CN206515910U - A kind of dam concrete rapid construction Integrated Realtime Monitoring and Controlling device - Google Patents
A kind of dam concrete rapid construction Integrated Realtime Monitoring and Controlling device Download PDFInfo
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- CN206515910U CN206515910U CN201620892721.2U CN201620892721U CN206515910U CN 206515910 U CN206515910 U CN 206515910U CN 201620892721 U CN201620892721 U CN 201620892721U CN 206515910 U CN206515910 U CN 206515910U
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Abstract
The utility model is related to a kind of dam concrete rapid construction Integrated Realtime Monitoring and Controlling device, it includes video and detection device, the video is connected with detection device by signal wire with network and database server, and the network and database server is connected with Optimized Operation module and production management with decision-making module simultaneously.The Optimized Operation module can be realized is designed into work planning, again to timely information feedback and online optimized scheduling by position in storehouse, make dam concrete production and transport operation reach continuously, optimization, safe purpose.The purpose of this utility model is the deficiency for overcoming conventional art, there is provided it is a kind of can overall monitor dam concrete construction process real-time dynamic monitor, accomplish in time detection, in time feedback, optimization processing, accurately and reliably data is provided for policymaker, and is made a policy.
Description
Technical field
The utility model belongs to Hydraulic and Hydro-Power Engineering dam concrete construction field, and in particular to a kind of dam concrete is fast
Speed construction Integrated Realtime Monitoring and Controlling device.
Background technology
Large hydraulic engineering dam concrete placement amount is big, and construction intensity is high, and it is more to pour monolith, position in storehouse, while alternately making
Industry, is interfered big；Concrete production, transport, pour the very heavy complexity of task.Pouring quality requires high；Scene of constructing is grand
Greatly, device category is more, capacity is big.Under normal circumstances, dam structure is complicated, and concrete grade, level are more with species, and frequency is needed in pouring
Numerous switching, not only limit the performance of device efficiency, is also easily caused wrong label, wrong level and matches somebody with somebody accident.And once occur such
Situation, can cause operation of doing over again, and cause the waste of material, and engineering can not complete on schedule, influence the performance of project benefit.
Traditional concreting position in storehouse arrangement and process monitoring take manual dispatching method, local automatic system for each
Individual construction link is independently carried out, it is impossible to meet extensive high intensity construction demand.On the one hand, the managed people of labor management existed
The influence of member's factor such as experience and sense of responsibility and it is random strong, it is difficult to efficiently control work progress quality, it is necessary to using becoming more meticulous,
Intelligentized technological means and equipment effectively monitor each link work progress, control construction quality；On the other hand, existing mode
Each link is established one's own system, and lacks effective information communication channel, it is difficult to avoid information island, it is necessary to take corresponding dam coagulation
Native rapid construction Integrated Realtime Monitoring and Controlling and Modern Tracking Technology's, realize " one continuous line " intelligent management of the whole process of all devices,
Ensure concrete continuous, efficiently, balancedly construct.Dam concrete rapid construction comprehensively monitoring is in large water conservancy hydroelectric engineering
In construction incorporate Modern Tracking Technology's once trial and innovation, by video monitoring, state-detection, production management and decision-making,
The exploitation and implementation of the subsystems such as Optimized Operation, realize the real-time monitoring, dynamic adjustment and optimization of concrete construction overall process
Scheduling, drastically increases large-scale hydroelectric project construction management level and engineering construction quality, large-scale water power work is proposed first
Journey rapid construction computer generalization monitoring system.
Utility model content
The purpose of this utility model is that the deficiency for overcoming conventional art can overall monitor dam concrete there is provided one kind
The real-time dynamic monitor of work progress, accomplishes detection in time, in time feedback, and optimization processing is provided for policymaker and accurately may be used
The data leaned on, and make a policy.
In order to solve the above-mentioned technical problem, the utility model proposes following technical scheme：A kind of dam concrete is quickly applied
Work Integrated Realtime Monitoring and Controlling device, it includes video and detection device, the video and detection device by signal wire and network with
Database server be connected, the network and database server simultaneously with Optimized Operation module and production management and decision model
Block is connected.
The video includes video monitoring submodule and concrete production process detection sub-module with detection device, described to regard
Frequency monitoring submodule is all connected with concrete production process detection sub-module with network and database server.
The network and database server is included in Database Systems central station submodule, the Database Systems
Database server submodule and detection work station submodule are connected with heart work station submodule.
The Optimized Operation module can realize by position in storehouse be designed into work planning, again to timely information feedback and it is online most
Optimized Operation, make dam concrete production and transport operation reach continuously, optimization, safety purpose.
The video monitoring submodule is included on video matrix switcher, the video matrix switcher while being connected with many
Individual camera and monitor, the video matrix switcher are connected with video hub monitoring and scheduling room, in video matrix switcher
It is also associated with video monitoring work station and long delay video recorder.
The concrete production process detection sub-module is divided into four units：
Equipment running status detecting signal unit, including aggregate bin, ice making building, batching plant, supply line and tower belt crane are set
Standby running status Dynamic Announce；
Course of conveying Visual retrieval unit, including the operation to refrigeration workshop, batching plant, supply line and tower belt crane equipment
State Dynamic Announce；
Concrete temperature detection unit, including to the temperature detection of air-cooled air inlet, air outlet, the inspection of supply line full section temperature
Survey, placement temperature detection；
Database detection unit, including production process detection storehouse, casting process detection storehouse, equipment running status detection storehouse,
Temperature detection storehouse and anomalous event storehouse.
The production management is made up of ten units altogether with decision-making module, including planning management unit, cost management unit,
Device management unit, personnel management unit, economic management unit, Incident Management unit, Added Management unit, file administration list
Member, display print unit and System Management Unit.
The database server submodule include production process data memory module, casting process data memory module,
Equipment operating data memory module, temperature detection data memory module and accident detection data memory module.
Compared with prior art, the beneficial effects of the utility model are：
The utility model complete function comprehensively, disclosure satisfy that there is provided various information during dam concrete rapid construction
Project managers at different levels analysis and regulatory requirement, significantly improve dam concrete sharp work management and decision-making promptness,
Accuracy and science；Secondly, this Integrated Realtime Monitoring and Controlling device can increase substantially the efficiency of work, efficiently solve and quickly apply
Implementation issue in work, such as construction of overall monitor dam and equipment situation, concrete temperature along journey condition monitoring, prevent blanking
Wrong storehouse and batch mixing etc., it is ensured that concrete pouring quality, quickening progress, in time reduction cost accounting, discovery and correction coagulation are autochthonal
Production transports produced problem in casting process, the effective rate of utilization for improving resource, improves site construction management level etc..
Brief description of the drawings
The utility model is described in further detail with reference to the accompanying drawings and examples.
Fig. 1 is the utility model structural representation.
In figure：Video and detection device 1, network and database server 2, Optimized Operation module 3, production management and decision-making
Module 4, video monitoring submodule 11, concrete production process detection sub-module 12, Database Systems central station submodule
21st, database server submodule 22, detection work station submodule 23, video hub monitoring and scheduling room 111, video matrix switching
Device 112, video monitoring work station 113, long delay video recorder 114, camera 115, monitor 116, equipment running status signal
Detection unit 121, course of conveying Visual retrieval unit 122, concrete temperature detection unit 123, database detection unit
124。
Embodiment
Embodiment of the present utility model is described further below in conjunction with the accompanying drawings.
Such as Fig. 1, a kind of dam concrete rapid construction Integrated Realtime Monitoring and Controlling device, it includes video and detection device 1, institute
State video with detection device 1 by signal wire with network and database server 2 to be connected, the network and database server 2
It is connected simultaneously with Optimized Operation module 3 and production management with decision-making module 4.Video can be supervised in real time with detection device 1 first
Survey and collection concrete physical characteristic information, and concrete production is transported overall process in electronics screen display；Simultaneously will collection
To master data storage called into network and database server 2 for analysis decision, mainly including production process, poured
The data such as journey, equipment operation, temperature detection and accident detection, and these information of Dynamic Announce in monitor workstation；It is excellent
Change scheduler module 3 and position in storehouse design generation work is completed according to the information collected in concreting basic document and network data base
The functions such as industry planning, feedback of the information and optimized scheduling；Production management is mainly completed to whole concrete production with decision-making module 4
The computer management of process, and important decision support information is provided production process, according to the mixed of optimized scheduling module arrangement
Moduling plan is transported in solidifying autochthonal production, formulates the production schedule of batching plant, while progress chasing management, production organization optimization are carried out,
By producing aid decision-making system, production cost economic analysis and production schedule arrangement are carried out, is adjusted with the production for realizing optimization
Degree instruction.
Further, the video includes video monitoring submodule 11 with detection device 1 and concrete production process is detected
Submodule 12, the video monitoring submodule 11 and concrete production process detection sub-module 12 all with network and database service
Device 2 is connected.The video monitoring submodule mainly completes to site environment and pours situation and monitored in real time, easily and timely
Understand field apparatus operation and the construction condition of production, judge exactly and command production；The concrete production process inspection
Submodule is surveyed mainly to complete to equipment running status Dynamic Announces such as aggregate bin, refrigeration workshop, batching plant, supply line, tower belt cranes,
And temperature detection is carried out to supply line all fronts and inlet, the data transfer collected is stored in database.
Further, the network and database server 2 includes Database Systems central station submodule 21, described
Database server submodule 22 and detection work station submodule 23 are connected with Database Systems central station submodule 21.
The database server is stored the data that video is gathered with detection device, and carries out data separation, forms life respectively
Produce procedure library, casting process storehouse, equipment Runtime Library, temperature detection storehouse and anomalous event storehouse；The monitor workstation is dynamic respectively
Show concrete delivery service, temperature and equipment running status；The Database Systems central station can grasp in real time with
Upper information, and control room is sent in time, production commanding is grasped the condition of production and machine operation in time, and
The various situations occurred in production process are handled and dispatched in time according to these information.
Further, the Optimized Operation module 3 can realize work planning is designed into by position in storehouse, it is anti-to timely information again
Feedback and online optimized scheduling, make dam concrete production and transport operation reach continuously, optimization, safe purpose.The optimization
Scheduler module mainly set up including bin size, elevation, coordinate, concrete species, quantity, pour order etc. including position in storehouse number
According to storehouse；According to the requirement of position in storehouse database, week, day work planning are set up；The performance poured according to position in storehouse, completes various numbers
According to collection and feedback of the information；According to feedback information, operation scheme is optimally adjusted online；Position in storehouse Three-Dimensional Dynamic model is set up, and
Shown in real time on microcomputer, control is accurately positioned tower belt crane blanking skin cylinder；In line computation, statistics concrete square amount.
Further, the video monitoring submodule 11 includes video matrix switcher 112, the video matrix switcher
Multiple cameras 115 and monitor 116 are connected with 112 simultaneously, the video matrix switcher 112 is monitored with video hub and adjusted
Spend room 111 to be connected, video monitoring work station 113 and long delay video recorder 114 are also associated with video matrix switcher 112.
Further, the concrete production process detection sub-module 12 is divided into four units：
1 equipment running status detecting signal unit 121, including to aggregate bin, ice making building, batching plant, supply line and tower band
Machine equipment running status Dynamic Announce；
2 course of conveying Visual retrieval units 122, including to refrigeration workshop, batching plant, supply line and tower belt crane equipment
Running status Dynamic Announce；
3 concrete temperature detection units 123, including to the temperature detection of air-cooled air inlet, air outlet, supply line full section temperature
Degree detection, placement temperature detection；
4 database detection units 124, including production process detection storehouse, casting process detection storehouse, equipment running status detection
Storehouse, temperature detection storehouse and anomalous event storehouse.
Further, the production management is made up of ten units altogether with decision-making module 4, including planning management unit 410,
Cost management unit 411, device management unit 412, personnel management unit 413, economic management unit 414, Incident Management unit
415th, Added Management unit 416, file administration unit 417, display print unit 418 and System Management Unit 419.
Further, the database server submodule 22 includes production process data memory module 221, casting process
Data memory module 222, equipment operating data memory module 223, temperature detection data memory module 224 and accident detection
Data memory module 225.
Operation principle and the course of work of the present utility model are：
A kind of dam concrete rapid construction Integrated Realtime Monitoring and Controlling device of the utility model, as shown in figure 1, including video with
Detection device 1, network and database server 2, Optimized Operation module 3 and production management and decision-making module 4, video and detection
Equipment 1 and network and database server 2 are connected, and network and database server 2 and Optimized Operation module 3 are connected, net
Network is connected with database server 2 and Optimized Operation module 3 with production management with decision-making module 4.Video is with detecting first
Equipment 1 can monitor and gather in real time concrete physical characteristic information, and concrete production is transported overall process in electrical screen
Display；The master data collected storage is called into network and database server 2 for analysis decision simultaneously, mainly included
The data such as production process 221, casting process 222, equipment operation 223, temperature detection 224 and accident detection 225, and in prison
Control these information of Dynamic Announce in work station 23；Optimized Operation module is according in concreting basic document and network data base
The information collected completes the functions such as position in storehouse design, generation work planning, feedback of the information and optimized scheduling；Production management is with determining
Plan module 4 mainly completes the computer management to whole concrete production process, and provides production process important decision support
Information, transports moduling plan according to the concrete production that optimized scheduling is arranged, formulates the production schedule of batching plant, carry out simultaneously
Progress chasing management, production organization optimization, by producing aid decision-making system, carry out production cost economic analysis and the production schedule
Arrange, instructed with the production scheduling for realizing optimization.
Specifically, video submodule 11 gets a bird's eye view formula video camera 115, five tower belt crane work cameras, five provided with two
Platform supply line video camera and four discharging opening video cameras, video hub monitoring and scheduling room 111 only set monitor and large screen projection,
Production commander's task of the system of mixing and stirring and corresponding supply line system is responsible for, by being separately mounted to batching plant, ice making building, metering skin
Band, supply line, the video heads collection signal on tower belt crane, video matrix switcher 112 is sent into by vision cable, according still further to setting
Fixed video switching flow and order is shown in video-frequency monitor 116, can also use video monitoring work station 113 or remote control
The direct image switching of device；Furthermore it is also possible to be recorded by long delay video recorder 114 and video monitoring work station 113, play back key
Picture；There is provided real-time audible ringing signal on video monitoring work station 113.
Detection sub-module 12 mainly completes to run the equipment such as aggregate bin, refrigeration workshop, batching plant, supply line, tower belt crane
State Dynamic Announce, and temperature detection is carried out to supply line all fronts and inlet, the data transfer collected is stored in database,
In detection sub-module 12, data source is to control the data acquisition unit of each live equipment to collect in real time by detection machine all the way
Various data, another circuit-switched data source is the data read in batching plant detection machine and batching plant control machine by serial ports, institute
There are data to be completed on respective monitoring machine and handled each detection machine by network exchange data, realize that data are total to
Enjoy, displays temperature information concrete delivery dynamic menu and equipment operation are dynamic on the monitoring machine of display dynamic menu if necessary
State picture, it is possible to send alarm signal to the operating personnel of relevant device when equipment running status occur abnormal, simultaneously will
Abnormal information write-in anomalous event storehouse.In addition, after processing obtained data by network or serial ports be sent to coherent detection work station,
On the webserver, sorted data into by server and be loaded into corresponding detection subdata base, monitoring station utilizes these
Data generate various live dynamic menus.Dispatching workstations and management work station using detection machine directly transmit come data or tune
With the data in database, Optimized Operation and the daily management mission of generation are completed.
Network and database server 2 provides System Resources Sharing environment in whole supervising device and information exchange is flat
Platform, it by generate commanding's concrete production of concern, transport, casting process information be sent to control room in real time,
Production commanding is set to grasp the condition of production and machine operation in time, and according to these information to occurring in production process
Various situations timely handle and dispatch, it is ensured that dam concrete construction is safely and efficiently carried out, at the same also be system
Real-time data communication is provided to support.Because network system is run using client/server C/S model, therefore in database choosing
The characteristics of big data volume, support C/S model are considered during type, final choice Sybase Large-scale Relational Database systems are adopted simultaneously
Application development platform is used as with PowerBuilder.
Optimized Operation module 3, by succinct real-time input, is existed rapidly using the I/O Interface of man-machine conversation mode
Accurate operating result is obtained on application interface.Realize that content includes：Receive from the position in storehouse design information of database 22 and master
The week of business, day production plan；Automatically generate daily record of work；Receive to carry out the real-time detection information of Autonomous test work station and from storehouse
The operation adjustment information that the dispatcher in face sends；Tower belt crane blanking tube is positioned；The side's of pouring amount is counted concrete online.At this
In module, the production schedule 301 that can be assigned according to headquarter and the position in storehouse design information being stored in database generate main business
Week, day production plan, by the production scheduling command centre 302 of project management department, the production schedules after decomposition are issued to
Workshop, team 304, are arranged production operation by workshop, team.Also pass through equipment running status detection unit 308 and temperature one
Imperial detection unit 309, to workshop, team 304 and production scheduling command centre transmission detection data, is Workshop Production, scheduling
The adjustment production schedule of command centre 302 provides foundation.In addition, Dispatch and Command Center 302 is examined by online side's amount statistics and temperature
Measurement information shows that the production scheduling instruction 303 after optimizing and revising is issued to workshop 304.In production scheduling command process
In, emergent instruction of the commanding according to tower belt crane blanking tube alignment system and spot dispatch personnel is poured, production plan is entered
Row adjusts to realize safety in production.
Production management mainly completes the computer management to whole concrete production process with decision-making module 4, and to production
Process provides important decision and supports information, according to the concrete production of the arrangement of optimized scheduling module 3, transport, moduling plan, system
Determine the production schedule of batching plant, while carry out progress chasing management, production organization optimization, make batching plant running status reach through
Help, efficiently.By cost management 411, equipment control 412, personnel management 413, production material consumption, the side's of pouring amount can be carried out
Statistics, waste material statistics, so as to carry out business accounting, control production cost, increase economic efficiency.Pass through equipment operating maintenance point
Analysis, can formulate the equipment maintenance plan of optimization, improve utilization rate of equipment and installations and serviceability rate；It can be thrown with the work of analysis system
Enter situation, carry out the accounting of the economic indicators such as labor productivity.By producing aid decision-making system, production cost economy point is carried out
Analysis and production schedule arrangement, are instructed with the production scheduling for realizing optimization.
Embodiment of the present utility model is explained in detail with reference to accompanying drawing, but the utility model be not limited to it is above-mentioned
Embodiment.Technical staff can be without prejudice to innovative point of the present utility model and operating procedure, in claims
It is interior, above-described embodiment is modified.Protection domain of the present utility model, should be covered such as claims of the present utility model.
Claims (3)
1. a kind of dam concrete rapid construction Integrated Realtime Monitoring and Controlling device, it is characterised in that：It includes video and detection device
（1）, the video and detection device（1）Pass through signal wire and network and database server（2）It is connected, the network and data
Storehouse server（2）Simultaneously with Optimized Operation module（3）And production management and decision-making module（4）It is connected；
The video and detection device（1）Including video monitoring submodule（11）With concrete production process detection sub-module
（12）, the video monitoring submodule（11）With concrete production process detection sub-module（12）All with network and database service
Device（2）It is connected；
The network and database server（2）Including Database Systems central station submodule（21）, the data base set
System central station's submodule（21）On be connected with database server submodule（22）With detection work station submodule（23）；
The Optimized Operation module（3）Can realize by position in storehouse be designed into work planning, again to timely information feedback and it is online most
Optimized Operation, make dam concrete production and transport operation reach continuously, optimization, safety purpose；
The concrete production process detection sub-module（12）It is divided into four units：
（1）Equipment running status detecting signal unit（121）, including to aggregate bin, ice making building, batching plant, supply line and tower band
Machine equipment running status Dynamic Announce；
（2）Course of conveying Visual retrieval unit（122）, including to refrigeration workshop, batching plant, supply line and tower belt crane equipment
Running status Dynamic Announce；
（3）Concrete temperature detection unit（123）, including to the temperature detection of air-cooled air inlet, air outlet, supply line full section temperature
Degree detection, placement temperature detection；
（4）Database detection unit（124）, including production process detection storehouse, casting process detection storehouse, equipment running status detection
Storehouse, temperature detection storehouse and anomalous event storehouse；
The production management and decision-making module（4）It is made up of altogether ten units, including planning management unit（410）, cost management
Unit（411）, device management unit（412）, personnel management unit（413）, economic management unit（414）, Incident Management unit
（415）, Added Management unit（416）, file administration unit（417）, display print unit（418）And System Management Unit
（419）.
2. a kind of dam concrete rapid construction Integrated Realtime Monitoring and Controlling device according to claim 1, it is characterised in that：Institute
State video monitoring submodule（11）Including video matrix switcher（112）, the video matrix switcher（112）It is upper to connect simultaneously
There are multiple cameras（115）And monitor（116）, the video matrix switcher（112）With video hub monitoring and scheduling room
（111）It is connected, in video matrix switcher（112）It is also associated with video monitoring work station（113）With long delay video recorder
（114）.
3. a kind of dam concrete rapid construction Integrated Realtime Monitoring and Controlling device according to claim 1, it is characterised in that：Institute
State database server submodule（22）Including production process data memory module（221）, casting process data memory module
（222）, equipment operating data memory module（223）, temperature detection data memory module（224）Deposited with accident detection data
Store up module（225）.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620892721.2U CN206515910U (en) | 2016-08-17 | 2016-08-17 | A kind of dam concrete rapid construction Integrated Realtime Monitoring and Controlling device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620892721.2U CN206515910U (en) | 2016-08-17 | 2016-08-17 | A kind of dam concrete rapid construction Integrated Realtime Monitoring and Controlling device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206515910U true CN206515910U (en) | 2017-09-22 |
Family
ID=59861401
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620892721.2U Expired - Fee Related CN206515910U (en) | 2016-08-17 | 2016-08-17 | A kind of dam concrete rapid construction Integrated Realtime Monitoring and Controlling device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206515910U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110753104A (en) * | 2019-10-16 | 2020-02-04 | 宁波信联云智能科技有限公司 | Quality detection system |
| CN113585269A (en) * | 2021-09-27 | 2021-11-02 | 国能大渡河大数据服务有限公司 | Construction safety monitoring method and system for hydropower engineering |
-
2016
- 2016-08-17 CN CN201620892721.2U patent/CN206515910U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110753104A (en) * | 2019-10-16 | 2020-02-04 | 宁波信联云智能科技有限公司 | Quality detection system |
| CN113585269A (en) * | 2021-09-27 | 2021-11-02 | 国能大渡河大数据服务有限公司 | Construction safety monitoring method and system for hydropower engineering |
| CN113585269B (en) * | 2021-09-27 | 2021-12-17 | 国能大渡河大数据服务有限公司 | Construction safety monitoring method and system for hydropower engineering |
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| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
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Granted publication date: 20170922 Termination date: 20190817 |