CN105960866B - A kind of corn patch stubble subsoiling rotary cultivator - Google Patents
A kind of corn patch stubble subsoiling rotary cultivator Download PDFInfo
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- CN105960866B CN105960866B CN201610479944.0A CN201610479944A CN105960866B CN 105960866 B CN105960866 B CN 105960866B CN 201610479944 A CN201610479944 A CN 201610479944A CN 105960866 B CN105960866 B CN 105960866B
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- soil
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- auger stem
- hack
- subsoiling
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- A—HUMAN NECESSITIES
- A01—AGRICULTURE; FORESTRY; ANIMAL HUSBANDRY; HUNTING; TRAPPING; FISHING
- A01B—SOIL WORKING IN AGRICULTURE OR FORESTRY; PARTS, DETAILS, OR ACCESSORIES OF AGRICULTURAL MACHINES OR IMPLEMENTS, IN GENERAL
- A01B49/00—Combined machines
- A01B49/04—Combinations of soil-working tools with non-soil-working tools, e.g. planting tools
- A01B49/06—Combinations of soil-working tools with non-soil-working tools, e.g. planting tools for sowing or fertilising
- A01B49/065—Combinations of soil-working tools with non-soil-working tools, e.g. planting tools for sowing or fertilising the soil-working tools being actively driven
Abstract
The present invention relates to a kind of corns to paste stubble subsoiling rotary cultivator, belong to agricultural machinery technological field, the rotary cultivator includes traveling machine body, it is articulated with the operation frame of traveling machine body rear end, it is also connected between traveling machine body and operation frame and is provided with one group of telescoping cylinder, subsoiling mechanism is disposed in operation frame from front to back, rotary tillage mechanism and layer by layer manuring mechanism, the subsoiling mechanism includes driving motor, transmission system and the spiral hack system that can be realized vertical brill soil, driving motor power output end is connected with the power intake of transmission system, the power output end of transmission system is connected with the power intake of spiral hack system, spiral hack system and rotary tillage mechanism combine carry out hack, cutting and grinding vertically and horizontally can carried out to soil block, soil grades is thinner, backfill baffle can backfill again the hack except hack row , ground is more flat, is conducive to the accuracy for improving layer by layer manuring and subsequent agricultural operation.
Description
Technical field
The invention belongs to agricultural machinery technological fields, and in particular to a kind of corn patch stubble subsoiling rotary cultivator.
Background technique
Agricultural planting require prior to seeding carry out Subsoiling, traditional deep loose plough be by animal power, manpower or
Machinery carries out deep loose plough to soil by way of ploughing, beating, harrow, but there are complex procedures, time-consuming and laborious feelings for traditional approach
Condition, and soil after long-term use can be gradually hardened, and permeability declines year by year, and traditional subsoiling mode is not enough to improve soil
Such case, in order to improve this case, powder Ridge tillage is gradually developed, which is deep ploughed by turnery mode
And soil is broken into ridge, it solves the problems, such as soil hardening, permeability decline, improves production efficiency, but existing powdery ridge
Machinery not can be carried out a series of relevant operations such as fertilising, sowing, and there are also to be hoisted for production efficiency.
Summary of the invention
The present invention overcomes the deficiencies in the prior art, provide a kind of corn patch stubble subsoiling rotary cultivator, which can
Realize spiral hack, rotary tillage, the sequence of operations such as layer by layer manuring, it is more broken that spiral hack and rotary tillage combine rear grogs, adds
Soil backfilling apparatus can make ground more smooth, and layer by layer manuring depth is more accurate, convenient for irrigate, sowing and it is subsequent various
Operation.
The specific technical solution of the present invention is:
A kind of corn patch stubble subsoiling rotary cultivator, which includes traveling machine body, the operation for being articulated with traveling machine body rear end
Frame is also connected between traveling machine body and operation frame and is provided with one group of telescoping cylinder, is disposed with subsoiling from front to back in operation frame
Mechanism, rotary tillage mechanism and layer by layer manuring mechanism, key point are that the subsoiling mechanism includes driving motor, transmission system and energy
Enough to realize the vertical spiral hack system for boring soil, driving motor power output end is connected with the power intake of transmission system, passes
The power output end of dynamic system is connected with the power intake of spiral hack system.
The spiral hack system is one group of auger stem being arranged in a linear, and the depth of soil that pierces of auger stem is
10-20cm。
The working diameter of the auger stem is 15-25cm, and two neighboring spacing is 40-70cm.
The spiral hack system is the first auger stem of one linearly to arrange group that front and back is set gradually and one group
Corresponding before and after second auger stem, the first auger stem and the second auger stem, the first auger stem pierces depth of soil
The depth of soil that pierces for 5-15cm, the second auger stem is 15-25cm.
The working diameter of first auger stem is 10-20cm, and the working diameter of the second auger stem is 15-
20cm, the spacing between the first auger stem between the second auger stem is 40-70cm.
Soil is provided between the subsoiling mechanism and rotary tillage mechanism, between rotary tillage mechanism and layer by layer manuring mechanism to return
Action, soil backfilling apparatus are one group of backfill baffle for being set to the in the ranks gap position of hack in spiral hack system, are returned
Filling out baffle is the angle-style baffle that two two vertical plates end intersections are constituted, and the angle of intersection of two two vertical plates is 30-60 °.
The layer by layer manuring mechanism is one group to be arranged in a linear, include in each group fertilizer box, fertilizer delivering pipe, soil-separating shovel and
Layer by layer manuring device, soil-separating shovel is corresponding with the hack row in spiral hack system, and soil-separating shovel is lower end arc outstanding forward,
Layer by layer manuring device is installed on soil-separating shovel rear end, and layer by layer manuring device includes the broadcast application pipe being connected to fertilizer delivering pipe and below by upper
To one group of fertilizer-guiding plate of lower spaced set, broadcast application pipe lower end is rear side Open architecture, fertilizer-guiding plate one end and broadcast application pipe lower end
It is fixedly connected at Open architecture, the other end tilts down stretching.
The beneficial effects of the present invention are: the rotary cultivator in the present invention is carried out jointly using spiral hack mechanism and rotary tillage mechanism
Hack, soil by cutting vertically and laterally, granularity more it is small more evenly, the soil of dispersion is returned by soil backfilling apparatus
It inserts in hack row, ground is more flat, subsequent agronomic conditions is not influenced substantially, layer by layer manuring can make each layer
Apply that depth is more accurate, the utilization rate of fertilizer is higher, and the growing way of corn is more preferable.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of embodiment 1 in the present invention.
Fig. 2 is the schematic diagram of the section structure of A-A in Fig. 1.
Fig. 3 is the structural schematic diagram of embodiment 2 in the present invention.
In attached drawing, 1, traveling machine body, 2, operation frame, 3, telescoping cylinder, 4, driving motor, 5, auger stem, the 501, first spiral shell
Rotary drill bar, the 502, second auger stem, 6, backfill baffle, 7, fertilizer box, 8, fertilizer delivering pipe, 9, soil-separating shovel, 10, broadcast application pipe, 11, lead fertilizer
Plate, 12, rotary tillage mechanism.
Specific embodiment
The present invention relates to a kind of corns to paste stubble subsoiling rotary cultivator, which includes traveling machine body 1, is articulated with traveling machine body
The operation frame 2 of 1 rear end is also connected between traveling machine body 1 and operation frame 2 and is provided with one group of telescoping cylinder 3, in operation frame 2 by preceding to
After be disposed with subsoiling mechanism, rotary tillage mechanism 12 and layer by layer manuring mechanism, the subsoiling mechanism includes driving motor 4, passes
The power of dynamic system and the spiral hack system that can be realized vertical brill soil, 4 power output end of driving motor and transmission system is defeated
Enter end to be connected, the power output end of transmission system is connected with the power intake of spiral hack system.
Embodiment 1, as depicted in figs. 1 and 2,1 towage frame 2 of traveling machine body carry out operation in field, and telescoping cylinder 3 is stretched
After contracting, operation frame 2 is placed in field, and in subsoiling mechanism, spiral hack system is one group of auger stem 5 being arranged in a linear,
The depth of soil that pierces of auger stem 5 is 15cm, and the working diameter of auger stem 5 is 20cm, and two neighboring spacing is 55cm,
Auger stem 5 is four in lateral distribution number, and driving motor 4, by power transmission to auger stem 5, is passed by transmission system
Dynamic system includes lateral worm screw, and the power output end of driving motor 4 is connect with worm screw, and 5 upper end of auger stem is provided with worm gear,
Worm gear is meshed with worm screw, by one group of four auger stem 5 drill through hack after, form the wide 20cm that one group of spacing is 55cm
The corn planting row of deep 15cm, plantation row in soil crushed by spiral, spiral crush essence be auger stem 5 drill through and
Transverse cuts soil particle, the soil planted in row are cut laterally, and a part of hack is distributed in plantation row two sides after being drilled,
Soil backfilling apparatus is provided between subsoiling mechanism and rotary tillage mechanism 12, soil backfilling apparatus is one group and is set to spiral hack system
The backfill baffle 6 of hack in the ranks gap position in system, backfill baffle 6 are the angle-style gear that two two vertical plates ends intersections are constituted
Plate, the angle of intersection of two two vertical plates are 45 °, and the hack for planting row two sides is backfilled in plantation row by backfill baffle 6 again,
Finally make field relatively flat, when subsequent rotary tillage mechanism 12 is by plantation row, Rotary tillage blade can be by the soil in plantation row
Earth carries out tilting vertical cutting, and since the soil in plantation row all backfills, the soil in plantation row all passes through spiral cross
To cutting and grinding and the vertical cutting and grinding of inclination, the soil particle degree in plantation row is relatively thin and more uniform, the work of rotary tillage mechanism 12
After industry, soil backfilling apparatus is also equipped between rotary tillage mechanism 12 and layer by layer manuring mechanism, soil backfilling apparatus is one group of setting
The backfill baffle 6 of hack in the ranks gap position in spiral hack system, backfill baffle 6 are two two vertical plates ends intersections
The angle-style baffle of composition, the angle of intersection of two two vertical plates is 45 °, in rotary tillage hack, inevitable that a part of
Hack is thrown to plantation row outside, and the soil after rotary tillage can be carried out backfill and smoothed by backfill baffle 6.
After the backfill baffle 6 at 12 rear portion of rotary tillage mechanism is smoothed field, layer by layer manuring mechanism carries out the layering of fertilizer
Fertilising, layer by layer manuring mechanism is one group to be arranged in a linear, and quantity is identical as spiral hack mechanism quantity in subsoiling mechanism, and
And correspondence, it include fertilizer box 7, fertilizer delivering pipe 8, soil-separating shovel 9 and layer by layer manuring device, soil-separating shovel in each layer by layer manuring mechanism
9 is corresponding with the hack row in spiral hack system, and soil-separating shovel 9 is lower end arc outstanding forward, the installation of layer by layer manuring device
In 9 rear end of soil-separating shovel, layer by layer manuring device includes the broadcast application pipe 10 being connected to fertilizer delivering pipe 8 and equidistantly sets from top to bottom below
The one group of fertilizer-guiding plate 11 set, 10 lower end of broadcast application pipe are rear side Open architecture, and 11 one end of fertilizer-guiding plate and 10 lower end of broadcast application pipe are open
Be fixedly connected at formula structure, the other end tilts down stretching, fertilizer exported from 7 lower end of fertilizer box and pass through the guiding of fertilizer delivering pipe 8 into
Enter in the broadcast application pipe 10 of layer by layer manuring device, fertilizer is after the open institution on rear side of 10 lower end of broadcast application pipe, successively by leading
Fertile plate 11 exports, the final layer by layer manuring for realizing different depth, due to soil the returning by backfill baffle 6 crushed after rotary tillage
It fills out, the depth of layer by layer manuring of the layer by layer manuring mechanism in plantation row is more accurate, and fertilising in place, can better adapt to corn
The growth demand of root system, corn are more abundant to the utilization of fertilizer, and growing way is more preferable, while also avoiding fertilizer and applying not in place make
At waste.
Embodiment 2, as shown in figure 3, the prioritization scheme as embodiment 1, spiral hack system is what front and back was set gradually
One group of first auger stem 501 and one group of second auger stem 502 linearly arranged, the first auger stem 501 and the second spiral shell
502 front and back of rotary drill bar is corresponding, and the depth of soil that pierces of the first auger stem 501 is 10cm, and the second auger stem 502 pierces
Depth of soil is 20cm, and the working diameter of the first auger stem 501 is 15cm, and the working diameter of the second auger stem 502 is
20cm, the spacing between the first auger stem 501 between the second auger stem 502 are 55cm, and the first auger stem 501 is made
The plantation row that width 15cm depth 10cm is formed after industry after the second auger stem 502 continues operation on the plantation row of formation, is formed wide
The plantation row of 20cm depth 20cm, the first auger stem 501 are reduced due to reducing diameter and depth, workload, no
The damage for easily causing drilling rod, by the first auger stem 501 drill through operation after, the workload of the second auger stem 502 is big
It is big to reduce, only play the role of widening, deepen, ultimately form required corn planting row, due to being divided into the brill of front and back twice
It takes to form plantation row, the load for avoiding subsoiling mechanism in rotary cultivator is excessive, and the operation of rotary cultivator more steady and smooth is not easy out
The state of existing disorderly closedown, the service life of rotary cultivator can also be extended.
The present invention is carried out drilling through transverse cuts respectively and be inclined by spiral hack system in subsoiling mechanism and rotary tillage mechanism
Tiltedly vertical cutting is thoroughly crushed the soil in plantation row, the more existing rotary cultivator of granularity more carefully more evenly, the rotary tillage
The soil backfilling apparatus added in machine is backfill baffle, and structure is simple, low in cost, in conjunction with the improvement of hack situation, Neng Gouying
For soil backfill, soil backfill process it is more smooth, be less prone to caused by bulky grain clamping backfill baffle damage and
Deformation, the plantation row after backfill are soil needed for corn planting, and layer by layer manuring mechanism carries out layer by layer manuring in plantation row,
So that the depth of layer by layer manuring is more accurate, the root system of corn can make full use of the fertilizer of different layers in the different times of growth
Material, is conducive to the growth of corn, while also avoiding waste and soil pollution caused by fertilising inaccurately.
Claims (5)
1. a kind of corn pastes stubble subsoiling rotary cultivator, which includes traveling machine body (1), is articulated with traveling machine body (1) rear end
Operation frame (2) is also connected between traveling machine body (1) and operation frame (2) and is provided with one group of telescoping cylinder (3), by preceding in operation frame (2)
Subsoiling mechanism, rotary tillage mechanism (12) and layer by layer manuring mechanism are disposed with after, it is characterised in that: the subsoiling mechanism packet
It includes driving motor (4), transmission system and can be realized the vertical spiral hack system for boring soil, driving motor (4) power output end
It is connected with the power intake of transmission system, the power output end and the power intake phase of spiral hack system of transmission system
Even；
Soil is provided between the subsoiling mechanism and rotary tillage mechanism (12), between rotary tillage mechanism (12) and layer by layer manuring mechanism
Earth backfilling apparatus, soil backfilling apparatus are one group of backfill baffle for being set to the in the ranks gap position of hack in spiral hack system
(6), backfill baffle (6) is the angle-style baffle that two two vertical plates end intersections are constituted, and the angle of intersection of two two vertical plates is
30-60°；
The layer by layer manuring mechanism is one group to be arranged in a linear, includes fertilizer box (7), fertilizer delivering pipe (8), soil-separating shovel in each group
(9) and layer by layer manuring device, soil-separating shovel (9) is corresponding with the hack row in spiral hack system, soil-separating shovel (9) be lower end forward
Arc outstanding, layer by layer manuring device are installed on soil-separating shovel (9) rear end, and layer by layer manuring device includes being connected to fertilizer delivering pipe (8)
Broadcast application pipe (10) and below one group of fertilizer-guiding plate (11) of spaced set from top to bottom, broadcast application pipe (10) lower end are that rear side is open
It is fixedly connected at formula structure, fertilizer-guiding plate (11) one end and broadcast application pipe (10) lower end Open architecture, the other end tilts down stretching.
2. a kind of corn according to claim 1 pastes stubble subsoiling rotary cultivator, it is characterised in that: the spiral hack system
The depth of soil that pierces for one group of auger stem being arranged in a linear (5), auger stem (5) is 10-20cm.
3. a kind of corn according to claim 2 pastes stubble subsoiling rotary cultivator, it is characterised in that: the auger stem (5)
Working diameter be 15-25cm, two neighboring spacing be 40-70cm.
4. a kind of corn according to claim 1 pastes stubble subsoiling rotary cultivator, it is characterised in that: the spiral hack system
The first auger stem of one linearly to arrange group (501) set gradually for front and back and one group of second auger stem (502), first
Auger stem (501) is corresponding with before and after the second auger stem (502), and the depth of soil that pierces of the first auger stem (501) is
The depth of soil that pierces of 5-15cm, the second auger stem (502) are 15-25cm.
5. a kind of corn according to claim 4 pastes stubble subsoiling rotary cultivator, it is characterised in that: first auger stem
(501) working diameter is 10-20cm, and the working diameter of the second auger stem (502) is 15-20cm, the first auger stem
(501) spacing between the second auger stem (502) is 40-70cm.
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| CN201610479944.0A CN105960866B (en) | 2016-06-22 | 2016-06-22 | A kind of corn patch stubble subsoiling rotary cultivator |
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| CN201610479944.0A CN105960866B (en) | 2016-06-22 | 2016-06-22 | A kind of corn patch stubble subsoiling rotary cultivator |
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| CN105960866A CN105960866A (en) | 2016-09-28 |
| CN105960866B true CN105960866B (en) | 2019-04-30 |
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| CN111919542B (en) * | 2020-07-22 | 2022-03-18 | 安徽农业大学 | Single-spiral pneumatic ditching fertilizer applicator |
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