CN203261722U - Horizontal two-way conveying device of tuber combine harvester - Google Patents
Horizontal two-way conveying device of tuber combine harvester Download PDFInfo
- Publication number
- CN203261722U CN203261722U CN 201320295531 CN201320295531U CN203261722U CN 203261722 U CN203261722 U CN 203261722U CN 201320295531 CN201320295531 CN 201320295531 CN 201320295531 U CN201320295531 U CN 201320295531U CN 203261722 U CN203261722 U CN 203261722U
- Authority
- CN
- China
- Prior art keywords
- conveying roller
- connecting axle
- spindle nose
- thread connecting
- axle
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Landscapes
- Harvesting Machines For Root Crops (AREA)
Abstract
The utility model relates to a horizontal two-way conveying device of a tuber combine harvester. The horizontal two-way conveying device is characterized in that a gear IV24 and a gear III23 are driven to be meshed through transmission of a chain wheel I4 so as to enable the transmission direction of a conveying roller I7 and a conveying roller III9 and the transmission direction of a conveying roller II8 and a conveying roller IV10 to be opposite. Meanwhile, a gear II21 and a gear I20 are driven to be meshed through transmission of a chain wheel II22 so as to enable the transmission direction of a conveying roller V11 and a conveying roller VII13 and the transmission direction of a conveying roller VI12 and a conveying roller VIII14 to be opposite. The conveying roller I7, the conveying roller IV10, the conveying roller V12 and the conveying roller VII13 are respectively sleeved with a leftward spiral blade rubber sleeve 27, and the conveying roller II8, the conveying roller III9, the conveying roller IV12 and the conveying roller VII13 are respectively sleeved with a rightward spiral blade rubber sleeve 28. The horizontal two-way conveying device of the tuber combine harvester is simple in structure, can effectively conveys tubers to two sides, simultaneously has a certain separation effect on sundries, and can effectively solve the problem that an existing tuber combine harvester is single in the horizontal conveying direction.
Description
Technical field
The utility model relates to a kind of agricultural machinery, more specifically to a kind of horizontal bidirectional conveying that can effectively realize material, and has the tubers combined harvester horizontal bidirectional conveying plant that separates soil, weeds and residual film function.
Background technology
At present, tubers combined harvester horizontal feed device has four classes both at home and abroad, that is: grid rod-type, ratchet-type, scraper-type and mouse shape cage.Grid rod-type horizontal feed device mainly is comprised of chain and grid bar, and the grid bar is fixed on ear with the ear chain, and the grid distance between tie rods is determined that by chain pitch soil and foreign material are had certain separation function, but only can one direction carry stem tuber.Ratchet-type horizontal feed device mainly contains several rows of ratchet and forms, and adjacent two row's ratchets are staggered, and utilize ratchet to stir the conveying stem tuber, and foreign material are also had centrifugation, but complex structure, cost is higher.Scraper-type horizontal feed device is identical with the grid rod-type, just on grid rod-type horizontal feed device basic, loads onto the scraper plate of a determining deviation, has promoted the conveying capacity of stem tuber, but the foreign material separation function is descended to some extent, can not realize two-way conveying simultaneously.Mouse shape cage conveying plant mainly is comprised of the helical axis that helical blade is housed and mouse cage, and helical axis is in the center of mouse cage, and this device can be realized the conveying of a direction stem tuber, but the separating sundries effect is relatively poor, and stem tuber damage simultaneously is heavier.
The utility model content
The technical problems to be solved in the utility model is: in order to reduce existing tubers combined harvester complete machine height and to realize both sides pack function, a kind of tubers combined harvester horizontal bidirectional conveying plant is provided, can effectively realize the conveying of tubers horizontal bidirectional, simultaneously foreign material be had certain centrifugation.
The utility model comprises frame, stock guide, bracing frame, sprocket wheel, guide axle I, guide axle II, conveying roller I, conveying roller II, conveying roller III, conveying roller IV, conveying roller V, conveying roller VI, conveying roller VII, conveying roller VIII, double thread connecting axle I, double thread connecting axle II, double thread connecting axle III, double thread connecting axle IV, double thread connecting axle V, sprocket wheel I, sprocket wheel II, gear I, gear II, gear III, gear IV, spindle nose I, spindle nose II, and its characteristics are:
A, frame both sides are uniform 3 groups of guide axle I, guide axle II successively, connects by double thread connecting axle I between guide axle I and guide axle II; The other end of guide axle I is threaded with the spindle nose I, and the other end of spindle nose I and frame left side axis hole is connected; The other end of guide axle II is threaded with the spindle nose I, and the other end of spindle nose I is connected with frame right side axis hole.
Between b, the 1st group of guide axle I, guide axle II and the 2nd group of guide axle I, guide axle II, conveying roller I, conveying roller II, conveying roller III, conveying roller IV are arranged all successively respectively, connected by double thread connecting axle V between conveying roller I and conveying roller II, double thread connecting axle V one end is threaded with the conveying roller I, and its other end is connected with conveying roller II left-hand thread; The other end of conveying roller I is threaded with the spindle nose I, and the axis hole on the other end of spindle nose I and frame left side is connected; The other end of conveying roller II is connected with spindle nose II left-hand thread, and the other end of spindle nose II is connected with axis hole on the frame right side; Be connected by double thread connecting axle IV between conveying roller III and conveying roller IV, double thread connecting axle IV one end is connected with conveying roller III left-hand thread, its other end is threaded with the conveying roller IV, the other end of conveying roller III is connected with spindle nose II left-hand thread, and the axis hole on the other end of spindle nose II and frame left side is connected; The other end of conveying roller IV is threaded with the spindle nose I, and the other end of spindle nose I is connected with axis hole on the frame right side.
Be provided with successively respectively conveying roller V, conveying roller VI, conveying roller VII, conveying roller VIII between c, the 2nd group of guide axle I, guide axle II and the 3rd group of guide axle I, guide axle II, connected by double thread connecting axle III between conveying roller V and conveying roller VI, one end of double thread connecting axle III is threaded with the conveying roller V, and its other end is connected with conveying roller VI left-hand thread; The other end of conveying roller V is connected with spindle nose I threaded one end, and the axis hole on the other end of spindle nose I and frame left side is connected; The other end of conveying roller VI is connected with spindle nose II left-hand thread, and the other end of spindle nose II is connected with axis hole on the frame right side; Connected by double thread connecting axle II between conveying roller VII and conveying roller VIII, double thread connecting axle II one end is connected with conveying roller VII left-hand thread, and its other end is threaded with the conveying roller VIII; The other end of conveying roller VII is connected with spindle nose II left-hand thread, and the axis hole on the other end of spindle nose II and frame left side is connected; The other end of conveying roller VIII is threaded with the spindle nose I, and the other end of spindle nose I is connected with axis hole on the frame right side.
The gear I is equipped with on shaft shoulder I right side on d, double thread connecting axle II; Shaft shoulder II on double thread connecting axle III left side is equipped with the gear II and is meshed with the gear I, and the sprocket wheel II is equipped with on shaft shoulder II right side; The gear III is housed on the left of the shaft shoulder III on double thread connecting axle IV; Gear IV and the engagement of gear III are equipped with in shaft shoulder IV right side on double thread connecting axle V, and the sprocket wheel I is equipped with in shaft shoulder IV left side.
Stock guide is equipped with in the centre of e, frame, and stock guide below symmetry is welded with bracing frame, and the draw-in groove on bracing frame is stuck on double thread connecting axle I on the 1st group of guide axle I, guide axle II and the 3rd group of guide axle I, guide axle II.
The beneficial effects of the utility model are: novel structure, principle is simple, can change as required the area of horizontal bidirectional conveying plant, can effectively stem tuber be delivered to both sides, simultaneously foreign material there is certain separating effect, be applicable to large and medium-sized tubers combined harvester, can have effectively solved the single problem of existing tubers combined harvester horizontal feed direction.
Description of drawings
Below in conjunction with the drawings and specific embodiments, the utility model is described in further detail.
Fig. 1 is the front view of a kind of tubers combined harvester of the utility model horizontal bidirectional conveying plant.
Fig. 2 is the vertical view of Fig. 1.
Fig. 3 is the vertical view that takes off in Fig. 1 after stock guide 2.
Fig. 4 is the structural representation of double thread connecting axle I 15 in Fig. 3.
Fig. 5 is the left view of Fig. 4.
Fig. 6 is the structural representation of double thread connecting axle II 16 in Fig. 3.
Fig. 7 is the structural representation of double thread connecting axle III 17 in Fig. 3.
Fig. 8 is the structural representation of double thread connecting axle IV 18 in Fig. 3.
Fig. 9 is the structural representation of double thread connecting axle V 19 in Fig. 3.
Figure 10 is the structural representation of bracing frame 3 in Fig. 1.
Figure 11 is the left view of Figure 10.
Embodiment
In Fig. 1,2,3,4,5,6,7,8,9,10,11: stock guide 2 is equipped with in the centre of frame 1, and stock guide 2 is arc, pastes one deck rubber peel by surface of thin steel sheet and forms.Stock guide 2 below symmetries are welded with bracing frame 3, bracing frame 3 is welded by strut 27 and draw-in groove 28, and the draw-in groove 28 of bracing frame 3 belows is stuck on double thread connecting axle I 15 on the 1st group of guide axle I 5, guide axle II 6 and the 3rd group of guide axle I 5, guide axle II 6.The effect of stock guide 2 is: guarantee that material is distributed on effective conveying area.Frame 1 both sides are uniform 3 groups of guide axle I 5, guide axle II 6 successively, and guide axle I 5 and guide axle II 6 are hollow pipe, and its two ends are internal thread.Be threaded by double thread connecting axle I 15 between guide axle I 5 and guide axle II 6, the other end of guide axle I 5 is threaded with spindle nose I 25, and the other end of spindle nose I 25 is connected with frame 1 left side axis hole.The other end of guide axle II 6 is threaded with spindle nose I 25, and the other end of spindle nose I 25 is connected with frame 1 right side axis hole.Double thread connecting axle I 15 two ends are screw thread, are optical axis in the middle of it, and symmetry mills out plane 29 respectively on optical axis, and its effect is: the convenient connection.Spindle nose I 25 1 ends are screw thread, and its other end is optical axis.Be provided with successively respectively conveying roller I 7, conveying roller II 8, conveying roller III 9, conveying roller IV 10 between the 1st group of guide axle I 5, guide axle II 6 and the 2nd group of guide axle I 5, guide axle II 6, conveying roller I 7, conveying roller II 8, conveying roller III 9, conveying roller IV 10 are hollow pipe.Cover has sinistral coiling blade rubber sleeve 27 respectively on the hollow pipe of conveying roller I 7, conveying roller IV 10, and cover has dextrad helical blade rubber sleeve 28 respectively on the hollow pipe of conveying roller II 8, conveying roller III 9.The effect of left and right helical blade rubber sleeve is: on the one hand stem tuber is realized two-way conveying, reduced on the other hand the damage to stem tuber.Connected by double thread connecting axle V 19 between conveying roller I 7 and conveying roller II 8, double thread connecting axle V 19 1 ends are threaded with conveying roller I 7, and its other end is connected with conveying roller II 8 left-hand threads.The other end of conveying roller I 7 is threaded with spindle nose I 25, and the other end of spindle nose I 25 is connected with axis hole on frame 1 left side.The other end of conveying roller II 8 is connected with spindle nose II 26 left-hand threads, and the other end of spindle nose II 26 is connected with axis hole on frame 1 right side.Double thread connecting axle V 19 two ends are screw thread, its right-hand member is left-hand thread, be provided with shaft shoulder IV 33 on double thread connecting axle V 19, shaft shoulder IV 33 left sides are equipped with sprocket wheel I 4, shaft shoulder IV 33 right sides gear IV 24 are housed, its effect is: by driving-belt moving gear IV 24 and 23 engagements of gear III of sprocket wheel I 4, make conveying roller I 7 and conveying roller III 9, conveying roller II 8 is opposite with conveying roller IV 10 transmission direction.Being key between sprocket wheel I 4, gear IV 24 and double thread connecting axle V 19 is fixedly connected with.Spindle nose II 26 1 ends are left-hand thread, and its other end is optical axis.Be connected by double thread connecting axle IV 18 between conveying roller III 9 and conveying roller IV 10, double thread connecting axle IV 18 1 ends are connected with conveying roller III 9 left-hand threads, its other end is threaded with conveying roller IV 10, the other end of conveying roller III 9 is connected with spindle nose II 26 left-hand threads, and the other end of spindle nose II 26 is connected with axis hole on frame 1 left side.The other end of conveying roller IV 10 is threaded with spindle nose I 25, and the other end of spindle nose I 25 is connected with axis hole on frame 1 right side.Double thread connecting axle IV 18 two ends are screw thread, and its left end is left-hand thread; Be provided with shaft shoulder III 32 on double thread connecting axle IV 18, gear III 23 is equipped with on the right side of shaft shoulder III 32, is fixedly connected with for key between gear III 23 and double thread connecting axle IV 18.Its effect is: with 24 engagements of gear IV.Be provided with successively respectively conveying roller V 11, conveying roller VI 12, conveying roller VII 13, conveying roller VIII 14 between the 2nd group of guide axle I 5, guide axle II 6 and the 3rd group of guide axle I 5, guide axle II 6, connected by double thread connecting axle III 17 between conveying roller V 11 and conveying roller VI 12, one end of double thread connecting axle III 17 is threaded with conveying roller V 11, and its other end is connected with conveying roller VI 12 left-hand threads.The other end of conveying roller V 11 is connected with spindle nose I 25 threaded one ends, and the other end of spindle nose I 25 is connected with axis hole on frame 1 left side.The other end of conveying roller VI 12 is connected with spindle nose II 26 left-hand threads, and the other end of spindle nose II 26 is connected with axis hole on frame 1 right side.The two ends of double thread connecting axle III 17 are screw thread, and its right-hand member is left-hand thread; Be provided with shaft shoulder II 31 on double thread connecting axle III 17, gear II 21 is equipped with in shoulder II 31 left sides, sprocket wheel II 22 is equipped with on shaft shoulder II 31 right sides, its effect is: by sprocket wheel II 22 driving-belt moving gear II 21 and 20 engagements of gear I, make conveying roller V 11 and conveying roller VII 13, conveying roller VI 12 is opposite with conveying roller VIII 14 transmission direction.Gear II 21, sprocket wheel II 22 are key with double thread connecting axle III 17 and are fixedly connected with.Connected by double thread connecting axle II 16 between conveying roller VII 13 and conveying roller VIII 14, double thread connecting axle II 16 1 ends are connected with conveying roller VII 13 left-hand threads, and its other end is threaded with conveying roller VIII 14.The other end of conveying roller VII 13 is connected with spindle nose II 26 left-hand threads, and the other end of spindle nose II 26 is connected with axis hole on frame 1 left side.The other end of conveying roller VIII 14 is threaded with spindle nose I 25, and the other end of spindle nose I 25 is connected with axis hole on frame 1 right side.Double thread connecting axle II 16 two ends are screw thread, and its left end is left-hand thread; Be provided with shaft shoulder I 30 on double thread connecting axle II 16.Gear I 20 is equipped with on shaft shoulder I 30 right sides, and its effect is: with 21 engagements of gear II.Gear I 20 is fixedly connected with for key with double thread connecting axle II 16.Conveying roller V 11, conveying roller VI 12, conveying roller VII 13, conveying roller VIII 14 are hollow pipe, cover has sinistral coiling blade rubber sleeve 27 respectively on the hollow pipe of conveying roller V 11, conveying roller VIII 14, and cover has dextrad helical blade rubber sleeve respectively on the hollow pipe of conveying roller VI 12, conveying roller VII 13.There is certain spacing between helical axis, foreign material are had separating effect.
the utility model is like this work: when the stem tuber of being gathered in the crops directly or fall within on conveying roller through stock guide 2, wherein the conveying roller I 7, conveying roller II 8, conveying roller III 9, conveying roller IV 10 is driven gear IV 24 and 23 engagements of gear III by the transmission of sprocket wheel I 4 all, make conveying roller I 7 and conveying roller III 9, conveying roller II 8 all obtains opposite direction of rotation with conveying roller IV 10, while conveying roller V 11, conveying roller VI 12, conveying roller VII 13, on conveying roller VIII 14, all driven gear II 21 meshes with gear I 20 by 22 transmissions of sprocket wheel II, make conveying roller V 11 and conveying roller VII 13, conveying roller VI 12 all obtains opposite direction of rotation with conveying roller VIII 14, promotion due to helical blade, make the stem piece move vertically, and can level, way moving, in addition owing to there being certain spacing between helical axis, foreign material also there is certain separating effect.
Claims (10)
1. tubers combined harvester horizontal bidirectional conveying plant, comprise frame (1), stock guide (2), bracing frame (3), sprocket wheel (4), guide axle I (5), guide axle II (6), conveying roller I (7), conveying roller II (8), conveying roller III (9), conveying roller IV (10), conveying roller V (11), conveying roller VI (12), conveying roller VII (13), conveying roller VIII (14), double thread connecting axle I (15), double thread connecting axle II (16), double thread connecting axle III (17), double thread connecting axle IV (18), double thread connecting axle V (19), sprocket wheel I (4), sprocket wheel II (22), gear I (20), gear II (21), gear III (23), gear IV (24), spindle nose I (25), spindle nose II (26), it is characterized in that:
A, frame (1) both sides are uniform 3 groups of guide axle I (5), guide axle II (6) successively, connects by double thread connecting axle I (15) between guide axle I (5) and guide axle II (6); The other end of guide axle I (5) is threaded with spindle nose I (25), and the other end of spindle nose I (25) and frame (1) left side axis hole is connected; The other end of guide axle II (6) is threaded with spindle nose I (25), and the other end of spindle nose I (25) is connected with frame (1) right side axis hole;
Be provided with successively respectively conveying roller I (7), conveying roller II (8), conveying roller III (9), conveying roller IV (10) between b, the 1st group of guide axle I (5), guide axle II (6) and the 2nd group of guide axle I (5), guide axle II (6), connected by double thread connecting axle V (19) between conveying roller I (7) and conveying roller II (8), double thread connecting axle V (19) one ends are threaded with conveying roller I (7), and its other end is connected with conveying roller II (8) left-hand thread; The other end of conveying roller I (7) is threaded with spindle nose I (25), and the other end of spindle nose spindle nose I (25) is connected with axis hole on frame (1) left side; The other end of conveying roller II (8) is connected with spindle nose II (26) left-hand thread, and the other end of spindle nose II (26) is connected with axis hole on frame (1) right side; Be connected by double thread connecting axle IV (18) between conveying roller III (9) and conveying roller IV (10), double thread connecting axle IV (18) one ends are connected with conveying roller III (9) left-hand thread, its other end is threaded with conveying roller IV (10), the other end of conveying roller III (9) is connected with spindle nose II (26) left-hand thread, and the other end of spindle nose II (26) is connected with axis hole on frame (1) left side; The other end of conveying roller IV (10) is threaded with spindle nose I (25), and the other end of spindle nose I (25) is connected with axis hole on frame (1) right side;
Be provided with successively respectively conveying roller V (11), conveying roller VI (12), conveying roller VII (13), conveying roller VIII (14) between c, the 2nd group of guide axle I (5), guide axle II (6) and the 3rd group of guide axle I (5), guide axle II (6), connected by double thread connecting axle III (17) between conveying roller V (11) and conveying roller VI (12), one end of double thread connecting axle III (17) is threaded with conveying roller V (11), and its other end is connected with conveying roller VI (12) left-hand thread; The other end of conveying roller V (11) is connected with spindle nose I (25) threaded one end, and the other end of spindle nose I (25) is connected with axis hole on frame (1) left side; The other end of conveying roller VI (12) is connected with spindle nose II (26) left-hand thread, and the other end of spindle nose II (26) is connected with axis hole on frame (1) right side; Connected by double thread connecting axle II (16) between conveying roller VII (13) and conveying roller VIII (14), double thread connecting axle II (16) one ends are connected with conveying roller VII (13) left-hand thread, and its other end is threaded with conveying roller VIII (14); The other end of conveying roller VII (13) is connected with spindle nose II (26) left-hand thread, and the other end of spindle nose II (26) is connected with axis hole on frame (1) left side; The other end of conveying roller VIII (14) is threaded with spindle nose I (25), and the other end of spindle nose I (25) is connected with axis hole on frame (1) right side;
Gear I (20) is equipped with on shaft shoulder I (30) right side on d, double thread connecting axle II (16); Gear II (21) and gear I (20) engagement are equipped with in shaft shoulder II (31) on double thread connecting axle III (17) left side, and sprocket wheel II (22) is equipped with on shaft shoulder II (31) right side; Gear III (23) is housed on the left of the shaft shoulder III (32) on double thread connecting axle IV (18); Gear IV (24) and gear III (23) engagement are equipped with in shaft shoulder IV (33) right side on double thread connecting axle V (19), and sprocket wheel I (4) is equipped with in shaft shoulder IV (33) left side;
Stock guide (2) is equipped with in the centre of e, frame (1), stock guide (2) below symmetry is welded with bracing frame (3), and the draw-in groove (28) on bracing frame (3) is stuck on double thread connecting axle I (15) on the 1st group of guide axle I (5), guide axle II (6) and the 3rd group of guide axle I (5), guide axle II (6).
2. a kind of tubers combined harvester horizontal bidirectional conveying plant according to claim 1, it is characterized in that: conveying roller I (7), conveying roller II (8), conveying roller III (9), conveying roller IV (10), conveying roller V (11), conveying roller VI (12), conveying roller VII (13), conveying roller VIII (14) are blank pipe, its two ends are screw, and wherein conveying roller II (8), conveying roller III (9), conveying roller VI (12), its two ends screw of conveying roller VII (13) are left-hand thread.
3. a kind of tubers combined harvester horizontal bidirectional conveying plant according to claim 1, it is characterized in that: conveying roller II (8), conveying roller III (9), conveying roller VI (12), conveying roller VII (13) are all overlapped dextrad helical blade rubber sleeve (28); Conveying roller I (7), conveying roller IV (10), conveying roller V (11), conveying roller VIII (14) are all overlapped sinistral coiling blade rubber sleeve (27).
4. a kind of tubers combined harvester horizontal bidirectional conveying plant according to claim 1, it is characterized in that: stock guide (2) is arc, pastes one deck rubber peel by surface of thin steel sheet and forms.
5. a kind of tubers combined harvester horizontal bidirectional conveying plant according to claim 1, it is characterized in that: bracing frame (3) is welded by strut (27) and draw-in groove (28).
6. a kind of tubers combined harvester horizontal bidirectional conveying plant according to claim 1 is characterized in that: double thread connecting axle I (15) two ends are screw thread, are optical axis in the middle of it, and symmetry mills out plane (29) respectively on optical axis.
7. a kind of tubers combined harvester horizontal bidirectional conveying plant according to claim 1 is characterized in that: double thread connecting axle II (16) two ends are screw thread, and its left end is left-hand thread; Be provided with shaft shoulder I (30) on double thread connecting axle II (16).
8. a kind of tubers combined harvester horizontal bidirectional conveying plant according to claim 1, it is characterized in that: the two ends of double thread connecting axle III (17) are screw thread, and its right-hand member is left-hand thread; Be provided with shaft shoulder II (31) on double thread connecting axle III (17).
9. a kind of tubers combined harvester horizontal bidirectional conveying plant according to claim 1 is characterized in that: double thread connecting axle IV (18) two ends are screw thread, and its left end is left-hand thread; Be provided with shaft shoulder III (32) on double thread connecting axle IV (18).
10. a kind of tubers combined harvester horizontal bidirectional conveying plant according to claim 1 is characterized in that: double thread connecting axle V (19) two ends are screw thread, and its right-hand member is left-hand thread; Be provided with shaft shoulder IV (33) on double thread connecting axle V (19).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320295531 CN203261722U (en) | 2013-05-27 | 2013-05-27 | Horizontal two-way conveying device of tuber combine harvester |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320295531 CN203261722U (en) | 2013-05-27 | 2013-05-27 | Horizontal two-way conveying device of tuber combine harvester |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203261722U true CN203261722U (en) | 2013-11-06 |
Family
ID=49492239
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320295531 Expired - Fee Related CN203261722U (en) | 2013-05-27 | 2013-05-27 | Horizontal two-way conveying device of tuber combine harvester |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203261722U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107127136A (en) * | 2017-06-26 | 2017-09-05 | 山东希成农业机械科技有限公司 | Potato cleaner elasticity sorting unit |
| CN108622727A (en) * | 2018-06-11 | 2018-10-09 | 中国农业科学院麻类研究所 | Gripping conveyor structure and clamping conveying device |
-
2013
- 2013-05-27 CN CN 201320295531 patent/CN203261722U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107127136A (en) * | 2017-06-26 | 2017-09-05 | 山东希成农业机械科技有限公司 | Potato cleaner elasticity sorting unit |
| CN108622727A (en) * | 2018-06-11 | 2018-10-09 | 中国农业科学院麻类研究所 | Gripping conveyor structure and clamping conveying device |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN203261722U (en) | Horizontal two-way conveying device of tuber combine harvester | |
| CN202931794U (en) | Combine harvester header second auxiliary cutter | |
| CN202535756U (en) | Reeling mechanism for corn harvesting | |
| CN102286786A (en) | Plant stalk, bark and core separating device | |
| CN102430526B (en) | Automatic grading device for catches | |
| CN203951858U (en) | Clean type corn harvester without line-spacing | |
| CN104186108B (en) | Rice-pulling tooth system and using method thereof | |
| CN204119813U (en) | High-adaptability corn harvesting bench | |
| CN103430695A (en) | Transverse poking wheel type corncob picking device | |
| CN204518499U (en) | Corn harvesting bench wrong blade combination stem pulling roller | |
| CN103250491A (en) | Seeding machine | |
| CN207770250U (en) | Except native de-burring machine | |
| CN105612917A (en) | Snapping roller of corn harvester | |
| CN204860092U (en) | Large -scale harvester is used to sesame | |
| CN204119812U (en) | Rice-pulling tooth system | |
| CN205071692U (en) | Stem leaf class cutting device for vegetable harvesting machine | |
| CN203233663U (en) | Seeding machine | |
| CN203788749U (en) | Peeling device for corn harvester and corn harvester | |
| CN203675641U (en) | Stalk pickup device of maize harvesting machine | |
| CN103430694B (en) | Longitudinal poking wheel type corncob picking device | |
| CN206347073U (en) | A kind of combined seed and fertilizer drill power transmission | |
| CN202438453U (en) | Chili cleaning device | |
| CN106276064B (en) | Force transmission conveying chain for whole shaft sleeve | |
| CN206061545U (en) | A kind of corn harvester | |
| CN207099565U (en) | A kind of rotation plough machine with speed-regulating function |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20131106 Termination date: 20140527 |