CN106577044A - Agricultural grape planting greenhouse pipelaying-free precise irrigation device - Google Patents
Agricultural grape planting greenhouse pipelaying-free precise irrigation device Download PDFInfo
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- CN106577044A CN106577044A CN201611213291.8A CN201611213291A CN106577044A CN 106577044 A CN106577044 A CN 106577044A CN 201611213291 A CN201611213291 A CN 201611213291A CN 106577044 A CN106577044 A CN 106577044A
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- water
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- inner chamber
- slip
- support shaft
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01G—HORTICULTURE; CULTIVATION OF VEGETABLES, FLOWERS, RICE, FRUIT, VINES, HOPS OR SEAWEED; FORESTRY; WATERING
- A01G9/00—Cultivation in receptacles, forcing-frames or greenhouses; Edging for beds, lawn or the like
- A01G9/24—Devices or systems for heating, ventilating, regulating temperature, illuminating, or watering, in greenhouses, forcing-frames, or the like
- A01G9/247—Watering arrangements
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/10—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture
- Y02A40/25—Greenhouse technology, e.g. cooling systems therefor
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- Life Sciences & Earth Sciences (AREA)
- Environmental Sciences (AREA)
- Cultivation Receptacles Or Flower-Pots, Or Pots For Seedlings (AREA)
Abstract
The invention discloses an agricultural grape planting greenhouse pipelaying-free precise irrigation device. Supporting beams arranged side by side are connected with first supporting shafts correspondingly. The supporting shafts arranged side by side are connected with sliding shafts corresponding to the supporting beams. The sliding shafts are provided with slidable sliders correspondingly. The sliders arranged side by side are connected with water pipes correspondingly. Grape supporting frames are connected with water catching plates correspondingly. The water pipes are provided with water dischargers corresponding to the water catching plates. Water cavities are formed in the water pipes correspondingly. The water dischargers are provided with second connecting pipes communicating with the water cavities correspondingly. The water catching plates control the water dischargers to discharge water, action of pressing rods can be further driven in the sliding process of a sliding shaft, pressing ends can be further driven to be pressed into the ground, trickle irrigation of grapes can be achieved, and evaporation of water resources caused by traditional pipelaying trickle irrigation modes is avoided.
Description
Technical field
The present invention relates to a kind of agricultural greenhouse field, and in particular to a kind of agriculture wine-growing booth exempts from pipe laying Precision Irrigation
Device, more particularly to a kind of Precision Irrigation can be realized to wine-growing while being also capable of the agriculture wine-growing booth of face pipe laying
Exempt from pipe laying Precision Irrigation device.
Background technology
Also the continuous development of agricultural production is further promoted while continuous improvement with living standard, wherein present
Agricultural production in booth be one of requisite equipment such that it is able to using booth realize crop anti-season growth, its
In can be realized by booth in wine-growing booth grape anti-season growth, so as to further improve peasant
Income, wherein it is one of requisite link to irrigate during the grape in booth is planted, wherein existing
Grape irrigation during by traditional direct irrigation be changed to pipe laying irrigation mode such that it is able to using pipe laying realize to Portugal
The drip irrigation of grape is irrigated, although is reached water-saving purpose using drip irrigation, but be there is problems：
1st, firstly the need of the side that water pipe is laid on grape rhizome before grape is irrigated such that it is able to during irrigation
The purpose for realizing drip irrigation is oozed out from water pipe by water, because grape needs after harvesting certain rest period, so just needing
Grape branch pruned, and need to loosen the soil ground, so being accomplished by water pipe collecting getting up with side in advance
Just pruning to branch and native face is loosened the soil, so further increased the amount of labour during water pipe is collected.
2nd, because water pipe is all made up of plastic material, so water pipe just has wind day of certain life-span through 1 year
The problem of water pipe leak is had led to after solarization, thus be accomplished by it is annual water pipe is updated, so as to further increased
The cost of wine-growing, so as to reduce the income of peasant.
3rd, due to being that water hole is arranged on water pipe come the purpose of drip irrigation of practising, because water pipe is to be laid on Tu Mianshang, so
Water needing first is flowed on ground and then penetrates into underground again is carried out the absorption of moisture by grape, because current are on the water surface
The evaporation of portion of water is just resulted in afterwards, the waste of water resource is further caused, and reduce further the profit of water resource
With rate.
It is therefore necessary to a kind of agriculture wine-growing booth of design exempts from pipe laying Precision Irrigation device, asked with solving above-mentioned technology
Topic.
The content of the invention
It is an object of the invention to overcome the problem that prior art is present, there is provided a kind of agriculture wine-growing booth exempts from pipe laying
Precision Irrigation device, present configuration is simple, and a sliding axle can be respectively provided with the support beam, and in the slip
A slider is respectively provided with axle such that it is able to the slider is further driven under the rotation of the motor in the slip
On axle slide such that it is able to be further driven to the slip of the water pipe, can the water pipe slide during can with simultaneously
Arranging the drip tray carries out corresponding connection such that it is able to by the water trap of setting on the water pipe by the water pipe
Water is further drained in the second connecting tube set in the drip tray, and is arranged on the grape bracing frame side by side
Press axle such that it is able to can further drive the action of the pressure rod in described pressing during axle slides, so as to
Further the termination that presses can be pressed in the ground such that it is able to drip irrigation is carried out to grape, is further avoided
The evaporation of the water resource that traditional pipe laying drip irrigation is caused, further up to the purpose of water saving, and can avoid tradition
The input on pipeline that pipe laying is caused, further increased the income of peasant, cause while it also avoid traditional pipe laying and irrigate
The problem that cannot be loosened the soil.
The present invention is achieved through the following technical solutions：
A kind of agriculture wine-growing booth exempts from pipe laying Precision Irrigation device, includes a ground, is vertically installed with the ground
One body of wall, is tiltedly installed with row's support beam between the body of wall and the ground, side by side the support beam is provided with plastic foil,
Multiple rows of grape bracing frame is additionally provided with the ground, one first support shaft is connected in the support beam side by side, side by side
A sliding axle corresponding with the support beam is connected with first support shaft, a slip is respectively equipped with the sliding axle
Slider, side by side on the slider correspondence be connected with a water pipe, be connected to a drip tray on the grape bracing frame,
A water trap corresponding with the drip tray is respectively equipped with the water pipe, a water cavity, the draining are provided with the water pipe
The second connecting tube of a connection corresponding with the water cavity is respectively equipped with device, the drip tray controls the water trap draining,
One first support shaft can be respectively equipped with the support beam, and can respectively be connected in first support shaft side by side
There is a sliding axle, and the slider of a slip is respectively provided with the sliding axle such that it is able to by the slider
Slip is further driven to the slip of the water pipe, and can be connected to a drip tray on the grape bracing frame, from
And by the water trap drip tray can be supplied water respectively in the water pipe sliding process, and can
The draining of the water trap is controlled by the drip tray.
It is connected to one the 3rd support shaft on the grape bracing frame side by side, in the 3rd support shaft one is respectively equipped with
The slip pressure cylinder of slip, side by side correspondence is connected with one and presses axle on the slip pressure cylinder, and described pressing be connected on axle one
Row pressure lever, be connected on the pressure rod one it is corresponding with the ground press termination, it is described to press on termination point
An osculum is not provided with, the 4th connecting tube of a connection corresponding with second connecting tube is connected with the osculum,
It is connected to one the 3rd support shaft on the grape bracing frame side by side such that it is able in the slip pressure cylinder at described 3rd
The slip for pressing axle can be further driven to during sliding on support axle, can by the slip for pressing axle
It is further driven to the action of the pressure rod such that it is able to which the termination that presses is respectively pressed into by grape by the pressure rod
Root such that it is able to further up to the purpose of Precision Irrigation, and draining, Neng Goujin can be carried out by the termination that presses
One step prevents the problem that traditional pipe laying irrigation method causes water resource to evaporate, and further improves the utilization rate of water resource, while
The increase of the water pipe cost that traditional pipe laying mode is caused is avoided, the income of peasant is further increased.
Side by side one first drawstring is connected on the slip pressure cylinder, side by side correspondence is connected with the grape bracing frame
One control box, is provided with the second runner of a rotation in the control box, second runner is provided with one second drawstring, and described
One drawstring is connected on second drawstring, can be further driven to described first by the slip of second drawstring and be drawn
The synchronous slide of rope such that it is able to be further driven to the synchronous action of the slip pressure cylinder, it is described so as to further control
The synchronous slide of axle is pressed, can further control the slip for pressing termination, it is to avoid what traditional pipe laying was caused cannot
The problem loosened the soil.
Further, the T-shaped setting of the sliding axle, is respectively equipped with one corresponding with the sliding axle on the slider
Body inner chamber, the body inner chamber both sides include respectively the 5th support shaft being connected on the slider, described
The first roller of a rotation is respectively equipped with five support shafts, the first roller described in both sides is rotated respectively on the sliding axle, institute
State and two corresponding bracing frames are connected on slider, a through hole is respectively equipped with support frame as described above, it is described logical side by side
The drive shaft of a rotation is provided with hole, described drive shaft one end is connected with one second sprocket wheel, wherein on slider described in
Motor-driven first sprocket wheel is provided with, by the corresponding connection of a chain between first sprocket wheel and second sprocket wheel,
A tooth bar is respectively equipped with the sliding axle, an engagement connection corresponding with the tooth bar is connected in the drive shaft
First gear, the rotation of first sprocket wheel can be further driven to by the rotation of the motor such that it is able to by institute
State the rotation that the first sprocket wheel is further driven to second sprocket wheel such that it is able to by the phase of the first gear and the tooth bar
Correspondence engagement connection such that it is able to further drive the slider to slide on the sliding axle such that it is able to drive institute
State the slip of water pipe, can by the water pipe can respectively during slip it is corresponding with the drip tray side by side
Connection such that it is able to the drip tray is supplied water respectively.
Further, it is respectively equipped with the drip tray in the tank of a semicircular in shape, the tank and includes one respectively
The water pond groove being located on the drip tray, the water trap slides respectively in the water pond groove, divides in the water trap
The first inner chamber of a connection corresponding with second connecting tube is not provided with, is additionally provided with the water trap in one and described first
The corresponding second inner chamber in chamber, is additionally provided with one second slide opening in the water trap, second slide opening respectively with described first in
Chamber is corresponding with the second inner chamber to be connected, and the first slide-bar of a slip is respectively equipped with second slide opening, and described first slides
Axle one end is connected with a sealing block slided in the first inner chamber, and the sealing block is corresponding with second connecting tube,
Be also respectively connected with first slide-bar one slide in the described second cunning chamber suppress disk, sets respectively in the second inner chamber
Have and suppress the second spring for suppressing disk, the other end of first slide-bar is connected to one the 3rd disk, the water
The 4th disk being connected on the water trap, the 4th disk and the 3rd disk phase are included respectively in disk groove
Correspondence magnetic connection, is provided with threeth connecting tube corresponding with second connecting tube in the water trap, the described 4th connects
Adapter is connected respectively in the 3rd connecting tube, one is further respectively had on the water trap relative with the 3rd disk
The first groove answered, after can sliding in the tank when the water pipe during the water pipe slides, can enter one
The water trap that makes of step slides in the water pond groove such that it is able to by the 3rd disk and the 4th magnetic
The corresponding magnetic connection of disk such that it is able to further drive the sealing block to slide in the first inner chamber, so as to
Enough drainings for further controlling second connecting tube, can further by water after the second connecting tube draining
It is drained in ground by the termination that presses, so that grape is absorbed.
Further, two the 4th corresponding support shafts are connected on the water pipe, two the described 4th support
Two corresponding sliding bars are connected between axle, one are respectively equipped with the water trap corresponding with the sliding bar
First slide opening, is respectively equipped with first spring for suppressing the slider on the sliding bar, connect respectively on the water trap
There is the first connecting tube of a connection corresponding with second connecting tube, first connecting tube is corresponding with the water cavity respectively
Connection, can be during the water pipe slides, after the water trap is slided in the water pond groove, when the water pipe
Can be slided on the sliding bar by the water trap during sliding again, can further avoid the water trap
The hard collision caused with the water pond groove such that it is able to the water trap is carried out by the elastic force pressure of first spring
Suppress such that it is able to further make the water trap reset.
Second support shaft corresponding with the drip tray is connected on the water pipe, in second support shaft
A second disk is connected to, the of corresponding with a second disk magnetic connection is connected on the drip tray
One disk, is respectively equipped with one the 3rd inner chamber on the slider, the 8th support of a slip is respectively equipped with the 3rd inner chamber
Axle, is connected to a top pressure axle slided in the 3rd inner chamber in the 8th support shaft, divide in the 3rd inner chamber
The 4th spring for suppressing the top pressure axle is not provided with, the water pipe is connected respectively in the 8th support shaft side by side,
Can pass through first disk magnetic corresponding with the second disk during the water pipe slides to connect
Connect such that it is able to further the water pipe is carried out into corresponding connection with the tank such that it is able to further make institute
State water trap to slide in the water pond groove such that it is able to further control the row of the water trap by the drip tray
Water.
Further, a pressure cylinder inner chamber is respectively equipped with the slip pressure cylinder, in the pressure cylinder inner chamber bullet is respectively equipped with
The 3rd spring of the slip pressure cylinder is pressed, one the 6th support shaft, first drawstring point are connected on the slip pressure cylinder
It is not connected in the 6th support shaft, one the 7th support shaft is connected on the grape bracing frame, the described 7th supports
A first rotating shaft is connected on axle, the first runner of a rotation, first drawstring are respectively equipped with the first rotating shaft
Rotate on first runner respectively, the second rotating shaft of a rotation, second runner point are respectively equipped with the control box
It is not connected in second rotating shaft, has been also respectively connected with second rotating shaft in a worm gear, the control box and has also set respectively
There is the 3rd rotating shaft of a rotation, the worm screw of an engagement connection corresponding with the worm gear be connected in the 3rd rotating shaft,
A swing handle has been also respectively connected with 3rd rotating shaft, can be in the case where swing handle be rotated, being capable of further band
Move the rotation of the worm screw such that it is able to connect with the corresponding engagement of the worm gear by the worm screw such that it is able to enter one
The rotation of drive second runner of step, can be further driven to the slip of second drawstring by second runner,
The synchronization action of first drawstring can be simultaneously driven by the slip of second drawstring such that it is able to further reach
To the purpose for controlling the pressure rod action such that it is able to press action of the termination in ground, energy described in further control
It is enough further realize carrying out the purpose of drip irrigation using the termination that presses, it is to avoid what traditional pipe laying mode was caused cannot loosen the soil
With cannot pollard problem.
Further, it is described to press the tapered setting in termination, and described pressing be respectively equipped with termination one with the described 4th
The termination inner chamber of the corresponding connection of connecting tube, osculum connection corresponding with the termination inner chamber respectively, and the draining
Hole is obliquely arranged, and the termination that presses can be arranged into tapered, so as to further ensure to described to press termination energy
Enough it is pressed in ground, and the osculum can be arranged oblique such that it is able to further prevents soil to draining
The blocking that hole is caused.
Further, described water pipe one end is connected with the water inlet pipe of a connection corresponding with the water cavity, can be by logical
Cross water inlet pipe carries out corresponding connection with the water pipe such that it is able to which further reach carries out drip irrigation water supply to grape, together
When can also make the water inlet pipe enter line slip with the water pipe.
Further, the pressure rod includes one first depression bar and one second depression bar, first depression bar and described
Two depression bars are respectively equipped with a through hole, and first depression bar and second depression bar are described by the corresponding connection of a fixing bolt
Press termination to be connected respectively on second depression bar, first depression bar be connected to it is described press on axle, can
The pressure rod is arranged to into the first depression bar and one second depression bar, and corresponding company can be carried out by the fixing bolt
Connect such that it is able to further facilitate the angle for adjusting first depression bar and second depression bar such that it is able to be further ensured that
To the effect of Precision Irrigation.
Compared with prior art, the invention has the beneficial effects as follows：Present configuration is simple, can divide in the support beam
One sliding axle is not set, and a slider is respectively provided with the sliding axle such that it is able under the rotation of the motor
It is further driven to the slider to slide on the sliding axle such that it is able to be further driven to the slip of the water pipe, can
Corresponding connection can be respectively carried out during the water pipe slides with the drip tray side by side such that it is able to by institute
State water trap further to slide in the water pond groove such that it is able to by the phase of the 3rd disk and the 4th disk
Correspondence connection such that it is able to further drive slip of the sealing block in the first inner chamber such that it is able to further
Control second connecting tube draining, and arrange on the grape bracing frame side by side and press axle, can pass through described
The action of synchronous drive first drawstring of the slip of the second drawstring, from can be by first drawstring respectively to the cunning
Dynamic pressure cylinder is pulled such that it is able to control the action of the pressure rod such that it is able to further to press termination pressure by described
Enter in the ground such that it is able to which drip irrigation is carried out to grape, further avoid the water money that traditional pipe laying drip irrigation is caused
The evaporation in source, can be further up to the purpose of water saving, while it also avoid the collection conduit that traditional pipe laying mode causes causing
Trouble, further facilitate carries out operation of loosening the soil to native face, while also further facilitate being pruned to branch, and avoids
The input on pipeline that traditional pipe laying is caused, further increased the income of peasant.
Description of the drawings
Below in conjunction with the accompanying drawings the present invention will be further described.
Fig. 1 is that embodiment of the present invention agricultural wine-growing booth exempts from pipe laying Precision Irrigation device overall structure diagram.
Fig. 2 is set first gear and the sliding axle attachment structure schematic diagram on embodiment of the present invention slider.
Fig. 3 is embodiment of the present invention slider and pipe connecting structure of water schematic diagram.
Fig. 4 is embodiment of the present invention slider and the sliding axle overall structure side view.
Fig. 5 is embodiment of the present invention water pipe and the drip tray overall structure side view.
Fig. 6 is embodiment of the present invention slider and the 8th support shaft attachment structure schematic diagram.
Fig. 7 is control box overall structure diagram on embodiment of the present invention grape bracing frame.
Fig. 8 is embodiment of the present invention slip pressure cylinder and the pressure rod partial structural diagram.
Fig. 9 is embodiment of the present invention control box integrated model schematic diagram.
Figure 10 presses termination overall structure diagram for the embodiment of the present invention.
Figure 11 is the depression bar of the embodiment of the present invention first and the second depression bar attachment structure schematic diagram.
In figure：1 body of wall, 2 ground, 3 support beams, 4 plastic foils, 5 first support shafts, 6 sliding axles, 7 sliders, 8 grapes
Support, 9 drip trays, 10 water pipes, 11 second support shafts, 12 the 3rd support shafts, 13 press axle, 14 first disks, 15 second disks,
16 water cavities, 17 tanks, 18 the 4th support shafts, 19 sliding bars, 20 first slide openings, 21 first springs, 22 first connecting tubes, 23 second
Connecting tube, 24 first inner chambers, 25 second slide openings, 26 second inner chambers, 27 first grooves, 28 first slide-bars, 29 sealing blocks, 30 are suppressed
Disk, 31 second springs, 32 the 3rd disks, 33 the 4th disks, 34 the 3rd connecting tubes, 35 body inner chambers, 36 the 5th support shafts, 37
One roller, 38 motors, 39 first sprocket wheels, 40 bracing frames, 41 drive shafts, 42 second sprocket wheels, 43 first gears, 44 chains, 45
Slip pressure cylinder, 46 pressure cylinder inner chambers, 47 the 3rd springs, 48 the 6th support shafts, 49 first drawstrings, 50 the 7th support shafts, 51 first turns
Wheel, 52 first rotating shafts, 53 control box, 54 second rotating shafts, 55 worm gears, 56 worm screws, 57 the 3rd rotating shafts, 58 swing handles, 59 second
Drawstring, 60 tooth bars, 61 pressure rods, 62 press termination, 63 the 4th connecting tubes, 64 termination inner chambers, 65 osculums, 66 second runners,
67 water pond grooves, 68 water traps, 69 the 4th springs, 70 the 3rd inner chambers, 71 top pressure axles, 72 the 8th support shafts, 73 first depression bars, 74
Second depression bar, 75 fixing bolts.
Specific embodiment
As shown in Figure 1 to 11, a kind of agriculture wine-growing booth exempts from pipe laying Precision Irrigation device, includes a ground 2,
A body of wall 1 is vertically installed with the ground 2, row's support beam 3 is tiltedly installed between the body of wall 1 and the ground 2, and
Arrange the support beam 3 and be provided with plastic foil 4, multiple rows of grape bracing frame 8 is additionally provided with the ground 2, side by side the support beam 3
On be connected to one first support shaft 5, be connected with one in first support shaft 5 side by side corresponding with the support beam 3
Sliding axle 6, is respectively equipped with the slider 7 of a slip on the sliding axle 6, side by side correspondence is connected with a water on the slider 7
Pipe 10, is connected to a drip tray 9 on the grape bracing frame 8, one is respectively equipped with the water pipe 10 with the drip tray 9
It is provided with corresponding water trap 68, the water pipe 10 in a water cavity 16, the water trap 68 and is respectively equipped with one with the water cavity
Second connecting tube 23 of 16 corresponding connections, the drip tray 9 controls the draining of the water trap 68, divides in the support beam 3
It is not connected with one and ranked first support shaft 5, a sliding axle 6, the sliding axle is connected in first support shaft 5 side by side
6 be arranged in parallel respectively with the support beam 3, and a slider 7 is respectively arranged with the sliding axle 6, and the slider 7 can
Slide on the sliding axle 6 respectively, side by side correspondence is connected with a water pipe 10 on the slider 7 such that it is able in institute side by side
Stating can be further driven to the slip of the water pipe 10 during slider 7 slides, at the top of the grape bracing frame 8 point
A drip tray 9 is not connected with, a water trap 68 is connected on the water pipe 10, and be provided with the water pipe 10
One water cavity 16 such that it is able to supplied water using the water cavity 16, by second connecting tube 23 by the water cavity 16
Water is further drained in the water trap 68, and can be by the water trap 68 during the slip of the water pipe 10
Can be respectively draining is carried out to the drip tray 9.
It is connected to one the 3rd support shaft 12 on the grape bracing frame 8 side by side, in the 3rd support shaft 12 respectively
The slip pressure cylinder 45 of a slip is provided with, side by side correspondence is connected with one and presses axle 13 on the slip pressure cylinder 45, described to press axle 13
On be connected to a row pressure lever 61, one is connected on the pressure rod 61 and corresponding with the ground 2 presses end
62, described pressing is respectively equipped with an osculum 65 on termination 62, one is connected with the osculum 65 and is connected with described second
4th connecting tube 63 of the corresponding connection of pipe 23, is connected to one the 3rd support shaft 12 on the grape bracing frame 8 side by side,
The slip pressure cylinder 45 of a slip, and the correspondence on the slip pressure cylinder 45 side by side are respectively equipped with the 3rd support shaft 12
It is connected with one and presses axle 13 such that it is able to can during the slip pressure cylinder 45 slides in the 3rd support shaft 12
The slip of axle 13 is pressed described in being further driven to, and a row pressure lever 61 is connected on axle 13 in described pressing, it is described
The setting of pressure rod 61 can be configured according to the gap of wine-growing, and be connected to one on the pressure rod 6
Press termination 62 such that it is able to the dynamic of the pressure rod 6 can be further driven to during the slip pressure cylinder 45 slides
Make such that it is able to further the termination 62 that presses is pressed in the ground 2 by the pressure rod 6, and in institute
State to press and an osculum 65 is respectively arranged with termination 62 such that it is able to by described during the draining of the water trap 68
Second connecting tube 23 is further drained in the 4th connecting tube 63 such that it is able to passed through by the 4th connecting tube 63
The osculum 65 is drained in ground 2 such that it is able to reach the purpose of accurate draining, further avoid traditional drip irrigation
The water for causing oozes the evaporation of the water resource for causing toward underground, has further saved and has used water, while it also avoid traditional pipe laying making
Into temporal waste.
Side by side one first drawstring 49 is connected on the slip pressure cylinder 45, side by side correspondence on the grape bracing frame 8
It is connected with a control box 53, the control box 53 and is provided with the second runner 66 of a rotation, second runner 66 is provided with one
Second drawstring 59, first drawstring 49 is connected on second drawstring 59, is divided on the slip pressure cylinder 45 side by side
One first drawstring 49 is not connected with, and correspondence is connected with a control box 53, the control on the grape bracing frame 8 side by side
Box 53 is arranged on first of the grape bracing frame 8 side by side such that it is able to the further convenient behaviour to the control box 53
Make, the second runner 66 of a rotation is respectively arranged with the control box 53, one the is connected with second runner 66
Two drawstrings 59 such that it is able to the cunning of second drawstring 59 can be further driven to during second runner 66 is rotated
Dynamic, first drawstring 49 is connected on second drawstring 59 such that it is able in the mistake that second drawstring 59 slides
Drive the slip of first drawstring 49 in journey simultaneously such that it is able to be further driven to the slip of the slip pressure cylinder 45, so as to
The action for pressing axle 13 can be further driven during the slip pressure cylinder 45 slides such that it is able to enter
One step drives the slip of the pressure rod 6, while also can will press termination 62 using pressure rod 6 be pressed in the ground 2,
Can branch is pruned or the operation that carries out to ground 2 loosening the soil during the pressure rod 6 can be lifted, so as to
Operation of loosening the soil enough is further facilitated, inconvenient problem of loosening the soil is caused so as to further avoid water pipe, while also further
The increase of the planting cost that laying water pipe is caused is reduced, the cost of wine-growing is further reduced, increased peasant's
Income.
As shown in Figures 2 to 4, the T-shaped setting of the sliding axle 6, is respectively equipped with one with the slip on the slider 7
The corresponding body inner chamber 35 of axle 6, the both sides of body inner chamber 35 include respectively one be connected on the slider 7 the 5th
Support shaft 36, is respectively equipped with the first roller 37 of a rotation in the 5th support shaft 36, the first roller 37 described in both sides is distinguished
Rotate on the sliding axle 6, two corresponding bracing frames 40 are connected on the slider 7, on support frame as described above
A through hole is respectively equipped with, the drive shaft 41 of a rotation is provided with the through hole side by side, the one end of the drive shaft 41 is connected with
One second sprocket wheel 42, wherein slider 7 described in be provided with a motor 38 driving the first sprocket wheel 39, first sprocket wheel 39 with
By the corresponding connection of a chain 44 between second sprocket wheel 42, a tooth bar 60, the drive are respectively equipped with the sliding axle 6
The first gear 43 of an engagement connection corresponding with the tooth bar 60 is connected in dynamic rotating shaft 41, the sliding axle 6 is T-shaped
Arrange, and a body inner chamber 35 is provided with the slider 7 such that it is able to make the sliding axle 6 pass through the body
Inner chamber 35, in one the 5th support shaft 36 that is respectively provided on two sides with of the body inner chamber 35, the 5th support shaft 36 connects respectively
On the slider 7, and the 5th support shaft 36 is respectively arranged with a row, sets respectively in the 5th support shaft 36
The first roller 37 of a rotation is equipped with, first roller 37 is rotated respectively on the sliding axle 6 such that it is able to using described
First roller 37 is rotated on the sliding axle 6 such that it is able to be further driven to the slider 7 sliding on the sliding axle 6
It is dynamic, and two corresponding bracing frames 40 are connected on the slider 7, it is respectively provided with support frame as described above 40
There is a through hole, the drive shaft 41 of a rotation is provided with the through hole such that it is able to make the drive shaft 41 at described
Rotate in through hole set by support 40, one second sprocket wheel 42 is connected with one end of the drive shaft 41, in the slider 7
On be provided with the first sprocket wheel 39 of the driving of a motor 38 such that it is able to being capable of further band during the motor 38 is rotated
Move the rotation of first sprocket wheel 39 such that it is able to which the rotation of second sprocket wheel 42 is further driven to by the chain 44,
So as to be further driven to the rotation of the drive shaft 41, a tooth bar 60 is respectively arranged with the sliding axle 6, in institute
State the first gear 43 that an engagement connection corresponding with the tooth bar 60 is connected in drive shaft 41 such that it is able in institute
Stating can be while drives the rotation of the first gear 43 during drive shaft 41 is rotated such that it is able to by described first
Gear 43 is sliding on the sliding axle 6 so as to be further driven to the slider 7 with the corresponding engagement of the tooth bar 60
It is dynamic such that it is able to reach the purpose for driving the water pipe 10 to slide.
As shown in figure 5, being respectively equipped with the tank 17 of a semicircular in shape on the drip tray 9, wrap respectively in the tank 17
A water pond groove 67 being located on the drip tray 9 is included, the water trap 68 slides respectively in the water pond groove 67, institute
The first inner chamber 24 that one and the corresponding connection of second connecting tube 23 are respectively equipped with water trap 68 is stated, in the water trap 68
It is additionally provided with a second inner chamber 26 corresponding with the first inner chamber 24, the water trap 68 and is additionally provided with one second slide opening 25,
Second slide opening 25 respectively with the first inner chamber 24 and the corresponding connection of the second inner chamber 26, in second slide opening 25
The first slide-bar 28 of a slip is respectively equipped with, described one end of first slide-bar 28 is connected with a slip in the first inner chamber 24
Sealing block 29, the sealing block 29 is corresponding with second connecting tube 23, and on first slide-bar 28 one has been also respectively connected with
That what is slided in the described second cunning chamber 26 suppresses disk 30, one is respectively equipped with the second inner chamber 26 suppresses and described suppress disk 30
Second spring 31, the other end of first slide-bar 28 is connected in one the 3rd disk 32, the water pond groove 67 respectively
The 4th disk 33 being connected on the water trap 68 is included, the 4th disk 33 is corresponding with the 3rd disk 32
Magnetic connects, and is provided with threeth connecting tube 34 corresponding with second connecting tube 23 in the water trap 68, and the described 4th
Connecting tube 63 is connected respectively in the 3rd connecting tube 34, and one is further respectively had on the water trap 68 with the described 3rd
The first corresponding groove 27 of disk 32, is respectively arranged with the tank 17 of a semicircular in shape, the tank on the drip tray 9
17 is corresponding with the water pipe 10, and a water pond groove 67 corresponding with the tank 17 is respectively arranged with the drip tray 9,
The water pond groove 67 respectively with the corresponding connection of the tank 17, and the water trap 68 is respectively in the water pond groove 67
Interior slip, in the water trap 68 first inner chamber 24, second connecting tube 23 and the first inner chamber are respectively arranged with
24 corresponding connections, in the water trap 68 second inner chamber 26 is additionally provided with, and in the water trap 68 one second is additionally provided with
Slide opening 25, the first inner chamber 24 is connected to the two ends of second slide opening 25 with the second inner chamber 26, and in institute
The first slide-bar 28 that a slip is respectively arranged with the second slide opening 25 is stated, in one end of first slide-bar 28 sealing is connected with
Block 29, the sealing block 29 can slide in the first inner chamber 24 such that it is able in the process that the sealing block 29 slides
In further second connecting tube 23 can be sealed up such that it is able to up to the purpose for preventing current logical, described first
One is also associated with slide-bar 28 and suppresses disk 30, the disk 30 that suppresses can slide in the second inner chamber 26, and described
A second spring 31 is additionally provided with second inner chamber 26 such that it is able to carry out bullet using disk 30 is suppressed described in the second spring 31 pairs
Pressure such that it is able to further the sealing block 29 is suppressed such that it is able to further by second connecting tube 23
Sealed, so as to prevent the water in the water pipe 10 from arbitrarily flowing out, be connected in the other end of first slide-bar 28
One the 3rd disk 32, in the water pond groove 67 one the 4th disk 33 is further respectively had, and the 4th disk 33 is respectively provided with
On the drip tray 9 such that it is able to after the water trap 68 is slided in the water pond groove 67, can be further
Make the magnetic connection that the 3rd disk 32 is corresponding with the 4th disk 33 such that it is able to further drive described first
The slip of slide-bar 28 such that it is able to drive the slip of the sealing block 29 such that it is able to make second connecting tube 23 realize phase
Corresponding connection such that it is able to make the current in the water pipe 10 lead in second connecting tube 23, so as to further make
Water is flowed in the 3rd connecting tube 34, so as to reach the purpose of draining such that it is able to continue what is slided in the water pipe 10
During the elastic force pressure of the second spring 31 can be utilized to be further driven to the slip of the sealing block 29, so as to using described
Sealing block 29 seals second connecting tube 23, prevents the random draining of second connecting tube 23, can be in the draining
One first groove 27 is set on device 68 such that it is able to the 3rd disk 32 is suppressed in first groove 27, so as to
It is enough further to make the water trap 68 normally slide in the water pond groove 67.
As shown in Figure 5 and Figure 6, two the 4th corresponding support shafts 18, two institutes are connected on the water pipe 10
State and two corresponding sliding bars 19 are connected between the 4th support shaft 18, one and institute are respectively equipped with the water trap 68
The first corresponding slide opening 20 of sliding bar 19 is stated, first bullet for suppressing the slider 7 is respectively equipped with the sliding bar 19
Spring 21, is connected to first connecting tube 22 of one and the corresponding connection of second connecting tube 23, institute on the water trap 68
State the first connecting tube 22 respectively with the corresponding connection of the water cavity 16, one is connected on the water pipe 10 with the tank
17 the 4th corresponding support shafts 18, and the 4th support shaft 18 is connected respectively two, at two described 4th
Two corresponding sliding bars 19 are respectively arranged between support axle 18, the sliding bar 19 is corresponding with the water pipe 10 and in half
Circle is arranged, and one first slide opening 20 is respectively equipped with the water trap 68, and first slide opening 20 is on the sliding bar 19
East China, and one first spring 21 is respectively arranged with the sliding bar 19 such that it is able to using first spring 21
The water trap 68 is suppressed respectively such that it is able to can make the water trap 7 during the water pipe 10 slides
Slide in the water pond groove 67 such that it is able to prevent the water trap 7 from hard collision occurring with the water pond groove 67, from
And realize that the water trap 7 slides so as to avoid being collided with the water pond groove 67 in the sliding bar 19, and can
The water trap 7 is set to reset after suppressing using first spring, 21 pairs of water traps 7, and can be described second
One first connecting tube 22 is connected with connecting tube 23 such that it is able to corresponding with the water cavity 16 using first connecting tube 22
Connection such that it is able to supplied water by first connecting tube, 22 pairs of second connecting tubes 23.
It is connected to second support shaft 11 corresponding with the drip tray 9 on the water pipe 10, described second
A second disk 15 is connected on support axle 11, one is connected on the drip tray 9 relative with the second disk 15
The first disk 14 for answering magnetic to connect, is respectively equipped with one the 3rd inner chamber 70, the 3rd inner chamber 70 respectively on the slider 7
The 8th support shaft 72 of a slip is provided with, one is connected in the 8th support shaft 72 and is slided in the 3rd inner chamber 70
Top pressure axle 71, is respectively equipped with the 4th spring 69 for suppressing the top pressure axle 71, the water pipe 10 in the 3rd inner chamber 70
It is connected respectively in the 8th support shaft 72 side by side, one is connected on the water pipe 10 with the drip tray 9
The second corresponding support shaft 11, second support shaft 11 is corresponding with the drip tray 9 respectively, and at described second
A second disk 15 is connected on support axle 11, one first disk 14 is connected on the drip tray 9, described first
Disk 14 can be corresponding with the second disk 15 magnetic connection, and be respectively arranged with one the on the slider 7
Three inner chambers 70, are respectively arranged with the 8th support shaft 72 of a slip in the 3rd inner chamber 70, and support the described 8th
A top pressure axle 71 is connected on axle 72 such that it is able to respectively phase is carried out to the top pressure axle 71 using the 4th spring 69
Corresponding to suppress such that it is able to further the 8th support shaft 72 is suppressed, the slider 7 is in the process slided
In, institute can further be driven with during the corresponding magnetic of the second disk 15 by first disk 14
State the slip of the 8th support shaft 72 such that it is able to the correspondence of the water pipe 10 is connected in the tank 17, so as to
The correspondence of the water trap 68 can be further set to be connected in the water pond groove 67 such that it is able to further to make described the
Three disks 32 carry out corresponding magnetic connection with the 4th disk 33 such that it is able to further make second connecting tube
23 carry out corresponding connection with the 3rd connecting tube 34 such that it is able to make the current in second connecting tube 23 lead to institute
State in the 3rd connecting tube 34, so as to reach the purpose for controlling the flowing water of the second connecting tube 23.
As shown in Figure 7, Figure 8 and Figure 9, a pressure cylinder inner chamber 46, the pressure cylinder inner chamber are respectively equipped with the slip pressure cylinder 45
The 3rd spring 47 for suppressing the slip pressure cylinder 45 is respectively equipped with 46, on the slip pressure cylinder 45 one the 6th is connected to
Support shaft 48, first drawstring 49 is connected in the 6th support shaft 48, is connected respectively on the grape bracing frame 8
There is one the 7th support shaft 50, a first rotating shaft 52 is connected in the 7th support shaft 50, divide in the first rotating shaft 52
The first runner 51 of a rotation is not provided with, first drawstring 49 is rotated respectively on first runner 51, the control box
The second rotating shaft 54 of a rotation is respectively equipped with 53, second runner 66 is connected in second rotating shaft 54, described
It has been also respectively connected with second rotating shaft 54 in a worm gear 55, the control box 53 and has further respectively had the 3rd rotating shaft 57 of a rotation,
The worm screw 56 of an engagement connection corresponding with the worm gear 55, the 3rd rotating shaft 57 are connected in 3rd rotating shaft 57
On be also respectively connected with a swing handle 58, be respectively equipped with a pressure cylinder inner chamber 46 in the slip pressure cylinder 45, and described
One the 3rd spring 47 is also respectively provided with pressure cylinder inner chamber 46 such that it is able to using the 3rd spring 47 respectively to the pressure cylinder
Inner chamber 46 is suppressed such that it is able to further the axle 13 that presses is suppressed, on the slip pressure cylinder 45 respectively
One the 6th support shaft 48 is connected with, first drawstring 49 is connected in the 6th support shaft 48, and in lawsuit Portugal
Grape bracing frame 8 is also connected to respectively one the 7th support shaft 50, and is connected to one in the 7th support shaft 50
First rotating shaft 52, first drawstring 49 can be rotated on first runner 51 such that it is able to by first runner
51 pairs of first drawstrings 49 are supported so as to ensure the normal rotation to first drawstring 49, and in the control
The second rotating shaft 54 of a rotation is respectively arranged with box processed 53, second runner 66 is connected to second rotating shaft 54
On such that it is able to the rotation of the 3rd rotating shaft 57 can be further driven to during the swing handle 58 is rotated, from
And the rotation of the worm screw 56 can be further driven to, can be by the engagement connection corresponding with the worm gear 55 of the worm screw 56
Afterwards so as to being further driven to the rotation of second runner 66 such that it is able to drive the slip of second drawstring 59, and
And can be further driven to the synchronous slide of first drawstring 49 by the slip of second drawstring 59 such that it is able to
Further pull slip of the slip pressure cylinder 45 in the 3rd support shaft 12 such that it is able to which further drive is described
Press the action of axle 13 such that it is able to make it is described press termination 62 and be pressed in the ground 2, can by the worm gear 55 with
The corresponding engagement connection of the worm screw 56 such that it is able to reach the effect of self-locking, so as to prevent it is described press termination 62 with
Meaning is slided, and can pass through the process for rotating the swing handle 58 in pollard or during loosening the soil
In, corresponding suppressing can be carried out to the slip pressure cylinder 45 by the 3rd spring 47 respectively such that it is able to further
Press described termination 62 and suppress out in the ground 2 such that it is able to further conveniently loosen the soil and pollard operation.
As shown in Figure 10, it is described to press the tapered setting in termination 62, and described pressing in termination 62 is respectively equipped with one and institute
State the termination inner chamber 64 of the corresponding connection of the 4th connecting tube 63, the osculum 65 respectively with the corresponding company of the termination inner chamber 64
Lead to, and the osculum 65 is obliquely arranged, tapered setting is distinguished in the termination 62 that presses such that it is able to press described
Termination 62 arranges tapered such that it is able to further facilitate and the termination 62 that presses is pressed in the ground 2, and can
A termination inner chamber 64 is respectively provided with described pressing in termination 62 such that it is able to by the 4th connecting tube 63 that water is further
It is transported in the termination inner chamber 64 such that it is able to discharged by the osculum 65, and the osculum 65 can be set
Put oblique such that it is able to water is flowed out from osculum 65, and be prevented from soil plug osculum 65.
As shown in figure 1, the one end of the water pipe 10 is connected with the water inlet pipe of one and the corresponding connection of the water cavity 16, Neng Goutong
Cross water inlet pipe to supply water the water cavity 16 such that it is able to further irrigate grape, and water inlet pipe can be with
The water pipe 10 to slide on the sliding axle 6.
As shown in figure 11, the pressure rod 61 includes one first depression bar 73 and one second depression bar 74, first depression bar
73 are respectively equipped with a through hole with second depression bar 74, and first depression bar 73 passes through a fixing bolt with second depression bar 74
75 corresponding connections, the termination 62 that presses is connected respectively on second depression bar 74, and first depression bar 73 is distinguished
Press on axle 13 described in being connected to, can be by the pressure rod 61 by first depression bar 73 and described two parts of second depression bar 74
Constitute, and first depression bar 73 and second depression bar 74 can be carried out respectively by a fixing bolt 75 corresponding
Connection such that it is able to further adjust the angle of first depression bar 73 and second depression bar 74 such that it is able to further
Termination 62 is pressed described in making and be inserted into grape root, can further ensure the absorption to grape to moisture, can be further
Improve the effect of Precision Irrigation.
Embodiment provided above is the better embodiment of the present invention, only for the convenient explanation present invention, not to this
It is bright to make any pro forma restriction, any those of ordinary skill in the art, if putting forward skill without departing from the present invention
In the range of art feature, using the Equivalent embodiments for locally changing done by disclosed technology contents or modify, and
Without departing from the technical characteristic content of the present invention, still fall within the range of the technology of the present invention feature.
Claims (8)
1. a kind of agriculture wine-growing booth exempts from pipe laying Precision Irrigation device, includes a ground, is vertically arranged on the ground
There is a body of wall, row's support beam is tiltedly installed between the body of wall and the ground, side by side the support beam is provided with plastics
Film, is additionally provided with multiple rows of grape bracing frame on the ground, it is characterised in that：It is connected to one in the support beam side by side
One support shaft, is connected with a sliding axle corresponding with the support beam, on the sliding axle in first support shaft side by side
The slider of a slip is respectively equipped with, side by side correspondence is connected with a water pipe on the slider, on the grape bracing frame respectively
A drip tray is connected with, a water trap corresponding with the drip tray is respectively equipped with the water pipe, be provided with the water pipe
One water cavity, is respectively equipped with the second connecting tube of a connection corresponding with the water cavity, the drip tray control in the water trap
The water trap draining；
It is connected to one the 3rd support shaft on the grape bracing frame side by side, in the 3rd support shaft slip is respectively equipped with
Slip pressure cylinder, side by side correspondence is connected with one and presses axle on the slip pressure cylinder, and described pressing be connected on axle a row pressure
Lever, be connected on the pressure rod one it is corresponding with the ground press termination, described pressing set respectively on termination
There is an osculum, the 4th connecting tube of a connection corresponding with second connecting tube is connected with the osculum；
Side by side one first drawstring is connected on the slip pressure cylinder, side by side correspondence is connected with a control on the grape bracing frame
Box processed, is provided with the second runner of a rotation in the control box, second runner is provided with one second drawstring, and described first draws
Rope is connected on second drawstring.
2. according to claim 1 a kind of agriculture wine-growing booth exempts from pipe laying Precision Irrigation device, it is characterised in that：It is described
The T-shaped setting of sliding axle, is respectively equipped with a body inner chamber corresponding with the sliding axle, in the body on the slider
Chamber both sides include respectively the 5th support shaft being connected on the slider, and in the 5th support shaft one turn is respectively equipped with
The first dynamic roller, the first roller described in both sides is rotated respectively on the sliding axle, and on the slider two are connected to
Individual corresponding bracing frame, is respectively equipped with a through hole on support frame as described above, the driving for being provided with a rotation in the through hole side by side turns
Axle, described drive shaft one end is connected with one second sprocket wheel, wherein slider described in is provided with motor-driven first chain
Wheel, by the corresponding connection of a chain between first sprocket wheel and second sprocket wheel, on the sliding axle one is respectively equipped with
Tooth bar, is connected to the first gear of an engagement connection corresponding with the tooth bar in the drive shaft.
3. according to claim 1 a kind of agriculture wine-growing booth exempts from pipe laying Precision Irrigation device, it is characterised in that：It is described
It is respectively equipped with drip tray in the tank of a semicircular in shape, the tank and includes a water pond being located on the drip tray respectively
Groove, the water trap slides respectively in the water pond groove, one is respectively equipped with the water trap and is connected with described second
The first inner chamber of corresponding connection is managed, a second inner chamber corresponding with the first inner chamber, institute are additionally provided with the water trap
State and be additionally provided with water trap one second slide opening, second slide opening is corresponding with the first inner chamber and the second inner chamber respectively
Connection, is respectively equipped with the first slide-bar of a slip in second slide opening, described first slide-bar one end is connected with one described the
The sealing block slided in one inner chamber, the sealing block is corresponding with second connecting tube, also connects respectively on first slide-bar
Be connected to one slide in the described second cunning chamber suppress disk, one be respectively equipped with the second inner chamber suppress and described suppress the of disk
Two springs, the other end of first slide-bar is connected in one the 3rd disk, the water pond groove and includes a company respectively
The 4th disk being connected on the water trap, the 4th disk magnetic connection corresponding with the 3rd disk, the draining
Threeth connecting tube corresponding with second connecting tube is provided with device, the 4th connecting tube is connected respectively described
In 3rd connecting tube, first groove corresponding with the 3rd disk is further respectively had on the water trap.
4. a kind of agriculture wine-growing booth exempts from pipe laying Precision Irrigation device according to claim 1 or 3, it is characterised in that：
Two the 4th corresponding support shafts are connected on the water pipe, between two the 4th support shafts two are connected to
Individual corresponding sliding bar, is respectively equipped with first slide opening corresponding with the sliding bar, the slip on the water trap
First spring for suppressing the slider is respectively equipped with bar, one is connected on the water trap and is connected with described second
Manage the first connecting tube of corresponding connection, first connecting tube connection corresponding with the water cavity respectively；
Second support shaft corresponding with the drip tray is connected on the water pipe, in second support shaft respectively
A second disk is connected with, the first magnetic of a magnetic connection corresponding with the second disk is connected on the drip tray
Disk, is respectively equipped with one the 3rd inner chamber on the slider, the 8th support shaft of a slip, institute are respectively equipped with the 3rd inner chamber
State and a top pressure axle slided in the 3rd inner chamber is connected in the 8th support shaft, be respectively equipped with the 3rd inner chamber
One the 4th spring for suppressing the top pressure axle, the water pipe is connected respectively in the 8th support shaft side by side.
5. according to claim 1 a kind of agriculture wine-growing booth exempts from pipe laying Precision Irrigation device, it is characterised in that：It is described
A pressure cylinder inner chamber is respectively equipped with slip pressure cylinder, the 3rd bullet for suppressing the slip pressure cylinder is respectively equipped with the pressure cylinder inner chamber
Spring, is connected to one the 6th support shaft on the slip pressure cylinder, first drawstring is connected to the 6th support shaft
On, one the 7th support shaft is connected on the grape bracing frame, it is connected to one first turn in the 7th support shaft
Axle, is respectively equipped with the first runner of a rotation in the first rotating shaft, first drawstring turns respectively on first runner
It is dynamic, the second rotating shaft of a rotation is respectively equipped with the control box, second runner is connected in second rotating shaft,
A worm gear is also respectively connected with second rotating shaft, the 3rd rotating shaft of a rotation has been further respectively had in the control box, it is described
The worm screw of an engagement connection corresponding with the worm gear is connected in 3rd rotating shaft, is also respectively connected with the 3rd rotating shaft
There is a swing handle.
6. according to claim 1 a kind of agriculture wine-growing booth exempts from pipe laying Precision Irrigation device, it is characterised in that：It is described
The tapered setting in termination is pressed, and described presses the termination that a connection corresponding with the 4th connecting tube is respectively equipped with termination
Inner chamber, osculum connection corresponding with the termination inner chamber respectively, and the osculum are obliquely arranged.
7. according to claim 1 a kind of agriculture wine-growing booth exempts from pipe laying Precision Irrigation device, it is characterised in that：It is described
Water pipe one end is connected with the water inlet pipe of a connection corresponding with the water cavity.
8. according to claim 1 a kind of agriculture wine-growing booth exempts from pipe laying Precision Irrigation device, it is characterised in that：It is described
Pressure rod includes one first depression bar and one second depression bar, and first depression bar is respectively equipped with a through hole with second depression bar,
, by the corresponding connection of a fixing bolt, the termination that presses is connected respectively for first depression bar and second depression bar
On second depression bar, first depression bar is connected to described pressing on axle.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202010389352.6A CN111386938B (en) | 2016-12-25 | 2016-12-25 | Intelligent agricultural greenhouse pipe laying-free accurate irrigation device |
| CN201611213291.8A CN106577044B (en) | 2016-12-25 | 2016-12-25 | Accurate irrigation equipment of pipelaying is exempted from to agriculture grape planting big-arch shelter |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611213291.8A CN106577044B (en) | 2016-12-25 | 2016-12-25 | Accurate irrigation equipment of pipelaying is exempted from to agriculture grape planting big-arch shelter |
Related Child Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202010389352.6A Division CN111386938B (en) | 2016-12-25 | 2016-12-25 | Intelligent agricultural greenhouse pipe laying-free accurate irrigation device |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106577044A true CN106577044A (en) | 2017-04-26 |
| CN106577044B CN106577044B (en) | 2020-07-21 |
Family
ID=58601498
Family Applications (2)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202010389352.6A Active CN111386938B (en) | 2016-12-25 | 2016-12-25 | Intelligent agricultural greenhouse pipe laying-free accurate irrigation device |
| CN201611213291.8A Active CN106577044B (en) | 2016-12-25 | 2016-12-25 | Accurate irrigation equipment of pipelaying is exempted from to agriculture grape planting big-arch shelter |
Family Applications Before (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202010389352.6A Active CN111386938B (en) | 2016-12-25 | 2016-12-25 | Intelligent agricultural greenhouse pipe laying-free accurate irrigation device |
Country Status (1)
| Country | Link |
|---|---|
| CN (2) | CN111386938B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111406559A (en) * | 2020-04-26 | 2020-07-14 | 郭钊鑫 | Three-dimensional intelligent agricultural sprinkling irrigation system |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN111386938B (en) | 2021-07-16 |
| CN106577044B (en) | 2020-07-21 |
| CN111386938A (en) | 2020-07-10 |
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