CN109168452A - A kind of high efficiency corn planting seeder - Google Patents
A kind of high efficiency corn planting seeder Download PDFInfo
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- CN109168452A CN109168452A CN201811237450.7A CN201811237450A CN109168452A CN 109168452 A CN109168452 A CN 109168452A CN 201811237450 A CN201811237450 A CN 201811237450A CN 109168452 A CN109168452 A CN 109168452A
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- Prior art keywords
- sieve
- plate
- spring
- fixed case
- bucket
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01C—PLANTING; SOWING; FERTILISING
- A01C5/00—Making or covering furrows or holes for sowing, planting or manuring
- A01C5/08—Machines for both manuring and sowing or both manuring and planting
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- Life Sciences & Earth Sciences (AREA)
- Soil Sciences (AREA)
- Environmental Sciences (AREA)
- Sowing (AREA)
Abstract
The invention belongs to agricultural equipment technical fields, specifically a kind of high efficiency corn planting seeder, the cavity structure of lower ending opening is internally provided with including tractor, fixed case, traveling wheel, the native plate of plane, sieve, motorized roller, conveyer belt, fertiliser bucket and seed bucket, fixed case；It digs native plate and is divided into substrate and rotor plate, substrate is rotatably installed in the cavity of fixed case by shaft one, and the bottom left of substrate is provided with limiting slot；Rotor plate is rotatably installed in the limiting slot of substrate by shaft two, is provided with spring one on the right side of rotor plate, one one end of spring is connected with substrate, and one other end of spring is fixed on the right side of rotor plate；Sieve is arranged in the cavity of fixed case, and sieve is located at the upper right side for digging native plate；Two motorized rollers bilateral symmetry is horizontally arranged in the cavity of fixed case；Fertiliser bucket is located at the right side of sieve；Seed bucket is located on the right side of fertiliser bucket.The case where present invention is effectively applied fertilizer while realizing sowing, improves soil hardening.
Description
Technical field
The invention belongs to agricultural equipment technical field, specifically a kind of high efficiency corn planting seeder.
Background technique
Continuously improving and promoting with farm machinery technology, automated machine or semi-automatic machinery gradually replace
Artificial seeding's mode originally, the corn seeding of large area is substantially all mechanical using Special sowing at present.But existing sowing is set
The low, large labor intensity for the degree of automation, while seed invests soil surface, since soil hardening, nutrient are uneven,
The growth rate of seed is seriously affected.
A kind of patent document: intelligence corn seeding machinery device application number: 2016107793639
In above patent document, the rotation of current divider is driven by the rotation of framework annular in seeding apparatus, so that
Maize seed subnumber fixed number is fallen from hopper, realizes the work of fixed number sowing, so that sowing is more accurate.Along with rotation is pressed
The depth that cutter buries can be adjusted in button, so that the survival rate of corn seed is increased, but the program can not always solve
The problem of seed growth difference caused by soil hardening and nutrient are insufficient.
Summary of the invention
In order to make up for the deficiencies of the prior art, a kind of high efficiency corn planting seeder proposed by the present invention.The present invention
It is mainly used for solving the problems, such as realizing that fertilising and soil hardening cause growth poor while sowing.
The technical solution adopted by the present invention to solve the technical problems is: a kind of high efficiency corn planting of the present invention
With seeder, including tractor, fixed case, traveling wheel, native plate, sieve, motorized roller, conveyer belt, fertiliser bucket and seed bucket are dug,
The fixed case provides power realization by tractor and walks in the fields, and fixed case is internally provided with the cavity knot of lower ending opening
Structure；The traveling wheel is mounted on fixed case；The native plate of the plane is divided into substrate and rotor plate, and substrate is rotatablely installed by shaft one
In the cavity of fixed case, shaft one is located at the top of substrate, and shaft one is connected with the motor being mounted on fixed case, motor band
Dynamic to dig native plate positive and negative rotation, the bottom left of substrate is provided with limiting slot；The rotor plate is rotatably installed in substrate by shaft two
Limiting slot in, shaft two is located at the top of rotor plate, and limiting slot is extended in rotor plate lower end, and rotor plate is provided on left side
Soil box is stored up, is provided with spring one on the right side of rotor plate, one one end of spring is connected with substrate, and one other end of spring is fixed on rotor plate
Right side on；The sieve is arranged in the cavity of fixed case, and sieve is located at the upper right side for digging native plate, and sieve is for carrying plane
The soil that native plate has been dug after rotating counterclockwise under motor drive, sieve is multi-segment structure, is passed through between adjacent two sections of sieves
Spring two realizes connection；The motorized roller quantity is two, and two motorized rollers bilateral symmetry is horizontally arranged at the cavity of fixed case
Interior, two motorized rollers are located at the lower section of sieve；The conveyer belt is mounted on two motorized rollers；The fertiliser bucket setting is transmitting
Band top, fertiliser bucket are located at the right side of sieve, and for fertiliser bucket for storing fertilizer, fertiliser bucket bottom is provided with discharge port one；It is described
Side, seed bucket are located on the right side of fertiliser bucket on a moving belt for seed bucket setting, and seed bucket is planted for storing corn seed to be sowed
Son bucket bottom is provided with discharge port two.When needing the seeding corn seed into soil, starts tractor and drive fixed case in field
It is moved in ground, in the process of moving, motor drives the native plate of plane to rotate counterclockwise to fixed case by shaft one, by a part of soil
It digging, after the native plate of plane turns to above sieve, the soil in the storage soil box of rotor plate is fallen under gravity on sieve, by
It is multi-segment structure in sieve, and connection is realized by spring two, the soil fallen on sieve vibrates sieve, so that soil passes through
Cross sieve screening continue under fall on conveyer belt, realize the refinement of soil particle, motorized roller drives conveyer belt clockwise
Rotation, makes to fall on the soil on conveyer belt and moves right, and the discharge port one of fertiliser bucket opens the soil for making fertilizer fall on conveyer belt
On, soil continues to move right under the drive of transmission belt, and the discharge port two of seed bucket is opened, and falls on corn seed equably
On the soil of conveyer belt, continue to move with conveyer belt, the soil that fertilizer and seed are carry on conveyer belt drops back into field, real
Show the automatic sowing of corn seed, sows high-efficient, sowing more evenly.
Push plate is vertically arranged on the conveyer belt；The fertiliser bucket is internally provided with filter screen, and filter screen is waveform,
Vibrating arm is additionally provided with inside fertiliser bucket；The vibrating arm is horizontally set on the lower section of filter screen, is fixedly installed on vibrating arm
Spring three, spring three can be contacted with filter screen, and fertiliser bucket is extended in vibrating arm one end, and vibrating arm extends one end of fertiliser bucket
It is fixedly connected with oscillating deck；Turntable is additionally provided in the cavity；The turntable is rotatably installed on the front and rear wall of fixed case, turntable position
Between conveyer belt and oscillating deck, turntable upper outer circumference surface is provided with continuous " Z " font groove, and turntable outer surface is being deviateed
The position of " Z " font groove is circumferentially provided with baffle, and the height of baffle minimum point is lower than the height of push plate on conveyer belt；The pendulum
Movable plate lower end is located in " Z " font groove of turntable.Push plate campaign is driven in conveyer belt motion process, push plate is intermittently stirred
Baffle rotates turntable, and the rotation of turntable makes oscillating deck swing back and forth by " Z " font groove, to make vibrating arm toward physical pendulum
Dynamic, the rotation of vibrating arm vibrates filter screen by spring three, falls, ensure that be conducive to the uniform of fertilizer in fertiliser bucket
The effect of fertilising.
Shuttle board is provided on the sieve, shuttle board lower end is contacted with push plate.Push plate with conveyer belt movement interval
It is hit with shuttle board to property, so that sieve be made to vibrate, avoiding soil results in blockage to sieve, improves the reliable of work
Property.
The cavity top is vertically arranged with spring four, and four lower end of spring connects firmly magnet ball；The sieve is wire netting, magnetic
Iron ball is located at the surface of sieve；The native plate right side of the plane is that arc digs the arc of native plate when the native plate of plane is turned to above sieve
Shape face, which pushes magnet ball to move upwards, makes spring four be squeezed.Motor drives plane soil to rotate counterclockwise on sieve by shaft one
Fang Shi digs native plate and contacts with magnet ball and magnet ball is pushed to move upwards, keeps spring four compressed, when motor drives the native plate of plane anti-
When turning, due to the elastic force effect by spring four, magnet ball is moved downward, and the soil on impact screen keeps soil smooth from sieve
It falls, magnetic force is generated to sieve with magnet ball and is attracted, further vibrates sieve, ensure that the effect of soil screening refinement, keep away
The hardened of soil is exempted from.
The cavity top is vertically arranged with cylinder；The cylinder is located inside spring four, the piston rod and magnet of cylinder
Ball contact；The cavity top is additionally provided with blowing nozzle；The blowing nozzle is connected by tracheae with the gas outlet of cylinder, is blown
Mouth is located at the top for digging native plate.When magnet ball moves upwards under the squeezing action for digging native plate, cylinder is generated compression by compression
Air, compressed air is blowed to through blowing nozzle digs native plate and realizes cleaning to native plate is dug, while the piston rod of cylinder is located at magnet
Ball connects firmly, and when magnet ball moves downward, cylinder will not cause to hinder to the movement of magnet ball, ensure that magnet ball impact soil
Effect.
Through-hole is provided on the rotor plate right side, through-hole is communicated with the storage soil box of rotor plate.Blowing nozzle is to digging native plate
When blowing out pressurised air, a part of compressed air passes through through-hole, and the soil stored up in soil box is made to be not easy to be bonded on rotor plate, improves
The effect of plane soil.
Beneficial effects of the present invention are as follows:
1. a kind of high efficiency corn planting seeder of the present invention, the present invention on seeder by being arranged plane soil
Plate before planting digs soil, and carries out particle refinement to soil by the sieve of vibration, and the soil of particulate is made to fall on biography
It send and takes, and fall on fertilizer and seed on conveyer belt, due to the movement of conveyer belt, fertilizer and seed equably fall on soil table
Face, then as soil drops back into field, effectively applied fertilizer while realizing sowing, and improve the feelings of soil hardening
Condition is conducive to absorption of the seed to nutrient, improves the growth conditions of seed.
2. a kind of high efficiency corn planting seeder of the present invention, the present invention is pushed away by setting on a moving belt
Plate drives dial movement using the movement of push plate, so that vibrating arm be made to swing, vibrating arm drives spring three to shake filter screen,
To be conducive to the smooth whereabouts of fertilizer, the effect of fertilising is improved.
3. a kind of high efficiency corn planting seeder of the present invention, the present invention above sieve by being arranged magnet
Ball and cylinder make cylinder generate compressed air using digging native plate promotion magnet ball and moving upwards, and compressed air is to the native plate surface of plane
It is cleared up, digs the normal work of native plate to ensure that, reduces labor intensity.
Detailed description of the invention
Fig. 1 is main view of the invention；
Fig. 2 is partial enlarged view at A in Fig. 1 of the present invention；
Fig. 3 is partial enlarged view at B in Fig. 1 of the present invention；
Fig. 4 is that oscillating deck is located at the side view in turntable in the present invention；
In figure: tractor 1, fixed case 2, traveling wheel 3, dig native plate 4, sieve 5, motorized roller 6, conveyer belt 7, fertiliser bucket 8,
Seed bucket 9, cavity 21, substrate 41, rotor plate 42, limiting slot 411, storage soil box 421, spring 1, push plate 71, filter screen 81,
Vibrating arm 82, spring 3 83, oscillating deck 84, turntable 10, " Z " font groove 101, baffle 102, shuttle board 51, magnet ball 22, gas
Cylinder 23, blowing nozzle 24, through-hole 422.
Specific embodiment
It is said as follows using a kind of high efficiency corn planting of Fig. 1-Fig. 4 to an embodiment of the present invention with seeder
It is bright.
As shown in Figure 1, a kind of high efficiency corn planting seeder of the present invention, including tractor 1, fixed case 2,
Traveling wheel 3 digs native plate 4, sieve 5, motorized roller 6, conveyer belt 7, fertiliser bucket 8 and seed bucket 9, and it is dilatory that the fixed case 2 passes through
Machine 1 provides power realization and walks in the fields, and fixed case 2 is internally provided with 21 structure of cavity of lower ending opening；The traveling wheel 3
It is mounted on fixed case 2；The native plate 4 of the plane divides for substrate 41 and rotor plate 42, and substrate 41 is rotatably installed in solid by shaft one
Determine in the cavity 21 of case 2, shaft one is located at the top of substrate 41, and shaft one is connected with the motor being mounted on fixed case 2, motor
It drives and digs 4 positive and negative rotation of native plate, the bottom left of substrate 41 is provided with limiting slot 411；The rotor plate 42 is rotated by shaft two
It is mounted in the limiting slot 411 of substrate 41, shaft two is located at the top of rotor plate 42, and limiting slot is extended in 42 lower end of rotor plate
411, storage soil box 421 is provided on 42 left side of rotor plate, is provided with spring 1 on the right side of rotor plate 42, one 43 one end of spring with
Substrate 41 is connected, and one 43 other end of spring is fixed on the right side of rotor plate 42；Fixed case 2 is arranged in the sieve 5
In cavity 21, positioned at the upper right side for digging native plate 4, sieve 5 rotates counterclockwise under motor drive sieve 5 for carrying the native plate 4 of plane
The soil dug afterwards, sieve 5 are multi-segment structure, are realized and are connected by spring two between adjacent two sections of sieves 5；The electronic rolling
6 quantity of cylinder are two, and two motorized rollers, 6 bilateral symmetry is horizontally arranged in the cavity 21 of fixed case 2, and two motorized rollers 6 are located at sieve
The lower section of net 5；The conveyer belt 7 is mounted on two motorized rollers 6；The setting of fertiliser bucket 8 is square on conveyor belt 7, fertiliser bucket 8
Positioned at the right side of sieve 5, for fertiliser bucket 8 for storing fertilizer, 8 bottom of fertiliser bucket is provided with discharge port one；The seed bucket 9 is arranged
Side on conveyor belt 7, seed bucket 9 are located at 8 right side of fertiliser bucket, and seed bucket 9 is for storing corn seed to be sowed, seed bucket 9
Bottom is provided with discharge port two.When needing the seeding corn seed into soil, starts tractor 1 and drive fixed case 2 in field
In move, in the process of moving, motor is driven by shaft one to be dug native plate 4 and rotates counterclockwise fixed case 2, by a part of soil
It digs, after the native plate 4 of plane turns to 5 top of sieve, the soil in the storage soil box 421 of rotor plate 42 falls under gravity into sieve
On net 5, since sieve 5 is multi-segment structure, and connection is realized by spring two, the soil fallen on sieve 5 makes sieve 5 shake
It is dynamic, so that soil is fallen on conveyer belt 7 under continuing by the screening of sieve 5, realize the refinement of soil particle, motorized roller 6
It drives conveyer belt 7 to rotate clockwise, moves right the soil fallen on conveyer belt 7, the opening of discharge port one of fertiliser bucket 8 makes fertilizer
Material is fallen on the soil of conveyer belt 7, and soil continues to move right under the drive of transmission belt, and the discharge port two of seed bucket 9 is opened,
It falls on corn seed equably on the soil of conveyer belt 7, continues to move with conveyer belt 7, carry fertilizer on conveyer belt 7
Field is dropped back into the soil of seed, realizes the automatic sowing of corn seed, sows high-efficient, sowing more evenly.
As shown in Figure 1, Figure 2 and Figure 4, push plate 71 is vertically arranged on the conveyer belt 7；It is arranged inside the fertiliser bucket 8
There is filter screen 81, filter screen 81 is waveform, is additionally provided with vibrating arm 82 inside fertiliser bucket 8；The vibrating arm 82 is horizontally disposed
In the lower section of filter screen 81, spring 3 83 is fixedly installed on vibrating arm 82, spring 3 83 can be contacted with filter screen 81, vibration
Fertiliser bucket 8 is extended in 82 one end of bar, and one end that vibrating arm 82 extends fertiliser bucket 8 is fixedly connected with oscillating deck 84；In the cavity 21
It is additionally provided with turntable 10；The turntable 10 is rotatably installed on the front and rear wall of fixed case 2, and turntable 10 is located at conveyer belt 7 and swings
Between plate 84,10 upper outer circumference surface of turntable is provided with continuous " Z " font groove 101, and 10 outer surface of turntable is in deviation " Z " word
The position of type groove 101 is circumferentially provided with baffle 102, and the height of 102 minimum point of baffle is lower than the height of push plate 71 on conveyer belt 7
Degree；84 lower end of oscillating deck is located in " Z " the font groove 101 of turntable 10.Push plate 71 is driven to transport in 7 motion process of conveyer belt
Dynamic, baffle 102 is intermittently stirred in push plate 71 rotates turntable 10, and the rotation of turntable 10 makes to swing by " Z " font groove 101
Plate 84 swings back and forth, to make 82 reciprocally swinging of vibrating arm, the rotation of vibrating arm 82 vibrates filter screen 81 by spring 3 83,
It is fallen to be conducive to the uniform of fertilizer in fertiliser bucket 8, ensure that the effect of fertilising.
As shown in figures 1 and 3, shuttle board 51 is provided on the sieve 5,51 lower end of shuttle board is contacted with push plate 71.It pushes away
Plate 71 is intermittently hit with shuttle board 51 with the movement of conveyer belt 7, so that sieve 5 be made to vibrate, avoids soil pair
Sieve 5 results in blockage, and improves the reliability of work.
As shown in Figure 1,21 top vertical of cavity is provided with spring four, four lower end of spring connects firmly magnet ball 22；It is described
Sieve 5 is wire netting, and magnet ball 22 is located at the surface of sieve 5；Native 4 right side of plate of the plane is arc, digs native plate 4 and turns to
When 5 top of sieve, the arcwall face for digging native plate 4, which pushes magnet ball 22 to move upwards, makes spring four be squeezed.Motor passes through shaft one
When plane soil being driven to rotate counterclockwise to 5 top of sieve, digs native plate 4 and is contacted with magnet ball 22 and magnet ball 22 is pushed to move upwards,
Keep spring four compressed, when motor, which drives, digs the native reversion of plate 4, due to the elastic force effect by spring four, magnet ball 22 is transported downwards
Dynamic, the soil on impact screen 5 falls soil smoothly from sieve 5, generates magnetic force to sieve 5 with magnet ball 22 and attracts, into one
Step vibrates sieve 5, ensure that the effect of soil screening refinement, avoids the hardened of soil.
As shown in Figure 1,21 top vertical of cavity is provided with cylinder 23；The cylinder 23 is located inside spring four, gas
The piston rod of cylinder 23 is contacted with magnet ball 22；Blowing nozzle 24 is additionally provided at the top of the cavity 21；The blowing nozzle 24 passes through gas
Pipe is connected with the gas outlet of cylinder 23, and blowing nozzle 24 is located at the top for digging native plate 4.Magnet ball 22 is made in the extruding for digging native plate 4
When moving upwards under, cylinder 23 is generated compressed air by compression, and compressed air blows to the native plate 4 of plane through blowing nozzle 24 and realizes
Cleaning to native plate 4 is dug, while the piston rod of cylinder 23 is located at magnet ball 22 and connects firmly, when magnet ball 22 moves downward, cylinder
23 will not cause to hinder to the movement of magnet ball 22, ensure that magnet ball 22 hits the effect of soil.
As shown in Figure 1, being provided with through-hole 422, the storage soil box of through-hole 422 and rotor plate 42 on 42 right side of rotor plate
421 communicate.For blowing nozzle 24 to when digging native 4 blowing out pressurised air of plate, a part of compressed air passes through through-hole 422, makes to store up soil box 421
Interior soil is not easy to be bonded on rotor plate 42, improves the effect of plane soil.
Detailed process is as follows:
When needing the seeding corn seed into soil, starts tractor 1 and fixed case 2 is driven to move in the fields, it is fixed
In the process of moving, motor drives the native plate 4 of plane to rotate counterclockwise to case 2 by shaft one, and a part of soil is dug, and digs native plate
After 4 turn to 5 top of sieve, the soil in the storage soil box 421 of rotor plate 42 is fallen under gravity on sieve 5, due to
Sieve 5 is multi-segment structure, and realizes connection by spring two, and the soil fallen on sieve 5 vibrates sieve 5, thus soil
It is fallen under continuing by the screening of sieve 5 on conveyer belt 7, realizes the refinement of soil particle, motorized roller 6 drives conveyer belt 7
It rotates clockwise, moves right the soil fallen on conveyer belt 7, the opening of discharge port one of fertiliser bucket 8 makes fertilizer fall on transmission
On soil with 7, soil continues to move right under the drive of transmission belt, and the discharge port two of seed bucket 9 is opened, and makes corn seed
It equably falls on the soil of conveyer belt 7, continues to move with conveyer belt 7, the soil of fertilizer and seed is carry on conveyer belt 7
Earth drops back into field, realizes the automatic sowing of corn seed, sows high-efficient, sowing more evenly.
Push plate 71 is driven to move in 7 motion process of conveyer belt, baffle 102 is intermittently stirred in push plate 71 makes 10 turns of turntable
Dynamic, the rotation of turntable 10 makes oscillating deck 84 swing back and forth by " Z " font groove 101, to make 82 reciprocally swinging of vibrating arm, shakes
The rotation of lever 82 vibrates filter screen 81 by spring 3 83, falls, guarantees to be conducive to the uniform of fertilizer in fertiliser bucket 8
The effect of fertilising.Push plate 71 is intermittently hit with shuttle board 51 with the movement of conveyer belt 7, so that sieve 5 be made to shake
It is dynamic, it avoids soil and results in blockage to sieve 5, improve the reliability of work.
When motor drives plane soil to rotate counterclockwise to 5 top of sieve by shaft one, digs native plate 4 and contacted simultaneously with magnet ball 22
It pushes magnet ball 22 to move upwards, keeps spring four compressed, when motor, which drives, digs the native reversion of plate 4, due to the bullet by spring four
Power effect, magnet ball 22 move downward, and the soil on impact screen 5 falls soil smoothly from sieve 5, right with magnet ball 22
Sieve 5 generates magnetic force and attracts, and further vibrates sieve 5, ensure that the effect of soil screening refinement, avoids the plate of soil
Knot.
When magnet ball 22 moves upwards under the squeezing action for digging native plate 4, cylinder 23 is generated compressed air, pressure by compression
Contracting air is blowed to through blowing nozzle 24 to be dug native plate 4 and realizes cleaning to native plate 4 is dug, while the piston rod of cylinder 23 is located at magnet ball
22 connect firmly, and when magnet ball 22 moves downward, cylinder 23 will not cause to hinder to the movement of magnet ball 22, ensure that magnet ball 22
Hit the effect of soil.For blowing nozzle 24 to when digging native 4 blowing out pressurised air of plate, a part of compressed air passes through through-hole 422, makes to store up
Soil in soil box 421 is not easy to be bonded on rotor plate 42, improves the effect of plane soil.
More than, it is illustrated about one embodiment of the present invention, but the present invention is not limited to the above embodiments,
It does not depart from and is able to carry out various changes in the range of present subject matter.
Industrial applicibility
According to the present invention, native plate is dug by being arranged on seeder, before planting digs soil, and pass through vibration
Sieve carries out particle refinement to soil, falls on the soil of particulate on conveyer belt, and fall on fertilizer and seed on conveyer belt, by
In the movement of conveyer belt, fertilizer and seed equably fall on soil surface, then as soil drops back into field, realize the same of sowing
Shi Jinhang effectively applies fertilizer, and the case where improve soil hardening, is conducive to absorption of the seed to nutrient, improves seed
Growth conditions, so that this high efficiency corn planting seeder is useful in agricultural equipment field.
Claims (6)
1. a kind of high efficiency corn planting seeder, it is characterised in that: including tractor (1), fixed case (2), traveling wheel
(3), native plate (4), sieve (5), motorized roller (6), conveyer belt (7), fertiliser bucket (8) and seed bucket (9), the fixed case are dug
(2) it provides power realization by tractor (1) to walk in the fields, fixed case (2) is internally provided with the cavity of lower ending opening
(21) structure；The traveling wheel (3) is mounted on fixed case (2)；The native plate (4) of the plane is divided into substrate (41) and rotor plate
(42), substrate (41) is rotatably installed in the cavity (21) of fixed case (2) by shaft one, and shaft one is located at the upper of substrate (41)
Portion, shaft one are connected with the motor being mounted on fixed case (2), and motor, which drives, digs native plate (4) positive and negative rotation, the bottom of substrate (41)
Left side is provided with limiting slot (411)；The rotor plate (42) is rotatably installed in the limiting slot (411) of substrate (41) by shaft two
Interior, shaft two is located at the top of rotor plate (42), and rotor plate (42) lower end is extended limiting slot (411), rotor plate (42) left end
It is provided with storage soil box (421) on face, is provided with spring one (43) on the right side of rotor plate (42), spring one (43) one end and substrate (41)
It is connected, spring one (43) other end is fixed on the right side of rotor plate (42)；The sieve (5) is arranged in fixed case (2)
Cavity (21) in, sieve (5) is located at the upper right side for digging native plate (4), and sieve (5) digs native plate (4) and drive in motor for carrying
Under rotate counterclockwise after the soil that has dug, sieve (5) is multi-segment structure, real by spring two between adjacent two sections of sieves (5)
Now connect；Motorized roller (6) quantity is two, and two motorized rollers (6) are symmetrically horizontally arranged at the cavity of fixed case (2)
(21) in, two motorized rollers (6) are located at the lower section of sieve (5)；The conveyer belt (7) is mounted on two motorized rollers (6)；It is described
Fertiliser bucket (8) setting is above conveyer belt (7), and fertiliser bucket (8) is located at the right side of sieve (5), and fertiliser bucket (8) is for storing fertilizer
Material, fertiliser bucket (8) bottom is provided with discharge port one；Above conveyer belt (7), seed bucket (9) is located at for seed bucket (9) setting
On the right side of fertiliser bucket (8), for seed bucket (9) for storing corn seed to be sowed, seed bucket (9) bottom is provided with discharge port two.
2. a kind of high efficiency corn planting seeder according to claim 1, it is characterised in that: the conveyer belt (7)
On be vertically arranged with push plate (71)；The fertiliser bucket (8) is internally provided with filter screen (81), and filter screen (81) is waveform, fertilizer
Vibrating arm (82) are additionally provided with inside hopper (8)；The vibrating arm (82) is horizontally set on the lower section of filter screen (81), vibrating arm
(82) spring three (83) is fixedly installed on, spring three (83) can be contacted with filter screen (81), and vibrating arm (82) one end extends
Fertiliser bucket (8) out, one end that vibrating arm (82) extends fertiliser bucket (8) are fixedly connected with oscillating deck (84)；In the cavity (21) also
It is provided with turntable (10)；The turntable (10) is rotatably installed on the front and rear wall of fixed case (2), and turntable (10) is located at conveyer belt
(7) between oscillating deck (84), turntable (10) upper outer circumference surface is provided with continuous " Z " font groove (101), turntable (10)
Outer surface is circumferentially provided with baffle (102) in the position of deviation " Z " font groove (101), and the height of baffle (102) minimum point is low
In the height of push plate (71) on conveyer belt (7)；Oscillating deck (84) lower end is located at " Z " the font groove (101) of turntable (10)
It is interior.
3. a kind of high efficiency corn planting seeder according to claim 2, it is characterised in that: on the sieve (5)
It is provided with shuttle board (51), shuttle board (51) lower end is contacted with push plate (71).
4. a kind of high efficiency corn planting seeder according to claim 1, it is characterised in that: cavity (21) top
Portion is vertically arranged with spring four, and four lower end of spring connects firmly magnet ball (22)；The sieve (5) is wire netting, magnet ball (22) position
In the surface of sieve (5)；Native plate (4) right side of the plane is arc, when the native plate (4) of plane turns to above sieve (5), plane soil
The arcwall face of plate (4), which pushes magnet ball (22) to move upwards, makes spring four be squeezed.
5. a kind of high efficiency corn planting seeder according to claim 4, it is characterised in that: cavity (21) top
Portion is vertically arranged with cylinder (23)；The cylinder (23) is located inside spring four, the piston rod of cylinder (23) and magnet ball (22)
Contact；Blowing nozzle (24) are additionally provided at the top of the cavity (21)；The blowing nozzle (24) is gone out by tracheae and cylinder (23)
Port is connected, and blowing nozzle (24) is located at the top for digging native plate (4).
6. a kind of high efficiency corn planting seeder according to claim 5, it is characterised in that: the rotor plate (42)
It is provided on right side through-hole (422), through-hole (422) is communicated with the storage soil box (421) of rotor plate (42).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811237450.7A CN109168452A (en) | 2018-10-23 | 2018-10-23 | A kind of high efficiency corn planting seeder |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811237450.7A CN109168452A (en) | 2018-10-23 | 2018-10-23 | A kind of high efficiency corn planting seeder |
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| Publication Number | Publication Date |
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| CN109168452A true CN109168452A (en) | 2019-01-11 |
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| CN201811237450.7A Withdrawn CN109168452A (en) | 2018-10-23 | 2018-10-23 | A kind of high efficiency corn planting seeder |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109601069A (en) * | 2019-01-25 | 2019-04-12 | 马奔腾 | A kind of Chinese medicine plant seeding apparatus |
| CN112154759A (en) * | 2020-09-21 | 2021-01-01 | 陈文星 | Environment-friendly composite biological bacterial fertilizer |
| CN113752612A (en) * | 2021-08-16 | 2021-12-07 | 白菁冉 | Soybean edible oil squeezing equipment and squeezing process |
-
2018
- 2018-10-23 CN CN201811237450.7A patent/CN109168452A/en not_active Withdrawn
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109601069A (en) * | 2019-01-25 | 2019-04-12 | 马奔腾 | A kind of Chinese medicine plant seeding apparatus |
| CN109601069B (en) * | 2019-01-25 | 2020-11-20 | 江苏苏轩堂药业有限公司 | Traditional chinese medicine is planted and is used seeder |
| CN112154759A (en) * | 2020-09-21 | 2021-01-01 | 陈文星 | Environment-friendly composite biological bacterial fertilizer |
| CN113752612A (en) * | 2021-08-16 | 2021-12-07 | 白菁冉 | Soybean edible oil squeezing equipment and squeezing process |
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Application publication date: 20190111 |