CN208227969U - Terraced fields automatic irrigation system - Google Patents
Terraced fields automatic irrigation system Download PDFInfo
- Publication number
- CN208227969U CN208227969U CN201820792806.2U CN201820792806U CN208227969U CN 208227969 U CN208227969 U CN 208227969U CN 201820792806 U CN201820792806 U CN 201820792806U CN 208227969 U CN208227969 U CN 208227969U
- Authority
- CN
- China
- Prior art keywords
- terraced fields
- water
- irrigation
- tank
- crop
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Fertilizing (AREA)
Abstract
A kind of terraced fields automatic irrigation system, including irrigation rig, fertilizer apparatus, the chemical spraying device that the collecting-tank below minimum level-one terraced fields is arranged in and is arranged on terraced fields at different levels, water in collecting-tank is delivered to the irrigation rig on terraced fields highest level terraced fields by the water pump of the pool side that catchments setting by water-supply-pipe, irrigation rig on terraced fields at different levels is sequentially communicated by water supply pipe, so that the water energy in the irrigation rig being delivered on terraced fields at the highest level is enough assigned to the irrigation rig on terraced fields at different levels, chemical spraying device and fertilizer apparatus are separately positioned on irrigation rig two sides.The utility model can be by moisture conveying to crop root, reduce the evaporation of moisture, water resource is saved, fertilizer apparatus can provide nutrient required for growth for crop, the sliding rail activity that the spraying mechanism of chemical spraying device can be arranged along bracket, to make motion along the long axis of the spraying mechanism along terraced fields, so that pesticide is uniformly sprayed on crop.
Description
Technical field
The utility model relates to agricultural irrigation technology more particularly to a kind of terraced fields automatic irrigation systems.
Background technique
Terraced fields are a kind of Land-Uses for efficiently using mountain planting crop, non-usually in the uniform area of rainfall
See, but dry and wet season clearly demarcated mountain area be but difficult to promote, the cultivation of crops is too by rainwater condition system in the terraced fields of highlands
About, rainwater a part of rainy weather landing has irrigated soil, and there are also greatly evaporate to scatter and disappear.Once long without rainwater, just
It can only lean on crops just can only be arid lethal, so that the harvest of crops has great unstability, in order to guarantee crop just
It is frequently grown, obtains stable high yield, it is necessary to supply crop with sufficient moisture.
Summary of the invention
It adequate water is provided, saves water resource in view of this, crop can be stabilized to it is necessary to provide one kind, irrigate, apply
The terraced fields automatic irrigation system that fertilizer, application can carry out simultaneously.
A kind of terraced fields automatic irrigation system, including the collecting-tank below minimum level-one terraced fields is arranged in and is arranged in ladders at different levels
The water pump of irrigation rig, fertilizer apparatus, chemical spraying device on field, the pool side that catchments setting is defeated by water-supply-pipe by the water in collecting-tank
It sending to the irrigation rig on terraced fields highest level terraced fields, the irrigation rig on terraced fields at different levels is sequentially communicated by water supply pipe, so that
The water energy in irrigation rig being delivered on terraced fields at the highest level is enough assigned to the irrigation rig on terraced fields at different levels, chemical spraying device and
Fertilizer apparatus is separately positioned on irrigation rig two sides, and the irrigation rig includes water tank, irrigation water main pipeline, at least two drops
Pipeline is filled, water tank is arranged in terraced fields raised path through fields side, and irrigation water main pipeline is connected to water storage pot bottom, at least two droping irrigating pipes
It is connected to irrigation water main pipeline, the water to need crop is transported to crop root by least two droping irrigating pipes, described
Fertilizer apparatus includes the mixed organization that the agitator tank of water tank side is arranged in and is arranged in agitator tank, is passed through at the top of agitator tank
Connecting tube is connected to water tank, and bottom is connected to by connecting tube with irrigation water main pipeline, and fertilizer adding mouth is arranged at the top of agitator tank,
Fertilizer adding mouth is provided with movable flashboard far from the lower section at the top of agitator tank, and mixed organization is used to stir the fertilizer being added, dissolution
Droping irrigating pipe is delivered to by irrigation water main pipeline afterwards, and penetrates into crop root, the chemical spraying device includes dispensing canister, branch
Frame, spraying mechanism, dispensing canister are located at water tank side, and top is connected to water tank, and bottom is connected to by hose with spraying mechanism,
Bracket is arranged on the raised path through fields of terraced fields surrounding, and sliding rail is provided on bracket, and spraying mechanism is arranged on bracket, and by bracket
Sliding rail along terraced fields motion along the long axis, so that pesticide is uniformly sprayed on crop.
Preferably, the spraying mechanism includes two electronic sliding blocks, fixed link, grug transportation tubes, and two electronic sliding block opposite directions are set
It sets on bracket, and it is logical that a strip can be offered respectively on the motion along the long axis of terraced fields, two electronic sliding blocks
Hole, fixed link pass through strip through-hole and connect with two electronic sliding blocks, and fixed link both ends are further fixedly arranged on anti-fall off block, to
Prevent fixed link from falling off from two electronic sliding blocks, grug transportation tube is fixed at fixed link lower part, is evenly distributed on grug transportation tube
At least two atomizers, let go uniformly to divide pesticide.
Preferably, at least two pin holes are offered on described two electronic sliding blocks, at least two pin holes are logical positioned at strip
Hole two sides offer on anti-fall off block and pass through pin hole with corresponding pin hole on two electronic sliding blocks, pin shaft, by anti-fall off block with
Two electronic sliding blocks connections are inserted into anti-fall off block, in the pin hole on two electronic sliding blocks by adjusting pin shaft, to complete to fixation
The adjustment of bar height and to the relatively fixed of fixed link and two electronic sliding blocks.
Preferably, the mixed organization includes driving motor, crankshaft, stirring blade, motion bar, and crankshaft one end passes through stirring
Tank top is connect with driving motor, and the other end connects stirring blade, and motion bar one end is connect with crankshaft mobility, the other end and activity
Flashboard pin joint, driving motor drive crank rotation, move back and forth motion bar, and then driving activity flashboard, the connection of crankshaft one end
Stirring blade also rotate simultaneously, so that fertilizer is fallen on one side, stir on one side.
Preferably, the stirring pot bottom is provided with grid, to the fertiliser granulates for stopping to be added, prevents fertiliser granulates stifled
The outlet of plug stirring pot bottom.
Preferably, liquidometer, the liquid installed on the water tank on terraced fields highest level terraced fields are provided on the water tank
Position meter is electrically connected with water pump, and the solenoid valve of the liquidometer and setting of the water tank installation on remaining terraced fields on water supply pipe is electrical
Connection.
Preferably, there are four moisture transducers, four moisture transducers to irrigate with setting for distribution in the terraced fields at different levels
Solenoid valve on water main pipeline is electrically connected.
The utility model by adopting the above technical scheme, the beneficial effect is that: the utility model irrigation rig can for ladder
The crop grown on field provides moisture required for crop, and the droping irrigating pipe of irrigation rig can be by moisture conveying to root of the crop
Portion reduces the evaporation of moisture, has saved water resource, and fertilizer apparatus can provide nutrient required for growth, fertilising for crop
The mixed organization of device can speed up the fertilizer dissolution being added in agitator tank, thus prevent fertiliser granulates dissolution slowly, blocking
Agitator tank water outlet, chemical spraying device can spray drug in time, prevent crop disease and insect, the spraying mechanism of chemical spraying device being capable of edge
The sliding rail activity being arranged on bracket, to make motion along the long axis of the spraying mechanism along terraced fields, uniformly to spray pesticide
Onto crop.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the structural schematic diagram of another angle in Fig. 1.
Fig. 3 is the partial structural diagram of the utility model.
Fig. 4 is the structural schematic diagram of another angle of Fig. 3.
Fig. 5 is the partial enlarged view of Fig. 4.
Fig. 6 is the structural schematic diagram of the utility model agitator tank.
Fig. 7 is the cross-sectional view of Fig. 6.
In figure: collecting-tank 10, water pump 101, water-supply-pipe 102, irrigation rig 20, water tank 201, irrigation water main pipeline 202,
At least two droping irrigating pipes 203, fertilizer apparatus 30, agitator tank 301, fertilizer adding mouth 3011, movable flashboard 30111, water outlet
3012, mixed organization 302, driving motor 3021, crankshaft 3022, stirring blade 3023, motion bar 3024, chemical spraying device 40, match
Medicinal cupping 401, bracket 402, spraying mechanism 403, two electronic sliding blocks 4031, strip through-hole 40311, fixed links 4032, anticreep
Fall block 40321, grug transportation tube 4033, atomizer 40331, water supply pipe 50.
Specific embodiment
Fig. 1 to Fig. 7 is please referred to, the utility model embodiment provides a kind of terraced fields automatic irrigation system, including setting exists
Collecting-tank 10 below minimum level-one terraced fields and irrigation rig 20, the fertilizer apparatus 30, chemical spraying device being arranged on terraced fields at different levels
40, collecting-tank 10, when the water in collecting-tank 10 is inadequate, can also supplement other irrigations for collecting rainwater into collecting-tank 10
Water in collecting-tank 10 is delivered to terraced fields highest by water-supply-pipe 102 by the water pump 101 of required water, the setting of 10 side of collecting-tank
Irrigation rig 20 on level-one terraced fields, the irrigation rig 20 on terraced fields at different levels is sequentially communicated by water supply pipe 50, so as to be delivered to
The water energy in irrigation rig 20 on terraced fields at the highest level is enough assigned to the irrigation rig 20 on terraced fields at different levels, chemical spraying device 40 and
Fertilizer apparatus 30 is separately positioned on 20 two sides of irrigation rig, and the irrigation rig 20 includes water tank 201, irrigation water main pipeline
202, at least two droping irrigating pipe 203, water tank 201 are arranged in terraced fields raised path through fields side, irrigation water main pipeline 202 and water tank
The connection of 201 bottoms, at least two droping irrigating pipes 203 are connected to irrigation water main pipeline 202, and the water to need crop passes through extremely
Few two droping irrigating pipes 203 are transported to crop root, and the fertilizer apparatus 30 includes the agitator tank that 201 side of water tank is arranged in
301 and the mixed organization 302 that is arranged in agitator tank 301, it is connected to by connecting tube with water tank 201 at the top of agitator tank 301, bottom
Portion is connected to by connecting tube with irrigation water main pipeline 202, and fertilizer adding mouth 3011, fertilizer adding mouth are arranged at the top of agitator tank 301
3011 lower sections far from 301 top of agitator tank are provided with movable flashboard 30111, and mixed organization 302 is used to stir the fertilizer being added,
Droping irrigating pipe is delivered to by irrigation water main pipeline 202 after dissolution, and penetrates into crop root, the chemical spraying device 40 includes matching
Medicinal cupping 401, bracket 402, spraying mechanism 403, dispensing canister 401 are located at 201 side of water tank, and top is connected to water tank 201, bottom
Portion is connected to by hose with spraying mechanism 403, and bracket 402 is arranged on the raised path through fields of terraced fields surrounding, is provided with cunning on bracket 402
Rail, spraying mechanism 403 are arranged on bracket 402, and by the sliding rail on bracket 402 along the motion along the long axis of terraced fields, so as to
Pesticide is uniformly sprayed on crop.
Water in collecting-tank 10 is delivered to terraced fields highest one by water-supply-pipe 102 by the water pump 101 of 10 side of collecting-tank setting
The water tank 201 of irrigation rig 20 on grade terraced fields, the water tank 201 on terraced fields at different levels are sequentially communicated by water supply pipe 50, are made
The water energy in water tank 201 that must be delivered on terraced fields at the highest level is enough assigned to terraced fields at different levels, irrigation water main pipeline 202 and storage
The connection of 201 bottom of water pot, at least two droping irrigating pipes 203 are connected to irrigation water main pipeline 202, can lead to the water that crop needs
It crosses at least two droping irrigating pipes 203 and is transported to crop root, the moisture that the absorption that crop can be made more efficient needs reduces water
The evaporation divided, has saved water resource；The agitator tank 301 of fertilizer apparatus 30 can add the fertilizer of crop needs, mixed organization 302
It can speed up the fertilizer dissolution being added in agitator tank 301, to prevent fertiliser granulates dissolution slowly, blocking agitator tank 301 goes out
The mouth of a river 3012, and agitator tank 301 and irrigation water main pipeline 202, and rich water is delivered to work by least two droping irrigating pipes 203
Object root provides nutrient required for growth for crop；The spraying mechanism 403 of chemical spraying device 40 can be arranged on bracket 402
Sliding rail activity, to make spraying mechanism 403 along the motion along the long axis of terraced fields, so that pesticide is uniformly sprayed onto crop
On, prevent crop disease and insect.
Further, the spraying mechanism 403 include two electronic sliding blocks 4031, fixed link 4032, grug transportation tubes 4033, two
A electronic sliding block 4031 is arranged oppositely on bracket 402, and can be along the motion along the long axis of terraced fields, two electronic sliding blocks
A strip through-hole 40311 is offered on 4031 respectively, fixed link 4032 passes through strip through-hole 40311 and two electric slidings
Block 4031 connects, and 4032 both ends of fixed link are further fixedly arranged on anti-fall off block 40321, to prevent fixed link 4032 from two electricity
Fall off on movable slider 4031, grug transportation tube 4033 is fixed at 4032 lower part of fixed link, be evenly distributed on grug transportation tube 4033 to
Few two atomizers 40331, let go uniformly to divide pesticide.
Further, at least two pin holes are offered on described two electronic sliding blocks 4031, at least two pin holes are located at length
40311 two sides of strip through-hole offer and corresponding pin hole, pin shaft on two electronic sliding blocks 4031 on anti-fall off block 40321
Across pin hole, anti-fall off block 40321 is connect with two electronic sliding blocks 4031, by adjust pin shaft be inserted into anti-fall off block 40321,
In pin hole on two electronic sliding blocks 4031, to complete to the adjustment of 4032 height of fixed link and to fixed link 4032 and two electricity
Movable slider 4031 it is relatively fixed.
Two electronic sliding blocks being arranged oppositely on bracket 402 drive fixed link 4032 and the fixation of 4032 lower part of fixed link to set
The grug transportation tube 4033 set along terraced fields motion along the long axis, at this point, equally distributed atomizer 40331 will on grug transportation tube 4033
Pesticide, which uniformly divides, to be let go, can be rapidly and efficiently administered to the crop in terraced fields, improves spray pattern, less labor
The consumption of power；Corresponding pin hole is offered on two electronic sliding blocks 4031, anti-fall off block 40321, pin shaft passes through pin hole,
Anti-fall off block 40321 is connect with two electronic sliding blocks 4031, it is electronic by adjusting pin shaft insertion anti-fall off block 40321, two
In pin hole on sliding block 4031, to complete the adjustment to 4032 height of fixed link, since the growing height of different crops is different,
And it is also different in the height of different growth cycles, by adjusting 4032 height of fixed link, the height pair of crop can be directed to
Crop sprays, and keeps the drug being sprayed on crop more uniform.
Fig. 6, Fig. 7 are please referred to, further, the mixed organization 302 includes driving motor 3021, crankshaft 3022, stirring
Blade 3023, motion bar 3024,3022 one end of crankshaft pass through 301 top of agitator tank and connect with driving motor 3021, and the other end connects
Stirring blade 3023 is connect, 3024 one end of motion bar is flexibly connected with crankshaft 3022, and 30111 pin joint of the other end and movable flashboard drives
Dynamic motor 3021 is rotated with dynamic crankshaft 3022, moves back and forth motion bar 3024, and then driving activity flashboard 30111, crankshaft
The stirring blade 3023 of 3022 one end connection also rotates simultaneously, so that fertilizer is fallen on one side, stirs on one side.
Driving motor 3021 is rotated with dynamic crankshaft 3022, and motion bar 3024 is driven to move back and forth, motion bar 3024 and then drive
Dynamic activity flashboard 30111 moves back and forth, and fertilizer is intermittent to be fallen into agitator tank 301 from fertilizer adding mouth 3011, while crankshaft
The stirring blade 3023 of 3022 one end connection also rotates simultaneously, so that fertilizer is fallen on one side, stirs on one side, so that fertilizer be made to stir
It is dissolved rapidly in tank 301, effectively improves fertilizer solution rate, fertilizer is prevented to be deposited in the water outlet 3012 of 301 bottom of agitator tank,
Influence water outlet efficiency, working method when referring to crop moisturizing, by the water containing dissolution fertilizer by connecting with 301 bottom of agitator tank
The irrigation water main pipeline 202 connect is delivered to droping irrigating pipe, and penetrates into around crop root, reduces the loss of fertilizer nutrient,
Crop is improved to the absorption efficiency of fertilizer nutrient.
Further, 301 bottom of agitator tank is provided with grid, to the fertiliser granulates for stopping to be added, prevents fertilizer
The outlet of particle blocking 301 bottom of agitator tank.
Further, liquidometer is provided on the water tank 201, on the water tank 201 on terraced fields highest level terraced fields
The liquidometer and water pump 101 of installation are electrically connected, the liquidometer and be arranged in water supply pipe that the water tank 201 on remaining terraced fields is installed
Solenoid valve on 50 is electrically connected.
The liquidometer installed on water tank 201 on terraced fields highest level terraced fields sends liquid level signal to control module,
Control module receives liquid level signal, will open or stop signal transmits feed pump 101, the storage on terraced fields highest level terraced fields
When the liquid level of water pot 201 is low, water pump 101 is opened, and moisturizing is carried out, when the liquid level of the water tank 201 on terraced fields highest level terraced fields
Gao Shi, water pump 101 stop moisturizing；Liquid level signal is fed back to control mould by the liquidometer that the water tank 201 on remaining terraced fields is installed
Block, control module receive liquid level signal, will open or close signal and feed back to solenoid valve on water supply pipe 50, when one of them
When the liquid level of water tank 201 is low, the solenoid valve on water supply pipe 50 is opened, and the water tank 201 in upper level terraced fields starts to be next
Water tank 201 in grade terraced fields carries out moisturizing, and when the liquid level of water tank 201 is high, the solenoid valve on water supply pipe 50 is closed, and stops
For 201 moisturizing of water tank of water shortage, according to this method, upper level water tank 201 is next stage water tank using the gravity of water
201 moisturizings, reduce energy consumption.
Further, there are four moisture transducers, four moisture transducers to fill with setting for distribution in the terraced fields at different levels
The solenoid valve irrigate on water main pipeline 202 is electrically connected.
There are four moisture transducers, multiple spot detection can more accurately judge that moisture contains in terraced fields for distribution in terraced fields at different levels
Amount, moisture transducer send water content signal to control module, and control module will open or close signal and feed back to solenoid valve,
When water shortage in terraced fields, solenoid valve on irrigation water main pipeline 202 is opened, and is started as crop irrigation moisturizing, when crop root reaches
To after certain water content, the solenoid valve on irrigation water main pipeline 202 is closed, and stopping according to this method can for crop moisturizing
Substantially stabilized is that crop provides moisture required for irrigation, reduces the evaporation of moisture, improves the utilization rate of water resource.
One working method of the utility model is as follows: when work, the water pump 101 of 10 side of collecting-tank setting will be in collecting-tank 10
Water the water tank 201 of the irrigation rig 20 on terraced fields highest level terraced fields, irrigation water main pipeline are delivered to by water-supply-pipe 102
202 are connected to 201 bottom of water tank, and at least two droping irrigating pipes 203 are connected to irrigation water main pipeline 202, can need crop
The water wanted is transported to crop root by least two droping irrigating pipes 203, when water shortage in terraced fields, on irrigation water main pipeline 202
Solenoid valve open, start as crop irrigation moisturizing, after crop root reaches certain water content, on irrigation water main pipeline 202
Solenoid valve close, the moisture that the absorption for stopping to make for crop moisturizing crop more efficient in this way needs reduces moisture
Evaporation, has saved water resource；When the liquid level of the water tank 201 on terraced fields highest level terraced fields is low, water pump 101 is opened, and is carried out
Moisturizing, when the liquid level of the water tank 201 on terraced fields highest level terraced fields is high, water pump 101 stops moisturizing, and in terraced fields at different levels
When the liquid level of one water tank 201 is low, solenoid valve on water supply pipe 50 is opened, the water tank 201 in upper level terraced fields start for
Water tank 201 in next stage terraced fields carries out moisturizing, and when the liquid level of water tank 201 is high, the solenoid valve on water supply pipe 50 is closed,
Stop 201 moisturizing of water tank for water shortage, successively from top to bottom, the water tank 201 in upper level terraced fields is in next stage terraced fields
Water tank 201 carry out moisturizing, according to this method, upper level water tank 201 using water gravity be next stage water tank 201
Moisturizing reduces energy consumption；
When needing to apply fertilizer to crop, the fertilizer that crop needs, 3021 band of driving motor are added into agitator tank 301
Dynamic crankshaft 3022 rotates, and motion bar 3024 is driven to move back and forth, motion bar 3024 and then the reciprocal fortune of driving activity flashboard 30111
Dynamic, fertilizer is intermittent to be fallen into agitator tank 301 from fertilizer adding mouth 3011, while the stirring blade of 3022 one end of crankshaft connection
3023 also rotate simultaneously, so that fertilizer is fallen on one side, stir on one side, so that fertilizer be made to dissolve rapidly in agitator tank 301, effectively mention
High fertilizer solution rate prevents fertilizer to be deposited in the water outlet 3012 of 301 bottom of agitator tank, influences to be discharged efficiency, referring to crop
Working method when moisturizing, the water containing dissolution fertilizer is defeated by the irrigation water main pipeline 202 connecting with 301 bottom of agitator tank
It send to droping irrigating pipe, and penetrates into around crop root, reduce the loss of fertilizer nutrient, improve crop to fertilizer nutrient
Absorption efficiency；
When crop is administered, two electronic sliding blocks being arranged oppositely on bracket 402 drive fixed link 4032
And 4032 lower part of fixed link fixed setting grug transportation tube 4033 along terraced fields motion along the long axis, at this point, on grug transportation tube 4033
The atomizer 40331 of even distribution, which uniformly divides pesticide, to be let go, can be rapidly and efficiently administered to the crop in terraced fields,
Improve spray pattern, the less consumption of labour；Phase is offered on two electronic sliding blocks 4031, anti-fall off block 40321
Corresponding pin hole, pin shaft pass through pin hole, anti-fall off block 40321 are connect with two electronic sliding blocks 4031, are inserted by adjusting pin shaft
Enter in the pin hole on 40321, two electronic sliding blocks 4031 of anti-fall off block, to complete the adjustment to 4032 height of fixed link, due to
The growing height of different crops is different, and also different in the height of different growth cycles, by adjusting fixed link 4032
Highly, it can spray for the height of crop to crop, keep the drug being sprayed on crop more uniform, prevent crop sick
Insect pest.
In addition, the utility model can carry out crop irrigation, fertilising, application simultaneously, it is required without influencing each other
Electric energy is supplied by solar power generation.
Above disclosures are merely preferred embodiments of the utility model, the utility model cannot be limited with this certainly
Interest field, those skilled in the art can understand all or part of the processes for realizing the above embodiment, and according to this reality
The equivalent variations made by novel claim, still falls within the scope of the utility model.
Claims (7)
1. a kind of terraced fields automatic irrigation system, it is characterised in that: including the collecting-tank below minimum level-one terraced fields is arranged in and sets
Irrigation rig, fertilizer apparatus, chemical spraying device on terraced fields at different levels are set, the water pump of the pool side that catchments setting leads to the water in collecting-tank
The irrigation rig that water-supply-pipe is delivered on terraced fields highest level terraced fields is crossed, the irrigation rig on terraced fields at different levels passes through water supply pipe successively
Connection, so that the water energy in the irrigation rig being delivered on terraced fields at the highest level is enough assigned to the irrigation rig on terraced fields at different levels,
Chemical spraying device and fertilizer apparatus are separately positioned on irrigation rig two sides, the irrigation rig include water tank, irrigation water main pipeline,
At least two droping irrigating pipes, water tank are arranged in terraced fields raised path through fields side, and irrigation water main pipeline is connected to water storage pot bottom, and at least two
A droping irrigating pipe is connected to irrigation water main pipeline, and the water to need crop is transported to trickle irrigation by least two droping irrigating pipes
Pipeline, and crop root is penetrated into, the fertilizer apparatus includes that the agitator tank of water tank side is arranged in and is arranged in agitator tank
Interior mixed organization, agitator tank top are connected to by connecting tube with water tank, and bottom is connected by connecting tube and irrigation water main pipeline
It is logical, fertilizer adding mouth is set at the top of agitator tank, and fertilizer adding mouth is provided with movable flashboard far from the lower section at the top of agitator tank, mixes
Mechanism is used to stir the fertilizer being added, and is delivered to crop root by irrigation water main pipeline after dissolution, the chemical spraying device includes
Dispensing canister, bracket, spraying mechanism, dispensing canister are located at water tank side, and top is connected to water tank, and bottom passes through hose and sprinkling
Mechanism connection, bracket are arranged on the raised path through fields of terraced fields surrounding, and sliding rail is provided on bracket, and spraying mechanism is arranged on bracket, and
By the sliding rail on bracket along the motion along the long axis of terraced fields, so that pesticide is uniformly sprayed on crop.
2. terraced fields automatic irrigation system according to claim 1, it is characterised in that: the spraying mechanism includes two electronic
Sliding block, fixed link, grug transportation tube, two electronic sliding blocks are arranged oppositely on bracket, and can along the motion along the long axis of terraced fields,
A strip through-hole is offered on two electronic sliding blocks respectively, fixed link passes through strip through-hole and two electronic sliding blocks connect
It connects, fixed link both ends are further fixedly arranged on anti-fall off block, and to prevent fixed link from falling off from two electronic sliding blocks, grug transportation tube is solid
Fixed setting is evenly distributed at least two atomizers on fixed link lower part, grug transportation tube, lets go uniformly to divide pesticide.
3. terraced fields automatic irrigation system according to claim 2, it is characterised in that: offered on described two electronic sliding blocks
At least two pin holes, at least two pin holes are located at strip through-hole two sides, offered on anti-fall off block on two electronic sliding blocks
Corresponding pin hole, pin shaft pass through pin hole, anti-fall off block are connect with two electronic sliding blocks, are inserted into anti-dropout by adjusting pin shaft
In pin hole on block, two electronic sliding blocks, to complete to the adjustment of fixed link height and to fixed link and two electronic sliding blocks
It is relatively fixed.
4. terraced fields automatic irrigation system according to claim 1, it is characterised in that: the mixed organization includes driving electricity
Machine, crankshaft, stirring blade, motion bar, crankshaft one end, which passes through, to be connect at the top of agitator tank with driving motor, and the other end connects paddle
Piece, motion bar one end are connect with crankshaft mobility, and the other end and movable flashboard pin joint, driving motor drive crank rotation, make activity
Bar moves back and forth, and then driving activity flashboard, and the stirring blade of crankshaft one end connection also rotates simultaneously, and fertilizer is made to fall on one side,
It stirs on one side.
5. terraced fields automatic irrigation system according to claim 4, it is characterised in that: the stirring pot bottom is provided with lattice
Net prevents the outlet of fertiliser granulates blocking stirring pot bottom to the fertiliser granulates for stopping to be added.
6. terraced fields automatic irrigation system according to claim 1, it is characterised in that: be provided with liquid level on the water tank
It counts, the liquidometer and water pump installed on the water tank on terraced fields highest level terraced fields are electrically connected, the water tank on remaining terraced fields
The solenoid valve of the liquidometer and setting of installation on water supply pipe is electrically connected.
7. terraced fields automatic irrigation system according to claim 1, it is characterised in that: in the terraced fields at different levels there are four distributions
Moisture transducer, four moisture transducers are electrically connected with the solenoid valve being arranged on irrigation water main pipeline.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820792806.2U CN208227969U (en) | 2018-05-25 | 2018-05-25 | Terraced fields automatic irrigation system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820792806.2U CN208227969U (en) | 2018-05-25 | 2018-05-25 | Terraced fields automatic irrigation system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208227969U true CN208227969U (en) | 2018-12-14 |
Family
ID=64575743
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820792806.2U Expired - Fee Related CN208227969U (en) | 2018-05-25 | 2018-05-25 | Terraced fields automatic irrigation system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208227969U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110972668A (en) * | 2019-12-17 | 2020-04-10 | 邵志远 | Automatic irrigation equipment for terrace |
| CN116965219A (en) * | 2023-08-29 | 2023-10-31 | 山东金葵农业科技有限公司 | Water and fertilizer irrigation device for tree seedling |
-
2018
- 2018-05-25 CN CN201820792806.2U patent/CN208227969U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110972668A (en) * | 2019-12-17 | 2020-04-10 | 邵志远 | Automatic irrigation equipment for terrace |
| CN110972668B (en) * | 2019-12-17 | 2021-10-01 | 邵志远 | Automatic irrigation equipment for terrace |
| CN116965219A (en) * | 2023-08-29 | 2023-10-31 | 山东金葵农业科技有限公司 | Water and fertilizer irrigation device for tree seedling |
| CN116965219B (en) * | 2023-08-29 | 2024-03-15 | 山东金葵农业科技有限公司 | Water and fertilizer irrigation device for tree seedling |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN108450306A (en) | Terraced fields automatic irrigation system | |
| KR100963328B1 (en) | Underground Root Margin Even Irrigation Apparatus and Method Thereof | |
| CN206586091U (en) | A kind of water-fertilizer integral drip irrigation appliance of energy-conservation | |
| JP6245712B1 (en) | Fluid mixing system | |
| CN208227969U (en) | Terraced fields automatic irrigation system | |
| CN108184352A (en) | A kind of composite type integration farm equipment | |
| CN201160408Y (en) | Manual spray device for greenhouse | |
| WO2013138881A1 (en) | Irrigation systems used in the growing of cotton and wheat | |
| CN209546492U (en) | A kind of Novel irrigation system | |
| CN103583316A (en) | Multifunctional moving spray irrigator | |
| CN113207402B (en) | Mountain tea garden fertilization irrigation system | |
| US4660775A (en) | Means for seeding through a center pivot irrigation system | |
| CN206371250U (en) | Can synchronous precision fertilising or the sprinkling irrigation all-in-one sprayed insecticide | |
| RU2621079C2 (en) | Integrated method to create microclimate for growing and protecting vineyards, and stationary technological system of transporting air pipelines to create microclimate in vineyards | |
| RU2664834C1 (en) | Integrated method of creation of microclimate for growing and protection of vineyards and stationary technological system of transport air pipelines for the creation of microclimate on vineyards | |
| CN107568035A (en) | A kind of fruits and vegetables irrigation device with high-efficiency stirring fertilizer mechanism | |
| CN212367899U (en) | Intelligent water, fertilizer and pesticide integrated irrigation device | |
| CN209768495U (en) | irrigation equipment in hillside orchard | |
| CN113229119A (en) | Energy-concerving and environment-protective type irrigation system of modernization farmland irrigation | |
| CN207885531U (en) | A kind of special orientation spray boom of vega disease control | |
| CN112273198A (en) | Irrigation equipment for farming | |
| CN215819564U (en) | Intelligent water-saving water-fertilizer-pesticide integrated irrigation device for oranges | |
| CN110178704A (en) | A kind of drip irrigation control system and its method based on soil nutrient detection chip | |
| CN220935664U (en) | Spout medicine fertilization irrigation integrated device | |
| CN217695030U (en) | Novel fruit growing irrigates and uses agricultural machine equipment |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181214 Termination date: 20210525 |