CN105050224A - System for supervising street lamps and landscape lighting and supervising method - Google Patents
System for supervising street lamps and landscape lighting and supervising method Download PDFInfo
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Abstract
The invention discloses a system for supervising street lamps and landscape lighting and a supervising method. The system includes an application layer, a database, an apparatus layer, a service layer and an authority management; the application layer communicates with the service layer which communicates with the database, and the authority management provides authoritative management service to the service layer and the application layer, and the apparatus layer communicates with the service layer. Street lamps information acquired is processed in a concentrated manner, and response to the information monitored is made in a real-time and accurate manner, and the monitoring is characterized by efficiency, instantaneity and comprehensiveness, systematicness and directness. The system adopts a synchronous method in invoking multiple business logic service to acquired data about control boxes and single lamps, and conducts comprehensive processing and calculation of the data, and forms a real-time and comprehensive, systematic and visual street lamp monitoring and managing system.
Description
Technical field
The present invention relates to street lamp and view brightening lighting field, particularly relate to a kind of street lamp and view brightening supervisory systems and monitoring and managing method.
Background technology
Street lamp and view brightening subsystem adopt intelligent automatic control, wireless digital transmission communication, spatial geographic information advanced technology, with GPRS radio communication for backbone network, take power line carrier communication as secondary subnet, set up and cover the streetlight monitoring supervising the network in whole city, be a monitor set, control with energy-conservation in supervisory systems integrally." five is distant " that achieve system controls and Centralizing inspection, realize the real-time monitoring and scheduling to street lamp facility parts, event, realize the real-time transmission of internal information, process and feedback, for road lighting management provide real-time, dynamic, comprehensive, full and accurate, system, intuitively information.
But, current street lamp and view brightening system lack unified process framework and flow process, the process of various street lamp facility resource information, control information, image data is independent of one another with displaying, the control and management that case becomes rank lacks associating with mutual of system with the control of single lamp rank, lacks data sharing and integrated application between street lamp facility resource management system and the subsystem such as street lighting monitoring management system, integrated service office management system; Cause spendable amount of information numerous but lack comprehensive analysis and decision; In the overall operation situation judgement of system and in the statistical analysis of data, all there is isolatism, the due value of the system that do not embody.
The information that system obtains can not promptly and accurately be supervised and integrated application, and whole road lamp system can not provide good Lighting Service, can not reach best energy-saving effect.The stolen phenomenon of cable happens occasionally in addition, conventional method carries out alert process after manual inspection finds stolen phenomenon, which can not process stolen phenomenon in time, very easily causes great economic loss and brings very large inconvenience because stolen process is constructed to people's lives again.
Summary of the invention
Object of the present invention is exactly to solve the problem, a kind of street lamp and view brightening supervisory systems and control method are provided, focus on the street lamp information collected, accurately the information monitored is made a response in real time, supervisory efficiency is high, in real time comprehensively, system is directly perceived.
To achieve these goals, the present invention adopts following technical scheme:
A kind of street lamp and view brightening supervisory systems, comprise application layer, database, mechanical floor, service layer and rights management; Described application layer communicates with service layer, and service layer communicates with database, and rights management provides rights management service to service layer and application layer, and mechanical floor communicates with service layer;
Described application layer, for user provides the working lining of Business Processing, interactive service, is the one deck with user's direct interaction, for realizing concrete system business function, sends data requesting instructions to service layer; And the data accepting service layer's passback carry out data processing, displaying and notice prompting;
Described service layer, is brought together all service modules, adopts the data in the mode calling data storehouse of centralized service; For application layer provides functional interface and business logic processing, realize the process of data, generate intelligentized control method scheme, carry out status data analysis, warning, statistical disposition; Mutual with mechanical floor, realize protocol analysis, instruction issues, data acquisition service;
The data that described database is used for using in storage system are called for service layer; GIS database, stores the geodata information of street lamp and landscape spotlight;
Service Database, preserves street lamp facility resource data, image data, intelligent control scheme, statistical data analysis, parameter configuration;
GIS platform, for providing abundant GIS function, imports to the geographic information data of street lamp and landscape spotlight in GIS database; Landform, administrative division GIS data is issued into can for the Map Services of system call; The service interface that GIS data is inquired about, located, marks is provided;
Described mechanical floor, described mechanical floor, receives the control command that service layer transmits, and performs and completes the control operation of corresponding street lamp and Landscape Lamp, and upload the data produced in operation to service layer according to control command;
Described rights management, for the control of providing access rights and information security to service layer and application layer.
Described application layer comprises:
Data acquisition unit: gathered by timing automatic or manual acquisition mode, the status data realized street lamp runs gathers, and obtained data is shown;
Intelligent control unit: automatically controlled and real-time accurately control mode by the timing controlled to street lamp and landscape spotlight illumination, illuminance, realize street lamp and landscape spotlight are carried out to switch lamp control, brightness adjustment control and fall power control operation;
Described intelligent control unit comprises intelligent monitoring terminal Based Intelligent Control, photosensitive control, the control of single lamp switch lamp, single lamp light modulation, single lamp fall that power controls, Non-follow control; Described photosensitive control is judged by the real-time illuminance numerical value to light, realizes the switch lamp early warning of system, or directly carries out switch lamp operation.
Alarming and managing unit: by gathering calculating to street lamp and landscape spotlight service data, control command data and parameter configuration, find the abnormal conditions occurred in street lamp and landscape spotlight illumination running, and carry out pre-alert notification by sound, image, GIS information display and note;
Cable theft-prevention monitoring means: by the real-time detection to street lamp and landscape spotlight power transmission cable break-make situation, realize cable occur stolen time, send alarm in time;
Street lamp comprehensive office applying unit: realize the routine office work of road lamp management department, road lamp maintenance, stock control function, by sharing facility resource, street lamp and landscape spotlight state, warning message with street lamp and landscape spotlight illumination monitoring, realize automatic generation and the releasing of source for street light maintenance event;
GIS information display unit: carry out the geodata information of facility resource information, control cabinet service data, street lamp service data, status data, street lamp and landscape spotlight and the displaying of warning message;
Short message notification administrative unit: realize single or mass-sending transmission alert notice, switch lamp time and system operation situation information;
Facility rm-cell: provide the external interface that street lighting facility is unified, realizes the function increasing, delete, revise and inquire about street lamp and landscape spotlight facility resource information;
Statistical analysis unit: carry out comprehensive statistics, analysis, calculating by the image data, control data, light sensitive data and the alert data that generate data acquisition unit, intelligent control unit and alarming and managing unit, the statistic analysis result of generation system overall operation situation;
Video monitor unit: the real-time monitored picture being checked camera by system, is carried out cradle head control, monitoring video checks street lighting running status, situation function.
Mobile terminal applying unit: resource information, state information, warning message that street lamp and landscape spotlight facility can be checked by mobile terminal, and supervision control can be carried out to street lamp facility.
Described service layer comprises:
Data acquisition service: the service that the basic information data to street lamp running status, power consumption and hardware device is provided;
Photosensitive collection service: photosensitive device management is provided, illuminance numerical value gathers, history illuminance data query function services;
Switch lamp controls service: according to timetable and energy-saving scheme, in conjunction with the photosensitive data gathering service, provides the switch lamp control service of automatic control, Non-follow control, photosensitive control various ways;
Alarm decision is served: control according to data acquisition service, switch lamp the data that service provides, in conjunction with predetermined configuration parameter, provide the service that the abnormality of lighting installation operation conditions judges;
Antitheft detection is served: provide the status monitoring to illumination power transmission cable, and occurs to send alarm and positioning service when cable is stolen;
Statistical analysis is served: provide the comprehensive statistics to data, Treatment Analysis service;
Short message process is served: instant, the timed sending service that provide short message;
Resource data is served: provide the inquiry to street lamp facility resource information, increase, modify or delete service;
Video monitoring is served: provide the real time inspection to video, playing back videos, cradle head control or Focussing service;
Timed task is served: provide the function services that the clocked flip of serving data acquisition service, statistical analysis service, antitheft detection service or power consumption collection performs;
Mobile solution is served: for mobile terminal application provides data display, Street lamps control, statistical analysis service interface;
Communications service: provide and application layer and mechanical floor communication, sending controling instruction, reception street lamp and landscape spotlight facility operation data or protocol analysis service.
A control method for street lamp and view brightening supervisory systems, comprises the following steps:
Step 1: to facility rm-cell typing street lamp facility asset data information, by Spatial Data Engine and GIS platform, the geographic information data of street lamp and landscape spotlight is imported in GIS database; Landform, administrative division GIS data is issued into can for the Map Services of system call;
Step 2: typing watch-dog data in intelligent control unit also to associate with facility resource data and parameter information configures;
Step 3: intelligent control unit, according to Back ground Information, carries out the generation of intelligent control scheme,
Step 4: carry out issuing intelligent control scheme and configuration information by service layer and intelligent control scheme and configuration information are saved in Service Database;
Step 5: manually control in application layer, carries out issuing control command via service layer's Communications service;
Step 6: in system, the photosensitive collection service of service layer carries out illuminance data acquisition in real time;
Step 7: the switch lamp of service layer controls service and carries out photosensitive control command operation in fact according to the illuminance data gathered and photosensitive control strategy;
Step 8: intelligent control scheme instruction, Non-follow control instruction, photosensitive control command are issued to control appliance according to communications protocol by Communications service;
Step 9: mechanical floor receives the various control commands that Communications service is transmitted;
Step 10: mechanical floor performs according to control command and completes corresponding operation; Single-lamp controller collects street lamp running state data, sends to concentrator; Single lamp data carry out gathering and sending to service layer by intelligent monitoring terminal by concentrator.The operational order of application layer is handed down to intelligent monitoring terminal via service layer with instruction type, and intelligent monitoring terminal performs according to instruction type or is transmitted to concentrator, and instruction is sent to single-lamp controller by concentrator again, realizes the control to single lamp by single-lamp controller;
Step 11: mechanical floor uploads the Communications service to service layer of the data that produce in operation;
Step 12: Communications service receives the data message uploaded from control appliance, after resolving, sends switch lamp control, alarm decision, antitheft detection service to service data and resolution data, and is saved in Service Database according to communications protocol;
Step 13: switch lamp controls street lamp running status and warning are carried out in service, alarm decision service, antitheft detection service judgement according to service data, intelligent control scheme, configuration parameter data, and street lamp running status and warning message and judged result are saved in Service Database;
Step 14: short message service, according to the switch lamp state in Service Database and warning message, carries out generation and the transmission of reminding short message breath; Comprehensive office maintenance service generates maintenance work order automatically according to the street lamp running status in Service Database and alarm decision;
Step 15: the information in statistical analysis health care utilization business datum carries out data summarization and comprehensive analysis;
Step 16: application layer carries out the displaying of street lamp facility resource, running status, warning message according to the data that service layer transmits, provides supervision and the comprehensive office application of street lamp and view brightening.
Beneficial effect of the present invention:
(1) service layer of the present invention adopts centralized service to unify process to multiple image data, control data, resource data, system takes to the control cabinet collected and single lamp data the mode simultaneously calling the service of multiple service logic, comprehensive focusing on and specialty calculating is carried out to data, realize street lamp facility resource, street lighting monitoring, data sharing between Integrated management system and integrated application, formed in real time, comprehensively, system, intuitively, comprehensive, Intelligent road lamp supervisory systems efficiently.
(2) the present invention adopts the situation of short message sending mode real-time informing administrative staff road lamp system, can grasp field condition in real time, process problem in time.The single lamp ruuning situation of system acquisition, the situation according to actual list lamp controls it, reach the object of Energy Saving Control.According to actual conditions, single lamp brightness is regulated, comfortable illumination energy-conservation is again provided.The situation of Real-Time Monitoring cable, the stolen situation of Timeliness coverage, so that personnel process in time, can not cause large-area power-cuts phenomenon.
Accompanying drawing explanation
Fig. 1 system configuration of the present invention;
Fig. 2 is operational flow diagram of the present invention;
Fig. 3 is data processing circulation figure of the present invention.
Embodiment
Below in conjunction with accompanying drawing and embodiment, the invention will be further described.
As shown in Figure 1, a kind of street lamp and view brightening supervisory systems, comprise application layer, database, mechanical floor, service layer and rights management; Described application layer communicates with service layer, and service layer communicates with database, and control of authority module provides rights management service to service layer and application layer, and mechanical floor communicates with service layer;
Described application layer, for user provides the working lining of Business Processing, interactive service, is the one deck with user's direct interaction, for realizing concrete system business function, sends data requesting instructions to service layer; And the data accepting service layer's passback carry out data processing, displaying and notice prompting;
Show for the data acquisition of street lighting facility resource, GIS, Analysis of Policy Making, and by Information application in the monitoring of street lighting, control; Street lighting monitoring can gather real-time running state and the information of street lighting equipment, realize the intelligentized control method to street lamp, and the exceptional state alarm to on-the-spot street lamp facility operation, also can realize stolen, the open circuit abnormal state detection to street lamp light conduits and alarm; By note, sound, critical state information is notified related personnel, also check on-the-spot real-time status by video; Statistical analysis is carried out to history data; On-the-spot operation and warning message share to Integrated management system automatically, produce work order in time and submit process to, and after site problems process, street lighting monitoring management can automatically terminate fault alarm according to field data, and notifies Integrated management system.
Described application layer comprises:
Data acquisition unit: gathered by timing automatic or manual acquisition mode, the status data realized street lamp runs gathers, and obtained data is shown;
Intelligent control unit: automatically controlled and real-time accurately control mode by the timing controlled to street lamp and landscape spotlight illumination, illuminance, realize street lamp and landscape spotlight are carried out to switch lamp control, brightness adjustment control and fall power control operation;
Described intelligent control unit comprises intelligent monitoring terminal Based Intelligent Control, photosensitive control, the control of single lamp switch lamp, single lamp light modulation, single lamp fall that power controls, Non-follow control; Described photosensitive control is judged by the real-time illuminance numerical value to light, realizes the switch lamp early warning of system, or directly carries out switch lamp operation.
Alarming and managing unit: by gathering calculating to street lamp and landscape spotlight service data, control command data and parameter configuration, find the abnormal conditions occurred in street lamp and landscape spotlight illumination running, and carry out pre-alert notification by sound, image, GIS information display and note;
Cable theft-prevention monitoring means: by the real-time detection to street lamp and landscape spotlight power transmission cable break-make situation, realize cable occur stolen time, send alarm in time;
Street lamp comprehensive office applying unit: realize the routine office work of road lamp management department, road lamp maintenance, stock control function, by sharing facility resource, street lamp and landscape spotlight state, warning message with street lamp and landscape spotlight illumination monitoring, realize automatic generation and the releasing of source for street light maintenance event;
GIS information display unit: carry out the geodata information of facility resource information, control cabinet service data, street lamp service data, status data, street lamp and landscape spotlight and the displaying of warning message;
Short message notification administrative unit: realize single or mass-sending transmission alert notice, switch lamp time and system operation situation information;
Facility rm-cell: provide the external interface that street lighting facility is unified, realizes the function increasing, delete, revise and inquire about street lamp facility resource information;
Statistical analysis unit: carry out comprehensive statistics, analysis, calculating by the image data, control data, light sensitive data and the alert data that generate data acquisition unit, intelligent control unit and alarming and managing unit, the statistic analysis result of generation system overall operation situation;
Video monitor unit: the real-time monitored picture being checked camera by system, is carried out cradle head control, monitoring video checks street lighting running status, situation function;
Mobile terminal applying unit: resource information, state information, warning message that street lamp and landscape spotlight facility can be checked by mobile terminal, and supervision control can be carried out to street lamp facility.
Described service layer, the data in calling data storehouse; For application layer provides functional interface and business logic processing, realize the process of data, generate intelligentized control method scheme, carry out status data analysis, warning, statistical disposition; Mutual with mechanical floor, realize protocol analysis, instruction issues, data acquisition service;
Described service layer comprises:
Data acquisition service: the service that the basic information data to street lamp running status, power consumption and hardware device is provided;
Photosensitive collection service: photosensitive device management is provided, illuminance numerical value gathers, history illuminance data query function services;
Switch lamp controls service: according to timetable and energy-saving scheme, in conjunction with the photosensitive data gathering service, provides the switch lamp control service of automatic control, Non-follow control, photosensitive control various ways;
Alarm decision is served: control according to data acquisition service, switch lamp the data that service provides, in conjunction with predetermined configuration parameter, provide the service that the abnormality of lighting installation operation conditions judges;
Antitheft detection is served: provide the status monitoring to illumination power transmission cable, and occurs to send alarm and positioning service when cable is stolen;
Statistical analysis is served: provide the comprehensive statistics to data, Treatment Analysis service;
Short message process is served: instant, the timed sending service that provide short message;
Resource data is served: provide the inquiry to street lamp and landscape spotlight facility resource information, increase, modify or delete service;
Video monitoring is served: provide the real time inspection to video, playing back videos, cradle head control or Focussing service;
Timed task is served: provide the function services that the clocked flip of serving data acquisition service, statistical analysis service, antitheft detection service or power consumption collection performs;
Mobile solution is served: control and statistical analysis service interface data display, street lamp and landscape spotlight for mobile terminal application provides;
Communications service: provide and application layer and mechanical floor communication, transmit operation and control command, reception street lamp and landscape spotlight facility operation data or protocol analysis service.
Described rights management is used for the control providing access rights and information security to service layer and application layer.
Described database, calls for service layer for the data used in storage system;
Described database comprises:
GIS database, stores the geodata information of street lamp and landscape spotlight;
Service Database, preserves street lamp facility resource data, image data, intelligent control scheme, statistical data analysis, parameter configuration;
GIS platform, for providing abundant GIS function, imports to the geographic information data of street lamp and landscape spotlight in GIS database; Landform, administrative division GIS data is issued into can for the Map Services of system call; The service interface that GIS data is inquired about, located, marks is provided;
Spatial Data Engine is the path of store and management multi-user space spatial database in a database.
Described geodata information comprises: basal relief map, administrative division and geocoding;
Described basal relief map comprises: vegetation, water system, building, road surface, bridge, road axis;
Described administrative division comprises: community, neighbourhood committee, administrative division at county level and above county level;
Described geocoding comprises: point of interest, mark and number.
Described mechanical floor, receives the control command that service layer transmits, and performs and completes the control operation of corresponding street lamp and Landscape Lamp, and upload the data produced in operation to service layer according to control command;
Mechanical floor comprises:
Intelligent monitoring terminal, is arranged in streetlight control box, receives the control command that service layer issues;
Concentrator, realizes the information gathering to single-lamp controller and operation control;
Single-lamp controller, is arranged in street lamp post, realizes the service data collection to single lamp, switch lamp control, brightness adjustment control, falls power control;
Antitheft end, is arranged on street lamp power transmission cable end, and Real-Time Monitoring cable runs and on off operating mode;
Anti theft host, is arranged in streetlight control box, with antitheft end communication, realizes the instruction sending and receive antitheft end.
As shown in Figure 2, the method for work of a kind of street lamp and view brightening supervisory systems, comprises the following steps:
Step 1: to facility rm-cell typing street lamp facility asset data information, by Spatial Data Engine and GIS platform, the geographic information data of street lamp and landscape spotlight is imported in GIS database; Landform, administrative division GIS data is issued into can for the Map Services of system call;
Step 2:(is in intelligent control unit) typing watch-dog data to associate with facility resource data and parameter information configures;
Step 3:(intelligent control unit) according to Back ground Information, carry out the generation of intelligent control scheme,
Step 4: carry out issuing intelligent control scheme and configuration information by service layer and-intelligent control scheme and configuration information are saved in Service Database;
Step 5: manually control in application layer, carries out issuing control command via service layer's Communications service;
Step 6: in system, the photosensitive collection service of service layer carries out illuminance data acquisition in real time;
Step 7: (switch lamp controls service) of service layer carries out photosensitive control command operation in fact according to the illuminance data gathered and photosensitive control strategy;
Step 8: intelligent control scheme instruction, Non-follow control instruction, photosensitive control command are issued to control appliance according to communications protocol by Communications service;
Step 9: mechanical floor receives the control command that Communications service is transmitted;
Step 10: mechanical floor performs according to control command and completes corresponding operation; Single-lamp controller collects street lamp running state data, sends to concentrator; Single lamp data carry out gathering and sending to service layer by intelligent monitoring terminal by concentrator.The operational order of application layer is handed down to intelligent monitoring terminal via service layer with instruction type, and intelligent monitoring terminal performs according to instruction type or is transmitted to concentrator, and instruction is sent to single-lamp controller by concentrator again, realizes the control to single lamp by single-lamp controller;
Step 11: mechanical floor uploads the Communications service to service layer of the data that produce in operation;
Step 12: Communications service receives the data message uploaded from control appliance, after resolving, sends switch lamp control, alarm decision, antitheft detection service to service data and resolution data, and is saved in Service Database according to communications protocol;
Step 13: switch lamp controls street lamp running status and warning are carried out in service, alarm decision service, antitheft detection service judgement according to service data, intelligent control scheme, configuration parameter data, and street lamp running status and warning message and judged result are saved in Service Database;
Step 14: short message service, according to the switch lamp state in Service Database and warning message, carries out generation and the transmission of reminding short message breath; Comprehensive office maintenance service generates maintenance work order automatically according to the street lamp running status in Service Database and alarm decision;
Step 15: the information in statistical analysis health care utilization business datum carries out data summarization and comprehensive analysis;
Step 16: application layer carries out the displaying of street lamp facility resource, running status, warning message according to the data that service layer transmits, provides supervision and the comprehensive office application of street lamp and view brightening.。
Be illustrated in figure 3 data processing circulation figure of the present invention,
Step 1: control cabinet service data, single lamp service data send Communications service in real time or regularly.
Step 2: Communications service receives data and carries out Data Analysis.
Step 3: switch lamp controls service according to the data after resolving and combined with intelligent control program carries out the judgement of street lamp running status; Alert service, according to street lamp running status, carries out alarm decision in conjunction with predetermined intelligent control scheme, configuration parameter.
Step 4: statistical analysis service is carried out data summarization according to data acquisition service, alert service transfer data information and comprehensively analyzes.
Step 5: show to application layer through the data information transfer gathered and analyze.
Below in conjunction with example, the course of work of the present invention is described.
Step 1: certain day rainy weather, close on evening sky darkness, illuminance is low, does not arrive lighting time.Obtain notice urban district, road lamp management place to turn on light in advance, obtain the essential information of urban district control cabinet from Service Database, job site is high and new technology industrial development zone, and essential information is urban district control cabinet, affiliated for road lamp management place.
Step 2: the control cabinet distribution showing urban district on map.
Step 3: choose urban district to need the control cabinet of turning on light, carry out control of turning on light.
Step 4: control cabinet selected by urban district is turned on light after receiving instruction of turning on light immediately.
Step 5: system mode is shown as turns on light, and control cabinet show state selected on map is for turning on light.
Step 6: system, according to the actual bright light situation in scene, warning message is shown by interface, map, monitor staff can receive the SMS Tip of turning on light and reporting to the police simultaneously.
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. street lamp and a view brightening supervisory systems, is characterized in that, comprise application layer, database, mechanical floor, service layer and rights management; Described application layer communicates with service layer, and service layer communicates with database, and rights management provides rights management service to service layer and application layer, and mechanical floor communicates with service layer;
Described application layer, for user provides the working lining of Business Processing, interactive service, is the one deck with user's direct interaction, for realizing concrete system business function, sends data requesting instructions to service layer; And the data accepting service layer's passback carry out data processing, displaying and notice prompting;
Described service layer, is brought together all service modules, adopts the data in the mode calling data storehouse of centralized service; For application layer provides functional interface and business logic processing, realize the process of data, generate intelligentized control method scheme, carry out status data analysis, warning, statistical disposition; Mutual with mechanical floor, realize protocol analysis, instruction issues, data acquisition service;
Described database, calls for service layer for the data used in storage system;
Described mechanical floor, receives the control command that service layer transmits, and performs and completes the control operation of corresponding street lamp and Landscape Lamp, and upload the various data produced in operation to service layer according to control command;
Described rights management, for the control of providing access rights and information security to service layer and application layer.
2. a kind of street lamp as claimed in claim 1 and view brightening supervisory systems, it is characterized in that, described application layer comprises:
Data acquisition unit: gathered by timing automatic or manual acquisition mode, the status data realized street lamp runs gathers, and obtained data is shown;
Intelligent control unit: automatically controlled and real-time accurately control mode by the timing controlled to street lamp and landscape spotlight illumination, illuminance, realize street lamp and landscape spotlight are carried out to switch lamp control, brightness adjustment control and fall power control operation;
Alarming and managing unit: by gathering calculating to street lamp and landscape spotlight service data, control command data and parameter configuration, find the abnormal conditions occurred in street lamp and landscape spotlight illumination running, and carry out pre-alert notification by sound, image, GIS information display and note;
Cable theft-prevention monitoring means: by the real-time detection to street lamp and landscape spotlight power transmission cable break-make situation, realize cable occur stolen time, send alarm in time;
Street lamp comprehensive office applying unit: realize the routine office work of road lamp management department, road lamp maintenance, stock control function, by sharing facility resource, street lamp and landscape spotlight state, warning message with street lamp and landscape spotlight illumination monitoring, realize automatic generation and the releasing of source for street light maintenance event;
GIS information display unit: carry out the geodata information of facility resource information, control cabinet service data, street lamp service data, status data, street lamp and landscape spotlight and the displaying of warning message;
Short message notification administrative unit: realize single or mass-sending transmission alert notice, switch lamp time and system operation situation information;
Facility rm-cell: provide the external interface that street lighting facility is unified, realizes the function increasing, delete, revise and inquire about street lamp facility resource information;
Statistical analysis unit: carry out comprehensive statistics, analysis, calculating by the image data, control data, light sensitive data and the alert data that generate data acquisition unit, intelligent control unit and alarming and managing unit, the statistic analysis result of generation system overall operation situation;
Video monitor unit: the real-time monitored picture being checked camera by system, is carried out cradle head control, monitoring video checks street lighting running status, situation function;
Mobile terminal applying unit: resource information, state information, warning message that street lamp and landscape spotlight facility can be checked by mobile terminal, and supervision control can be carried out to street lamp facility.
3. a kind of street lamp as claimed in claim 2 and view brightening supervisory systems, is characterized in that, described intelligent control unit comprises intelligent monitoring terminal Based Intelligent Control, photosensitive control, the control of single lamp switch lamp, single lamp light modulation, single lamp fall that power controls, Non-follow control; Described photosensitive control is judged by the real-time illuminance numerical value to light, realizes the switch lamp early warning of system, or directly carries out switch lamp operation.
4. a kind of street lamp as claimed in claim 1 and view brightening supervisory systems, it is characterized in that, described service layer comprises:
Data acquisition service: the service that the basic information data to street lamp running status, power consumption and hardware device is provided;
Photosensitive collection service: photosensitive device management is provided, illuminance numerical value gathers, history illuminance data query function services;
Switch lamp controls service: according to timetable and energy-saving scheme, in conjunction with the photosensitive data gathering service, provides the switch lamp control service of automatic control, Non-follow control, photosensitive control various ways;
Alarm decision is served: control according to data acquisition service, switch lamp the data that service provides, in conjunction with predetermined configuration parameter, provide the service that the abnormality of lighting installation operation conditions judges;
Antitheft detection is served: provide the status monitoring to illumination power transmission cable, and occurs to send alarm and positioning service when cable is stolen;
Statistical analysis is served: provide the comprehensive statistics to data, Treatment Analysis service;
Short message process is served: instant, the timed sending service that provide short message;
Resource data is served: provide the inquiry to street lamp and landscape spotlight facility resource information, increase, modify or delete service;
Video monitoring is served: provide the real time inspection to video, playing back videos, cradle head control or Focussing service;
Timed task is served: provide the function services that the clocked flip of serving data acquisition service, statistical analysis service, antitheft detection service or power consumption collection performs;
Mobile solution is served: control and statistical analysis service interface data display, street lamp and landscape spotlight for mobile terminal application provides;
Communications service: provide and application layer and mechanical floor communication, sending controling instruction, reception street lamp and landscape spotlight facility operation data or protocol analysis service.
5. a kind of street lamp as claimed in claim 1 and view brightening supervisory systems, it is characterized in that, described mechanical floor comprises:
Intelligent monitoring terminal, is arranged in streetlight control box, receives the control command that service layer issues;
Concentrator, realizes the information gathering to single-lamp controller and switch lamp control;
Single-lamp controller, is arranged in street lamp post, realizes the service data collection to single lamp, switch control rule, brightness adjustment control, falls power control;
Antitheft end, is arranged on street lamp power transmission cable end, and Real-Time Monitoring cable runs and on off operating mode;
Anti theft host, is arranged in streetlight control box, with antitheft end communication, realizes the instruction sending and receive antitheft end.
6. a kind of street lamp as claimed in claim 1 and view brightening supervisory systems, it is characterized in that, described database comprises:
GIS database, stores the geodata information of street lamp and landscape spotlight;
Service Database, preserves street lamp facility resource data, image data, intelligent control scheme, statistical data analysis, parameter configuration;
GIS platform, for providing abundant GIS function, imports to the geographic information data of street lamp and landscape spotlight in GIS database; Landform, administrative division GIS data is issued into can for the Map Services of system call; The service interface that GIS data is inquired about, located, marks is provided;
Spatial Data Engine is the path of store and management multi-user space spatial database in a database.
7. a kind of street lamp as claimed in claim 6 and view brightening supervisory systems, is characterized in that,
Described geodata information comprises: basal relief map, administrative division and geocoding;
Described basal relief map comprises: vegetation, water system, building, road surface, bridge, road axis;
Described administrative division comprises: community, neighbourhood committee, administrative division at county level and above county level;
Described geocoding comprises: point of interest, mark and number.
8. a method for supervising for street lamp and view brightening supervisory systems, is characterized in that, comprise the following steps:
Step 1: to facility rm-cell typing street lamp facility asset data information, by Spatial Data Engine and GIS platform, the geographic information data of street lamp and landscape spotlight is imported in GIS database; Landform, administrative division GIS data is issued into can for the Map Services of system call;
Step 2: typing watch-dog data in intelligent control unit also to associate with facility resource data and parameter information configures;
Step 3: intelligent control unit, according to Back ground Information, carries out the generation of intelligent control scheme;
Step 4: carry out issuing intelligent control scheme and configuration information by service layer and intelligent control scheme and configuration information are saved in Service Database;
Step 5: manually control in application layer, carries out issuing control command via service layer's Communications service;
Step 6: in system, the photosensitive collection service of service layer carries out illuminance data acquisition in real time;
Step 7: the switch lamp of service layer controls service and carries out photosensitive control command operation in fact according to the illuminance data gathered and photosensitive control strategy;
Step 8: intelligent control scheme instruction, Non-follow control instruction, photosensitive control command are issued to control appliance according to communications protocol by Communications service;
Step 9: mechanical floor receives the control command that Communications service is transmitted;
Step 10: mechanical floor performs according to control command and completes corresponding operation;
Step 11: mechanical floor uploads the Communications service to service layer of the data that produce in operation;
Step 12: Communications service receives the data message uploaded from control appliance, after resolving, sends switch lamp control, alarm decision, antitheft detection service to service data and resolution data, and is saved in Service Database according to communications protocol;
Step 13: switch lamp controls street lamp running status and warning are carried out in service, alarm decision service, antitheft detection service judgement according to service data, intelligent control scheme, configuration parameter data, and street lamp running status and warning message and judged result are saved in Service Database;
Step 14: short message service, according to the switch lamp state in Service Database and warning message, carries out generation and the transmission of reminding short message breath; Comprehensive office maintenance service generates maintenance work order automatically according to the street lamp running status in Service Database and alarm decision;
Step 15: the information in statistical analysis health care utilization business datum carries out data summarization and comprehensive analysis;
Step 16: application layer carries out the displaying of street lamp facility resource, running status, warning message according to the data that service layer transmits, provides supervision and the comprehensive office application of street lamp and view brightening.
9. the method for supervising of a kind of street lamp as claimed in claim 8 and view brightening supervisory systems, is characterized in that, the concrete grammar in described step 10 is:
Single-lamp controller collects street lamp running state data, sends to concentrator; Single lamp data carry out gathering and sending to service layer by intelligent monitoring terminal by concentrator;
The operational order of application layer is handed down to intelligent monitoring terminal via service layer with instruction type, and intelligent monitoring terminal performs according to instruction type or is transmitted to concentrator, and instruction is sent to single-lamp controller by concentrator again, realizes the control to single lamp by single-lamp controller.
10. the method for supervising of a kind of street lamp as claimed in claim 8 and view brightening supervisory systems, is characterized in that,
Described geodata information comprises: basal relief map, administrative division and geocoding;
Described basal relief map comprises: vegetation, water system, building, road surface, bridge, road axis;
Described administrative division comprises: community, neighbourhood committee, administrative division at county level and above county level;
Described geocoding comprises: point of interest, mark and number.
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| CN105263239A (en) * | 2015-11-23 | 2016-01-20 | 泰华智慧产业集团股份有限公司 | Calculation method for on-line ratio in intelligent lighting |
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| CN107896396B (en) * | 2017-10-31 | 2020-02-14 | 深圳磊飞照明科技有限责任公司 | Integrated control method for building landscape light of smart city |
| CN107896396A (en) * | 2017-10-31 | 2018-04-10 | 深圳磊迈照明科技有限公司 | A kind of integrated control method towards smart city building landscape light |
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| CN109284835A (en) * | 2018-07-20 | 2019-01-29 | 江苏省发明协会 | A kind of port lighting lamp fault detection method and device based on database |
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