CN106337398A - Sluice gate adjusting method and measuring and controlling integrated sluice gate - Google Patents
Sluice gate adjusting method and measuring and controlling integrated sluice gate Download PDFInfo
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- CN106337398A CN106337398A CN201610963184.0A CN201610963184A CN106337398A CN 106337398 A CN106337398 A CN 106337398A CN 201610963184 A CN201610963184 A CN 201610963184A CN 106337398 A CN106337398 A CN 106337398A
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- gate
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- monitoring equipment
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- E—FIXED CONSTRUCTIONS
- E02—HYDRAULIC ENGINEERING; FOUNDATIONS; SOIL SHIFTING
- E02B—HYDRAULIC ENGINEERING
- E02B7/00—Barrages or weirs; Layout, construction, methods of, or devices for, making same
- E02B7/20—Movable barrages; Lock or dry-dock gates
- E02B7/205—Barrages controlled by the variations of the water level; automatically functioning barrages
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- Engineering & Computer Science (AREA)
- Structural Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Civil Engineering (AREA)
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- Control Of Non-Electrical Variables (AREA)
Abstract
The invention relates to a sluice gate adjusting method and a measuring and controlling integrated sluice gate, and belongs to the technical field of gate flow measuring and measuring and controlling in the water conservancy industry. According to the technical scheme, a sluice gate adjusting and controlling device (1), a communication interface (2), a sluice gate running circuit (3) and a sluice gate speed reduction motor (4) are included, the sluice gate adjusting and controlling device (1) is connected with the communication interface (2) and the sluice gate running circuit (3), and the sluice gate running circuit is connected with the sluice gate speed reduction motor (4). The communication interface is one or two of an in-place wireless network communication interface and a remote wireless communication network interface. The sluice gate adjusting method and the measuring and controlling integrated sluice gate have the beneficial effects that through collection of flow or water level parameters of gate flow measuring monitoring equipment related with the sluice gate, the value is set according to needs, automatic adjusting of the sluice gate flow is achieved, fixed-time fixed-flow and fixed-water-amount adjusting and controlling can be achieved, the flows of all channels of agricultural irrigation can be precisely adjusted according to needs, and water resources are saved.
Description
Technical field
The present invention relates to a kind of gate control method and observing and controlling one gate, belong to water conservancy industry gate flow measuring and observing and controlling skillArt field.
Background technology
At present, in water conservancy industry, gate is the most frequently used water yield control and conditioning equipment, conventionally the controlling party of electric gate valveFormula is only relevant with gate itself, can not automatically adjust with flow or the water level of relevant channel, can not realize according to demand lockDoor flow regulates automatically, can not realize fixing time, constant flow, determining the regulation and control of the water yield, to agricultural irrigation channel flows at different levelsAmount is fine adjustment as required, causes water resource waste, thereby has limited the application of gate flow measuring.
Summary of the invention
The object of the invention is to provide a kind of gate control method and observing and controlling one gate, relevant to this gate by gatheringThe flow of gate flow measuring monitoring equipment or water level parameter, and set value according to demand, realize gate flow and automatically regulate, solve the back of the bodyThe problems referred to above that exist in scape technology.
Technical scheme of the present invention is:
A kind of observing and controlling one gate, comprises gate modulator, communication interface, gate operation circuit, gate reducing motor, and gate is adjustedControl device is connecting communication interface, gate operation circuit respectively, and gate operation circuit connects gate reducing motor; Described communication interface isTerrain wireless network communication interface and remote wireless communication network interface one or both of have concurrently.
The present invention also comprises power supply and gate hoist, and power supply connects gate modulator, the output of gate reducing motorConnect gate hoist.
Described gate operation circuit is with defencive function; Described power supply exchanges or direct current.
Described communication interface connects remote monitoring computer or hand-held intelligent equipment.
The present invention has three kinds of embodiments:
1, the present invention also comprises lock level sensor and gate flow measuring monitoring equipment, lock level sensor coupling at gate reducing motor orOn gate hoist, gather gate lock bit data, lock level sensor connects gate modulator, and the data that collect are sent into gateModulator, and pass to gate flow measuring monitoring equipment by communication interface; Gate flow measuring monitoring equipment connecting communication interface, described lockDoor water gaging monitoring equipment is lock flow monitoring equipment;
2, the present invention also comprises gate flow measuring monitoring equipment, gate flow measuring monitoring equipment connecting communication interface, described gate flow measuringMonitoring equipment is the water level monitoring equipment in gate downstream;
3, the present invention also comprises the flow measuring device of other channel relevant to this gate place channel, with this gate place channel phaseThe flow measuring device connecting communication interface of other channel closing.
Gate modulator in the present invention, lock level sensor, communication interface, gate operation circuit, gate reducing motor, electricitySource, gate hoist, gate flow measuring monitoring equipment, remote monitoring computer are visible known technologies on the market.
A kind of gate control method, utilizes a kind of observing and controlling one gate to realize, and the steps include:
1. an observing and controlling one gate, comprises gate modulator, communication interface, gate operation circuit, gate reducing motor, gateModulator is connecting communication interface, gate operation circuit respectively, and gate operation circuit connects gate reducing motor; Described communication interfaceThat terrain wireless network communication interface and remote wireless communication network interface one or both of have concurrently; Power supply connects gate regulation and controlDevice, the output of gate reducing motor connects gate hoist; Described communication interface connects remote monitoring computer or hand simultaneouslyHold smart machine;
2. also comprise lock level sensor and gate flow measuring monitoring equipment, lock level sensor coupling opens at gate reducing motor or gateClose on machine, gather gate lock bit data, lock level sensor connects gate modulator, and the data that collect are sent into gate regulation and controlDevice, and pass to gate flow measuring monitoring equipment by communication interface; Gate flow measuring monitoring equipment connecting communication interface, described gate amountWater monitoring equipment is lock flow monitoring equipment;
3. observing and controlling one gate obtains flow gate stream through long-distance communication network from remote monitoring computer or hand-held intelligent equipmentAmount set-point, gate flow measuring monitoring equipment obtains the data of lock level sensor from observing and controlling one gate through communication interface, as lockDoor flow value of feedback; In the time that the difference of gate flow value of feedback and gate flow set-point exceedes prescribed limit, gate modulatorMove circuit by gate, regulating gate reducing motor regulating gate headstock gear, make gate flow value of feedback and gate flow toThe difference of definite value reaches prescribed limit; When channel condition changes, cause gate flow value of feedback to change, with gate flow set-pointBetween difference while again exceeding prescribed limit, again automatically regulate, again make gate flow value of feedback and gate flow givenThe difference of value reaches allowed band, thereby realizes the automatic adjusting of gate flow.
A kind of gate control method, utilizes a kind of observing and controlling one gate to realize, and the steps include:
1. an observing and controlling one gate, comprises gate modulator, communication interface, gate operation circuit, gate reducing motor, gateModulator is connecting communication interface, gate operation circuit respectively, and gate operation circuit connects gate reducing motor; Described communication interfaceThat terrain wireless network communication interface and remote wireless communication network interface one or both of have concurrently; Power supply connects gate regulation and controlDevice, the output of gate reducing motor connects gate hoist; Described communication interface connects remote monitoring computer or hand simultaneouslyHold smart machine;
2. also comprise gate flow measuring monitoring equipment, gate flow measuring monitoring equipment connecting communication interface, described gate flow measuring monitoring is establishedStandby is the water level monitoring equipment in gate downstream;
Observing and controlling one gate through long-distance communication network from remote monitoring computer or hand-held intelligent equipment obtain gate flow toDefinite value; The water level monitoring equipment in gate downstream obtains channel waterlevel data, as gate flow value of feedback, when gate flow feedbackWhen the difference of value and gate flow set-point exceedes prescribed limit, gate modulator moves circuit by gate, and regulating gate subtractsSpeed motor regulating gate headstock gear, makes the difference of gate flow value of feedback and gate flow set-point reach prescribed limit; Work as canalRoad condition changes, and causes gate flow value of feedback to change, and difference between gate flow set-point exceedes prescribed limit againTime, again automatically regulate, again make the difference of gate flow value of feedback and gate flow set-point reach allowed band, thus realThe automatic adjusting of existing gate flow.
A kind of gate control method, utilizes above-mentioned a kind of observing and controlling one gate to realize, and the steps include:
1. an observing and controlling one gate, comprises gate modulator, communication interface, gate operation circuit, gate reducing motor, gateModulator is connecting communication interface, gate operation circuit respectively, and gate operation circuit connects gate reducing motor; Described communication interfaceThat terrain wireless network communication interface and remote wireless communication network interface one or both of have concurrently; Power supply connects gate regulation and controlDevice, the output of gate reducing motor connects gate hoist; Described communication interface connects remote monitoring computer or hand simultaneouslyHold smart machine;
2. also comprise the flow measuring device of other channel relevant to this gate place channel, its relevant to this gate place channelThe flow measuring device connecting communication interface of its channel;
Observing and controlling one gate through long-distance communication network from remote monitoring computer or hand-held intelligent equipment obtain gate flow toMould-fixed, under this pattern, the data on flows of the flow measuring device of other channel relevant to this gate place channel, as this lockThe new set-point of door flow, gate modulator moves circuit by gate, and regulating gate reducing motor regulating gate headstock gear, followsWith the variation of the flow measuring device flow value of other channel relevant to this gate place channel, make gate flow and gate flow newThe difference of set-point reach prescribed limit, realize regulating from motion tracking of gate flow.
Gate flow setting value of the present invention, is remote monitoring computer settings, or establishes by hand-held intelligentStandby setting, described Handheld intelligent equipment, comprising: smart mobile phone, manual operator etc.
The present invention fixes time by implanting the control mode of this area routine, can realizing, constant flow, determine the adjusting of the water yieldAnd control.
Adopt the present invention, can make observing and controlling one gate, by communication network, gate flow or water level are set, withTime, the monitor value of water level monitoring equipment after gate flow measuring device or lock is transferred to observing and controlling monolithic brake as feedback through communication networkDoor, observing and controlling one gate regulates automatically, makes value of feedback level off to setting value, thereby realizes gate according to setting value adjusting automatically.
Beneficial effect of the present invention: by gathering flow or the water level ginseng of the gate flow measuring monitoring equipment relevant to this gateNumber, and according to demand setting value, realize gate flow and automatically regulate, can realize fix time, constant flow, determine the water yield adjusting andControl, to agricultural irrigation canal capacities at different levels fine adjustment as required, save water resource.
Brief description of the drawings
Fig. 1 is the embodiment of the present invention one structural representation;
Fig. 2 is the embodiment of the present invention two structural representations;
Fig. 3 is the embodiment of the present invention three structural representations;
In figure: gate modulator 1, communication interface 2, gate operation circuit 3, gate reducing motor 4, power supply 5, gate hoist 6,Gate flow measuring monitoring equipment 7, lock level sensor 8, hand-held intelligent equipment 9, remote monitoring computer 10, this gate place channel phaseThe flow measuring device 11 of other channel closing.
Detailed description of the invention
Below in conjunction with accompanying drawing, by embodiment, the present invention will be further described.
A kind of observing and controlling one gate, comprises gate modulator 1, communication interface 2, gate operation circuit 3, gate reducing motor4, gate modulator 1 is connecting communication interface 2, gate operation circuit 3 respectively, and gate operation circuit connects gate reducing motor 4; InstituteStating communication interface is that terrain wireless network communication interface and remote wireless communication network interface one or both of have concurrently.
The present invention also comprises power supply 5 and gate hoist 6, and power supply 5 connects gate modulator 1, gate reducing motor 4 defeatedGo out end and connect gate hoist 6.
Described gate operation circuit is with defencive function; Described power supply exchanges or direct current.
Described communication interface 2 connects remote monitoring computer 10 or hand-held intelligent equipment.
The present invention has three kinds of embodiments:
1, the present invention also comprises lock level sensor 8 and gate flow measuring monitoring equipment 7, and lock level sensor mates at gate reducing motorOr on gate hoist, gathering gate lock bit data, lock level sensor connects gate modulator, and the data that collect are sent into lockDoor modulator 1, and pass to gate flow measuring monitoring equipment 7 by communication interface; Gate flow measuring monitoring equipment 7 connecting communication interfaces 2,Described gate flow measuring monitoring equipment is lock flow monitoring equipment;
2, the present invention also comprises gate flow measuring monitoring equipment 7, gate flow measuring monitoring equipment 7 connecting communication interfaces 2, described gate amountWater monitoring equipment is the water level monitoring equipment in gate downstream;
3, the present invention also comprises the flow measuring device 11 of other channel relevant to this gate place channel, with this gate place channelThe flow measuring device 11 connecting communication interfaces 2 of other relevant channel.
Gate modulator in the present invention, lock level sensor, communication interface, gate operation circuit, gate reducing motor, electricitySource, gate hoist, gate flow measuring monitoring equipment, remote monitoring computer are visible known technologies on the market.
Embodiment mono-, with reference to accompanying drawing 1:
A kind of gate control method, utilizes a kind of observing and controlling one gate to realize, and the steps include:
1. an observing and controlling one gate, comprises gate modulator 1, communication interface 2, gate operation circuit 3, gate reducing motor 4,Gate modulator 1 is connecting communication interface 2, gate operation circuit 3 respectively, and gate operation circuit connects gate reducing motor 4; DescribedCommunication interface is that terrain wireless network communication interface and remote wireless communication network interface one or both of have concurrently; Power supply 5 connectsGate modulator 1, the output of gate reducing motor 4 connects gate hoist 6; Described communication interface connects remote monitoring simultaneouslyControl computer 10 or hand-held intelligent equipment 9;
2. also comprise lock level sensor 8 and gate flow measuring monitoring equipment 7, lock level sensor mates at gate reducing motor or gateOn headstock gear, gather gate lock bit data, lock level sensor connects gate modulator, and the data that collect are sent into gate regulation and controlDevice 1, and pass to gate flow measuring monitoring equipment 7 by communication interface; Gate flow measuring monitoring equipment 7 connecting communication interfaces 2, described lockDoor water gaging monitoring equipment is lock flow monitoring equipment;
3. observing and controlling one gate obtains flow gate stream through long-distance communication network from remote monitoring computer or hand-held intelligent equipmentAmount set-point, gate flow measuring monitoring equipment 7 obtains the data of lock level sensor from observing and controlling one gate through communication interface 2, asGate flow value of feedback; In the time that the difference of gate flow value of feedback and gate flow set-point exceedes prescribed limit, gate regulation and controlDevice 1 moves circuit 3 by gate, and regulating gate reducing motor 4 regulating gate headstock gears 6, make gate flow value of feedback and gateThe difference of flow set-point reaches prescribed limit; When channel condition changes, cause gate flow value of feedback to change, with gate flowWhen difference between set-point exceedes prescribed limit again, again automatically regulate, again make gate flow value of feedback and gate streamThe difference of amount set-point reaches allowed band, thereby realizes the automatic adjusting of gate flow.
Embodiment bis-, with reference to accompanying drawing 2:
A kind of gate control method, utilizes a kind of observing and controlling one gate to realize, and the steps include:
1. an observing and controlling one gate, comprises gate modulator 1, communication interface 2, gate operation circuit 3, gate reducing motor 4,Gate modulator 1 is connecting communication interface 2, gate operation circuit 3 respectively, and gate operation circuit connects gate reducing motor 4; DescribedCommunication interface is that terrain wireless network communication interface and remote wireless communication network interface one or both of have concurrently; Power supply 5 connectsGate modulator 1, the output of gate reducing motor 4 connects gate hoist 6; Described communication interface connects remote monitoring simultaneouslyControl computer 10 or hand-held intelligent equipment 9;
2. also comprise gate flow measuring monitoring equipment 7, gate flow measuring monitoring equipment 7 connecting communication interfaces 2, described gate flow measuring monitoringEquipment is the water level monitoring equipment in gate downstream;
Observing and controlling one gate through long-distance communication network from remote monitoring computer or hand-held intelligent equipment obtain gate flow toDefinite value; The water level monitoring equipment in gate downstream obtains channel waterlevel data, as gate flow value of feedback, when gate flow feedbackWhen the difference of value and gate flow set-point exceedes prescribed limit, gate modulator 1 moves circuit 3, regulating gate by gateReducing motor 4 regulating gate headstock gears 6, make the difference of gate flow value of feedback and gate flow set-point reach prescribed limit;When channel condition changes, cause gate flow value of feedback to change, and difference between gate flow set-point exceed regulation againWhen scope, again automatically regulate, again make the difference of gate flow value of feedback and gate flow set-point reach allowed band, fromAnd realize the automatic adjusting of gate flow.
Embodiment tri-, with reference to accompanying drawing 3:
A kind of gate control method, utilizes above-mentioned a kind of observing and controlling one gate to realize, and the steps include:
1. an observing and controlling one gate, comprises gate modulator 1, communication interface 2, gate operation circuit 3, gate reducing motor 4,Gate modulator 1 is connecting communication interface 2, gate operation circuit 3 respectively, and gate operation circuit connects gate reducing motor 4; DescribedCommunication interface is that terrain wireless network communication interface and remote wireless communication network interface one or both of have concurrently; Power supply 5 connectsGate modulator 1, the output of gate reducing motor 4 connects gate hoist 6; Described communication interface connects remote monitoring simultaneouslyControl computer 10 or hand-held intelligent equipment;
2. also comprise the flow measuring device 11 of other channel relevant to this gate place channel, relevant to this gate place channelThe flow measuring device 11 connecting communication interfaces 2 of other channel;
Observing and controlling one gate through long-distance communication network from remote monitoring computer or hand-held intelligent equipment obtain gate flow toMould-fixed, under this pattern, the data on flows of the flow measuring device 11 of other channel relevant to this gate place channel, as thisThe set-point that gate flow is new, gate modulator 1 moves circuit 3 by gate, and regulating gate reducing motor 4 regulating gates open and closeMachine 6, follows the variation of the flow measuring device flow value of other channel relevant to this gate place channel, makes gate flow and gateThe difference of the set-point that flow is new reaches prescribed limit, realizes the automatic adjusting of gate flow.
Gate flow setting value of the present invention, is remote monitoring computer settings, or establishes by hand-held intelligentStandby setting, described Handheld intelligent equipment, comprising: smart mobile phone, manual operator etc.
Claims (8)
1. an observing and controlling one gate, is characterized in that: comprise gate modulator (1), communication interface (2), gate operation circuit(3), gate reducing motor (4), gate modulator (1) is connecting communication interface (2), gate operation circuit (3) respectively, gate operationCircuit connects gate reducing motor (4); Described communication interface is terrain wireless network communication interface and remote wireless communication networkInterface one or both of has concurrently.
2. a kind of observing and controlling one gate according to claim 1, is characterized in that: also comprise power supply (5) and gate opening/closingMachine (6), power supply (5) connects gate modulator (1), and the output of gate reducing motor (4) connects gate hoist (6); DescribedCommunication interface (2) connects remote monitoring computer (10) or hand-held intelligent equipment.
3. a kind of observing and controlling one gate according to claim 2, is characterized in that: also comprise lock level sensor (8) and lockDoor water gaging monitoring equipment (7), lock level sensor mates on gate reducing motor or gate hoist, gathers gate lock figure placeAccording to, lock level sensor connects gate modulator, the data that collect is sent into gate modulator (1), and pass by communication interfaceGive gate flow measuring monitoring equipment (7); Gate flow measuring monitoring equipment (7) connecting communication interface (2), described gate flow measuring monitoring equipmentIt is lock flow monitoring equipment.
4. a kind of observing and controlling one gate according to claim 2, is characterized in that: also comprise gate flow measuring monitoring equipment(7), gate flow measuring monitoring equipment (7) connecting communication interface (2), the water level prison that described gate flow measuring monitoring equipment is gate downstreamMeasurement equipment.
5. observing and controlling one gate according to claim 2, is characterized in that: also comprise relevant to this gate place channelThe flow measuring device (11) of other channel, flow measuring device (11) connecting communication of other channel relevant to this gate place channel connectsMouth (2).
6. a gate control method, is characterized in that utilizing a kind of observing and controlling one gate to realize, and the steps include:
1. an observing and controlling one gate, comprises gate modulator (1), communication interface (2), gate operation circuit (3), gate decelerationMotor (4), gate modulator (1) is connecting communication interface (2), gate operation circuit (3) respectively, and gate operation circuit connects gateReducing motor (4); Described communication interface is one of terrain wireless network communication interface and remote wireless communication network interface or twoPerson has concurrently; Power supply (5) connects gate modulator (1), and the output of gate reducing motor (4) connects gate hoist (6); DescribedCommunication interface connects remote monitoring computer (10) or hand-held intelligent equipment (9) simultaneously;
2. also comprise lock level sensor (8) and gate flow measuring monitoring equipment (7), lock level sensor coupling at gate reducing motor orOn gate hoist, gather gate lock bit data, lock level sensor connects gate modulator, and the data that collect are sent into gateModulator (1), and pass to gate flow measuring monitoring equipment (7) by communication interface; Gate flow measuring monitoring equipment (7) connecting communication connectsMouth (2), described gate flow measuring monitoring equipment is lock flow monitoring equipment;
3. observing and controlling one gate obtains flow gate stream through long-distance communication network from remote monitoring computer or hand-held intelligent equipmentAmount set-point, gate flow measuring monitoring equipment (7) obtains the data of lock level sensor from observing and controlling one gate through communication interface (2),As gate flow value of feedback; In the time that the difference of gate flow value of feedback and gate flow set-point exceedes prescribed limit, gateModulator (1) moves circuit (3) by gate, and regulating gate reducing motor (4) regulating gate headstock gear (6), makes gate flowThe difference of value of feedback and gate flow set-point reaches prescribed limit; When channel condition changes, cause gate flow value of feedback to becomeChange, and difference between gate flow set-point is while again exceeding prescribed limit, again automatically regulates, and again makes gate flow anti-The difference of feedback value and gate flow set-point reaches allowed band, thereby realizes the automatic adjusting of gate flow.
7. a gate control method, is characterized in that utilizing a kind of observing and controlling one gate to realize, and the steps include: 1. a kind of observing and controllingOne gate, comprises gate modulator (1), communication interface (2), gate operation circuit (3), gate reducing motor (4), and gate is adjustedControl device (1) is connecting communication interface (2), gate operation circuit (3) respectively, and gate operation circuit connects gate reducing motor (4); InstituteStating communication interface is that terrain wireless network communication interface and remote wireless communication network interface one or both of have concurrently; Power supply (5)Connect gate modulator (1), the output of gate reducing motor (4) connects gate hoist (6); Described communication interface, simultaneouslyConnect remote monitoring computer (10) or hand-held intelligent equipment (9);
2. also comprise gate flow measuring monitoring equipment (7), gate flow measuring monitoring equipment (7) connecting communication interface (2), described gate amountWater monitoring equipment is the water level monitoring equipment in gate downstream;
It is given that observing and controlling one gate obtains gate flow through long-distance communication network from remote monitoring computer or hand-held intelligent equipmentValue; The water level monitoring equipment in gate downstream obtains channel waterlevel data, as gate flow value of feedback, when gate flow value of feedbackWhile exceeding prescribed limit with the difference of gate flow set-point, gate modulator (1) moves circuit (3) by gate, controls lockDoor reducing motor (4) regulating gate headstock gear (6), makes the difference of gate flow value of feedback and gate flow set-point reach regulationScope; When channel condition changes, cause gate flow value of feedback to change, and difference between gate flow set-point exceed againWhen prescribed limit, again automatically regulate, again make the difference of gate flow value of feedback and gate flow set-point reach permission modelEnclose, thereby realize the automatic adjusting of gate flow.
8. a gate control method, is characterized in that utilizing a kind of observing and controlling one gate to realize, and the steps include:
1. an observing and controlling one gate, comprises gate modulator (1), communication interface (2), gate operation circuit (3), gate decelerationMotor (4), gate modulator (1) is connecting communication interface (2), gate operation circuit (3) respectively, and gate operation circuit connects gateReducing motor (4); Described communication interface is one of terrain wireless network communication interface and remote wireless communication network interface or twoPerson has concurrently; Power supply (5) connects gate modulator (1), and the output of gate reducing motor (4) connects gate hoist (6); DescribedCommunication interface connects remote monitoring computer (10) or hand-held intelligent equipment simultaneously;
2. the flow measuring device (11) that also comprises other channel relevant to this gate place channel is relevant to this gate place channelFlow measuring device (11) the connecting communication interface (2) of other channel;
It is given that observing and controlling one gate obtains gate flow through long-distance communication network from remote monitoring computer or hand-held intelligent equipmentPattern, under this pattern, the data on flows of the flow measuring device (11) of other channel relevant to this gate place channel, as thisThe set-point that gate flow is new, gate modulator (1) moves circuit (3) by gate, regulating gate reducing motor (4) regulatorDoor headstock gear (6), follows the variation of the flow measuring device flow value of other channel relevant to this gate place channel, and gate is flowedThe difference of the set-point that amount and gate flow are new reaches prescribed limit, realizes the automatic adjusting of gate flow.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610963184.0A CN106337398A (en) | 2016-10-28 | 2016-10-28 | Sluice gate adjusting method and measuring and controlling integrated sluice gate |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610963184.0A CN106337398A (en) | 2016-10-28 | 2016-10-28 | Sluice gate adjusting method and measuring and controlling integrated sluice gate |
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| Publication Number | Publication Date |
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| CN106337398A true CN106337398A (en) | 2017-01-18 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201610963184.0A Pending CN106337398A (en) | 2016-10-28 | 2016-10-28 | Sluice gate adjusting method and measuring and controlling integrated sluice gate |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106768089A (en) * | 2017-02-04 | 2017-05-31 | 唐山现代工控技术有限公司 | A kind of double-gate position gate flow measuring system and method |
| CN106814667A (en) * | 2017-02-18 | 2017-06-09 | 宁波海角信息科技有限公司 | Water reservoir management system |
| CN106836149A (en) * | 2017-02-17 | 2017-06-13 | 唐山现代工控技术有限公司 | A kind of screw open-close machine and its application method with amount water and control function |
| CN110158545A (en) * | 2019-06-19 | 2019-08-23 | 唐山现代工控技术有限公司 | A method of guaranteeing that channel divides water |
-
2016
- 2016-10-28 CN CN201610963184.0A patent/CN106337398A/en active Pending
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106768089A (en) * | 2017-02-04 | 2017-05-31 | 唐山现代工控技术有限公司 | A kind of double-gate position gate flow measuring system and method |
| CN106836149A (en) * | 2017-02-17 | 2017-06-13 | 唐山现代工控技术有限公司 | A kind of screw open-close machine and its application method with amount water and control function |
| CN106814667A (en) * | 2017-02-18 | 2017-06-09 | 宁波海角信息科技有限公司 | Water reservoir management system |
| CN110158545A (en) * | 2019-06-19 | 2019-08-23 | 唐山现代工控技术有限公司 | A method of guaranteeing that channel divides water |
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Application publication date: 20170118 |
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