CN204466470U - The anti-stifled diplopore irrigate band of a kind of internally-inlaid - Google Patents
The anti-stifled diplopore irrigate band of a kind of internally-inlaid Download PDFInfo
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- CN204466470U CN204466470U CN201520041853.XU CN201520041853U CN204466470U CN 204466470 U CN204466470 U CN 204466470U CN 201520041853 U CN201520041853 U CN 201520041853U CN 204466470 U CN204466470 U CN 204466470U
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- paster
- water
- plastic pipe
- diplopore
- relief groove
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Abstract
The anti-stifled diplopore irrigate band of a kind of internally-inlaid.Specifically comprise: the structure of this irrigate band is made up of plastic pipe, paster, and wherein plastic pipe and paster are all designed to diplopore; In addition, paster is provided with relief groove, block water post and control hydraulic pressure groove, discharge is effectively controlled, and in drip irrigation process, water yield is moderate.And, the water of droping irrigating pipe in circulation and drainage procedure once stop, moisture is discharged from diplopore, the water that irrigate band is arranged is more thorough, moisture is not accumulated in inside water pipe easily, then be not easy to produce dirt, and paster also not easily plays moss, keeps drip irrigation emitter (osculum) smooth and easy like this and not easily blocks.In addition, during diplopore draining, the face involved by moisture is relatively wider, then more allow plant absorption sooner, more comprehensively, for high crop yield stable yields creates more favourable condition.
Description
Technical field
The utility model is specifically related to the anti-stifled diplopore irrigate band of a kind of internally-inlaid.
Background technology
Irrigate band utilizes plastic tube (drip irrigation pipe is drawn) road that water is about aperture on 10mm hollow billet or water dropper by diameter to deliver to crop root and carry out localized irrigation.Drip irrigation is a kind of irrigation method of precision, utilize low pressure pipeline system, water is delivered directly to field, again through being arranged on the irrigators such as the water dropper on hollow billet, aperture or irrigate band, water drop by drop to be instilled evenly and lentamente near crop root zone in soil, make the soil of the most ecumene of crop root often keep suitable humidity, make the water of soil, fertilizer, gas, heat, microbial activities, all the time good condition is in, for high crop yield stable yields creates favorable conditions.
Drip irrigation belongs to full pipeline water delivery and local trace is irrigated, and makes the seepage of moisture and loss be reduced to bottom line.Meanwhile, again owing to can accomplish in time to supply moisture needed for crop root zone, there is not the loss problem of peripheral water, make again the utilization ratio of water greatly improve.Irrigation can easily in conjunction with fertilising, namely irrigation system is fed into after chemical fertilizer being dissolved, because chemical fertilizer combines with irrigation water, execute crop root layer fertilizer nutrient Direct Uniform, really achieve water and fertilizer synchronization, substantially increase the effective rate of utilization of fertilizer, simultaneously again because being Partial controll among a small circle, trace is irrigated, and liquid manure seepage is less, therefore can save applying quantity of chemical fertilizer.Use fertigation technology, supplement expensive trace element in time for crop and provide conveniently, and waste can be avoided.Drip irrigation system manually or automatically controls by means of only valve, combines fertilising again, therefore obviously can save again labour's input, reduces production cost, improves resource utilization, ensure that all standing is irrigated.
At present, irrigate band is divided into patch type drip irrigation tape, embedded column type drip irrigation pipe, labyrinth type drip irrigation tape, blue track irrigate band.And most often patch type drip irrigation tape.
Its apopore of current patch type drip irrigation tape or water dropper are single hole, and single hole paster structure is simple, and it is poor that discharge controls, and water yield is also very fast, and moisture also consumes greatly thus.Meanwhile, the water of pipeline is once stop in circulation and drainage procedure, and the water that single hole irrigate band is arranged is not thorough, moisture accumulation is inside water pipe, easy generation dirt, and paster easily plays moss, and drip irrigation emitter (osculum) so then can be caused easily to block.
Summary of the invention
In order to overcome the deficiency of existing single hole irrigate band, the utility model provides the brand-new anti-stifled diplopore irrigate band of a kind of internally-inlaid.Specifically comprise: the structure of this irrigate band is made up of plastic pipe, paster, and wherein plastic pipe and paster are all designed to diplopore; In addition, paster is provided with relief groove, block water post and control hydraulic pressure groove, discharge is effectively controlled, and in drip irrigation process, water yield is moderate.And, the water of droping irrigating pipe in circulation and drainage procedure once stop, moisture is discharged from diplopore, the water that irrigate band is arranged is more thorough, moisture is not accumulated in inside water pipe easily, then be not easy to produce dirt, and paster also not easily plays moss, keeps drip irrigation emitter (osculum) smooth and easy like this and not easily blocks.In addition, during diplopore draining, the face involved by moisture is relatively wider, then more allow plant absorption sooner, more comprehensively, for high crop yield stable yields creates more favourable condition.
The utility model is achieved through the following technical solutions:
The anti-stifled diplopore irrigate band of a kind of internally-inlaid, is in technical scheme: the structure of this irrigate band is made up of plastic pipe (1), paster (2).
Described plastic pipe (1) is common PE pipe, and the pipe shaft of plastic pipe (1) arranges some groups of weepers (3), and often to organize weeper (3) be two 2.
Described paster (2) is a square sheet, the front of paster (2) is provided with intake chamber (4), the bottom of intake chamber (4) is provided with several inlet openings (5), intake chamber (4) is provided with water inlet (6), relief groove (7) is provided with before intake chamber (4), water inlet (6) is connected to relief groove (7), and the edge along relief groove (7) is provided with several posts that blocks water (8); Be provided with on the side of relief groove (7) and control hydraulic pressure groove (9), on relief groove (7), be provided with delivery port (10) simultaneously, before relief groove (7), be provided with gutter channel (11), delivery port (10) is connected to gutter channel (11); Effluent trough (12) is respectively provided with at two of paster (2), and in each effluent trough (12), being provided with two pieces of decompressions baffle (13), effluent trough (12) is connected to gutter channel (11); The reverse side of paster (2) is provided with several gutters (14), and inlet opening (5) are correspondences is arranged in each gutter (14).
When plastic pipe (1) and paster (2) combine, be by paster (2) just facing to and be attached to the inner tubal wall of plastic pipe (1), the effluent trough (12) that wherein paster (2) two is provided with is corresponding two weepers (3) be provided with facing to plastic pipe (1) of difference, forms an entirety thus.
The beneficial effects of the utility model are:
1, the utility model design science is reasonable, and measure is unique, successful.
2, the plastic pipe in the utility model and paster are all designed to diplopore, and in addition, paster is provided with relief groove and the post that blocks water, in drip irrigation process, water yield is moderate.
3, in the utility model, be provided with control hydraulic pressure groove on the side of relief groove, control hydraulic pressure groove one and lengthen, the quantity of the post that blocks water just reduces in succession, and the impulse force of water just strengthens.And the minimizing of hydraulic pressure groove will be controlled, the quantity of the post that blocks water just increases in succession, and the impulse force of water alleviates with regard to corresponding, and discharge is effectively controlled.
4, the utility model is in application process, the water of droping irrigating pipe in circulation and drainage procedure once stop, moisture is discharged from diplopore, the water that irrigate band is arranged is more thorough, moisture is not accumulated in inside water pipe easily, then be not easy to produce dirt, and paster also not easily plays moss, keeps drip irrigation emitter (osculum) smooth and easy like this and not easily blocks.
5, the utility model is in application process, and owing to being diplopore draining simultaneously, the face involved by moisture is relatively wider, then more allow plant absorption sooner, more comprehensively, for high crop yield stable yields creates more favourable condition.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Fig. 2 is the structural representation of plastic pipe in the utility model (1).
Fig. 3 is the structural representation in paster in the utility model (2) front.
Fig. 4 is the structural representation of paster in the utility model (2) reverse side.
In FIG, 1 is plastic pipe, and 2 is pasters, and 3 is weepers set on the pipe shaft of plastic pipe.
In fig. 2,1 is plastic pipe, and 3 is weepers set on the pipe shaft of plastic pipe.
In figure 3,2 is pasters, 4 is intake chambers, 5 is several inlet openings be provided with bottom intake chamber, 6 is the water inlets be provided with on intake chamber, 7 is the relief grooves be provided with before intake chamber, 8 is several posts that block water be provided with along relief groove edge, 9 is the control hydraulic pressure grooves be provided with on relief groove side, 10 is the delivery ports be provided with on relief groove, 11 is the gutter channels be provided with before relief groove, and 12 is the effluent troughs be respectively provided with at paster two, and 13 is the two pieces of decompression baffles be provided with in each effluent trough.
In the diagram, 2 is pasters, and 5 is inlet openings, and 14 is gutters.
Embodiment
Now by reference to the accompanying drawings the utility model is described in detail:
The utility model is made up of plastic pipe (1), paster (2).
Shown in Fig. 1 is structural representation of the present utility model.Wherein, 1 is plastic pipe, and 2 is pasters, and 3 is weepers set on the pipe shaft of plastic pipe.
Shown in Fig. 2 is the structural representation of plastic pipe in the utility model (1).Wherein, plastic pipe (1) is common PE pipe, and the pipe shaft of plastic pipe (1) arranges some groups of weepers (3), and often to organize weeper (3) be two 2.
Shown in Fig. 3 and Fig. 4 is all the structural representation of paster in the utility model (2).Wherein, paster (2) is a square sheet, the front of paster (2) is provided with intake chamber (4), the bottom of intake chamber (4) is provided with several inlet openings (5), intake chamber (4) is provided with water inlet (6), relief groove (7) is provided with before intake chamber (4), water inlet (6) is connected to relief groove (7), and the edge along relief groove (7) is provided with several posts that blocks water (8); Be provided with on the side of relief groove (7) and control hydraulic pressure groove (9), on relief groove (7), be provided with delivery port (10) simultaneously, before relief groove (7), be provided with gutter channel (11), delivery port (10) is connected to gutter channel (11); Effluent trough (12) is respectively provided with at two of paster (2), and in each effluent trough (12), being provided with two pieces of decompressions baffle (13), effluent trough (12) is connected to gutter channel (11); The reverse side of paster (2) is provided with several gutters (14), and inlet opening (5) are correspondences is arranged in each gutter (14).
When plastic pipe (1) and paster (2) combine, be by paster (2) just facing to and be attached to the inner tubal wall of plastic pipe (1), the effluent trough (12) that wherein paster (2) two is provided with is corresponding two weepers (3) be provided with facing to plastic pipe (1) of difference, forms an entirety thus.
The utility model Application Example:
Irrigate band is connected water facilities, after water enters droping irrigating pipe, water first flows into inlet opening (5) from gutter (14), enter relief groove (7) from intake chamber (4) via water inlet (6) again, current through blocking water post (8) time thus its impulse force slow light; Current then enter in gutter channel (11) through delivery port (10), and flow to respectively in effluent trough (12) that paster (2) two is respectively provided with, and drain water dropper (osculum) through two pieces of decompressions baffles (13).Be provided with on the side of relief groove (7) and control hydraulic pressure groove (9), control hydraulic pressure groove (9) and lengthen, the quantity of the post that blocks water (8) just reduces in succession, and the impulse force of water just strengthens.And hydraulic pressure groove (9) minimizing will be controlled, the quantity of the post that blocks water (8) just increases in succession, and the impulse force of water alleviates with regard to corresponding.
Claims (1)
1. the anti-stifled diplopore irrigate band of internally-inlaid, is characterized in that: the structure of this irrigate band is made up of plastic pipe (1), paster (2);
Described plastic pipe (1) is common PE pipe, and the pipe shaft of plastic pipe (1) arranges some groups of weepers (3), and often to organize weeper (3) be two 2;
Described paster (2) is a square sheet, the front of paster (2) is provided with intake chamber (4), the bottom of intake chamber (4) is provided with several inlet openings (5), intake chamber (4) is provided with water inlet (6), relief groove (7) is provided with before intake chamber (4), water inlet (6) is connected to relief groove (7), and the edge along relief groove (7) is provided with several posts that blocks water (8); Be provided with on the side of relief groove (7) and control hydraulic pressure groove (9), on relief groove (7), be provided with delivery port (10) simultaneously, before relief groove (7), be provided with gutter channel (11), delivery port (10) is connected to gutter channel (11); Effluent trough (12) is respectively provided with at two of paster (2), and in each effluent trough (12), being provided with two pieces of decompressions baffle (13), effluent trough (12) is connected to gutter channel (11); The reverse side of paster (2) is provided with several gutters (14), and inlet opening (5) are correspondences is arranged in each gutter (14);
When plastic pipe (1) and paster (2) combine, be by paster (2) just facing to and be attached to the inner tubal wall of plastic pipe (1), the effluent trough (12) that wherein paster (2) two is provided with is corresponding two weepers (3) be provided with facing to plastic pipe (1) of difference, forms an entirety thus.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520041853.XU CN204466470U (en) | 2015-01-22 | 2015-01-22 | The anti-stifled diplopore irrigate band of a kind of internally-inlaid |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520041853.XU CN204466470U (en) | 2015-01-22 | 2015-01-22 | The anti-stifled diplopore irrigate band of a kind of internally-inlaid |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204466470U true CN204466470U (en) | 2015-07-15 |
Family
ID=53622215
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520041853.XU Expired - Fee Related CN204466470U (en) | 2015-01-22 | 2015-01-22 | The anti-stifled diplopore irrigate band of a kind of internally-inlaid |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204466470U (en) |
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2015
- 2015-01-22 CN CN201520041853.XU patent/CN204466470U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150715 Termination date: 20160122 |
|
| EXPY | Termination of patent right or utility model |