CN207109767U - Supply and discharge water control system - Google Patents
Supply and discharge water control system Download PDFInfo
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- CN207109767U CN207109767U CN201721070499.9U CN201721070499U CN207109767U CN 207109767 U CN207109767 U CN 207109767U CN 201721070499 U CN201721070499 U CN 201721070499U CN 207109767 U CN207109767 U CN 207109767U
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- water
- supply
- discharge
- bend pipe
- control system
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Abstract
It the utility model is related to a kind of supply and discharge water control system, main pipeline including being connected to water-accumulating body, and one or more secondary ducts, each secondary duct is connected to the main pipeline via the second bend pipe of the first bend pipe for being in the horizontal level higher than the main pipeline being sequentially connected and the horizontal level in less than the main pipeline respectively, the secondary duct is provided with the delivery port being connected via the 3rd bend pipe with the secondary duct, the horizontal level of the delivery port is less than the main pipeline and is higher than the 3rd bend pipe, and the supply and discharge water control system also includes the gas conditioner with the gas tubule for being fluidly connected to first bend pipe and the hutch water device with the feed pipe for being fluidly connected to the 3rd bend pipe.
Description
Technical field
It the utility model is related to water route control field, more particularly to a kind of supply and discharge water control system.
Background technology
Conventional supply and discharge water control system generally requires machinery valve to realize the opening and closing of pipeline, but machinery valve is often
It is easily damaged and needs periodic maintenance, and need manual control, therefore there is significant limitation.Therefore one kind is needed to change
The supply and discharge water control system entered.
Utility model content
The defects of in order to overcome above-mentioned prior art, technical problem to be solved in the utility model are to be realized with a low cost
The supply and discharge water control system of high reliability, high applicability.
In order to solve the above-mentioned technical problem, the technical solution adopted in the utility model is：
A kind of supply and discharge water control system, including the main pipeline of water-accumulating body is connected to, and one or more secondary ducts, each
The secondary duct is respectively successively via the first bend pipe of the horizontal level in higher than the main pipeline and in less than described
Second bend pipe of the horizontal level of main pipeline is connected to the main pipeline, the secondary duct be provided with via the 3rd bend pipe with it is described
The delivery port of secondary duct connection, the horizontal level of the delivery port less than the main pipeline and are higher than the 3rd bend pipe, and
And the supply and discharge water control system also include be fluidly connected to first bend pipe gas tubule gas conditioner with
And the hutch water device with the feed pipe for being fluidly connected to the 3rd bend pipe.
In optional example, the gas conditioner have be used for first bend pipe supply source of the gas and for from
The suction device of draw gas in first bend pipe.
In optional example, the suction device includes extending to less than institute from the predeterminated level position in the water-accumulating body
State the discharge tubule of the horizontal level of water-accumulating body, it is curved that the stage casing of the discharge tubule via three-way connection is connected to described first
Pipe, the porch of the discharge tubule are provided with flow regulator.
In optional example, there is at least 30CM drop between the entrance of the discharge tubule and outlet.
In optional example, the hutch water device is arranged below the position of the main pipeline, and has and be fluidly connected to
The water inlet of the main pipeline.
In optional example, the discharge tubule is provided with for control of cutting off the water supply in the horizontal position less than the water-accumulating body
Device.
In optional example, the gas conditioner also includes fluid tank, and the float that is internally provided with of the fluid tank is opened
Close, the break-make of gas tubule described in the water level control that the switch is used in the fluid tank, and the fluid
The bottom of tank be connected to via three-way connection be connected to from the water-accumulating body bottom it is thin less than the discharge of the position of the water-accumulating body
Pipe.
In optional example, the gas conditioner also includes fluid tank, and the float that is internally provided with of the fluid tank is opened
Close, the break-make of gas tubule described in the water level control that the switch is used in the fluid tank, and the fluid
The bottom flow of tank is communicated to the bottom of the main pipeline.
In optional example, the water outlet of the secondary duct is in the horizontal level lower than the minimum point of the main pipeline.
In optional example, the entrance of the discharge tubule is located at the upstream or downstream of the secondary duct.
The beneficial effects of the utility model are：Realize and water-accumulating body is arranged by the ingenious setting of bend pipe and the regulation of gas
What is put automatically controls, and without setting machinery valve in the duct, and can realize and be drained flooded fields automatically according to water level and automatic irrigation.
Brief description of the drawings
Fig. 1 show the structural representation according to supply and discharge water control system of the present utility model.
Label declaration：1st, main pipeline；2nd, water-accumulating body；3rd, secondary duct；3 ', secondary duct；4th, the first bend pipe；5th, the second bend pipe；
6th, the 3rd bend pipe；7th, delivery port；8th, gas conditioner；9th, feed pipe；10th, hutch water device；11st, switch；12nd, fluid tank；13、
Discharge tubule；14th, for controller of cutting off the water supply；
15th, fracture.
Embodiment
For detailed description technology contents of the present utility model, the objects and the effects, below in conjunction with embodiment and match somebody with somebody
Accompanying drawing is closed to be explained.
The design of the utility model most critical is:Regard the valve of control pipeline break-make using the gas in bend pipe, and
And realize automatic irrigation and flood control using the control to gas.
Refer to shown in Fig. 1, supply and discharge water control system of the present utility model includes the main pipeline 1 for being connected to water-accumulating body 2, with
And one or more secondary ducts 3 (may also include 3 '), each secondary duct is respectively successively via in higher than the main pipeline
The first bend pipe 4 of horizontal level and the second bend pipe 5 of the horizontal level in less than the main pipeline be connected to the master
Pipeline 1, the secondary duct 3 are provided with the delivery port 7 being connected via the 3rd bend pipe 6 with the secondary duct 3, the delivery port 7
Horizontal level is less than the main pipeline 1 and is higher than the 3rd bend pipe 6, and the supply and discharge water control system also includes having
It is fluidly connected to the gas conditioner 8 of the gas tubule of first bend pipe 4 and has be fluidly connected to the 3rd bend pipe 6
Feed pipe 9 hutch water device 10.
The water-accumulating body 2 can be reservoir, pond, water channel or sill may.
By adjusting the gas in bend pipe, it is possible to achieve the control to the break-make of pipeline.In the first bend pipe 4 and the 3rd bend pipe
Deposited in 6 in case of air, secondary duct 3 will be truncated.And by the way that water will be full of in the first bend pipe 4 and the 3rd bend pipe 6, that is, arrange
In the case of going out air therein, secondary duct 3 will be switched on, that is, realize draining.So as to the supply and discharge water management system of above example
System can ingenious control of the realization to draining, without setting machinery valve.
In optional example, the gas conditioner 8 has for the source of the gas to first bend pipe 4 supply (in figure not
Show, e.g. surrounding air) and suction device for the draw gas from first bend pipe 4.By setting source of the gas
And suction device, the state of the first bend pipe can be controlled well, so as to realize the control to draining.
In optional example, the suction device includes extending to less than described from the predeterminated level position of the water-accumulating body
The discharge tubule 13 of the horizontal level of water-accumulating body, it is curved that the stage casing of the discharge tubule 13 via three-way connection is connected to described first
Pipe 4, the porch of the discharge tubule are provided with flow regulator.When air-breathing is needed, discharge tubule 13 is opened, so as to
The air that water flowing in discharge tubule 13 will be taken away in the first bend pipe, so as to realize air-breathing.And by rationally setting discharge thin
The position of the water inlet of pipe 13, it is possible to achieve when water-accumulating body reaches certain water level, system automatically opens up secondary duct progress
Drain off floodwaters.And the setting of flow regulator can adjust the water-carrying capacity via discharge tubule discharge, more preferably to realize air suction function.
In optional example, the hutch water device 10 is arranged below the position of the main pipeline 1, and with fluid communication
To the water inlet of the main pipeline 1.Hutch water device 10 is supplied water by main pipeline 1, so as to hutch water device can realize it is curved to the 3rd
Water in pipe 6 is automatically replenished, to realize the closing of the 3rd bend pipe, to prevent air from entering.The hutch water device 10 can be from master
Pipeline is directly connected to the water pipe of the 3rd bend pipe, can also further comprise water tank, to ensure the normal work of hutch water device.
In further optional example, there is at least 30CM drop between the entrance of the discharge tubule and outlet.One
Fixed drop can ensure the normal work of suction device.
In optional example, the discharge tubule 13 is provided with for control of cutting off the water supply in the horizontal position less than the water-accumulating body
Device 14 processed.By being set in tubule 13 for controller 14 of cutting off the water supply, it is possible to achieve the control to discharging tubule 13.The other discharge
The water inlet of tubule 13 can set mesh to prevent debris from entering.
In optional example, the gas conditioner 8 also includes fluid tank 12, and being internally provided with for the fluid tank 12 is floating
Sub switch 11, break-make of the switch 11 for gas tubule described in the water level control in the fluid tank 12, and
And the bottom of the fluid tank 12 is connected to from the water-accumulating body bottom via three-way connection and is connected to less than the water-accumulating body
The discharge tubule 13 of position.And when needing to open secondary duct 3 ', discharged by opening in the drain liquid pipe 12 of tubule 13
Water to reduce the water level in liquid tank 12, while cause switch 11 to close gas tubule to prevent air from entering, and
Air in the further bend pipe of extinction first.And when needing to close secondary duct 3 ', discharge tubule 13 is closed to keep flowing
Water level in body tank 12, so as to keep gas tubule to turn on, i.e. so that air enters the first bend pipe 4.In another example, should
The bottom flow of fluid tank 12 is communicated to the bottom of the main pipeline 1.
One end of the main pipeline 1 is provided with fracture 15.The fracture 15 is not offered as main pipeline 1 and blocked herein, main pipeline
It can extend longer, or be connected with more secondary ducts.
In optional example, the water outlet of the secondary duct 3 is in the horizontal position lower than the minimum point of the main pipeline 1
Put.Enough drops will be further ensured that the steady operation of said system.
In optional example, the entrance of the discharge tubule is located at the upstream or downstream of the secondary duct.In main pipeline 1
In the case of being located at the upstream end of main pipeline towards the outlet of secondary duct, it is possible to achieve the effect controlled flood automatically.And in main pipeline 1
The outlet for leading to secondary duct in the case of the downstream of main pipeline, it is possible to achieve the work of the water level of automatic setting water-accumulating body
With.
In summary, supply and discharge water control system provided by the utility model can by control gas in bend pipe exist with
The no control to realize to water supply, so that the advantages of there is low cost, high reliability and be not required to frequent maintenance.
Embodiment of the present utility model is the foregoing is only, not thereby limits the scope of the claims of the present utility model, it is every
The equivalents made using the utility model specification and accompanying drawing content, or directly or indirectly it is used in the technology neck of correlation
Domain, similarly it is included in scope of patent protection of the present utility model.
Claims (10)
1. a kind of supply and discharge water control system, including the main pipeline (1) of water-accumulating body (2) is connected to, and one or more secondary ducts
(3), each secondary duct (3) is respectively successively via the first bend pipe (4) of the horizontal level in higher than the main pipeline (1)
And the second bend pipe (5) of the horizontal level in less than the main pipeline is connected to the main pipeline, the secondary duct is set
There is the delivery port (7) being connected via the 3rd bend pipe (6) with the secondary duct, the horizontal level of the delivery port (7) is less than described
Main pipeline (1) and it is higher than the 3rd bend pipe (6), and the supply and discharge water control system also includes having being fluidly connected to institute
State the gas conditioner (8) of the gas tubule of the first bend pipe and with the feed pipe (9) for being fluidly connected to the 3rd bend pipe
Hutch water device (10).
2. supply and discharge water control system according to claim 1, it is characterised in that the gas conditioner, which has, to be used for institute
State the source of the gas of the first bend pipe supply and the suction device for the draw gas from first bend pipe.
3. supply and discharge water control system according to claim 2, it is characterised in that the suction device is included from the water storage
Predeterminated level position in body extends to the discharge tubule less than the horizontal level of the water-accumulating body, the stage casing of the discharge tubule
First bend pipe is connected to via three-way connection, the porch of the discharge tubule is provided with flow regulator.
4. supply and discharge water control system according to claim 3, it is characterised in that the entrance of the discharge tubule and outlet
Between there is at least 30CM drop.
5. supply and discharge water control system according to claim 3, it is characterised in that the hutch water device is arranged below the master
The position of pipeline, and with the water inlet for being fluidly connected to the main pipeline.
6. supply and discharge water control system according to claim 3, it is characterised in that the discharge tubule is less than the water storage
The horizontal position of body is provided with for controller of cutting off the water supply.
7. supply and discharge water control system according to claim 2, it is characterised in that the gas conditioner also includes fluid
Tank, the fluid tank are internally provided with switch, and the switch is used for the water level control in the fluid tank
The break-make of the gas tubule, and the bottom of the fluid tank is connected to from the water-accumulating body bottom via three-way connection and connected
To the discharge tubule of the position less than the water-accumulating body.
8. supply and discharge water control system according to claim 2, it is characterised in that the gas conditioner also includes fluid
Tank, the fluid tank are internally provided with switch, and the switch is used for the water level control in the fluid tank
The break-make of the gas tubule, and the bottom flow of the fluid tank is communicated to the bottom of the main pipeline.
9. the supply and discharge water control system according to any one of claim 1-8, it is characterised in that the water outlet of the secondary duct
Mouth is in the horizontal level lower than the minimum point of the main pipeline.
10. supply and discharge water control system according to claim 3, it is characterised in that the entrance of the discharge tubule is located at institute
State the upstream or downstream of secondary duct.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721070499.9U CN207109767U (en) | 2017-08-25 | 2017-08-25 | Supply and discharge water control system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721070499.9U CN207109767U (en) | 2017-08-25 | 2017-08-25 | Supply and discharge water control system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207109767U true CN207109767U (en) | 2018-03-16 |
Family
ID=61577531
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721070499.9U Active CN207109767U (en) | 2017-08-25 | 2017-08-25 | Supply and discharge water control system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207109767U (en) |
-
2017
- 2017-08-25 CN CN201721070499.9U patent/CN207109767U/en active Active
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