CN109754456A - Landscape Lighting intelligent monitoring system - Google Patents
Landscape Lighting intelligent monitoring system Download PDFInfo
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- CN109754456A CN109754456A CN201811460141.6A CN201811460141A CN109754456A CN 109754456 A CN109754456 A CN 109754456A CN 201811460141 A CN201811460141 A CN 201811460141A CN 109754456 A CN109754456 A CN 109754456A
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
- Y02B20/00—Energy efficient lighting technologies, e.g. halogen lamps or gas discharge lamps
- Y02B20/40—Control techniques providing energy savings, e.g. smart controller or presence detection
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Abstract
The present invention provides a kind of Landscape Lighting intelligent monitoring systems, comprising: 3D GIS map module: the base map environment of building 3D GIS map, inherits graphics management tool, and realization 3D GIS map is merged with facility BIM model；2D GIS map display module: the displaying and drafting of plane map are carried out；Video monitoring module: data access and operation are carried out；Landscape Lighting control module: Landscape Lighting is controlled；Managing power consumption module: energy consumption is managed.The present invention is one using city as the intelligent landscape lighting control system of unit, it is according to Internet of Things modelling, pass through the wired and wireless communication technology, entire urban landscape light perfection can be incorporated into a control platform, by interconnecting in real time, long-range control and management, long-range monitoring and visualized operation, it may be achieved the intelligent power saving management of the super large scale of construction Landscape Lighting as unit of city.
Description
Technical field
The present invention relates to Landscape Lighting monitoring managements, and in particular, to Landscape Lighting intelligent monitoring system.Especially relate to
And it is a kind of based on landscape light in city intelligent monitoring system.
Background technique
Landscape Lighting is to the large-scale promotion engineering of nightscape lighting, and project scale is big, and implementation region span is big, control
It is required that high, no matter technically, engineering construction and management is upper all proposes very high requirement to Landscape Lighting control.Such as
When occasion is held in city, while ensureing night scene brightening reliability service, occurring, view passenger flow in some areas is crowded
When, it is networked by image, intelligent recognition and data analysis are in section, automatically to current passenger flow number, intensity of passenger flow and future
View passenger flow situation analyzed, convenient for administrative department's adjustment Landscape Lighting scheme and mode, coordinate evacuation view passenger flow, keep away
Exempt from accident potential.It is related to carrying out operation data, illumination data, energy consumption data, bright light of turning on light rate data and passenger flow data etc.
Multivariate analysis is grasped common people's view and is liked, in due course Landscape Lighting scheme, and according to service condition and trend, appropriate adjustment illumination
Resource, energy resources, the use accounting of communication flows improve resource utilization and service quality.
Summary of the invention
For the defects in the prior art, the object of the present invention is to provide a kind of Landscape Lighting intelligent monitoring systems.
A kind of Landscape Lighting intelligent monitoring system provided according to the present invention, including it is following any one or appoint multiple moulds
Block:
3D GIS map module: the base map environment of building 3D GIS map inherits graphics management tool, with realizing 3D GIS
Figure is merged with facility BIM model；
2D GIS map display module: the displaying and drafting of plane map are carried out；
Video monitoring module: data access and operation are carried out；
Landscape Lighting control module: Landscape Lighting is controlled；
Managing power consumption module: energy consumption is managed.
Preferably, the 3D GIS map module, comprising:
Body of a map or chart management module: it for the object of setting, is modeled using the BIM of the second details fineness, replaces 3D
The model of corresponding first details fineness on GIS foundation map, wherein it is fine that the second details fineness is higher than the first details
Degree；The 3D GIS map includes 3D GIS foundation map, wherein the 3D GIS foundation map is including in city scope
3D mapping provides the description with the first details fineness of object, wherein the object includes road, waterfront, refutes
Any of bank, harbour, building appoint multiple objects；
Multi-layer image multizone display module: the fusion for carrying out multiple figure layers of the 3D GIS map shows, the figure layer
Including the figure layer containing any of building, road, bridge, greenery patches, water system or multiple objects；Allow user autonomous
Select show or hide figure layer；
Distributed Application accelerating module: being merged by model dynamic and/or LOD layered mode, is realized to 3D GIS map
Display after being superimposed BIM buildings model object accelerates；According to current display scale ruler, transfer corresponding individual-layer data, for away from
The model distant from video camera uses corresponding roughcast, reduces display pressure, for adopting apart from the closer model of video camera
With corresponding smart mould；Map datum within the scope of automatic load viewport unloads sightless map number according to memory headroom size
According to；
Key area outdoor scene fusion exploitation display module: it is set based on 3D GIS map in conjunction with real-time data collection
Key area Landscape Lighting visualized management, Landscape Lighting switch state, Run-time scenario, comprehensive operating condition and statistics is presented
Data；Wherein, the real-time data collection includes any one of display advertising data, video monitoring data or a variety of numbers
According to；
Landscape Lighting state outdoor scene merges display module: obtaining current landscape lighting luminaire, end in real time by data-interface
The working condition at end, and according to data content, dynamic rendering is carried out to 3D GIS map and BIM model, simulation shows landscape shines
Obvious results fruit, wherein the data content includes lamp type, parameter, control loop state, appointing in the numerical value of the list channel lamp RGBW
One or multinomial content；
Wherein, the Landscape Lighting state outdoor scene merges display module, including following module:
Dynamic scene outdoor scene merges display module: obtaining the publication content figure of present multimedia display screen in real time；Pass through
Publication content figure is done with the lighting control node on BIM model corresponding, passes through control correspondence signal light control section by Graphic Pattern Matching
The light and shade and/or color of point carry out the working condition of synchronous reaction multimedia show screen；
Video monitoring image outdoor scene merges display module: docking steaming media platform passes through Streaming Media management, playback and holder
Control interface transfers the video image of any video surveillance point in city, and Overlapping display is in 3D GIS map scene；
Preferably, the 2D GIS map display module, including following module:
Map data collecting module: the data of two-dimensional map are imported into map, form map datum；Wherein it is described two-dimensionally
The data of figure include any one of shp, mif, tile figure, satellite image or a variety of data；
Map data management module: Map Publication service is provided by the Map Services program of server-side, according to visitor
The request at family end, the automatic map datum for obtaining corresponding space and publication；
Map datum processing module: diagram data is handled over the ground；
Wherein, the map datum processing module, including following module:
Pantography module: region is specified to amplify client, reduction operation；
The smooth roam module of figure: providing smooth roaming function for user, and realizes seamless vision effect without refreshing
Fruit；
Figure layer switch control module: display/hide specified figure layer；
Navigation module: using navigation picture migration in entire body of a map or chart, the positioning of user is responded；
Map vector objects draw module: supporting the dynamic of a variety of map vector object elements to draw, including text, mark
Any one of note, line, circle, ellipse, polygon, dynamic line or Ren Duozhe；
Labeled polymer module: when carrying out map scaling, automatically according to the scale bar of current window, adjustment display is marked
Density relationship avoids effect, while indicating the overlapping mark number after evacuation blanking.
Preferably, the video monitoring module supports C/S and B/S client simultaneously, carries out data access and operation；Its
In, when logging according to default authorization, each operator can only see and operates all permissions of each operator
The resource and function having permission；Authorization can configure the permission of equipment, user and user group；With real time monitoring, screen switching,
Control holder, video recording and playback function and equipment routing inspection, monitoring device management, monitoring control management, user management, log
The video monitoring of management, asset management；By docking with interface between software and hardware, Landscape Lighting linkage can be realized, comprising: monitoring
Image real-time browsing grabs record, picture taking turn, grouping taking turn, instant playback, cradle head control, electronics amplification.
Preferably, the Landscape Lighting control module, including following module:
Single loop-around test module: single circuit real-time testing and each circuit bright light scene are carried out for each circuit
The setting function of editting function and each circuit bright light condition, to distinguish in a manner of all kinds of lamps and lanterns bright light modes and scenery control；
Multiloop combined test module: according to user instructions, the customized multiple circuits of selection carry out unified test, and carry out
The editting function of this group of circuit entirety bright light scene and the setting function of bright light condition；
Multistage Control and management module: monomer sub-control, Regional Linking, a key master control are carried out；
Scene mode setting and editor module: default on ordinary days, weekend, red-letter day conventional lighting bright light scene mode and setting
It is automatic afterwards to execute, each scenario parameters of customized editor or additions and deletions scene mode are carried out according to the instruction of user；
Matrix stack control module: it is realized by collection control and multiple projects is uniformly controlled, according to the instruction of user according to bright light
The project of centralized management needed for demand independently selects, and select corresponding scene mode；
Accident analysis and alarm module: accident analysis and alarm are carried out；Has equipment off-line alarm；Has Landscape Lighting electricity
Control cabinet single loop undervoltage alarm；Has Landscape Lighting power control cabinet single loop over-voltage alarm；Has Landscape Lighting power control cabinet single loop
Overload alarm；Has the alarm of Landscape Lighting power control cabinet single loop current anomaly；Have monitoring Landscape Lighting power control cabinet to open the door extremely
Alarm；Has equipment initialization guide；Have equipment and switches to controlled mode；Show device IP and port；Display present instruction,
Instruct renewal time；Show intensity of illumination renewal time；Show longitude, latitude, temperature and temperature renewal time；Show work
State and renewal time.
Preferably, the information of the managing power consumption module management includes:
Data content: the electric current of Landscape Lighting total loop, voltage, active power, reactive power, Landscape Lighting divide circuit
Electric current, voltage, active power, reactive power；The real time data of the overall situation or partition level；
Global energy consumption real time monitoring data: Landscape Lighting overall energy consumption situation is acquired, monitored and shown, is passed through
The energy consumption data of each illumination subregion, illumination building is summarized, in real time to the Landscape Lighting real time energy consumption situation in city into
Row monitoring, and related data is showed into user；
Subregion energy consumption real time monitoring data: being monitored subregion energy consumption, the total energy of Landscape Lighting subsystem and building
The service condition of consumption and branch energy consumption；
Energy consumption analysis data: pass through the energy consumption data statistics to illumination assets, analysis, comprehensive energy consumption comparison；It realizes to scape
It takes the energy consumption counting statistics analysis of bright subregion, building, circuit into consideration, and Cell and Time Distribution statistics is carried out according to region, time,
And comparative analysis function, it is lighting energy saving emission reduction, energy consumption cost regulation, electricity consumption subsidy offer foundation；
Energy consumption data diagrammatic representation data: by region energy consumption data, Landscape Facilities per year, the moon, number of days factually now show
Data.
Preferably, the 3D GIS map module includes Distributed Application accelerating module；Accelerate in the Distributed Application
In module:
Merged first by model dynamic and simplifies texture to reduce model data amount；
Then LOD dynamically load lot-size model adds the globality description of a quick indexing and data set；
By the way that model dynamic merges, LOD dynamically load lot-size model transfers correspondence according to current display scale ruler automatically
Individual-layer data, for using corresponding roughcast apart from distant model, apart from closer model using corresponding smart mould,
Map datum within the scope of automatic load viewport simultaneously, according to memory headroom size, intelligence unloads sightless map datum.
Compared with prior art, the present invention have it is following the utility model has the advantages that
The present invention is one using city as the intelligent landscape lighting control system of unit, according to Internet of Things modelling,
By the wired and wireless communication technology, entire urban landscape light perfection can be incorporated into a control platform, by real-time
Interconnection, long-range control and management, long-range monitoring and visualized operation, it may be achieved the super large scale of construction Landscape Lighting as unit of city
Intelligent power saving management, by night scene in the intelligent power saving technology to domestic and international Landscape Lighting show power, landscape control power, emergency protect
Important facilitation is played in the promotion of barrier power.Meanwhile the present invention realizes city illumination with internet thinking, technology of Internet of things
The intelligence of control system, energy-saving, smart city management integration, realize smart city management intelligence, energy saving,
While service, economic value, carry out big data analysis by the data of collection, for city manager's decision provide it is scientific according to
According to, meet modern city illumination development inexorable trend, have the necessity of development, be formed by technological achievement, will promote significantly
Into the construction process of smart city.
In addition, the present invention is merged by model dynamic first can simplify texture greatly to reduce model data amount, it is complicated
Buildings model texture mapping is numerous and size is different, not only increases network latency, and increases local model and be loaded into
With rendering batch, the real-time rendering efficiency of three-dimensional scenic is reduced.Then LOD dynamically load lot-size model adds a quick rope
Draw and is described with the globality of data set, so that solid data amount to be treated in rendering circulation is reduced, it is final to realize BIM building
The promotion of model loading efficiency achievees the effect that smooth displaying.System can pass through the merging of model dynamic, LOD dynamically load batch
Model transfers corresponding individual-layer data according to current display scale ruler automatically, corresponding for using apart from distant model
Roughcast, apart from closer model using corresponding smart mould, the system that reduces shows pressure, while within the scope of automatic load viewport
Map datum, according to memory headroom size, intelligence unloads sightless map datum, promotes whole display efficiency and response speed
Degree.
Detailed description of the invention
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon:
Fig. 1 is frame principles schematic diagram of the invention.
Specific embodiment
The present invention is described in detail combined with specific embodiments below.Following embodiment will be helpful to the technology of this field
Personnel further understand the present invention, but the invention is not limited in any way.It should be pointed out that the ordinary skill of this field
For personnel, without departing from the inventive concept of the premise, several changes and improvements can also be made.These belong to the present invention
Protection scope.
A kind of Landscape Lighting intelligent monitoring system provided according to the present invention, including it is following any one or appoint multiple moulds
Block:
3D GIS map module: the base map environment of building 3D GIS map inherits graphics management tool, with realizing 3D GIS
Figure is merged with facility BIM model；
2D GIS map display module: the displaying and drafting of plane map are carried out；
Video monitoring module: data access and operation are carried out；
Landscape Lighting control module: Landscape Lighting is controlled；
Managing power consumption module: energy consumption is managed.
The 3D GIS map module, comprising:
Body of a map or chart management module: it for the object of setting, is modeled using the BIM of the second details fineness, replaces 3D
The model of corresponding first details fineness on GIS foundation map, wherein it is fine that the second details fineness is higher than the first details
Degree；The 3D GIS map includes 3D GIS foundation map, wherein the 3D GIS foundation map is including in city scope
3D mapping provides the description with the first details fineness of object, wherein the object includes road, waterfront, refutes
Any of bank, harbour, building appoint multiple objects；
Multi-layer image multizone display module: the fusion for carrying out multiple figure layers of the 3D GIS map shows, the figure layer
Including the figure layer containing any of building, road, bridge, greenery patches, water system or multiple objects；Allow user autonomous
Select show or hide figure layer；
Distributed Application accelerating module: being merged by model dynamic and/or LOD layered mode, is realized to 3D GIS map
Display after being superimposed BIM buildings model object accelerates；According to current display scale ruler, transfer corresponding individual-layer data, for away from
The model distant from video camera uses corresponding roughcast, reduces display pressure, for adopting apart from the closer model of video camera
With corresponding smart mould；Map datum within the scope of automatic load viewport unloads sightless map number according to memory headroom size
According to；
Key area outdoor scene fusion exploitation display module: it is set based on 3D GIS map in conjunction with real-time data collection
Key area Landscape Lighting visualized management, Landscape Lighting switch state, Run-time scenario, comprehensive operating condition and statistics is presented
Data；Wherein, the real-time data collection includes any one of display advertising data, video monitoring data or a variety of numbers
According to；
Landscape Lighting state outdoor scene merges display module: obtaining current landscape lighting luminaire, end in real time by data-interface
The working condition at end, and according to data content, dynamic rendering is carried out to 3D GIS map and BIM model, simulation shows landscape shines
Obvious results fruit, wherein the data content includes lamp type, parameter, control loop state, appointing in the numerical value of the list channel lamp RGBW
One or multinomial content；
Wherein, the Landscape Lighting state outdoor scene merges display module, including following module:
Dynamic scene outdoor scene merges display module: obtaining the publication content figure of present multimedia display screen in real time；Pass through
Publication content figure is done with the lighting control node on BIM model corresponding, passes through control correspondence signal light control section by Graphic Pattern Matching
The light and shade and/or color of point carry out the working condition of synchronous reaction multimedia show screen；
Video monitoring image outdoor scene merges display module: docking steaming media platform passes through Streaming Media management, playback and holder
Control interface transfers the video image of any video surveillance point in city, and Overlapping display is in 3D GIS map scene；
The 2D GIS map display module, including following module:
Map data collecting module: the data of two-dimensional map are imported into map, form map datum；Wherein it is described two-dimensionally
The data of figure include any one of shp, mif, tile figure, satellite image or a variety of data；
Map data management module: Map Publication service is provided by the Map Services program of server-side, according to visitor
The request at family end, the automatic map datum for obtaining corresponding space and publication；
Map datum processing module: diagram data is handled over the ground；
Wherein, the map datum processing module, including following module:
Pantography module: region is specified to amplify client, reduction operation；
The smooth roam module of figure: providing smooth roaming function for user, and realizes seamless vision effect without refreshing
Fruit；
Figure layer switch control module: display/hide specified figure layer；
Navigation module: using navigation picture migration in entire body of a map or chart, the positioning of user is responded；
Map vector objects draw module: supporting the dynamic of a variety of map vector object elements to draw, including text, mark
Any one of note, line, circle, ellipse, polygon, dynamic line or Ren Duozhe；
Labeled polymer module: when carrying out map scaling, automatically according to the scale bar of current window, adjustment display is marked
Density relationship avoids effect, while indicating the overlapping mark number after evacuation blanking.
The video monitoring module supports C/S and B/S client simultaneously, carries out data access and operation；Wherein, Ge Gecao
Make all permissions of personnel when logging according to default authorization, each operator can only see and operate the money having permission
Source and function；Authorization can configure the permission of equipment, user and user group；With real time monitoring, screen switching, control holder,
Video recording and playback function and equipment routing inspection, monitoring device management, monitoring control management, user management, log management, assets
The video monitoring of management；By docking with interface between software and hardware, Landscape Lighting linkage can be realized, comprising: monitoring image is real-time
Browsing grabs record, picture taking turn, grouping taking turn, instant playback, cradle head control, electronics amplification.
The Landscape Lighting control module, including following module:
Single loop-around test module: single circuit real-time testing and each circuit bright light scene are carried out for each circuit
The setting function of editting function and each circuit bright light condition, to distinguish in a manner of all kinds of lamps and lanterns bright light modes and scenery control；
Multiloop combined test module: according to user instructions, the customized multiple circuits of selection carry out unified test, and carry out
The editting function of this group of circuit entirety bright light scene and the setting function of bright light condition；
Multistage Control and management module: monomer sub-control, Regional Linking, a key master control are carried out；
Scene mode setting and editor module: default on ordinary days, weekend, red-letter day conventional lighting bright light scene mode and setting
It is automatic afterwards to execute, each scenario parameters of customized editor or additions and deletions scene mode are carried out according to the instruction of user；
Matrix stack control module: it is realized by collection control and multiple projects is uniformly controlled, according to the instruction of user according to bright light
The project of centralized management needed for demand independently selects, and select corresponding scene mode；
Accident analysis and alarm module: accident analysis and alarm are carried out；Has equipment off-line alarm；Has Landscape Lighting electricity
Control cabinet single loop undervoltage alarm；Has Landscape Lighting power control cabinet single loop over-voltage alarm；Has Landscape Lighting power control cabinet single loop
Overload alarm；Has the alarm of Landscape Lighting power control cabinet single loop current anomaly；Have monitoring Landscape Lighting power control cabinet to open the door extremely
Alarm；Has equipment initialization guide；Have equipment and switches to controlled mode；Show device IP and port；Display present instruction,
Instruct renewal time；Show intensity of illumination renewal time；Show longitude, latitude, temperature and temperature renewal time；Show work
State and renewal time.
The information of the managing power consumption module management includes:
Data content: the electric current of Landscape Lighting total loop, voltage, active power, reactive power, Landscape Lighting divide circuit
Electric current, voltage, active power, reactive power；The real time data of the overall situation or partition level；
Global energy consumption real time monitoring data: Landscape Lighting overall energy consumption situation is acquired, monitored and shown, is passed through
The energy consumption data of each illumination subregion, illumination building is summarized, in real time to the Landscape Lighting real time energy consumption situation in city into
Row monitoring, and related data is showed into user；
Subregion energy consumption real time monitoring data: being monitored subregion energy consumption, the total energy of Landscape Lighting subsystem and building
The service condition of consumption and branch energy consumption；
Energy consumption analysis data: pass through the energy consumption data statistics to illumination assets, analysis, comprehensive energy consumption comparison；It realizes to scape
It takes the energy consumption counting statistics analysis of bright subregion, building, circuit into consideration, and Cell and Time Distribution statistics is carried out according to region, time,
And comparative analysis function, it is lighting energy saving emission reduction, energy consumption cost regulation, electricity consumption subsidy offer foundation；
Energy consumption data diagrammatic representation data: by region energy consumption data, Landscape Facilities per year, the moon, number of days factually now show
Data.
The 3D GIS map module includes Distributed Application accelerating module；In the Distributed Application accelerating module:
Merged first by model dynamic and simplifies texture to reduce model data amount；
Then LOD dynamically load lot-size model adds the globality description of a quick indexing and data set；
By the way that model dynamic merges, LOD dynamically load lot-size model transfers correspondence according to current display scale ruler automatically
Individual-layer data, for using corresponding roughcast apart from distant model, apart from closer model using corresponding smart mould,
Map datum within the scope of automatic load viewport simultaneously, according to memory headroom size, intelligence unloads sightless map datum.
The present invention can be used for Landscape Lighting real-time interconnection control function, the deduction of Landscape Lighting dynamic aspect, layout and execution.
Application of the invention may be implemented:
1, landscape light in city controlled level is promoted, the Landscape Lighting monitor supervision platform of building world class technical level is real
Show the large scene Landscape Lighting in ultra-large type city, trans-regional dynamically to network in real time joint control, the present invention meets Binjiang illumination
Under different light show schemes, different turn-on modes, to illumination complex control requirement, control object of the present invention includes LED point light
The different lighting installation such as source, Projecting Lamp, control range include that single lamp control, circuit control and system control three layers simultaneously
Face, implementation through the invention can effectively integrate the control objects such as all kinds of lighting installations, lighting system, realize
The real-time interconnection joint control of large scale range, significant increase Shanghai City Landscape Lighting controlled level；
2, control communication network is established, realizes round-the-clock highly reliable networking joint control, on the basis of project construction, expands in-depth
Application to 4G wireless communication private network is combined with the Landscape Lighting control communication network of line optical fiber link building mixed architecture, it is ensured that
Illumination control data reliability during great festivals or holidays, activity, it is ensured that River side landscape illumination shows effect；
3, it merges multi-data processing and visualization shows, for Landscape Lighting is scientific, fine-grained management provides support；With
The desired offer of control, the quantity and complexity of landscape light in city monitor terminal will be further increased, previous management mould
Formula and technological means can not effectively meet operation and the regulatory requirement of extensive Landscape Lighting monitor terminal.Utilize data point
The technologies such as analysis, intellectual analysis, are studied and judged by big data, and data are analyzed in real time, actively to Landscape Lighting facility operation data, prison
Control terminal control data, energy consumption data and video monitoring data etc. are acquired and handle, and the present invention passes through intelligent analysis,
To system running state, facility operation situation and bright light rate, energy consumption level etc. is automatically analyzed, and forms all kinds of statistical analysis
As a result the administration interface that platform is supplied to administrative staff's high integration and report data, and by 3D is visualized, simplifies scape
See lighting installation, system administration difficulty, improve the efficiency of management, for Landscape Lighting it is scientific, refine management provide technology and
Data supporting；
4, construction through the invention exists the technologies such as the advanced communication of the promotion of high degree, control, computer, GIS
The application of Landscape Lighting control aspect, it is contemplated that the technological applications achievement in terms of the Landscape Lighting of a collection of novelty will be generated, with
And the New methods in working of the engineering design of Landscape Lighting monitoring system, construction, O&M and management, for Landscape Lighting field from now on
Construction provides construction criteria, design reference and application guide.
5, the present invention supports to check that real-time video, history video are reviewed；Support cradle head control, remote controlled video camera
Angle, focal length etc.；Support opens simultaneously multi-channel video in three-dimensional scenic, understands field condition convenient for manager's macroscopic view.
One skilled in the art will appreciate that in addition to realizing system provided by the invention in a manner of pure computer readable program code
It, completely can be by the way that method and step be carried out programming in logic come so that provided by the invention other than system, device and its modules
System, device and its modules are declined with logic gate, switch, specific integrated circuit, programmable logic controller (PLC) and insertion
The form of controller etc. realizes identical program.So system provided by the invention, device and its modules may be considered that
It is a kind of hardware component, and the knot that the module for realizing various programs for including in it can also be considered as in hardware component
Structure；It can also will be considered as realizing the module of various functions either the software program of implementation method can be Hardware Subdivision again
Structure in part.
Specific embodiments of the present invention are described above.It is to be appreciated that the invention is not limited to above-mentioned
Particular implementation, those skilled in the art can make a variety of changes or modify within the scope of the claims, this not shadow
Ring substantive content of the invention.In the absence of conflict, the feature in embodiments herein and embodiment can any phase
Mutually combination.
Claims (7)
1. a kind of Landscape Lighting intelligent monitoring system, which is characterized in that including it is following any one or appoint multiple modules:
3D GIS map module: building 3D GIS map base map environment, inherit graphics management tool, realize 3D GIS map with
The fusion of facility BIM model；
2D GIS map display module: the displaying and drafting of plane map are carried out；
Video monitoring module: data access and operation are carried out；
Landscape Lighting control module: Landscape Lighting is controlled；
Managing power consumption module: energy consumption is managed.
2. Landscape Lighting intelligent monitoring system according to claim 1, which is characterized in that the 3D GIS map mould
Block, comprising:
Body of a map or chart management module: it for the object of setting, is modeled using the BIM of the second details fineness, replaces 3D GIS base
The model of corresponding first details fineness on plinth map, wherein the second details fineness is higher than the first details fineness；It is described
3D GIS map includes 3D GIS foundation map, wherein the 3D GIS foundation map is including the 3D mapping in city scope
Map provides the description with the first details fineness of object, wherein the object include road, waterfront, revetment, harbour,
Any of building appoints multiple objects；
Multi-layer image multizone display module: the fusion for carrying out multiple figure layers of the 3D GIS map shows that the figure layer includes
Figure layer containing any of building, road, bridge, greenery patches, water system or multiple objects；User is allowed independently to select
Show or hide figure layer；
Distributed Application accelerating module: being merged by model dynamic and/or LOD layered mode, is realized and is superimposed to 3D GIS map
Display after BIM buildings model object accelerates；According to current display scale ruler, corresponding individual-layer data is transferred, distance is taken the photograph
The distant model of camera uses corresponding roughcast, reduces display pressure, for the model use pair closer apart from video camera
The smart mould answered；Map datum within the scope of automatic load viewport unloads sightless map datum according to memory headroom size；
Key area outdoor scene fusion exploitation display module: 3D GIS map, in conjunction with real-time data collection, the weight that is set are based on
Landscape Lighting switch state, Run-time scenario, comprehensive operating condition and statistical number is presented in the visualized management of point Regional Landscape illumination
According to；Wherein, the real-time data collection includes any one of display advertising data, video monitoring data or a variety of data；
Landscape Lighting state outdoor scene merges display module: obtaining by data-interface current landscape lighting luminaire, terminal in real time
Working condition, and according to data content, dynamic rendering, simulation shows Landscape Lighting effect are carried out to 3D GIS map and BIM model
Fruit, wherein the data content includes any one of lamp type, parameter, control loop state, the list channel lamp RGBW numerical value
Or appoint multinomial content；
Wherein, the Landscape Lighting state outdoor scene merges display module, including following module:
Dynamic scene outdoor scene merges display module: obtaining the publication content figure of present multimedia display screen in real time；Pass through figure
Publication content figure is done with the lighting control node on BIM model corresponding, passes through control correspondence lighting control node by matching
Light and shade and/or color carry out the working condition of synchronous reaction multimedia show screen；
Video monitoring image outdoor scene merges display module: docking steaming media platform passes through Streaming Media management, playback and cradle head control
Interface transfers the video image of any video surveillance point in city, and Overlapping display is in 3D GIS map scene.
3. Landscape Lighting intelligent monitoring system according to claim 1, which is characterized in that the 2D GIS map is shown
Module, including following module:
Map data collecting module: the data of two-dimensional map are imported into map, form map datum；The wherein two-dimensional map
Data include any one of shp, mif, tile figure, satellite image or a variety of data；
Map data management module: Map Publication service is provided by the Map Services program of server-side, according to client
Request, the automatic map datum for obtaining corresponding space and publication；
Map datum processing module: diagram data is handled over the ground；
Wherein, the map datum processing module, including following module:
Pantography module: region is specified to amplify client, reduction operation；
The smooth roam module of figure: providing smooth roaming function for user, and realizes visual effect seamless, without refreshing；
Figure layer switch control module: display/hide specified figure layer；
Navigation module: using navigation picture migration in entire body of a map or chart, the positioning of user is responded；
Map vector objects draw module: supporting the dynamic of a variety of map vector object elements to draw, including text, label, line,
Any one of circle, ellipse, polygon, dynamic line or Ren Duozhe；
Labeled polymer module: when carrying out map scaling, automatically according to the scale bar of current window, the density of adjustment display label
Relationship avoids effect, while indicating the overlapping mark number after evacuation blanking.
4. Landscape Lighting intelligent monitoring system according to claim 1, which is characterized in that the video monitoring module is same
When support C/S and B/S client, carry out data access and operation；Wherein, all permissions of each operator root when logging in
According to default authorization, each operator can only see and operate the resource and function having permission；Authorization can configure equipment,
The permission of user and user group；It is patrolled with real time monitoring, screen switching, control holder, video recording and playback function and equipment
Inspection, monitoring device management, the video monitoring for monitoring control management, user management, log management, asset management；By with it is soft or hard
The docking of part interface can be realized Landscape Lighting linkage, comprising: monitoring image displaying live view grabs record, picture taking turn, divides
Group taking turn, instant playback, cradle head control, electronics amplification.
5. Landscape Lighting intelligent monitoring system according to claim 1, which is characterized in that the Landscape Lighting controls mould
Block, including following module:
Single loop-around test module: the editor of single circuit real-time testing and each circuit bright light scene is carried out for each circuit
The setting function of function and each circuit bright light condition, to distinguish in a manner of all kinds of lamps and lanterns bright light modes and scenery control；
Multiloop combined test module: according to user instructions, the customized multiple circuits of selection carry out unified test, and carry out the group
The editting function of circuit entirety bright light scene and the setting function of bright light condition；
Multistage Control and management module: monomer sub-control, Regional Linking, a key master control are carried out；
Scene mode setting and editor module: default on ordinary days, weekend, red-letter day conventional lighting bright light scene mode and after setting from
It is dynamic to execute, each scenario parameters of customized editor or additions and deletions scene mode are carried out according to the instruction of user；
Matrix stack control module: it is realized by collection control and multiple projects is uniformly controlled, according to the instruction of user according to bright light demand
The autonomous project for selecting required centralized management, and select corresponding scene mode；
Accident analysis and alarm module: accident analysis and alarm are carried out；Has equipment off-line alarm；Has Landscape Lighting power control cabinet
Single loop undervoltage alarm；Has Landscape Lighting power control cabinet single loop over-voltage alarm；Has Landscape Lighting power control cabinet single loop overload
Alarm；Has the alarm of Landscape Lighting power control cabinet single loop current anomaly；Has the enabling alarm extremely of monitoring Landscape Lighting power control cabinet；
Has equipment initialization guide；Have equipment and switches to controlled mode；Show device IP and port；Show present instruction, instruction
Renewal time；Show intensity of illumination renewal time；Show longitude, latitude, temperature and temperature renewal time；Display working condition
And renewal time.
6. Landscape Lighting intelligent monitoring system according to claim 1, which is characterized in that the managing power consumption module tubes
The information of reason includes:
Data content: the electric current of Landscape Lighting total loop, voltage, active power, reactive power, Landscape Lighting divide the electricity in circuit
Stream, voltage, active power, reactive power；The real time data of the overall situation or partition level；
Global energy consumption real time monitoring data: being acquired, monitor and show to Landscape Lighting overall energy consumption situation, by will be each
The energy consumption data that a illumination subregion, illumination are built is summarized, and is supervised in real time to the Landscape Lighting real time energy consumption situation in city
It surveys, and related data is showed into user；
Subregion energy consumption real time monitoring data: being monitored subregion energy consumption, the total energy consumption of Landscape Lighting subsystem and building with
And the service condition of branch energy consumption；
Energy consumption analysis data: pass through the energy consumption data statistics to illumination assets, analysis, comprehensive energy consumption comparison；It realizes and landscape is shone
The energy consumption counting statistics analysis of bright subregion, building, circuit, and Cell and Time Distribution statistics is carried out according to region, time, and
Comparative analysis function is lighting energy saving emission reduction, energy consumption cost regulation, electricity consumption subsidy offer foundation；
Energy consumption data diagrammatic representation data: by region energy consumption data, Landscape Facilities per year, the number that factually now shows of the moon, number of days
According to.
7. Landscape Lighting intelligent monitoring system according to claim 1, which is characterized in that the 3D GIS map module
Including Distributed Application accelerating module；In the Distributed Application accelerating module:
Merged first by model dynamic and simplifies texture to reduce model data amount；
Then LOD dynamically load lot-size model adds the globality description of a quick indexing and data set；
By the way that model dynamic merges, LOD dynamically load lot-size model transfers corresponding point according to current display scale ruler automatically
Layer data, for using corresponding roughcast apart from distant model, apart from closer model using corresponding smart mould, simultaneously
Map datum within the scope of automatic load viewport, according to memory headroom size, intelligence unloads sightless map datum.
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| CN114240223A (en) * | 2021-12-23 | 2022-03-25 | 江苏道博信息技术有限公司 | Multi-port control method for intelligent lighting platform |
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