CN108419654A - A kind of solar energy sprinkling agricultural device - Google Patents
A kind of solar energy sprinkling agricultural device Download PDFInfo
- Publication number
- CN108419654A CN108419654A CN201810228910.3A CN201810228910A CN108419654A CN 108419654 A CN108419654 A CN 108419654A CN 201810228910 A CN201810228910 A CN 201810228910A CN 108419654 A CN108419654 A CN 108419654A
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- China
- Prior art keywords
- water
- solar energy
- sliding
- push rod
- sliding block
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Classifications
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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
- A01G25/16—Control of watering
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/10—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in agriculture
- Y02A40/22—Improving land use; Improving water use or availability; Controlling erosion
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02P—CLIMATE CHANGE MITIGATION TECHNOLOGIES IN THE PRODUCTION OR PROCESSING OF GOODS
- Y02P60/00—Technologies relating to agriculture, livestock or agroalimentary industries
- Y02P60/12—Technologies relating to agriculture, livestock or agroalimentary industries using renewable energies, e.g. solar water pumping
Abstract
The invention discloses a kind of solar energy to spray agricultural device, its structure includes chassis, side solar panel, nozzle, diversion pipe, top surface solar panels, Intelligent spray irrigation device, push bracket, water pipe water injection interface, full landform Athey wheel composition, tray bottom is equipped with full landform Athey wheel, and full landform Athey wheel and chassis are gap-matched；Intelligent spray irrigation device is equipped at the top of chassis, Intelligent spray irrigation device is fastened on chassis face groove, it is connect with water pipe water injection interface using water pipe one end, the other end is put into pond, in the case of solar energy storage battery capacity abundance, automatic feeding water and sprinkling irrigation can be realized by Intelligent spray irrigation device, to improve the efficiency of agricultural sprinkling irrigation and reduce necessary labour.
Description
Technical field
The present invention is a kind of solar energy sprinkling agricultural device, belongs to solar energy sprinkling agricultural device field.
Background technology
The utilization of solar energy has a photothermal conversion and opto-electronic conversion two ways, and solar power generation is a kind of emerging renewable
The energy.Sensu lato solar energy also includes tellurian wind energy, chemical energy, water energy etc., currently, agricultural technology is brand-new into one
Epoch, the heliotechnics extensive use in agricultural machinery brings the benefit of environmental protection and energy saving.
Prior art solar energy sprinkling agricultural device can not realize continuous automatic irrigation, need lasting to water tank progress
Add water to meet the needs of sprinkling irrigation operation, not only wastes time but also labor intensity is big.
Invention content
In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of solar energy to spray agricultural device, to solve
Solar energy sprinkling agricultural device can not realize continuous automatic irrigation, need it is lasting to water tank carry out plus water with meet sprinkling irrigation make
The needs of industry, not only waste time but also problem that labor intensity is big.
To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of solar energy sprinkling agricultural
Device, structure include chassis, side solar panel, nozzle, diversion pipe, top surface solar panels, Intelligent spray irrigation device, push away
Frame, water pipe water injection interface, full landform Athey wheel composition, the tray bottom are equipped with full landform Athey wheel, the full landform
Athey wheel and chassis are gap-matched；Intelligent spray irrigation device, the Intelligent spray irrigation device button are equipped at the top of the chassis
Conjunction is fixed on chassis face groove, and side solar panel is equipped at left and right sides of the Intelligent spray irrigation device, described
Using interference fit, the Intelligent spray irrigation device top is equipped with the top surface sun for side solar panel and Intelligent spray irrigation device
Energy plate, the top surface solar panels are close to be fixed on Intelligent spray irrigation device, and the top surface solar panels front end is equipped with and leads
Flow tube, the diversion pipe and Intelligent spray irrigation device are threadedly coupled, and are uniformly equidistantly equipped on the diversion pipe more than two
Nozzle, the nozzle and diversion pipe are threadedly coupled, and the Intelligent spray irrigation device rear end is equipped with push bracket, and the push bracket is u
Type structure and with Intelligent spray irrigation device using being interference fitted, water pipe water injection interface, the water pipe are equipped with below the push bracket
Water injection interface and Intelligent spray irrigation device are gap-matched；The Intelligent spray irrigation device is opened by solar energy storage battery, stroke
Pass, automatic water-storing mechanism, two-way sprinkling irrigation mechanism, sealing shell composition, the sealing shell are internally provided with automatic water-storing mechanism,
The automatic water-storing mechanism and sealing shell are gap-matched, and travel switch is equipped with above the automatic water-storing mechanism,
The travel switch is connected with automatic water-storing mechanism driving, and solar energy storage battery, institute are equipped on the left of the travel switch
Solar energy storage battery and the travel switch electrical connection stated, the solar energy storage battery lower section are equipped with two-way sprinkling irrigation mechanism,
The two-way sprinkling irrigation mechanism and the electrical connection of solar energy storage battery, the two-way sprinkling irrigation mechanism and automatic water-storing mechanism use
Clearance fit.
Further, the travel switch is by static contact, moving contact, strut, motion bar, the first sliding groove, upright bar, bottom
Seat, connecting rod, first gear, A push rods, trundle composition, the chassis left side are equipped with upright bar, and the upright bar is vertically fixed on
On susceptor surface groove, the first sliding groove is equipped at the top of the upright bar, the first sliding groove is screwed in upright bar top
On face, the upright bar is equipped with motion bar, and the motion bar and upright bar are slidably connected at cross structure and with the first sliding groove,
The motion bar upper and lower ends are equipped with trundle, the trundle and motion bar using interference fit, the motion bar
Left side is equipped with strut, and the strut is mutually welded with motion bar, and the strut left end is equipped with moving contact, the moving contact button
Conjunction is fixed on strut, and static contact is equipped on the left of the moving contact, and the static contact and moving contact match, the bottom
Seat bottom is equipped with first gear, and the first gear and pedestal are gap-matched, and the first gear is equipped with connecting rod,
The connecting rod and first gear is gap-matched, and the first gear is connect by connecting rod with A push rods, and the A is pushed away
Bar left end is fixed on motion bar.
Further, the first gear is connected with No.1 rack-driving.
Further, the automatic water-storing mechanism is by No.1 rack, idler wheel, fixing bracket, water tank, drive line, just
Pole conductive sheet, cathode conductive film, suction pump, limited block, closed sliding rail, floating block, L-type outlet pipe composition, the water tank are left
Side is equipped with L-type outlet pipe, and the L-type outlet pipe and water tank are threadedly coupled, and the water tank is internally provided with closed sliding rail,
The closed sliding rail is close to be fixed on water storage chamber interior wall, and the closed sliding rail bottom is equipped with limited block, the limit
Block is fastened on closed sliding rail, and the closed sliding rail is equipped with floating block, and the floating block and closed sliding rail are slidably connected,
Fixing bracket is equipped on the right side of the floating block, the floating block is connect through water tank with idler wheel by fixing bracket, described
Idler wheel is screwed on fixing bracket, and the fixing bracket upper and lower ends are respectively equipped with No.1 rack and drive line,
The No.1 rack is vertically fixed on fixing bracket top surface, and the drive line upper end is connect with fixing bracket, described
Cathode conductive film is equipped with below fixing bracket, the drive line lower end is connected with cathode conductive film top surface, the water storage
Bottom portion is equipped with suction pump, and the suction pump and water tank match, and cathode conductive film, institute are equipped at the top of the suction pump
The cathode conductive film and cathode conductive film stated are electrically connected with suction pump, and the cathode conductive film and cathode conductive film match.
Further, the two-way sprinkling irrigation mechanism is by the first anchor tip, driving wheel, motor, lower interlocking bar, linking
Bar, transmission belt, the first sliding block, second sliding slot, lower T-type push rod, B push rods, first support, No. two racks, pressurization discharge mechanism, under
It is preventing water leakage sliding rail, water outlet push plate, apopore, upper T-type push rod, upper preventing water leakage sliding rail, second support, the second anchor tip, driven
Wheel, upper interlocking bar, the second sliding block, third sliding slot composition, the driving wheel center is equipped with motor, the motor and master
Driving wheel is gap-matched, and the active wheel surface is equipped with the first anchor tip, first anchor tip and active
Wheel is integrated, and second sliding slot is equipped on the left of the driving wheel, and the second sliding slot left end is fixed on first support
On, the second sliding slot is equipped with the first sliding block, and first sliding block and second sliding slot are slidably connected, and described first slides
Lower interlocking bar is equipped between block and the first anchor tip, the interlocking bar left and right ends are separately fixed at the first sliding block and first
On anchor tip, the interlocking bar is gap-matched with the first sliding block and the first anchor tip, the first sliding block bottom
Portion center is equipped with joining rod, and the joining rod upper end is fastened on the first sliding block, is set on the left of the joining rod
There is B push rods, the B push rods and first support to be slidably connected, the B push rod left ends be equipped with No. two racks, described No. two
Rack is mutually welded with B push rods, is equipped with pressurization discharge mechanism on the left of the first support, the pressurization discharge mechanism and No. two
Rack-driving connects, and lower T-type push rod is equipped on the left of first sliding block, and the T-type push rod and the first sliding block use interference
Cooperation, driving wheel top are equipped with driven wheel, and the driving wheel is connected by transmission belt with driven wheel, and described is driven
Wheel surface is equipped with the second anchor tip, and second anchor tip and driven wheel are integrated, the driven wheel
Left side is equipped with third sliding slot, is equipped with second support above the third sliding slot, the third sliding slot left end is fixed on second
On holder, the third sliding slot is equipped with the second sliding block, and second sliding block and third sliding slot be slidably connected, and described the
Upper interlocking bar is equipped between two sliding blocks and the second anchor tip, the upper interlocking bar left and right ends are separately fixed at the second sliding block
On the second anchor tip, the upper interlocking bar is gap-matched with the second sliding block and the second anchor tip, and described
Upper T-type push rod is equipped on the left of two sliding blocks, the T-type push rod is fastened on the second sliding block, and the upper T-type push rod is under
Water outlet push plate is equipped between T-type push rod, the water outlet push plate upper and lower ends are mutually welded with upper T-type push rod and lower T-type push rod respectively
It connects, the water outlet push plate center is uniformly equidistantly equipped with more than two apopores, the apopore and water outlet push plate
It is integrated, the apopore upper and lower ends are respectively equipped with preventing water leakage sliding rail and lower preventing water leakage sliding rail, and described is upper
Preventing water leakage sliding rail and lower preventing water leakage sliding rail are slidably connected with water outlet push plate.
Further, the pressurization discharge mechanism is by going out water piston, mandril, No. three racks, the 4th sliding slot, No. two gears
Composition, described No. two gears left sides are equipped with No. three racks, and described No. three racks and No. two gears are meshed, described No. three
The 4th sliding slot is equipped on the left of rack, the 4th sliding slot and No. three racks are slidably connected, and described No. three rack upper ends are equipped with
Using interference fit, the mandril top is equipped with out water piston for mandril, the mandril and No. three racks, and the water outlet is lived
Plug and mandril are threadedly coupled.
Further, No. two gears and No. two racks are meshed.
Further, the suction pump and the electrical connection of solar energy storage battery, the static contact and moving contact with too
Positive energy energy-storage battery electrical connection.
Further, the nozzle is connect by diversion pipe with L-type outlet pipe.
Further, the water pipe water injection interface is connected with the water inlet pipe that suction pump is equipped with.
Further, the side solar panel and top surface solar panels are single-crystalline-silicon solar-cell panel, tool
Have the characteristics that photoelectric conversion rate is high.
Further, the side solar panel and top surface solar panels be electrically connected.
Advantageous effect
A kind of solar energy of the present invention sprays agricultural device, water pipe water injection interface is connected with water pipe first, in solar energy
In the case of energy-storage battery electricity abundance, when the water in water tank is too low, floating block can be along closed sliding rail slide downward, floating block
Height depend on the water level inside water tank, fixing bracket is equipped on the right side of floating block, fixing bracket is led by drive line and anode
Electric piece is connected, and when the water in water tank is too low, floating block declines, and cathode conductive film and cathode conductive film are in contact, and work as anode
Suction pump generates circuit when conductive sheet is mutually closed with cathode conductive film, and solar energy storage battery starts to be powered suction pump,
The water for making it through the water pipe external world is pumped into inside water tank, and when water abundance inside water tank, floating block can be lifted up, and be made
Cathode conductive film and cathode conductive film separation, the No.1 rack that fixing bracket top surface is equipped at this time are meshed with first gear,
First gear rotates and drives link rotatable, makes A push rods push motion bar to be slided along the first sliding groove at horizontality, makes moving contact
It is in contact with static contact, motion bar upper and lower ends, which are equipped with trundle, can improve the efficiency of motion bar movement, when moving contact and quiet
When contact is mutually closed, solar energy storage battery starts to power to motor, and suction pump is because of cathode conductive film and negative conductive at this time
Piece separation is stopped, and electric opportunity driven driving wheel rotation, driving wheel connect by transmission belt with driven wheel, thus driving wheel with
Driven wheel can synchronous rotary, when driving wheel rotates, upper interlocking bar and lower interlocking bar can respectively drive the second sliding block and first and slide
Block is slided along third sliding slot and second sliding slot, and so that the second sliding block and the first sliding block is passed through, upper T-type push rod is synchronous with lower T-type push rod to incite somebody to action
It is discharged push plate to promote along upper preventing water leakage sliding rail and lower preventing water leakage sliding rail so that water can be pressed and pass through in L-type outlet pipe
Nozzle sprays water, and B push rods are connect by joining rod with the first sliding block, and B push rods and No. two racks are connected, so when the first cunning
When block is pushed into, No. two racks are equally pushed into, and No. two gears can rotate at this time, and drive No. three racks upward along the 4th sliding slot
It is promoted, and water piston will be gone out by mandril and jacked along L-type outlet pipe, made the water after water outlet push plate pressurization, lived by being discharged
Repressurization is filled in, to greatly improve the efficiency of sprinkling irrigation, keeps the distance that nozzle sprays remote, the range of sprinkling irrigation increases, the present invention one
Kind solar energy sprays agricultural device, is connect with water pipe water injection interface using water pipe one end, the other end is put into pond, in solar energy
In the case of energy-storage battery electricity abundance, automatic feeding water and sprinkling irrigation can be realized by Intelligent spray irrigation device, to improve agricultural
The efficiency of sprinkling irrigation and the necessary labour of reduction.
Description of the drawings
Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention,
Objects and advantages will become more apparent upon：
Fig. 1 is the structural schematic diagram that a kind of solar energy of the present invention sprays agricultural device.
Fig. 2 is the Intelligent spray irrigation apparatus structure schematic diagram that a kind of solar energy of the present invention sprays agricultural device.
Fig. 3 is the Intelligent spray irrigation device Dynamic Graph one that a kind of solar energy of the present invention sprays agricultural device.
Fig. 4 is the Intelligent spray irrigation device Dynamic Graph two that a kind of solar energy of the present invention sprays agricultural device.
Fig. 5 is the enlarged drawing of A in a kind of Fig. 3 of solar energy sprinkling agricultural device of the present invention.
In figure：Chassis -1, side solar panel -2, nozzle -3, diversion pipe -4, top surface solar panels -5, intelligence spray
Filling device -6, solar energy storage battery -61, travel switch -62, static contact -621, moving contact -622, strut -623, motion bar -
624, the first sliding groove -625, upright bar -626, pedestal -627, connecting rod -628, first gear -629, A push rods -6210, trundle -
6211, automatic water-storing mechanism -63, No.1 rack -631, idler wheel -632, fixing bracket -633, water tank -634, drive line -
635, cathode conductive film -636, cathode conductive film -637, suction pump -638, limited block -639, closed sliding rail -6310, floating block -
6311, L-type outlet pipe -6312, two-way sprinkling irrigation mechanism -64, the first anchor tip -641, driving wheel -642, motor -643, the second line of a couplet
Lever -644, joining rod -645, transmission belt -646, the first sliding block -647, second sliding slot -648, lower T-type push rod -649, B push rods -
6410, first support -6411, No. two racks -6412, pressurization discharge mechanism -6413, go out water piston -641301, mandril -
641302, No. three racks -641303, the 4th sliding slot -641304, No. two gears -641305, lower preventing water leakage sliding rail -6414, water outlet
Push plate -6415, apopore -6416, upper T-type push rod -6417, upper preventing water leakage sliding rail -6418, second support -6419, second are fixed
Connector -6420, driven wheel -6421, upper interlocking bar -6422, the second sliding block -6423, third sliding slot -6424, sealing shell -65,
Push bracket -7, water pipe water injection interface -8, full landform Athey wheel -9.
Specific implementation mode
To make the technical means, the creative features, the aims and the efficiencies achieved by the present invention be easy to understand, with reference to
Specific implementation mode, the present invention is further explained.
Please refer to Fig.1-Fig. 5, the present invention provides a kind of solar energy and sprays agricultural device, structure include chassis 1, side too
It is positive can solar panel 2, nozzle 3, diversion pipe 4, top surface solar panels 5, Intelligent spray irrigation device 6, push bracket 7, water pipe water injection interface 8, complete
Landform Athey wheel 9 forms, and 1 bottom of chassis is equipped with full landform Athey wheel 9, and the full landform Athey wheel 9 and chassis 1 are adopted
Use clearance fit；1 top of chassis is equipped with Intelligent spray irrigation device 6, and the Intelligent spray irrigation device 6 is fastened on chassis
On 1 top surface groove, 6 left and right sides of Intelligent spray irrigation device is equipped with side solar panel 2, the side solar energy
Using interference fit, 6 top of Intelligent spray irrigation device is equipped with top surface solar panels 5 for solar panel 2 and Intelligent spray irrigation device 6,
The top surface solar panels 5 are close to be fixed on Intelligent spray irrigation device 6, and 5 front end of top surface solar panels is equipped with water conservancy diversion
Pipe 4, the diversion pipe 4 and Intelligent spray irrigation device 6 are threadedly coupled, uniformly equidistant on the diversion pipe 4 to be equipped with two or more
Nozzle 3, the nozzle 3 and diversion pipe 4 be threadedly coupled, and 6 rear end of Intelligent spray irrigation device is equipped with push bracket 7, described
Push bracket 7 is u-shaped structure and uses interference fit with Intelligent spray irrigation device 6, and water pipe water injection interface 8 is equipped with below the push bracket 7,
The water pipe water injection interface 8 and Intelligent spray irrigation device 6 is gap-matched；The Intelligent spray irrigation device 6 is stored up by solar energy
Energy battery 61, travel switch 62, automatic water-storing mechanism 63, two-way sprinkling irrigation mechanism 64, sealing shell 65 form, outside the sealing
Shell 65 is internally provided with automatic water-storing mechanism 63, and the automatic water-storing mechanism 63 and sealing shell 65 are gap-matched, described
The top of automatic water-storing mechanism 63 be equipped with travel switch 62, the travel switch 62 and automatic water-storing mechanism 63 are sequentially connected,
62 left side of travel switch is equipped with solar energy storage battery 61,62 electricity of the solar energy storage battery 61 and travel switch
Connection, 61 lower section of solar energy storage battery are equipped with two-way sprinkling irrigation mechanism 64, the two-way sprinkling irrigation mechanism 64 and the sun
Energy energy-storage battery 61 is electrically connected, and the two-way sprinkling irrigation mechanism 64 and automatic water-storing mechanism 63 are gap-matched, the row
Cheng Kaiguan 62 by static contact 621, moving contact 622, strut 623, motion bar 624, the first sliding groove 625, upright bar 626, pedestal 627,
Connecting rod 628, first gear 629, A push rods 6210, trundle 6211 form, and 627 left side of pedestal is equipped with upright bar 626, institute
The upright bar 626 stated is vertically fixed on 627 surface groove of pedestal, and 626 top of upright bar is equipped with the first sliding groove 625, described
The first sliding groove 625 be screwed on 626 top surface of upright bar, the upright bar 626 be equipped with motion bar 624, it is described
Motion bar 624 and upright bar 626 are slidably connected at cross structure and with the first sliding groove 625, and 624 upper and lower ends of motion bar are set
There are trundle 6211, the trundle 6211 and motion bar 624 using interference fit, 624 left side of motion bar is equipped with
Strut 623, the strut 623 and motion bar 624 mutually weld, and 623 left end of strut is equipped with moving contact 622, described
Moving contact 622 is fastened on strut 623, and 622 left side of moving contact is equipped with static contact 621, the static contact 621
It is matched with moving contact 622,627 bottom of pedestal is equipped with first gear 629, the first gear 629 and pedestal 627
It is gap-matched, the first gear 629 is equipped with connecting rod 628, between the connecting rod 628 and first gear 629 use
Gap coordinates, and the first gear 629 is connect by connecting rod 628 with A push rods 6210, and 6210 left end of A push rods is fixed on
On motion bar 624, the first gear 629 and No.1 rack 631 are sequentially connected, and the automatic water-storing mechanism 63 is by No.1
Rack 631, idler wheel 632, fixing bracket 633, water tank 634, drive line 635, cathode conductive film 636, cathode conductive film 637,
Suction pump 638, limited block 639, closed sliding rail 6310, floating block 6311, L-type outlet pipe 6312 form, and the water tank 634 is left
Side is equipped with L-type outlet pipe 6312, and the L-type outlet pipe 6312 and water tank 634 are threadedly coupled, in the water tank 634
Portion is equipped with closed sliding rail 6310, and the closed sliding rail 6310 is close to be fixed on 634 inner wall of water tank, the closed sliding rail
6310 bottoms are equipped with limited block 639, and the limited block 639 is fastened on closed sliding rail 6310, the closed sliding rail
6310 are equipped with floating block 6311, and the floating block 6311 and closed sliding rail 6310 are slidably connected, and 6311 right side of floating block is set
There is fixing bracket 633, the floating block 6311 is connect through water tank 634 with idler wheel 632 by fixing bracket 633, described
Idler wheel 632 is screwed on fixing bracket 633, and 633 upper and lower ends of fixing bracket are respectively equipped with No.1 rack
631 and drive line 635, the No.1 rack 631 be vertically fixed on 633 top surface of fixing bracket, on the drive line 635
End connect with fixing bracket 633, equipped with cathode conductive film 636 below the fixing bracket 633, under the drive line 635
End is connected with 636 top surface of cathode conductive film, and 634 bottom of water tank is equipped with suction pump 638, the suction pump 638
It is matched with water tank 634,638 top of suction pump is equipped with cathode conductive film 637,636 He of cathode conductive film
Cathode conductive film 637 is electrically connected with suction pump 638, and the cathode conductive film 636 and cathode conductive film 637 match, described
Two-way sprinkling irrigation mechanism 64 by the first anchor tip 641, driving wheel 642, motor 643, lower interlocking bar 644, joining rod 645, pass
6411, No. two dynamic band 646, the first sliding block 647, second sliding slot 648, lower T-type push rod 649, B push rods 6410, first support racks
6412, pressurize discharge mechanism 6413, lower preventing water leakage sliding rail 6414, water outlet push plate 6415, apopore 6416, upper T-type push rod 6417,
Upper preventing water leakage sliding rail 6418, second support 6419, the second anchor tip 6420, driven wheel 6421, upper interlocking bar 6422, second are slided
Block 6423, third sliding slot 6424 form, and 642 center of driving wheel is equipped with motor 643, the motor 643 and master
Driving wheel 642 is gap-matched, and 642 surface of driving wheel is equipped with the first anchor tip 641, and the described first fixation connects
First 641 and driving wheel 642 be integrated, 642 left side of the driving wheel is equipped with second sliding slot 648, and described second slides
648 left end of slot is fixed in first support 6411, and the second sliding slot 648 is equipped with the first sliding block 647, and described first slides
Block 647 and second sliding slot 648 are slidably connected, and lower interlocking bar is equipped between first sliding block 647 and the first anchor tip 641
644,644 left and right ends of interlocking bar are separately fixed on the first sliding block 647 and the first anchor tip 641, the connection
Lever 644 is gap-matched with the first sliding block 647 and the first anchor tip 641,647 bottom centre of the first sliding block position
Joining rod 645 is installed, 645 upper end of joining rod is fastened on the first sliding block 647, and the joining rod 645 is left
Side is equipped with B push rods 6410, and the B push rods 6410 and first support 6411 are slidably connected, and 6410 left end of B push rods is equipped with
No. two racks 6412, described No. two racks 6412 are mutually welded with B push rods 6410, and 6411 left side of first support, which is equipped with, to be added
Discharge mechanism 6413, the pressurization discharge mechanism 6413 and No. two racks 6412 is pressed to be sequentially connected, first sliding block 647
Left side is equipped with lower T-type push rod 649, the T-type push rod 649 and the first sliding block 647 using interference fit, the driving wheel
642 tops are equipped with driven wheel 6421, and the driving wheel 642 is connected by transmission belt 646 and driven wheel 6421, and described is driven
It takes turns 6421 surfaces and is equipped with the second anchor tip 6420, second anchor tip 6420 and driven wheel 6421 are that integration is tied
Structure, 6421 left side of driven wheel are equipped with third sliding slot 6424, and 6424 top of third sliding slot is equipped with second support
6419,6424 left end of third sliding slot is fixed in second support 6419, and the third sliding slot 6424 is equipped with second
Sliding block 6423, second sliding block 6423 and third sliding slot 6424 are slidably connected, and second sliding block 6423 and second is solid
Determine to be equipped with upper interlocking bar 6422 between connector 6420,6422 left and right ends of upper interlocking bar are separately fixed at the second sliding block
6423 and second on anchor tip 6420, and the upper interlocking bar 6422 is adopted with the second sliding block 6423 and the second anchor tip 6420
With clearance fit, 6423 left side of the second sliding block is equipped with upper T-type push rod 6417, and the T-type push rod 6417 is fastened
Water outlet push plate 6415 is equipped on the second sliding block 6423, between the upper T-type push rod 6417 and lower T-type push rod 649, it is described
It is discharged 6415 upper and lower ends of push plate to weld with upper T-type push rod 6417 and lower 649 phase of T-type push rod respectively, the water outlet push plate
6415 centers are uniformly equidistantly equipped with more than two apopores 6416, and the apopore 6416 and water outlet push plate 6415 are
Integral structure, 6416 upper and lower ends of apopore are respectively equipped with preventing water leakage sliding rail 6418 and lower preventing water leakage sliding rail
6414, the upper preventing water leakage sliding rail 6418 and lower preventing water leakage sliding rail 6414 are slidably connected with water outlet push plate 6415, and described adds
Press discharge mechanism 6413 by going out water piston 641301,641302, No. three racks 641303 of mandril, the 4th sliding slot 641304, two
Gear 641305 forms, and described No. two 641305 left sides of gear are equipped with No. three racks 641303, described No. three racks
641303 and No. two gears 641305 be meshed, 641303 left side of described No. three racks is equipped with the 4th sliding slot 641304, described
The 4th sliding slot 641304 and No. three racks 641303 be slidably connected, described No. three 641303 upper ends of rack are equipped with mandril
641302, using interference fit, 641302 top of mandril is equipped with for the mandril 641302 and No. three racks 641303
Go out water piston 641301, described goes out water piston 641301 and the threaded connection of mandril 641302, described No. two gears 641305
It is meshed with No. two racks 6412, the suction pump 638 and solar energy storage battery 61 are electrically connected, the static contact 621
It is electrically connected with solar energy storage battery 61 with moving contact 622, the nozzle 3 is connected by diversion pipe 4 and L-type outlet pipe 6312
It connects, the water pipe water injection interface 8 is connected with the water inlet pipe that suction pump 638 is equipped with, the side solar panel 2
It is single-crystalline-silicon solar-cell panel with top surface solar panels 5, has the characteristics that photoelectric conversion rate is high, the side solar-electricity
Pond plate 2 and top surface solar panels 5 be electrically connected.
The operation principle of the present invention:
Water pipe water injection interface 8 is connected with water pipe first, in the case of 61 electricity abundance of solar energy storage battery, when
When water in water tank 634 is too low, floating block 6311 can along 6310 slide downward of closed sliding rail, the height of floating block 6311 depend on
Water level inside water tank 634,6311 right side of floating block are equipped with fixing bracket 633, and fixing bracket 633 is by drive line 635 and just
Pole conductive sheet 636 is connected, and when the water in water tank 634 is too low, floating block 6311 declines, and cathode conductive film 636 and cathode are led
Electric piece 637 is in contact, and when cathode conductive film 636 is mutually closed with cathode conductive film 637, suction pump 638 generates circuit, solar energy
Energy-storage battery 61 starts to be powered suction pump 638, and the water for making it through the water pipe external world is pumped into inside water tank 634, works as storage
When water abundance inside water tank 634, floating block 6311 can be lifted up, and cathode conductive film 636 and cathode conductive film 637 is made to divide
From the No.1 rack 631 that 633 top surface of fixing bracket is equipped at this time is meshed with first gear 629, and first gear 629 rotates
And connecting rod 628 is driven to rotate, make A push rods 6210 push motion bar 624 to be slided along the first sliding groove 625 at horizontality, makes to touch
First 622 and static contact 621 be in contact, 624 upper and lower ends of motion bar be equipped with trundle 6211 can improve motion bar 624 movement
Efficiency, when moving contact 622 is mutually closed with static contact 621, solar energy storage battery 61 starts to power to motor 643, takes out at this time
For water pump 638 because cathode conductive film 636 and the separation of cathode conductive film 637 are stopped, motor 643 can drive driving wheel 642 to revolve
Turn, driving wheel 642 is connected by transmission belt 646 and driven wheel 6421, so driving wheel 642 being capable of synchronous rotation with driven wheel 6421
Turn, when driving wheel 642 rotates, upper interlocking bar 6422 and lower interlocking bar 644 can respectively drive the second sliding block 6423 and the first sliding block
647 slide along third sliding slot 6424 and second sliding slot 648, and the second sliding block 6423 and the first sliding block 647 is made to pass through upper T-type push rod
6417 it is synchronous with lower T-type push rod 649 will water outlet push plate 6415 promoted along upper preventing water leakage sliding rail 6418 and lower preventing water leakage sliding rail 6414,
Allow the water to be pressed in L-type outlet pipe 6312 and sprayed water by nozzle 3, B push rods 6410 by joining rod 645 with
First sliding block 647 connects, and B push rods 6410 are connected with No. two racks 6412, so when the first sliding block 647 is pushed into, No. two
Rack 6412 is equally pushed into, and No. two gears 641305 can rotate at this time, and drives No. three racks 641303 along the 4th sliding slot
641304 are lifted up, and will go out water piston 641301 by mandril 641302 and be jacked along L-type outlet pipe 6312, make by water outlet
Water after push plate 6415 is pressurizeed, to greatly improve the efficiency of sprinkling irrigation, makes nozzle 3 by going out 641301 repressurization of water piston
The distance of injection is remote, and the range of sprinkling irrigation increases.
The control mode of the present invention is automatically controlled by controller, the skill that the control circuit of controller passes through this field
Art personnel's simple programming can be realized, and belong to the common knowledge of this field, and the present invention is mainly used to protect mechanical device, institute
Control mode is not explained with the present invention to connect with circuit.
Nozzle 3 of the present invention is spray nozzle, can save water resource, improve the range of sprinkling irrigation.
Problems solved by the invention, which is prior art solar energy sprinkling agricultural device, can not realize continuous automatic irrigation, need
To be continued to water tank carry out plus water with meet sprinkling irrigation operation needs, not only waste time but also labor intensity be big, the present invention
By being combined with each other for above-mentioned component, a kind of solar energy of the present invention sprays agricultural device, is connect using water pipe one end and water pipe water filling
Mouth 8 connects, and the other end is put into pond, in the case of 61 electricity abundance of solar energy storage battery, passes through Intelligent spray irrigation device 6
Automatic feeding water and sprinkling irrigation can be realized, to improve the efficiency of agricultural sprinkling irrigation and reduce necessary labour.
The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill
For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from the present invention spirit or
In the case of essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action
Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state
Bright restriction, it is intended that including all changes that come within the meaning and range of equivalency of the claims in the present invention
It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.
In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped
Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should
It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art
The other embodiment being appreciated that.
Claims (9)
1. a kind of solar energy sprays agricultural device, structure includes chassis (1), side solar panel (2), nozzle (3), leads
Flow tube (4), top surface solar panels (5), Intelligent spray irrigation device (6), push bracket (7), water pipe water injection interface (8), full landform Athey wheel
(9) it forms, the chassis (1) bottom is equipped with full landform Athey wheel (9), and the full landform Athey wheel (9) and chassis (1) are adopted
With clearance fit, it is characterised in that：
Intelligent spray irrigation device (6) is equipped at the top of the chassis (1), the Intelligent spray irrigation device (6) is fastened on chassis
(1) on the groove of top surface, side solar panel (2), the side are equipped at left and right sides of the Intelligent spray irrigation device (6)
Using interference fit, the Intelligent spray irrigation device (6) top is equipped with top for solar panel (2) and Intelligent spray irrigation device (6)
Face solar panels (5), the top surface solar panels (5) are close to be fixed on Intelligent spray irrigation device (6), the top surface sun
Energy plate (5) front end is equipped with diversion pipe (4), and the diversion pipe (4) and Intelligent spray irrigation device (6) are threadedly coupled, the water conservancy diversion
It manages and is uniformly equidistantly equipped with more than two nozzles (3) on (4), the nozzle (3) and diversion pipe (4) are threadedly coupled, described
Intelligent spray irrigation device (6) rear end is equipped with push bracket (7), and the push bracket (7) is u-shaped structure and is used with Intelligent spray irrigation device (6)
Interference fit, the push bracket (7) lower section are equipped with water pipe water injection interface (8), the water pipe water injection interface (8) and Intelligent spray irrigation
Device (6) is gap-matched；
The Intelligent spray irrigation device (6) by solar energy storage battery (61), travel switch (62), automatic water-storing mechanism (63),
Two-way sprinkling irrigation mechanism (64), sealing shell (65) composition, the sealing shell (65) are internally provided with automatic water-storing mechanism (63),
The automatic water-storing mechanism (63) and sealing shell (65) is gap-matched, and is set above the automatic water-storing mechanism (63)
There are travel switch (62), the travel switch (62) and automatic water-storing mechanism (63) to be sequentially connected, the travel switch
(62) left side is equipped with solar energy storage battery (61), the solar energy storage battery (61) and travel switch (62) electrical connection,
Two-way sprinkling irrigation mechanism (64), the two-way sprinkling irrigation mechanism (64) and the sun are equipped with below the solar energy storage battery (61)
Energy energy-storage battery (61) is electrically connected, and the two-way sprinkling irrigation mechanism (64) and automatic water-storing mechanism (63) are gap-matched.
2. a kind of solar energy according to claim 1 sprays agricultural device, it is characterised in that：The travel switch (62)
By static contact (621), moving contact (622), strut (623), motion bar (624), the first sliding groove (625), upright bar (626), pedestal
(627), connecting rod (628), first gear (629), the first push rod (6210), trundle (6211) composition, the pedestal (627)
Left side is equipped with upright bar (626), and the upright bar (626) is vertically fixed on pedestal (627) surface groove, the upright bar
(626) top is equipped with the first sliding groove (625), and the first sliding groove (625) is screwed on upright bar (626) top surface,
The upright bar (626) is equipped with motion bar (624), the motion bar (624) and upright bar (626) at cross structure and with the
One sliding slot (625) is slidably connected, and the motion bar (624) upper and lower ends are equipped with trundle (6211), the trundle
(6211) and motion bar (624) is using interference fit, and the motion bar (624) left side is equipped with strut (623), the strut
(623) it is mutually welded with motion bar (624), the strut (623) left end is equipped with moving contact (622), the moving contact (622)
It is fastened on strut (623), static contact (621), the static contact (621) is equipped on the left of the moving contact (622)
It is matched with moving contact (622), the pedestal (627) bottom is equipped with first gear (629), the first gear (629)
Be gap-matched with pedestal (627), the first gear (629) be equipped with connecting rod (628), the connecting rod (628) and
First gear (629) is gap-matched, and the first gear (629) is connected by connecting rod (628) and the first push rod (6210)
It connects, described the first push rod (6210) left end is fixed on motion bar (624).
3. a kind of solar energy according to claim 2 sprays agricultural device, it is characterised in that：The first gear
(629) it is sequentially connected with automatic water-storing mechanism (63).
4. a kind of solar energy according to claim 1 or 3 sprays agricultural device, it is characterised in that：The automatic water-storing
Mechanism (63) is by No.1 rack (631), idler wheel (632), fixing bracket (633), water tank (634), drive line (635), anode
Conductive sheet (636), cathode conductive film (637), suction pump (638), limited block (639), closed sliding rail (6310), floating block
(6311), L-type outlet pipe (6312) forms, and L-type outlet pipe (6312), the L-type are equipped on the left of the water tank (634)
Outlet pipe (6312) and water tank (634) are threadedly coupled, and the water tank (634) is internally provided with closed sliding rail (6310), institute
The closed sliding rail (6310) stated is close to be fixed on water tank (634) inner wall, and described closed sliding rail (6310) bottom is equipped with limit
Position block (639), the limited block (639) is fastened on closed sliding rail (6310), on the closed sliding rail (6310)
Equipped with floating block (6311), the floating block (6311) and closed sliding rail (6310) are slidably connected, on the right side of the floating block (6311)
Equipped with fixing bracket (633), the floating block (6311) is by fixing bracket (633) through water tank (634) and idler wheel (632)
Connection, the idler wheel (632) are screwed on fixing bracket (633), the fixing bracket (633) upper and lower ends
It is respectively equipped with No.1 rack (631) and drive line (635), the No.1 rack (631) is vertically fixed on fixing bracket (633)
On top surface, the drive line (635) upper end is connect with fixing bracket (633), is equipped with just below the fixing bracket (633)
Pole conductive sheet (636), the drive line (635) lower end are connected with cathode conductive film (636) top surface, the water tank
(634) bottom is equipped with suction pump (638), and the suction pump (638) and water tank (634) match, the suction pump
(638) top is equipped with cathode conductive film (637), the cathode conductive film (636) and cathode conductive film (637) and suction pump
(638) it is electrically connected, the cathode conductive film (636) and cathode conductive film (637) match, the first gear (629)
It is sequentially connected with No.1 rack (631).
5. a kind of solar energy according to claim 1 sprays agricultural device, it is characterised in that：The two-way sprinkling irrigation mechanism
(64) by the first anchor tip (641), driving wheel (642), motor (643), lower interlocking bar (644), joining rod (645), transmission
Band (646), the first sliding block (647), second sliding slot (648), lower T-type push rod (649), the second push rod (6410), first support
(6411), No. two racks (6412), pressurization discharge mechanism (6413), lower preventing water leakage sliding rail (6414), water outlet push plate (6415), go out
Water hole (6416), upper T-type push rod (6417), upper preventing water leakage sliding rail (6418), second support (6419), the second anchor tip
(6420), driven wheel (6421), upper interlocking bar (6422), the second sliding block (6423), third sliding slot (6424) composition, the master
Driving wheel (642) center is equipped with motor (643), and the motor (643) and driving wheel (642) are gap-matched, described
Driving wheel (642) surface be equipped with the first anchor tip (641), first anchor tip (641) and driving wheel (642)
It is integrated, second sliding slot (648) is equipped on the left of the driving wheel (642), the second sliding slot (648) left end is solid
It is scheduled in first support (6411), the second sliding slot (648) is equipped with the first sliding block (647), first sliding block
(647) it is slidably connected with second sliding slot (648), is equipped with down between first sliding block (647) and the first anchor tip (641)
Interlocking bar (644), the interlocking bar (644) left and right ends are separately fixed at the first sliding block (647) and the first anchor tip
(641) on, the interlocking bar (644) is gap-matched with the first sliding block (647) and the first anchor tip (641), described
The first sliding block (647) bottom centre position be equipped with joining rod (645), the joining rod (645) upper end is fastened the
On one sliding block (647), be equipped with the second push rod (6410) on the left of the joining rod (645), second push rod (6410) and
First support (6411) is slidably connected, described the second push rod (6410) left end be equipped with No. two racks (6412), described No. two
Rack (6412) is mutually welded with the second push rod (6410), and pressurization discharge mechanism is equipped on the left of the first support (6411)
(6413), the pressurization discharge mechanism (6413) and No. two racks (6412) are sequentially connected, and first sliding block (647) is left
Side is equipped with lower T-type push rod (649), the T-type push rod (649) and the first sliding block (647) using interference fit, the active
It takes turns and is equipped with driven wheel (6421) above (642), the driving wheel (642) is connected by transmission belt (646) and driven wheel (6421)
Connect, the driven wheel (6421) surface be equipped with the second anchor tip (6420), second anchor tip (6420) and
Driven wheel (6421) is integrated, and third sliding slot (6424), the third are equipped on the left of the driven wheel (6421)
Second support (6419) is equipped with above sliding slot (6424), described third sliding slot (6424) left end is fixed on second support (6419)
On, the third sliding slot (6424) is equipped with the second sliding block (6423), second sliding block (6423) and third sliding slot
(6424) it is slidably connected, upper interlocking bar is equipped between second sliding block (6423) and the second anchor tip (6420)
(6422), described upper interlocking bar (6422) left and right ends are separately fixed at the second sliding block (6423) and the second anchor tip
(6420) on, the upper interlocking bar (6422) is matched with the second sliding block (6423) and the second anchor tip (6420) using gap
It closes, upper T-type push rod (6417) is equipped on the left of second sliding block (6423), the T-type push rod (6417) is fastened
On second sliding block (6423), water outlet push plate (6415) is equipped between the upper T-type push rod (6417) and lower T-type push rod (649),
Described water outlet push plate (6415) upper and lower ends are mutually welded with upper T-type push rod (6417) and lower T-type push rod (649) respectively, described
Water outlet push plate (6415) center uniformly equidistantly be equipped with more than two apopores (6416), the apopore (6416)
It is integrated with water outlet push plate (6415), the apopore (6416) upper and lower ends are respectively equipped with preventing water leakage sliding rail
(6418) and lower preventing water leakage sliding rail (6414), the upper preventing water leakage sliding rail (6418) and lower preventing water leakage sliding rail (6414) and water outlet
Push plate (6415) is slidably connected.
6. a kind of solar energy according to claim 5 sprays agricultural device, it is characterised in that：The pressurization discharge mechanism
(6413) by go out water piston (641301), mandril (641302), No. three racks (641303), the 4th sliding slot (641304), No. two
Gear (641305) forms, and No. three racks (641303), described No. three teeth are equipped on the left of described No. two gears (641305)
Item (641303) and No. two gears (641305) are meshed, and the 4th sliding slot is equipped on the left of described No. three racks (641303)
(641304), the 4th sliding slot (641304) and No. three racks (641303) are slidably connected, described No. three racks
(641303) upper end is equipped with mandril (641302), and the mandril (641302) and No. three racks (641303) are matched using interference
It closes, the mandril (641302) top is equipped with out water piston (641301), and described goes out water piston (641301) and mandril
(641302) it is threadedly coupled.
7. a kind of solar energy according to claim 6 sprays agricultural device, it is characterised in that：No. two gears
(641305) it is meshed with No. two racks (6412).
8. a kind of solar energy according to claim 4 sprays agricultural device, it is characterised in that：The suction pump (638)
It is electrically connected with solar energy storage battery (61), the static contact (621) and moving contact (622) and solar energy storage battery (61)
Electrical connection.
9. a kind of solar energy according to claim 1 sprays agricultural device, it is characterised in that：The nozzle (3) passes through
Diversion pipe (4) is connect with L-type outlet pipe (6312).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810228910.3A CN108419654A (en) | 2018-03-20 | 2018-03-20 | A kind of solar energy sprinkling agricultural device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810228910.3A CN108419654A (en) | 2018-03-20 | 2018-03-20 | A kind of solar energy sprinkling agricultural device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN108419654A true CN108419654A (en) | 2018-08-21 |
Family
ID=63158581
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810228910.3A Withdrawn CN108419654A (en) | 2018-03-20 | 2018-03-20 | A kind of solar energy sprinkling agricultural device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN108419654A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109588396A (en) * | 2018-12-19 | 2019-04-09 | 张美依 | A kind of adjustable fruit tree inside chemical spraying device |
| CN117099650A (en) * | 2023-10-07 | 2023-11-24 | 山东多采花木有限公司 | Intelligent watering device for flower cultivation |
-
2018
- 2018-03-20 CN CN201810228910.3A patent/CN108419654A/en not_active Withdrawn
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109588396A (en) * | 2018-12-19 | 2019-04-09 | 张美依 | A kind of adjustable fruit tree inside chemical spraying device |
| CN109588396B (en) * | 2018-12-19 | 2021-05-25 | 江西璞实生态农业有限公司 | Adjustable fruit tree inner side pesticide spraying device |
| CN117099650A (en) * | 2023-10-07 | 2023-11-24 | 山东多采花木有限公司 | Intelligent watering device for flower cultivation |
| CN117099650B (en) * | 2023-10-07 | 2024-01-02 | 山东多采花木有限公司 | Intelligent watering device for flower cultivation |
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