172207 A CN 2010100172207A CN 201010017220 A CN201010017220 A CN 201010017220A CN 101775996 B CN101775996 B CN 101775996B
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Abstract
The invention relates to a method for positioning, playing, real-time monitoring and early warning of hidden troubles of a coal mine. The positioning, playing, real-time monitoring and early warning of hidden trouble information underground the coal mine can be realized by using mature computer, network, visualization and other techniques and through the hidden trouble information visualization of an electronic mine map. The method comprises the following steps of: 1, updating and maintaining the electronic map; 2, associating the hidden trouble information with the map during acquiring the hidden troubles; 3, manually and automatically browsing the hidden troubles based on the mine map and at different terminals; and 4, eliminating hidden trouble points on the mine map after reexamination is passed. Hidden trouble contents, which are in different places, are provided with different ranks and are not reexamined, are dynamically played on the terminals, such as the big screen in a dispatching room, the big screen at the mine mouth, a computer of a local area network and the like, by taking the electronic map as a background, wherein the troubles with different ranks are represented by different colors. The method is mainly applied to examination of the hidden troubles in the coal mine security management.
Description
Technical field
Patent of the present invention is to utilize ripe computer, network, visualization technology, by the hidden danger information visualization based on electronics ore deposit figure, realizes the method and system of location, broadcast, monitoring in real time and the early warning of hidden danger information under the coal mine.
Background technology
Hidden danger is the formidable enemy of Safety of Coal Mine Production, and hidden troubles removing is one of key link of coal mine safety management.Along with coming into operation successively of hidden troubles removing information system, in the time of the continuous surge of coal mining enterprise's hidden danger data volume, also the important information that understanding and utilization, the excavation of a large amount of hidden danger data are hidden has proposed new requirement.On the other hand, in the safety in production in colliery, have only the thought hidden danger that overcomes the worker effectively could carry out the improvement of colliery hidden danger, the generation of accident prevention effectively.The data visualization technology makes on the one hand and realizes that image display historical and hidden danger data in real time, correlation and development trend mutual and that analyze and grasp between the data become possibility, on the other hand, when the data visualization technology makes coal mining enterprise's investigation " thought hidden danger ", can overcome the deficiency of the loaded down with trivial details tediously long modes such as literal preach of tradition, security concept is rooted in the hearts of the people in mode intuitively.
The mine digitized a lot of aspect, as fields such as coal mining geology measurement, on-line monitoring monitoring, physical detectings, visualization technique has obtained comparatively widely using.But aspect the hidden troubles removing that Safety of Coal Mine Production is had significant impact, Visualization Study and application are less.It is visual that the mine digitlization requires the coal master to want related data to realize, so colliery hidden danger data visualization is the digitized important component part in mine, and hidden danger data visualization technology will effectively support effective utilization of magnanimity colliery hidden danger data.
Map is the visual carrier of directly perceived, the most lively spatial information, and the particularity of spatial data makes the Interactive Visualization based on map become a kind of special information visualization mode.Hidden danger always is present in must the geographical position, and there is the geographical configuration composition in the hidden danger data set that promptly comprises address information.The hidden danger map visualization is by showing relevant field (for example hidden danger content, person liable, rectification time limit etc.) on a space major key as the graphic element on the visual map.
The hidden danger in colliery be present in certain hour, in the point range, to the people in this scope, deposits yields security risk.In virtual visible environment, set up the direct correlation of colliery hidden danger and people and thing, predict and avoid possible accident to take place, will promote the safety in production in colliery effectively.
Pass through map visualization, with the hidden danger data that the mode of electronics ore deposit figure is showed the different location different stage, not only can strengthen the attention of worker to hidden troubles removing, strengthen awareness of safety, and can analyze geographical relationship on the hidden danger data set, hidden danger is monitored and early warning.
Summary of the invention
Technical problem: the purpose of this invention is to provide the method that hidden danger location, a kind of colliery is play monitoring and early warning in real time, by the hidden danger mode related with ore deposit figure, realize hidden danger visualization of data location, colliery, the hidden danger information of not rectifying and improving by making discovery dynamic auto loop play on the figure of ore deposit realizes the monitoring to hidden danger, in virtual visible environment, set up the direct correlation of colliery hidden danger and people and thing, prediction also avoids possible accident to take place, and realizes the safe early warning to colliery hidden danger.
Technical scheme:, be the hidden danger content (the not hidden danger of passing through through check) that background dynamics is play different location, different stage with electronics ore deposit figure by on the terminal computer of control room, colliery large-size screen monitors, well head large-size screen monitors, LAN.The hidden danger of different stage is represented with different color dot.
By the high cls of dynamic play hidden danger being installed, realize that real-time hidden danger (the not hidden danger of passing through through check) is at ore deposit figure cocycle player particular content at diverse location.For install in the control room, there is this system that sacurity dispatching is had important effect.For installing at well head, to the effect of safe early warning will the personnel of going into the well be arranged, short its improves awareness of safety, reminds it to take care; For responsible department, the hidden danger in the ocular and clear Limitation on Liability, short its handled as early as possible.
Control room, colliery both domestic and external only is the video playback with methane, the isoparametric online in real time demonstration of carbon monoxide and down-hole local location.On the high cls of control room and well head,, still there is not application at home and abroad in conjunction with the potential safety hazard that electronic map Automatic Cycle dynamic play exists.The potential safety hazard of using the large scale touch-screen to make things convenient for the employee to inquire about the optional position has important innovative significance.
This method is by in the hidden danger visual virtual environment related with ore deposit figure, realizes that colliery hidden danger visualization of data locatees; Realize monitoring by hidden danger information dynamic auto loop play on the figure of ore deposit to hidden danger; By in virtual visible environment, setting up the direct correlation of colliery hidden danger and people and thing, predict and avoid possible accident to take place, realize safe early warning to the colliery.The performing step of this method is as follows:
1.) in advance single width or several electronics ore deposits figure of CAD form uploaded on the server of hidden troubles removing information system, under identical coordinate system, carrying out along with the colliery digging, constantly upload new ore deposit figure and replace original ore deposit figure, Guan Lian hidden danger information is constant before, and the electronics ore deposit figure that uploads is by realizing the visit under the client control of authority based on the geographic information system technology of webpage;
2.) when software systems are manually gathered hidden danger information, finish hidden danger information and upload onto the server in advance on and related at electronics ore deposit figure that client is browsed;
3) through the hidden danger information after the audit, on terminals such as the computer of intranet, control room giant-screen, well head giant-screen, touch-screen, the hidden danger information under the figure background of electronics ore deposit that realizes is play automatically: the concrete hidden danger content of the hidden danger point of the different colours of representing different stage is ejected in circulation, can be self-defined between each hidden danger point At time of eject; The hidden danger information under the figure background of electronics ore deposit that realizes is simultaneously manually browsed: when mouse moves to the hidden danger point of the different colours of representing different stage, automatically eject the hidden danger content of this place correspondence, in addition, when on touch-screen, touching hidden danger point, automatically eject the hidden danger content of corresponding points
4) in the information system of hidden troubles removing, after the hidden danger of hidden danger point corresponding on the figure of electronics ore deposit was passed through through check, this hidden danger point disappeared, guarantee all the time to show on the figure of electronics ore deposit be without rectify and improve, the real-time hidden danger content of needs strick precaution.
On when software systems are manually gathered hidden danger information, finishing hidden danger information and uploading onto the server in advance and in the related specific implementation of the electronics ore deposit figure that client is browsed be: in the input hidden danger place, on the figure of electronics ore deposit, search the place that hidden danger takes place, click and realize association; Or on the figure of electronics ore deposit, specify the influential primary location of Safety of Coal Mine Production in advance and be stored in the database, when gathering hidden danger information, realize the direct correlation of hidden danger information and electronics ore deposit figure by selecting preassigned place.
Beneficial effect: fully disclose the safety problem that exists, remind all kinds of personnel to take care and investigate hidden danger, in visual virtual environment, security concept is rooted in the hearts of the people in mode intuitively in the mode of image.
All kinds of personnel watch the hidden danger information of playing the different location on the map automatically by the computer terminal on the intranet, control room giant-screen, well head giant-screen, touch-screen, and the while is the hidden danger information of manual queries different location on demand.
Description of drawings
Fig. 1 is the hardware topology figure that hidden danger location, colliery is play the method for monitoring and early warning in real time.
Fig. 2 is the block diagram for software modules of the block diagram for software modules of this method and system.
The specific embodiment
(1) in advance the electronics ore deposit figure of CAD form is added in the information system of hidden troubles removing (under identical coordinate system, can bring in constant renewal in ore deposit figure) along with the carrying out of colliery digging
(2) when software systems are gathered hidden danger information and electronics ore deposit figure binding (mode one: during input hidden danger place, specify the map label point in addition; Mode two: place and map direct correlation)
(3) through the hidden danger information after the audit, (common computer display terminal, the high cls in control room, well head electronic display, touch-screen etc.) are realized manually browsing in browser (when mouse moves to the hidden danger point of the different colours of representing different stage on the terminal that connects LAN, automatically eject the hidden danger content of this place correspondence), automatically play (the concrete hidden danger content of the hidden danger point of the different colours of representing different stage is ejected in circulation, can be self-defined between each hidden danger point At time of eject).When on touch-screen, touching hidden danger point, eject the hidden danger content of corresponding points automatically.
(4) in the information system of hidden troubles removing, after the hidden danger of hidden danger point corresponding on the figure of electronics ore deposit was passed through through check, this hidden danger point disappeared.What guarantee all the time to show on the figure of electronics ore deposit is hidden danger content without rectification, needs strick precaution.
This method is by in the hidden danger visual virtual environment related with ore deposit figure, realize hidden danger visualization of data location, colliery, the hidden danger information of not rectifying and improving by making discovery dynamic auto loop play on the figure of ore deposit realizes the monitoring to hidden danger, in virtual visible environment, set up the direct correlation of colliery hidden danger and people and thing, prediction also avoids possible accident to take place, and realizes the safe early warning to colliery hidden danger.Fully disclose the safety problem that exists, remind all kinds of personnel to take care and investigate hidden danger, in visual virtual environment, security concept is rooted in the hearts of the people in mode intuitively in the mode of image.On terminals such as the computer of intranet, control room giant-screen, well head giant-screen, touch-screen, by visit hidden troubles removing information system server, realize that different stage is found and not the dynamic circulation of the colliery hidden danger content of investigation under the figure background of electronics ore deposit play and manual queries.
Single width or how secondary electronics ore deposit figure with the CAD form uploads on the server of hidden troubles removing information system in advance.Under identical coordinate system, along with the carrying out of colliery digging, can constantly upload new ore deposit figure and replace original ore deposit figure, Guan Lian hidden danger information is constant before.The electronics ore deposit figure that uploads is by the visit under the control of authority of WEBGIS technology realization client.
On when software systems are manually gathered hidden danger information, finishing hidden danger information and uploading onto the server in advance and in the binding of the electronics ore deposit figure that client is browsed.Specific implementation: in the time of mode one, input hidden danger place, by search the place that hidden danger takes place on the figure of electronics ore deposit, it is related to click realization; Mode two, on the figure of electronics ore deposit, specify the influential primary location of Safety of Coal Mine Production in advance and be stored in the database, when gathering hidden danger information, realize the direct correlation of hidden danger information and electronics ore deposit figure by selecting preassigned place.
Through the hidden danger information after the audit, on terminals such as the computer of intranet, control room giant-screen, well head giant-screen, touch-screen, the hidden danger information under the figure background of electronics ore deposit that realizes is play automatically: the concrete hidden danger content of the hidden danger point of the different colours of representing different stage is ejected in circulation, can be self-defined between each hidden danger point At time of eject.The hidden danger information under the figure background of electronics ore deposit that realizes is simultaneously manually browsed: when mouse moves to the hidden danger point of the different colours of representing different stage, eject the hidden danger content of this place correspondence automatically.In addition, when on touch-screen, touching hidden danger point, eject the hidden danger content of corresponding points automatically.
In the information system of hidden troubles removing, after the hidden danger of hidden danger point corresponding on the figure of electronics ore deposit was passed through through check, this hidden danger point disappeared.What guarantee all the time to show on the figure of electronics ore deposit is real-time hidden danger content without rectification, needs strick precaution.
Claims (2)
1. a colliery hidden danger location is play the method for monitoring and early warning in real time, it is characterized in that: this method is by in the hidden danger visual virtual environment related with ore deposit figure, realizes that colliery hidden danger visualization of data locatees; Realize monitoring by hidden danger information dynamic auto loop play on the figure of ore deposit to hidden danger; By in virtual visible environment, setting up the direct correlation of colliery hidden danger and people and thing, predict and avoid possible accident to take place, realize safe early warning to the colliery; The performing step of this method is as follows:
1.) in advance single width or several electronics ore deposits figure of CAD form uploaded on the server of hidden troubles removing information system, under identical coordinate system, carrying out along with the colliery digging, constantly upload new ore deposit figure and replace original ore deposit figure, Guan Lian hidden danger information is constant before, and the electronics ore deposit figure that uploads is by realizing the visit under the client control of authority based on the geographic information system technology of webpage;
2.) when software systems are manually gathered hidden danger information, finish hidden danger information and upload onto the server in advance on and related at the electronics ore deposit figure that client is browsed,
3.) through the hidden danger information after the audit, on computer, control room giant-screen, well head giant-screen or the touch-screen of intranet, the hidden danger information under the figure background of electronics ore deposit that realizes is play automatically: the concrete hidden danger content of the hidden danger point of the different colours of representing different stage is ejected in circulation, can be self-defined between each hidden danger point At time of eject; The hidden danger information under the figure background of electronics ore deposit that realizes is simultaneously manually browsed: when mouse moves to the hidden danger point of the different colours of representing different stage, automatically eject the hidden danger content of this place correspondence, in addition, when on touch-screen, touching hidden danger point, automatically eject the hidden danger content of corresponding points
4) in the information system of hidden troubles removing, after the hidden danger of hidden danger point corresponding on the figure of electronics ore deposit was passed through through check, this hidden danger point disappeared, guarantee all the time to show on the figure of electronics ore deposit be without rectify and improve, the real-time hidden danger content of needs strick precaution.
2. hidden danger location, colliery according to claim 1 is play the method for monitoring and early warning in real time, on it is characterized in that when software systems are manually gathered hidden danger information, finishing hidden danger information and uploading onto the server in advance and in the related specific implementation of the electronics ore deposit figure that client is browsed be: in the input hidden danger place, on the figure of electronics ore deposit, search the place that hidden danger takes place, click and realize association; Or on the figure of electronics ore deposit, specify the influential primary location of Safety of Coal Mine Production in advance and be stored in the database, when gathering hidden danger information, realize the direct correlation of hidden danger information and electronics ore deposit figure by selecting preassigned place.
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| CN2010100172207A CN101775996B (en) | 2010-01-05 | 2010-01-05 | Method for positioning, playing, real-time monitoring and early warning of hidden troubles of coal mine |
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Families Citing this family (8)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN103186821A (en) * | 2011-12-27 | 2013-07-03 | 上海市第七建筑有限公司 | Troubleshooting and early warning management system for potential safety hazards of engineering project |
| CN103745093A (en) * | 2013-12-25 | 2014-04-23 | 中国矿业大学 | Principal component analysis-extreme learning machine (PCA-ELM) based coal mine water inrush prediction method |
| CN103726881B (en) * | 2014-01-23 | 2016-01-13 | 安徽理工大学 | Safety of coal mines hidden danger signal acquiring processing system and method |
| CN104156560A (en) * | 2014-07-12 | 2014-11-19 | 中国矿业大学 | Multi-level coal mine water inrush prediction method based on SaE-ELM (self-adaptive evolutionary extreme learning machine) |
| CN104202354B (en) * | 2014-07-31 | 2015-07-15 | 广东建邦计算机软件有限公司 | Method and system of managing hidden danger information |
| CN105089699A (en) * | 2015-07-27 | 2015-11-25 | 华中科技大学 | Wearable hidden danger recorder used on subway tunnel construction site and working method of wearable hidden danger recorder |
| CN110148070A (en) * | 2019-04-28 | 2019-08-20 | 中铁八局集团电务工程有限公司 | A kind of Construction quality and safety monitoring and managing method and system based on UWB positioning |
| CN113706028A (en) * | 2021-08-31 | 2021-11-26 | 广东省林业科学研究院 | Forest fire risk hidden danger analysis method, system, equipment and medium |
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