CN207906687U - A kind of water pipeline - Google Patents
A kind of water pipeline Download PDFInfo
- Publication number
- CN207906687U CN207906687U CN201820031549.0U CN201820031549U CN207906687U CN 207906687 U CN207906687 U CN 207906687U CN 201820031549 U CN201820031549 U CN 201820031549U CN 207906687 U CN207906687 U CN 207906687U
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- sand discharge
- baffle
- husky
- discharge pipe
- husky plate
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Abstract
The utility model is related to pipeline fields, disclose a kind of water pipeline, including tube body and filtering-depositing device, husky hole is equipped with out in tube body, go out below husky hole and is communicated with sand discharge pipe, it slides vertically to be connected in sand discharge pipe and holds husky plate with what sand discharge inside pipe wall coordinated, it is equipped with to drive in tube body and holds elastic component sliding on husky plate, elastic component one end is fixed with sand discharge pipe and the other end is fixed with husky plate is held, sand discharge bottom of the tube is equipped with sediment ejection opening, the baffle for being connected with isolation sediment ejection opening is slid vertically on sand discharge pipe, be equipped with locating part baffle being limited at sediment ejection opening in sand discharge pipe, it holds husky plate and is equipped with the actuator that driving locating part is detached from baffle when gliding；Silt is pressed in the weight held on husky plate and increases, silt can press under the active force for overcoming elastic component holds husky plate slide downward, locating part is driven to be detached from baffle by actuator during downslide, baffle glides no longer block sediment ejection opening under the effect of gravity, silt is discharged from sediment ejection opening, plays the effect by the silt of deposition and sundries discharge.
Description
Technical field
The utility model is related to pipeline field, more particularly to a kind of water pipeline.
Background technology
Irrigation for farmland mostly uses the mode of deep-well pumping, such as the China that notification number is CN203583445U is specially
Profit discloses a kind of Novel water conservancy tube body, including aqueduct, filtering-depositing device, filtering-depositing device are sleeved in aqueduct,
Filtering-depositing device is made of preceding strainer, leakage sand net, rear strainer and spiral flow deflector, and it is cylindrical structure to leak husky net, and front end is set
There are preceding strainer, rear end to be equipped with rear strainer, spiral flow deflector is located at the husky net inside of leakage, and sand discharge hole, sand discharge hole is arranged below in aqueduct
It is equipped with leakage-proof cover；Tube body has the function of triple filter, crosses sundries and silt in drainage, improves water quality, effectively prevent irrigating
The blocking of Shi Houxu tube bodies or nozzle is adaptable to the field irrigation operation of various water quality situations.
The silt and sundries that tube body filters out in use can be deposited in sand discharge hole, if processing can be led not in time
Sedimentation is caused excessively to block the husky net of leakage, to reduce the filter quality of tube body.
Utility model content
The purpose of this utility model is to provide a kind of water pipelines, have and the silt of deposition and sundries are discharged in time
The advantages of.
The above-mentioned technical purpose of the utility model technical scheme is that：
A kind of water pipeline, including tube body and filtering-depositing device, are provided with out husky hole in the tube body, it is described go out sand
It is communicated with sand discharge pipe below hole, slides vertically to be connected in the sand discharge pipe and holds husky plate, the pipe with what sand discharge inside pipe wall coordinated
It is provided with to drive in vivo and holds elastic component sliding on husky plate, described elastic component one end is fixed with sand discharge pipe and the other end is consolidated with husky plate is held
Fixed, the sand discharge bottom of the tube is provided with sediment ejection opening, and the baffle for being connected with isolation sediment ejection opening is slid vertically on the sand discharge pipe, described
It is provided in sand discharge pipe and baffle is limited in locating part at sediment ejection opening, it is described to hold the when of being provided with downslide on husky plate and drive locating part
The actuator being detached from baffle.
Pipeline usage time long afterwards, the sundries such as silt that filtering-depositing device filters out can be deposited in sand discharge through going out husky hole
Pipe is held in husky plate surface, and with the growth of sediment deposition quantity, being pressed in the weight held on husky plate can gradually increase weight in company with increasing
Silt can be pressed under the active force for overcoming elastic component and hold husky plate slide downward, can be driven by actuator during downslide
Locating part and baffle are detached from, and baffle can glide and no longer block sediment ejection opening under the effect of gravity at this time, and silt is from sediment ejection opening
The effect by the silt of deposition and sundries discharge is played in place's discharge.
The utility model is further arranged：The locating part includes sliding block, and the baffle side is provided with to be absorbed in for sliding block
The limit hole of clamping, is provided with the thrust spring for driving it to slide into limit hole on the sliding block, described thrust spring one end with
Sliding block is fixed and the other end is fixed with sand discharge pipe.
Setting in this way, in pipeline routine work state, baffle is located in by the clamping of sliding block and limit hole
Sediment ejection opening is blocked at sediment ejection opening, plays limitation positioning.
The utility model is further arranged：The actuator includes being fixed on the jacking block for holding husky board bottom portion, on the sliding block
It is fixed with the first wedge block with lozenges, the jacking block drives sliding block de- with limit hole with lozenges is pushed when holding husky plate downslide
From.
Setting in this way, jacking block can push lozenges with when holding husky plate downslide, drive sliding block to separate limit hole
Direction is slided to be detached from limit hole and is clamped, and baffle can glide and no longer block sediment ejection opening under the effect of gravity at this time, silt
It is discharged from sediment ejection opening, to realize the effect of driving.
The utility model is further arranged：It is described hold in husky plate it is horizontal slidably connect the second wedge block with inclined surface,
It is provided with the endoporus coordinated with the second wedge block at the top of the baffle, is provided on second wedge block and drives its inward hole side
To the second spring of sliding, described second spring one end with hold that husky plate is fixed and the other end is fixed with the second wedge block, it is described to incline
Inclined-plane is downward towards baffle.
Setting in this way, after silt is discharged from sediment ejection opening, holding the pressure suffered by husky plate can greatly reduce, and hold at this time
Husky plate can be under the action of the first spring by the second wedge block upward sliding synchronous with the clamping of endoporus drive baffle, until limit
Position moves on on hole when being corresponded with slide position, and sliding block is clamped with limit hole by baffle positioning at osculum again, is played
The effect that baffle automatically resets is not required to manually reset it so that working automation degree greatly improves.
The utility model is further arranged：The endoporus runs through baffle, and endoporus is located at when the sliding block is clamped with limit hole
Above sediment ejection opening.
Silt in endoporus can be ejected, can be kept away when being clamped again with endoporus by setting in this way, the second wedge block
Exempt to hold husky plate when gliding, silt can be trapped in endoporus, the case where hindering the second wedge block to be clamped with endoporus.
The utility model is further arranged：Described hold is provided with to sediment ejection opening direction first leading diagonally downward at the top of husky plate
To face.
Setting in this way, therefore when progress sand discharge, the first guide surface can play what guiding silt was discharged by sediment ejection opening
Effect.
The utility model is further arranged：Unhurried current plate is fixed in the sand discharge pipe, husky plate is being held in the unhurried current plate setting
Between going out husky hole, limbers is provided on the unhurried current plate.
Setting in this way, when sediment ejection opening carries out sand discharge, flow can flow to the mud for holding husky plate and having to product by limbers
Sand is washed away, and to promote clear husky effect, and the setting of limbers can avoid excessive flow and pass through, and final realize saves water
The effect of resource.
The utility model is further arranged：The unhurried current plate top surface be provided with around limbers four it is circumferential its inclined second
Guide surface.
Setting in this way, the silt entered from going out husky hole can be slid by the second guide surface to be held on husky plate, is risen
The effect held on husky plate is dropped into guiding silt.
In conclusion the utility model has the advantages that：Pipeline usage time long afterwards, filtering-depositing device mistake
The sundries such as the silt filtered out can be deposited in the holding in husky plate surface of sand discharge pipe through going out husky hole, with the growth of sediment deposition quantity,
Being pressed in the weight held on husky plate can be in company with increasing, and the silt gradually to increase weight can press under the active force for overcoming elastic component and hold husky plate
Slide downward can drive locating part to be detached from baffle by actuator during downslide, baffle can be in its own gravity at this time
Lower glide of effect no longer blocks sediment ejection opening, and silt is discharged from sediment ejection opening, plays the effect by the silt of deposition and sundries discharge
Fruit；After silt is discharged from sediment ejection opening, holding the pressure suffered by husky plate can greatly reduce, and holding husky plate at this time can be in the work of the first spring
The synchronouss upward sliding of baffle is driven with the lower clamping by the second wedge block and endoporus, up to being moved on on limit hole and slide position
When corresponding, sliding block is clamped with limit hole by baffle positioning at osculum again, plays the effect that baffle automatically resets, no
It needs manually to reset it so that working automation degree greatly improves.
Description of the drawings
Fig. 1 is the concrete structure diagram of the present embodiment；
Fig. 2 is the internal structure chart of sand discharge pipe in the present embodiment.
Reference numeral：1, tube body；2, filtering-depositing device；3, go out husky hole；4, sand discharge pipe；5, husky plate is held；6, elastic component；7、
Sediment ejection opening；8, sliding block；9, limit hole；10, thrust spring；11, jacking block；12, lozenges；13, the first wedge block；14, inclined surface；
15, the second wedge block；16, endoporus；17, second spring；18, the first guide surface；19, flow slowly plate；20, limbers；21, it second leads
To face；22, baffle.
Specific implementation mode
The utility model is described in further detail below in conjunction with attached drawing.
A kind of water pipeline, as shown in Figure 1 and Figure 2, including tube body 1 and filtering-depositing device 2, wherein in tube body 1
Inside be equipped with out husky hole 3, in addition going out below husky hole 3 to be communicated with sand discharge pipe 4, at the same slide vertically in sand discharge pipe 4 be connected with
Husky plate 5 is held in the cooperation of 4 inner wall of sand discharge pipe, is equipped in the tube body 1 to drive and is held elastic component 6 sliding on husky plate 5, and elastic component 6 includes the
One spring, the first spring one end is fixed with sand discharge pipe 4 and the other end is fixed with husky plate 5 is held.
Pipeline usage time long afterwards, the sundries such as silt that filtering-depositing device 2 filters out can be through going out 3 row of being deposited in of husky hole
Sand tube 4 is held on 5 surface of husky plate, with the growth of sediment deposition quantity, is pressed in the weight meeting companion held on husky plate 5 and is increased, by
Cumulative heavy silt can press under the active force for overcoming the first spring holds 5 slide downward of husky plate.
It is equipped with sediment ejection opening 7 in 4 bottom of sand discharge pipe, the baffle 22 for being connected with isolation sediment ejection opening 7 is slid vertically on sand discharge pipe 4,
It is equipped in sand discharge pipe 4 and baffle 22 is limited in the locating part at sediment ejection opening 7, locating part includes sliding block 8, and 22 side of baffle, which is equipped with, to be supplied
Sliding block 8 is absorbed in the limit hole 9 of clamping, and sliding block 8 is equipped with the thrust spring 10 for driving it to slide into limit hole 9, thrust spring 10
One end is fixed with sliding block 8 and the other end is fixed with sand discharge pipe 4.
In pipeline routine work state, baffle 22 is located in by the clamping of sliding block 8 and limit hole 9 at sediment ejection opening 7 will
Sediment ejection opening 7 blocks；The actuator that driving locating part is detached from baffle 22 when being equipped with downslide on holding husky plate 5, actuator include admittedly
It is scheduled on the jacking block 11 for holding 5 bottom of husky plate, the first wedge block 13 with lozenges 12, wherein lozenges 12 are fixed on sliding block 8
It is intended for baffle 22 upward；Jacking block 11 can push lozenges 12 with when holding the downslide of husky plate 5, and sliding block 8 is driven to overcome thrust spring
It is detached from and is clamped with limit hole 9 to the direction sliding far from limit hole 9 under 10 active force, baffle 22 can be in its own gravity at this time
Lower glide of effect no longer blocks sediment ejection opening 7, and silt is discharged from sediment ejection opening 7.
The second wedge block 15 with inclined surface 14 is slidably connected in level in husky plate 5 of holding, while being set at 22 top of baffle
There is the endoporus 16 coordinated with the second wedge block 15, drive its 16 direction of inward hole to be slided second is equipped on the second wedge block 15
Spring 17,17 one end of second spring and holds husky plate 5 and fixes and the fixation of the other end and the second wedge block 15, and in addition inclined surface 14 is downward
Towards baffle 22；When holding the downslide of husky plate 5, inclined surface 14 can be pushed by 16 inner wall of endoporus to 22 internal slide of baffle, when jacking block 11
It is pushed after lozenges 12 drives sliding block 8 and limit hole 9 to be detached from clamping with the downslide of husky plate 5 is held, baffle 22 is glided by dead weight, works as endoporus
16 with baffle 22 slip down to 15 position of the second wedge block to it is corresponding when the second wedge block 15 can under the action of second spring 17 again
The secondary endoporus 16 that slides into is clamped with it, and after silt is discharged from sediment ejection opening 7, holding the pressure suffered by husky plate 5 can greatly reduce, and hold at this time
Husky plate 5 can under the action of the first spring by the clamping drive baffle 22 of the second wedge block 15 and endoporus 16 synchronize slide up
Dynamic, when being corresponded with 8 position of sliding block up to being moved on on limit hole 9, sliding block 8 is clamped with limit hole 9 and positions baffle 22 again
At osculum.
Wherein endoporus 16 runs through baffle 22, and endoporus 16 is located at 7 top of sediment ejection opening when sliding block 8 is clamped with limit hole 9, passes through this
Silt in endoporus 16 can be ejected when being clamped again with endoporus 16, can avoid holding husky plate by the setting of sample, the second wedge block 15
5 when gliding, and silt can be trapped in endoporus 16, and the second wedge block 15 is hindered to be clamped with endoporus 16.
When holding 5 top of husky plate equipped with the first guide surface 18 to 7 direction of sediment ejection opening diagonally downward, therefore carrying out sand discharge, the
One guide surface 18 can play the effect that guiding silt is discharged by sediment ejection opening 7；In addition unhurried current plate 19 is fixed in sand discharge pipe 4,
The plate 19 that flows slowly is arranged between holding husky plate 5 and going out husky hole 3, and limbers 20, the setting of 19 top surface of unhurried current plate are provided on the plate 19 that flows slowly
There is its circumferential inclined second guide surface 21 of circular limbers 20 4；When sediment ejection opening 7 carries out sand discharge, flow can pass through limbers 20
Flow direction is held husky plate 5 and is washed away to the silt that has of product, to promote clear husky effect, and the setting of limbers 20 can avoid it is excessive
Flow passes through, to achieve the effect that save water resource；Second guide surface 21 plays guiding silt and drops into the effect held on husky plate 5
Fruit.
Specific work process：When routine work state, baffle 22 is located in sand discharge by the clamping of sliding block 8 and limit hole 9
Sediment ejection opening 7 is blocked at mouthfuls 7, the sundries such as silt can be deposited in the holding on 5 surface of husky plate of sand discharge pipe 4 through going out husky hole 3, with silt
The growth for precipitating quantity, being pressed in the weight held on husky plate 5 can be in company with increasing, and the silt gradually to increase weight can overcome the first spring
It is pressed under active force and holds 5 slide downward of husky plate；Jacking block 11 with hold husky plate 5 glide when can push lozenges 12, drive sliding block 8 gram
It takes the direction sliding under the active force of thrust spring 10 to separate limit hole 9 and is detached from clamping with limit hole 9, the meeting of baffle 22 at this time exists
It glides under the action of its own gravity and no longer blocks sediment ejection opening 7, silt is discharged from sediment ejection opening 7, when endoporus 16 glides with baffle 22
To with 15 position of the second wedge block to it is corresponding when the second wedge block 15 can again slide under the action of second spring 17 endoporus 16 with
It is clamped, and after silt is discharged from sediment ejection opening 7, holding the pressure suffered by husky plate 5 can greatly reduce, and holding husky plate 5 at this time can be first
By the second wedge block 15 upward sliding synchronous with the clamping of endoporus 16 drive baffle 22 under the action of spring, until limit hole 9
On move on to when being corresponded with 8 position of sliding block, sliding block 8 is clamped with limit hole 9 and baffle 22 is located at osculum again, so far
Side sand discharge process terminates.
This specific embodiment is only the explanation to the utility model, is not limitations of the present invention, ability
Field technique personnel can as needed make the present embodiment the modification of not creative contribution after reading this specification, but
As long as all being protected by Patent Law in the right of the utility model.
Claims (8)
1. a kind of water pipeline, including tube body (1) and filtering-depositing device (2), the tube body (1) is interior to be provided with out husky hole
(3), it is characterized in that：It is described go out husky hole (3) below be communicated with sand discharge pipe (4), slid vertically in the sand discharge pipe (4) be connected with
Husky plate (5) is held in the cooperation of sand discharge pipe (4) inner wall, is provided with to drive in the tube body (1) and is held elastic component (6) sliding on husky plate (5),
Described elastic component (6) one end is fixed with sand discharge pipe (4) and the other end is fixed with husky plate (5) is held, sand discharge pipe (4) the bottom setting
There is sediment ejection opening (7), the baffle (22) for being connected with isolation sediment ejection opening (7), the sand discharge pipe are slid vertically on the sand discharge pipe (4)
(4) it is provided in and baffle (22) is limited in locating part at sediment ejection opening (7), it is described to hold the when of being provided with downslide on husky plate (5) and drive
The actuator that dynamic locating part is detached from baffle (22).
2. a kind of water pipeline according to claim 1, it is characterized in that：The locating part includes sliding block (8), the baffle
(22) side is provided with the limit hole (9) that clamping is absorbed in for sliding block (8), is provided on the sliding block (8) and it is driven to slide into limit
Thrust spring (10) in hole (9), described thrust spring (10) one end is fixed with sliding block (8) and the other end and sand discharge pipe (4) are solid
It is fixed.
3. a kind of water pipeline according to claim 2, it is characterized in that：The actuator includes being fixed on to hold husky plate (5)
The jacking block (11) of bottom, is fixed with the first wedge block (13) with lozenges (12) on the sliding block (8), the jacking block (11) with
Pushing lozenges (12) when holding husky plate (5) downslide drives sliding block (8) to be detached from limit hole (9).
4. a kind of water pipeline according to claim 3, it is characterized in that：Described husky plate (5) interior level of holding slidably connects
The second wedge block (15) with inclined surface (14), baffle (22) top are provided with the endoporus coordinated with the second wedge block (15)
(16), it is provided with the second spring (17) for driving its inward hole (16) direction to be slided on second wedge block (15), described the
Two springs (17) one end and hold husky plate (5) fixed and the other end and the second wedge block (15) fixation, the inclined surface (14) is downward
Towards baffle (22).
5. a kind of water pipeline according to claim 4, it is characterized in that：The endoporus (16) runs through baffle (22), described
Endoporus (16) is located above sediment ejection opening (7) when sliding block (8) is clamped with limit hole (9).
6. a kind of water pipeline according to claim 1, it is characterized in that：Described hold is provided at the top of husky plate (5) to sand discharge
The first guide surface (18) of mouth (7) direction diagonally downward.
7. a kind of water pipeline according to claim 1, it is characterized in that：It is fixed with unhurried current plate in the sand discharge pipe (4)
(19), the unhurried current plate (19) is arranged between holding husky plate (5) and going out husky hole (3), and water flowing is provided on the unhurried current plate (19)
Hole (20).
8. a kind of water pipeline according to claim 7, it is characterized in that：Unhurried current plate (19) top surface is provided with around logical
Its circumferential inclined second guide surface (21) of water hole (20) four.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820031549.0U CN207906687U (en) | 2018-01-06 | 2018-01-06 | A kind of water pipeline |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820031549.0U CN207906687U (en) | 2018-01-06 | 2018-01-06 | A kind of water pipeline |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207906687U true CN207906687U (en) | 2018-09-25 |
Family
ID=63566871
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820031549.0U Active CN207906687U (en) | 2018-01-06 | 2018-01-06 | A kind of water pipeline |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207906687U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110778848A (en) * | 2019-11-04 | 2020-02-11 | 翁连清 | Self-cleaning sewage discharge pipeline joint for underground engineering construction |
| CN112723571A (en) * | 2020-12-17 | 2021-04-30 | 王永连 | Flowing river sediment collecting device |
| CN116217032A (en) * | 2022-12-26 | 2023-06-06 | 中国电建集团中南勘测设计研究院有限公司 | Equipment and process for cooperatively treating sludge and agricultural waste |
-
2018
- 2018-01-06 CN CN201820031549.0U patent/CN207906687U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110778848A (en) * | 2019-11-04 | 2020-02-11 | 翁连清 | Self-cleaning sewage discharge pipeline joint for underground engineering construction |
| CN112723571A (en) * | 2020-12-17 | 2021-04-30 | 王永连 | Flowing river sediment collecting device |
| CN112723571B (en) * | 2020-12-17 | 2024-05-14 | 常德市奕顺建材有限公司 | Flowing river sediment collecting device |
| CN116217032A (en) * | 2022-12-26 | 2023-06-06 | 中国电建集团中南勘测设计研究院有限公司 | Equipment and process for cooperatively treating sludge and agricultural waste |
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