CN104314038B - Structure water supply and draining regulates metering integral intelligent water conservancy project device and application process thereof - Google Patents
Structure water supply and draining regulates metering integral intelligent water conservancy project device and application process thereof Download PDFInfo
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- CN104314038B CN104314038B CN201410584413.9A CN201410584413A CN104314038B CN 104314038 B CN104314038 B CN 104314038B CN 201410584413 A CN201410584413 A CN 201410584413A CN 104314038 B CN104314038 B CN 104314038B
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- weir
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- E—FIXED CONSTRUCTIONS
- E02—HYDRAULIC ENGINEERING; FOUNDATIONS; SOIL SHIFTING
- E02B—HYDRAULIC ENGINEERING
- E02B1/00—Equipment or apparatus for, or methods of, general hydraulic engineering, e.g. protection of constructions against ice-strains
-
- E—FIXED CONSTRUCTIONS
- E02—HYDRAULIC ENGINEERING; FOUNDATIONS; SOIL SHIFTING
- E02B—HYDRAULIC ENGINEERING
- E02B8/00—Details of barrages or weirs ; Energy dissipating devices carried by lock or dry-dock gates
- E02B8/04—Valves, slides, or the like; Arrangements therefor; Submerged sluice gates
- E02B8/045—Valves, slides, or the like; Arrangements therefor; Submerged sluice gates automatically movable
-
- E—FIXED CONSTRUCTIONS
- E02—HYDRAULIC ENGINEERING; FOUNDATIONS; SOIL SHIFTING
- E02B—HYDRAULIC ENGINEERING
- E02B8/00—Details of barrages or weirs ; Energy dissipating devices carried by lock or dry-dock gates
- E02B8/06—Spillways; Devices for dissipation of energy, e.g. for reducing eddies also for lock or dry-dock gates
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- Engineering & Computer Science (AREA)
- General Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Civil Engineering (AREA)
- Structural Engineering (AREA)
- Flow Control (AREA)
- Control Of Non-Electrical Variables (AREA)
Abstract
A kind of structure supply water and regulate metering integral intelligent water conservancy project device and application process thereof, belong to hydraulic engineering, field irrigation, town and country water supply and draining, effluent discharge process field, it is characterized in that in crest of weir mode for structure form, with crest of weir governor motion for regulating measure, in crest of weir mode for water supply and draining passage, the intelligent sensor be integrated with special water level and crest of weir aperture is main measurement means, when in water supply and draining adjustment process under the domination of control unit, realize reliable intelligent water supply or regulate object visualization digital management devices one collection water conservancy project structure, the intelligent water frock that water supply and draining regulates and crest of weir aperture water consumption measurement is integrated puts and methods for using them.What the present invention was widely used in the systems such as mine, water conservancy, agricultural irrigation, town and country blowdown, environmental protection and industry variously regulates with water conservancy project structure and water supply and draining and various different application occasions that crest of weir aperture water consumption measurement controls as main contents.
Description
Technical field
Structure water supply and draining of the present invention regulates metering integral intelligent water conservancy project device and application process thereof, belong to hydraulic engineering, field irrigation, town and country water supply and draining, effluent discharge process field, be specifically related to a kind ofly to integrate water conservancy project structure, water supply and draining regulates and the intelligent water frock of crest of weir aperture water consumption measurement puts the technical scheme of and methods for using them.
Background technology
Mine, water conservancy, agricultural irrigation, town and country blowdown, the systems such as environmental protection and industry various regulate with water conservancy project structure and water supply and draining and the control and management of crest of weir aperture water consumption measurement is the work that industry is shown great attention to and must be handled well, but the phenomenon of low level management is still given prominence in practice, it is still valuate on time or valuate by electricity that such as peasant irrigates the fields, water source regulates upstream and downstream to distribute and utilization ratio contradiction is still given prominence to, regulate and all focus on water conservancy project structure not in time with unreasonable problem and water supply and draining regulates and on crest of weir aperture water consumption measurement control and management node, based on the water supply and draining facility of user, adjustment and management through quantification means fall behind, cause Statistical Data Distortion:, that water resource waste is serious, blowdown such as to exceed standard at one of the inducement that the thing that endangers public security takes place frequently, as patent application (patent) number
cN201686971Uachieve certain effect, but due to investment and poor operability, limit its further promotion and application, as Application Number (patent):
cN201242454Ywhat pay close attention to is some delicate metering occasions, causes its functional reliability low, application scenario situation less and less in most of workplaces such as agricultural, water conservancy, town and country blowdowns, low in the urgent need to a kind of strong adaptability, cost of manufacture, under above-mentioned environment, round-the-clock non-maintaining long-term stable operation a kind of can integrate water conservancy project structure and water supply and draining regulates and the intelligent water frock of crest of weir aperture water consumption measurement puts and methods for using them, realize the reliable control to water supply and draining and sewage, adjustment and the digitlization of metering operational management process visualization, ensure to meet the open, fair and impartial basic demand of society, realize scientific management.
Summary of the invention
The present invention is a kind of integrates water conservancy project structure and water supply and draining regulates and the intelligent water frock of crest of weir aperture water consumption measurement is put and application process, object is to exist and insurmountable problem for solving in above-mentioned prior art, thus one is disclosed in crest of weir mode for structure principal mode, with crest of weir governor motion for regulating Main Means, be main water supply and draining passage in crest of weir mode, the intelligent sensor be integrated with special water level and crest of weir aperture is main measurement means, when in water supply and draining adjustment process under the domination of control unit, various action or rhythm is realized by device, realize reliable intelligent water supply or regulate object visualization digital management devices, the present invention is widely used in mine, water conservancy, agricultural irrigation, town and country blowdown, the various different application occasions that the systems such as environmental protection and industry various regulate with water conservancy project structure and water supply and draining and crest of weir aperture water consumption measurement controls as main contents.
The present invention is a kind of integrates water conservancy project structure and water supply and draining regulates and the intelligent water frock of crest of weir aperture water consumption measurement is put, it is characterized in that one in crest of weir mode for structure principal mode, with crest of weir governor motion for regulating Main Means, be main water supply and draining passage in crest of weir mode, with special water level and crest of weir aperture one intelligent sensor for measurement means, integrate water conservancy project structure and water supply and draining regulates and crest of weir aperture water consumption measurement, under the domination of control unit, reliable at one time, safety, the economic on-line monitoring supervising device with realizing the course of work or the digital management of state overall process in order, this device is by water conservancy project structure 1, crest of weir 2, crest of weir regulates closure plate 3, governor motion 4, ring type crest of weir regulates the real-time inductor 5 in closure plate position, water level sensor 6 in the body of hollow ring type weir, digitlization induction scale 7, digitalized measuring scale fastening devices 8, Based Intelligent Control data transmission wires 9, intelligent acquisition control centre 10 forms, it is user's water inlet or floss hole that its crest of weir 2 is arranged in water conservancy project structure 1, crest of weir adjustment closure plate 3 is covered on crest of weir 2 and matches with it and can move up and down along crest of weir, crest of weir regulates closure plate 3 to be connected with governor motion 4, and it moves up and down by governor motion 4 control realization, digitlization induction scale 7 is fixedly installed in water conservancy project structure 1 in the vertical layout of fluid level and in turn through the real-time inductor 5 of water level sensor 6 in the body of hollow ring type weir and ring type crest of weir adjustment closure plate position by digitalized measuring scale fastening devices 8, rely on buoyancy can upper and lower vertical movement with water level sensor 6 in the body of SEA LEVEL VARIATION hollow ring type weir, and the waterlevel data signal spread out of in real time on digitlization induction scale 7 now, the size specification of crest of weir 2 is 200 × 200-1000 × 1000 millimeter, crest of weir regulates closure plate 3 to match with it with governor motion 4, ring type crest of weir regulates the real-time inductor 5 in closure plate position to regulate closure plate 3 to fixedly mount with crest of weir, ring type crest of weir regulates the real-time inductor 5 in closure plate position to regulate the mobile change of closure plate 3 with crest of weir.
Above-mentionedly a kind ofly integrate water conservancy project structure and water supply and draining regulates and the intelligent water frock of crest of weir aperture water consumption measurement is put application process, now user's water inlet or floss hole are closed condition to it is characterized in that regulating closure plate 3 to be covered on crest of weir 2 by crest of weir, when governor motion 4 control under crest of weir regulate closure plate 3 move down when crest of weir aperture lower than in weir during water level crest of weir 2 to user supply water or discharge, obtain K by crest of weir 2 structural parameters
crest of weir parameter, to be regulated in closure plate position real-time inductor 5 and hollow ring type weir body water level sensor 6 induction the waterlevel data signal H spread out of in real time now on digitlization induction scale 7 by ring type crest of weir
water levelwith crest of weir aperture data-signal H
crest of weir aperture, above-mentioned data arrive intelligent control center 10 through Based Intelligent Control data transmission wires 9, pass through function: V
flow=F (K
crest of weir parameter, H
water level, H
crest of weir aperture) calculate real-time water yield or discharge value, intelligent control center 10 requires to send continuation downward or upward or stop regulating the order of crest of weir aperture according to user's water supply volume, intelligent control center 10 Real-Time Monitoring water level and water supply volume in running, and prepare to require to perform at any time to open or shutoff operation according to user.
The present invention is a kind of integrates water conservancy project structure and water supply and draining regulates and the intelligent water frock of crest of weir aperture water consumption measurement puts and methods for using them, its advantage is to solve in above-mentioned prior art to be existed and the insurmountable water supply and draining facility based on user, adjustment and management through quantification means fall behind, cause Statistical Data Distortion:, water resource waste is serious, the problem that blowdown exceeds standard and the thing of public safety takes place frequently, in crest of weir mode for structure principal mode, with crest of weir governor motion for regulating Main Means, be main water supply and draining passage in crest of weir mode, the intelligent sensor be integrated with special water level and crest of weir aperture is main measurement means, when in water supply and draining adjustment process under the domination of control unit, various action or rhythm is realized by device, realize reliable intelligent water supply or regulate object visualization digital management devices, the present invention is widely used in mine, water conservancy, agricultural irrigation, town and country blowdown, the various different application occasions that the systems such as environmental protection and industry various regulate with water conservancy project structure and water supply and draining and crest of weir aperture water consumption measurement controls as main contents.
Accompanying drawing explanation
The intelligent water frock of Fig. 1 integration puts schematic diagram
Number in the figure is:
1, water conservancy project structure 2, crest of weir 3, crest of weir regulate closure plate 4, governor motion
5, ring type crest of weir regulates water level sensor in the real-time inductor in closure plate position 6, hollow ring type weir body
7, digitlization induction scale 8, digitalized measuring scale fastening devices
9, Based Intelligent Control data transmission wires, 10, intelligent control center.
Detailed description of the invention
embodiment 1
In crest of weir mode for structure principal mode, with crest of weir governor motion for regulating Main Means, be main water supply and draining passage in crest of weir mode, with special water level and crest of weir aperture one intelligent sensor for measurement means, integrate water conservancy project structure and water supply and draining regulates and crest of weir aperture water consumption measurement, under the domination of control unit, reliable at one time, safety, the economic on-line monitoring supervising device with realizing the course of work or the digital management of state overall process in order, this device is by water conservancy project structure 1, crest of weir 2, crest of weir regulates closure plate 3, governor motion 4, ring type crest of weir regulates the real-time inductor 5 in closure plate position, water level sensor 6 in the body of hollow ring type weir, digitlization induction scale 7, digitalized measuring scale fastening devices 8, Based Intelligent Control data transmission wires 9, intelligent acquisition control centre 10 forms, it is user's water inlet or floss hole that its crest of weir 2 is arranged in water conservancy project structure 1, digitlization induction scale 7 fixedly mounts with vertical layout in water conservancy project structure 1 and regulates the real-time inductor 5 in closure plate position through water level sensor 6 in the body of hollow ring type weir and ring type crest of weir in turn, rely on buoyancy with the vertical movement of water level sensor about 6 in the body of SEA LEVEL VARIATION hollow ring type weir, and the waterlevel data signal spread out of in real time on digitlization induction scale 7 now, the size specification of crest of weir 2 is 200 × 200 millimeters, determine K under identical conditions
crest of weir parametervalue is minimum, effective conveyance capacity is also minimum, crest of weir regulates closure plate 3 to match with it with governor motion 4, ring type crest of weir regulates the real-time inductor 5 in closure plate position to regulate closure plate 3 to fixedly mount with crest of weir, and regulate closure plate 3 to move with crest of weir and mobile, and be with rotor ring type crest of weir to regulate the real-time inductor about 5 in closure plate position to do vertical movement along digitlization induction scale 7, so reflect the open position of crest of weir in real time, just can determine crest of weir water flow by the open position of crest of weir, the size specification of crest of weir 2, in real time the waterlevel data signal spread out of now.
embodiment 2
In crest of weir mode for structure principal mode, with crest of weir governor motion for regulating Main Means, be main water supply and draining passage in crest of weir mode, with special water level and crest of weir aperture one intelligent sensor for measurement means, integrate water conservancy project structure and water supply and draining regulates and crest of weir aperture water consumption measurement, under the domination of control unit, reliable at one time, safety, the economic on-line monitoring supervising device with realizing the course of work or the digital management of state overall process in order, this device is by water conservancy project structure 1, crest of weir 2, crest of weir regulates closure plate 3, governor motion 4, ring type crest of weir regulates the real-time inductor 5 in closure plate position, water level sensor 6 in the body of hollow ring type weir, digitlization induction scale 7, digitalized measuring scale fastening devices 8, Based Intelligent Control data transmission wires 9, intelligent acquisition control centre 10 forms, its crest of weir 2 is arranged in water conservancy project structure 1, crest of weir adjustment closure plate 3 is covered on crest of weir 2 and matches with it and can move up and down along crest of weir, crest of weir regulates closure plate 3 to be connected with governor motion 4, and it moves up and down by governor motion 4 control realization, for user's water inlet or floss hole, digitlization induction scale 7 is fixedly mounted by digitalized measuring scale fastening devices 8 and in water conservancy project structure 1, digitlization is responded to the vertical layout of scale 7 and regulates the real-time inductor 5 in closure plate position through water level sensor 6 in the body of hollow ring type weir and ring type crest of weir in turn, rely on buoyancy with the vertical movement of water level sensor about 6 in the body of SEA LEVEL VARIATION hollow ring type weir, and the waterlevel data signal spread out of in real time on digitlization induction scale 7 now, the size specification of crest of weir 2 is 600 × 600 millimeters, determine K under identical conditions
crest of weir parametervalue is placed in the middle, effective conveyance capacity is also medium, crest of weir regulates closure plate 3 to match with it with governor motion 4, ring type crest of weir regulates the real-time inductor 5 in closure plate position to regulate closure plate 3 to fixedly mount with crest of weir, and regulate closure plate 3 to move with crest of weir and mobile, and be with rotor ring type crest of weir to regulate the real-time inductor about 5 in closure plate position to do vertical movement along digitlization induction scale 7, so reflect the open position of crest of weir in real time, just can determine crest of weir water flow by the open position of crest of weir, the size specification of crest of weir 2, in real time the waterlevel data signal spread out of now.
embodiment 3
In crest of weir mode for structure principal mode, with crest of weir governor motion for regulating Main Means, be main water supply and draining passage in crest of weir mode, with special water level and crest of weir aperture one intelligent sensor for measurement means, integrate water conservancy project structure and water supply and draining regulates and crest of weir aperture water consumption measurement, under the domination of control unit, reliable at one time, safety, the economic on-line monitoring supervising device with realizing the course of work or the digital management of state overall process in order, this device is by water conservancy project structure 1, crest of weir 2, crest of weir regulates closure plate 3, governor motion 4, ring type crest of weir regulates the real-time inductor 5 in closure plate position, water level sensor 6 in the body of hollow ring type weir, digitlization induction scale 7, connection control line 8, Based Intelligent Control data transmission wires 9, intelligent control center 10 forms, it is user's water inlet or floss hole that its crest of weir 2 is arranged in water conservancy project structure 1, digitlization induction scale 7 fixedly mounts with vertical layout in water conservancy project structure 1 and regulates the real-time inductor 5 in closure plate position through water level sensor 6 in the body of hollow ring type weir and ring type crest of weir in turn, rely on buoyancy with the vertical movement of water level sensor about 6 in the body of SEA LEVEL VARIATION hollow ring type weir, and the waterlevel data signal spread out of in real time on digitlization induction scale 7 now, the size specification of crest of weir 2 is 1000 × 1000 millimeters, determine K under identical conditions
crest of weir parametervalue is maximum, effective conveyance capacity is also maximum, crest of weir regulates closure plate 3 to match with it with governor motion 4, ring type crest of weir regulates the real-time inductor 5 in closure plate position to regulate closure plate 3 to fixedly mount with crest of weir, and regulate closure plate 3 to move with crest of weir and mobile, and be with rotor ring type crest of weir to regulate the real-time inductor about 5 in closure plate position to do vertical movement along digitlization induction scale 7, so reflect the open position of crest of weir in real time, just can determine crest of weir water flow by the open position of crest of weir, the size specification of crest of weir 2, in real time the waterlevel data signal spread out of now.
Claims (2)
1. a structure water supply and draining regulates metering integral intelligent water conservancy project device, it is characterized in that one in crest of weir mode for structure principal mode, with crest of weir governor motion for regulating Main Means, be main water supply and draining passage in crest of weir mode, with special water level and crest of weir aperture one intelligent sensor for measurement means, integrate water conservancy project structure and water supply and draining regulates and crest of weir aperture water consumption measurement, under the domination of control unit, reliable at one time, safety, the economic on-line monitoring supervising device with realizing the course of work or the digital management of state overall process in order, this device is by water conservancy project structure (1), crest of weir (2), crest of weir regulates closure plate (3), governor motion (4), ring type crest of weir regulates the real-time inductor in closure plate position (5), water level sensor (6) in the body of hollow ring type weir, digitlization induction scale (7), digitlization induction scale fastening devices (8), Based Intelligent Control data transmission wires (9), intelligent acquisition control centre (10) forms, it is user's water inlet or floss hole that its crest of weir (2) is arranged in water conservancy project structure (1) upper, crest of weir adjustment closure plate (3) is covered on crest of weir (2) and matches with it and can move up and down along crest of weir, crest of weir regulates closure plate (3) to be connected with governor motion (4), and it moves up and down by governor motion (4) control realization, digitlization induction scale (7) is fixedly installed in by digitlization induction scale fastening devices (8) that water conservancy project structure (1) is upper passes water level sensor (6) and ring type crest of weir in the body of hollow ring type weir in turn regulate the real-time inductor in closure plate position (5) with the vertical layout of fluid level, rely on buoyancy with the upper and lower vertical movement of water level sensor (6) energy in the body of SEA LEVEL VARIATION hollow ring type weir, and the waterlevel data signal spread out of in real time in digitlization induction scale (7) now, the size specification of crest of weir (2) is 200 × 200-1000 × 1000 millimeter, crest of weir regulates closure plate (3) to match with it with governor motion (4), ring type crest of weir regulates the real-time inductor in closure plate position (5) and crest of weir to regulate closure plate (3) to fixedly mount, ring type crest of weir regulates the real-time inductor in closure plate position (5) to regulate the mobile change of closure plate (3) with crest of weir.
2. a kind of structure water supply and draining described in claim 1 regulates the application process of metering integral intelligent water conservancy project device, now user's water inlet or floss hole are closed condition to it is characterized in that regulating closure plate (3) to be covered on crest of weir (2) by described crest of weir, when control at governor motion (4) lower crest of weir regulate closure plate (3) move down when crest of weir aperture lower than in weir during water level crest of weir (2) to supply water to user or to discharge, obtain K by crest of weir (2) structural parameters
crest of weir parameter, regulate water level sensor (6) in the real-time inductor in closure plate position (5) and hollow ring type weir body above to respond to the waterlevel data signal H also spread out of in real time now in digitlization induction scale (7) by ring type crest of weir
water levelwith crest of weir aperture data-signal H
crest of weir aperture, above-mentioned data arrive intelligent control center (10) through Based Intelligent Control data transmission wires (9), pass through function: V
flow=F (K
crest of weir parameter, H
water level, H
crest of weir aperture) calculate real-time water yield or discharge value, intelligent control center (10) requires to send continuation downward or upward or stop regulating the order of crest of weir aperture according to user's water supply volume, intelligent control center (10) Real-Time Monitoring water level and water supply volume in running, and prepare to require to perform at any time to open or shutoff operation according to user.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410584413.9A CN104314038B (en) | 2014-10-28 | 2014-10-28 | Structure water supply and draining regulates metering integral intelligent water conservancy project device and application process thereof |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410584413.9A CN104314038B (en) | 2014-10-28 | 2014-10-28 | Structure water supply and draining regulates metering integral intelligent water conservancy project device and application process thereof |
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| Publication Number | Publication Date |
|---|---|
| CN104314038A CN104314038A (en) | 2015-01-28 |
| CN104314038B true CN104314038B (en) | 2016-02-17 |
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|---|---|---|---|---|
| CN201242454Y (en) * | 2008-08-08 | 2009-05-20 | 唐自福 | Apparatus for metering transmit-receive oil |
| CN101876182A (en) * | 2010-06-03 | 2010-11-03 | 上海市城市排水有限公司 | Intelligent urban sewage drainage method |
| CN201686971U (en) * | 2010-02-09 | 2010-12-29 | 四川省运辉环保工程咨询有限公司 | Self-flowing weir plate flow controller |
| CN103741642A (en) * | 2013-12-20 | 2014-04-23 | 河海大学 | Device and method for regulating and controlling ecological water requirement in dry seasons of riverway bankside zone under dam |
-
2014
- 2014-10-28 CN CN201410584413.9A patent/CN104314038B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN201242454Y (en) * | 2008-08-08 | 2009-05-20 | 唐自福 | Apparatus for metering transmit-receive oil |
| CN201686971U (en) * | 2010-02-09 | 2010-12-29 | 四川省运辉环保工程咨询有限公司 | Self-flowing weir plate flow controller |
| CN101876182A (en) * | 2010-06-03 | 2010-11-03 | 上海市城市排水有限公司 | Intelligent urban sewage drainage method |
| CN103741642A (en) * | 2013-12-20 | 2014-04-23 | 河海大学 | Device and method for regulating and controlling ecological water requirement in dry seasons of riverway bankside zone under dam |
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| CN104314038A (en) | 2015-01-28 |
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