CN107347593A - The agricultural dropleting enemaing system and method for water treatment technology are irrigated based on river course - Google Patents
The agricultural dropleting enemaing system and method for water treatment technology are irrigated based on river course Download PDFInfo
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- CN107347593A CN107347593A CN201710679667.2A CN201710679667A CN107347593A CN 107347593 A CN107347593 A CN 107347593A CN 201710679667 A CN201710679667 A CN 201710679667A CN 107347593 A CN107347593 A CN 107347593A
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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
- A01G25/00—Watering gardens, fields, sports grounds or the like
- A01G25/02—Watering arrangements located above the soil which make use of perforated pipe-lines or pipe-lines with dispensing fittings, e.g. for drip irrigation
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01M—CATCHING, TRAPPING OR SCARING OF ANIMALS; APPARATUS FOR THE DESTRUCTION OF NOXIOUS ANIMALS OR NOXIOUS PLANTS
- A01M7/00—Special adaptations or arrangements of liquid-spraying apparatus for purposes covered by this subclass
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D36/00—Filter circuits or combinations of filters with other separating devices
- B01D36/04—Combinations of filters with settling tanks
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- Insects & Arthropods (AREA)
- Pest Control & Pesticides (AREA)
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- Water Supply & Treatment (AREA)
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Abstract
The invention discloses a kind of agricultural dropleting enemaing system that water treatment technology is irrigated based on river course, including inlet end, air filter, air pump, hybrid power pump, water feeding one-way valve, gas-liquid to be sufficiently mixed spherical cavity container, medicine-chest, medicament modulating device, mixed stirring device, irrigation water supply system, compression chamber, current divider and drip irrigation capillary pipeline system.The present invention is simple in construction, and it is controllable to irrigate the water consumption intellectuality of crops, can promote the fast-growth of root system of plant, is particular enable to irrigate suitable for the water of water body to be clean and uses.
Description
Technical field
The invention belongs to drip irrigation technique association area.
Background technology
As domestic industry develops, the irrigation water in river course is also contaminated, while most of contaminated Tai Ho Road
Water is that eutrophic water body can not be used directly to irrigate work, and often huge structure is complicated for existing irrigation Water warfare, purification efficiency
It is low, phenomena such as being easily blocked in filter process.
High-precision irrigation is carried out by the irrigation water of the Water warfare drip irrigation system that is particularly suitable for use in.Drip irrigation is farmland so far
Irrigate one of irrigation technique most economized on water.But because drip irrigation technique price is higher, " expensive technique " once was referred to as, drip irrigation technique is only
For in the industrial crops of high added value.In recent years, with the extensive use of drip irrigation zone, " expensive technique " is no longer expensive, completely
Can be applied on common field crop, it is following on long terms, progressively rare with water resource, drip irrigation technique will be further
Popularization.
The content of the invention
Goal of the invention：In order to overcome the deficiencies in the prior art, the present invention provides a kind of net based on river course irrigation water
The agricultural dropleting enemaing system and method for change technology, simple in construction, it is controllable to irrigate the water consumption intellectuality of crops, can promote plant
The fast-growth of root system, it is particular enable to irrigate suitable for the water of water body to be clean and uses.
Technical scheme is as follows：
Based on river course irrigate water treatment technology agricultural dropleting enemaing system, including inlet end, air filter, air pump,
Hybrid power pump, water feeding one-way valve, gas-liquid are sufficiently mixed spherical cavity container, medicine-chest, medicament modulating device, mixed stirring device, filling
Irrigate water supply system, compression chamber, current divider and drip irrigation capillary pipeline system；The outlet side of the inlet end and air filter
Inlet end connection, the inlet end of the outlet side of the air filter and air pump connects, the outlet side of the air pump
It is connected with the inlet end of hybrid power pump；The water inlet end of the water feeding one-way valve is connected with the water side for the water pipe that draws water, described to take out
The water inlet end of water water pipe, which is arranged on, irrigates in water supply system, the water side of the water feeding one-way valve and the water inlet of hybrid power pump
End connection；The import that the gas-liquid mixed port of export of the hybrid power pump is sufficiently mixed spherical cavity container with gas-liquid is connected, the gas
The first exit end that liquid is sufficiently mixed spherical cavity container is in communication with the outside by pressure valve, and the gas-liquid is sufficiently mixed spherical cavity container
Second outlet end is connected with the water inlet end of medicament modulating device, and the drug entering side of the medicament modulating device and the medicine outlet end of medicine-chest connect
Connect；The water side of the medicament modulating device is connected with mixed stirring device, the water side of the mixed stirring device and pressurization
The water inlet end connection of room, the water side of the compression chamber is connected by current divider with drip irrigation capillary pipeline system.
Further, irrigating water supply system includes Yuan Shui river courses, elevated tank, sieve hydrophone, water-accepting tank, debris splicing
Pond, preformed precipitate pond, cistern to be clean, asymmetrical fibre filter, irrigate pond, the first water pump, the second water pump, the 3rd water pump and
Siphoning installation；The elevated tank is located above the Yuan Shui river courses, and the water side in the Yuan Shui river courses passes through the first water pump s8
It is connected with the water intake end of elevated tank；The sieve hydrophone is located at below elevated tank, elevated tank bottom water side and sieve
The water intake end connection connection on hydrophone top；The water-accepting tank is immediately below the leak portion of sieve hydrophone；The debris splicing pond
Feeding end is correspondingly arranged with sieving the debris discharging opening of hydrophone；By vertical water proof between preformed precipitate pond pond body and water-accepting tank pond body
Plate separates, and some intercommunicating pores of top edge horizontal array of water-stop sheet；The water side in the preformed precipitate pond by siphoning installation with
The water intake end connection connection of cistern to be clean；The water side of the cistern to be clean passes through the second water pump and asymmetrical fibre
The water intake end connection of filter；The water side of the asymmetrical fibre filter is connected by the 3rd water pump with irrigating the water intake end in pond
Connect；The sieve hydrophone is rigid taper spiral tube structure, and the spiral footpath of the sieve hydrophone from top to bottom expands by portion, the sieve water
For the tube section of device to be rectangular-shaped, the helix tube lower wall of the sieve hydrophone is uniformly distributed some leaking holes, under some leaking holes
The corresponding water-accepting tank of Founder, the helix tube upper end of the sieve hydrophone connects connection with elevated tank by first straight line inclined tube, described
Sieve the helix tube lower end connection connection second straight line inclined tube of hydrophone, the debris discharging opening of the lower end of the second straight line inclined tube
Correspond to directly over debris splicing pond；The sedimentation basin bottom of pond in the preformed precipitate pond is conical hopper shape, and the sedimentation basin bottom of pond is led to
Cross and connected with the interim storage pool of the sediment of lower section communicating pipe, the first water valve is provided with the communicating pipe；The siphoning installation
Including siphon pipe supporting table, siphon hard water pipe, float, the first hose and the second hose；The siphon pipe supporting table is horizontal
It is erected above preformed precipitate pond and cistern to be clean, the siphon hard water pipe is horizontally set on siphon pipe supporting table, the rainbow
The both ends of hard water pipe are inhaled respectively directly over preformed precipitate pond and cistern to be clean, and the both ends difference of the siphon hard water pipe
UNICOM connects one end of the first hose and the second hose；The discoid Floater Structure of float, the buoys float is pre-
Sedimentation basin liquid level, the other end of first hose are connected on the float, and the siphon off water mouth position of the first hose
In float bottom；The siphon delivery port of second hose is placed on the downside of cistern liquid level to be clean；Also include copper heavy ball,
The copper heavy ball is spherical UNICOM's structure, and the copper heavy ball sinks down into cistern bottom of pond to be clean, and the copper heavy ball enters
Water swivel connects the siphon delivery port of the second hose, and the sphere of the copper heavy ball sets some apopores；Also include threeway
Joint, the second water valve, standby clear water tanks, filling pipe and the 4th water pump；The standby clear water tanks positioned at irrigate pond, preformed precipitate pond and
Above cistern to be clean, and the water purification end of the standby clear water tanks is connected by the 4th water pump and irrigates pond；The siphon hard water
It is connected with three-way connection in the middle part of pipe, the three-way connection is respectively communicated with preformed precipitate pond, cistern to be clean and described standby net
Water tank；The second water valve is provided with filling pipe between the standby clear water tanks and three-way connection.
Further, the gas-liquid, which is sufficiently mixed spherical cavity container, includes ball container, inside turn around pipe and through hole, the ball
Its center line of body container interior edge is provided with inside turn around pipe, institute by one end inside ball container close to the rotation of spherical Internal periphery face
The through hole that inside turn offers some trends of being spiraled along its body on the inner side body of pipe is stated, some through hole distributional patterns are in become
Gather setting in centre of sphere direction.
Further, the compression chamber includes water tank, piston, telescopic flexible leather hose and air manifold solenoid valve, the piston
Upper and lower to be slideably positioned on water tank, the piston connects medicament modulating device and mixed stirring device by telescopic flexible leather hose,
In the side wall for the water tank that the air manifold solenoid valve is arranged at piston trajectory bottom, the air manifold solenoid valve connects water
Case and the external world；Piston pressurize downwards displacement when, air manifold solenoid valve sealing, when the piston pulls upwardly on displacement, air stream electricity
It is extraneous that magnet valve opens connection.
The method of work of the agricultural dropleting enemaing system of water treatment technology is irrigated based on river course：
The method of drip irrigation：
Water in the irrigation water supply system enters gas-liquid by hybrid power pumping by water feeding one-way valve and is sufficiently mixed ball
In chamber container 6；
Outside air is pumped into hybrid power pump by inlet end, air filter, air pump successively, and gas-liquid tentatively mixes
It is sufficiently mixed afterwards into gas-liquid in spherical cavity container；
Air and water form the gas-liquid of tiny air bubble after gas-liquid is sufficiently mixed in spherical cavity container fully pressurization mixing
Mixture, the content of the micro-bubble of the gas liquid mixture can be by being sufficiently mixed the pressure valve of spherical cavity reservoir with gas-liquid
7 regulations；
The gas liquid mixture of tiny air bubble is entered in medicament modulating device, and the decoction with being flowed out in medicine-chest is mixed
Modulation is closed, the decoction for modulating completion enters mixed stirring device, the drug particles impurity of inabundant solution is carried out into precipitation filter
Go out, filter the decoction finished and enter compression chamber, under the pressurization regulation of the certain frequency of compression chamber, distribution is forced into various correspondences
Drip irrigation capillary pipeline system.
Irrigate the water process method of work of water supply system：
Sieve water method：First water pump rises to the source water extraction in river course in elevated tank, and the water in elevated tank is in gravity
Under effect along first straight line inclined tube enter to sieve hydrophone in, into sieve hydrophone in water in coniform spiral pipe to lower wall eddy flow
It is dynamic, while sieve the water in hydrophone and gradually directly spilt along some leaking holes of helix tube lower wall, leaf, suspension bulk plastic etc. are solid
State debris is more than leak bore dia, can remain in sieve hydrophone, a part can be blocked after solid-state debris accumulates to a certain extent
Leaking hole, the part water now sieved in hydrophone can be branched in second straight line inclined tube, while will be solid in the impact of spiral current
State debris brings second straight line inclined tube into the lump and blanking is into debris splicing pond, and it is again smooth that solid-state debris is flushed away rear leaking hole
Logical, the water sieved in hydrophone continues to water-accepting tank leak；
Preformed precipitate method：Water in water-accepting tank increases liquid level with rate of water added and gradually rises up to intercommunicating pore height, and then water receiving
Being spilled over to by some intercommunicating pores in preformed precipitate pond for water steadying in pond, reduces the disturbance to preformed precipitate pond bottom of pond, preliminary sedimentation
In the pond of shallow lake when the sediment of sedimentation basin bottom of pond reaches a certain amount of, the first water valve is opened, sediment is pressed into the presence of hydraulic pressure
Into the interim storage pool of sediment, the first water valve is closed in sediment blanking after terminating；
Siphon method：Preformed precipitate pond keeps flat with the liquid level in cistern to be clean in the presence of siphoning installation, simultaneously
Second water pump continuously takes the water in cistern to be clean away, because the siphon off water mouth of the first hose is located at float bottom, makes
The siphon off water mouth of first hose draws the water of liquid level bottom all the time, prevents from sucking floating object, because float is floating state,
The siphon off water mouth that also prevent the first hose is drawn onto the sediment of bottom of pond, effectively prevents asymmetrical fibre plugged filter from showing
As occurring；In siphoning installation be anhydrous state under original state, siphonage can not be formed, now open the second water valve make it is standby
Water in clear water tanks is entered in preformed precipitate pond and cistern to be clean by filling pipe, and then makes siphon hard water pipe, the first soft water
Water in pipe and the second hose fills, and now closing the second water valve makes to produce siphon between preformed precipitate pond and cistern to be clean
Connection.
Beneficial effect：1) drip irrigation appliance of the invention realizes that the gas liquid mixture of tiny air bubble and decoction are mixed into drop
Liquid filling body, contain medicament and air micro-bubble (oxygen) in drip irrigation liquid so as to reach, contribute to the root system respiration of plant, promote
Enter the development growth of plant.2) irrigate that water supply system (s) filtering accuracy is high, to the clearance of suspension in water up to 95% with
On, there is certain removal effect to larger molecular organicses, virus, bacteria impurities, be advantageous to plant growth, ensure drip irrigation system
It is permanent to use.
Brief description of the drawings
Accompanying drawing 1 is structure principle chart of the invention；
Accompanying drawing 2 is the structural representation that gas-liquid is sufficiently mixed spherical cavity container；
Accompanying drawing 3 is this irrigation water supply system entirety first structure schematic diagram；
Accompanying drawing 4 is overall second structural representation of the present invention；
Accompanying drawing 5 is overall 3rd structural representation of this irrigation water supply system；
Accompanying drawing 6 is the siphoning installation concrete structure schematic diagram for irrigating water supply system；
Accompanying drawing 7 is the sieve water heater structure schematic diagram for irrigating water supply system.
Embodiment
The present invention is further described below in conjunction with the accompanying drawings.
Such as accompanying drawing 1-7, filled based on the agricultural dropleting enemaing system of river course irrigation water treatment technology, including inlet end 1, air filtration
Put 2, air pump 3, hybrid power pump 4, water feeding one-way valve 5, gas-liquid and be sufficiently mixed spherical cavity container 6, medicine-chest 8, medicament modulating device
9th, mixed stirring device 10, irrigation water supply system s, compression chamber 12, current divider 3 and drip irrigation capillary pipeline system 14；It is described enter
The outlet side at gas end 1 is connected with the inlet end of air filter 2, outlet side and the air pump 3 of the air filter 2
Inlet end is connected, and the outlet side of the air pump 3 is connected with the inlet end of hybrid power pump 4；The water inlet of the water feeding one-way valve 5
Hold and draw water the water side connection of water pipe, the water inlet end of the water pipe that draws water, which is arranged on, irrigates in water supply system s, the water inlet
The water side of check valve 5 is connected with the water inlet end of hybrid power pump 4；The gas-liquid mixed port of export and gas of the hybrid power pump 4
Liquid is sufficiently mixed the import connection of spherical cavity container 6, and the first exit end that the gas-liquid is sufficiently mixed spherical cavity container 6 passes through pressure valve
7 are in communication with the outside, and the second outlet end that the gas-liquid is sufficiently mixed spherical cavity container 6 is connected with the water inlet end of medicament modulating device 9,
The drug entering side of the medicament modulating device 9 is connected with the medicine outlet end of medicine-chest 8；The water side of the medicament modulating device 9 is with mixing
Agitating device 10 is connected, and the water side of the mixed stirring device 10 is connected with the water inlet end of compression chamber 12, the compression chamber 12
Water side be connected by current divider 3 with drip irrigation capillary pipeline system 14.Mixed stirring device 10 is internally provided with stirring rotating plasma
101。
Further, irrigating water supply system s includes Yuan Shui river courses s1, elevated tank s27, sieve hydrophone s26, water-accepting tank
S25, debris splicing pond s24, preformed precipitate pond s3, cistern s9 to be clean, asymmetrical fibre filter s6, irrigation pond s10, first
Water pump s8, the second water pump s5, the 3rd water pump s7 and siphoning installation s4；The elevated tank s27 is located on the Yuan Shui river courses s1
Side, the water side of the Yuan Shui river courses s1 is connected by the first water pump s8 with elevated tank s27 water intake end；The sieve hydrophone
S26 is located at below elevated tank s27, and the elevated tank s27 bottoms water side connects with the water intake end on sieve hydrophone s26 tops
Connect；The water-accepting tank s25 is immediately below the leak portion of sieve hydrophone (s26)；The feeding end of the debris splicing pond s24 and sieve water
Device s26 debris discharging opening s29 is correspondingly arranged；By vertical water proof between the preformed precipitate pond s3 pond bodies and water-accepting tank s25 pond bodies
Plate s50 separates, and water-stop sheet s50 some intercommunicating pore s30 of top edge horizontal array；The water side of the preformed precipitate pond s3 passes through
Siphoning installation s4 connects connection with cistern s9 to be clean water intake end；The water side of the cistern s9 to be clean passes through second
Water pump s5 is connected with the water intake end of asymmetrical fibre filter (s6)；The water side of the asymmetrical fibre filter s6 passes through
Three water pump s7 are connected with irrigating the water intake end of pond (s10)；The sieve hydrophone s26 is rigid taper spiral tube structure, the sieve water
The spiral footpaths of device s26 from top to bottom expand by portion, and the tube section of the sieve hydrophone s26 is rectangular-shaped, the spiral shell of the sieve hydrophone s26
Coil lower wall s37 is uniformly distributed some leaking hole s36, and water-accepting tank s25, the sieve are just corresponded to below some leaking hole s36
Hydrophone s26 helix tube upper end connects connection, the spiral shell of the sieve hydrophone s26 with elevated tank 27 by first straight line inclined tube s28
Coil lower end connection connection second straight line inclined tube s35, the debris discharging opening s29 of the lower end of the second straight line inclined tube s35
Correspond to directly over debris splicing pond s24；The sedimentation basin bottom of pond s31 of the preformed precipitate pond s3 is conical hopper shape, the precipitation
Pond bottom of pond s31 is connected by communicating pipe s32 with the interim storage pool s21 of the sediment of lower section, and is provided with the communicating pipe s32
One water valve s20；The siphoning installation s4 includes siphon pipe supporting table s24, siphon hard water pipe s13, float s11, the first hose
S12 and the second hose s16；The siphon pipe supporting table s24 levels are erected on preformed precipitate pond s3 and cistern s9 to be clean
Side, the siphon hard water pipe s13 are horizontally set on siphon pipe supporting table s24, and the both ends of the siphon hard water pipe s13 are located at respectively
Directly over preformed precipitate pond s3 and cistern s9 to be clean, and the both ends difference UNICOM connection first of the siphon hard water pipe s13 is soft
Water pipe s12 and the second hose s16 one end；The discoid Floater Structures of float s11, the float s11 swim in preliminary sedimentation
Shallow lake pond s3 liquid levels, the other end of the first hose s12 is connected on the float s11, and the first hose s12 siphon
Intake is located at float bottom；The siphon delivery port of the second hose s16 is placed on the downside of cistern s9 liquid levels to be clean；Also
Including copper heavy ball s18, the copper heavy ball s18 is spherical UNICOM's structure, and the copper heavy ball s18 sinks down into water storage to be clean
Pond s9 bottom of pond, the copper heavy ball s18 enter the siphon delivery port that water swivel connects the second hose s16, the copper heavy ball s18
Sphere some apopore s19 are set；Also include three-way connection s17, the second water valve s14, standby clear water tanks s23, filling pipe s33
With the 4th water pump s22；The standby clear water tanks s23, which is located at, to irrigate above pond s10, preformed precipitate pond s3 and cistern s9 to be clean,
And pond s10 is irrigated in the water purification end of the standby clear water tanks s23 by the 4th water pump s22 connections；In the siphon hard water pipe s13
Portion is connected with three-way connection s17, and the three-way connection s17 is respectively communicated with preformed precipitate pond s3, cistern s9 to be clean and described standby
With clear water tanks s23；The second water valve s14 is provided with filling pipe s33 between the standby clear water tanks s23 and three-way connection s17.
Further, the gas-liquid, which is sufficiently mixed spherical cavity container 6, includes ball container 61, inside turn around pipe 62 and through hole
63, its center line of the interior edge of ball container 61 is provided with interior by one end inside ball container close to the rotation of spherical Internal periphery face
To spiral around pipe 62, the inside turn offers the through hole 63 of some trends of being spiraled along its body on the inner side body of pipe 62, if
The dry distributional pattern of through hole 63 is in be intended to centre of sphere direction to gather setting.Gas-liquid is sufficiently mixed the above-mentioned of the inside of spherical cavity container 6 setting
The inside turn of distributional pattern is around pipe 62, and the through hole 63 that its inside turn is distributed around the specific modality of pipe 62, realizes that high compression rate is fast
The micro-bubble water column structure of rapid-result type, the water column structure can promote the adequacy of decoction mixing and the growth hair of root system of plant
Educate.The micro-bubble of the formation of the present invention be microbubble, bubble and general gas in the water quality of micron-sized micro-bubble
Bubble rises to water surface explosion difference, and microbubble slowly rises to the water surface, and a part of gas bubble increases dissolved oxygen, wink in water
Between burst, send high fever, promote decoction dissolving (at utmost excluding the presence that the suspended impurity of granule medicament arrives)；Another part
The water quality for the micron bubble being dissolved in water quality enters drip irrigation system so that root system of plant obtains sufficient oxygen, promotes plant
Root system development, oxygenation effect, which can reach to loosen the soil to plant, can achieve the effect that.
The compression chamber 12 includes water tank 120, piston 121, telescopic flexible leather hose 122 and air manifold solenoid valve 123, described
Piston 121 is upper and lower to be slideably positioned on water tank 120, and the piston 121 connects medicament modulation dress by telescopic flexible leather hose 122
9 and mixed stirring device 10 are put, the air manifold solenoid valve 123 is arranged at the water tank 120 of the movement locus bottom of piston 121
In side wall, the joining water box 120 of air manifold solenoid valve 123 and the external world；Piston 121 pressurize downwards displacement when, air stream electromagnetism
Valve 123 seals, and when the piston 121 pulls upwardly on displacement, it is extraneous that air manifold solenoid valve 123 opens connection.The structure of compression chamber
Design and principle, by realizing the tiny enough of the caliber of drip irrigation capillary pipeline system 14 in drip irrigation system, pass through compression chamber
Pressurization, according to the actual requirements, carry out real-time or non real-time rhythmic drip irrigation operation.
The method of work of the agricultural dropleting enemaing system of water treatment technology is irrigated based on river course：
The method of drip irrigation：
The water irrigated in water supply system s is pumped into gas-liquid by hybrid power pump 4 by water feeding one-way valve 5 and is sufficiently mixed
In spherical cavity container 6；
Outside air is pumped into hybrid power pump 4 by inlet end 1, air filter 2, air pump 3 successively, and gas-liquid is preliminary
It is sufficiently mixed after mixing into gas-liquid in spherical cavity container 6；
Air and water form the gas of tiny air bubble after gas-liquid is sufficiently mixed in spherical cavity container 6 fully pressurization mixing
Liquid mixture, the content of the micro-bubble of the gas liquid mixture can be by being sufficiently mixed the pressure that spherical cavity container 6 connects with gas-liquid
Power valve 7 is adjusted；
The gas liquid mixture of tiny air bubble is entered in medicament modulating device 9, is carried out with the decoction flowed out in medicine-chest 8
Hybrid modulation, the decoction for modulating completion enter mixed stirring device 10, and the drug particles impurity of inabundant solution is sunk
Shallow lake is filtered out, and filters the decoction finished and enters compression chamber 12, and under the pressurization regulation of the certain frequency of compression chamber 12, distribution is forced into
Drip irrigation capillary pipeline system 14 corresponding to various.
Further, water supply system s water process method of work is irrigated：
Sieve water method：First water pump s8 rises to the source water extraction in river course in elevated tank s27, in elevated tank s27
Water is entered in sieve hydrophone s26 along first straight line inclined tube s28 under gravity, into the water in sieve hydrophone s26 in taper spiral shell
To lower convoluted flow in coil, while it is gradually direct along helix tube lower wall s37 some leaking hole s36 to sieve the water in hydrophone s26
Spill, the solid-state debris such as leaf, suspension bulk plastic is more than leaking hole s36 diameters, can remain in sieve hydrophone s26, work as solid-state
Debris accumulation can block a part of leaking hole s36 afterwards to a certain extent, and the part water now sieved in hydrophone s26 can branch to second
In straight line inclined tube s35, while solid-state debris is brought into second straight line inclined tube s35 and blanking in the lump extremely in the impact of spiral current
In debris splicing pond s24, solid-state debris is flushed away that rear leaking hole s36 is again unimpeded, and the water in sieve hydrophone s26 continues to water-accepting tank
S25 leaks；
Preformed precipitate method：Water in water-accepting tank s25 increases liquid level with rate of water added and gradually rises up to intercommunicating pore s30 height, enters
And being spilled over to by some intercommunicating pore s30 in the s3 of preformed precipitate pond for the water steadying in water-accepting tank s25, reduce to preformed precipitate pond s3
The disturbance of bottom of pond, in the s3 of preformed precipitate pond when sedimentation basin bottom of pond s31 sediment reaches a certain amount of, the first water valve s20 is opened, is sunk
Starch is pressed into the interim storage pool s21 of sediment in the presence of hydraulic pressure, and the first water valve is closed in sediment blanking after terminating
s20；
Siphon method：Preformed precipitate pond s3 is kept with the liquid level in cistern s9 to be clean in the presence of siphoning installation s4
It is flat, while the second water pump s5 continuously takes the water in cistern s9 to be clean away, due to the first hose s12 siphon off water mouth position
In float s11 bottoms, the first hose s12 siphon off water mouth is drawn the water of liquid level bottom all the time, prevent from sucking floating object,
Because float s11 is floating state, the siphon off water mouth that also prevent the first hose s12 is drawn onto the sediment of bottom of pond, effectively
Prevent asymmetrical fibre filter s6 cloggings from occurring；In siphoning installation s4 it is anhydrous state under original state, can not be formed
Siphonage, now opening the second water valve s14 makes the water in standby clear water tanks s23 enter preformed precipitate pond s3 by filling pipe s33
In cistern s9 to be clean, and then fill the water in siphon hard water pipe s13, the first hose 12 and the second hose s16,
Now closing the second water valve s14 makes to produce siphon connection between preformed precipitate pond s3 and cistern s9 to be clean.
Described above is only the preferred embodiment of the present invention, it should be pointed out that：For the ordinary skill people of the art
For member, under the premise without departing from the principles of the invention, some improvements and modifications can also be made, these improvements and modifications also should
It is considered as protection scope of the present invention.
Claims (6)
1. the agricultural dropleting enemaing system of water treatment technology is irrigated based on river course, it is characterised in that：Including inlet end (1), air filtration
Device (2), air pump (3), hybrid power pump (4), water feeding one-way valve (5), gas-liquid are sufficiently mixed spherical cavity container (6), medicine-chest
(8), medicament modulating device (9), mixed stirring device (10), irrigate water supply system (s), compression chamber (12), current divider (3) and
Drip irrigation capillary pipeline system (14)；
The outlet side of the inlet end (1) is connected with the inlet end of air filter (2), the air filter (2)
Outlet side is connected with the inlet end of air pump (3), and the outlet side of the air pump (3) connects with the inlet end of hybrid power pump (4)
Connect；The water inlet end of the water feeding one-way valve (5) is connected with the water side for the water pipe that draws water, and the water inlet end of the water pipe that draws water is arranged on
Irrigate in water supply system (s), the water side of the water feeding one-way valve (5) is connected with the water inlet end of hybrid power pump (4)；
The import that the gas-liquid mixed port of export of the hybrid power pump (4) is sufficiently mixed spherical cavity container (6) with gas-liquid is connected, described
The first exit end that gas-liquid is sufficiently mixed spherical cavity container (6) is in communication with the outside by pressure valve (7), and the gas-liquid is sufficiently mixed ball
The second outlet end of chamber container (6) is connected with the water inlet end of medicament modulating device (9), and the medicament modulating device (9) enters medicine
End is connected with the medicine outlet end of medicine-chest (8)；
The water side of the medicament modulating device (9) is connected with mixed stirring device (10), the mixed stirring device (10)
Water side is connected with the water inlet end of compression chamber (12), and the water side of the compression chamber (12) passes through current divider (3) and drip irrigation capillary
Pipe-line system (14) connects.
2. the agricultural dropleting enemaing system of water treatment technology is irrigated based on river course according to claim 1, it is characterised in that：Irrigation water
Supply system (s) includes Yuan Shui river courses (s1), elevated tank (s27), sieve hydrophone (s26), water-accepting tank (s25), debris splicing pond
(s24), preformed precipitate pond (s3), cistern to be clean (s9), asymmetrical fibre filter (s6), irrigation pond (s10), the first water pump
(s8), the second water pump (s5), the 3rd water pump (s7) and siphoning installation (s4)；
The elevated tank (s27) is located above the Yuan Shui river courses (s1), and the water sides of the Yuan Shui river courses (s1) passes through the
One water pump (s8) is connected with the water intake end of elevated tank (s27)；The sieve hydrophone (s26) is located at below elevated tank (s27), institute
State elevated tank (s27) bottom water side and connect connection with sieving the water intake end on hydrophone (s26) top；Water-accepting tank (s25) position
Immediately below the leak portion of sieve hydrophone (s26)；The debris of the feeding end of the debris splicing pond (s24) and sieve hydrophone (s26) goes out
Material mouth (s29) is correspondingly arranged；By vertical water-stop sheet (s50) between preformed precipitate pond (s3) pond body and water-accepting tank (s25) pond body
Separate, and some intercommunicating pores of top edge horizontal array (s30) of water-stop sheet (s50)；The water side of the preformed precipitate pond (s3) leads to
The water intake end that siphoning installation (s4) is crossed with cistern to be clean (s9) connects connection；The water side of the cistern to be clean (s9)
It is connected by the second water pump (s5) with the water intake end of asymmetrical fibre filter (s6)；The asymmetrical fibre filter (s6)
Water side is connected by the 3rd water pump (s7) with irrigating the water intake end of pond (s10)；
The sieve hydrophone (s26) is rigid taper spiral tube structure, and the spiral footpath of the sieve hydrophone (s26) from top to bottom is expanded by portion
Greatly, the tube section of the sieve hydrophone (s26) is rectangular-shaped that the helix tube lower wall (s37) of the sieve hydrophone (s26) is if be uniformly distributed
Dry leaking hole (s36), some positive corresponding water-accepting tanks (s25) in leaking holes (s36) lower section, the spiral of the sieve hydrophone (s26)
Pipe upper end connects connection, the helix tube lower end of the sieve hydrophone (s26) with elevated tank (27) by first straight line inclined tube (s28)
Connection connection second straight line inclined tube (s35), the debris discharging opening (s29) of the lower end of the second straight line inclined tube (s35) are right
Should be directly over debris splicing pond (s24)；
The sedimentation basin bottom of pond (s31) of the preformed precipitate pond (s3) is conical hopper shape, and the sedimentation basin bottom of pond (s31) passes through connection
Pipe (s32) is connected with the interim storage pool of the sediment of lower section (s21), and the first water valve is provided with the communicating pipe (s32)
(s20)；
The siphoning installation (s4) includes siphon pipe supporting table (s24), siphon hard water pipe (s13), float (s11), the first soft water
Manage (s12) and the second hose (s16)；
Siphon pipe supporting table (s24) level is erected above preformed precipitate pond (s3) and cistern to be clean (s9), the rainbow
Inhale hard water pipe (s13) and be horizontally set on siphon pipe supporting table (s24), the both ends of the siphon hard water pipe (s13) are respectively positioned at pre-
Directly over sedimentation basin (s3) and cistern to be clean (s9), and the both ends difference UNICOM connection of the siphon hard water pipe (s13) the
One end of one hose (s12) and the second hose (s16)；The discoid Floater Structure of the float (s11), the float
(s11) preformed precipitate pond (s3) liquid level is swum in, the other end of first hose (s12) is connected on the float (s11),
And first the siphon off water mouth of hose (s12) be located at float bottom；The siphon delivery port of second hose (s16) is placed in
On the downside of cistern (s9) liquid level to be clean；
Also include copper heavy ball (s18), the copper heavy ball (s18) is spherical UNICOM's structure, and the copper heavy ball (s18) is sunk
To cistern to be clean (s9) bottom of pond, the copper heavy ball (s18) enters the siphon water outlet that water swivel connects the second hose (s16)
Mouthful, the sphere of the copper heavy ball (s18) sets some apopores (s19)；
Also include three-way connection (s17), the second water valve (s14), standby clear water tanks (s23), filling pipe (s33) and the 4th water pump
(s22)；The standby clear water tanks (s23), which are located at, irrigates pond (s10), preformed precipitate pond (s3) and cistern to be clean (s9) top,
And the water purification end of the standby clear water tanks (s23) is connected by the 4th water pump (s22) and irrigates pond (s10)；The siphon hard water pipe
(s13) three-way connection (s17) is connected with the middle part of, the three-way connection (s17) is respectively communicated with preformed precipitate pond (s3), storage to be clean
Pond (s9) and the standby clear water tanks (s23)；Filling pipe between the standby clear water tanks (s23) and three-way connection (s17)
(s33) the second water valve (s14) is provided with.
3. the agricultural dropleting enemaing system according to claim 1 that water treatment technology is irrigated based on river course, it is characterised in that：It is described
Gas-liquid, which is sufficiently mixed spherical cavity container (6), includes ball container (61), inside turn around pipe (62) and through hole (63), the ball container
(61) its center line of interior edge is provided with inside turn around pipe (62) by one end inside ball container close to the rotation of spherical Internal periphery face,
The inside turn offers the through hole (63) of some trends of being spiraled along its body, some through holes on the inner side body of pipe (62)
(63) distributional pattern is in and is intended to centre of sphere direction to gather setting.
4. the agricultural dropleting enemaing system according to claim 1 that water treatment technology is irrigated based on river course, it is characterised in that：It is described
Compression chamber (12) includes water tank (120), piston (121), telescopic flexible leather hose (122) and air manifold solenoid valve (123), the work
(121) are upper and lower is slideably positioned on water tank (120) for plug, and the piston (121) passes through telescopic flexible leather hose (122) and connects medicament
Modulating device (9) and mixed stirring device (10), the air manifold solenoid valve (123) are arranged at piston (121) movement locus most
In the side wall of the water tank (120) of lower end, air manifold solenoid valve (123) joining water box (120) and the external world；Piston (121) to
During lower pressurization displacement, air manifold solenoid valve (123) sealing, when the piston (121) pulls upwardly on displacement, air manifold solenoid valve
(123) it is extraneous to open connection.
5. the method for work of the agricultural dropleting enemaing system of water treatment technology is irrigated based on river course, it is characterised in that：
The method of drip irrigation：
The water irrigated in water supply system (s) is pumped into gas-liquid by hybrid power pump (4) by water feeding one-way valve (5) and fully mixed
Close in spherical cavity container (6)；
Outside air is pumped into hybrid power pump (4) by inlet end (1), air filter (2), air pump (3) successively, gas-liquid
It is sufficiently mixed after preliminary mixing into gas-liquid in spherical cavity container (6)；
Air and water form the gas-liquid of tiny air bubble after gas-liquid is sufficiently mixed in spherical cavity container (6) fully pressurization mixing
Mixture, the content of the micro-bubble of the gas liquid mixture can be by being sufficiently mixed the pressure that spherical cavity container (6) connects with gas-liquid
Power valve (7) is adjusted；
The gas liquid mixture of tiny air bubble is entered in medicament modulating device (9), is carried out with the decoction of outflow in medicine-chest (8)
Hybrid modulation, the decoction for modulating completion enter mixed stirring device (10), and the drug particles impurity of inabundant solution is carried out
Precipitation filters out, and filters the decoction finished and enters compression chamber (12), under the pressurization regulation of the certain frequency of compression chamber (12), distribution
It is forced into various corresponding drip irrigation capillary pipeline systems (14).
6. the method for work of the agricultural dropleting enemaing system of water treatment technology, its feature are irrigated based on river course according to claim 5
It is：
Irrigate the water process method of work of water supply system (s)：
Sieve water method：First water pump (s8) rises to the source water extraction in river course in elevated tank (s27), in elevated tank (s27)
Water entered under gravity along first straight line inclined tube (s28) in sieve hydrophone (s26), the water into sieve hydrophone (s26)
To lower convoluted flow in coniform spiral pipe, while the water in hydrophone (s26) is sieved gradually along some leakages of helix tube lower wall (s37)
(s36) is directly spilt in water hole, and the solid-state debris such as leaf, suspension bulk plastic is more than leaking hole (s36) diameter, can remain in sieve water
In device (s26), a part of leaking hole (s36) can be blocked after solid-state debris accumulates to a certain extent, is now sieved in hydrophone (s26)
Part water can branch in second straight line inclined tube (s35), while solid-state debris is brought into the lump in the impact of spiral current
Second straight line inclined tube (s35) and blanking is into debris splicing pond (s24), it is again smooth that solid-state debris is flushed away rear leaking hole (s36)
Logical, the water in sieve hydrophone (s26) continues to water-accepting tank (s25) leak；
Preformed precipitate method：Water in water-accepting tank (s25) increases liquid level with rate of water added and gradually rises up to intercommunicating pore (s30) height, enters
And being spilled over to by some intercommunicating pores (s30) in preformed precipitate pond (s3) for the water steadying in water-accepting tank (s25), reduce to preliminary sedimentation
The disturbance of shallow lake pond (s3) bottom of pond, in preformed precipitate pond (s3) when the sediment of sedimentation basin bottom of pond (s31) reaches a certain amount of, open the
One water valve (s20), sediment are pressed into the interim storage pool of sediment (s21) in the presence of hydraulic pressure, and sediment blanking terminates
After close the first water valve (s20)；
Siphon method：Preformed precipitate pond (s3) is kept with the liquid level in cistern to be clean (s9) in the presence of siphoning installation (s4)
It is flat, while the second water pump (s5) continuously takes the water in cistern to be clean (s9) away, because the siphon of the first hose (s12) takes
The mouth of a river is located at float (s11) bottom, the siphon off water mouth of the first hose (s12) is drawn the water of liquid level bottom all the time, prevents
Floating object is sucked, because float (s11) is floating state, the siphon off water mouth that also prevent the first hose (s12) is drawn onto pond
The sediment at bottom, effectively prevent asymmetrical fibre filter (s6) clogging from occurring；Under original state in siphoning installation (s4)
For anhydrous state, siphonage can not be formed, now opening the second water valve (s14) passes through the water in standby clear water tanks (s23)
Filling pipe (s33) enters in preformed precipitate pond (s3) and cistern to be clean (s9), and then makes siphon hard water pipe (s13), first soft
Water in water pipe (12) and the second hose (s16) fills, and now closing the second water valve (s14) makes preformed precipitate pond (s3) and treat net
Generation siphon connects between changing cistern (s9).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710679667.2A CN107347593A (en) | 2017-08-10 | 2017-08-10 | The agricultural dropleting enemaing system and method for water treatment technology are irrigated based on river course |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710679667.2A CN107347593A (en) | 2017-08-10 | 2017-08-10 | The agricultural dropleting enemaing system and method for water treatment technology are irrigated based on river course |
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| CN107347593A true CN107347593A (en) | 2017-11-17 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201710679667.2A Withdrawn CN107347593A (en) | 2017-08-10 | 2017-08-10 | The agricultural dropleting enemaing system and method for water treatment technology are irrigated based on river course |
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| CN (1) | CN107347593A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108751519A (en) * | 2018-08-01 | 2018-11-06 | 北京东方园林环境股份有限公司 | Utilize the landscape irrigation water anti-blocking system and its construction method at high silt water source |
| CN111919716A (en) * | 2020-07-15 | 2020-11-13 | 罗培佳 | Regular drip irrigation equipment with anti-congestion function |
-
2017
- 2017-08-10 CN CN201710679667.2A patent/CN107347593A/en not_active Withdrawn
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108751519A (en) * | 2018-08-01 | 2018-11-06 | 北京东方园林环境股份有限公司 | Utilize the landscape irrigation water anti-blocking system and its construction method at high silt water source |
| CN108751519B (en) * | 2018-08-01 | 2024-03-05 | 北京东方园林环境股份有限公司 | Anti-blocking system for landscape irrigation by using high sediment water source and construction method thereof |
| CN111919716A (en) * | 2020-07-15 | 2020-11-13 | 罗培佳 | Regular drip irrigation equipment with anti-congestion function |
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Application publication date: 20171117 |