CN203912455U - Peanut crops for rotation are ploughed deeply wind erosion prevention post bar forming machine - Google Patents
Peanut crops for rotation are ploughed deeply wind erosion prevention post bar forming machine Download PDFInfo
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- CN203912455U CN203912455U CN201420294093.9U CN201420294093U CN203912455U CN 203912455 U CN203912455 U CN 203912455U CN 201420294093 U CN201420294093 U CN 201420294093U CN 203912455 U CN203912455 U CN 203912455U
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- drive sprocket
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- dress
- post bar
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Abstract
The utility model belongs to agricultural production machinery, be particularly related to a kind of peanut crops for rotation that are applicable to dust storm and use and plough deeply wind erosion prevention post bar forming machine, dress drive sprocket axle (28) in gear-box (2), at the upper dress of drive sprocket axle (28) drive sprocket (3), at the top of afer bay (31) dress post bar pressurizing unit case (8), on external end head on travelling gear two axles (9), fill post bar pressurizing unit head sprocket (10), post bar pressurizing unit head sprocket (10) is in transmission connection with chain one (4) and drive sprocket (3), at the inboard upper dress of drive sprocket three axles (15) the earth pillar bar extruding gear two (16) of baffle plate (41), on drive sprocket four axles (13), load 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 soil cylinder (24), peanut crops for rotation are ploughed deeply the utilization of wind erosion prevention post bar forming machine and are ploughed deeply facility soil is ploughed deeply, with earth pillar bar extruding gear dress soil, be squeezed into strip, 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 utility model belongs to agricultural production machinery, and particularly a kind of peanut crops for rotation that are applicable to dust storm and use are ploughed deeply wind erosion prevention post bar forming machine.
Background technology
At present, the area of planting peanut at dust storm is on the ground increasing, but the earth's surface after harvesting peanut does not have stubble, very easily cause wind erosion, ground surface is uneven, to planting peanut next year, causes very large difficulty, the conventional wind erosion prevention method of people is the methods such as straw, stone that cover on earth's surface, but because quantities is difficult to carry out greatly, and bring inconvenience to cultivating next year.
Summary of the invention
The purpose of this utility model is to overcome above-mentioned technical deficiency, provides a kind of applicable dust storm tibet milkwort root crops for rotation to plough deeply can to hold to receive rainwater, reduces the peanut crops for rotation of continuous cropping obstacle and soil wind erosion and ploughs deeply wind erosion prevention post bar forming machine.
The technical scheme that the utility model technical solution problem 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, pack roller frame, pack roller, lead soil cylinder, bearing holder (housing, cover), bearing block, the front end top that is characterized in mmi machine frame is toothing roller box fixedly, in gear-box, fill drive sprocket axle, on drive sprocket axle, fill drive sprocket, above afer bay, fill post bar pressurizing unit case, in in post bar pressurizing unit case, outside is respectively with bearing suit travelling gear two axles, on gear pedestal, fill travelling gear one axle and sliding shaft rod, travelling gear two axles, travelling gear two on travelling gear one axle and sliding shaft rod, travelling gear one and the intermeshing transmission of sliding shaft rod gear, on external end head on travelling gear two axles, fill post bar pressurizing unit head sprocket, post bar pressurizing unit head sprocket is in transmission connection with chain one and drive sprocket, on travelling gear two axles, travelling gear two outside dress drive sprockets two, on travelling gear one axle, the outside dress drive sprocket one of travelling gear one, below gear pedestal, fill drive sprocket three axles, on drive sprocket three shaft end heads, fill drive sprocket three, below post bar pressurizing unit case, bearing block dress drive sprocket four axles for drive sprocket three axle inner sides, on drive sprocket four axles, fill drive sprocket four, drive sprocket one is in transmission connection with drive sprocket three use chains three, drive sprocket four is in transmission connection with drive sprocket dual-purpose chain two, in gear pedestal, the inboard of drive sprocket three and drive sprocket four is provided with baffle plate, on drive sprocket three axles of baffle plate inboard, fill earth pillar bar extruding gear two, on drive sprocket four axles, load 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, in inner side, sliding nail frame upper end, be provided with sliding nail, sliding shaft rod slideway is housed on sliding shaft rod, sliding shaft rod slideway coordinates with the sliding nail transmission on sliding nail frame, concussion hammer seat is vertically equipped with at earthquake hammer carrier two ends, inner side, earthquake hammer seat termination dress concussion hammer, on the medial surface of both sides concussion hammer seat, fill earth pillar bar rotation driving lever, on travelling gear two axles, fill driving bevel gear, the driven bevel pinion of dress and driving bevel gear engagement on the driven bevel pinion axle of establishing vertical with travelling gear two axles, the spiral helicine native worm screw of leading is housed on driven bevel pinion axle, the below of mmi machine frame and afer bay junction is equipped with and is led soil cylinder.
The beneficial effects of the utility model are: peanut crops for rotation are ploughed deeply the utilization of wind erosion prevention post bar forming machine and ploughed deeply facility soil is ploughed deeply, with earth pillar bar extruding gear dress soil, be squeezed into strip, staggered pendulum is on earth's surface, reach and reduce earth's surface wind speed, reduce the object of soil wind erosion, be particularly suitable for the dust storm tibet milkwort root stubble autumn to plough deeply, play to hold and receive rainwater, alleviate continuous cropping obstacle, use manpower and material resources sparingly, be conducive to the volume increase of peanut.
Accompanying drawing explanation
Below in conjunction with accompanying drawing, with embodiment, illustrate.
Fig. 1 is that peanut crops for rotation are ploughed 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 axles; 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 axles; The sliding nail of 14-frame; The sliding nail of 14-1-; 15-drive sprocket three axles; 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 rotation 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 soil cylinder; 25-pack roller frame; 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 are ploughed deeply the front end top fixed gear block 29 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, fills drive sprocket 3 in gear-box 2.Mmi machine frame 1 below before and after fill two and plough deeply and turn over ploughshare frame 27, plough deeply ploughshare 26 ploughing deeply dress on ploughshare frame 27.Below the rear end of mmi machine frame 1, with bearing block 43, be hinged pack roller frame 25, on the termination of pack roller frame 25, fill pack roller 22, on the circumference of pack roller 22, establish pack roller spike-tooth 23.There is the rear end of forebay 1 to connect afer bay 31, fixing dress post bar pressurizing unit case 8 above afer bay 31, innner and outer side in post bar pressurizing unit case 8 fills travelling gear two axles 9, on gear pedestal 36, fills travelling gear one axle 33 and sliding shaft rod 12, travelling gear 2 34, travelling gear 1 and the intermeshing transmission of sliding shaft rod gear 30 on travelling gear two axles 9, travelling gear one axle 33 and sliding shaft rod 12 with bearing holder (housing, cover) 11 respectively.On external end head on travelling gear two axles 9, fill post bar pressurizing unit head sprocket 10, post bar pressurizing unit head sprocket 10 use chains 1 are in transmission connection with drive sprocket 3.On travelling gear two axles 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 axles 15, on drive sprocket three axle 15 terminations, fill drive sprocket 3 20.Bearing block 43 dress drive sprocket four axles 13 below post bar pressurizing unit case 8, for drive sprocket three axle 15 inner sides, on drive sprocket four axles 13, fill drive sprocket 4 21, drive sprocket 1 is in transmission connection with drive sprocket 3 20 use chains 3 46, and drive sprocket 4 21 is in transmission connection with drive sprocket 2 44 use chains 2 37.In gear pedestal 36, the inboard of drive sprocket 3 20 and drive sprocket 4 21 is provided with baffle plate 41, fills earth pillar bar extruding gear 2 16 on drive sprocket three axles 15 of baffle plate 41 inboards, fills earth pillar bar extruding gear 1 on drive sprocket four axles 13.Columnar concussion hammer carrier 17 is fixedly housed below the rear end of afer bay 31, 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 in the inner side, upper end of sliding nail frame 14.On sliding shaft rod 12, establish sliding shaft rod slideway 12-1, sliding shaft rod slideway 12-1 coordinates with the sliding nail 14-1 transmission on sliding nail frame 14.On the termination of sliding shaft rod 12, fill sliding shaft rod gear 30 and travelling gear one 32 engaged transmission.Concussion hammer seat 17-2 is vertically housed in the two ends of earthquake hammer carrier 17, and dress concussion hammer 17-3 on the medial surface of earthquake hammer seat 17-2 fills earth pillar bar rotation driving lever 18 on the medial surface of both sides concussion hammer seat 17-2.On travelling gear two axles 9, fill driving bevel gear 35, with the driven bevel pinion 38 of dress on the vertical driven bevel pinion axle 39 of establishing of travelling gear two axles 9 with driving bevel gear 35 engagements, the spiral helicine native worm screw 40 of leading is housed on driven bevel pinion axle 39.The below of mmi machine frame 1 and afer bay 31 junctions is equipped with and is led soil cylinder 24.On pack roller frame 25, fill stop seat 5, on stop seat 5, pocketed springs 1, and spring one 6 top shock mount top boards 7 are provided with spring 2 42 in sliding nail frame 14 both sides of gear pedestal 36 outsides.
The operation principle that peanut crops for rotation are ploughed deeply wind erosion prevention post bar forming machine is: first by ploughing deeply ploughshare 25, plough deeply soil layer, with leading soil cylinder 24, the wet soil flipping up is scooped up, with leading native worm screw 40, be rotated into earth pillar bar extruding gear 1 and earth pillar bar extruding gear 2 16 places, at earth pillar bar extruding gear 1, with respect to rotary squeezing, become post bar with earth pillar bar extruding gear 2 16, with concussion hammer 17-3 side-to-side movement, native bar is pushed away again, the native bar falling is 90-degree rotation under the stirring of earth pillar bar rotation driving lever 18, make every two earth pillar bars become plumbness to put, play gear wind action.
Claims (2)
1. the crops for rotation of cultivating peanut are ploughed 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), pack roller frame (25), pack roller (22), lead soil cylinder (24), bearing holder (housing, cover) (11), bearing block (43), the front end top that it is characterized in that mmi machine frame (1) is toothing roller box (2) fixedly, dress drive sprocket axle (28) in gear-box (2), at the upper dress of drive sprocket axle (28) drive sprocket (3), at the top of afer bay (31) dress post bar pressurizing unit case (8), in in post bar pressurizing unit case (8), bearing holder (housing, cover) (11) dress travelling gear two axles (9) are used respectively in outside, at gear pedestal (36) upper dress travelling gear one axle (33) and sliding shaft rod (12), travelling gear two axles (9), travelling gear two (34) on travelling gear one axle (33) and sliding shaft rod (12), travelling gear one (32) and the intermeshing transmission of sliding shaft rod gear (30), on external end head on travelling gear two axles (9), fill post bar pressurizing unit head sprocket (10), post bar pressurizing unit head sprocket (10) is in transmission connection with chain one (4) and drive sprocket (3), on travelling gear two axles (9), travelling gear two (34) outside dress drive sprockets 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 axles (15), on drive sprocket three axles (15) termination, fill drive sprocket three (20), in post bar pressurizing unit case (8) below, bearing block (43) dress drive sprocket four axles (13) for drive sprocket three axles (15) inner side, at the upper dress of drive sprocket four axles (13) drive sprocket four (21), drive sprocket one (45) is in transmission connection with chain three (46) with drive sprocket three (20), drive sprocket four (21) is in transmission connection with chain two (37) with drive sprocket two (44), in gear pedestal (36), the inboard of drive sprocket three (20) and drive sprocket four (21) is provided with baffle plate (41), at the inboard upper dress of drive sprocket three axles (15) the earth pillar bar extruding gear two (16) of baffle plate (41), on drive sprocket four axles (13), load onto post bar extruding gear one (19), in the below, rear end of afer bay (31), cylindrical shape concussion hammer carrier (17) is fixedly housed, at the upper dress of travelling gear two axles (9) driving bevel gear (35), the driven bevel pinion (38) of the upper dress of the driven bevel pinion axle (39) established vertical with travelling gear two axles (9) and driving bevel gear (35) engagement, the spiral helicine native worm screw (40) of leading is housed on driven bevel pinion axle (39), the below of mmi machine frame (1) and afer bay (31) junction is equipped with and is led soil cylinder (24).
2. peanut crops for rotation according to claim 1 are ploughed deeply wind erosion prevention post bar forming machine, it is characterized in that the in-built sliding axle of earthquake hammer carrier (17) (17-1), the fixing sliding nail frame (14) of earthquake hammer carrier (17) middle upper part, in inner side, sliding nail frame (14) upper end, be provided with sliding nail (14-1), sliding shaft rod slideway (12-1) is housed on sliding shaft rod (12), sliding shaft rod slideway (12-1) coordinates with sliding nail (14-1) transmission on sliding nail frame (14), concussion hammer seat (17-2) is vertically equipped with at earthquake hammer carrier (17) two ends, earthquake hammer seat (17-2) termination inner side dress concussion hammer (17-3), on the medial surface of both sides concussion hammer seats (17-2), fill earth pillar bar rotation driving lever (18).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420294093.9U CN203912455U (en) | 2014-06-05 | 2014-06-05 | Peanut crops for rotation are ploughed deeply wind erosion prevention post bar forming machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420294093.9U CN203912455U (en) | 2014-06-05 | 2014-06-05 | Peanut crops for rotation are ploughed deeply wind erosion prevention post bar forming machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203912455U true CN203912455U (en) | 2014-11-05 |
Family
ID=51808360
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420294093.9U Withdrawn - After Issue CN203912455U (en) | 2014-06-05 | 2014-06-05 | Peanut crops for rotation are ploughed deeply wind erosion prevention post bar forming machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203912455U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103999573A (en) * | 2014-06-05 | 2014-08-27 | 辽宁省风沙地改良利用研究所 | Peanut stubble deep-ploughing wind erosion prevention column strip forming machine |
-
2014
- 2014-06-05 CN CN201420294093.9U patent/CN203912455U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103999573A (en) * | 2014-06-05 | 2014-08-27 | 辽宁省风沙地改良利用研究所 | Peanut stubble deep-ploughing wind erosion prevention column strip forming machine |
| CN103999573B (en) * | 2014-06-05 | 2015-12-23 | 辽宁省风沙地改良利用研究所 | Peanut crops for rotation plough deeply wind erosion prevention post bar forming machine |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20141105 Effective date of abandoning: 20151223 |
|
| C25 | Abandonment of patent right or utility model to avoid double patenting |