CN207978587U - A kind of Landscape water-saving irrigation system - Google Patents

A kind of Landscape water-saving irrigation system Download PDF

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Publication number
CN207978587U
CN207978587U CN201820350375.4U CN201820350375U CN207978587U CN 207978587 U CN207978587 U CN 207978587U CN 201820350375 U CN201820350375 U CN 201820350375U CN 207978587 U CN207978587 U CN 207978587U
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China
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water
pipe
supply
sink
irrigation system
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CN201820350375.4U
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Chinese (zh)
Inventor
许梦雪
胡昊
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Zhejiang Municipal Garden Tsukito Design Inc
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Zhejiang Municipal Garden Tsukito Design Inc
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    • YGENERAL 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
    • Y02TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02ATECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
    • Y02A40/00Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
    • Y02A40/10Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture
    • Y02A40/22Improving land use; Improving water use or availability; Controlling erosion

Abstract

The utility model is related to treegarden irrigation fields, specifically disclose a kind of Landscape water-saving irrigation system, including droping irrigating pipe, the sink being connected by conduit with droping irrigating pipe, and the feed pipe communicated with sink, the first water pump and the first solenoid valve are respectively arranged on the conduit and feed pipe, the sink top setting filtering permeable layer, the first water-supply-pipe communicated therewith is provided on the sink, it is provided on first water-supply-pipe and pumps pump, several the second water-supply-pipes extended to outside soil are provided on first water-supply-pipe along its length, and the second water-supply-pipe end set has spray head, its key points of the technical solution are that, has the advantages that improve treegarden irrigation effect to improve plant survival rate.

Description

A kind of Landscape water-saving irrigation system
Technical field
The utility model is related to treegarden irrigation field, more particularly to a kind of Landscape water-saving irrigation system.
Background technology
In the common irrigation method in gardens, pipeline water is typically used, is introduced the water into gardens and is poured with sebific duct, to water Resource, which causes to will appear while very big waste, irrigates the uneven equal poor situation of irrigation effects, and irrigation effect difference can cause to plant Plant death rate increases, and the impact force of flow is larger, directly impacts crop, soil, be easy to cause crop damage, soil stream Lose situation sometimes can go out soil the root of seedling and cause death of seedling especially in initial planting.
Application No. is the Chinese patents of CN201721030918.6 to disclose a kind of Landscape water-saving irrigation system, it includes flower Altar, water storage and drainage plate and sink, parallel interval is provided with multiple irrigation conduits in flower bed, and irrigation conduit outer surface offers irrigation Hole(Poured by way of trickle irrigation), sink be arranged below flower bed, water storage and drainage plate between flower bed and sink, Storage chamber and osculum are evenly distributed on water storage and drainage plate;The sink side is communicated with oral siphon, the other side peace of sink Equipped with conduit, oral siphon is connected with the aqueduct for being embedded in underground, and electrically-controlled valve is equipped on oral siphon;The conduit and irrigation Pipeline is connected, and water pump is additionally provided on conduit.The Landscape water-saving irrigation system structure is reasonable, saves water and energy, is arranged by water storage The design of water plate, can either useful storage, be also possible to prevent a large amount of ponding damage plants, avoid the waste of water resource.
Although this Landscape water-saving irrigation system solves pipeline water and pours and occurs irrigating uneven, soil flowing water ask Topic, and accomplish recycling for water resource, but this is only suitble to the irrigation of garden grass glade, has certain altitude branch irrigating When dry plant, the blade on plant can not pour in place, when plant leaf blade accumulates more dust, can influence ornamental plant Aesthetic effect, or even influence whether the respiration and photosynthesis of plant, and then lead to the death of plant.
Utility model content
In view of the deficienciess of the prior art, the purpose of this utility model is to provide a kind of Landscape water-saving irrigation system, Has the advantages that improve treegarden irrigation effect to improve plant survival rate.
The above-mentioned technical purpose of the utility model technical scheme is that:
A kind of Landscape water-saving irrigation system, including droping irrigating pipe, the sink, the Yi Jiyu that are connected by conduit with droping irrigating pipe The feed pipe that sink communicates is respectively arranged with the first water pump and the first solenoid valve, the sink top on the conduit and feed pipe Permeable layer is filtered in end setting, is provided with the first water-supply-pipe communicated therewith on the sink, is provided on first water-supply-pipe Pump is pumped, is provided with several the second water-supply-pipes extended to outside soil, and on first water-supply-pipe along its length Two water-supply-pipe end sets have spray head.
So set, the startup by controlling the first water pump so that the water in sink enters in droping irrigating pipe, part water It is exited into soil out of droping irrigating pipe, realizes and irrigate, and extra water resource is permeated down, is eventually re-entered In sink, such irrigation method can irrigate uniformly, and can reduce the waste of irrigation water.
When plant leaf blade dust accumulation is more, the startup of pump is pumped by control so that it is defeated that the water in sink enters first In water pipe, under the power drive for pumping pump, flow up enters in the second water-supply-pipe, is finally sprayed from spray head, real Now the sprinkling irrigation of diseases on plant stalk and blade can clean blade, garden is improved with this while realizing to plant irrigation The beauty of woods plant and the generation for avoiding the excessive death condition of plant leaf blade dust accumulation, and in the higher weather of temperature, blade exists Under sunlight, plant leaf blade can be caused impaired because temperature is excessively high, blade can be avoided to be damaged feelings by such irrigation method The generation of condition while reducing the waste of water resource, has under being used cooperatively of two kinds of irrigation methods and improves treegarden irrigation The advantages of effect is to improve plant survival rate.
Further preferably:Second water-supply-pipe includes the upper water delivery section being slidably connected and lower water delivery section, defeated under described It is provided in water section for driving upper water delivery section sliding to change the drive component of spray field.
So set, the spraying range due to spray head is certain, on the second water-supply-pipe periphery there is sprinkling blind area, pass through Second water-supply-pipe is set as the upper water delivery section being mutually slidably connected and lower water delivery section, under the driving of drive component so that upper defeated Water section is slided down, reduces the spraying range that spray head is sprayed water in real time, the sprinkling blind area of spray head is reduced with this, improves irrigation Thus uniformity improves treegarden irrigation effect to improve plant survival rate.
Further preferably:The driving component be mounted on lower water delivery section on mounting bracket, be slidably mounted on mounting bracket And the sliding panel being connected with upper water delivery section, several tooth sockets for being opened up along sliding panel length direction and it is rotatably arranged on mounting bracket Driving gear that is upper and being meshed with tooth socket is provided on the mounting bracket and the driving motor that drives gear to be connected.
So set, under the driving of driving motor, the rotation of sliding tooth wheel is driven, driving gear band is dynamic to offer tooth socket Sliding panel slides, and sliding panel is slided with upper water delivery section, changed the spraying range of spray head with this, reduce the spray of spray head together Blind area is spilt, the uniformity of irrigation is improved, thus improves treegarden irrigation effect to improve plant survival rate.
Further preferably:The driving motor is set as positive and negative motor.
So set, being set as positive and negative motor by driving motor, driving gear can driven alternately to rotate and reverse, Finally sliding panel is driven to slide up and down so that during single is irrigated, can irrigate different spraying ranges, improve and irrigate While uniformity, working efficiency can be improved.
Further preferably:The upper water delivery section offers several water sprayering holes along its length.
So set, the pouring due to cannot achieve spray head in lower water delivery segment limit, shines water hole by opening up, it is defeated under In the case of water section water flowing, part water can be sprayed from water hole is shone, and be poured to the plant leaf blade in lower water delivery segment limit, further The uniformity irrigated is improved, the survival rate of lower water delivery segment limit implants is improved.
Further preferably:The water sprayering hole is set as tilting up.
So set, being set as tilting up by shining water hole so that impulse force is had more from the flow that water hole sprays is shone, it can Play the role of cleaning to blade.
Further preferably:Be provided on first water-supply-pipe pumped between pump and sink second solenoid valve, with And in second solenoid valve and pump and be provided with the third water-supply-pipe being connected with external water source between pump, and it is set on third water-supply-pipe It is equipped with the third solenoid valve of its keying of control.
So set, since sink is set in soil, the excessive one side of setting can cause construction cost higher, in addition On the one hand meeting floor space is excessive influences the ecological of soil inside itself, by the way that third water-supply-pipe is arranged, and in the second electricity Under the cooperation of magnet valve and third solenoid valve, realizes the change to the first water-supply-pipe water supply source, accounting for for sink can be reduced with this Use area.
Further preferably:First water-supply-pipe is arranged in the bottom end of droping irrigating pipe and offsets with droping irrigating pipe, and First water-supply-pipe and the angled setting of droping irrigating pipe.
So set, by the first water-supply-pipe and the angled setting of droping irrigating pipe, so that the first water-supply-pipe and trickle irrigation Pipeline forms several grids, is equivalent to the lapping in soil and plays fixation, the possibility of soil losses is reduced with this, improves and plants The survival rate of object initial planting.
In conclusion the utility model having the beneficial effect that in contrast to the prior art:Trickle irrigation by droping irrigating pipe and spray The sprinkling for drenching head, can be uniform to plant irrigation, reduces damage of the natural cause to plant, the survival rate of plant is improved with this.
Under the driven of positive and negative motor rotated and reverse, drives driving gear alternately to rotate and reverse, finally lead It causes sliding panel up and down reciprocatingly to slide, changes the spraying range of spray head with this, and under the cooperation for shining water hole, reduce spray head Sprinkling blind area, improve the sprinkling uniformity of spray head with this, and then improve the survival rate of plant.
Description of the drawings
Fig. 1 is the structural schematic diagram of embodiment;
Fig. 2 is the enlarged drawing of A in embodiment Fig. 2.
Reference numeral:1, third solenoid valve;2, droping irrigating pipe;3, conduit;31, the first water pump;4, sink;5, feed pipe; 51, the first solenoid valve;6, permeable layer is filtered;7, the first water-supply-pipe;71, pump is pumped;8, drive component;81, mounting bracket;82, sliding Movable plate;83, tooth socket;84, gear is driven;85, driving motor;9, the second water-supply-pipe;91, upper water delivery section;92, lower water delivery section;10、 Spray head;11, water hole is shone;12, second solenoid valve;13, third water-supply-pipe.
Specific implementation mode
The utility model is described in further detail below in conjunction with attached drawing.
A kind of Landscape water-saving irrigation system, it is shown referring to Fig.1, including droping irrigating pipe 2, sink 4, feed pipe 5.
Wherein, 5 one end of feed pipe is connected with external water source, and the other end is connected with sink 4, and is provided on feed pipe 5 Control the first solenoid valve 51 of its keying;Sink 4 is arranged in soil, and the top of sink 4 is provided with filtering permeable layer 6, The conduit 3 communicated with inside sink 4 is provided on sink 4, the other end on conduit 3 is connected with droping irrigating pipe 2, and conduit 3 On be provided with the first water pump 31.
Droping irrigating pipe 2 is similarly provided in soil, and droping irrigating pipe 2 is provided with several, and it is equidistant be arranged in parallel, Every 2 upper edge of droping irrigating pipe its circumferential direction offers several trepannings(It is not shown in figure), and trepanning is simultaneously along 2 length of droping irrigating pipe Extending direction is arranged.
Be provided on sink 4 it is several with the first water-supply-pipe 7 that is being communicated inside sink 4, in sink on several first water-supply-pipes 7 4 one end, which are provided with, pumps pump 71, and the first water pump 31 is set as centrifugal pump, and several first water-supply-pipe, 7 other ends are equidistant parallel to be set It sets, the first water-supply-pipe 7 is located at the lower section of droping irrigating pipe 2 and offsets with 2 bottom end of droping irrigating pipe, and the first water-supply-pipe 7 and drop 2 angled setting of pipeline is filled, in this embodiment, the first water-supply-pipe 7 and droping irrigating pipe 2 are arranged in a mutually vertical manner, but the first water delivery Pipe 7 and droping irrigating pipe 2 are not limited to and are vertically arranged.
It is worth noting that every first water-supply-pipe, 7 the first water-supply-pipe of upper edge, 7 length direction is provided with and several extends to soil The second water-supply-pipe 9 outside earth, and 9 end set of the second water-supply-pipe has spray head 10.Wherein.Second water-supply-pipe 9 includes mutual The upper water delivery section 91 and lower water delivery section 92, upper water delivery section 91 being slidably connected are set in lower water delivery section 92.
It is provided with reference to shown in Fig. 2, and in lower water delivery section 92 for driving the sliding of upper water delivery section 91 to change water spray model The drive component 8 enclosed, drive component 8 include the mounting bracket 81 being mounted in lower water delivery section 92, and mounting bracket 81 is located at lower water delivery section 92 top, on mounting bracket 81 sliding be provided with sliding panel 82,82 other end of sliding panel is connected to the top of water delivery section 91, sliding Be uniformly provided with several tooth sockets 83 on movable plate 82 along its length, and on mounting bracket 81 by rotation axis rotation be provided with The driving gear 84 that tooth socket 83 is meshed is provided with the driving motor 85 with the concentric connection of rotation axis, driving on mounting bracket 81 Motor 85 is set as positive and negative motor.
It is noted that upper water delivery section 91 offers several water sprayering holes along its length, water hole 11 is shone simultaneously along it Circumferentially open up, and shine water hole 11 be set as tilt and up.
Shown in referring to Fig.1, it is provided with second solenoid valve 12 on the first water-supply-pipe 7 pumped between pump 71 and sink 4, It second solenoid valve 12 and pumps and is provided with the third water-supply-pipe 13 being connected with external water source between pump 71, in this embodiment, third Water-supply-pipe 13 is connected with feed pipe 5, and the third solenoid valve 1 of its keying of control is provided on third water-supply-pipe 13.
The course of work:
When needing progress trickle irrigation, need not spray, start the first water pump 31, the water in sink 4 is in the first water pump 31 It under twitch, enters in droping irrigating pipe 2, is flowed out from the trepanning of droping irrigating pipe 2 in flow, the filling to plant root is realized with this It irrigates.
When the water in sink 4 is inadequate, the first solenoid valve 51 is opened, is supplied water to sink 4 by feed pipe 5.
When needing to spray and supplied water by sink 4, second solenoid valve 12 is opened, starts and pumps pump 71, in sink 4 Flow enters in the first water-supply-pipe 7, enters back into lower water delivery section 92 and upper water delivery section 91, and from shining, water hole 11 is interior to spray part water Go out, another part water is sprayed from spray head 10.While pump 71 is pumped in startup, start driving motor 85, drives driving gear 84 rotations, drive sliding panel 82 up or down to be slided with upper water delivery section 91, change the spraying range of spray head 10, and drive Dynamic motor 85 is set as positive and negative motor so that sliding panel 82 can be slided up and down reciprocatingly.
When it not is to be supplied water by sink 4 to need to spray, second solenoid valve 12 is closed, opens second solenoid valve 12, Then start and pump pump 71, the flow in feed pipe 5 enters in the first water-supply-pipe 7, enters back into lower water delivery section 92 and upper defeated In water section 91, part water is sprayed from ejection in water hole 11, another part water is shone from spray head 10.The same of pump 71 is pumped starting When, start driving motor 85, drives driving gear 84 to rotate, sliding panel 82 is driven up or to be slid down with upper water delivery section 91 It is dynamic, change the spraying range of spray head 10, and driving motor 85 is set as positive and negative motor so that sliding panel 82 can be past up and down Multiple sliding.
The above is only the exemplary embodiment of the utility model, the protection model rather than limited the present invention It encloses, the scope of protection of the utility model is determined by the attached claims.

Claims (8)

1. a kind of Landscape water-saving irrigation system, including droping irrigating pipe (2), the sink that is connected by conduit (3) with droping irrigating pipe (2) (4) and with sink (4) feed pipe (5) communicated is respectively arranged with the first water pump on the conduit (3) and feed pipe (5) (31) and the first solenoid valve (51), it is characterized in that:Sink (4) top, which is arranged, filters permeable layer (6), on the sink (4) It is provided with the first water-supply-pipe (7) communicated therewith, is provided on first water-supply-pipe (7) and pumps pump (71), described first is defeated Several the second water-supply-pipes (9) extended to outside soil, and the second water-supply-pipe (9) are provided on water pipe (7) along its length End set has spray head (10).
2. a kind of Landscape water-saving irrigation system according to claim 1, it is characterized in that:Second water-supply-pipe (9) includes The upper water delivery section (91) and lower water delivery section (92) being slidably connected are provided with for driving upper water delivery section on the lower water delivery section (92) (91) sliding is to change the drive component (8) of spray field.
3. a kind of Landscape water-saving irrigation system according to claim 2, it is characterized in that:The driving component (8) is mounted on Mounting bracket (81) on lower water delivery section (92), the sliding panel for being slidably mounted on mounting bracket (81) and being connected with upper water delivery section (91) (82), it several tooth sockets (83) for being opened up along sliding panel (82) length direction and is rotatably arranged on mounting bracket (81) and and tooth The driving gear (84) that slot (83) is meshed is provided with the driving motor being connected with driving gear (84) on the mounting bracket (81) (85)。
4. a kind of Landscape water-saving irrigation system according to claim 3, it is characterized in that:The driving motor (85) is set as Positive and negative motor.
5. a kind of Landscape water-saving irrigation system according to claim 2, it is characterized in that:The upper water delivery section (91) is grown along it Degree direction offers several water sprayering holes.
6. a kind of Landscape water-saving irrigation system according to claim 5, it is characterized in that:The water sprayering hole is set as tilting past On.
7. a kind of Landscape water-saving irrigation system according to claim 1, it is characterized in that:Pumping pump (71) and sink (4) Between first water-supply-pipe (7) on be provided with second solenoid valve (12) and in second solenoid valve (12) and pump pump (71) it is provided with the third water-supply-pipe (13) being connected with external water source between, and is provided on third water-supply-pipe (13) and controls it The third solenoid valve (1) of keying.
8. a kind of Landscape water-saving irrigation system according to claim 1, it is characterized in that:First water-supply-pipe (7) setting Offset in the bottom end of droping irrigating pipe (2) and with droping irrigating pipe (2), and the first water-supply-pipe (7) with droping irrigating pipe (2) is angled sets It sets.
CN201820350375.4U 2018-03-14 2018-03-14 A kind of Landscape water-saving irrigation system Active CN207978587U (en)

Priority Applications (1)

Application Number Priority Date Filing Date Title
CN201820350375.4U CN207978587U (en) 2018-03-14 2018-03-14 A kind of Landscape water-saving irrigation system

Applications Claiming Priority (1)

Application Number Priority Date Filing Date Title
CN201820350375.4U CN207978587U (en) 2018-03-14 2018-03-14 A kind of Landscape water-saving irrigation system

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CN207978587U true CN207978587U (en) 2018-10-19

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN115316228A (en) * 2022-08-25 2022-11-11 浙江萧建集团有限公司 Water circulation irrigation system for urban landscape greening

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN115316228A (en) * 2022-08-25 2022-11-11 浙江萧建集团有限公司 Water circulation irrigation system for urban landscape greening

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