CN105955170A - Automatic control system for water conservancy - Google Patents
Automatic control system for water conservancy Download PDFInfo
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- CN105955170A CN105955170A CN201610486992.2A CN201610486992A CN105955170A CN 105955170 A CN105955170 A CN 105955170A CN 201610486992 A CN201610486992 A CN 201610486992A CN 105955170 A CN105955170 A CN 105955170A
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- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 title claims abstract description 76
- 238000001514 detection method Methods 0.000 claims description 30
- 239000000203 mixture Substances 0.000 claims description 24
- 230000004044 response Effects 0.000 claims description 23
- 238000006243 chemical reaction Methods 0.000 claims description 19
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- 238000000034 method Methods 0.000 claims description 13
- 230000006855 networking Effects 0.000 claims description 9
- 239000002826 coolant Substances 0.000 claims description 8
- 238000007639 printing Methods 0.000 claims description 7
- 238000007789 sealing Methods 0.000 claims description 7
- 230000011664 signaling Effects 0.000 claims description 7
- 230000004672 jump response Effects 0.000 claims description 6
- 239000002689 soil Substances 0.000 claims description 6
- 239000000463 material Substances 0.000 claims description 5
- 238000001556 precipitation Methods 0.000 claims description 5
- 230000008569 process Effects 0.000 claims description 5
- 239000012780 transparent material Substances 0.000 claims description 5
- 238000004891 communication Methods 0.000 claims description 4
- 238000006073 displacement reaction Methods 0.000 claims description 4
- 239000000835 fiber Substances 0.000 claims description 4
- 238000012544 monitoring process Methods 0.000 claims description 4
- 208000033748 Device issues Diseases 0.000 claims description 3
- OAICVXFJPJFONN-UHFFFAOYSA-N Phosphorus Chemical compound [P] OAICVXFJPJFONN-UHFFFAOYSA-N 0.000 claims description 3
- 238000007599 discharging Methods 0.000 claims description 3
- 230000010247 heart contraction Effects 0.000 claims description 3
- 239000000843 powder Substances 0.000 claims description 3
- 238000004026 adhesive bonding Methods 0.000 claims 1
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- 238000012856 packing Methods 0.000 claims 1
- 238000011161 development Methods 0.000 description 6
- 230000000694 effects Effects 0.000 description 4
- 230000005611 electricity Effects 0.000 description 4
- 238000005516 engineering process Methods 0.000 description 3
- 230000003068 static effect Effects 0.000 description 2
- 244000025254 Cannabis sativa Species 0.000 description 1
- 238000004458 analytical method Methods 0.000 description 1
- 230000005540 biological transmission Effects 0.000 description 1
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- 238000010276 construction Methods 0.000 description 1
- 230000007547 defect Effects 0.000 description 1
- 230000002939 deleterious effect Effects 0.000 description 1
- 238000013461 design Methods 0.000 description 1
- 230000007613 environmental effect Effects 0.000 description 1
- JEGUKCSWCFPDGT-UHFFFAOYSA-N h2o hydrate Chemical compound O.O JEGUKCSWCFPDGT-UHFFFAOYSA-N 0.000 description 1
- 238000007689 inspection Methods 0.000 description 1
- 238000012423 maintenance Methods 0.000 description 1
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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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- 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
- G05B19/418—Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS] or computer integrated manufacturing [CIM]
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q50/00—Information and communication technology [ICT] specially adapted for implementation of business processes of specific business sectors, e.g. utilities or tourism
- G06Q50/06—Energy or water supply
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P90/00—Enabling technologies with a potential contribution to greenhouse gas [GHG] emissions mitigation
- Y02P90/02—Total factory control, e.g. smart factories, flexible manufacturing systems [FMS] or integrated manufacturing systems [IMS]
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- Marketing (AREA)
- Manufacturing & Machinery (AREA)
- General Engineering & Computer Science (AREA)
- Water Supply & Treatment (AREA)
- General Health & Medical Sciences (AREA)
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Abstract
The invention provides an automatic control system for water conservancy, which comprises a control module, a memory, a general router, a management computer, an industrial switch, a water conservancy equipment control module, a water conservancy information control module, a power supply system and an alarm module. The automatic control system acquires information about water conservancy in various manners, the staff can master the relevant information timely as well as analyze problems and perform targeted control on relevant equipment according to the feedback information, the alarm module responds in time when a fault or dangerous case occurs, and the information is fed back to a manager in a telephone, short message or network way, thereby carrying out adjustment and control timely, avoiding major safety accidents, being high in automation and informatization degree, and improving management efficiency.
Description
Technical field
The invention belongs to technical field of automatic control, particularly relate to a kind of Automated condtrol system for water conservancy
System.
Background technology
Water is the source of all life, is requisite material in human lives and production activity.The mankind
In the survival and development of society, need constantly to adapt to, utilize, transform and protect water environment.Water conservancy
Along with the development of social productive forces and development, and become important of civilization of human society and economic development
Post.
The primitive society productivity is low, and the mankind do not change the ability of natural environment.People live where there is water and grass,
Select hills and locate, by fishing and hunting, gather and nomadic make a living, the water of nature can only be gone after profits and advoided disadvantages, passive suitable
Should.After entering slave society and feudal society, along with the development of ironware instrument, people are developed in rivers two sides
Agricultural, builds village and cities and towns, then create flood control, drain flooded fields, irrigate, shipping and the needs of urban water supply,
Thus start and developed water conservancy.Along with the development of social productive forces, particularly current network skill
Developing rapidly of art and automatic technology, the control of water conservancy system has become automatization and intellectuality, for people
The happy life of class provides guarantee, but, existing water conservancy management information system yet suffers from some defects,
As signals collecting is incomplete, accuracy is low, and feedback speed is slow, is used for the frame treatment effect of offer not
Ideal, potential safety hazard and whole management process that warning system response causes not in time are discontinuous, and efficiency is low
Deng, the healthy and stable of water conservancy system is run and all creates deleterious effect by the existence of this series of problem,
Need to improve.
Summary of the invention
In order to solve above-mentioned technical problem, the present invention provides a kind of automation control system for water conservancy, purport
Solving, the existing automation control system structure for water conservancy is complicated, accuracy is low, and feedback speed is slow
Problem.
A kind of automation control system for water conservancy, this automation control system being used for water conservancy includes controlling
Module, memorizer, total router, management computer, industrial switch, water conservancy equipment control module, water
Profit information access module, electric power system and alarm module, described memorizer and total router are connected to described control
Molding block, described management computer and industrial switch are connected to described total router, described water conservancy equipment
Control module and water conservancy information access module are connected to industrial switch, and described management computer connects reports to the police
Module, described electric power system uses the mode of civil power and solar powered complementation to power to each power device.
Described control module includes controlling main frame, display device and output device；
Described water conservancy equipment control module includes unit electric signal unit, instrument electric signal unit, valve telecommunication
Number unit and hydraulic turbine electric signal unit；
Described water conservancy information access module include pressure information unit, flow information unit, water level information unit,
Temperature information unit, flow rate information unit, precipitation information unit and information on soil moisture unit；
Described electric power system by solar energy photovoltaic panel, intelligent charger, electrical storage device, display lamp, inverter,
Intelligent controller, three-phase alternating current electric control device, intelligent grid connection device and emergency power utility grid composition, institute
State solar energy photovoltaic panel, intelligent charger, electrical storage device, inverter are sequentially connected, and described display lamp connects
Described electrical storage device, described inverter also with intelligent controller, three-phase alternating current electric control device, intelligent grid connection
Device is connected with emergency power utility grid；
Described alarm module includes the telephone unit sent for warning information by telephony modalities, for alarm
Note unit that information is sent by note form and the network list sent by latticed form for warning information
Unit.
Further, described total router is also associated with video signal module, region security signaling module and sets
Standby safety signal module.
Further, described video signal module includes DVR and can carry out the dynamic of dynamic image contrast
State security system modules, described DVR for carrying out whole day 24 hours not to the situation of equipment, environment
It is interrupted monitoring, and utilizes dynamic security system module picture signal to be contrasted, find out difference therein,
And carry out Intelligent Recognition, information is fed back to management through router and calculates.
Further, described region security signaling module includes infrared detection module, fence module and district
Territory detection module, described infrared detection module and fence module can be used for the surrounding enviroment to water conservancy system
Monitoring in real time, it is ensured that find doubtful situations in time, region detection module is for carrying out height to key area
Intensity, high precision monitor.
Further, described equipment safety signal module includes displacement alarm module, starts alarm module and break
Electric alarm module.
Further, the described connected mode stating management computer and alarm module is specially fiber optic network, nothing
Any one in gauze network or a combination thereof.
Further, described display device includes that display floater, elementary layer and adhesive linkage, described elementary layer set
Putting the outside at described display floater, described adhesive linkage is arranged between described display floater and described elementary layer,
Wherein, the first edge of the bonding plane being adhered to described display floater of described adhesive linkage and described adhesive linkage
Second edge of the bonding plane being adhered to described elementary layer is mutually displaced along bonding plane direction.
Further, described electrical storage device includes the accumulator charging/discharging circuit connecting accumulator.
Further, described signal lamp is LED, specifically include transparent lamp shade, elastic sealing cover,
Heat conduction printing opacity coolant and LED light-emitting component, described transparent lamp shade and described elastic sealing cover airtight connection shape
Becoming confined space, described LED light-emitting component is arranged in described transparent lamp shade and to be fixed on described elasticity close
In capping, fill heat conduction printing opacity coolant in described confined space.
Further, described LED light-emitting component includes LED chip assembly, transparent outer cover, fluorescent material and heat conduction
Transparent material, the inwall of described transparent outer cover or outer wall are coated with phosphor powder layer, and described LED chip assembly is pacified
Put in described transparent outer cover, heat conductive transparent described in embedding between described transparent outer cover and described LED chip assembly
Material.
Further, the method that picture signal is carried out contrasting by dynamic security system module is:
Receive multiple image,
The one group of image processed from confession defined in the plurality of image,
Make one or more composition alignment in this group image,
Convert through right by one or more images are cut out, are sized and/or rotate
In neat image one or more are to produce a series of image through conversion, and generation includes this
Series is through the output of the image of conversion, and described output includes image sequence or single image；
Specifically include for the one group of image processed from defined in the plurality of image:
According to closely-related one or more the images of the metadata selected being associated with image；
Abandon under the similarity threshold relative to the different image in the plurality of image or
The more image of person；
Receive the user's input selecting one or more images；
Conversion through alignment image after also include: detection through alignment image in one or more
The composition of multiple low interest, and cut out through the image alignd to remove one or more detected
The composition of low interest.
Further, dynamic security system module is provided with picture signal comparison system, and the contrast of this picture signal is
System includes:
Receptor, is used for receiving multiple image,
Processor, is used for, from the one group of image supplying process defined in multiple images of described receptor, making this group
One or more composition alignment in image, and by one or more images are cut out,
It is sized and/or rotates convert in the image of alignment one or more and to produce one be
Row are through the image of conversion；
Display device, for showing the output of the image through conversion, described output includes the video sequence that fixes
Or single image；
User interface, for receiving the user's input selecting one or more images；
When processor is in time supplying the one group of image processed defined in the plurality of image, processor is used to root
According to closely-related one or more the images of the metadata selected being associated with image；
Processor is used to, when processor is in time supplying the one group of image processed defined in the plurality of image, lose
That abandons under the similarity threshold relative to the different image in the plurality of image is one or more
Individual image；
Processor is also used in conversion after the image of alignment, and detection is in the image of alignment
The composition of one or more low interest, and cut out detected through the image alignd with removal
Or the composition of more low interest.
Further, total router communication method includes:
Step one, subscriber equipment sends HTML (Hypertext Markup Language) http request to wireless routing device, and acquisition is recognized
The Portal certification page that card server returns redirects response；Described wireless routing device is configured with N number of
TD-SCDMA module, N >=2；
Subscriber equipment obtains focus signal in the wireless signal coverage of wireless routing device, carries out network
Connect；Described wireless routing device issues IP address to described subscriber equipment；Described IP address is described use
The source address of family equipment；Described subscriber equipment sends http request to described wireless routing device, and described http please
Ask and comprise described source address；Described http request is forwarded to gateway server by described wireless routing device；Institute
State gateway server and described http request is forwarded to certificate server；Portal is recognized by described certificate server
Card page jump response returns to described gateway server；Portal certification page is jumped by described gateway server
Turn response and return to described wireless routing device；Portal certification page is redirected by described wireless routing device should
Answer and return to described subscriber equipment；
Step 2, described subscriber equipment sends http logging request to described wireless routing device, and described http steps on
Record request is forwarded to described certificate server via gateway server, by described certificate server to described http
Logging request is authenticated；After certification is passed through, the described certificate server online industry to described subscriber equipment
Business carries out charging；
Described subscriber equipment sends http logging request to described wireless routing device；Described http logging request
Carry account and encrypted message；Described http logging request is forwarded to described net by described wireless routing device
Close server；Described http logging request is forwarded to described certificate server by described gateway server；Described
Described http logging request, according to described account and encrypted message, is authenticated by certificate server；In certification
After success, described certificate server is to described gateway server return authentication successful respond, and starts described
The business of networking of subscriber equipment carries out charging；
Described certification successful respond is returned to described wireless routing device by described gateway server, and records account
Number authentication information；Described account authentication information includes account and the authentication state information of described subscriber equipment；Institute
State wireless routing device and described certification successful respond is returned to described subscriber equipment, and record described account and recognize
Card information；
Step 3, described subscriber equipment sends network access request to described wireless routing device；Described wireless
Routing device is according to the resource load situation of described N number of TD-SCDMA module, by load balancing computing
The TD-SCDMA module selecting resource load minimum provides bandwidth resources for described network access request；
Described network access request is forwarded to be accessed by the minimum TD-SCDMA module of described resource load
Destination address server, and send the network access response of described destination address server return to described use
Family equipment；
Described subscriber equipment initiates network access request to described wireless routing device；Described network access request
Comprise described source address and destination address to be accessed；The account of described wireless routing device inquiry local record
Number authentication information, verifies the account authentication state of described subscriber equipment；If account authentication state is pass flag,
The most described wireless routing device, according to the resource load situation of built-in N number of TD-SCDMA module, passes through
The TD-SCDMA module that load balancing computing selects resource load minimum is described network access request
Bandwidth resources are provided；Described network access request is turned by the minimum TD-SCDMA module of described resource load
It is dealt into destination address server to be accessed；The server of described destination address is to described wireless routing device
Return network and access response；The access response of described network is returned to described user and sets by described wireless routing device
Standby；Described wireless routing device sends heartbeat request to described gateway server；Described gateway server is by institute
State heartbeat request and be transmitted to described certificate server；Described certificate server returns the heart to described gateway server
Jump response；Described gateway server is recognized according to the account of subscriber equipment described in the content update of described heart beating response
Card information；
Step 4, described subscriber equipment to described wireless routing device send http off-line request, described http from
Line request is forwarded to described certificate server via described gateway server, and described certificate server stops institute
The business of networking stating subscriber equipment carries out charging；
Described subscriber equipment sends the request of http off-line to described wireless routing device；Described wireless routing device
The request of described http off-line is forwarded to described gateway server；Described gateway server is by described http off-line
Request is forwarded to described certificate server；Described certificate server carries out processed offline to described subscriber equipment；
Described certificate server returns off-line successful respond to described gateway server, and stops described subscriber equipment
Business of networking carry out charging；Described off-line successful respond is returned to described without circuit by described gateway server
By equipment, and delete the account authentication information of local record；Described wireless routing device is by the success of described off-line
Response returns to described subscriber equipment, and deletes the account authentication information of local record.
The present invention, for the automation control system simple in construction of water conservancy, has civil power and solar powered complementation
Electric power system, intelligent grid connection device can make electricity that solar energy electricity is have more than is needed can auto-parallel, emergent
Standby utility grid is when solar energy photovoltaic panel generating maintenance disables, and automatically reinstates utility grid and runs, science ring
Protect, safe and reliable；The information relevant to water conservancy by number of ways collection also passes through industrial switch through total road
Transmitted a signal to manage computer and server by device, help staff to grasp relevant information root in time
According to these feedback informations, relevant device is also controlled by problem analysis targetedly, and these information are the most also
Being stored to server with standby, when breaking down or during dangerous situation, alarm sends module and can respond in time,
By the way of phone, note or network, information is fed back to management personnel, and then is adjusted in time and controls
System, it is to avoid serious accident occurs, between various equipment and module, major part uses fiber optic network to connect,
Signaling rate is fast, simple operation, and automatization and the level of informatization are high, improve the efficiency of management；
The present invention conversion through alignment image after: detection through alignment image in one or more
The composition of multiple low interest, and cut out through alignment image with remove detected (one or more
Individual) composition of low interest, again, can by for image further process improve last
Output.Once image is aligned and converts, and described image can enter by paying close attention to the pith in image
One step is improved, it is possible to achieve a kind of mode of this point is by removing the static component in image, it can be assumed that
Interest for static component is relatively low, and image can be adapted to remove these compositions (by puncturing
The part of respective image), and make the movable part of last image attention image.Other technology can be
Image uses face detection, and supposes the other parts in image to be categorized as low interest, from institute
State and defined in multiple image, supply the step of the one group of image processed to include receiving one or more images of selection
User's input, system can be configured to accept definition to carry out, according to said method, those images of processing
User input, this allow user select them to wish to as the image sequence including treated image
Those images of the single image output of row or combination；
Total router communication method of the present invention makes information transmission more accurately, quickly, meets the demand of user.
Accompanying drawing explanation
Fig. 1 is the structural representation of the automation control system for water conservancy that the embodiment of the present invention provides；
Fig. 2 is the structural representation of the water conservancy equipment control module that the embodiment of the present invention provides；
Fig. 3 is the structural representation of the water conservancy information access module that the embodiment of the present invention provides；
Fig. 4 is the structural representation of the electric power system that the embodiment of the present invention provides；
Fig. 5 is the structural representation of the display device that the embodiment of the present invention provides；
Fig. 6 is the structural representation of the display lamp that the embodiment of the present invention provides.
In figure: 1, control module；1-1, control main frame；1-2, display device；1-2-1, display floater；
1-2-2, elementary layer；1-2-3, adhesive linkage；1-3, output device；2, memorizer；3, total router；；
4, management computer；5, industrial switch；6, water conservancy equipment control module；6-1, unit electric signal list
Unit；6-2, instrument electric signal unit；6-3, valve electric signal unit；6-4, hydraulic turbine electric signal unit；
7, water conservancy information access module；7-1, pressure information unit；7-2, flow information unit；7-3, water level
Information unit；7-4, temperature information unit；7-5, flow rate information unit；7-6, precipitation information unit；
7-7, information on soil moisture unit；8, electric power system；8-1, solar energy photovoltaic panel；8-2, intelligent charge
Device；8-3, electrical storage device；8-4, display lamp；8-4-1, transparent lamp shade；8-4-2, elastic sealing cover；
8-4-3, heat conduction printing opacity coolant；8-4-4, LED light-emitting component；8-5, inverter；8-6, intelligence control
Device processed；8-7, three-phase alternating current electric control device；8-8, intelligent grid connection device；8-9, emergency power utility grid；
9, alarm module；9-1, telephone unit；9-2, note unit；9-3, NE；10, video letter
Number module；10-1, DVR；10-2, dynamic security system module；11, region security signal mode
Block；11-1, infrared detection module；11-2, fence module；11-3, region detection module；12、
Equipment safety signal module；12-1, displacement alarm module；12-2, start alarm module；12-3, power-off
Alarm module.
Detailed description of the invention
For the summary of the invention of the present invention, feature and effect can be further appreciated that, hereby enumerate following example, and
Accompanying drawing is coordinated to describe in detail as follows.
Refer to accompanying drawing 1 to Fig. 6:
The present invention provides a kind of automation control system for water conservancy, and this is used for the Automated condtrol system of water conservancy
System includes control module 1, memorizer 2, total router 3, management computer 4, industrial switch 5, water conservancy
Device control module 6, water conservancy information access module 7, electric power system 8 and alarm module 9, described memorizer
2 and total router 3 be connected to described control module 1, described management computer 4 and industrial switch 5 all connect
Being connected to described total router 3, described water conservancy equipment control module 6 and water conservancy information access module 7 are connected to
Industrial switch 5, described management computer 4 connects alarm module 9, described electric power system 8 use civil power with
The mode of solar powered complementation powers to each power device.
Described control module 1 includes controlling main frame 1-1, display device 1-2 and output device 1-3；
Described water conservancy equipment control module 6 includes unit electric signal unit 6-1, instrument electric signal unit 6-2, valve
Door electric signal unit 6-3 and hydraulic turbine electric signal unit 6-4；
Described water conservancy information access module 7 includes that pressure information unit 7-1, flow information unit 7-2, water level are believed
Interest statement unit 7-3, temperature information unit 7-4, flow rate information unit 7-5, precipitation information unit 7-6 and soil
Soil moisture information unit 7-7；
Described electric power system 8 is by solar energy photovoltaic panel 8-1, intelligent charger 8-2, electrical storage device 8-3, instruction
Lamp 8-4, inverter 8-5, intelligent controller 8-6, three-phase alternating current electric control device 8-7, intelligent grid connection device
8-8 and emergency power utility grid 8-9 composition, described solar energy photovoltaic panel 8-1, intelligent charger 8-2, electric power storage
Device 8-3, inverter 8-5 are sequentially connected, and described display lamp 8-4 connects described electrical storage device 8-3, described inverse
Become device 8-5 also with intelligent controller 8-6, three-phase alternating current electric control device 8-7, intelligent grid connection device 8-8 and should
Anxious standby utility grid 8-9 is connected；
Telephone unit 9-1 that described alarm module 9 includes being sent by telephony modalities for warning information, for
Note unit 9-2 that warning information is sent by note form and being sent by latticed form for warning information
NE 9-3.
Further, described total router 3 is also associated with video signal module 10, region security signaling module
11 and equipment safety signal module 12.
Further, described video signal module 10 includes DVR 10-1 and can carry out dynamic image pair
Dynamic security system module 10-2 of ratio, described DVR 10-1 is for entering the situation of equipment, environment
The uninterruptedly monitoring in 24 hours of row whole day, and utilize dynamic security system module picture signal to be contrasted, look for
Go out difference therein, and carry out Intelligent Recognition, information is fed back to management through router and calculates.
Further, described region security signaling module 11 includes infrared detection module 11-1, fence mould
Block 11-2 and region detection module 11-3, described infrared detection module 11-1 and fence module 11-2 can be used
In the surrounding enviroment of water conservancy system are monitored in real time, it is ensured that find doubtful situations, region detection mould in time
Block 11-3 is for carrying out high intensity, high precision monitor to key area.
Further, described equipment safety signal module 12 includes displacement alarm module 12-1, starts warning mould
Block 12-2 and power alarm module 12-3.
Further, the described connected mode stating management computer 4 and alarm module 9 be specially fiber optic network,
Any one in wireless network or a combination thereof, select motility high, it is ensured that signal timely, accurately pass
Reach.
Further, described display device 1-2 includes display floater 1-2-1, elementary layer 1-2-2 and adhesive linkage
1-2-3, described elementary layer 1-2-2 are arranged on the outside of described display floater 1-2-1, described adhesive linkage 1-2-3
It is arranged between described display floater 1-2-1 and described elementary layer 1-2-2, wherein, described adhesive linkage 1-2-3's
Be adhered to the first edge of the bonding plane of described display floater 1-2-1 and described adhesive linkage 1-2-3 is adhered to institute
Second edge of the bonding plane stating elementary layer 1-2-2 is mutually displaced along bonding plane direction.
Further, described electrical storage device 8-3 includes the accumulator charging/discharging circuit connecting accumulator.
Further, described signal lamp 8-4 is LED, specifically includes transparent lamp shade 8-4-1, elasticity
Seal lid 8-4-2, heat conduction printing opacity coolant 8-4-3 and LED light-emitting component 8-4-4, described transparent lamp shade 8-4-1
Forming confined space with described elastic sealing cover 8-4-2 airtight connection, described LED light-emitting component 8-4-4 is arranged on
Described transparent lamp shade 8-4-1 is interior and is fixed on described elastic sealing cover 8-4-2, fills in described confined space
Dress heat conduction printing opacity coolant 8-4-3.
Further, described LED light-emitting component 8-4-4 include LED chip assembly, transparent outer cover, fluorescent material and
Heat conductive transparent material, the inwall of described transparent outer cover or outer wall are coated with phosphor powder layer, described LED chip group
Part is placed in described transparent outer cover, heat conduction described in embedding between described transparent outer cover and described LED chip assembly
Transparent material.
The method that picture signal is carried out contrasting by dynamic security system module is:
Receive multiple image,
The one group of image processed from confession defined in the plurality of image,
Make one or more composition alignment in this group image,
Convert through right by one or more images are cut out, are sized and/or rotate
In neat image one or more are to produce a series of image through conversion, and generation includes this
Series is through the output of the image of conversion, and described output includes image sequence or single image；
Specifically include for the one group of image processed from defined in the plurality of image:
According to closely-related one or more the images of the metadata selected being associated with image；
Abandon under the similarity threshold relative to the different image in the plurality of image or
The more image of person；
Receive the user's input selecting one or more images；
Conversion through alignment image after also include: detection through alignment image in one or more
The composition of multiple low interest, and cut out through the image alignd to remove one or more detected
The composition of low interest.
Further, dynamic security system module is provided with picture signal comparison system, and the contrast of this picture signal is
System includes:
Receptor, is used for receiving multiple image,
Processor, is used for, from the one group of image supplying process defined in multiple images of described receptor, making this group
One or more composition alignment in image, and by one or more images are cut out,
It is sized and/or rotates convert in the image of alignment one or more and to produce one be
Row are through the image of conversion；
Display device, for showing the output of the image through conversion, described output includes the video sequence that fixes
Or single image；
User interface, for receiving the user's input selecting one or more images；
When processor is in time supplying the one group of image processed defined in the plurality of image, processor is used to root
According to closely-related one or more the images of the metadata selected being associated with image；
Processor is used to, when processor is in time supplying the one group of image processed defined in the plurality of image, lose
That abandons under the similarity threshold relative to the different image in the plurality of image is one or more
Individual image；
Processor is also used in conversion after the image of alignment, and detection is in the image of alignment
The composition of one or more low interest, and cut out detected through the image alignd with removal
Or the composition of more low interest.
Total router communication method includes:
Step one, subscriber equipment sends HTML (Hypertext Markup Language) http request to wireless routing device, and acquisition is recognized
The Portal certification page that card server returns redirects response；Described wireless routing device is configured with N number of
TD-SCDMA module, N >=2；
Subscriber equipment obtains focus signal in the wireless signal coverage of wireless routing device, carries out network
Connect；Described wireless routing device issues IP address to described subscriber equipment；Described IP address is described use
The source address of family equipment；Described subscriber equipment sends http request to described wireless routing device, and described http please
Ask and comprise described source address；Described http request is forwarded to gateway server by described wireless routing device；Institute
State gateway server and described http request is forwarded to certificate server；Portal is recognized by described certificate server
Card page jump response returns to described gateway server；Portal certification page is jumped by described gateway server
Turn response and return to described wireless routing device；Portal certification page is redirected by described wireless routing device should
Answer and return to described subscriber equipment；
Step 2, described subscriber equipment sends http logging request to described wireless routing device, and described http steps on
Record request is forwarded to described certificate server via gateway server, by described certificate server to described http
Logging request is authenticated；After certification is passed through, the described certificate server online industry to described subscriber equipment
Business carries out charging；
Described subscriber equipment sends http logging request to described wireless routing device；Described http logging request
Carry account and encrypted message；Described http logging request is forwarded to described net by described wireless routing device
Close server；Described http logging request is forwarded to described certificate server by described gateway server；Described
Described http logging request, according to described account and encrypted message, is authenticated by certificate server；In certification
After success, described certificate server is to described gateway server return authentication successful respond, and starts described
The business of networking of subscriber equipment carries out charging；
Described certification successful respond is returned to described wireless routing device by described gateway server, and records account
Number authentication information；Described account authentication information includes account and the authentication state information of described subscriber equipment；Institute
State wireless routing device and described certification successful respond is returned to described subscriber equipment, and record described account and recognize
Card information；
Step 3, described subscriber equipment sends network access request to described wireless routing device；Described wireless
Routing device is according to the resource load situation of described N number of TD-SCDMA module, by load balancing computing
The TD-SCDMA module selecting resource load minimum provides bandwidth resources for described network access request；
Described network access request is forwarded to be accessed by the minimum TD-SCDMA module of described resource load
Destination address server, and send the network access response of described destination address server return to described use
Family equipment；
Described subscriber equipment initiates network access request to described wireless routing device；Described network access request
Comprise described source address and destination address to be accessed；The account of described wireless routing device inquiry local record
Number authentication information, verifies the account authentication state of described subscriber equipment；If account authentication state is pass flag,
The most described wireless routing device, according to the resource load situation of built-in N number of TD-SCDMA module, passes through
The TD-SCDMA module that load balancing computing selects resource load minimum is described network access request
Bandwidth resources are provided；Described network access request is turned by the minimum TD-SCDMA module of described resource load
It is dealt into destination address server to be accessed；The server of described destination address is to described wireless routing device
Return network and access response；The access response of described network is returned to described user and sets by described wireless routing device
Standby；Described wireless routing device sends heartbeat request to described gateway server；Described gateway server is by institute
State heartbeat request and be transmitted to described certificate server；Described certificate server returns the heart to described gateway server
Jump response；Described gateway server is recognized according to the account of subscriber equipment described in the content update of described heart beating response
Card information；
Step 4, described subscriber equipment to described wireless routing device send http off-line request, described http from
Line request is forwarded to described certificate server via described gateway server, and described certificate server stops institute
The business of networking stating subscriber equipment carries out charging；
Described subscriber equipment sends the request of http off-line to described wireless routing device；Described wireless routing device
The request of described http off-line is forwarded to described gateway server；Described gateway server is by described http off-line
Request is forwarded to described certificate server；Described certificate server carries out processed offline to described subscriber equipment；
Described certificate server returns off-line successful respond to described gateway server, and stops described subscriber equipment
Business of networking carry out charging；Described off-line successful respond is returned to described without circuit by described gateway server
By equipment, and delete the account authentication information of local record；Described wireless routing device is by the success of described off-line
Response returns to described subscriber equipment, and deletes the account authentication information of local record.
A kind of automation control system for water conservancy of the present invention, during specifically used, electric power system 8
Intelligent grid connection device 8-8 be connected with emergency power utility grid 8-9, intelligent grid connection device 8-8 can make solar energy
The have more than is needed electricity of electricity can auto-parallel, emergency power utility grid 8-9 is in solar energy photovoltaic panel generating dimension
Protect when disabling, automatically reinstate utility grid and run, science environmental protection, safe and reliable；Described water conservancy equipment controls mould
Block 6 includes unit electric signal unit 6-1, instrument electric signal unit 6-2, valve electric signal unit 6-3 and water wheels
Dynamo-electric signal unit 6-4, unit electric signal unit 6-1, instrument electric signal unit 6-2, valve electric signal unit
6-3 and hydraulic turbine electric signal unit 6-4 is to be connected with control unit by control line, described unit electric signal
Unit 6-1 is mainly for detection of including the data messages such as voltage, electric current, power factor, efficiency, described instrument
Electric signal unit 6-2 mainly for detection of include vibrate signal, ferry-boat the data message such as signal and aperture signal,
Described valve electric signal unit 6-3 is mainly for detection of including switching the numbers such as signal, aperture signal and fault signal
It is believed that breath, described hydraulic turbine electric signal unit 6-4 is mainly for detection of including switching signal, operating condition signal
With data messages such as fault signals, in addition, described water conservancy equipment control module 6 also includes other water conservancy machines
The corresponding signal of tool, control signal is sent to by staff's available management computer 4 by total router 3
Industrial switch 5 and then control the operation of these equipment, improves the efficiency of management, and response is in time.
Described water conservancy information access module 7 includes pressure information unit 7-1, flow information unit 7-2, water level information list
Unit 7-3, temperature information unit 7-4, flow rate information unit 7-5, precipitation information unit 7-6 and soil moisture content
Information unit 7-7, shown pressure information unit 7-1 mainly for detection of include inlet pressure, outlet pressure,
The data such as oil/gas pressure and terminal pressure, shown flow information unit 7-2 is mainly for detection of including pipe
The data such as road flow, canal capacity and building flow, shown water level information unit 7-3 mainly for detection of
Including entering the data such as water water level and terminal water level, described temperature information unit 7-4 is mainly for detection of including gas
The data such as temperature, water temperature, unit temperature and coolant temperature, described flow rate information unit 7-5 is mainly used in inspection
Surveying the data such as the flow velocity, the flow velocity in channel that include in pipeline, these data all can be set by corresponding detection
Standby or sensor records.Described alarm module 9 receive after feedback signal in time by warning information by phone,
The form of note or network sends, and feeds back to management personnel, and then is adjusted in time and controls, it is to avoid send out
Raw serious accident.
Utilize technical solutions according to the invention, or those skilled in the art's opening in technical solution of the present invention
Give, design similar technical scheme, and reach above-mentioned technique effect, all fall into the guarantor of the present invention
Protect scope.
Claims (10)
1. the automation control system for water conservancy, it is characterised in that this is used for automatization's control of water conservancy
System processed includes that control module, memorizer, total router, management computer, industrial switch, water conservancy set
Standby control module, water conservancy information access module, electric power system and alarm module, described memorizer and total route
Device is connected to described control module, and described management computer and industrial switch are connected to described total router,
Described water conservancy equipment control module and water conservancy information access module are connected to industrial switch, described management meter
Calculation machine connects alarm module, and described electric power system uses civil power and the mode of solar powered complementation for each
Individual power device is powered；
Described control module includes controlling main frame, display device and output device；
Described water conservancy equipment control module includes unit electric signal unit, instrument electric signal unit, valve telecommunication
Number unit and hydraulic turbine electric signal unit；
Described water conservancy information access module include pressure information unit, flow information unit, water level information unit,
Temperature information unit, flow rate information unit, precipitation information unit and information on soil moisture unit；
Described electric power system by solar energy photovoltaic panel, intelligent charger, electrical storage device, display lamp, inverter,
Intelligent controller, three-phase alternating current electric control device, intelligent grid connection device and emergency power utility grid composition, institute
State solar energy photovoltaic panel, intelligent charger, electrical storage device, inverter are sequentially connected, and described display lamp connects
Described electrical storage device, described inverter also with intelligent controller, three-phase alternating current electric control device, intelligent grid connection
Device is connected with emergency power utility grid；
Described alarm module includes the telephone unit sent for warning information by telephony modalities, for alarm
Note unit that information is sent by note form and the network list sent by latticed form for warning information
Unit.
2. the automation control system for water conservancy as claimed in claim 1, it is characterised in that described
Display device includes that display floater, elementary layer and adhesive linkage, described elementary layer are arranged on described display floater
Outside, described adhesive linkage is arranged between described display floater and described elementary layer, wherein, gluing of adhesive linkage
It is connected to the first edge of the bonding plane of display floater and the second limit of the bonding plane being adhered to elementary layer of adhesive linkage
Edge, is mutually displaced along bonding plane direction.
3. the automation control system for water conservancy as claimed in claim 1, it is characterised in that described
Electrical storage device includes the accumulator charging/discharging circuit connecting accumulator；Described LED light-emitting component includes LED
Chip assembly, transparent outer cover, fluorescent material and heat conductive transparent material, on the inwall of described transparent outer cover or outer wall
Be coated with phosphor powder layer, described LED chip component placement in described transparent outer cover, described transparent outer cover with
Heat conductive transparent material described in embedding between described LED chip assembly.
4. the automation control system for water conservancy as claimed in claim 1, it is characterised in that described
Display lamp is LED, specifically includes transparent lamp shade, elastic sealing cover, heat conduction printing opacity coolant and LED luminous
Element, described transparent lamp shade and described elastic sealing cover airtight connection form confined space, described LED luminescence unit
Part is arranged in described transparent lamp shade and is fixed on described elastic packing lid, fill in described confined space
Heat conduction printing opacity coolant.
5. the automation control system for water conservancy as claimed in claim 1, it is characterised in that described
Total router is also associated with video signal module, region security signaling module and equipment safety signal module；
Described video signal module includes DVR and can carry out the dynamic security system of dynamic image contrast
System module, described DVR uninterruptedly monitors for the situation of equipment, environment carries out whole day for 24 hours,
And utilize dynamic security system module picture signal to be contrasted, find out difference therein, and carry out intelligence
Identify, information is fed back to management computer through router.
6. the automation control system for water conservancy as claimed in claim 5, it is characterised in that described
Region security signaling module includes infrared detection module, fence module and region detection module, described red
Outer detecting module and fence module are for monitoring in real time the surrounding enviroment of water conservancy system, it is ensured that and
Shi Faxian doubtful situations, region detection module is for carrying out high intensity, high precision monitor to key area.
7. the automation control system for water conservancy as claimed in claim 5, it is characterised in that described
Equipment safety signal module includes displacement alarm module, starts alarm module and power alarm module；Described
The connected mode stating management computer and alarm module is specially any one in fiber optic network, wireless network
Or a combination thereof.
8. the automation control system for water conservancy as claimed in claim 5, it is characterised in that dynamically pacify
The method that picture signal is carried out contrasting by total system module is:
Receive multiple image,
The one group of image processed from confession defined in the plurality of image,
Make one or more composition alignment in this group image,
Convert through right by one or more images are cut out, are sized and/or rotate
In neat image one or more are to produce a series of image through conversion, and generation includes this
Series is through the output of the image of conversion, and described output includes image sequence or single image；
Specifically include for the one group of image processed from defined in the plurality of image:
According to closely-related one or more the images of the metadata selected being associated with image；
Abandon under the similarity threshold relative to the different image in the plurality of image or
The more image of person；
Receive the user's input selecting one or more images；
Conversion through alignment image after also include: detection through alignment image in one or more
The composition of multiple low interest, and cut out through the image alignd to remove one or more detected
The composition of low interest.
9. the automation control system for water conservancy as claimed in claim 8, it is characterised in that dynamically pacify
Total system module is provided with picture signal comparison system, and this picture signal comparison system includes:
Receptor, is used for receiving multiple image,
Processor, is used for, from the one group of image supplying process defined in multiple images of described receptor, making this group
One or more composition alignment in image, and by one or more images are cut out,
It is sized and/or rotates convert in the image of alignment one or more and to produce one be
Row are through the image of conversion；
Display device, for showing the output of the image through conversion, described output includes the video sequence that fixes
Or single image；
User interface, for receiving the user's input selecting one or more images；
When processor is in time supplying the one group of image processed defined in the plurality of image, processor is used to root
According to closely-related one or more the images of the metadata selected being associated with image；
Processor is used to, when processor is in time supplying the one group of image processed defined in the plurality of image, lose
That abandons under the similarity threshold relative to the different image in the plurality of image is one or more
Individual image；
Processor is also used in conversion after the image of alignment, and detection is in the image of alignment
The composition of one or more low interest, and cut out detected through the image alignd with removal
Or the composition of more low interest.
10. the automation control system for water conservancy as claimed in claim 1, it is characterised in that total road
Included by device communication means:
Step one, subscriber equipment sends HTML (Hypertext Markup Language) http request to wireless routing device, and acquisition is recognized
The Portal certification page that card server returns redirects response；Described wireless routing device is configured with N number of
TD-SCDMA module, N >=2；
Subscriber equipment obtains focus signal in the wireless signal coverage of wireless routing device, carries out network
Connect；Described wireless routing device issues IP address to described subscriber equipment；Described IP address is described use
The source address of family equipment；Described subscriber equipment sends http request to described wireless routing device, and described http please
Ask and comprise described source address；Described http request is forwarded to gateway server by described wireless routing device；Institute
State gateway server and described http request is forwarded to certificate server；Portal is recognized by described certificate server
Card page jump response returns to described gateway server；Portal certification page is jumped by described gateway server
Turn response and return to described wireless routing device；Portal certification page is redirected by described wireless routing device should
Answer and return to described subscriber equipment；
Step 2, described subscriber equipment sends http logging request to described wireless routing device, and described http steps on
Record request is forwarded to described certificate server via gateway server, by described certificate server to described http
Logging request is authenticated；After certification is passed through, the described certificate server online industry to described subscriber equipment
Business carries out charging；
Described subscriber equipment sends http logging request to described wireless routing device；Described http logging request
Carry account and encrypted message；Described http logging request is forwarded to described net by described wireless routing device
Close server；Described http logging request is forwarded to described certificate server by described gateway server；Described
Described http logging request, according to described account and encrypted message, is authenticated by certificate server；In certification
After success, described certificate server is to described gateway server return authentication successful respond, and starts described
The business of networking of subscriber equipment carries out charging；
Described certification successful respond is returned to described wireless routing device by described gateway server, and records account
Number authentication information；Described account authentication information includes account and the authentication state information of described subscriber equipment；Institute
State wireless routing device and described certification successful respond is returned to described subscriber equipment, and record described account and recognize
Card information；
Step 3, described subscriber equipment sends network access request to described wireless routing device；Described wireless
Routing device is according to the resource load situation of described N number of TD-SCDMA module, by load balancing computing
The TD-SCDMA module selecting resource load minimum provides bandwidth resources for described network access request；
Described network access request is forwarded to be accessed by the minimum TD-SCDMA module of described resource load
Destination address server, and send the network access response of described destination address server return to described use
Family equipment；
Described subscriber equipment initiates network access request to described wireless routing device；Described network access request
Comprise described source address and destination address to be accessed；The account of described wireless routing device inquiry local record
Number authentication information, verifies the account authentication state of described subscriber equipment；If account authentication state is pass flag,
The most described wireless routing device, according to the resource load situation of built-in N number of TD-SCDMA module, passes through
The TD-SCDMA module that load balancing computing selects resource load minimum is described network access request
Bandwidth resources are provided；Described network access request is turned by the minimum TD-SCDMA module of described resource load
It is dealt into destination address server to be accessed；The server of described destination address is to described wireless routing device
Return network and access response；The access response of described network is returned to described user and sets by described wireless routing device
Standby；Described wireless routing device sends heartbeat request to described gateway server；Described gateway server is by institute
State heartbeat request and be transmitted to described certificate server；Described certificate server returns the heart to described gateway server
Jump response；Described gateway server is recognized according to the account of subscriber equipment described in the content update of described heart beating response
Card information；
Step 4, described subscriber equipment to described wireless routing device send http off-line request, described http from
Line request is forwarded to described certificate server via described gateway server, and described certificate server stops institute
The business of networking stating subscriber equipment carries out charging；
Described subscriber equipment sends the request of http off-line to described wireless routing device；Described wireless routing device
The request of described http off-line is forwarded to described gateway server；Described gateway server is by described http off-line
Request is forwarded to described certificate server；Described certificate server carries out processed offline to described subscriber equipment；
Described certificate server returns off-line successful respond to described gateway server, and stops described subscriber equipment
Business of networking carry out charging；Described off-line successful respond is returned to described without circuit by described gateway server
By equipment, and delete the account authentication information of local record；Described wireless routing device is by the success of described off-line
Response returns to described subscriber equipment, and deletes the account authentication information of local record.
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|---|---|---|---|
| CN201610486992.2A CN105955170A (en) | 2016-06-28 | 2016-06-28 | Automatic control system for water conservancy |
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|---|---|---|---|
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Application publication date: 20160921 |