CN102500482A - Laminated self-adaptive drip irrigation emitter and use method thereof - Google Patents
Laminated self-adaptive drip irrigation emitter and use method thereof Download PDFInfo
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- CN102500482A CN102500482A CN2011103278316A CN201110327831A CN102500482A CN 102500482 A CN102500482 A CN 102500482A CN 2011103278316 A CN2011103278316 A CN 2011103278316A CN 201110327831 A CN201110327831 A CN 201110327831A CN 102500482 A CN102500482 A CN 102500482A
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Abstract
The invention relates to a laminated self-adaptive drip irrigation emitter and a use method thereof; the laminated self-adaptive drip irrigation emitter is characterized by comprising a emitter shell body; both ends of the emitter shell body are respectively provided with a butting joint; two groups of arc tooth-shaped energy dissipation runners are arranged on the outer wall of the emitter shell body; a structure area and a buffer area are arranged between the two groups of arc tooth-shaped energy dissipation runners; positions on the two groups of arc tooth-shaped energy dissipation runners which are close to the structure area are provided with wall surface water inlets which are communicated with the inside of the emitter shell body, and the positions of the two groups of arc tooth-shaped energy dissipation runners which are close to the buffer area are provided with outlets which are communicated with the buffer area; both ends of the outer wall of the emitter shell body are respectively provided with a circle of water collection runner which is communicated with the buffer area; a capillary is wrapped outside the emitter shell body, and water outlets are arranged on one or two ends of the water collection runner on the capillary; positions in the emitter shell body which are close to butting joints on both ends are respectively provided with a water inlet and outlet laminate; two energy dissipation laminates are arranged between the two water inlet and outlet laminates; an elastic diaphragm is arranged between the two energy dissipation laminates; and the wall surface water inlets are arranged between the two energy dissipation laminates.
Description
Technical field
The present invention relates to a kind of drip emitter and method for using thereof that is used for the water-saving irrigation field, particularly about a kind of stacked self adaptation drip irrigation pipe (band) douche and method for using thereof.
Background technology
Drip irrigation is considered to the most safe and reliable irrigation method in the modern irrigation method because of its smart amount, controlled characteristics; Yet contain materials such as a large amount of particles, nutrient salt, organic matter, microorganism in the natural water, make the douche blockage problem become more complicated.Douche is the parts of drip irrigation system most critical, and its effect is after making pressure water stream through its inner long and narrow runner or the abundant energy dissipating of micropore, to splash into soil with even, stable low discharge.But also just because of the needs of douche energy dissipating; Channel size generally has only about 0.5～1.2mm; Impurity such as the suspension in the water, dissolving salt, chemical precipitation, microorganism all very easily cause the obstruction of douche; The douche blockage problem has become the major obstacle that the restriction drip irrigation technique is used, promoted, and the quality that it solves is directly determining the service life and the application benefit of engineering.
It also is to cause the whole system uneven main cause of pouring water that douche stops up, even limited several douches stop up the uniformity that also can reduce douches greatly.Since Israel held, a large amount of scientific research persons attempted to solve from the many-sides such as processing of reasonable disposition filter plant, periodicity acid and chlorine the problem of system jams, has obtained some more significant achievements from first international drip irrigation meeting in 1971.Chinese scholar also solves the douche blockage problem from douche structural design angle and has carried out some explorations: disclose a kind of flow passage structure design method for anti-blocking turbulant irrigator like (publication number CN1636437A) such as the Fan Xingke of Xibei Univ. of Agricultural & Forest Science & Technology; Adopt arc-shaped curved surface to avoid the deposition of fine particle based on erratic flow in the hydraulics and vortex theory to runner cell side face, but prevent that for what biology stopped up effect is not remarkable with eddy current curved surface features.Yang Peiling etc. (publication number CN1454459) disclose a kind of drip emitter, adopt the form of fractal runner to strengthen effect of energy dissipation, but performance of anti-blockage are relatively poor.Also have the part scholar to invent Antiplugging drip irrigation irrigator, for example Dai Baixin etc. (publication number: CN101244407A) disclose a kind of anti-blocking dropping head, can realize pressure compensation, but owing to there is not the energy-dissipating structure unit through the pressure mouth, effect of energy dissipation a little less than.
In general; Relevant research at present also mainly concentrates on douche anti-block designing method aspect; The anti-obstruction douche product function of exploitation is single; The anti-obstruction of the real meaning that also is unrealized relies on the product of the adaptive ability lifting douche performance of anti-blockage of douche itself also not appear in the newspapers.Therefore, rely on the adaptive ability of douche, develop the good and multi-functional drip emitter new product of a kind of waterpower and performance of anti-blockage, become the task of top priority of modern agriculture production development.
Summary of the invention
To the problems referred to above, it is good to the purpose of this invention is to provide a kind of waterpower and performance of anti-blockage, the stacked self adaptation drip emitter and the method for using thereof that gather multi-function in integral whole.
For realizing above-mentioned purpose; The present invention takes following technical scheme: a kind of stacked self adaptation drip emitter; It is characterized in that: it comprises hollow douche housing; The two ends of said douche housing are respectively arranged with pair of joint; Be symmetrically arranged with the circuitous curved tooth type energy dissipating runner of two suites folding on the outer wall of said douche housing; Be provided with structural area and area of slack water between two groups of said curved tooth type energy dissipating runners, two groups of said curved tooth type energy dissipating runners are provided with the wall water inlet that is communicated with said douche enclosure interior near the position of said structural area, and two groups of said curved tooth type energy dissipating runners are provided with the outlet that is communicated with said buffering area near the position of said buffering area; The both ends of said douche housing outer wall are provided with the charge for remittance runner that a circle is communicated with said buffering area respectively; The outside outsourcing of said douche housing has hollow billet, and the end or the two ends that are positioned at said charge for remittance runner on the said hollow billet are provided with delivery port; The inside of said douche housing is respectively arranged with an intake-outlet lamination near the position of the said butt joint in two ends; Be arranged at intervals with two energy dissipating laminations between two said intake-outlet laminations; Be provided with a portable flexible sheet between two said energy dissipating laminations, the said wall water inlet that is provided with on the said douche housing outer wall is between said two energy dissipating laminations.
Said energy dissipating lamination comprises hollow energy dissipating lamination cavity, and the two ends of said energy dissipating lamination cavity are respectively arranged with one and are communicated with the interior water hole of said energy dissipating lamination cavity, are arranged at intervals with two-layer energy dissipating runner successively in the said energy dissipating lamination cavity; Two-layer said energy dissipating flow passage structure is identical; Include a center intake-outlet; Said center intake-outlet symmetry up and down connects branch's runner, and the other end of two said branch runners is provided with a doab, two said doab symmetries; Two said doabs all connect the runner of complications respectively to both sides; Two said runners that connect on two said doabs are symmetrical set, and two said runners of the same side, two said doabs are communicated with, and are provided with a fluid layer passage at the symmetrical centre place of two said runners that are communicated with.
The said curved tooth type energy dissipating flow passage structure that symmetrically arranged two suites folding makes a circulation on the outer wall of said douche housing is identical, is symmetrical structure up and down; Said curved tooth type energy dissipating runner comprises the annular channel of two complications of radial symmetric; Two said annular channels are communicated with in the radial symmetric center; Wherein on the said annular channel near said structural area said wall water inlet is set, the outlet that is communicated with said area of slack water is set on the said annular channel near said area of slack water; Each said annular channel self is symmetry axially, is disposed with little arc from said wall water inlet or the exit that is communicated with said area of slack water to both sides and preferentially distinguishes runner, the wide runner in big arc optimization district, and full of twists and turns back is communicated with said radial symmetric center.
The channel size of the wide runner in said big arc optimization district is 1.4mm, and big arc radian is 1.4mm; The channel size that said little arc is preferentially distinguished runner is the half the of the wide channel size in said big arc optimization district, and little arc radian is the half the of big arc radian.
Be arranged at intervals with some arcuate structure depressions in the said structural area that is provided with on the outer wall of said douche housing.
The profile of tooth unhurried current runner of the said area of slack water that is provided with on the outer wall of said douche housing for being provided with vertically; The middle part of said profile of tooth unhurried current runner is communicated with two groups of said curved tooth type energy dissipating runners that are provided with on the outer wall of said douche housing, the said charge for remittance runner of the corresponding connection in two ends of said profile of tooth unhurried current runner.
The method for using of above-mentioned a kind of stacked self adaptation drip emitter, it may further comprise the steps: 1) the outside outsourcing of douche housing has hollow billet; The butt joint at douche housing two ends is connected the person in charge and looped pipeline respectively; 2) person in charge and looped pipeline get into the interior current of douche housing and all get into the energy dissipating lamination through the intake-outlet lamination; After two-layer energy dissipating runner on the process energy dissipating lamination carries out the one-level energy dissipating; Get between flexible sheet and the energy dissipating lamination, impact elasticity diaphragm, flexible sheet get out of the way the wall water inlet; The current that douche housing both sides get into all flow out through the wall water inlet, and control the outflow of both sides water inlet through flexible sheet; 3) water that flows out through the wall water inlet gets into two groups of curved tooth type energy dissipating runners that are provided with on the wall and carries out the secondary energy dissipating, gets in the charge for remittance runner at douche housing both ends through the area of slack water at last, and flows out through the delivery port that is provided with on the hollow billet, carries out drip irrigation.
Said step 2) in; Carry out the one-level energy dissipating in the two-layer energy dissipating runner of current in the energy dissipating lamination and adopt the mobile energy dissipating mode of docking of intersecting; After current get into through the center intake-outlet of ground floor energy dissipating runner, shunt to two ends through two branch's runners up and down, get into the doab of the other end respectively after; Runner along the both sides, doab is divided into two tributaries; The fluid layer passage that is provided with through symmetrical centre after two tributaries of the same side, two doabs are compiled flows out, and corresponding two the fluid layer passages through second layer unhurried current passage of the current of two fluid layer passages outflows on the ground floor unhurried current passage get into second layer energy dissipating runners, after confluxing through the doab; Flow into the center intake-outlet through branch's runner, flow out second layer energy dissipating runner through the center intake-outlet.
In the said step 3); Current carry out the type of flow that the intersection butt joint is adopted in the secondary energy dissipating in two groups of curved tooth type energy dissipating runners; Current flow out from the wall water inlet on the annular channel of two groups of curved tooth type energy dissipating runners, after flowing along annular channel, are pooled to symmetrical centre; Be diverted to again another annular channel from symmetrical centre, the current in last two groups of curved tooth type energy dissipating runners all get into the area of slack water.
The present invention is owing to take above technical scheme; It has the following advantages: 1, the present invention includes cylindrical douche housing, be symmetrically arranged with the intake-outlet lamination in the douche housing, be symmetrically arranged with the energy dissipating lamination between the intake-outlet lamination; Be provided with flexible sheet between two energy dissipating laminations; Douche housing two ends all can intake or air inlet, perhaps end water inlet other end fertilising, dispenser or ventilation etc., and the present invention adopts above-mentioned this symmetrical multi-layer stacks formula structure; Realized that drip irrigation system integrates drip irrigation, fertilising, dispenser, logical oxygen and douche and stops up multiple functions such as control, solved the problem of douche function singleness.2, in the cylindrical douche housing of the present invention the energy dissipating lamination is set; Two-layer energy dissipating runner is set in the energy dissipating lamination; Thereby guarantee the elementary effect of energy dissipation of douche, at the outer wall of cylindrical douche housing curved tooth type energy dissipating runner is set and carries out the secondary energy dissipating, adopt above-mentioned cylindrical douche housing internal layer and outer field two-stage energy dissipating; Douche energy dissipating efficient and adaptive ability can be significantly promoted, the synchronized development demand of douche hydraulic performance and performance of anti-blockage can be guaranteed stopping up.3, cylindrical douche housing outer wall of the present invention is provided with curved tooth type energy dissipating runner, has strengthened the continuous disturbance of flow path boundary to current; Width of flow path reaches 1.4mm; Can guarantee anti-obstruction demand, and carry out camber optimization, promote douche runner near wall flow velocity to the least favorable position that douche obstruction deposit forms; Reduce the absorption and the sedimentation of plugging particle thing, and then strengthened the self-cleaning ability of douche; The present invention adopts big flow passage structure of the secondary of above-mentioned uniqueness and border optimization method, can guarantee the energy dissipating demand of douche, has effectively realized the coordinated development that douche hydraulic performance and performance of anti-blockage promote.4, the two-layer energy dissipating runner in the inner energy dissipating lamination of the present invention adopts the staggered form water flow mode; The outside curved tooth type energy dissipating runner of the present invention also adopts the staggered form water flow mode; The two-stage runner all adopts the staggered form water flow mode; Therefore, can effectively reduce douche and stop up probability, also can and stop up the interaction between deposit and make that water movement is in the dynamic equilibrium situation in the runner by water movement; The fluctuation environment has hindered and has stopped up sedimental formation, has promoted the self adaptation level of douche to stopping up comprehensively.5, the present invention is provided with a portable flexible sheet between two energy dissipating laminations; Flexible sheet can be controlled effluenting of both sides water inlet pipe through moving; And realize the douche pressure compensation through self distortion; All can get into secondary energy dissipating runner of the present invention through the water body behind the energy dissipating lamination, promote the space utilization efficient of douche of the present invention; Solved the coordination problem of douche water route setting with pressure compensation.6, the present invention can adopt H type one a main secondary two-tube layout; Douche of the present invention two ends can be inserted two PE pipes respectively; Be responsible for and mainly carry out water conveyance irrigation, and looped pipeline can be used as solution such as fertilising, oxygen, microorganism formulation, clorox, when douche is imbedded when underground; Can also solve douche negative pressure blockage problem by the looped pipeline atmospheric pressure, realizing fertilising, dispenser, leading to oxygen and douche de-plugging etc. multi-functional is one; The design of symmetry makes douche more durable, launch after an end stops up the other end also can, promoted system service life.Structure of the present invention is provided with ingenious; Easy to operate; Can carry out the two-stage energy dissipating to irrigation water, realize the coordinated development that douche hydraulic performance and performance of anti-blockage promote, and realize that drip irrigation system integrates drip irrigation, fertilising, dispenser, logical oxygen and douche and stops up multiple functions such as control; Therefore, can be widely used in the water-saving irrigation field.
Description of drawings
Fig. 1 is an external structure schematic perspective view of the present invention
Fig. 2 is an outer wall curved tooth type energy dissipating runner sketch map of the present invention
Fig. 3 is an outer wall construction of the present invention district sketch map
Fig. 4 is an outer wall of the present invention area of slack water sketch map
Fig. 5 is an internal structure schematic perspective view of the present invention
Fig. 6 is the energy dissipating runner sketch map in the energy dissipating lamination of the present invention
Fig. 7 is that the present invention specifically uses sketch map
The specific embodiment
Below in conjunction with accompanying drawing and embodiment the present invention is carried out detailed description.
Like Fig. 1, shown in Figure 2, the present invention includes the douche housing 1 of hollow cylinder, the two ends of douche housing 1 are respectively arranged with pair of joint 2, and butt joint 2 is used for docking with PE (polyethylene) pipe.Be symmetrically arranged with the circuitous curved tooth type energy dissipating runner 3 of two suites folding on the outer wall of douche housing 1; Two groups of curved tooth type energy dissipating runners 3 are along the axial setting of douche housing 1; The structure of two groups of curved tooth type energy dissipating runners 3 is identical; Be provided with the wall water inlet 4 that is communicated with douche housing 1 inside on it; Be provided with structural area 5 and area of slack water 6 between two groups of curved tooth type energy dissipating runners 3, wall water inlet 4 is arranged on the position of two groups of curved tooth type energy dissipating runners 3 near structural area 5, is provided with the outlet of connection buffering area 6 near two groups of curved tooth type energy dissipating runners 3 of buffering area 6.The both ends of douche housing 1 outer wall are provided with the charge for remittance runner 7 that a circle is communicated with area of slack water 6 respectively.The outside outsourcing of douche housing 1 has the hollow billet (not shown), forms the runner of sealing between curved tooth type energy dissipating runner 3 that is provided with on douche housing 1 outer wall and the hollow billet, and the end or the two ends that are positioned at charge for remittance runner 7 on the hollow billet are provided with delivery port.Hollow billet can adopt the PE pipe, and the hot pressing of PE pipe wraps in douche housing 1 outside outward.During work; Current in the douche housing 1 get in the corresponding curved tooth type energy dissipating runner 3 through wall water inlet 4; Current in two groups of curved tooth type energy dissipating runners 3 through the tortuous circuitous energy dissipating of flowing after, all get into area of slack water 6, get in the charge for remittance runner 7 at douche housings 1 both ends through area of slack water 6 at last; And the delivery port outflow through being provided with on the hollow billet, carry out drip irrigation.
Like Fig. 1, shown in Figure 2, curved tooth type energy dissipating runner 3 structures that the present invention's two suites folding makes a circulation are identical, are symmetrical structure up and down.Curved tooth type energy dissipating runner 3 comprises the annular channel 31 of two complications of radial symmetric; Two annular channels 31 are communicated with at 32 places, radial symmetric center; Wherein on the annular channel 31 near structural area 5 wall water inlet 4 is set, the outlet that is communicated with area of slack water 6 is set on the annular channel 31 near area of slack water 6.Each annular channel 31 self is symmetry axially, is disposed with little arc optimization district runner 33, the wide runner 34 in big arc optimization district from wall water inlet 4 or the exit that is communicated with area of slack water 6 to both sides, and full of twists and turns back is communicated with radial symmetric center 32.
Because the needs of douche energy dissipating and anti-blocking, the channel size that has douche now is generally about 0.5～1.2mm, if the douche runner is too narrow then anti-clogging is poor; And if the douche runner is too wide; Then effect of energy dissipation is poor, and the wide runner 34 in big arc optimization district among the present invention is of a size of 1.4mm, and big arc radius also is 1.4mm; The size of little arc optimization district runner 33 is the half the of wide runner 34 sizes in big arc optimization district; Little arc radius also is the half the of big arc radius, evidence, and the size that the present invention adopts can make the anti-clogging and the coordinated development of energy dissipating performance of runner.
During work; Current in the curved tooth type energy dissipating runner 3 adopt the type of flow of intersection butt joint; Current flow out from the wall water inlet 4 on the annular channel 31 of two groups of curved tooth type energy dissipating runners 3, after flowing along annular channel 31, are pooled to symmetrical centre 32; Be diverted to again another annular channel 31 from symmetrical centre 32, the current in last two groups of curved tooth type energy dissipating runners 3 all get into area of slack water 6.
As shown in Figure 3, be arranged at intervals with some arcuate structure depressions in the structural area 5 of the present invention, adopt the arcuate structure depression can save the douche material.
As shown in Figure 4; Area of slack water 6 of the present invention is the profile of tooth unhurried current runner that is provided with vertically; The middle part of profile of tooth unhurried current runner is communicated with two groups of curved tooth type energy dissipating runners 3, and the two ends of profile of tooth unhurried current runner are communicated with charge for remittance runner 7, the profile of tooth unhurried current runner water outlet gently that area of slack water 6 is provided with.
As shown in Figure 5; The inside of douche housing 1 of the present invention is respectively arranged with an intake-outlet lamination 8 near the position of two ends butt joint 2; Two intake-outlet laminations 8 are symmetrical set; And between two intake-outlet laminations 8, be arranged at intervals with 9, two energy dissipating laminations 9 of two energy dissipating laminations and be symmetrical set, and between two energy dissipating laminations 9, be provided with a portable flexible sheet 10; Flexible sheet 10 separates two energy dissipating laminations 9, and can block or get out of the way the two wall water inlets 4 that on the douche housing 1 between two energy dissipating laminations 9, are provided with.
Like Fig. 5, shown in Figure 6; Energy dissipating lamination 9 of the present invention comprises the energy dissipating lamination cavity 91 of hollow cylinder; The two ends of energy dissipating lamination cavity 91 are respectively arranged with the water hole 92 in the connection energy dissipating lamination cavity 91, are arranged at intervals with two-layer energy dissipating runner 93 in the energy dissipating lamination cavity 91 successively.The structure of two-layer energy dissipating runner 93 is identical; The present invention is that example is elaborated with one deck energy dissipating runner 93 wherein: energy dissipating runner 93 comprises a center intake-outlet 94; The other end of center intake-outlet 95, two branch's runners 95 of symmetry connection one branch's runner about in the of 94 is provided with 96, two doab 96 symmetries in a doab; Two doabs 96 all connect the runner 97 of complications respectively to both sides; Two runners 97 that connect on two doabs 96 are symmetrical set, and two runners 97 of 96 the same sides, two doabs are communicated with, and respectively are provided with a fluid layer passage 98 at the symmetrical centre place of the runner 97 of two connections.During work, the current in the douche housing 1 get into energy dissipating lamination cavity 91, through after the 93 unhurried current energy dissipatings of the two-layer energy dissipating runner in the energy dissipating lamination cavity 91, flow out from the water hole 92 of energy dissipating lamination cavity 91 successively.Current adopt the type of flow of intersection butt joint in the two-layer energy dissipating runner 93 of energy dissipating lamination cavity 91; After center intake-outlet 94 entering of current through ground floor energy dissipating runner 93; Process two branch's runners 95 is up and down shunted to two ends; After getting into the doab 96 of the other end respectively, the runner 97 of 96 both sides is divided into two tributaries along the doab, and two tributaries of 96 the same sides, two doabs are compiled the back and flowed out through the fluid layer passage 98 that symmetrical centre is provided with; Corresponding two the fluid layer passages 98 through second layer unhurried current passage 91 of the current that two fluid layer passages 98 on the ground floor unhurried current passage 91 flow out get into second layer energy dissipating runner 93; After confluxing through doab 96,, flow out through center intake-outlet 94 through branch's runner 95 inflow center intake-outlets 94.
In the foregoing description, the runner 97 in the two-layer energy dissipating runner 93 adopts the wide runner of arc of 1.4mm.
Concrete method for using one of the present invention: as shown in Figure 7; The present invention can adopt H type one a main secondary two-tube layout; The two ends of douche housing 1 of the present invention can be inserted the person in charge 11 and looped pipeline 12 respectively, be responsible for 11 and mainly carry out water conveyance irrigation, and looped pipeline 12 can be used as solution such as fertilising, oxygen, microorganism formulation, clorox; When the present invention imbeds when underground; Can also solve douche negative pressure blockage problem by looped pipeline 12 atmospheric pressures, realizing fertilising, dispenser, leading to oxygen and douche de-plugging etc. multi-functional is one, and the concrete operations flow process may further comprise the steps.
1), form the runner of sealing between curved tooth type energy dissipating runner 3 that is provided with on douche housing 1 outer wall and the hollow billet, and the hollow billet that is positioned at charge for remittance runner 7 positions, douche housing 1 both ends is provided with delivery port with the outside outsourcing hollow billet of douche housing 1 of the present invention.
2) butt joint 2 with two ends of the present invention connects the person in charge 11 and looped pipeline 12 respectively, and the person in charge 11 is parallel with looped pipeline 12.
3) it is consistent to be responsible for 11 modes that in douche housing 1, supply water with looped pipeline 12, is example with wherein the person in charge 11, specifies.The current of being responsible in 11 get into douche housing 1 through butt joint 2, and current at first get into douche housing 1 inside via intake-outlet lamination 8, flow in the energy dissipating lamination cavity 91 through the water hole on the energy dissipating lamination cavity 91 92; Be provided with two-layer energy dissipating runner 93 in the energy dissipating lamination cavity 91; Current are got in the ground floor energy dissipating runner 93 by center intake-outlet 94; Via two doabs 96; And through symmetrically arranged runner 97 (the wide runner of 1.4mm arc; Wide runner has very strong anti-blockage capability in energy dissipating, can not stop up because of obstruction and effluent) carry out the one-level energy dissipating, then current carry out the one-level energy dissipating once more by two fluid layer passages, 98 entering second layer energy dissipating runners 93.
4) after the water process energy dissipating lamination 9 one-level energy dissipatings that get in the person in charge 11 and the looped pipeline 12; Impact elasticity diaphragm 10; Flexible sheet 10 gets out of the way wall water inlet 4, and the current that douche housing 1 both sides get into all flow out through wall water inlet 4, the outflow of flexible sheet 10 control both sides water inlet; And realize the douche pressure compensation through self distortion, the water that flows out through wall water inlet 4 gets into two groups of curved tooth type energy dissipating runners 3 (the big runner of 1.4mm) that wall is provided with and carries out the secondary energy dissipating; Increase the biomembrane shear effect through the wide runner 34 in big arc optimization district; Realize biomembranous removing through little arc optimization district runner 33; Make water flow stationary get into douche housing 1 buffering area 6; And then the charge for remittance runner 7 at entering both ends, splash into the field uniformly through the delivery port on the douche housing 1 outside hollow billet.
Enumerate concrete method for using two of the present invention below:
In underground drip irrigation is used, when needs during to the aerating of underground plant roots district, stop to be responsible for 11 water supply through the present invention; With air pump bubbling air in looped pipeline 12; Gas is oppressed flexible sheet 10 deformation through energy dissipating lamination 9, and flexible sheet 10 stops up the delivery port of being responsible for 11 1 side energy dissipating laminations 9 fully; Make gas get into charge for remittance runner 7 and discharge, get into crop root zone via wall curved tooth type energy dissipating runner 3 (the wide runner of 1.4mm).
Enumerate concrete method for using three of the present invention below:
The present invention also can adopt single tube to arrange; , single tube need not to install looped pipeline 12 when laying application; Current get into douche housing 1 of the present invention by being responsible for 11; Through 10 deformation of energy dissipating lamination 9 compressing flexible sheets; Adjusting water outlet size, thereby control flow, then current get into 7 discharges of charge for remittance runner via wall curved tooth type energy dissipating runner 3 (the wide runner of 1.4mm).
Enumerate the specific embodiment of method for using one of the present invention below: as shown in Figure 1, the present invention adopts two-tube layout, along ground configuration; 3 ° of ground line gradients, pouring water gets into by being responsible for 11, flows into energy dissipating lamination 9 and carries out the one-level energy dissipating; The water impact flexible sheet 10 subsequently, and flexible sheet 10 moves, and current flow into wall curved tooth type energy dissipating runner 3 by the wall water inlet on the douche housing 14 and carry out the secondary energy dissipating; Then, drip the field by outside charge for remittance runner 7 fairleads.After operation a period of time, carry out the cleaning that chlorination adds acid, in looped pipeline 12, feed certain density liquor natrii hypochloritis; Continue 100 minutes, within the week, repeatedly for several times; Drip recovery evenly up to douche, open the person in charge's 11 continuation uses and get final product, the microorganism formulation method is identical therewith.Looped pipeline 12 also can connect air pump the plant roots district is added gas disposal.
Above-mentioned each embodiment only is used to explain the present invention, and wherein the structure of each parts, connected mode etc. all can change to some extent, and every equivalents of on the basis of technical scheme of the present invention, carrying out and improvement all should not got rid of outside protection scope of the present invention.
Claims (10)
1. stacked self adaptation drip emitter; It is characterized in that: it comprises hollow douche housing; The two ends of said douche housing are respectively arranged with pair of joint; Be symmetrically arranged with the circuitous curved tooth type energy dissipating runner of two suites folding on the outer wall of said douche housing; Be provided with structural area and area of slack water between two groups of said curved tooth type energy dissipating runners, two groups of said curved tooth type energy dissipating runners are provided with the wall water inlet that is communicated with said douche enclosure interior near the position of said structural area, and two groups of said curved tooth type energy dissipating runners are provided with the outlet that is communicated with said buffering area near the position of said buffering area; The both ends of said douche housing outer wall are provided with the charge for remittance runner that a circle is communicated with said buffering area respectively; The outside outsourcing of said douche housing has hollow billet, and the end or the two ends that are positioned at said charge for remittance runner on the said hollow billet are provided with delivery port;
The inside of said douche housing is respectively arranged with an intake-outlet lamination near the position of the said butt joint in two ends; Be arranged at intervals with two energy dissipating laminations between two said intake-outlet laminations; Be provided with a portable flexible sheet between two said energy dissipating laminations, the said wall water inlet that is provided with on the said douche housing outer wall is between said two energy dissipating laminations.
2. a kind of stacked self adaptation drip emitter as claimed in claim 1; It is characterized in that: said energy dissipating lamination comprises hollow energy dissipating lamination cavity; The two ends of said energy dissipating lamination cavity are respectively arranged with one and are communicated with the interior water hole of said energy dissipating lamination cavity, are arranged at intervals with two-layer energy dissipating runner successively in the said energy dissipating lamination cavity; Two-layer said energy dissipating flow passage structure is identical; Include a center intake-outlet; Said center intake-outlet symmetry up and down connects branch's runner, and the other end of two said branch runners is provided with a doab, two said doab symmetries; Two said doabs all connect the runner of complications respectively to both sides; Two said runners that connect on two said doabs are symmetrical set, and two said runners of the same side, two said doabs are communicated with, and are provided with a fluid layer passage at the symmetrical centre place of two said runners that are communicated with.
3. according to claim 1 or claim 2 a kind of stacked self adaptation drip emitter is characterized in that: the circuitous said curved tooth type energy dissipating flow passage structure of symmetrically arranged two suites folding is identical on the outer wall of said douche housing, is symmetrical structure up and down; Said curved tooth type energy dissipating runner comprises the annular channel of two complications of radial symmetric; Two said annular channels are communicated with in the radial symmetric center; Wherein on the said annular channel near said structural area said wall water inlet is set, the outlet that is communicated with said area of slack water is set on the said annular channel near said area of slack water; Each said annular channel self is symmetry axially, is disposed with little arc from said wall water inlet or the exit that is communicated with said area of slack water to both sides and preferentially distinguishes runner, the wide runner in big arc optimization district, and full of twists and turns back is communicated with said radial symmetric center.
4. a kind of stacked self adaptation drip emitter as claimed in claim 3 is characterized in that: the channel size of the wide runner in said big arc optimization district is 1.4mm, and big arc radian is 1.4mm; The channel size that said little arc is preferentially distinguished runner is the half the of the wide channel size in said big arc optimization district, and little arc radian is the half the of big arc radian.
5. like claim 1 or 2 or 3 or 4 described a kind of stacked self adaptation drip emitters, it is characterized in that: be arranged at intervals with some arcuate structure depressions in the said structural area that is provided with on the outer wall of said douche housing.
6. like claim 1 or 2 or 3 or 4 described a kind of stacked self adaptation drip emitters; It is characterized in that: the profile of tooth unhurried current runner of the said area of slack water that is provided with on the outer wall of said douche housing for being provided with vertically; The middle part of said profile of tooth unhurried current runner is communicated with two groups of said curved tooth type energy dissipating runners that are provided with on the outer wall of said douche housing, the said charge for remittance runner of the corresponding connection in two ends of said profile of tooth unhurried current runner.
7. a kind of stacked self adaptation drip emitter as claimed in claim 5; It is characterized in that: the profile of tooth unhurried current runner of the said area of slack water that is provided with on the outer wall of said douche housing for being provided with vertically; The middle part of said profile of tooth unhurried current runner is communicated with two groups of said curved tooth type energy dissipating runners that are provided with on the outer wall of said douche housing, the said charge for remittance runner of the corresponding connection in two ends of said profile of tooth unhurried current runner.
8. like the method for using of each described a kind of stacked self adaptation drip emitter of claim 1～7, it may further comprise the steps:
1) the outside outsourcing of douche housing has hollow billet; The butt joint at douche housing two ends is connected the person in charge and looped pipeline respectively;
2) person in charge and looped pipeline get into the interior current of douche housing and all get into the energy dissipating lamination through the intake-outlet lamination; After two-layer energy dissipating runner on the process energy dissipating lamination carries out the one-level energy dissipating; Get between flexible sheet and the energy dissipating lamination, impact elasticity diaphragm, flexible sheet get out of the way the wall water inlet; The current that douche housing both sides get into all flow out through the wall water inlet, and control the outflow of both sides water inlet through flexible sheet;
3) water that flows out through the wall water inlet gets into two groups of curved tooth type energy dissipating runners that are provided with on the wall and carries out the secondary energy dissipating, gets in the charge for remittance runner at douche housing both ends through the area of slack water at last, and flows out through the delivery port that is provided with on the hollow billet, carries out drip irrigation.
9. the method for using of a kind of stacked self adaptation drip emitter as claimed in claim 8; It is characterized in that: said step 2); Carry out the one-level energy dissipating in the two-layer energy dissipating runner of current in the energy dissipating lamination and adopt the mobile energy dissipating mode of docking of intersecting; After current get into through the center intake-outlet of ground floor energy dissipating runner, shunt to two ends through two branch's runners up and down, get into the doab of the other end respectively after; Runner along the both sides, doab is divided into two tributaries; The fluid layer passage that is provided with through symmetrical centre after two tributaries of the same side, two doabs are compiled flows out, and corresponding two the fluid layer passages through second layer unhurried current passage of the current of two fluid layer passages outflows on the ground floor unhurried current passage get into second layer energy dissipating runners, after confluxing through the doab; Flow into the center intake-outlet through branch's runner, flow out second layer energy dissipating runner through the center intake-outlet.
10. like the method for using of claim 8 or 9 described a kind of stacked self adaptation drip emitters; It is characterized in that: in the said step 3); Current carry out the type of flow that the intersection butt joint is adopted in the secondary energy dissipating in two groups of curved tooth type energy dissipating runners; Current flow out from the wall water inlet on the annular channel of two groups of curved tooth type energy dissipating runners, after flowing along annular channel, are pooled to symmetrical centre; Be diverted to again another annular channel from symmetrical centre, the current in last two groups of curved tooth type energy dissipating runners all get into the area of slack water.
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103651046A (en) * | 2013-09-30 | 2014-03-26 | 西安交通大学 | Anti-blocking flow channel pressure compensation watering device |
| CN107333624A (en) * | 2017-04-19 | 2017-11-10 | Sgt有限公司 | Drip emitter |
| CN109691380A (en) * | 2017-10-22 | 2019-04-30 | 新疆天业节水灌溉股份有限公司 | A kind of flow adjustable pressure compensation type emitter |
| CN112205282A (en) * | 2020-11-12 | 2021-01-12 | 中国水利水电科学研究院 | Drip irrigation emitter and drip irrigation system |
| CN112931157A (en) * | 2021-03-09 | 2021-06-11 | 石河子大学 | Drip irrigation emitter and drip irrigation system |
Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4600152A (en) * | 1983-06-06 | 1986-07-15 | Samuel Samueli | Multiple intersection dripper |
| CN101021881A (en) * | 2007-02-09 | 2007-08-22 | 中国农业大学 | Antiplugging drip irrigation irrigator design method |
| CN101474603A (en) * | 2009-01-22 | 2009-07-08 | 中国水利水电科学研究院 | Device for preventing negative pressure of underground drip irrigation system and block of root system |
| CN101551828A (en) * | 2009-03-25 | 2009-10-07 | 西北农林科技大学 | Anti-blocking flow passage structure design method of douche with labyrinth flow passage structure |
| CN102150601A (en) * | 2011-04-25 | 2011-08-17 | 西安理工大学 | Microirrigation countercurrent energy-dissipation pressure regulator |
-
2011
- 2011-10-25 CN CN201110327831.6A patent/CN102500482B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4600152A (en) * | 1983-06-06 | 1986-07-15 | Samuel Samueli | Multiple intersection dripper |
| CN101021881A (en) * | 2007-02-09 | 2007-08-22 | 中国农业大学 | Antiplugging drip irrigation irrigator design method |
| CN101474603A (en) * | 2009-01-22 | 2009-07-08 | 中国水利水电科学研究院 | Device for preventing negative pressure of underground drip irrigation system and block of root system |
| CN101551828A (en) * | 2009-03-25 | 2009-10-07 | 西北农林科技大学 | Anti-blocking flow passage structure design method of douche with labyrinth flow passage structure |
| CN102150601A (en) * | 2011-04-25 | 2011-08-17 | 西安理工大学 | Microirrigation countercurrent energy-dissipation pressure regulator |
Non-Patent Citations (14)
| Title |
|---|
| 《2001年中国机械工程学会年会暨第九届全国特种加工学术年会论文集》 20011231 魏正英等 "RP／RT技术在迷宫型滴头快速研制中的应用" 第304-307页 1-10 , * |
| 《中国博士学位论文全文数据库》 20051231 李云开 "滴头分形流道设计及其流动特性的试验研究与数值模拟" 全文 1-10 , * |
| 《农业工程学报》 20050630 魏正英等 "滴灌灌水器迷宫流道主航道抗堵设计方法研究" 第1-7页 1-10 第21卷, 第6期 * |
| 《农业工程学报》 20111231 杜少卿等 "工作压力对滴灌管迷宫流道灌水器水力性能的影响" 第55-60页 1-10 第27卷, 第S2期 * |
| 《农业机械学报》 20060228 李云开等 "滴灌灌水器流道设计理论研究若干问题的综述" 第145-148页 1-10 第37卷, 第2期 * |
| 《农业机械学报》 20060430 李云开等 "圆柱型迷宫式流道滴灌灌水器平面模型试验研究" 第48-51页 1-10 第37卷, 第4期 * |
| 《都市农业工程科技创新与发展--2005北京都市农业工程科技创新与发展国际学术研讨会论文集（Ⅱ）》 20051231 李云开等 "全紊流灌水器流道设计开发平台构建及其关键技术内容" 第345-350页 1-10 , * |
| 李云开: ""滴头分形流道设计及其流动特性的试验研究与数值模拟"", 《中国博士学位论文全文数据库》 * |
| 李云开等: ""全紊流灌水器流道设计开发平台构建及其关键技术内容"", 《都市农业工程科技创新与发展——2005北京都市农业工程科技创新与发展国际学术研讨会论文集（Ⅱ）》 * |
| 李云开等: ""圆柱型迷宫式流道滴灌灌水器平面模型试验研究"", 《农业机械学报》 * |
| 李云开等: ""滴灌灌水器流道设计理论研究若干问题的综述"", 《农业机械学报》 * |
| 杜少卿等: ""工作压力对滴灌管迷宫流道灌水器水力性能的影响"", 《农业工程学报》 * |
| 魏正英等: ""RP／RT技术在迷宫型滴头快速研制中的应用"", 《2001年中国机械工程学会年会暨第九届全国特种加工学术年会论文集》 * |
| 魏正英等: ""滴灌灌水器迷宫流道主航道抗堵设计方法研究"", 《农业工程学报》 * |
Cited By (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103651046A (en) * | 2013-09-30 | 2014-03-26 | 西安交通大学 | Anti-blocking flow channel pressure compensation watering device |
| CN103651046B (en) * | 2013-09-30 | 2015-04-29 | 西安交通大学 | Anti-blocking flow channel pressure compensation watering device |
| CN107333624A (en) * | 2017-04-19 | 2017-11-10 | Sgt有限公司 | Drip emitter |
| CN109691380A (en) * | 2017-10-22 | 2019-04-30 | 新疆天业节水灌溉股份有限公司 | A kind of flow adjustable pressure compensation type emitter |
| CN112205282A (en) * | 2020-11-12 | 2021-01-12 | 中国水利水电科学研究院 | Drip irrigation emitter and drip irrigation system |
| CN112205282B (en) * | 2020-11-12 | 2021-10-01 | 中国水利水电科学研究院 | Drip irrigation emitter and drip irrigation system |
| CN112931157A (en) * | 2021-03-09 | 2021-06-11 | 石河子大学 | Drip irrigation emitter and drip irrigation system |
| WO2022188277A1 (en) * | 2021-03-09 | 2022-09-15 | 石河子大学 | Drip irrigation emitter and drip irrigation system |
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