CN109565570A - Engineering-environment monitoring method and system - Google Patents
Engineering-environment monitoring method and system Download PDFInfo
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- CN109565570A CN109565570A CN201780005456.9A CN201780005456A CN109565570A CN 109565570 A CN109565570 A CN 109565570A CN 201780005456 A CN201780005456 A CN 201780005456A CN 109565570 A CN109565570 A CN 109565570A
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- G—PHYSICS
- G05—CONTROLLING; REGULATING
- G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
- G05B19/00—Programme-control systems
- G05B19/02—Programme-control systems electric
- G05B19/04—Programme control other than numerical control, i.e. in sequence controllers or logic controllers
- G05B19/048—Monitoring; Safety
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
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Abstract
The present invention provides a kind of engineering-environment monitoring method and system, wherein, the engineering-environment monitoring method is the following steps are included: carry out real-time live monitoring camera-shooting to each engineering-environment, and according to actual environment monitoring needs, carry out various environmental parameters collection in worksite to each engineering-environment；By accountability unit's information of each engineering-environment and collection in worksite to various environmental parameters respectively with the form real-time display of pane label insertion on the corresponding monitoring camera-shooting picture of Command center.Engineering-environment monitoring method and system provided by the invention, it can realize that remotely carrying out round-the-clock continual integrated environment to each engineering-environment monitors, various environmental monitoring informations are read intuitive visual simultaneously, are controlled the site environment situation of each engineering-environment at any time for monitoring personnel and are made feedback processing to corresponding accountability unit in time according to field condition and provide great convenience.
Description
The present invention relates to environment monitoring techniques field more particularly to a kind of engineering-environment monitoring methods and system.
With the rapid development of social economy, more and more people start the quality for being concerned about local environment quality, it is desirable that the efficiency of environmental protection and management work improves.Engineering-environment monitoring is the important foundation of environmental protection and management work; pass through the application of informationization technology; change traditional environment monitoring means; long-term, continuous, effectively monitoring is implemented to pollution sources and environmental quality with new video data technology; scientific environmental aspect that is accurate, efficiently monitoring, manage region within the jurisdiction comprehensively, makes the Environmental Management Work of environmental protection administration reach monitoring science, efficient administration, the frontier enforced law impartially.In this context, simple video monitoring cannot fully meet the demand of user.
Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of engineering-environment monitoring method and systems, it can realize that remotely carrying out round-the-clock continual integrated environment to each engineering-environment monitors, various environmental monitoring informations are read intuitive visual simultaneously, are controlled the site environment situation of each engineering-environment at any time for monitoring personnel and are made feedback processing to corresponding accountability unit in time according to field condition and provide great convenience.
To achieve the above object, the present invention proposes a kind of engineering-environment monitoring method, the engineering-environment monitoring method is the following steps are included: carry out real-time live monitoring camera-shooting to each engineering-environment, and according to actual environment monitoring needs, various environmental parameters collection in worksite is carried out to each engineering-environment；By accountability unit's information of each engineering-environment and collection in worksite to various environmental parameters respectively with the form real-time display of pane label insertion on the corresponding monitoring camera-shooting picture of Command center.
Preferably, accountability unit's information includes engineering-environment address, accountability unit's title, accountability unit responsible person and accountability unit's responsible person's contact method；The various environmental parameters include any several in PM2.5 parameter, PM10 parameter, temperature parameter, humidity parameter, water quality parameter, soil parameters, noise parameter and radioactivity parameter.
Preferably, the engineering-environment monitoring method is further comprising the steps of: Command center described in long range dock, with by watch or check whenever and wherever possible each engineering-environment corresponding monitoring camera-shooting picture know the environmental monitoring information of each engineering-environment in real time.
Preferably, the engineering-environment monitoring method is further comprising the steps of: according to the actual environment demand of each engineering-environment, the alarming threshold value of each environmental parameter is preset, and carries out corresponding early warning processing after the environmental parameter that any collection in worksite obtains is beyond corresponding preset alarm threshold values.
Preferably, the engineering-environment monitoring method is further comprising the steps of: carrying out evaluation analysis and mathematical statistics to the environmental monitoring information of each engineering-environment, automatically generates various environmental data reports.
Preferably, the engineering-environment monitoring method is further comprising the steps of: the environmental monitoring information of each engineering-environment being organically combined with GIS map, to realize the monitoring center to the GIS localizing environment monitoring management of each engineering-environment progress.
Furthermore, to achieve the above object, the present invention also proposes a kind of engineering-environment monitoring system, the engineering-environment monitoring system includes: on-site supervision acquisition module, for carrying out real-time live monitoring camera-shooting to each engineering-environment, and according to actual environment monitoring needs, various environmental parameters collection in worksite is carried out to each engineering-environment；Label generates insertion module, for by accountability unit's information of each engineering-environment and collection in worksite to various environmental parameters respectively with the form real-time display of pane label insertion in the corresponding monitoring camera-shooting picture of Command center.
Preferably, accountability unit's information includes engineering-environment address, accountability unit's title, accountability unit
Responsible person and accountability unit's responsible person's contact method；The various environmental parameters include any several in PM2.5 parameter, PM10 parameter, temperature parameter, humidity parameter, water quality parameter, soil parameters, noise parameter and radioactivity parameter.
Preferably, the engineering-environment monitoring system further includes remote query module, for Command center described in long range dock, with by watch or check whenever and wherever possible each engineering-environment corresponding monitoring camera-shooting picture know the environmental monitoring information of each engineering-environment in real time.
Preferably, the engineering-environment monitoring system further includes early warning processing module, for the actual environment demand according to each engineering-environment, the alarming threshold value of each environmental parameter is preset, and carries out corresponding early warning processing after the environmental parameter that any collection in worksite obtains is beyond corresponding preset alarm threshold values.
Preferably, the engineering-environment monitoring system further includes data sheet generation module, carries out evaluation analysis and mathematical statistics for the environmental monitoring information to each engineering-environment, automatically generates various environmental data reports.
Preferably, the engineering-environment monitoring system further includes GIS orientation management module, for organically combining the environmental monitoring information of each engineering-environment with GIS map, to realize the monitoring center to the GIS localizing environment monitoring management of each engineering-environment progress.
A kind of engineering-environment monitoring method and system provided by the invention, it is by carrying out real-time live monitoring camera-shooting to each engineering-environment, and according to actual environment monitoring needs, to each engineering-environment real-time perfoming various environmental parameters collection in worksite, it is monitored so that command and control center remotely can carry out round-the-clock continual integrated environment to each engineering-environment, to know the current environmental condition of each engineering-environment in real time, and due to its by accountability unit's information of each engineering-environment and collection in worksite to various environmental parameters respectively with the form real-time display of pane label insertion on the corresponding monitoring camera-shooting picture of Command center, so that various environmental monitoring informations readings are intuitive visual, it controls the site environment situation of each engineering-environment at any time for monitoring personnel and makes feedback to corresponding accountability unit in time according to field condition Processing provides great convenience.
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, the drawings to be used in the description of the embodiments or prior art will be briefly described below, apparently, drawings in the following description are only some embodiments of the invention, for those of ordinary skill in the art, without any creative labor, it is also possible to obtain other drawings based on these drawings.
Fig. 1 is the flow diagram for the engineering-environment monitoring method that first embodiment of the invention proposes.
Fig. 2 is the structural block diagram for the engineering-environment monitoring system that second embodiment of the invention proposes.
Fig. 3 is the structural block diagram of the specific embodiment for the engineering-environment monitoring system that third embodiment of the invention proposes.
Specific embodiments of the present invention will be further explained with reference to the accompanying drawing.It should be noted that being used to help understand the present invention for the explanation of these embodiments, but and do not constitute a limitation of the invention.In addition, technical characteristic involved in the various embodiments of the present invention described below can be combined with each other as long as they do not conflict with each other.
As shown in Figure 1, first embodiment of the invention proposes a kind of engineering-environment monitoring method, specifically includes the following steps:
Step S1: real-time live monitoring camera-shooting is carried out to each engineering-environment, and according to actual environment monitoring needs, various environmental parameters collection in worksite is carried out to each engineering-environment.
Specifically, it can be realized by high-definition camera and real-time live monitoring camera-shooting, while sound, the image/video data of round-the-clock real-time acquisition and record current monitor point are carried out to each engineering-environment, to facilitate long-range monitoring and follow-up data inquiry.And while carrying out real-time live monitoring camera-shooting to each engineering-environment, grasp the environmental aspect of each engineering-environment at any time for convenience of monitoring personnel, it need to be according to actual environment monitoring needs, to each engineering-environment carry out various environmental parameters collection in worksite, the various environmental parameters include PM2.5 parameter,
It is any several in PM10 parameter, temperature parameter, humidity parameter, water quality parameter, soil parameters, noise parameter and radioactivity parameter.
Step S2: by accountability unit's information of each engineering-environment and collection in worksite to various environmental parameters respectively with the form real-time display of pane label insertion on the corresponding monitoring camera-shooting picture of Command center.
Specifically, accountability unit's information specifically may include engineering-environment address, accountability unit's title, accountability unit responsible person and accountability unit's responsible person's contact method, after these accountability unit's information form a data pane, the lower left corner for being shown in the corresponding monitoring camera-shooting picture of Command center is defaulted in a manner of pane insertion again, and collection in worksite to various environmental parameters can then be respectively formed multiple business card labels after, then defaulted in a manner of label insertion and be shown in the upper left corner of the corresponding monitoring camera-shooting picture of Command center.Monitoring personnel is during actual monitored, it can the display position of drag data pane and business card label, adjustment data pane and the transparency of business card label etc. as needed, such data information is superimposed upon image and specifies region, is transmitted to server and the designated user of Command center together with monitor video.So, it so that various environmental monitoring informations read intuitive visual, controls the site environment situation of each engineering-environment at any time for monitoring personnel and makes feedback processing to corresponding accountability unit in time according to field condition great convenience is provided.
Step S3: long range dock Command center, with by watch or check whenever and wherever possible each engineering-environment corresponding monitoring camera-shooting picture know the environmental monitoring information of each engineering-environment in real time.
Specifically, Command center can give the right for the monitoring data that remote subscriber checks this Command center by authorizing, so, the remote subscribers such as responsible person, the supervision leader of accountability unit can pass through long range dock Command center, and the information exchange with Command center is realized in distal end, the monitoring data of Command center is obtained, by watching or checking that monitoring camera-shooting picture knows the environmental monitoring information of each engineering-environment in real time accordingly for each engineering-environment institute whenever and wherever possible.
Step S4: according to the actual environment demand of each engineering-environment, the alarming threshold value of each environmental parameter is preset, and is carried out accordingly after the environmental parameter that any collection in worksite obtains is beyond corresponding preset alarm threshold values
Early warning processing.
Specifically, user can be according to the actual environment demand of current engineering-environment, preset the alarming threshold value of each environmental parameter, so, after the environmental parameter that any collection in worksite obtains exceeds corresponding preset alarm threshold values, Front End will carry out corresponding early warning processing according to user setting, such as start combined aural and visual alarm alarm, warning periphery pedestrian takes care, or current alerts information is pushed into Command center or specified handhold mobile terminal equipment, also linkage dialing equipment calls the accountability unit responsible person of current engineering-environment, and voice broadcast alarm point is numbered and recording.
Step S5: evaluation analysis and mathematical statistics are carried out to the environmental monitoring information of each engineering-environment, automatically generate various environmental data reports.
Specifically, Command center can carry out evaluation analysis and mathematical statistics to the environmental monitoring information that each engineering-environment is fed back, these environmental monitoring informations include accountability unit's information of the engineering-environment, the engineering-environment collection in worksite to various environmental parameters and the audio, video data etc. that arrives of the engineering-environment collection in worksite, by carrying out evaluation analysis and mathematical statistics to data after primary monitoring data and audit, various environmental data reports can be automatically generated, various reports and tables of data including the various environmental data reports of each engineering-environment and for reporting Environmental Protection Agency.Monitoring personnel can open simultaneously multiple report interfaces, change interface with demand, be easy to implement the comparison of data, and the audit of data and result after audit on an interface, while having two, three-dimensional visualization image, realize the screening of image log evidence.The graphic makings such as conventional pie chart, column figure, curve graph are set in report.
Step S6: the environmental monitoring information of each engineering-environment is organically combined with GIS map, to realize GIS localizing environment monitoring management that monitoring center carries out each engineering-environment.
Specifically, the connected applications environmental monitoring data analysis system of environmental monitoring and GIS can integrate Fundamental Geographic Information Data, environment topic space data and associated all kinds of environmental management business datums, the environmental monitoring information of each engineering-environment and GIS map are organically combined, it can be achieved that environmental information " figure "
Management, so that the GIS localizing environment monitoring management that monitoring center carries out each engineering-environment.So, the environmental aspect in full area under one's jurisdiction will show in face of manager with covering all at one glance, and carry out comprehensive, non-blind area environment monitoring management to full area under one's jurisdiction for environmental monitoring department, provide efficient data supporting service.
As shown in Figure 2, second embodiment of the invention proposes a kind of engineering-environment monitoring system 100, which includes on-site supervision acquisition module 110, label generation insertion module 120, remote query module 130, early warning processing module 140, data sheet generation module 150 and GIS orientation management module 160.
Wherein, on-site supervision acquisition module 110 is mainly used for carrying out each engineering-environment real-time live monitoring camera-shooting, and according to actual environment monitoring needs, carries out various environmental parameters collection in worksite to each engineering-environment；Various environmental parameters include any several in PM2.5 parameter, PM10 parameter, temperature parameter, humidity parameter, water quality parameter, soil parameters, noise parameter and radioactivity parameter.Label generate insertion module 120 be mainly used for by accountability unit's information of each engineering-environment and collection in worksite to various environmental parameters respectively with the form real-time display of pane label insertion on the corresponding monitoring camera-shooting picture of Command center, which includes engineering-environment address, accountability unit's title, accountability unit responsible person and accountability unit's responsible person's contact method.Remote query module 130 is mainly used for long range dock Command center, with by watch or check whenever and wherever possible each engineering-environment corresponding monitoring camera-shooting picture know the environmental monitoring information of each engineering-environment in real time.Early warning processing module 140 is mainly used for the actual environment demand according to each engineering-environment, presets the alarming threshold value of each environmental parameter, and carry out corresponding early warning processing after the environmental parameter that any collection in worksite obtains is beyond corresponding preset alarm threshold values.Data sheet generation module 150 is mainly used for carrying out evaluation analysis and mathematical statistics to the environmental monitoring information of each engineering-environment, automatically generates various environmental data reports.GIS orientation management module 160 is mainly used for organically combining the environmental monitoring information of each engineering-environment with GIS map, to realize the monitoring center to the GIS localizing environment monitoring management of each engineering-environment progress.
When work, taken the photograph firstly, carrying out real-time live to each engineering-environment by on-site supervision acquisition module 110
As monitoring, and according to actual environment monitoring needs, various environmental parameters collection in worksite is carried out to each engineering-environment, acquisition includes PM2.5 parameter, PM10 parameter, temperature parameter, humidity parameter, water quality parameter, soil parameters, various environmental parameters including noise parameter and radioactivity parameter, then, label generate insertion module 120 by accountability unit's information of each engineering-environment editted in advance and collection in worksite to various environmental parameters respectively with the form real-time display of pane label insertion on the corresponding monitoring camera-shooting picture of Command center, at this time, pass through remote query module 130, long range dock Command center can be achieved, with by watch or check whenever and wherever possible each engineering-environment corresponding monitoring camera-shooting picture know the environmental monitoring information of each engineering-environment in real time.And after the environmental parameter that any collection in worksite of each engineering-environment obtains exceeds corresponding preset alarm threshold values, early warning processing module 140 will do it corresponding early warning processing.Data sheet generation module 150 then can carry out evaluation analysis and mathematical statistics to the environmental monitoring information of each engineering-environment, various environmental data reports be automatically generated, so as to the environmental aspect of monitoring personnel preferably control monitoring area.In addition, the environmental monitoring information of each engineering-environment and GIS map are organically combined, it can be achieved that the GIS localizing environment monitoring management that monitoring center carries out each engineering-environment by GIS orientation management module 160.
As shown in figure 3, third embodiment of the invention proposes a kind of specific embodiment of engineering-environment monitoring system 200, which includes front-end collection layer 210, intermediate conveyor layer 220 and backend application layer 230.
Wherein, front-end collection layer 210 is used to carry out current engineering-environment round-the-clock continual integrated environment to monitor, and mainly includes solar powered module 211, high-definition camera module 212, environmental data collecting module 213, front-end local memory module 214, forewarning management module 215, combined aural and visual alarm 216 and voice broadcast service module 217.
Specifically, solar powered module 211 is made of solar module, controller, inverter, battery group etc., it can be realized by solar powered module 211 and power supply is carried out to all electrical equipments in front-end collection layer 210, solar power generation is a kind of emerging renewable energy, it is resourceful, both can be free
It uses, and without transport, it is especially suitable for inconvenient lead or areas without electricity to environment without any pollution.Environmental data collecting module 213 can be according to actual environment monitoring needs, various environmental parameters collection in worksite is carried out to current engineering-environment, acquire the various environmental parameters including PM2.5 parameter, PM10 parameter, temperature parameter, humidity parameter, water quality parameter, soil parameters, noise parameter and radioactivity parameter, these data posts may be superimposed on monitoring interface image and specify region, backend application layer 230 is returned to simultaneously with monitor video, as the main foundation of subsequent applications work.High-definition camera module 212 can acquire the sound and image/video data of current engineering-environment in real time, real-time live monitoring camera-shooting can be carried out to current engineering-environment, its monitored picture supports the insertion of pane label simultaneously, makes its monitored picture that can be inserted directly into the accountability unit's information and the collected various environmental parameters of environmental data collecting module 213 of current engineering-environment in the form of pane label.Accountability unit's information specifically may include engineering-environment address, accountability unit's title, accountability unit responsible person and accountability unit's responsible person's contact method, after these accountability unit's information form a data pane, the lower left corner for being shown in corresponding monitoring camera-shooting picture is defaulted in a manner of pane insertion again, and collection in worksite to various environmental parameters can then be respectively formed multiple business card labels after, then defaulted in a manner of label insertion and be shown in the upper left corner of corresponding monitoring camera-shooting picture.Monitoring personnel is during actual monitored, it can the display position of drag data pane and business card label, adjustment data pane and the transparency of business card label etc. as needed, such data information is superimposed upon image and specifies region, is transferred to backend application layer 230 together with monitor video.Front-end local memory module 214 by locally-installed SD card or hard disk by each engineering-environment collection in worksite to the data informations such as audio, video data, ambient parameter data, operation log be locally stored, so as to remotely playback and the downloading of backend application layer 230.Forewarning management module 215 is according to the actual environment demand of current engineering-environment, preset the alarming threshold value of each environmental parameter, so, after the environmental parameter that any collection in worksite obtains exceeds corresponding preset alarm threshold values, forewarning management module 215 will carry out corresponding early warning processing according to user setting, such as start the alarm of combined aural and visual alarm 216, warning periphery pedestrian takes care, or current alerts information is pushed into backend application layer 230, also linkage dialing equipment calls the accountability unit responsible person of current engineering-environment, and voice broadcast report
Alert point number and recording.Combined aural and visual alarm 216 is used to carry out interlink warning starting with forewarning management module 215 also can manually opened combined aural and visual alarm to warn periphery pedestrian to take care by voice messaging and optical information.Organization and communications tool of the voice broadcast service module 217 for receiving and playing the voice broadcast service that backend application layer 230 is sent, whens with for emergency, universal security knowledge, regular playing environment parameter etc..
Intermediate conveyor layer 220 provides the transmission channel of high quality for realizing the various data interactions connection between front-end collection layer 210 and backend application layer 230 for various data flows, guarantees the safe and reliable transmission of data flow.It specifically can be the photoelectricity Intranet or utilize 3G, 4G, WiFi wireless network, city light net and the intelligent environment monitoring system network set up using MPLS VPN and P2P technology that project itself is set up.
Backend application layer 230 is used to provide the service for remotely knowing the environmental monitoring information of each engineering-environment to monitoring personnel, to be presented to the user specialized, personalized specific operation flow and tool, various businesses interaction, response and linkage are provided a user, is the external embodiment of specific business.Backend application layer 230 mainly includes Command center 231 and mobile client 232.
Specifically, Command center 231 can intuitively show environmental monitoring information required for monitoring personnel, the window that calling resource can be provided for user, operate and realize service response meets large route number, the monitoring of prolonged visual environment data to realize sub-control management.The data system of Command center 231 supports P2P agreement, Session Initiation Protocol, RSTP and HTTP access, facilitates upper layer application to carry out business integration management, third-party application is supported to carry out secondary development using system existing interface.The data system of Command center 231 provides environmental data analysis function, for environmental management, government decision and Environmental information disclosure provide comprehensively multi-level environmental data service, it can carry out evaluation analysis and mathematical statistics to the environmental monitoring information that each engineering-environment is fed back, these environmental monitoring informations include accountability unit's information of the engineering-environment, the engineering-environment collection in worksite to various environmental parameters and the audio, video data etc. that arrives of the engineering-environment collection in worksite, by carrying out evaluation analysis and mathematical statistics to data after primary monitoring data and audit, various environmental data reports can be automatically generated, including the various environmental data reports of each engineering-environment and for reporting the various of Environmental Protection Agency
Report and tables of data.Monitoring personnel can open simultaneously multiple report interfaces, change interface with demand, be easy to implement the comparison of data, and the audit of data and result after audit on an interface, while having two, three-dimensional visualization image, realize the screening of image log evidence.The graphic makings such as conventional pie chart, column figure, curve graph are set in report.The data system of Command center 231 provides GIS positioning function, the connected applications environmental monitoring data analysis system of environmental monitoring and GIS can integrate Fundamental Geographic Information Data, environment topic space data and associated all kinds of environmental management business datums, the environmental monitoring information of each engineering-environment is organically combined with GIS map, environmental information " figure " management can be achieved, so that the GIS localizing environment monitoring management that monitoring center carries out each engineering-environment.So, the environmental aspect in full area under one's jurisdiction will show in face of manager with covering all at one glance, and carry out comprehensive, non-blind area environment monitoring management to full area under one's jurisdiction for environmental monitoring department, provide efficient data supporting service.The data system of Command center 231 provides video wall and function of loudspeaker box, can comprehensive displaying play the audio, video data at each engineering-environment scene and environmental monitoring information, support playing back videos, throw screen and show that master control dispatching desk working interface and data analyze the page.The data system of Command center 231 provides rear end video recording array store function, the continual video recording storage in 24 hours of fixed monitoring point is realized, in case transferring playback at any time and downloading backup.The data system of Command center 231 provides environmental parameter store function, environmental information Dynamic data exchange partitioned storage, built-in fixed statement form, the Report Customization function of various formats is supported simultaneously, and has memory pattern, it supports one key of report to generate, produces the various reports and tables of data format of country and Environmental Protection Agency, can back up and check or do other purposes.The data system of Command center 231 provides cloud storage function, and user can open cloud storage function according to demand, can be stored after opening with audio-video real-time recording, the storage of engineering-environment data, operation log, uses related data for authorized user's remote download.
The corresponding program of system authorization is installed in mobile client 232, pass through the mobile client 232, the remote subscribers such as responsible person, the supervision leader of accountability unit can pass through long range dock Command center, obtain the monitoring data of Command center, and then by watching or check whenever and wherever possible each engineering-environment institute phase
The monitoring camera-shooting picture answered knows the environmental monitoring information of each engineering-environment in real time.
A kind of engineering-environment monitoring method and system provided by the invention, it is by carrying out real-time live monitoring camera-shooting to each engineering-environment, and according to actual environment monitoring needs, to each engineering-environment real-time perfoming various environmental parameters collection in worksite, it is monitored so that command and control center remotely can carry out round-the-clock continual integrated environment to each engineering-environment, to know the current environmental condition of each engineering-environment in real time, and due to its by accountability unit's information of each engineering-environment and collection in worksite to various environmental parameters respectively with the form real-time display of pane label insertion on the corresponding monitoring camera-shooting picture of Command center, so that various environmental monitoring informations readings are intuitive visual, it controls the site environment situation of each engineering-environment at any time for monitoring personnel and makes feedback to corresponding accountability unit in time according to field condition Processing provides great convenience.
In conjunction with attached drawing, the embodiments of the present invention are described in detail above, but the present invention is not limited to described embodiments.For a person skilled in the art, in the case where not departing from the principle of the invention and spirit, a variety of change, modification, replacement and modification is carried out to these embodiments, are still fallen in protection scope of the present invention.
Claims (12)
- A kind of engineering-environment monitoring method, which is characterized in that the engineering-environment monitoring method the following steps are included:Real-time live monitoring camera-shooting is carried out to each engineering-environment, and according to actual environment monitoring needs, to each engineering-environment real-time perfoming various environmental parameters collection in worksite；By accountability unit's information of each engineering-environment and collection in worksite to various environmental parameters respectively with the form real-time display of pane label insertion on the corresponding monitoring camera-shooting picture of Command center.
- Engineering-environment monitoring method as described in claim 1, which is characterized in that accountability unit's information includes engineering-environment address, accountability unit's title, accountability unit responsible person and accountability unit's responsible person's contact method；The various environmental parameters include any several in PM2.5 parameter, PM10 parameter, temperature parameter, humidity parameter, water quality parameter, soil parameters, noise parameter and radioactivity parameter.
- Engineering-environment monitoring method as described in claim 1, it is characterized in that, the engineering-environment monitoring method is further comprising the steps of: Command center described in long range dock, with by watch or check whenever and wherever possible each engineering-environment corresponding monitoring camera-shooting picture know the environmental monitoring information of each engineering-environment in real time.
- Engineering-environment monitoring method a method according to any one of claims 1-3, it is characterized in that, the engineering-environment monitoring method is further comprising the steps of: according to the actual environment demand of each engineering-environment, the alarming threshold value of each environmental parameter is preset, and carries out corresponding early warning processing after the environmental parameter that any collection in worksite obtains is beyond corresponding preset alarm threshold values.
- Engineering-environment monitoring method a method according to any one of claims 1-3, which is characterized in that The engineering-environment monitoring method is further comprising the steps of: carrying out evaluation analysis and mathematical statistics to the environmental monitoring information of each engineering-environment, automatically generates various environmental data reports.
- Engineering-environment monitoring method a method according to any one of claims 1-3, it is characterized in that, the engineering-environment monitoring method is further comprising the steps of: the environmental monitoring information of each engineering-environment being organically combined with GIS map, to realize the monitoring center to the GIS localizing environment monitoring management of each engineering-environment progress.
- A kind of engineering-environment monitoring system, which is characterized in that the engineering-environment monitoring system includes:On-site supervision acquisition module for carrying out real-time live monitoring camera-shooting to each engineering-environment, and according to actual environment monitoring needs, carries out various environmental parameters collection in worksite to each engineering-environment；Label generates insertion module, for by accountability unit's information of each engineering-environment and collection in worksite to various environmental parameters respectively with the form real-time display of pane label insertion in the corresponding monitoring camera-shooting picture of Command center.
- Engineering-environment monitoring system as claimed in claim 7, which is characterized in that accountability unit's information includes engineering-environment address, accountability unit's title, accountability unit responsible person and accountability unit's responsible person's contact method；The various environmental parameters include any several in PM2.5 parameter, PM10 parameter, temperature parameter, humidity parameter, water quality parameter, soil parameters, noise parameter and radioactivity parameter.
- Engineering-environment monitoring system as claimed in claim 7, it is characterized in that, the engineering-environment monitoring system further includes remote query module, for Command center described in long range dock, by watching or checking that each engineering-environment images prison accordingly whenever and wherever possible Picture is controlled to know the environmental monitoring information of each engineering-environment in real time.
- Engineering-environment monitoring system as described in claim 7-9 is any, it is characterized in that, the engineering-environment monitoring system further includes early warning processing module, for the actual environment demand according to each engineering-environment, the alarming threshold value of each environmental parameter is preset, and carries out corresponding early warning processing after the environmental parameter that any collection in worksite obtains is beyond corresponding preset alarm threshold values.
- Engineering-environment monitoring system as described in claim 7-9 is any, it is characterized in that, the engineering-environment monitoring system further includes data sheet generation module, carries out evaluation analysis and mathematical statistics for the environmental monitoring information to each engineering-environment, automatically generates various environmental data reports.
- Engineering-environment monitoring system as described in claim 7-9 is any, it is characterized in that, the engineering-environment monitoring system further includes GIS orientation management module, for organically combining the environmental monitoring information of each engineering-environment with GIS map, to realize the monitoring center to the GIS localizing environment monitoring management of each engineering-environment progress.
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| PCT/CN2017/081428 WO2018191953A1 (en) | 2017-04-21 | 2017-04-21 | Engineering environment monitoring method and system |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN114942044A (en) * | 2022-05-30 | 2022-08-26 | 深圳市中深建装饰设计工程有限公司 | Automatic monitoring and alarming system for environmental pollution of outdoor decoration engineering |
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| WO2018191953A1 (en) | 2018-10-25 |
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