CN105468734A - GIS (Geographic Information System)-based street lamp facility resource operating data displaying method and system - Google Patents
GIS (Geographic Information System)-based street lamp facility resource operating data displaying method and system Download PDFInfo
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- CN105468734A CN105468734A CN201510817233.5A CN201510817233A CN105468734A CN 105468734 A CN105468734 A CN 105468734A CN 201510817233 A CN201510817233 A CN 201510817233A CN 105468734 A CN105468734 A CN 105468734A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/20—Information retrieval; Database structures therefor; File system structures therefor of structured data, e.g. relational data
- G06F16/29—Geographical information databases
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q50/00—Systems or methods specially adapted for specific business sectors, e.g. utilities or tourism
- G06Q50/10—Services
- G06Q50/26—Government or public services
Abstract
The invention discloses a GIS (Geographic Information System)-based street lamp facility resource operating data displaying method and system. The system comprises the following modules: a GIS module, a data processing module and a loading control module, wherein the GIS module is used for obtaining instructions, transmitting the instructions to the data processing module, receiving processed data, retrieving icon data of an icon library according to the processed data and displaying street lamp facility resource operating information; the data processing module is used for obtaining the operating instructions of the GIS module, converting to query conditional instructions, transmitting to the loading control module, obtaining the data transmitted by the loading control module and transmitting to the GIS module; and the loading control module is used for loading basic data of street lamp facility into a basic data buffer from a database through a monitoring service module in advance, loading operating data into a real-time operating data buffer and loading historical data into a historical operating data buffer. By means of the method and system which are disclosed by the invention, large amounts of street lamp facility operating information can be rapidly loaded into a street lamp facility monitoring management system and comprehensively, intuitionally, timely and appropriately displayed by utilizing the GIS.
Description
Technical field
The present invention relates to a kind of street lamp facility resource service data methods of exhibiting based on GIS and system.
Background technology
Street lamp facility operation monitoring management system can carry out Real-time Monitor Management to street lamp facility, and Real-time Obtaining street lamp facility operation data, to carry out service data analyzing and processing, service data are put preservation in real time in storage, show real-time running data, query history service data, carried out the operations such as the maintenance management of street lamp facility according to service data.Make municipal road lamp administrative authority by street lamp facility operation monitoring management system, there is very big raising in street lamp industry O&M department to street lamp facility operation management level, improve street lamp facility repair and maintenance efficiency simultaneously, also reduce handling cost.But also there is following problem in current existing street lamp facility operation monitoring management system:
1, street lamp facility operation information display is not comprehensively, not directly perceived, speed is slow
At present, the street lamp facility total quantity in most city is mostly more than hundreds thousand of, and street lamp facility resource type is more, the street lamp facility operation data bulk produced in street lamp facility operation increases by geometric progression on facility quantity basis, in the facility operation data display of substantial amounts like this, the displayings such as existing street lamp facility operation monitoring management system many employings text description, form, list, diagram, cause service data not show comprehensively and bandwagon effect directly perceived and because of facility data and service data numerous cause loading and show slow; Adopt GIS to show service data, because of map scale less time viewing area in facility data and service data density comparatively large, also there is the problem that discrimination is inadequate, cause icon mutually cover or block, street lamp facility can not be distinguished, affect view result.
2, the abnormal information in street lamp facility operation is known and is located not in time, not easily
In the service data that existing street lamp facility operation monitoring management system obtains, abnormal data needs to carry out active inquiry by setting querying condition and just can know, street lamp facility is caused to occur once operation abnormal, road lamp maintenance and supervisor can not be known in time, and can not combine with actual geographic position after knowing, when causing street lamp operation to be broken down, not easily locate, fault origination point can not be found fast, and the position of equipment.
3, the application of street lamp facility history data not, still need and excavate potential data
The many quilts of street lamp history data " pigeonhole ", history data is caused fully not applied, even if application is also utilize traditional approach list to show, not there is malleability directly perceived, the continuity of street lamp facility operation cannot be embodied, carry out excavating potential data so history data is still needed.
Summary of the invention
Object of the present invention is exactly to solve the problem, a kind of street lamp facility resource service data methods of exhibiting based on GIS and system are provided, it has and makes the street lamp facility operation information of substantial amounts can carry out rapid loading in street lamp facility monitoring management system, utilize GIS to carry out comprehensively, directly perceived, in time, the proper advantage obtaining showing of details and omissions.
To achieve these goals, the present invention adopts following technical scheme:
Based on the street lamp facility resource service data methods of exhibiting of GIS, comprise the steps:
Step (1): map parameter is passed to data processing module by GIS module in real time;
Step (2): the map parameter of GIS module transmission is passed to Loading Control module by data processing module;
Step (3): Loading Control module obtains data by monitoring service module in advance from database, and by the Data import of acquisition in basic data buffer memory and history data buffer memory; And the service data obtained in real time by monitoring service module is loaded in real-time running data buffer memory;
Step (4): after Loading Control module obtains the map parameter of data processing module, parameter inquires about corresponding data in basic data buffer memory, real-time running data buffer memory and history data buffer memory according to the map, and Query Result is fed back to data processing module;
Step (5): data processing module is resolved Query Result, parsed the information needed for GIS module after obtaining the Query Result of Loading Control module transmission; According to the interface protocol of GIS module, the data that GIS module can show are encapsulated as to analysis result, then the data after encapsulation are passed to GIS module;
Step (6): the data type in the data of GIS module according to data processing module transmission carries out Data classification, in icon library, find the icon of coupling simultaneously according to sorted data type, and the correspondence position of the icon of coupling at map is shown;
Step (7): when map visual range, engineer's scale or querying condition change in GIS module, repeat above step (1)-(6).
The map parameter of described step (1) comprises map visual range and map scale.
The database of described step (3) comprises street lamp facility historical data base and street lamp facility basic database.
The data that described step (3) obtains comprise: street lamp facility basic data and street lamp facility operation data, wherein street lamp facility operation data comprise real time data and historical data.
The information needed for GIS module of step (5) comprising: data type, street lamp facility numbering, street lamp facility name, street lamp establishment type, street lamp facility longitude, street lamp facility latitude, place road, place trackside, operational factor or running status;
Described data type comprises: basic data, real-time running data and history data.
The principle of step (6) matched icon is:
When map scale is less than setting threshold value, map visual range is shown the operation information thumbnail icon of street lamp facility resource in visual geographic range, visual geographic range overall operation situation can be checked, situation about mutually do not block between running status icon, covering;
When map scale is greater than setting threshold value, in map visual range, the detailed icons of display street lamp facility operation information, can check detailed operation conditions.
Carry out in step (6) icon shown according to street lamp facility operation state, map zoom levels, whether jointly determine in map visual range, determine simple icon or detailed icons;
Can carry out voice message when there being abnormal information, abnormal operation information figure rotating savings is highlighted flashes display, and map navigates to abnormal information place map location automatically, and can circulate when there being multiple abnormal information locating and displaying in turn.
Based on the street lamp facility resource service data display systems of GIS, comprise as lower module:
GIS module: obtain user operation instruction, and operational order is transferred to data processing module, receives the data after data processing module process simultaneously, transfers the icon data of icon library according to the data after process; The displaying of street lamp facility operation information is carried out by GIS;
Data processing module: obtain the operational order of GIS module and be converted to querying condition instruction and pass to Loading Control module; The data that acquisition Loading Control module transmits also pass to GIS module;
Loading Control module: load street lamp facility basic data in basic data buffer memory from database by monitoring service module in advance, load operating data are in real-time running data buffer memory, and loading history data are in history data buffer memory; From basic data buffer memory, real-time running data buffer memory or history data buffer memory, obtain data in time according to the querying condition instruction obtained from data processing module and pass to data processing module; Also the data pushed according to monitoring service module upgrade in time basic data buffer memory, real-time running data buffer memory and history data buffer memory.
Described monitoring service module: the instruction according to Loading Control module obtains data from database, and data are passed to Loading Control module; Initiatively transmit street lamp service data to Loading Control module.
Icon library: the icon comprising various street lamp facility operation status information.
Street lamp facility operation information comprises: data type, street lamp facility numbering, street lamp facility name, street lamp establishment type, street lamp facility longitude, street lamp facility latitude, place road, place trackside, operational factor and running status;
Described operational factor comprises: voltage, electric current and power factor.
Described basic data buffer memory is prestrain street lamp facility basic data.
Described real time data buffer memory is the data cached of the street lamp facility operation Data import of basis acquisition in real time.
Described historical data buffer memory is prestrain street lamp facility history data buffer memory.
Described database comprises: street lamp facility basic database and street lamp facility historical data base.
Described street lamp facility basic database is relational database management system, preserves street lamp facility resource data, statistical data analysis, parameter configuration;
Described street lamp facility historical data base is relational database management system, preserves street lamp facility history data.
(legend is abundant in content for the vector icon symbol of detailed icons to be area be 32 X 32 pixel sizes, by icon contour shape signal establishment type, facility satellite information is gone out by the texture interpretation of icon thin portion, as facility similar types (single armed lamp, double-arm lamp, High-Pole Lamp etc.), light fixture quantity, light fixture arrangement mode (near the light fixture number of major trunk roads, near the light fixture number in auxiliary road) etc.) and full and accurate information (only comprising device name, numbering, equipment size, equipment material, geographic position description, affiliated unit etc.) etc.
The vector icon symbol (legend content is terse, by means of only facility contour shape signal establishment type) of simple icon to be area be 16 X 16 pixel sizes and simple information (closely comprising a small amount of necessary information such as device name, numbering) etc.
Beneficial effect of the present invention:
The present invention adopts and street lamp facility operation data and GIS is combined, and carries out information display by according to corresponding position on map, the geographic position of the street lamp facility in physical world; And in real time according to the engineer's scale size of map, rationally show the operation information of the street lamp facility in map visual range, realize comprehensive, directly perceived, clear, information data show.
During the display of map full figure, when map scale is less than setting threshold value (as 1:2.5 ten thousand), map is shown the operation information thumbnail icon of whole street lamp facility resource, overall operation situation can be checked, situation about mutually do not block between running status icon, covering, can check full apparent, conveniently select street lamp operation information.
When map scale is greater than setting threshold value (as 1:2.5 ten thousand), street lamp facility negligible amounts in visual range, what therefore street lamp facility operation data should show is also less, now the detailed icons of display street lamp facility operation information, can check detailed operation conditions.
When having abnormal information in street lamp service data, street lamp operation monitoring management system can carry out voice message by data processing module, map simultaneously in GIS module can the abnormal information of just faulty equipment identify out with icon that is highlighted, flicker, and automatically by central to map visual range to the faulty equipment position and logo location that produce abnormal information, if when having multiple faulty equipment, GIS module locating and displaying capable of circulation.
By showing street lamp facility history data continuously in GIS comprehensively, street lamp last time running status can be found out, also road lamp system overall operation situation is reflected, and then analyze street lamp facility entirety or local running quality, as: check continuous history data by GIS, directly can embody the street lamp facility overall operation situation in certain region and concentrate the fault occurred.
Finally, the present invention adopts basic data prestrain, service data real-time loading, basic data to be separated load mechanism with service data in data access, so when map convergent-divergent, roaming, the load time of map datum, street lamp facility data, street lamp facility operation data can complete and show within 1 second, improve loading and the display speed of overall data.
Accompanying drawing explanation
Fig. 1 is street lamp facility operation information of the present invention system architecture diagram in methods of exhibiting on GIS.
Embodiment
Below in conjunction with accompanying drawing and embodiment, the invention will be further described.
Fig. 1 is the system architecture diagram that the street lamp facility operation data of one embodiment of the present of invention show on GIS, below in conjunction with accompanying drawing, is further elaborated to the present invention.Each several part brief introduction in above-mentioned figure is as follows:
GIS module: carry out the displaying of establishing street lamp facility operation information by GIS.
Icon library: the icon comprising various street lamp facility operation status information.
Data processing module: obtain the operational order of GIS module and be converted to querying condition instruction and pass to Loading Control module; The Various types of data that acquisition Loading Control module transmits also passes to GIS module.
Loading Control module: load street lamp facility basic data, service data, historical data in preloading data buffer memory from database by monitor service in advance; Obtain data from preloading data buffer memory in time according to the command information obtained from data processing module and pass to data processing module; Also the data pushed according to monitoring service module upgrade in time preloading data buffer memory.
Basic data buffer memory: be prestrain street lamp facility basic data.
Real time data buffer memory: be the data cached of the street lamp facility operation Data import of basis acquisition in real time.
Historical data buffer memory: be prestrain street lamp facility history data buffer memory.
Monitoring service module: the instruction according to Loading Control module obtains data from database, and data are passed to Loading Control module; Initiatively transmit street lamp service data to Loading Control module.
Street lamp facility basic database: be relational database management system, preserves street lamp facility resource data, statistical data analysis, parameter configuration etc.
Street lamp facility historical data base: be relational database management system, preserves street lamp facility history data.
Fig. 1 is street lamp facility operation information of the present invention system architecture diagram in methods of exhibiting on GIS.
When step 1:GIS module is run can in real time by Parameter transfer such as map visual range, map scales to data processing module.
Step 2: data processing module is querying condition according to the parameter processing of GIS module transmission, and querying condition is passed to Loading Control module.
Step 3: data can be obtained by monitoring service module from database in advance when Loading Control module is run, and by the Data import of acquisition in basic data buffer memory, history data buffer memory; And obtain service data in real time by monitoring service module and be loaded in real-time running data buffer memory.
Step 4: Loading Control module inquires about corresponding data after obtaining the querying condition of data processing module in basic data buffer memory, real-time running data buffer memory, history data buffer memory, and data result is fed back to data processing module.
Step 5: data processing module carries out the data resolving and be encapsulated as applicable GIS modules exhibit after obtaining the result data of Loading Control module transmission, then data are passed to GIS module.
The data that step 6:GIS module is come according to data processing module transmission are classified, and find corresponding icon simultaneously and show in the relevant position of map according to sorted basic data, real-time running data, history data in icon library.Map show icon according to street lamp facility operation state, map zoom levels, whether jointly determine in map visual range, determine simple icon or detailed icons; Can carry out voice message when there being abnormal information, abnormal operation information figure rotating savings is highlighted flashes display, and map navigates to abnormal information place map location automatically, and can circulate when there being multiple abnormal information locating and displaying in turn.
In step 7:GIS module map visual range and engineer's scale change or querying condition change time, repeat above step.
Comprehensive, street lamp service data GIS exhibition method is that the condition such as visual range, map scale obtains service data according to the map, and visual range, map scale, running state data determine the level of detail whether showing service data icon and displaying service data icon according to the map; As the service data to density comparatively large equipment (street lamp post, inspection chamber), carry out different exhibition methods according to zoom level.
In order to ensure service data show comprehensive, clear, directly perceived, will not show when map rank is less than 14 grades, when map rank is not less than 14 and is not more than 17 grades, show the simple icon of operation information that area is less and simple information in the corresponding position of map; When map zoom levels is more than 18 grades, adopts the service data detailed icons that area is larger, show more facility information, as: the running status etc. of lamp stand type, lamp holder quantity, lamp holder.
By reference to the accompanying drawings the specific embodiment of the present invention is described although above-mentioned; but not limiting the scope of the invention; one of ordinary skill in the art should be understood that; on the basis of technical scheme of the present invention, those skilled in the art do not need to pay various amendment or distortion that creative work can make still within protection scope of the present invention.
Claims (10)
1., based on the street lamp facility resource service data methods of exhibiting of GIS, it is characterized in that, comprise the steps:
Step (1): map parameter is passed to data processing module by GIS module in real time;
Step (2): the map parameter of GIS module transmission is passed to Loading Control module by data processing module;
Step (3): Loading Control module obtains data by monitoring service module in advance from database, and by the Data import of acquisition in basic data buffer memory and history data buffer memory; And the service data obtained in real time by monitoring service module is loaded in real-time running data buffer memory;
Step (4): after Loading Control module obtains the map parameter of data processing module, parameter inquires about corresponding data in basic data buffer memory, real-time running data buffer memory and history data buffer memory according to the map, and Query Result is fed back to data processing module;
Step (5): data processing module is resolved Query Result, parsed the information needed for GIS module after obtaining the Query Result of Loading Control module transmission; According to the interface protocol of GIS module, the data that GIS module can show are encapsulated as to analysis result, then the data after encapsulation are passed to GIS module;
Step (6): the data type in the data of GIS module according to data processing module transmission carries out Data classification, in icon library, find the icon of coupling simultaneously according to sorted data type, and the correspondence position of the icon of coupling at map is shown;
Step (7): when map visual range, engineer's scale or querying condition change in GIS module, repeat above step (1)-(6).
2., as claimed in claim 1 based on the street lamp facility resource service data methods of exhibiting of GIS, it is characterized in that, the map parameter of described step (1) comprises map visual range and map scale.
3., as claimed in claim 1 based on the street lamp facility resource service data methods of exhibiting of GIS, it is characterized in that, the database of described step (3) comprises street lamp facility historical data base and street lamp facility basic database.
4. as claimed in claim 1 based on the street lamp facility resource service data methods of exhibiting of GIS, it is characterized in that, the data that described step (3) obtains comprise: street lamp facility basic data and street lamp facility operation data, wherein street lamp facility operation data comprise real time data and historical data.
5. as claimed in claim 1 based on the street lamp facility resource service data methods of exhibiting of GIS, it is characterized in that, the information needed for GIS module of step (5) comprising: data type, street lamp facility numbering, street lamp facility name, street lamp establishment type, street lamp facility longitude, street lamp facility latitude, place road, place trackside, operational factor or running status; Described data type comprises: basic data, real-time running data and history data.
6., as claimed in claim 1 based on the street lamp facility resource service data methods of exhibiting of GIS, it is characterized in that, the principle of step (6) matched icon is:
When map scale is less than setting threshold value, map visual range is shown the operation information thumbnail icon of street lamp facility resource in visual geographic range, visual geographic range overall operation situation can be checked, situation about mutually do not block between running status icon, covering;
When map scale is greater than setting threshold value, in map visual range, the detailed icons of display street lamp facility operation information, can check detailed operation conditions.
7., based on the street lamp facility resource service data display systems of GIS, it is characterized in that, comprise as lower module:
GIS module: obtain user operation instruction, and operational order is transferred to data processing module, receives the data after data processing module process simultaneously, transfers the icon data of icon library according to the data after process; The displaying of street lamp facility operation information is carried out by GIS;
Data processing module: obtain the operational order of GIS module and be converted to querying condition instruction and pass to Loading Control module; The data that acquisition Loading Control module transmits also pass to GIS module;
Loading Control module: load street lamp facility basic data in basic data buffer memory from database by monitoring service module in advance, load operating data are in real-time running data buffer memory, and loading history data are in history data buffer memory; From basic data buffer memory, real-time running data buffer memory or history data buffer memory, obtain data in time according to the querying condition instruction obtained from data processing module and pass to data processing module; Also the data pushed according to monitoring service module upgrade in time basic data buffer memory, real-time running data buffer memory and history data buffer memory.
8. system as claimed in claim 7, is characterized in that, described monitoring service module: the instruction according to Loading Control module obtains data from database, and data is passed to Loading Control module; Initiatively transmit street lamp service data to Loading Control module.
9. system as claimed in claim 7, is characterized in that,
Street lamp facility operation information comprises: data type, street lamp facility numbering, street lamp facility name, street lamp establishment type, street lamp facility longitude, street lamp facility latitude, place road, place trackside, operational factor and running status;
Described operational factor comprises: voltage, electric current and power factor.
10. system as claimed in claim 7, is characterized in that,
Icon library: the icon comprising various street lamp facility operation status information;
Described basic data buffer memory is prestrain street lamp facility basic data;
Described real time data buffer memory is the data cached of the street lamp facility operation Data import of basis acquisition in real time;
Described historical data buffer memory is prestrain street lamp facility history data buffer memory;
Described database comprises: street lamp facility basic database and street lamp facility historical data base.
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| CN106779097A (en) * | 2016-11-23 | 2017-05-31 | 合肥工业大学 | A kind of wisdom street lamp managing and control system and its method for designing based on GIS |
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| CN107506420A (en) * | 2017-08-17 | 2017-12-22 | 深圳市康必达中创科技有限公司 | A kind of geography information figure collocation method and system based on LAN |
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| CN112765160A (en) * | 2020-12-30 | 2021-05-07 | 哈尔滨航天恒星数据系统科技有限公司 | Wisdom street lamp equipment monitored control system |
| CN113362486A (en) * | 2021-06-10 | 2021-09-07 | 京东城市(北京)数字科技有限公司 | Method, equipment and system for monitoring line inspection task |
| CN113313471A (en) * | 2021-06-11 | 2021-08-27 | 云南电网有限责任公司电力科学研究院 | Dynamic visual monitoring system and method for power distribution equipment |
| CN113313471B (en) * | 2021-06-11 | 2023-04-18 | 云南电网有限责任公司电力科学研究院 | Dynamic visual monitoring system and method for power distribution equipment |
| CN115096291A (en) * | 2022-07-06 | 2022-09-23 | 上海电气集团智能交通科技有限公司 | Electronic map dynamic splicing method based on magnetic nail track |
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| CN105468734B (en) | 2019-01-25 |
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