CN106856732B - A kind of automatic seed broadcaster of agricultural organic manure - Google Patents
A kind of automatic seed broadcaster of agricultural organic manure Download PDFInfo
- Publication number
- CN106856732B CN106856732B CN201710094241.0A CN201710094241A CN106856732B CN 106856732 B CN106856732 B CN 106856732B CN 201710094241 A CN201710094241 A CN 201710094241A CN 106856732 B CN106856732 B CN 106856732B
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- sliding
- groove
- sides
- shaft
- compression bar
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- 210000003608 fece Anatomy 0.000 title claims abstract description 87
- 239000010871 livestock manure Substances 0.000 title claims abstract description 87
- 238000009331 sowing Methods 0.000 claims abstract description 31
- 230000006835 compression Effects 0.000 claims description 76
- 238000007906 compression Methods 0.000 claims description 76
- 238000003825 pressing Methods 0.000 claims description 16
- 244000309464 bull Species 0.000 claims description 15
- 210000003781 tooth socket Anatomy 0.000 claims description 4
- 230000033001 locomotion Effects 0.000 description 16
- 239000003337 fertilizer Substances 0.000 description 11
- 238000000034 method Methods 0.000 description 11
- 230000000694 effects Effects 0.000 description 10
- 238000010586 diagram Methods 0.000 description 8
- RYGMFSIKBFXOCR-UHFFFAOYSA-N Copper Chemical compound [Cu] RYGMFSIKBFXOCR-UHFFFAOYSA-N 0.000 description 3
- 229910052802 copper Inorganic materials 0.000 description 3
- 239000010949 copper Substances 0.000 description 3
- 239000002689 soil Substances 0.000 description 3
- 238000006073 displacement reaction Methods 0.000 description 2
- 230000000116 mitigating effect Effects 0.000 description 2
- 239000007787 solid Substances 0.000 description 2
- 238000012271 agricultural production Methods 0.000 description 1
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000005611 electricity Effects 0.000 description 1
- 238000000855 fermentation Methods 0.000 description 1
- 230000004151 fermentation Effects 0.000 description 1
- 230000035558 fertility Effects 0.000 description 1
- 239000000463 material Substances 0.000 description 1
- 239000003895 organic fertilizer Substances 0.000 description 1
- 238000005096 rolling process Methods 0.000 description 1
- 230000035939 shock Effects 0.000 description 1
- 239000000126 substance Substances 0.000 description 1
Classifications
-
- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01C—PLANTING; SOWING; FERTILISING
- A01C3/00—Treating manure; Manuring
- A01C3/06—Manure distributors, e.g. dung distributors
Landscapes
- Life Sciences & Earth Sciences (AREA)
- Soil Sciences (AREA)
- Environmental Sciences (AREA)
- Treatment Of Sludge (AREA)
- Fertilizers (AREA)
- Fertilizing (AREA)
Abstract
The invention discloses a kind of automatic seed broadcasters of agriculture organic manure, the platform floor two sides are connected separately with a car side board, car side board described in two sides and the platform floor constitute a compartment slot, the discharge gate of row connection corresponding with the compartment slot is respectively arranged on car side board described in two sides, a main shaft rotated in the discharge gate is respectively arranged in car side board described in two sides, a discharge runner rotated in the discharge gate is respectively arranged on the main shaft, the discharge runner is swung in the discharge gate, the first groove of a connection corresponding with the compartment slot is additionally provided on the platform floor, first groove two sides are respectively arranged with the stripper plate of a rotation, stripper plate described in two sides is corresponding with the discharge gate, further organic manure can be thrown away by the rotation of the discharge runner , so as to further lighten one's labor, and avoid artificial broadcast's organic manure and cause to broadcast sowing non-uniform problem.
Description
Technical field
The present invention relates to a kind of agricultural fertilizer seed broadcasters, and in particular to a kind of automatic seed broadcaster of agricultural organic manure, especially
The agriculture organic manure seed broadcaster for broadcasting sowing area can be increased soil progress uniform broadcasting by being related to one kind.
Background technique
Constantly bringing forth new ideas for agricultural machinery is also further promoted with the continuous development of science and technology, wherein in present agriculture
Broadcasting sowing fertilizer in industry plantation is one of essential link, so as to further increase the yield of grain by fertilising, by
It is very big in harm of the chemical fertilizer for grain human body, so more and more using organic excrement in agricultural production process now
Fertilizer, wherein being all using manually applying fertilizer, since muck is in fermentation mostly during the fertilising of present organic manure
The problem of muck is one glutinous is easily lead in the process, so can only be by manually applying fertilizer, during artificially applying fertilizer
It easily causes and broadcasts sowing non-uniform problem, cause grain death to be asked when overfertilization easily causes grain fertility superfluous
Topic easily causes the food growth excessively slow yield to influence grain after applying fertilizer very few, and during artificially applying fertilizer into
One step increases workload to worker.
It is therefore necessary to design a kind of automatic seed broadcaster of agriculture organic manure, to solve the above technical problems.
Summary of the invention
The object of the present invention is to overcome the problems of the prior art, provides a kind of agriculture organic manure and broadcasts sowing automatically
Machine organic manure can be arranged in the compartment slot, so that organic manure is transported using the platform floor, it can
It can be rotated by the main shaft set by car side board described in two sides during platform floor sliding, further band
The rotation of dynamic discharge runner, so as to be broadcasted sowing using discharge runner to the organic manure in compartment slot, so as to benefit
Organic manure is further thrown away with the rotation of discharge runner, so as to realize the uniform broadcasting of organic manure, and
The discharge runner can be swung in the discharge gate, so as to further guarantee to broadcast sowing organic manure to discharge runner
Effect, can during the platform floor slides can by the stripper plate that is arranged in compartment slot to organic manure into
Row squeezes, and so as to further guarantee the discharge effect to organic manure, and a lifting is provided on platform floor
Jack unit can be controlled by going up and down the lifting of jack unit stripper plate described in two sides, so as to make two sides institute
Stripper plate is stated continuously to squeeze organic manure, so as to further guarantee the discharge effect to discharge runner, from
And the non-uniform problem of artificial broadcast's organic manure is avoided, working efficiency is further increased, while further mitigating workload.
The invention is realized by the following technical scheme:
A kind of automatic seed broadcaster of agricultural organic manure, includes a platform floor, the platform floor two sides are respectively set
There is one second idler wheel, the platform floor two sides are connected separately with a car side board, car side board described in two sides and the compartment
Bottom plate constitutes a compartment slot, and the discharge of row connection corresponding with the compartment slot is respectively arranged on car side board described in two sides
Mouthful, it is respectively arranged with a main shaft rotated in the discharge gate in car side board described in two sides, distinguishes on the main shaft
It is provided with a discharge runner rotated in the discharge gate, the discharge runner is swung in the discharge gate, can will be had
Machine muck is located in the compartment slot, so as to which main shaft is arranged in the car side board described in two sides, so as to turn main
Axis can further drive the rotation of discharge runner during rotating, so as to be got rid of organic manure using discharge runner
Out, it to achieve the purpose that broadcast sowing organic manure, further avoids appearance and broadcasts sowing organic manure altogether and cause the amount of labour increased
Problem, and the discharge runner can be swung in the discharge gate, so as to further guarantee to discharge runner energy
It is enough uniformly to throw away organic manure, to guarantee that effect is discharged to organic fertilizer muck.
The first groove of a connection corresponding with the compartment slot, first groove are additionally provided on the platform floor
Two sides are respectively arranged with the stripper plate of a rotation, and stripper plate described in two sides is corresponding with the discharge gate, stripper plate described in two sides
It is inside respectively arranged with a concave pressing plate inside groove, pressing plate inside groove described in two sides is respectively arranged with the sliding panel of a sliding, two sides
The corresponding rotation connection of sliding panel can be arranged stripper plate using platform floor and squeeze organic manure, so as to
It is further ensured that organic manure can be discharged from discharge gate, enough so as to guarantee to discharge runner that the row of organic manure is discharged
Output.
A lifting jack unit is also connected on the platform floor, the lifting jack unit includes the top of a sliding
Threaded rod is pressed, the press threaded rod drives the lifting of sliding panel described in two sides, is also connected with a support on the platform floor
Axis is provided with the third shaft of a rotation in the support shaft, is connected with one and the second idler wheel phase in the third shaft
Corresponding first idler wheel further includes the first bevel gear for having a rotation in the lifting jack unit, the first bevel gear band
The press threaded rod lifting is moved, the third shaft drives the first bevel gear rotation, can slide in platform floor
The rotation of the first idler wheel can be driven, further in the process so as to further drive the liter of the press threaded rod
Drop can be realized sliding in the car side board so as to be pressed using press threaded rod stripper plate described in two sides
The continuous action that stripper plate described in two sides is driven in dynamic process, to continuously be squeezed organic manure.
It is additionally provided with the sliding shoe of a sliding in the first bevel gear, one and the press spiral shell are provided in the sliding shoe
The engagement ring gear of the corresponding engagement connection of rasp bar, the engagement ring gear slide in the sliding shoe, and the platform floor is also set
There is the second spring of the pulling press threaded rod, press threaded rod can be pulled using the second spring, and
And the sliding shoe of sliding can be provided in the first bevel gear, so as to utilize the engagement being arranged on the sliding shoe
Ring gear can be connected using the engagement corresponding with the press threaded rod of engagement ring gear, so as to be further driven to the top
The sliding of threaded rod is pressed, to realize the lifting for controlling the stripper plate, can be realized the control stripper plate to organic manure
Extruding.
Further, be respectively arranged with one the 4th inner hole on car side board described in two sides, the discharge gate respectively with it is described
The 4th corresponding connection of inner hole, the main shaft rotate in the 4th inner hole respectively, and discharge runner described in two sides is provided with
At least four, and the discharge runner diameter successively becomes larger, car side board described in two sides is respectively equipped with a motor, the electricity
Machine respectively drives main shaft rotation, be respectively arranged on the discharge runner circle it is concave broadcast sowing slot, can utilize
The motor further drives the rotation of the main shaft, further drives the row so as to the excessively described main shaft all
Expect the rotation of runner, the diameter of the discharge runner successively becomes larger, so as to throw away organic excrement in the discharge runner
In the process of fertilizer, organic manure can be made to throw away different in the rotation process of the discharge runner of different-diameter size
Distance so as to further increase the area that organic manure is thrown away, and also can further guarantee to organic manure
The uniformity coefficient thrown away.
Further, a fixation switch block rotated in the discharge gate is connected separately on the main shaft, it is described solid
Determine to be respectively arranged with 4 the 5th concave grooves on switch block, is respectively equipped with one in the 5th groove and is connected to the fixation
Support shaft on switch block is connected separately with one in the support shaft in spherical rotary head, on the discharge runner respectively
It is connected with a connecting shaft swung in the 5th groove, is respectively equipped with a sliding rotating cylinder, the sliding in the connecting shaft
The sliding shaft of a sliding is respectively equipped in rotating cylinder, it is in spherical sliding inner cavity that one is respectively equipped on the sliding shaft, described
Rotary head is corresponding with the sliding inner cavity, and the sliding shaft rotates on the rotary head, and described 5th groove four
The first spring of a connection corresponding with the connecting shaft is respectively equipped on end face, discharge gate described in side is respectively equipped with a connection
It is opposite with first positioning head to be respectively equipped with one on discharge runner described in side for the first positioning head on the car side board
The second positioning head answered, first positioning head and second positioning head are in semicircle shape setting respectively, can be in the discharge
During runner rotates, can by first positioning head and the corresponding clamping of second positioning head, so as to
Make the discharge runner that corresponding swing occur, and can make the discharge runner multiple under the action of first spring
Position continuously swings so as to can be realized the discharge runner during main shaft rotation, so as to
Organic manure can uniformly be thrown away onto ground in the continuous swing process of discharge runner.
Further, first groove two sides are respectively equipped with the 7th concave groove of a row, in the 7th groove
It is respectively equipped with the 5th shaft being connected on the car side board, stripper plate described in two sides turns in the 5th shaft respectively
It is dynamic, be connected separately with one first link block and one second link block on sliding panel described in two sides, first link block with it is described
The corresponding connection of second link block, first link block are respectively equipped with the 6th of a corresponding connection with second link block
Inner hole, the 6th inner hole is interior to be equipped with one second shaft；
The second groove of a connection corresponding with first groove, the press screw thread are additionally provided on the platform floor
A press block slided in second groove is connected on bar, the press block is equipped with a 6th concave groove,
It is set in 6th groove and is connected to the 4th shaft pressed on block, first positioning head and institute there are two corresponding
It states and is connected separately with a compression bar on the second positioning head, two compression bars rotate in two the 4th shafts respectively,
Further the press block can be pressed during the press threaded rod slides, so as to utilize
Press block presses the compression bar, so as to further to first link block and second link block into
Row press, can further the sliding panel described in two sides press, sliding panel described in two sides can further drive institute
The movement of stripper plate is stated, so as to further squeeze using the stripper plate organic manure.
Further, one first inner hole is equipped in the lifting jack unit, the press threaded rod is in described first
It is slided in hole, is additionally provided with the first inner chamber of a connection corresponding with first inner hole in the lifting jack unit, described the
One bevel gear rotates in the first inner chamber, and a company corresponding with the first inner chamber is additionally provided in the lifting jack unit
The second logical inner hole, interior the first bull stick for being equipped with a rotation of second inner hole, first bull stick one end is connected with one and institute
The second bevel gear of the corresponding engagement connection of first bevel gear is stated, the first bull stick other end is connected with one first sprocket wheel, institute
Support shaft is stated equipped with a support shaft turn hole corresponding with the third shaft, be connected in the third shaft one with it is described
Corresponding second sprocket wheel of first sprocket wheel, by the corresponding connection of a chain between first sprocket wheel and second sprocket wheel,
The rotation of first bull stick can be further driven to during first idler wheel rotates, it can be described first
The rotation of the second bevel gear can be driven during bar rotation, further so as to pass through the second cone tooth
The corresponding engagement with the first bevel gear is taken turns to connect, so as to further drive the sliding of the press threaded rod,
So as to further be pressed by press threaded rod stripper plate described in two sides.
Further, the first bevel gear be equipped with a third groove being square, the sliding shoe be square and
It is slided in the third groove, it is opposite with the press threaded rod to be respectively equipped with one on the sliding shoe and the first bevel gear
The third inner hole and the 5th inner hole answered, the sliding shoe is equipped at least two the 4th concave grooves, in the sliding shoe
The sliding block inside groove of a connection corresponding with the 4th groove is further respectively had, the engagement ring gear is located at the 4th groove
It is interior, and slided in the sliding block inside groove, the engagement ring gear is respectively equipped with the tooth of engagement corresponding with the press threaded rod
Slot, is connected separately with first compression bar slided in the sliding block inside groove on the engagement ring gear, in the sliding block inside groove also
It is respectively equipped with the second compression bar of a rotation, the connection corresponding with first compression bar of one end of second compression bar, described second
The other end of compression bar is connected with a third compression bar slided in the sliding block inside groove, and the third compression bar pulls second pressure
Bar slides, and the sliding panel of a connection corresponding with the third compression bar, the 4th groove are further respectively had on the sliding shoe
It is inside respectively equipped with a third spring for suppressing the engagement ring gear, is additionally provided with one and the sliding panel in the lifting jack unit
The electromagnet of corresponding magnetic connection further can carry out magnetic to the sliding panel after electromagnet energization
It inhales, so as to further drive the sliding of the third compression bar, so as to further be drawn by the third compression bar
The movement of second compression bar is moved, the movement of first compression bar can be further pulled by second compression bar, thus
The movement that the meshing gear can further be pulled can be such that the meshing gear is taken off with the press threaded rod
From the top pressing board can be made so as to which under the motive force of the second spring press threaded rod can slide
It resets, so as to be further that the engagement ring gear carries out phase with the press threaded rod in the case where electromagnet power-off
Corresponding engagement connection, so as to further carry out press again to the stripper plate, to realize the extruding
The continuous extruding of plate acts.
Further, the 6th shaft being connected on the sliding shoe, second pressure are equipped in the sliding block inside groove
Bar rotates in the 6th shaft, and the both ends of second compression bar are connected separately with one the 7th shaft and an eight revolution axis, institute
Third compression bar is stated to rotate in the 7th shaft and the eight revolution axis respectively with first compression bar, it can be in the third
During compression bar drives the second compression bar movement, second compression bar can further be made to turn in the 6th shaft
It is dynamic, the sliding of first compression bar is further driven so as to the rotation by second compression bar.
Further, the lifting jack unit bottom is additionally provided with a fixed cylinder, and the second spring is located at the fixation
In cylinder, and the press threaded rod slides in the fixed cylinder, a fixed cylinder can be arranged on the lifting jack unit,
So as to be protected using the fixed cylinder to the second spring, so as to prevent the second spring from damaging
It is bad.
Further, the side plate that a connection corresponding with the discharge gate is respectively equipped on car side board described in two sides is logical
Slot, the trapezoidal setting of side plate through slot, and the stripper plate is corresponding with the side plate through slot respectively can be described in the two sides
Side plate through slot, and the trapezoidal setting of side plate through slot are respectively set on car side board, so as in the stripper plate
It can guarantee the discharge rate to organic manure during squeezing organic manure, further so as to further
Guarantee the amount of throwing away to the discharge runner.
Compared with prior art, the beneficial effects of the present invention are: organic manure can be arranged in the compartment slot, thus
Organic manure is transported using the platform floor, can pass through two sides during the platform floor slides
The rotation of main shaft set by the car side board, can further drive the rotation of the main shaft by the motor, from
And it is able to drive the rotation of the discharge runner, the organic manure in compartment slot can be broadcasted sowing using discharge runner, from
And can further be thrown away organic manure using the rotation of discharge runner, so as to realize broadcasting sowing for organic manure,
So as to avoid the increase of the amount of labour caused by artificial broadcast's organic manure, while also further improving broadcasting sowing for organic manure
Effect, and the discharge runner can be swung in the discharge gate, so as to further guarantee to discharge runner to spread
Can uniformly be broadcasted sowing onto soil during broadcasting organic manure, and can the platform floor slide during energy
Enough organic manure is squeezed by the stripper plate being arranged in compartment slot, so as to further guarantee to arrive organic manure
Discharge rate, and a lifting jack unit is provided on platform floor, it can be squeezed described in two sides by lifting jack unit
The lifting of pressing plate is controlled, so as to squeeze stripper plate described in two sides continuously to organic manure, so as to
The further discharge effect for guaranteeing to arrive discharge runner, to avoid the non-uniform problem of artificial broadcast's organic manure, further
Working efficiency is improved, while further mitigating workload.
Detailed description of the invention
The present invention will be further described with reference to the accompanying drawing.
Fig. 1 is the automatic seed broadcaster overall structure diagram of agricultural of embodiment of the present invention organic manure.
Fig. 2 is discharge of embodiment of the present invention runner overall structure diagram.
Fig. 3 is that the embodiment of the present invention goes up and down jack unit overall structure diagram.
Fig. 4 is car side board of embodiment of the present invention overall structure diagram.
Fig. 5 is platform floor of embodiment of the present invention overall structure diagram.
Fig. 6 is the first link block of the embodiment of the present invention and the second link block attachment structure schematic diagram.
Fig. 7 is discharge of embodiment of the present invention runner overall structure side view.
Fig. 8 is that the embodiment of the present invention presses block overall structure diagram.
Fig. 9 is first bevel gear of embodiment of the present invention overall structure diagram.
In figure: 1 platform floor, 2 car side boards, 3 compartment slots, 4 first grooves, 5 first rotating shafts, 6 stripper plates, in 7 pressing plates
Slot, 8 sliding panels, 9 first link blocks, 10 second link blocks, 11 second shafts, 12 second grooves, 13 press blocks, 14 compression bars,
15 lifting jack units, 16 first inner holes, 17 first inner chambers, 18 press threaded rods, 19 first bevel gears, 20 second bevel gears,
21 second inner holes, 22 first bull sticks, 23 first sprocket wheels, 24 second sprocket wheels, 25 support shafts, 26 third shafts, 27 first idler wheels, 28
Support shaft turn hole, 29 chains, 30 side plate through slots, 31 discharge gates, 32 discharge runners, 33 third grooves, 34 sliding shoes, in 35 thirds
Hole, 36 the 4th grooves, 37 engagement ring gears, 38 first compression bars, 39 second compression bars, 40 third compression bars, 41 sliding block inside grooves, 42 slidings
Plate, 43 electromagnet, 44 main shafts, 45 the 4th inner holes, 46 the 5th inner holes, 47 fixed switch blocks, 48 the 5th grooves, 49 support shafts,
Slot, 56 first positioning heads, 57 the are broadcasted sowing in 50 rotary heads, 51 sliding shafts, 52 connecting shafts, 53 sliding rotating cylinders, 54 first springs, 55
Two positioning heads, 58 sliding inner cavities, 59 motors, 60 second idler wheels, 61 the 6th inner holes, 62 the 6th grooves, 63 the 4th shafts, 64 the 7th
Groove, 65 the 5th shafts, 66 second springs, 67 third springs, 68 fixed cylinders, 69 the 6th shafts, 70 the 7th shafts, 71 eight revolutions
Axis.
Specific embodiment
As shown in Figures 1 to 9, the automatic seed broadcaster of a kind of agriculture organic manure, includes a platform floor 1, the compartment
1 two sides of bottom plate are respectively arranged with one second idler wheel 60, and 1 two sides of platform floor are connected separately with a car side board 2, two sides institute
It states car side board 2 and the platform floor 1 constitutes a compartment slot 3, be respectively arranged with a row and institute on car side board 2 described in two sides
The discharge gate 31 of the corresponding connection of compartment slot 3 is stated, one is respectively arranged in car side board 2 described in two sides in the discharge gate 31
The main shaft 44 of rotation is respectively arranged with a discharge runner 32 rotated in the discharge gate 31, institute on the main shaft 44
It states discharge runner 32 to swing in 31 mouthfuls of the discharge, is connected separately with a car side board 2 in the two sides of the platform floor 1,
An inside groove i.e. compartment slot 3 is constituted between car side board 2 described in the platform floor 1 and two sides, so as to using compartment slot 3 come
Organic manure is transported, several rows of material mouth 31, the number that the discharge gate 31 is arranged are respectively arranged on the car side board 2 described in two sides
Amount can be designed according to the needs of design, and the connection corresponding with the compartment slot 3 respectively of the discharge gate 31, thus
Discharge can be carried out to organic manure by the discharge gate 31, be respectively arranged with a rotation in the car side board 2 described in two sides
Main shaft 44, and a discharge runner 32 rotated in the discharge gate 31 is respectively arranged on the main shaft 44,
The rotation of the discharge runner 32 is further driven to so as to the rotation by the main shaft 44, described in utilizing
The organic manure in compartment slot 3 is broadcasted sowing in the rotation of discharge runner 32, and the discharge runner 32 is in the process of rotation
In simultaneously can swing, so as to using the discharge runner 32 swing further guarantees arrive organic manure can be more
It uniformly broadcasts sowing, causes to broadcast sowing non-uniform problem so as to avoid artificial broadcast's organic manure, and can further mention
Height broadcasts sowing the efficiency of organic manure, lightens one's labor.
It is additionally provided with the first groove 4 of a connection corresponding with the compartment slot 3 on the platform floor 1, described first
4 two sides of groove are respectively arranged with the stripper plate 6 of a rotation, and stripper plate 6 described in two sides is corresponding with the discharge gate 31, two sides institute
It states and is respectively arranged with a concave pressing plate inside groove 7 in stripper plate 6, pressing plate inside groove 7 described in two sides is respectively arranged with a sliding
Sliding panel 8, the corresponding rotation connection of sliding panel 8 described in two sides are equipped with a groove i.e. the first groove 4 on the platform floor 1,
It is respectively arranged with the stripper plate 6 of a rotation in the two sides of first groove 4, the stripper plate 6 can be in first groove 4
Two sides rotation, so as to using stripper plate 6 described in two sides in the course of rotation in compartment slot 3 organic manure progress
It squeezes, so as to which organic manure to be extruded in the discharge gate 3, so as to the process rotated in the discharge runner 32
In further organic manure can be broadcasted sowing, and be respectively arranged in a stripper plate in the stripper plate 6 described in two sides
Slot 7 is respectively arranged with the sliding panel 8 of a sliding in the stripper plate inside groove 7, and sliding panel 8 described in two sides can be opposite
The rotation connection answered, so as to be slided in the pressing plate inside groove 7 during the lifting of the sliding panel 8 described in two sides, from
And lifting while capable of further driving stripper plate 6, so as to further squeeze organic manure, and
And organic manure can be further prevented to be passed to stripper plate 6 described in two sides during the sliding panel 8 is gone up and down
Between, so as to guarantee the regular event to the stripper plate 6.
A lifting jack unit 15 is also connected on the platform floor 1, the lifting jack unit 15 includes one sliding
Dynamic press threaded rod 18, the press threaded rod 18 drive the lifting of sliding panel 8 described in two sides, go back on the platform floor 1
It is connected with a support shaft 25, the third shaft 26 of a rotation is provided in the support shaft 25, is connected in the third shaft 26
There is first idler wheel 27 corresponding with second idler wheel 60, further includes have a rotation the in the lifting jack unit 15
One bevel gear 19, the first bevel gear 19 drive the press threaded rod 18 to go up and down, and the third shaft 26 drives described the
The rotation of one bevel gear 19, is also connected with a lifting jack unit 15 on the platform floor 1, so as to utilize the lifting
Jack unit 15 presses the sliding panel 8, and the lifting jack unit 15 includes the press threaded rod 18 of a sliding,
The connection corresponding with sliding panel 8 described in two sides of press threaded rod 18, so as to what is slided in the press threaded rod 18
It can further the sliding panel 8 described in two sides press in the process, and be also connected with one on the platform floor 1
Axis 25 is supportted, the third shaft 26 of a rotation is equipped in the support shaft 25, and is equipped with one turn in the third shaft 26
The first dynamic idler wheel 27, so as to can further drive the third to turn during first idler wheel 27 rotation
The rotation of axis 26 further includes the first bevel gear 19 for having a rotation in the lifting jack unit 15, so as to described
Three shafts 26 can further drive the rotation of the first bevel gear 19 during rotating, in the first bevel gear 19
It is inside provided with threaded hole, so as to be connected by threaded hole with the corresponding engagement of the press threaded rod 18, so as to
The sliding of the press threaded rod 18 is driven, further so as to further drive two by the press threaded rod 18
The lifting of sliding panel 8 described in side, first idler wheel 27 is corresponding with second idler wheel 60, so as to utilize described second
Idler wheel 60 is supported the platform floor 1, to guarantee the regular event to the platform floor 1, thus to organic excrement
Fertilizer is transported.
The sliding shoe 34 of a sliding is additionally provided in the first bevel gear 19, be provided in the sliding shoe 34 one with it is described
The engagement ring gear 37 of the corresponding engagement connection of threaded rod 18 is pressed, the engagement ring gear 37 slides in the sliding shoe 34, institute
The second spring 66 that platform floor 1 is additionally provided with the pulling press threaded rod 18 is stated, is arranged in the first bevel gear 19
There is a sliding shoe 34, the sliding shoe 34 can be slided in the first bevel gear 19, is provided in the sliding shoe 34
The engagement ring gear 37 that can be slided, and the engagement ring gear 37 engagement connection corresponding with the press threaded rod 18, thus
It can be by the sliding of the engagement ring gear 37 in the sliding shoe 34, so as to control the press threaded rod 18 in institute
The sliding in sliding shoe 34 is stated, so as to drive the rotation of the sliding shoe 34, Neng Gou by the first bevel gear 19
The sliding shoe 34 can further drive the sliding of the press threaded rod 18 during rotating, so as to pass through
The movement that press threaded rod 18 further presses the sliding panel 8 is stated, and the further control of sliding shoe 34 can be passed through
The lifting of the press threaded rod 18, is additionally provided with a second spring 66, on the platform floor 1 so as to by described
Second spring 66 further pulls the sliding of the press threaded rod 18, when the press threaded rod 18 is by the sliding panel 8
It presses to after top, the press of the press threaded rod 18 can be further controlled by the sliding shoe 34, so as to
Further the press threaded rod 18 can be pulled by the elastic force pressure of the second spring 66, so as to by the top
Pressure threaded rod 18 is drawn to bottom, so as to the control by the sliding shoe 34 to the press threaded rod 18, can make
Press threaded rod 18 the sliding panel 8 is pressed again, so as to using the stripper plate 6 to organic manure
Extruding again is carried out, can further guarantee the normal discharge to organic manure, it is organic so as to further improve
Muck broadcasts sowing efficiency, improves the effect of broadcasting sowing of muck, and guarantee can be broadcasted sowing uniformly to organic manure.
As shown in Fig. 1, Fig. 4 and Fig. 7, one the 4th inner hole 45, the discharge are respectively arranged on car side board 2 described in two sides
Connection corresponding with the 4th inner hole 45, the main shaft 44 rotate in the 4th inner hole 45 mouth 31 respectively respectively, and two
Discharge runner 32 described in side is provided at least four, and 32 diameter of discharge runner successively becomes larger, cabin side described in two sides
Plate 2 is respectively equipped with a motor 59, and the motor 59 respectively drives the main shaft 44 and rotates, and sets respectively on the discharge runner 32
Be equipped with a circle it is concave broadcast sowing slot 55, one the 4th inner hole 45 is respectively arranged on the car side board 2 described in two sides, and described
4th inner hole 45 passes through the discharge gate 31, the discharge gate 31 connection corresponding with the 4th inner hole 45 respectively, the master
Shaft 44 rotates in the 4th inner hole 45 respectively, and discharge runner 32 described in two sides is respectively arranged at least four, the discharge
Runner 32 be arranged quantity can be designed according to the needs of design, two sides side by side the discharge runner 32 diameter successively
It arranges from large to small, so as to drive turn of the discharge runner 32 side by side simultaneously during the main shaft 44 rotation
It is dynamic, be respectively arranged with a circle on the discharge runner 32 and broadcast sowing slot 55, so as to by the rotation of the discharge runner 32 into
One step throws away organic manure, so as to achieve the purpose that broadcast sowing organic manure, and the discharge runner 32 side by side
Land vertically the discharge to change from small to big, so as to keep the circle number of the rotation of the discharge runner 32 side by side different, due to described side by side
The turnning circle of discharge runner 32 is different so as to making not throw away the distance of organic manure not by the discharge runner 32 of diameter
Equally, so as to further make organic manure is more uniform to be sown on soil, so as to guarantee to organic manure
Broadcast sowing effect, and also can further increase organic manure broadcasts sowing area.
As shown in Fig. 2, a fixation switch block 47 rotated in the discharge gate 31 is connected separately on the main shaft 44,
It is respectively arranged with 4 the 5th concave grooves 48 on the fixed switch block 47, is respectively equipped with a company in the 5th groove 48
The support shaft 49 on the fixed switch block 47 is connect, one is connected separately in the support shaft 49 in spherical rotary head
50, a connecting shaft 52 swung in the 5th groove 48, the connecting shaft 52 are connected separately on the discharge runner 32
On be respectively equipped with a sliding rotating cylinder 53, the sliding shaft 51 of a sliding is respectively equipped in the sliding rotating cylinder 53, the sliding turns
One is respectively equipped on axis 51 in spherical sliding inner cavity 58, the rotary head 50 and the sliding inner cavity 58 are corresponding and described
Sliding shaft 51 rotates on the rotary head 50, is respectively equipped with one and the connecting shaft on described 5th groove, 48 4 end faces
First spring 54 of 52 corresponding connections, discharge gate 31 described in side be respectively equipped with one be connected on the car side board 2
One positioning head 56 is respectively equipped with second positioning head corresponding with first positioning head 56 on discharge runner 32 described in side
57, first positioning head 56 is arranged in semicircle shape respectively with second positioning head 57, sets respectively in the discharge gate 31
It is equipped with a fixed switch block 47, and the fixed switch block 47 is connected on the main shaft 44, so as in the master
Shaft 44 can drive the rotation of the fixed switch block 47 simultaneously during rotating, be respectively set on the fixed switch block 47
There is the 5th groove 48 that a circle is concave, the 5th groove 48 is respectively arranged with 4, the quantity of the 5th groove 48 setting
It can be configured according to the needs of design, be respectively arranged with one in the 5th groove 48 and be connected to the fixed switch block 47
On support shaft 49, be connected separately with a rotary head 50 in the support shaft 49, the rotary head 50 is respectively in spherical
Setting, and is connected separately with a connecting shaft 52 on the discharge runner 32, and the connecting shaft 52 can be respectively described the
It being swung in five grooves 48, swaying direction left-right and front-back four direction of the connecting shaft 52 in the 5th groove 48 is swung,
It is sliding rotating cylinder 53 that an inner cylinder is respectively arranged in the connecting shaft 52, is respectively arranged with one in the sliding rotating cylinder 53
The sliding shaft 51 of sliding, and being respectively arranged with one on the sliding shaft 51 is in spherical sliding inner cavity 58, so as to
It rotates the rotary head 50 in the sliding inner cavity 58, is arranged in the 5th groove 48 in direction, and described
One first spring 54 is arranged on four end faces of the 5th groove 48, and first spring 54 can be differentiated and is correspondingly connected with
In the connecting shaft 52, so as to can further drive the row during the fixed switch block 47 of the sliding rotates
Expect the rotation of runner 32, the first spring 54 so as to be arranged by four end faces is supported the connecting shaft 52, from
And the rotation of the discharge runner 32 can be further driven, it is respectively equipped with one on the discharge gate 31 described in side and is connected to institute
The first positioning head 56 on car side board 2 is stated, one second positioning head 57 is set on the discharge runner 32 described in side, so as to
The rotation of the discharge runner 32 can be driven, further during the main shaft 44 rotation so as to further
Make first positioning head 56 and second positioning head 57 carry out it is corresponding contact, so as to make the discharge runner
32 are subjected to displacement, so as to be rotated on the rotary head 50 by sliding inner cavity 58 set on the sliding shaft 51,
And the sliding shaft 51 can slide in the sliding rotating cylinder 53, so as to further make the discharge runner 32
It is subjected to displacement, so as to which organic manure to be thrown away to different positions, so as to further guarantee to arrive organic manure
That broadcasts sowing is uniform, and discharge runner 32 can further be made to reset by the elastic force pressure of first spring 54, and
And first positioning head 56 is arranged with 57 semicircular in shape of the second positioning head, so as in 56 He of the first positioning head
After the corresponding contact of second positioning head 57, the shock of hardness can be prevented, to guarantee to making the discharge runner
32 are swung, more uniform so as to broadcast sowing organic manure.
As shown in Fig. 1, Fig. 5, Fig. 6 and Fig. 8,4 two sides of the first groove are respectively equipped with the 7th concave groove of a row
64, the 5th shaft 65 being connected on the car side board 2, stripper plate described in two sides are respectively equipped in the 7th groove 64
6 rotate in the 5th shaft 65 respectively, and one first link block 9 and one second is connected separately on sliding panel 42 described in two sides
Link block 10, first link block 9 connection corresponding with second link block 10, first link block 9 and described the
Two link blocks 10 are respectively equipped with the 6th inner hole 61 of a corresponding connection, are equipped with one second shaft 11 in the 6th inner hole 61,
It is respectively equipped with the 7th concave groove 64 of a row in the two sides of first groove 4, the 7th groove 64 is respectively provided at institute
It states on platform floor 1, and is respectively equipped with one the 5th shaft 65 in the 7th groove 64, the 5th shaft 65 is connected to
On the car side board 2, stripper plate 6 described in two sides can rotate in the 5th shaft 65, the sliding panel 42 described in two sides
On be connected separately with one first link block 9 and one second link block 10, and in first link block 9 and second connection
It is respectively equipped with the 6th inner hole 61 of a corresponding connection on block 10, divides on first link block 9 and second link block 10
Not She You corresponding plush copper arranged in a crossed manner, first link block 9 and second link block 10 pass through be in convex plush copper
Intersection is correspondingly connected with, and the 6th inner hole 61 passes through plush copper set on first link block 9 and second link block 10,
One second shaft 11 is equipped in the 6th inner hole 61, so as to by second shaft 11 by first link block
9 and the corresponding rotation connection of second link block 10, the discharge gate 31 is carried out so as to the stripper plate 6 described in two sides
During extruding can by the corresponding connection of second shaft 11, so as to jack up stripper plate 6 described in two sides,
And the sliding panel 42 can be made to slide in the pressing plate inside groove 7 during stripper plate 6 described in two sides acts.
The second groove 12 of a connection corresponding with first groove 4, the press are additionally provided on the platform floor 1
A press block 13 slided in second groove 4 is connected on threaded rod 18, it is concave that the press block 13 is equipped with one
The 6th groove 62, set that there are two corresponding the 4th shafts being connected on the press block 13 in the 6th groove 62
63, a compression bar 14, two compression bars 14 are connected separately on first positioning head 56 and second positioning head 57
It is rotated in two the 4th shafts 63 respectively, one second groove 12 is additionally provided on the platform floor 1, described second is recessed
Slot 12 can connection corresponding with first groove 4, the press threaded rod 18 can slide in second groove 12,
A press block 13 is connected on the press threaded rod 18, the press block 13 can slide in second groove 12, institute
It states press block 13 and is equipped with a 6th concave groove 62, set in the 6th groove 62 there are two being connected to the press
The 4th shaft 63 on block 13 is connected separately with a compression bar on first positioning head 56 and second positioning head 57
14, and two compression bars 14 rotate in the 4th shaft 63 respectively, so as in the press threaded rod 18
The compression bar 14 can be further pressed during pressing the press block 13, it is described so as to further press
First link block 9 and the activity of second link block 10, first link block 9 and second link block 10 pass through one the
Two shafts 11 rotation connection, so as to can further make first link block under the pressure on top surface of the compression bar 14
9 and second link block 10 deform, so as to further push the sliding panel 8 in the pressing plate inside groove 7
Sliding, so as to the further movement for driving stripper plate 6 described in two sides simultaneously, so as to pass through the stripper plate 6
Movement can further squeeze organic manure.
As shown in Figure 1, being equipped with one first inner hole 16 in the lifting jack unit 15, the press threaded rod 18 is described
It is slided in first inner hole 16, is additionally provided with the first of a connection corresponding with first inner hole 16 in the lifting jack unit 15
Inner cavity 17, the first bevel gear 19 rotate in the first inner chamber 17, be additionally provided in the lifting jack unit 15 one with
Second inner hole 21 of the corresponding connection of the first inner chamber 17, interior first bull stick 22 for being equipped with a rotation of the second inner hole 21,
Described first bull stick, 22 one end is connected with the second bevel gear 20 of an engagement connection corresponding with the first bevel gear 19, described
First bull stick, 22 other end is connected with one first sprocket wheel 23, and it is corresponding with the third shaft 26 that the support shaft 25 is equipped with one
Support shaft turn hole 28, be connected with second sprocket wheel 24 corresponding with first sprocket wheel 23, institute in the third shaft 26
It states by the corresponding connection of a chain 29 between the first sprocket wheel 23 and second sprocket wheel 24, in the lifting jack unit 15
It is provided with one first inner hole 16, first inner hole 16 connection corresponding with second groove 12, the press threaded rod 18
It can be slided in first inner hole 16, and the press threaded rod 18 can slide in second groove 12, institute
It states in lifting jack unit 15 and is additionally provided with a first inner chamber 17, the first inner chamber 17 company corresponding with first inner hole 16
Logical, the first bevel gear 19 rotates in the first inner chamber 17, is additionally provided in one second in the lifting jack unit 15
Hole 21, second inner hole 21 can connection corresponding with the first inner chamber 17, be equipped with a rotation in second inner hole 21
The first bull stick 22, be connected with a second bevel gear 20 in one end of first bull stick 22, the second bevel gear 20 can
Corresponding with the first bevel gear 19 engagement connection, and the first bevel gear 19 and the second bevel gear 20 can be
Rotation in the first inner chamber 17, the support shaft 25 are equipped with a support shaft turn hole 28, and the third shaft 26 can be in institute
Rotation in support shaft turn hole 28 is stated, so as to be supported using the support shaft 25 to the third shaft 26, described
The other end of first bull stick 22 is connected with one first sprocket wheel 23, is also connected with one second sprocket wheel in the end of the third shaft 26
24, corresponding rotation connection is carried out by a chain 29 between first sprocket wheel 23 and second sprocket wheel 24, described the
One idler wheel 27 is connected to the other end of the third shaft 26, so as to the mistake rolled on the ground in first idler wheel 27
The rotation of the third shaft 26 can be driven in journey, further so as to pass through the further band of second sprocket wheel 24
The rotation of first sprocket wheel 23 is moved, to drive the rotation of first bull stick 22, the first bevel gear can be passed through
19 connect with the corresponding engagement of the second bevel gear 20, so as to be further driven to the cunning of the press threaded rod 18
It is dynamic, so as to further press the movement of the press block 13, so as to further push stripper plate 6 described in two sides
Movement, the rolling of first idler wheel 27 can be further driven during the platform floor 1 slides, so as to
Movement while enough drive stripper plate 6 simultaneously, continuously carries out organic manure using stripper plate 6 to realize
Squeeze job.
As shown in Figure 3 and Figure 9, the first bevel gear 19 is equipped with a third groove 33 being square, the sliding shoe
34 are square and slide in the third groove 33, be respectively equipped on the sliding shoe 34 and the first bevel gear 19 one with
The corresponding third inner hole 35 of the press threaded rod 18 and the 5th inner hole 46, the sliding shoe 34 are equipped at least two in recessed
4th groove 36 of shape further respectively has the sliding block inside groove of a connection corresponding with the 4th groove 36 in the sliding shoe 34
41, the engagement ring gear 37 is located in the 4th groove 36, and is slided in the sliding block inside groove 41, the engagement ring gear 37
It is respectively equipped with the tooth socket of engagement corresponding with the press threaded rod 18, is connected separately with one described on the engagement ring gear 37
The first compression bar 38 slided in sliding block inside groove 41 further respectively has the second compression bar 39 of a rotation, institute in the sliding block inside groove 41
State one end connection corresponding with first compression bar 38 of the second compression bar 39, the other end of second compression bar 39 be connected with one
The third compression bar 40 slided in the sliding block inside groove 41, the third compression bar 40 pull second compression bar 39 to slide, the cunning
The sliding panel 42 of a connection corresponding with the third compression bar 40, difference in the 4th groove 36 are further respectively had on motion block 34
The third spring 67 for engaging ring gear 37 is suppressed equipped with one, is additionally provided with one and the sliding panel in the lifting jack unit 15
The electromagnet 43 of 42 corresponding magnetic connections, is equipped with a third groove 33 being square in the first bevel gear 19, and
The 5th inner hole 46 of a connection corresponding with the third groove 33 is additionally provided in first bevel gear 19, the sliding shoe 34 is in
Rectangular to be arranged and slide in the third groove 33, the first bevel gear 19 can further drive the cunning
The rotation of motion block 34 is equipped with a third inner hole 35 on the sliding shoe 34, and the press threaded rod 18 can be in the third
Sliding in inner hole 35, the sliding shoe 34 are equipped at least two the 4th concave grooves 36, the 4th groove 36 setting
Quantity can be designed according to the needs of design, the 4th groove 36 is set 4 by the present invention, the 4th groove
It is corresponding with the 4th groove 36 to further respectively have one in the sliding shoe 34 for 36 connections corresponding with the third inner hole 35
The sliding block inside groove 41 of connection, and the engagement ring gear 37 is respectively provided in the 4th groove 36, and the engagement ring gear
37 can slide in the 4th groove 36 respectively, be connected separately with one first compression bar 38, institute on the engagement ring gear 37
Stating the first compression bar 38 can slide in the sliding block inside groove 41, be respectively equipped with the second of a rotation in the sliding block inside groove 41
Compression bar 39, one end of second compression bar 39 connection corresponding with first compression bar 38, in the another of second compression bar 39
End is connected with a third compression bar 40, and a sliding panel 42 is connected separately on the third compression bar 40, so as in institute
The movement of the third compression bar 40 can further be driven by stating during sliding panel 42 slides, so as to pass through described the
Three compression bars 40 further pull the sliding of second compression bar 39, can further pull the engagement ring gear 37 described
Sliding in 4th groove 36 is respectively equipped with the tooth socket of engagement corresponding with the press threaded rod 18 on engagement ring gear 37,
So as to be connected by the tooth socket being arranged on the engagement ring gear 37 with the corresponding engagement of the press threaded rod 18, thus
The lifting that the press threaded rod 18 can further be driven, is respectively equipped with a third spring in the 4th groove 36
67, so as to be suppressed respectively the engagement ring gear 37 by the third spring 67, and pressed in the lifting
Electromagnet 43 corresponding with the sliding panel 42 is further respectively had in device 15, so as to electromagnet 43 energization after,
The movement of the sliding panel 42 can be further driven, the sliding of the third compression bar 40 can be further pulled, thus
The engagement ring gear 37 can further be controlled to connect with the corresponding engagement of the press threaded rod 18, can be squeezed described
Pressing plate 6 be elevated to after the limit after capable of being powered by the electromagnet 43 sliding panel 42 can be carried out it is corresponding
Magnetic, so as to be detached from the press threaded rod 18 by the engagement ring gear 37, and can be in the second spring 66
Under the action of the press threaded rod 18 is pulled, can be in institute so as to further fall the stripper plate 6
The engagement ring gear 37 and the press screw thread can be made under the action of third spring 67 by stating after electromagnet 43 powers off
The corresponding engagement connection of bar 18 again, so as to be nibbled using the engagement ring gear 37 is corresponding with the press threaded rod 18
Connection is closed so as to pressing to stripper plate 6 again, being elevated to so as to avoid the stripper plate 6 can not be just after the limit
Often the problem of work, and the sliding shoe 34 can slide in the third groove 33, so as in the engaging tooth
Ring 37 with the press threaded rod 18 during carrying out corresponding engagement, can be by the sliding shoe 34 in the third
Sliding in groove 33 can further be such that the engagement ring gear 37 correctly carries out with the press threaded rod 18 corresponding
Engagement connection.
As shown in figure 9, the 6th shaft 69 being connected on the sliding shoe 34 is equipped in the sliding block inside groove 41, it is described
Second compression bar 39 rotates in the 6th shaft 69, and the both ends of second compression bar 39 are connected separately with 70 He of the 7th shaft
One eight revolution axis 71, the third compression bar 40 is with first compression bar 38 respectively in the 7th shaft 70 and the eight revolution axis
It is rotated on 71, is equipped with one the 6th shaft 69, in the sliding block inside groove 41 so as to the mistake acted in the third compression bar 40
Rotation of second compression bar 39 in the 6th shaft 69 can be pulled in journey, further so as to pass through described the
Six shafts 69 further pull the sliding of first compression bar 38, so as to further pull the engagement ring gear 37
Movement.
As shown in Figure 1,15 bottom of lifting jack unit is additionally provided with a fixed cylinder 68, the second spring 66 is located at institute
It states in fixed cylinder 68, and the press threaded rod 18 slides in the fixed cylinder 68, at the bottom of the lifting jack unit 15
Portion is provided with a fixed cylinder 68, so as to which the second spring 66 to be located in the fixed cylinder 68, can utilize described solid
Safety barrel 68 protects the second spring 66, and the second spring 66 is prevented to be damaged.
As shown in Figure 1, being respectively equipped with the side plate of a connection corresponding with the discharge gate 31 on car side board 2 described in two sides
Through slot 30, the trapezoidal setting of the side plate through slot 30, and the stripper plate 6 is corresponding with the side plate through slot 30 respectively, two
A side plate through slot 30 corresponding with the discharge gate 31, the side plate through slot 30 are respectively arranged on car side board 2 described in side
Trapezoidal setting can be by organic manure into one so as to during the stripper plate 6 squeezes organic manure
Step is expressed in the side plate through slot 30, so as to further guarantee the discharge effect to stripper plate 6 to organic manure.
Embodiment provided above is better embodiment of the invention, only is used to facilitate to illustrate the present invention, not to this hair
It is bright to make any form of restriction, any those of ordinary skill in the art, if not departing from the proposed skill of the present invention
In the range of art feature, using the equivalent embodiment for locally changing or modifying made by disclosed technology contents, and
Without departing from technical feature content of the invention, in the range of still falling within the technology of the present invention feature.
Claims (8)
1. a kind of automatic seed broadcaster of agricultural organic manure, includes a platform floor, the platform floor two sides are respectively arranged with
One second idler wheel, it is characterised in that: the platform floor two sides are connected separately with a car side board, car side board described in two sides with
The platform floor constitutes a compartment slot, is respectively arranged with row company corresponding with the compartment slot on car side board described in two sides
Logical discharge gate is respectively arranged with a main shaft rotated in the discharge gate in car side board described in two sides, and the master turns
A discharge runner rotated in the discharge gate is respectively arranged on axis, the discharge runner is swung in the discharge gate；
The first groove of a connection corresponding with the compartment slot, first groove two sides are additionally provided on the platform floor
It is respectively arranged with the stripper plate of a rotation, stripper plate described in two sides is corresponding with the discharge gate, divides in stripper plate described in two sides
It is not provided with a concave pressing plate inside groove, pressing plate inside groove described in two sides is respectively arranged with the sliding panel of a sliding, described in two sides
The corresponding rotation connection of sliding panel；
A lifting jack unit is also connected on the platform floor, the lifting jack unit includes the press spiral shell of a sliding
Rasp bar, the press threaded rod drive the lifting of sliding panel described in two sides, are also connected with a support shaft, institute on the platform floor
The third shaft for being provided with a rotation in support shaft is stated, it is corresponding with second idler wheel that one is connected in the third shaft
First idler wheel further includes the first bevel gear for having a rotation in the lifting jack unit, described in the first bevel gear drives
Threaded rod lifting is pressed, the third shaft drives the first bevel gear rotation；
It is additionally provided with the sliding shoe of a sliding in the first bevel gear, one and the press threaded rod are provided in the sliding shoe
The engagement ring gear of corresponding engagement connection, the engagement ring gear slide in the sliding shoe, and the platform floor is additionally provided with one
Pull the second spring of the press threaded rod.
2. the automatic seed broadcaster of a kind of agriculture organic manure according to claim 1, it is characterised in that: car side board described in two sides
On be respectively arranged with one the 4th inner hole, discharge gate connection corresponding with the 4th inner hole respectively, the main shaft difference
It is rotated in the 4th inner hole, discharge runner described in two sides is provided at least four, and the discharge runner diameter is successively gradually
Become larger, car side board described in two sides is respectively equipped with a motor, and the motor respectively drives the main shaft rotation, and the discharge turns
Be respectively arranged on wheel a circle it is concave broadcast sowing slot.
3. the automatic seed broadcaster of a kind of agriculture organic manure according to claim 1, it is characterised in that: on the main shaft respectively
It is connected with a fixation switch block rotated in the discharge gate, is respectively arranged with 4 the concave the 5th on the fixed switch block
Groove, is respectively equipped with a support shaft being connected on the fixed switch block in the 5th groove, in the support shaft point
Not being connected with one is in spherical rotary head, is connected separately with a connection swung in the 5th groove on the discharge runner
Axis is respectively equipped with a sliding rotating cylinder in the connecting shaft, and the sliding shaft of a sliding is respectively equipped in the sliding rotating cylinder, described
One is respectively equipped on sliding shaft in spherical sliding inner cavity, the rotary head is corresponding with the sliding inner cavity, and the cunning
Turn axis rotates on the rotary head, is respectively equipped with a company corresponding with the connecting shaft on described 5th groove, four end faces
The first spring connect, discharge gate described in side are respectively equipped with first positioning head being connected on the car side board, side institute
State and be respectively equipped with second positioning head corresponding with first positioning head on discharge runner, first positioning head with it is described
Second positioning head is in semicircle shape setting respectively；
First groove two sides are respectively equipped with the 7th concave groove of a row, are respectively equipped with a connection in the 7th groove
The 5th shaft on the car side board, stripper plate described in two sides rotate in the 5th shaft respectively, sliding described in two sides
One first link block and one second link block are connected separately on movable plate, first link block is opposite with second link block
It should connect, first link block is respectively equipped with the 6th inner hole of a corresponding connection with second link block, and the described 6th
One second shaft is equipped in inner hole；
The second groove of a connection corresponding with first groove is additionally provided on the platform floor, on the press threaded rod
It is connected with a press block slided in second groove, the press block is equipped with a 6th concave groove, described
Set that there are two corresponding the 4th shaft being connected on the press block, first positioning heads and described the in 6th groove
A compression bar is connected separately on two positioning heads, two compression bars rotate in two the 4th shafts respectively.
4. the automatic seed broadcaster of a kind of agriculture organic manure according to claim 1, it is characterised in that: the lifting jack unit
It is inside equipped with one first inner hole, the press threaded rod slides in first inner hole, is additionally provided in the lifting jack unit
The first inner chamber of one connection corresponding with first inner hole, the first bevel gear rotates in the first inner chamber, described
It is additionally provided with the second inner hole of a connection corresponding with the first inner chamber in lifting jack unit, is equipped with one in second inner hole
First bull stick of rotation, first bull stick one end are connected with the second cone of an engagement connection corresponding with the first bevel gear
Gear, the first bull stick other end are connected with one first sprocket wheel, and it is opposite with the third shaft that the support shaft is equipped with one
The support shaft turn hole answered, is connected with second sprocket wheel corresponding with first sprocket wheel in the third shaft, and described first
Pass through the corresponding connection of a chain between sprocket wheel and second sprocket wheel.
5. the automatic seed broadcaster of a kind of agriculture organic manure according to claim 1, it is characterised in that: in the first bevel gear
The third groove being square equipped with one, the sliding shoe are square and slide in the third groove, the sliding shoe and institute
It states and is respectively equipped with a third inner hole corresponding with the press threaded rod and the 5th inner hole, the sliding shoe in first bevel gear
At least two the 4th concave grooves are equipped with, further respectively have a company corresponding with the 4th groove in the sliding shoe
Logical sliding block inside groove, the engagement ring gear is located in the 4th groove, and is slided in the sliding block inside groove, the engaging tooth
Ring is respectively equipped with the tooth socket of engagement corresponding with the press threaded rod, is connected separately with one in the cunning on the engagement ring gear
The first compression bar slided in block inside groove further respectively has the second compression bar of a rotation, second compression bar in the sliding block inside groove
One end connection corresponding with first compression bar, it is sliding in the sliding block inside groove that the other end of second compression bar is connected with one
Dynamic third compression bar, the third compression bar pull the second compression bar sliding, further respectively had on the sliding shoe one with it is described
The sliding panel of the corresponding connection of third compression bar is respectively equipped with a third bullet for suppressing the engagement ring gear in the 4th groove
Spring, it is described to go up and down the electromagnet that a magnetic connection corresponding with the sliding panel is additionally provided in jack unit.
6. the automatic seed broadcaster of a kind of agriculture organic manure according to claim 5, it is characterised in that: set in the sliding block inside groove
There is the 6th shaft being connected on the sliding shoe, second compression bar rotates in the 6th shaft, second pressure
The both ends of bar are connected separately with one the 7th shaft and an eight revolution axis, and the third compression bar is with first compression bar respectively described
It is rotated on 7th shaft and the eight revolution axis.
7. the automatic seed broadcaster of a kind of agriculture organic manure according to claim 1, it is characterised in that: the lifting jack unit
Bottom is additionally provided with a fixed cylinder, and the second spring is located in the fixed cylinder, and the press threaded rod is in the fixed cylinder
Interior sliding.
8. the automatic seed broadcaster of a kind of agriculture organic manure according to claim 1, it is characterised in that: car side board described in two sides
On be respectively equipped with the side plate through slot of a connection corresponding with the discharge gate, the trapezoidal setting of side plate through slot, and described squeeze
Pressing plate is corresponding with the side plate through slot respectively.
Priority Applications (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811185687.5A CN109197030B (en) | 2017-02-21 | 2017-02-21 | Intelligent automatic organic fertilizer broadcast seeder |
| CN201811185668.2A CN109197029A (en) | 2017-02-21 | 2017-02-21 | Agriculture intelligence organic fertilizer seed broadcaster |
| CN201710094241.0A CN106856732B (en) | 2017-02-21 | 2017-02-21 | A kind of automatic seed broadcaster of agricultural organic manure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710094241.0A CN106856732B (en) | 2017-02-21 | 2017-02-21 | A kind of automatic seed broadcaster of agricultural organic manure |
Related Child Applications (2)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811185668.2A Division CN109197029A (en) | 2017-02-21 | 2017-02-21 | Agriculture intelligence organic fertilizer seed broadcaster |
| CN201811185687.5A Division CN109197030B (en) | 2017-02-21 | 2017-02-21 | Intelligent automatic organic fertilizer broadcast seeder |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106856732A CN106856732A (en) | 2017-06-20 |
| CN106856732B true CN106856732B (en) | 2019-01-15 |
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ID=59166758
Family Applications (3)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811185687.5A Active CN109197030B (en) | 2017-02-21 | 2017-02-21 | Intelligent automatic organic fertilizer broadcast seeder |
| CN201710094241.0A Active CN106856732B (en) | 2017-02-21 | 2017-02-21 | A kind of automatic seed broadcaster of agricultural organic manure |
| CN201811185668.2A Withdrawn CN109197029A (en) | 2017-02-21 | 2017-02-21 | Agriculture intelligence organic fertilizer seed broadcaster |
Family Applications Before (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811185687.5A Active CN109197030B (en) | 2017-02-21 | 2017-02-21 | Intelligent automatic organic fertilizer broadcast seeder |
Family Applications After (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201811185668.2A Withdrawn CN109197029A (en) | 2017-02-21 | 2017-02-21 | Agriculture intelligence organic fertilizer seed broadcaster |
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| Country | Link |
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| CN (3) | CN109197030B (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109197029A (en) * | 2017-02-21 | 2019-01-15 | 青岛开疆拓土农业装备科技有限公司 | Agriculture intelligence organic fertilizer seed broadcaster |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN107223398B (en) * | 2017-08-10 | 2018-08-10 | 沈友观 | A kind of agricultural solid fertilizer fertilizer apparatus |
| CN107864728B (en) * | 2017-10-20 | 2019-11-22 | 龙南天宇生态农业有限公司 | A kind of swing quick fertilizer applicator of agricultural |
| CN108360662B (en) * | 2018-02-21 | 2021-01-26 | 青岛联合智造科技有限公司 | Environment treatment blowdown ditch automatic lifting apron sludge cleaning car |
| CN109914330B (en) * | 2018-02-21 | 2020-09-11 | 王奕恒 | Snow-melting salt broadcasting vehicle for highway maintenance |
| CN111150564A (en) * | 2018-05-21 | 2020-05-15 | 左言好 | Stretcher special for medical rescue helicopter |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US4234105A (en) * | 1979-07-23 | 1980-11-18 | Shell Oil Company | Hopper and feed wheel assembly for a fertilizer spreader |
| CN103959969B (en) * | 2014-05-08 | 2016-06-08 | 杭州绿立农牧科技有限公司 | A kind of fertilising device for the fertilizer that ferments |
| CN203827726U (en) * | 2014-05-08 | 2014-09-17 | 杭州绿立农牧科技有限公司 | Fertilizing device for fermenting organic fertilizer |
| EP3050421A1 (en) * | 2015-01-29 | 2016-08-03 | Basf Se | Apparatus for planting seedlings of an agricultural plant |
| CN105900581B (en) * | 2016-06-21 | 2019-05-14 | 王伟 | Woods fruit tree broadcast application fertilizer apparatus |
| CN109197030B (en) * | 2017-02-21 | 2021-03-12 | 青岛开疆拓土农业装备科技有限公司 | Intelligent automatic organic fertilizer broadcast seeder |
-
2017
- 2017-02-21 CN CN201811185687.5A patent/CN109197030B/en active Active
- 2017-02-21 CN CN201710094241.0A patent/CN106856732B/en active Active
- 2017-02-21 CN CN201811185668.2A patent/CN109197029A/en not_active Withdrawn
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109197029A (en) * | 2017-02-21 | 2019-01-15 | 青岛开疆拓土农业装备科技有限公司 | Agriculture intelligence organic fertilizer seed broadcaster |
Also Published As
| Publication number | Publication date |
|---|---|
| CN109197030B (en) | 2021-03-12 |
| CN109197030A (en) | 2019-01-15 |
| CN106856732A (en) | 2017-06-20 |
| CN109197029A (en) | 2019-01-15 |
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