CN208129079U - It is implanted into the Catchwork irrigation device of underground - Google Patents

Abstract

The utility model discloses a kind of Catchwork irrigation devices for being implanted into underground, including the water storage system and irrigation rig for being implanted into ground, water storage system can collect, primary filtration and store rainwater, and the drainage outer layer on water-storing device is not only effectively anti-blocking, but also is also easy to backwash；Irrigation rig be designed as it is hand-held pull Irrigation shower head, can effective return, increase irrigated area；It is additionally provided with a set of control system, can guarantee that entire irrigation system has the function of catchwork irrigation at any time.

Description

It is implanted into the Catchwork irrigation device of underground

Technical field

It is specifically a kind of for agriculture, the cultivation of gardens sapling water-saving the utility model relates to a kind of water storage irrigation apparatus Type irrigation rig.

Background technique

The irrigations such as gardens, agricultural be using artificial method or the method for machinery in the form of different pour water, supplement gardens The soil moisture of greenery patches or farming land meets the water demand of plant, but present irrigation rig is typically direct It is installed on ground, the greenweed on ground can only be irrigated, some higher trees can not effectively be irrigated, and Present irrigation rig is all collected without rainwater resource and the function of water resource recycling is made so that serious waste water resource At the poor of water resource.

For water resources shortage area, the Catchwork irrigation device for being implanted into underground is highly desirable to, and it is empty can not only to occupy plantation Between, and it can also be made nearby to be irrigated in time in water shortage.But since equipment volume is little, and catchwork irrigation before Irrigation shower head is all used, the fixation of Irrigation shower head is installed and limited using hard tube is all received, if not only held using hose It is easy to damage, and Irrigation shower head is when not in use, is also easy to that Irrigation shower head can be allowed to drag in underground if do not kept and is embedded to It is set to block and damage in soil.

Utility model content

The purpose of this utility model is to provide a kind of Catchwork irrigation device for being implanted into underground, the irrigation sprays of the catchwork irrigation Head when in use, elastic need only pull out, and can not only expand irrigated area, and can also guide and reset when not in use；So that filling It is easy-to-use to irrigate spray head, stablizes durable, damage will not be earthed.

In order to realize above-mentioned purpose of utility model, the utility model uses following technical scheme：A kind of implantation underground Catchwork irrigation device, it is characterised in that：Including the water storage system and irrigation rig for being implanted into ground, water storage system includes upper end The reservoir of opening and the drainage layer of covering filter pool upper end；The drainage layer include from top to bottom successively include drainage outer layer, Multiple draining bracket and drainage internal layer；Irrigation rig includes the drainage pipeline connected from columns base, draining pump and irrigation spray Head；Drainage pipeline connects Irrigation shower head by draining pump；It further include the support frame being made of pipeline in draining pump and Irrigation shower head And the telescopic device for elasticity limitation Irrigation shower head return；Irrigation shower head is installed on the support frame by telescopic device；With It include being fixed on casing outside support frame, upper end connection Irrigation shower head in the telescopic device of elasticity limitation Irrigation shower head return First hard tube, return spring, corrugated flexible hose and fixing seat；Irrigation shower head is connected to corrugated flexible hose by the first hard tube, then passes through wave Line hose connects the pipeline output end on support frame；Casing fixing sleeve is in corrugated flexible hose lower part；Fixing seat is fixed on the first hard tube On, return spring covers on the outside of corrugated flexible hose, and return spring upper end stretches out casing and is fixedly connected with fixing seat；Return spring lower end It protrudes into casing and is fixedly connected in sleeve bottom.

It further, further include Natural Water water inlet pipe, Natural Water water inlet pipe input terminal is connected by valve in the water storage Pond side, the reservoir other side are additionally provided with hydraulic pressure detector.

Preferably, drainage outer layer is made of nonwoven layer and sieve plate, the sieve plate is equipped with multiple sieve pores, multiple sieve pores It is regularly arranged on sieve plate, aperture is gradually reduced the size of the sieve pore from top to bottom in a thickness direction, and nonwoven layer is located at Below sieve plate.

Preferably, the cutting face of sieve pore in a thickness direction is non-circular.

Preferably, Irrigation shower head have at least there are two；Irrigation rig further includes water segregator, and Irrigation shower head passes through water segregator Connection draining pump output terminal.

Preferably, being connected between Irrigation shower head and water segregator by hose.

Preferably, further including controller, the hydraulic pressure detector signal connects controller, and the valve is control valve, Draining pump is control pump；Controller output end is connected separately and control valve and draining pump.

Preferably, further including the human-computer interaction module for connecting controller.

Compared with prior art, using the Catchwork irrigation device of the implantation underground of above-mentioned technical proposal, have has as follows Beneficial effect：

One, when raining, rainwater slides along polywater bucket and flows into from lower water cavity the drainage layer of covering filter pool upper end, So that being stored in rainwater water storage box；Water storage box effectively can prevent daytime from shining upon, the evaporation to rainwater；Filter Water layer can ensure that relatively the cleanliness of water in case to preventing the impurity such as leaf from falling into water storage box；When water supply, water pump is by water It extracts and is delivered to Irrigation shower head out, hold and pull Irrigation shower head, moisturizing irrigation is carried out to plant, when irrigation sprays lower water In the drainage layer for trickling down covering filter pool upper end, it is recovered into water storage box again.It is collected with rainwater resource and water resource is returned The function of receipts, to effectively save water resource.

Two, holding pulls Irrigation shower head that can not only expand irrigated area, but also being capable of self-return after loosing one's grip.The One hard tube, return spring, corrugated flexible hose and fixing seat composition telescopic device, can not only effective return so that Irrigation shower head Position and orientation are finally fixed, it can also using casing the device for a long time when not used, prevent bellows aging, return bullet The effects of spring gets rusty.

Three, the drainage outer layer in the further scheme of the utility model, can not only be effectively anti-blocking, and is also easy to clear It washes, prevents the thrashing.Control system in the further scheme of the utility model can guarantee that entire irrigation system is in office When time has the function of catchwork irrigation.

Detailed description of the invention

Fig. 1 is the schematic perspective view that the Catchwork irrigation device of underground is implanted into the utility model embodiment.

Fig. 2 is the partial enlarged view in Fig. 1 at A.

Fig. 3 is the schematic cross-sectional view that the Catchwork irrigation device of underground is implanted into the utility model embodiment.

Fig. 4 is the schematic perspective view of drainage outer layer.

Fig. 5 is the partial enlarged view in Fig. 4 at B.

Fig. 6 is the schematic perspective view of drainage outer layer in the utility model embodiment 2.

Fig. 7 is the partial enlarged view in Fig. 6 at C.

Fig. 8 is the flow diagram that control module in the Catchwork irrigation device of underground is implanted into the utility model embodiment.

Appended drawing reference：1, water storage system；11, reservoir；12, multiple draining bracket；13, drainage internal layer；14, outside drainage Layer；140, sieve plate；1401, sieve pore；141, nonwoven layer；2, hydraulic pressure detector；3, Natural Water water inlet pipe；4, irrigation rig；41, Drainage pipeline；42, draining pump；43, support frame；44, telescopic device；440, the first hard tube；441, fixing seat；442, return bullet Spring；443, corrugated flexible hose；444, casing；45, Irrigation shower head；5, valve.

Specific embodiment

The utility model is described further with reference to the accompanying drawing.

Embodiment 1：

A kind of Catchwork irrigation device for being implanted into underground as shown in Fig. 1 to 5, it includes the water storage system for being implanted into ground 1, Natural Water water inlet pipe 3 and irrigation rig 4, water storage system 1 include reservoir 11 and the covering filter pool upper end of upper end opening Drainage layer.

Drainage layer includes from top to bottom successively including drainage outer layer 14, multiple draining bracket 12 and drainage internal layer 13.

Irrigation rig includes drainage pipeline 41, draining pump 42 and the Irrigation shower head 45 connected from 11 bottom of reservoir.Draining Pipeline 41 connects Irrigation shower head 45 by draining pump 42.3 input terminal of Natural Water water inlet pipe is connected by valve 5 in the reservoir 11 sides, 11 other side of reservoir are additionally provided with hydraulic pressure detector 2.

As shown in fig. 6, the utility model embodiment further includes the human-computer interaction module of controller and connection controller, hydraulic pressure Detector signal connects controller, and the valve 5 is control valve, and draining pump 42 is control pump.Controller output end distinguishes signal Connect simultaneously control valve and draining pump 42.Human-computer interaction module can carry out input parameter, root to controller by input According to gardens, the difference of agricultural crop plant species, controller can by being connected into database, setting irrigated crop to irrigating the frequency, The requirement of water, to realize intelligent irrigation.

Further include the support frame 43 being made of pipeline in draining pump 42 and Irrigation shower head 45 and is irrigated for elasticity limitation The telescopic device 44 of 45 return of spray head.Irrigation shower head 45 is mounted on support frame 43 by telescopic device, is filled for elasticity limitation The telescopic device 44 for irrigating 45 return of spray head include be fixed on casing 444 outside support frame, upper end connection Irrigation shower head 45 the One hard tube 440, return spring 442, corrugated flexible hose 443 and fixing seat 441.Irrigation shower head 45 is connected to wave by the first hard tube 440 Line hose 443, then the pipeline output end on support frame 43 is connected by corrugated flexible hose 443；444 fixing sleeve of casing is in corrugated flexible hose 443 lower parts.Fixing seat 441 is fixed on the first hard tube 440, and 442 sets of return spring in 443 outside of corrugated flexible hose, return spring 442 upper ends stretch out casing 444 and are fixedly connected with fixing seat 441.442 lower end of return spring protrudes into casing 444 and in 444 bottom of casing Portion is fixedly connected.

There are two 45 quantity of Irrigation shower head, and telescopic device 44 also has two groups, and the pipeline of support frame 43 is by communicated drainage pump 42 The main pipeline of output end and two branch pipe(tube) compositions, two branch pipe(tube)s pass through two groups of telescopic devices 44 respectively and connect Irrigation shower head 45。

Above-mentioned drainage outer layer 14 is made of nonwoven layer 141 and sieve plate 140, and sieve plate is equipped with multiple sieve pores 1401, multiple Sieve pore 1401 is regularly arranged on sieve plate 140, and aperture is gradually reduced the size of sieve pore 1401 from top to bottom in a thickness direction, nothing Woven fabric layer 141 is located at below sieve plate.The cutting face of sieve pore 1401 in a thickness direction is non-circular.We have discovered that During soil micronized particles, due to breaking up and rolling, tiny particle large percentage spherical in shape or spherical.Our sieve Plate 140, aperture is gradually reduced the size of sieve pore 1401 from top to bottom in a thickness direction, point of sieve pore 1401 in a thickness direction Section is non-circular, in order to and when leak, coarse granule is blocked, and fine grained is allowed not to be trapped in, round Grain it is above-mentioned it is non-circular on anyway accumulate, all be easy between hole wall have gap.The utility model aim is to allow sieve The flushing of 140 reverse side of plate is more convenient, prevents sieve plate 140 from blocking and making the equipment failure.

The working principle of the utility model is：When raining, rainwater, which slides and flows into from lower water cavity along polywater bucket, to be covered The drainage layer of lid filter pool upper end, so that being stored in rainwater water storage box；Water storage box can effectively prevent daytime too Sun irradiation, the evaporation to rainwater；Drainage layer can ensure that relatively water in case to preventing the impurity such as leaf from falling into water storage box Cleanliness；When water supply, water pump pulls water out and is delivered to Irrigation shower head, holds and pulls Irrigation shower head, carries out moisturizing to plant It irrigates, when irrigation sprays lower water and trickles down in the drainage layer of covering filter pool upper end, is recovered into water storage box again.Have Rainwater resource is collected and the function of water resource recycling, to effectively save water resource.

In use, staff only needs to hold Irrigation shower head 45 or the first hard tube 440, return spring 442 is pulled out With corrugated flexible hose 443.After being finished, need only loose one's grip can return to home position under the effect of return spring 442.

Embodiment 2：

The present embodiment is the difference from embodiment 1 is that drainage outer layer 14, and the drainage outer layer 14 of the present embodiment is by nonwoven layer 141 and sieve plate 140 constitute, sieve plate is a kind of shape anti-blocked sieving board 140, and shape anti-blocked sieving board is equipped with multiple sieve pores 1401, multiple sieve pores 1401 is regularly arranged on sieve plate 140.Above-mentioned sieve pore 1401 includes superposed first sieve pore 1401b and positioned at the of lower part Two sieve pore 1401a.Aperture is gradually reduced the size of first sieve pore 1401b from top to bottom in a thickness direction.Second sieve pore 1401a It is the through-hole being obliquely installed, the second upper end sieve pore 1401a is connected to the first lower end sieve pore 1401b, and nonwoven layer 141 is located under sieve plate Side.The cutting face of first sieve pore 1401b in a thickness direction is non-circular.The axis and above-mentioned sieve plate of second sieve pore 1401a The angle of thickness direction is between 20-40 degree.On sieve plate length direction, the side area of the first sieve pore 1401b is greater than another Side；The axis of the second sieve pore 1401a other side small towards area.Specifically, in a thickness direction with the first sieve pore 1401b Point centered on the Axis Cross point of cutting face and the second sieve pore 1401a.The cutting face of first sieve pore 1401b in a thickness direction Edge is unequal to central point spacing.

It is obvious to a person skilled in the art that the present invention is not limited to the details of the above exemplary embodiments, and And without departing substantially from the spirit or essential attributes of the utility model, it can realize that this is practical new in other specific forms Type.Therefore, in all respects, the present embodiments are to be considered as illustrative and not restrictive, this is practical new The range of type is indicated by the appended claims rather than the foregoing description, it is intended that containing for the equivalent requirements of the claims will be fallen in All changes in justice and range are embraced therein.It should not treat any reference in the claims as limiting Related claim.

In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art The other embodiments being understood that.

Claims (7)

1. being implanted into the Catchwork irrigation device of underground, it is characterised in that：Including the water storage system for being implanted into ground（1）It is filled with irrigating It sets（4）, water storage system（1）Reservoir including upper end opening（11）With the drainage layer of covering filter pool upper end；

The drainage layer includes from top to bottom successively including drainage outer layer（14）, multiple draining bracket（12）With drainage internal layer （13）；

Irrigation rig includes from reservoir（11）The drainage pipeline that bottom connects（41）, draining pump（42）And Irrigation shower head（45）；

Drainage pipeline（41）Pass through draining pump（42）Connect Irrigation shower head（45）；In draining pump（42）And Irrigation shower head（45）Also wrap Include the support frame being made of pipeline and for elasticity limitation Irrigation shower head（45）The telescopic device of return（44）；Irrigation shower head （45）Pass through telescopic device（44）It is mounted on support frame（43）On；Irrigation shower head is limited for elasticity（45）The telescopic device of return （44）Including being fixed on support frame（43）External casing（444）, upper end connect Irrigation shower head（45）The first hard tube（440）, Return spring（442）, corrugated flexible hose（443）And fixing seat（441）；Irrigation shower head（45）Pass through the first hard tube（440）It is connected to wave Line hose（443）, then pass through corrugated flexible hose（443）Connect support frame（43）On pipeline output end；Casing（444）Fixing sleeve exists Corrugated flexible hose（443）Lower part；Fixing seat（441）It is fixed on the first hard tube（440）On, return spring（442）It covers in corrugated flexible hose （443）Outside, return spring（442）Casing is stretched out in upper end（444）And it is fixedly connected with fixing seat（441）；Return spring（442）Under Casing is protruded at end（444）And in casing（444）Bottom is fixedly connected.

2. a kind of Catchwork irrigation device for being implanted into underground according to claim 1, it is characterised in that：Further include Natural Water into Water pipe（3）, Natural Water water inlet pipe（3）Input terminal passes through valve（5）It is connected into the reservoir（11）Side, reservoir（11）Separately Side is additionally provided with hydraulic pressure detector（2）.

3. a kind of Catchwork irrigation device for being implanted into underground according to claim 1, it is characterised in that：Drainage outer layer（14）By Nonwoven layer（141）And sieve plate（140）It constitutes, the sieve plate is equipped with multiple sieve pores（1401）, multiple sieve pores（1401）Rule It is arranged in sieve plate（140）On, the sieve pore（1401）Size aperture is gradually reduced from top to bottom in a thickness direction, non-woven fabrics Layer（141）Below sieve plate.

4. a kind of gardens Catchwork irrigation device for being implanted into underground according to claim 1, it is characterised in that：Sieve pore（1401） Cutting face in a thickness direction is non-circular.

5. a kind of gardens Catchwork irrigation device for being implanted into underground according to claim 1, it is characterised in that：Irrigation shower head （45）Quantity at least there are two；Irrigation rig（4）It further include water segregator, Irrigation shower head（45）Draining pump is connected by water segregator （42）Output end.

6. a kind of gardens Catchwork irrigation device for being implanted into underground according to claim 2, it is characterised in that：It further include control Device, the hydraulic pressure detector（2）Signal connects controller, valve（5）It is control valve, draining pump（42）It is control pump；Controller Output end is connected separately and control valve（5）And draining pump（42）.

7. a kind of gardens Catchwork irrigation device for being implanted into underground according to claim 1, it is characterised in that：It further include connection The human-computer interaction module of controller.