CN103999573B - Peanut crops for rotation plough deeply wind erosion prevention post bar forming machine - Google Patents
Peanut crops for rotation plough deeply wind erosion prevention post bar forming machine Download PDFInfo
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- CN103999573B CN103999573B CN201410244953.2A CN201410244953A CN103999573B CN 103999573 B CN103999573 B CN 103999573B CN 201410244953 A CN201410244953 A CN 201410244953A CN 103999573 B CN103999573 B CN 103999573B
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Abstract
The invention belongs to agricultural production machinery, wind erosion prevention post bar forming machine is ploughed deeply in particular to a kind of peanut crops for rotation being applicable to Blown-sand soil use, dress drive sprocket axle (28) in gear-box (2), drive sprocket axle (28) fills drive sprocket (3), in the top of afer bay (31) dress post bar pressurizing unit case (8), external end head on travelling gear two axle (9) fills post bar pressurizing unit head sprocket (10), post bar pressurizing unit head sprocket (10) chain one (4) and drive sprocket (3) are in transmission connection, at drive sprocket three axle (15) the upper dress earth pillar bar extruding gear two (16) that baffle plate (41) is inboard, drive sprocket four axle (13) is loaded onto post bar extruding gear one (19), the below of mmi machine frame (1) and afer bay (31) junction is equipped with and is led native cylinder (24), peanut crops for rotation are ploughed deeply wind erosion prevention post bar forming machine and are utilized and plough deeply facility and plough deeply soil, strip is squeezed into earth pillar bar extruding gear dress soil, staggered pendulum is on earth's surface, reach and reduce earth's surface wind speed, reduce the object of soil wind erosion.
Description
Technical field
The invention belongs to agricultural production machinery, particularly a kind of peanut crops for rotation being applicable to Blown-sand soil use plough deeply wind erosion prevention post bar forming machine.
Background technology
At present, the area that Blown-sand soil is planted peanut is increasing, but the earth's surface after harvesting peanut does not have stubble, very easily cause wind erosion, ground surface is uneven, and cause very large difficulty to planting peanut next year, the wind erosion prevention method that people commonly use is in methods such as ground mulching straw, stones, but because quantities is difficult to carry out greatly, and bring inconvenience to cultivating next year.
Summary of the invention
The object of the invention is to overcome above-mentioned technical deficiency, provide a kind of Blown-sand soil peanut crops for rotation that are applicable to plough deeply to store and receive rainwater, the peanut crops for rotation reducing continuous cropping obstacle and soil wind erosion plough deeply wind erosion prevention post bar forming machine.
The technical scheme that technical solution problem of the present invention adopts is: peanut crops for rotation are ploughed deeply wind erosion prevention post bar forming machine and comprised forebay, afer bay, gear tank tower, gear-box, post bar pressurizing unit case, plough deeply ploughshare frame, plough deeply ploughshare, suppression roll stand, pack roller, lead native cylinder, bearing holder (housing, cover), bearing block, toothing roller box is fixed above the front end being characterized in mmi machine frame, drive sprocket axle is filled in gear-box, drive sprocket axle fills drive sprocket, post bar pressurizing unit case is filled above afer bay, in in post bar pressurizing unit case, outside is respectively with bearing suit travelling gear two axle, gear pedestal fills travelling gear one axle and sliding shaft rod, travelling gear two axle, travelling gear two on travelling gear one axle and sliding shaft rod, travelling gear one and sliding shaft rod gear engage each other transmission, external end head on travelling gear two axle fills post bar pressurizing unit head sprocket, post bar pressurizing unit head sprocket chain one and drive sprocket are in transmission connection, on travelling gear two axle, drive sprocket two is filled outside travelling gear two, on travelling gear one axle, the outside dress drive sprocket one of travelling gear one, drive sprocket three axle is filled below gear pedestal, drive sprocket three shaft end head fills drive sprocket three, below post bar pressurizing unit case, with bearing block dress drive sprocket four axle inside drive sprocket three axle, drive sprocket four axle fills drive sprocket four, drive sprocket one and drive sprocket three chain three are in transmission connection, drive sprocket four and drive sprocket dual-purpose chain two are in transmission connection, in gear pedestal, the inboard of drive sprocket three and drive sprocket four is provided with baffle plate, drive sprocket three axle of baffle plate inboard fills earth pillar bar extruding gear two, drive sprocket four axle is loaded onto post bar extruding gear one, cylindrical shape concussion hammer carrier is fixedly housed below the rear end of afer bay, the in-built sliding axle of earthquake hammer carrier, the fixing sliding nail frame of earthquake hammer carrier middle upper part, sliding nail is provided with inside sliding nail frame upper end, sliding shaft rod is equipped with sliding shaft rod slideway, sliding shaft rod slideway and the cunning cunning of following closely on frame is followed closely transmission and is coordinated, concussion hammer seat is vertically equipped with at earthquake hammer carrier two ends, dress concussion hammer inside earthquake hammer seat termination, the medial surface of both sides concussion hammer seat fills earth pillar bar and rotates driving lever, travelling gear two axle fills driving bevel gear, the driven bevel pinion engaged with driving bevel gear is filled with on the vertical driven bevel pinion axle established of travelling gear two axle, driven bevel pinion axle is equipped with and spiral helicinely leads native worm screw, the below of mmi machine frame and afer bay junction is equipped with and is led native cylinder.
The invention has the beneficial effects as follows: peanut crops for rotation are ploughed deeply wind erosion prevention post bar forming machine and utilized and plough deeply facility and plough deeply soil, strip is squeezed into earth pillar bar extruding gear dress soil, staggered pendulum is on earth's surface, reach and reduce earth's surface wind speed, reduce the object of soil wind erosion, being particularly suitable for the Blown-sand soil peanut stubble autumn ploughs deeply, play to store and receive rainwater, alleviate continuous cropping obstacle, use manpower and material resources sparingly, be conducive to the volume increase of peanut.
Accompanying drawing explanation
Illustrate with embodiment below in conjunction with accompanying drawing.
Fig. 1 is that peanut crops for rotation plough deeply wind erosion prevention post bar shaping machine structure front view.
Fig. 2 is the rearview of Fig. 1.
Fig. 3 is drive disk assembly figure in Fig. 1 center pillar bar pressurizing unit case.
Fig. 4 is the rearview of Fig. 3.
Fig. 5 shakes modular construction figure in Fig. 4.
In figure, 1-forebay; 2-gear-box; 3-drive sprocket; 4-chain one; 5-stop seat; 6-spring one; 7-spring top board; 8-post bar pressurizing unit case; 9-travelling gear two axle; 10-post bar pressurizing unit head sprocket; 11-bearing holder (housing, cover); 12-sliding shaft rod; 12-1-sliding shaft rod slideway; 13-drive sprocket four axle; 14-sliding nail frame; The sliding nail of 14-1-; 15-drive sprocket three axle; 16-earth pillar bar extruding gear two; 17-shakes hammer carrier; 17-1-sliding axle; 17-2-concussion hammer seat; 17-3-shakes hammer; 18-earth pillar bar rotates driving lever; 19-earth pillar bar extruding gear one; 20-drive sprocket three; 21-drive sprocket four; 22-pack roller; 23-pack roller spike-tooth; 24-leads native cylinder; 25-suppresses roll stand; 26-ploughs deeply ploughshare; 27-ploughs deeply ploughshare frame; 28-drive sprocket axle; 29-gear block; 30-sliding shaft rod gear; 31-afer bay; 32-travelling gear one; 33-travelling gear one axle; 34-travelling gear two; 35-driving bevel gear; 36-gear pedestal; 37-chain two; 38-driven bevel pinion; 39-driven bevel pinion axle; 40-leads native worm screw; 41-baffle plate; 42-spring two; 43-bearing block; 44-drive sprocket two; 45-drive sprocket one; 46-chain three.
Embodiment
Embodiment, with reference to accompanying drawing 1 ~ 5, peanut crops for rotation plough deeply fixed gear block 29 above front end that wind erosion prevention post bar forming machine is mmi machine frame 1, and fixed teeth roller box 2 on gear block 29, fills drive sprocket axle 28, on the external end head of drive sprocket axle 28, fill drive sprocket 3 in gear-box 2.Fill two before and after below mmi machine frame 1 to plough deeply and turn over ploughshare frame 27, plough deeply ploughshare 26 ploughing deeply dress on ploughshare frame 27.Be hinged suppression roll stand 25 with bearing block 43 below the rear end of mmi machine frame 1, the termination of suppression roll stand 25 fill pack roller 22, circumferentially establishes pack roller spike-tooth 23 at pack roller 22.The rear end of forebay 1 is had to connect afer bay 31, fixing dress post bar pressurizing unit case 8 above afer bay 31, side, innner and outer in post bar pressurizing unit case 8 fills travelling gear two axle 9 with bearing holder (housing, cover) 11, on gear pedestal 36, fills travelling gear one axle 33 and sliding shaft rod 12 respectively, and travelling gear 2 34, travelling gear 1 and sliding shaft rod gear 30 on travelling gear two axle 9, travelling gear one axle 33 and sliding shaft rod 12 engage each other transmission.External end head on travelling gear two axle 9 fills post bar pressurizing unit head sprocket 10, post bar pressurizing unit head sprocket 10 chain 1 and drive sprocket 3 are in transmission connection.On travelling gear two axle 9, the outside of travelling gear 2 34 dress drive sprocket 2 44, on travelling gear one axle 33, the outside of travelling gear 1 dress drive sprocket 1, below gear pedestal 36, fill drive sprocket three axle 15, drive sprocket three axle 15 termination fills drive sprocket 3 20.Drive sprocket four axle 13 is filled with bearing block 43 below post bar pressurizing unit case 8, inside drive sprocket three axle 15, drive sprocket four axle 13 fills drive sprocket 4 21, drive sprocket 1 and drive sprocket 3 20 chain 3 46 are in transmission connection, and drive sprocket 4 21 and drive sprocket 2 44 chain 2 37 are in transmission connection.In gear pedestal 36, the inboard of drive sprocket 3 20 and drive sprocket 4 21 is provided with baffle plate 41, drive sprocket three axle 15 of baffle plate 41 inboard fills earth pillar bar extruding gear 2 16, drive sprocket four axle 13 fills earth pillar bar extruding gear 1.Below the rear end of afer bay 31, columnar concussion hammer carrier 17 is fixedly housed, the in-built sliding axle 17-1 of earthquake hammer carrier 17, the fixing sliding nail frame 14 of middle upper part of earthquake hammer carrier 17, establishes sliding nail 14-1 inside the upper end of sliding nail frame 14.Sliding shaft rod 12 is established sliding shaft rod slideway 12-1, and sliding shaft rod slideway 12-1 and the cunning cunning of following closely on frame 14 is followed closely 14-1 transmission and is coordinated.The termination of sliding shaft rod 12 fills sliding shaft rod gear 30 and travelling gear 1 engaged transmission.The two ends of earthquake hammer carrier 17 is vertically equipped with concussion hammer seat 17-2, dress concussion hammer 17-3 on the medial surface of earthquake hammer seat 17-2, the medial surface of both sides concussion hammer seat 17-2 fills earth pillar bar and rotates driving lever 18.Travelling gear two axle 9 fills driving bevel gear 35, fills with on the vertical driven bevel pinion axle 39 established of travelling gear two axle 9 driven bevel pinion 38 engaged with driving bevel gear 35, driven bevel pinion axle 39 is equipped with and spiral helicinely leads native worm screw 40.The below of mmi machine frame 1 and afer bay 31 junction is equipped with and is led native cylinder 24.Suppression roll stand 25 fills stop seat 5, pocketed springs 1 on stop seat 5, shock mount top board 7 above spring 1, and sliding nail frame 14 both sides outside gear pedestal 36 are provided with spring 2 42.
The operation principle that peanut crops for rotation plough deeply wind erosion prevention post bar forming machine is: first plough deeply soil layer by ploughing deeply ploughshare 25, with leading native cylinder 24, the wet soil flipped up is scooped up, earth pillar bar extruding gear 1 and earth pillar bar extruding gear 2 16 place is rotated into leading native worm screw 40, post bar is become with earth pillar bar extruding gear 2 16 relative to rotary squeezing at earth pillar bar extruding gear 1, with concussion hammer 17-3 side-to-side movement, native bar is pushed away again, the native bar fallen is 90-degree rotation under earth pillar bar rotates the stirring of driving lever 18, make every two earth pillar bars become plumbness to put, play gear wind action.
Claims (2)
1. crops for rotation of cultivating peanut plough deeply wind erosion prevention post bar forming machine, comprise forebay (1), afer bay (31), gear tank tower (29), gear-box (2), post bar pressurizing unit case (8), plough deeply ploughshare frame (27), plough deeply ploughshare (26), suppression roll stand (25), pack roller (22), lead native cylinder (24), bearing holder (housing, cover) (11), bearing block (43), toothing roller box (2) is fixed above the front end that it is characterized in that mmi machine frame (1), dress drive sprocket axle (28) in gear-box (2), drive sprocket axle (28) fills drive sprocket (3), in the top of afer bay (31) dress post bar pressurizing unit case (8), in in post bar pressurizing unit case (8), outside uses bearing holder (housing, cover) (11) to fill travelling gear two axle (9) respectively, at gear pedestal (36) upper dress travelling gear one axle (33) and sliding shaft rod (12), travelling gear two axle (9), travelling gear two (34) on travelling gear one axle (33) and sliding shaft rod (12), travelling gear one (32) and sliding shaft rod gear (30) engage each other transmission, external end head on travelling gear two axle (9) fills post bar pressurizing unit head sprocket (10), post bar pressurizing unit head sprocket (10) chain one (4) and drive sprocket (3) are in transmission connection, on travelling gear two axle (9), travelling gear two (34) outside dress drive sprocket two (44), on travelling gear one axle (33), the outside dress drive sprocket one (45) of travelling gear one (32), at gear pedestal (36) below dress drive sprocket three axle (15), drive sprocket three axle (15) termination fills drive sprocket three (20), in post bar pressurizing unit case (8) below, drive sprocket three axle (15) inner side bearing block (43) dress drive sprocket four axle (13), at drive sprocket four axle (13) upper dress drive sprocket four (21), drive sprocket one (45) and drive sprocket three (20) chain three (46) are in transmission connection, drive sprocket four (21) and drive sprocket two (44) chain two (37) are in transmission connection, in gear pedestal (36), the inboard of drive sprocket three (20) and drive sprocket four (21) is provided with baffle plate (41), at drive sprocket three axle (15) the upper dress earth pillar bar extruding gear two (16) that baffle plate (41) is inboard, drive sprocket four axle (13) is loaded onto post bar extruding gear one (19), cylindrical shape concussion hammer carrier (17) is fixedly housed below the rear end of afer bay (31), travelling gear two axle (9) fills driving bevel gear (35), the driven bevel pinion (38) engaged with driving bevel gear (35) is filled with the vertical driven bevel pinion axle (39) established of travelling gear two axle (9) is upper, driven bevel pinion axle (39) is equipped with and spiral helicinely leads native worm screw (40), the below of mmi machine frame (1) and afer bay (31) junction is equipped with and is led native cylinder (24).
2. peanut crops for rotation according to claim 1 plough deeply wind erosion prevention post bar forming machine, it is characterized in that earthquake hammer carrier (17) in-built sliding axle (17-1), fixing sliding nail frame (14) of earthquake hammer carrier (17) middle upper part, sliding nail (14-1) is provided with inside sliding nail frame (14) upper end, sliding shaft rod (12) is equipped with sliding shaft rod slideway (12-1), sliding shaft rod slideway (12-1) and the cunning cunning of following closely on frame (14) is followed closely (14-1) transmission and is coordinated, concussion hammer seat (17-2) is vertically equipped with at earthquake hammer carrier (17) two ends, dress concussion hammer (17-3) inside earthquake hammer seat (17-2) termination, the medial surface of both sides concussion hammer seat (17-2) fills earth pillar bar and rotates driving lever (18).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410244953.2A CN103999573B (en) | 2014-06-05 | 2014-06-05 | Peanut crops for rotation plough deeply wind erosion prevention post bar forming machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410244953.2A CN103999573B (en) | 2014-06-05 | 2014-06-05 | Peanut crops for rotation plough deeply wind erosion prevention post bar forming machine |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103999573A CN103999573A (en) | 2014-08-27 |
| CN103999573B true CN103999573B (en) | 2015-12-23 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201410244953.2A Expired - Fee Related CN103999573B (en) | 2014-06-05 | 2014-06-05 | Peanut crops for rotation plough deeply wind erosion prevention post bar forming machine |
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Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN203301965U (en) * | 2013-06-07 | 2013-11-27 | 文汐灵 | Adjustable ridging machine |
| CN103583096A (en) * | 2012-08-16 | 2014-02-19 | 中国农业科学院农业资源与农业区划研究所 | Combination tillage implement and tillage method thereof |
| CN203504957U (en) * | 2013-09-29 | 2014-04-02 | 佳木斯市一达农业科技有限公司 | Earth banking apparatus |
| CN203912455U (en) * | 2014-06-05 | 2014-11-05 | 辽宁省风沙地改良利用研究所 | Peanut crops for rotation are ploughed deeply wind erosion prevention post bar forming machine |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| KR20140005052A (en) * | 2012-07-04 | 2014-01-14 | 강철수 | Potato seeding machine |
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2014
- 2014-06-05 CN CN201410244953.2A patent/CN103999573B/en not_active Expired - Fee Related
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103583096A (en) * | 2012-08-16 | 2014-02-19 | 中国农业科学院农业资源与农业区划研究所 | Combination tillage implement and tillage method thereof |
| CN203301965U (en) * | 2013-06-07 | 2013-11-27 | 文汐灵 | Adjustable ridging machine |
| CN203504957U (en) * | 2013-09-29 | 2014-04-02 | 佳木斯市一达农业科技有限公司 | Earth banking apparatus |
| CN203912455U (en) * | 2014-06-05 | 2014-11-05 | 辽宁省风沙地改良利用研究所 | Peanut crops for rotation are ploughed deeply wind erosion prevention post bar forming machine |
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| CN103999573A (en) | 2014-08-27 |
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Granted publication date: 20151223 Termination date: 20160605 |