CN2909814Y - Cutting platform of maize harvester - Google Patents
Cutting platform of maize harvester Download PDFInfo
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- CN2909814Y CN2909814Y CN 200620084636 CN200620084636U CN2909814Y CN 2909814 Y CN2909814 Y CN 2909814Y CN 200620084636 CN200620084636 CN 200620084636 CN 200620084636 U CN200620084636 U CN 200620084636U CN 2909814 Y CN2909814 Y CN 2909814Y
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- standing grain
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Abstract
A cutting platform of maize harvester comprises a reel device, a stripper high and low roller device, a reel gear case drive sprocket wheel, a reel device drive roller chain tension chain wheel, a doublebank transfer chain wheel, a small left towveyor, a small right towveyor, a master towveyor, a horizontal towveyor, a main drive box, a dynamic long drive rod, a gimbal drive rod, a reel chain and a reel chain tension wheel. The front part of the cutting platform of maize harvester is provided with in parallel six reel devices, the stripper high and low roller device, the small left towveyor and the small right towveyor are arranged between two reel devices. The reel device is provided on the top with a drive gear box through which the reel device is connected with the corresponding drive sprocket wheel of reel gear box; The back part of the cutting platform of maize harvester is provided with the horizontal towveyor which is connected with the main drive box through a horizontal transferring main drive shaft drive sprocket wheel to receive power; The left side of the cutting platform of maize harvester is provided with the master towveyor the front of which is connected with a master towveyor gimbal drive rod. The utility model has fine stability of the integral mechanism, a long life-span and high efficiency.
Description
Technical field:
The utility model relates to farm machinery, relates in particular to a kind of maize harvesting machine ceding of Taiwan.
Background technology:
The maize harvesting machine ceding of Taiwan of prior art, heaviness and complex structure, transmission device all is to adopt a plurality of gearboxes to carry out transmission basically, and the user generally can not grasp its structural principle after purchasing machine at short notice, and use, maintenance and the popularization of maize harvesting machine caused great adverse effect.The transmission case gear breaks down and problem that the user can't keep in repair is outstanding, harvest corn is seasonal very strong work, maize harvesting machine breaks down and can cause the direct economic loss of user, moreover transmission case internal gear a large amount of lubricant grease of need annotating, and need to regularly replace, casing again more in addition exists oil leakage phenomenon, has caused unnecessary loss to the user.Because the maize harvesting machine ceding of Taiwan transmission case of prior art is many, strengthens from the great quality of maize harvesting machine complete machine that causes, thereby the carrying and the soil of matched host machine caused very big pressure.
The utility model content:
The purpose of this utility model is, overcome the deficiencies in the prior art part, a kind of brand-new maize harvesting machine ceding of Taiwan is provided, especially one overlaps the transmission device of the brand-new maize harvesting machine ceding of Taiwan, original heavy transmission case is become easy chain, chain wheel driving mechanism, reduce transmission case body, optimized drive mechanism, solved because of the transmission device difficult problem that the user can't keep in repair that breaks down, overcome the problem of leakage of oil, made the user in use, improved the reliability of mechanical use, reduce the maintaining expense, make the debugging maintenance principle simple and convenient and easy to study.
The maize harvesting machine ceding of Taiwan described in the utility model includes first group of standing grain device, first plucks fringe height roller arrangement, second group of standing grain device uni-drive gear box, second group of standing grain device, right little conveyer, the 3rd group of standing grain device, the 3rd group of standing grain device uni-drive gear box, second plucks fringe height roller arrangement, the 4th group of standing grain device uni-drive gear box, the 4th group of standing grain device, the little conveyer in a left side, the 5th group of standing grain device, the 5th group of standing grain device uni-drive gear box, the 3rd plucks fringe height roller arrangement, the 6th group of standing grain device, the 6th group of standing grain device uni-drive gear box, the 5th rice-pulling tooth roller box drive sprocket, the 6th group of standing grain device drive sprocket, dial standing grain device drive balls chain tensioner sprocket wheel, the 3rd ear-picking unit height roller travelling gear, the 3rd ear-picking unit overload clutch, double transmission sprocket wheel, total conveyer, total conveyer universal joint drive link, horizontal conveyer, the main frame power take-off, horizontal conveyer driving shaft drive sprocket, the long drive link of power, drive sprocket behind the main transmission box, the double drive sprocket of main transmission box, main transmission box, right little conveyer driving shaft drive sprocket, roller binding axial organ, the 4th rice-pulling tooth roller box drive sprocket, the second ear-picking unit overload clutch, the coaxial transmission sprocket wheel of three rows, second ear-picking unit height roller travelling gear, the 3rd rice-pulling tooth roller box drive sprocket, the second rice-pulling tooth roller box drive sprocket, first ear-picking unit height roller travelling gear, the first ear-picking unit overload clutch, the double drive sprocket of main transmission box, dial standing grain system gear coaxial transition sprocket wheel, dial the coaxial drive sprocket of standing grain system, the first rice-pulling tooth roller box drive sprocket, first group of standing grain device uni-drive gear box, dial the standing grain drive sprocket, the rice-pulling chain tugboat, rice-pulling chain and rice-pulling chain expansion tightening wheel are formed.Front end in the maize harvesting machine ceding of Taiwan described in the utility model, be set side by side with first group of standing grain device, second group of standing grain device, the 3rd group of standing grain device, the 4th group of standing grain device, the 5th group of standing grain device and the 6th group of standing grain device, dial the standing grain device and form by dialling standing grain drive sprocket, rice-pulling chain tugboat, rice-pulling chain and rice-pulling chain expansion tightening wheel.Between the first group of standing grain device and the second group of standing grain device, be provided with first and pluck fringe height roller arrangement.Between the second group of standing grain device and the 3rd group of standing grain device, be provided with right little conveyer.Between the 3rd group of standing grain device and the 4th group of standing grain device, be provided with second and pluck fringe height roller arrangement.Between the 4th group of standing grain device and the 5th group of standing grain device, be provided with left little conveyer.Between the 5th group of standing grain device and the 6th group of standing grain device, be provided with the 3rd and pluck fringe height roller arrangement.Be connected with group standing grain uni-drive gear box above said first group of standing grain device with first group of standing grain matched with devices; On second group of standing grain device, be provided with second group of standing grain uni-drive gear box; At the 3rd group above the standing grain device, be provided with the 3rd group of standing grain uni-drive gear box; At the 4th group above the standing grain device, be provided with the 4th group of standing grain uni-drive gear box; At the 5th group above the standing grain device, be provided with the 5th group of standing grain uni-drive gear box; At the 6th group above the standing grain device, then be provided with the 6th group of standing grain uni-drive gear box.First group of standing grain device is connected with rice-pulling tooth roller box gear drive sprocket wheel by uni-drive gear box; Second group of standing grain device is connected with the second rice-pulling tooth roller box drive sprocket by second group of standing grain uni-drive gear box; The 3rd group of standing grain device is connected with the 3rd group of standing grain case drive sprocket by the 3rd group of standing grain uni-drive gear box; The 4th group of standing grain device is connected with the 4th group of standing grain case drive sprocket by the 4th group of standing grain uni-drive gear box; The 5th group of standing grain device is connected with the 5th group of standing grain case drive sprocket by the 5th group of standing grain uni-drive gear box; The 6th group of standing grain device then is connected with the 6th group of standing grain case drive sprocket by the 6th group of standing grain uni-drive gear box.Dialling standing grain case drive sprocket with a roller chain with six connects, in order to guarantee that the roller driving-chain is in the state of tightening all the time, cooperate with six groups of standing grain case drive sprockets, long driving-chain is provided with drive balls chain tensioner sprocket wheel, be connected with six groups of standing grain case drive sprockets, be provided with coaxial drive sprocket.Pluck fringe height roller arrangement and cooperates with the 3rd, be provided with the 3rd ear-picking unit just roller travelling gear and the 3rd ear-picking unit overload clutch.Be connected with the 3rd ear-picking unit overload clutch, be provided with double drive sprocket.Pluck fringe height roller arrangement and cooperates with second, be provided with second ear-picking unit just the roller travelling gear and the second ear-picking unit overload clutch.Be connected with the second ear-picking unit overload clutch, be provided with the coaxial drive sprocket of three rows.Pluck fringe height roller arrangement and cooperates with first, be provided with first ear-picking unit just the roller travelling gear and the first ear-picking unit overload clutch.Be connected with the first ear-picking unit overload clutch, be provided with the double drive sprocket of main transmission box.The overload clutch of plucking the setting of fringe height roller arrangement separates when running into big resistance automatically, thereby the protection snapping bar is injury-free.Between little conveyer in a left side and right little conveyer, be provided with roller binding axial organ, the synchronous rotation of little conveyer about realization.At the rear portion of the maize harvesting machine ceding of Taiwan described in the utility model, be provided with horizontal conveyer; Horizontal conveyer is connected with the main transmission box sprocket wheel by horizontal conveying driving shaft drive sprocket and obtains power.In the left side of the maize harvesting machine ceding of Taiwan described in the utility model, be provided with total conveyer.Front end at total conveyer is connected with total conveyer universal joint drive link, and total conveyer universal joint drive link is connected with double drive sprocket with main transmission box by chain, obtains power by main transmission box.Main transmission box is connected with the long drive link of power, and the long drive link of power is connected with the main frame power take-off, and whole power of harvest corn and transmission are provided by the main frame as maize harvesting machine ceding of Taiwan power source described in the utility model.
A kind of maize harvesting machine ceding of Taiwan described in the utility model, its transmission device is compared with the transmission device of the corn harvester header of prior art, a plurality of transmission cases have been omitted, adopt easy chain sprocket transmission mechanism, the trouble in user's use and the expense of maintaining have been reduced, reduced deadweight, reduced the pressure of matched host machine and the compaction force in soil.The utility model good stability, long service life, easily worn part is few, and the operating efficiency height has popularizing value preferably.
Description of drawings:
Accompanying drawing is the principle structure schematic diagram of a kind of maize harvesting machine ceding of Taiwan transmission device described in the utility model.1- 2- 3- 4- 5- 6- 7-8- 9- 10- 11- 12- 13- 14- 15- 16- 17- 18- 19- 20- 21- 22- 23- 24- 25- 26- 27- 28-29- 30- 31- 32- 33- 34-35- 36- 37- 38- 39- 40-- 41- 42- 43- 44-45- 46- 47- 48- 49- 50-
Embodiment:
Referring now to accompanying drawing, be described as follows in conjunction with the embodiments: the maize harvesting machine ceding of Taiwan described in the utility model includes first group of standing grain device 1, first plucks fringe height roller arrangement 2, second group of standing grain device uni-drive gear box 3, second group of standing grain device 4, right little conveyer 5, the 3rd group of standing grain device 6, the 3rd group of standing grain device uni-drive gear box 7, second plucks fringe height roller arrangement 8, the 4th group of standing grain device uni-drive gear box 9, the 4th group of standing grain device 10, the little conveyer 11 in a left side, the 5th group of standing grain device 12, the 5th group of standing grain device uni-drive gear box 13, the 3rd plucks fringe height roller arrangement 14, the 6th group of standing grain device 15, the 6th group of standing grain device uni-drive gear box 16, the 5th rice-pulling tooth roller box drive sprocket 17, the 6th group of standing grain device drive sprocket 18, dial standing grain device drive balls chain tensioner sprocket wheel 19, the 3rd ear-picking unit height roller travelling gear 20, the 3rd ear-picking unit overload clutch 21, double transmission sprocket wheel 22, total conveyer 23, the total total conveyer universal joint of conveyer drive link 24, horizontal conveyer 25, main frame power take-off 26, horizontal conveyer driving shaft drive sprocket 27, the long drive link 28 of power, drive sprocket 29 behind the main transmission box, the double drive sprocket 30 of main transmission box, main transmission box 31, right little conveyer driving shaft drive sprocket 32, roller binding axial organ 33, the 4th rice-pulling tooth roller box drive sprocket 34, the second ear-picking unit overload clutch 35, the coaxial transmission sprocket wheel 36 of three rows, second ear-picking unit height roller travelling gear 37, the 3rd rice-pulling tooth roller box drive sprocket 38, the second rice-pulling tooth roller box drive sprocket 39, first ear-picking unit height roller travelling gear 40, the first ear-picking unit overload clutch 41, the double drive sprocket 42 of main transmission box, dial standing grain system gear coaxial transition sprocket wheel 43, dial the coaxial drive sprocket 44 of standing grain system, the first rice-pulling tooth roller box drive sprocket 45, first group of standing grain device uni-drive gear box 46, dial standing grain drive sprocket 47, rice-pulling chain tugboat 48, rice-pulling chain 49, rice-pulling chain expansion tightening wheel 50 is formed.Front end in the maize harvesting machine ceding of Taiwan described in the utility model, be set side by side with first group of standing grain device 1, second group of standing grain device 4, the 3rd group of standing grain device 6, the 4th group of standing grain device 10, the 5th group of standing grain device 12 and the 6th group of standing grain device 15, dialling the standing grain device forms by dialling standing grain drive sprocket 47, rice-pulling chain tugboat 48, rice-pulling chain 49 and rice-pulling chain expansion tightening wheel 50, for being in tight tight state, rice-pulling chain 49 is provided with rice-pulling chain expansion tightening wheel 50, between the first group of standing grain device 1 and the second group of standing grain device 4, be provided with first and pluck fringe height roller arrangement 2.Between the second group of standing grain device 4 and the 3rd group of standing grain device 6, be provided with right little conveyer 5.Between the 3rd group of standing grain device 6 and the 4th group of standing grain device 10, be provided with second and pluck fringe height roller arrangement 8.Between the 4th group of standing grain device 10 and the 5th group of standing grain device 12, be provided with left little conveyer 11.Between the 5th group of standing grain device 12 and the 6th group of standing grain device 15, be provided with the 3rd and pluck fringe height roller arrangement 14.Be connected with the first group standing grain device uni-drive gear box 46 supporting above said first group of standing grain device 1 with first group of standing grain device 1; On second group of standing grain device 4, be provided with second group of standing grain device uni-drive gear box 3; At the 3rd group above the standing grain device 6, be provided with the 3rd group of standing grain device uni-drive gear box 7; At the 4th group above the standing grain device 10, be provided with the 4th group of standing grain device uni-drive gear box 9; At the 5th group above the standing grain device 12, be provided with the 5th group of standing grain device uni-drive gear box 13; At the 6th group above the standing grain device 15, then be provided with the 6th group of standing grain device uni-drive gear box 16.First group of standing grain device 1 is connected with the first rice-pulling tooth roller box drive sprocket 45 by first group of standing grain device uni-drive gear box 46; Second group of standing grain device 4 connects 39 by the second group of standing grain device uni-drive gear box 3 and the second rice-pulling tooth roller box drive sprocket and connects; The 3rd group of standing grain device 6 is connected with the 3rd rice-pulling tooth roller box drive sprocket 38 by the 3rd group of standing grain device uni-drive gear box 7; The 4th group of standing grain device 10 is connected with the 4th rice-pulling tooth roller box drive sprocket 34 by the 4th group of standing grain device uni-drive gear box 9; The 5th group of standing grain device 12 is connected with the 5th rice-pulling tooth roller box drive sprocket 17 by the 5th group of standing grain device uni-drive gear box 13; The 6th group of 15 in standing grain device passes through the 6th group of standing grain device uni-drive gear box 16 and is connected with the 6th rice-pulling tooth roller box drive sprocket 18.With a long roller chain six rice-pulling tooth roller box drive sprockets are connected, in order to guarantee that long roller chain is in the state of tightening all the time, long driving-chain is provided with drive balls chain tensioner sprocket wheel 19, be connected with six rice-pulling tooth roller box drive sprockets, be equipped with and dial the coaxial drive sprocket 44 of standing grain system.Pluck fringe height roller arrangement 14 and cooperates with the 3rd, be provided with the 3rd ear-picking unit just roller travelling gear 20 and the 3rd ear-picking unit overload clutch 21.Be connected with the 3rd ear-picking unit overload clutch 21, be provided with double drive sprocket 22.Pluck fringe height roller arrangement 8 and cooperates with second, be provided with second ear-picking unit just the roller travelling gear 37 and the second ear-picking unit overload clutch 35.Be connected with the second ear-picking unit overload clutch 35, be provided with the coaxial drive sprocket 36 of three rows.Pluck fringe height roller arrangement 2 and cooperates with first, be provided with first ear-picking unit just the roller travelling gear 40 and the first ear-picking unit overload clutch 41.Be connected with the first ear-picking unit overload clutch 41, be provided with the double drive sprocket 42 of main transmission box.Between little conveyer 11 in a left side and right little conveyer 5, be provided with roller binding axial organ 33.At the rear portion of the maize harvesting machine ceding of Taiwan described in the utility model, be provided with horizontal conveyer 25; Be connected with drive sprocket 29 chains behind the main transmission box by horizontal conveying driving shaft drive sprocket 27 and obtain power.In the left side of the maize harvesting machine ceding of Taiwan described in the utility model, be provided with total conveyer 23.Front end at total conveyer 23 is connected with total conveyer universal joint drive link 24.Total conveyer universal joint drive link 24 usefulness chains are connected with the double drive sprocket 42 of main transmission box.Main transmission box 31 is connected with the long drive link 28 of power, and 28 of long drive links of power are connected with main frame power take-off 26 by chain, and the power of harvest corn and transmission is provided by the main frame as maize harvesting machine ceding of Taiwan power source described in the utility model.
Supporting main frame power take-off 26 drives the moving bar 28 of harvest corn mechanomotive force long pass by sprocket wheel, chain, and the long drive link 28 of power drives main transmission box 31 again.Main transmission box 31 is connected with horizontal conveyer driving shaft drive sprocket 27 by drive sprocket 29 behind the main transmission box, drive horizontal conveyer 25, main transmission box 31 outputs power by 30 fens two-way of main transmission box duplex chain wheel, one the tunnel is connected with right little conveyer driving shaft drive sprocket 32, drive right little conveyer 5, also drive left little conveyer 11 simultaneously by roller binding axial organ 33.Another road is connected with total conveyer universal joint drive link 24, drives total conveyer 23.Main transmission box 31 drives first by main transmission box duplex chain wheel 42 and plucks fringe height roller arrangement 2, second and pluck fringe height roller arrangement 8 and the 3rd and pluck fringe height roller arrangement 14.Pluck in the process of fringe height roller arrangement 2 in driving first, passed through 40 drives synchronously of the first ear-picking unit overload clutch 41 and first ear-picking unit height roller travelling gear, 40, the first ear-picking units height roller travelling gear and dialled standing grain system gear coaxial transition sprocket wheels 43.Pluck in the process of fringe height roller arrangement 8 in driving second, passed through the coaxial drive sprocket 36 of three rows, the second ear-picking unit overload clutch 35 and second ear-picking unit height roller travelling gear 37.Pluck in the process of fringe height roller arrangement 14 in driving the 3rd, passed through double drive sprocket 22, the 3rd ear-picking unit overload clutch 21 and the 3rd ear-picking unit height roller travelling gear 20.Dialling standing grain system gear coaxial transition sprocket wheel 43 is connected with group coaxial drive sprocket 44 of standing grain system, dial the coaxial drive sprocket 44 of standing grain system by a long roller chain and the first rice-pulling tooth roller box drive sprocket 45, the second rice-pulling tooth roller box drive sprocket 39, the 3rd rice-pulling tooth roller box drive sprocket 38, the 4th rice-pulling tooth roller box drive sprocket 34, the 5th rice-pulling tooth roller box drive sprocket 17, the 6th rice-pulling tooth roller box drive sprocket 18 is connected and drive, in order to guarantee that dialling standing grain system drive balls chain is in tensioned state all the time, be provided with to dial standing grain device drive balls chain tightener sprocket 19.The first rice-pulling tooth roller box drive sprocket 45 drives the first group of standing grain device 1 in below by first group of standing grain device uni-drive gear box 46, the second rice-pulling tooth roller box drive sprocket 39 drives the first group of standing grain device 4 in below by second group of standing grain device uni-drive gear box 3, the 3rd rice-pulling tooth roller box drive sprocket 38 drives the 3rd group of standing grain device 6 in below by the 3rd group of standing grain device uni-drive gear box 7, the 4th rice-pulling tooth roller box drive sprocket 34 drives the 4th group of standing grain device 10 in below by the 4th group of standing grain device uni-drive gear box 9, the 5th rice-pulling tooth roller box drive sprocket 17 drives the 5th group of standing grain device in below 12, the six rice-pulling tooth roller box drive sprockets 18 by the 5th group of standing grain device uni-drive gear box 13 and drives the 6th group of standing grain device 15 in below by the 6th group of standing grain device uni-drive gear box 16.Dial standing grain drive sprocket 47 and be connected acquisition power with group standing grain device uni-drive gear box 46, by rice-pulling chain 49, drive that the rice-pulling chain tugboat dials 48, rice-pulling chain expansion tightening wheel 50, all the time be in the state of tensioner for the rice-pulling chain 49 that guarantees first group of standing grain device, be provided with rice-pulling chain expansion tightening wheel 50, at second group of standing grain device 4, the 3rd group of standing grain device 6, the 4th group of standing grain device 10, the 5th group of standing grain device 12 and the 6th group of standing grain device 15, match with rice-pulling chain by corresponding rice-pulling chain wheel.A kind of maize harvesting machine ceding of Taiwan described in the utility model, its transmission device is compared with the transmission device of the corn harvester header of prior art, a plurality of transmission cases have been omitted, the trouble in user's use and the expense of maintaining have been reduced, reduced deadweight, reduced the pressure of matched host machine and the compaction force in soil.The utility model good stability, long service life, easily worn part is few, and the operating efficiency height has popularizing value preferably.
Claims (9)
1, the maize harvesting machine ceding of Taiwan is characterized in that being set side by side with first group of standing grain device (1), second group of standing grain device (4), the 3rd group of standing grain device (6), the 4th group of standing grain device (10), the 5th group of standing grain device (12) and the 6th group of standing grain device (15) at front end of the present utility model; Between first group of standing grain device (1) and second group of standing grain device (4), be provided with first and pluck fringe height roller arrangement (2); Between second group of standing grain device (4) and the 3rd group of standing grain device (6), be provided with right little conveyer (5); Between the 3rd group of standing grain device (6) and the 4th group of standing grain device (10), be provided with second and pluck fringe height roller arrangement (8); Between the 4th group of standing grain device (10) and the 5th group of standing grain device (12), be provided with left little conveyer (11); Between the 5th group of standing grain device (12) and the 6th group of standing grain device (15), be provided with the 3rd and pluck fringe height roller arrangement (14); At the rear portion of the maize harvesting machine ceding of Taiwan described in the utility model, be provided with horizontal conveyer (25); In the left side of the maize harvesting machine ceding of Taiwan described in the utility model, be provided with total conveyer (23); Front end at total conveyer is connected with total conveyer universal joint drive link (24); Be provided with main transmission box (31) on the right side of the maize harvesting machine ceding of Taiwan described in the utility model.
2, the maize harvesting machine ceding of Taiwan according to claim 1 is characterized in that being connected with above first group of standing grain device (1) the first group standing grain device uni-drive gear box (46) supporting with first group of standing grain device (1); On second group of standing grain device (4), be provided with second group of standing grain device uni-drive gear box (3); On the 3rd group of standing grain device (6), be provided with the 3rd group of standing grain device uni-drive gear box (7); On the 4th group of standing grain device (10), be provided with the 4th group of standing grain device uni-drive gear box (9); On the 5th group of standing grain device (12), be provided with the 5th group of standing grain device uni-drive gear box (13); On the 6th group of standing grain device (15), then be provided with the 6th group of standing grain device uni-drive gear box (16).
3, the maize harvesting machine ceding of Taiwan according to claim 1 is characterized in that first group of standing grain device (1) is connected with the first rice-pulling tooth roller box drive sprocket (45) by first group of standing grain device uni-drive gear box (46); Second group of standing grain device (4) is connected with the corresponding second rice-pulling tooth roller box drive sprocket (39) by second group of standing grain device uni-drive gear box (3); The 3rd group of standing grain device (6) is connected with the 3rd rice-pulling tooth roller box drive sprocket (38) by the 3rd group of standing grain device uni-drive gear box (7); The 4th group of standing grain device (10) is connected with the 4th rice-pulling tooth roller box drive sprocket (34) by the 4th group of standing grain device uni-drive gear box (9); The 5th group of standing grain device (12) is by the 5th group of standing grain device uni-drive gear box (16) and the 5th rice-pulling tooth roller box drive sprocket (17) connection mutually; The 6th group of standing grain device (15) then then is connected with the 6th rice-pulling tooth roller box drive sprocket (18) by the 6th group of standing grain device uni-drive gear box (16), by a long roller chain six rice-pulling tooth roller box drive sprockets are connected, be mated to be provided with and dial the coaxial drive sprocket of standing grain system (44), in order to make] the drive balls chain is in tensioned state, is provided with to dial standing grain device drive balls chain tensioner sprocket wheel (19).
4, the maize harvesting machine ceding of Taiwan according to claim 1 cooperates first to pluck fringe height roller arrangement (1), is provided with first snapping bar height roller travelling gear (40), first overload clutch (41); Cooperate second to pluck fringe height roller arrangement (8), be provided with second snapping bar height roller travelling gear (37), second overload clutch (35); Cooperate the 3rd to pluck fringe height roller arrangement (14) and be provided with the 3rd snapping bar height roller travelling gear (20), the 3rd overload clutch (21); When plucking fringe height roller arrangement and run into big resistance, overload clutch separates automatically.
5, the maize harvesting machine ceding of Taiwan according to claim 1 is characterized in that plucking fringe height roller arrangement (14) and cooperating with the 3rd, is provided with the 3rd ear-picking unit just roller travelling gear (20) and the 3rd ear-picking unit overload clutch (21); Be connected with the 3rd ear-picking unit overload clutch (21), be provided with double drive sprocket (22); Pluck fringe height roller arrangement (8) and cooperates with second, be provided with second ear-picking unit just the roller travelling gear (37) and the second ear-picking unit overload clutch (35); Be connected with the second ear-picking unit overload clutch (35), be provided with three row's coaxial drive sprockets (36); Pluck fringe height roller arrangement (2) and cooperates with first, be provided with first ear-picking unit just the roller travelling gear (40) and the first ear-picking unit overload clutch (41); Be connected with the first ear-picking unit overload clutch (41), be provided with the double drive sprocket of main transmission box (42).
6, the maize harvesting machine ceding of Taiwan according to claim 1, it is characterized in that between little conveyer in a left side (11) and right little conveyer (5), be provided with roller binding axial organ (33), main transmission box (31) drives right little conveyer (5) by main transmission box duplex chain wheel (30), also drives left little conveyer (11) by roller binding axial organ (33) simultaneously.
7, the maize harvesting machine ceding of Taiwan according to claim 1, it is characterized in that main transmission box (31) drives first by main transmission box duplex chain wheel (42) and plucks fringe height roller travelling gear, driven in synchronism is dialled standing grain system gear coaxial transition sprocket wheel (43), dialling standing grain system gear coaxial transition sprocket wheel (43) is connected with group coaxial drive sprocket of standing grain system (44), drive the first rice-pulling tooth roller box drive sprocket 45 by a long roller chain, the second rice-pulling tooth roller box drive sprocket 39, the 3rd rice-pulling tooth roller box drive sprocket 38, the 4th rice-pulling tooth roller box drive sprocket 34, the 5th rice-pulling tooth roller box drive sprocket 17, the 6th rice-pulling tooth roller box drive sprocket 18 is mated to be provided with and dials standing grain drive balls chain tensioner sprocket wheel.
8, the maize harvesting machine ceding of Taiwan according to claim 1, it is characterized in that being provided with at the rear portion of the maize harvesting machine ceding of Taiwan described in the utility model horizontal conveyer (25), horizontal conveyer driving shaft sprocket wheel (27) is connected with drive sprocket (29) behind the main transmission box by chain and obtains power; In the left side of the maize harvesting machine ceding of Taiwan described in the utility model, be provided with total conveyer (23), the front end of total conveyer is connected with total conveyer universal joint drive link (24); Total conveyer universal joint drive link (24) is connected by the double drive sprocket of chain and main transmission box (42), obtains power by main transmission box (31).
9, the maize harvesting machine ceding of Taiwan according to claim 1, main transmission box (31) is connected with the long drive link of power (28), the long drive link of power (28) is connected with the matched host machine power take-off by chain, and the matched host machine power take-off is the whole moving source of Maize harvesting machine.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620084636 CN2909814Y (en) | 2006-05-22 | 2006-05-22 | Cutting platform of maize harvester |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620084636 CN2909814Y (en) | 2006-05-22 | 2006-05-22 | Cutting platform of maize harvester |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2909814Y true CN2909814Y (en) | 2007-06-13 |
Family
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200620084636 Expired - Fee Related CN2909814Y (en) | 2006-05-22 | 2006-05-22 | Cutting platform of maize harvester |
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| Country | Link |
|---|---|
| CN (1) | CN2909814Y (en) |
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103081649A (en) * | 2013-03-01 | 2013-05-08 | 濮阳市农发机械制造有限公司 | Header of corn combine harvester |
| CN103959984A (en) * | 2013-01-29 | 2014-08-06 | 郑州中联收获机械有限公司 | Corn harvester and header thereof |
| CN106068933A (en) * | 2016-08-13 | 2016-11-09 | 辽宁宁越农机装备有限公司 | Disengaging type corn harvester |
| CN109429699A (en) * | 2018-12-14 | 2019-03-08 | 张维梯 | Castor-oil plant header |
| CN111328538A (en) * | 2018-11-30 | 2020-06-26 | 凯斯纽荷兰(中国)管理有限公司 | Agricultural harvester with one-way open crop economizer |
| CN111727732A (en) * | 2020-05-21 | 2020-10-02 | 江苏沃得农业机械股份有限公司 | Corn ear picking header structure |
-
2006
- 2006-05-22 CN CN 200620084636 patent/CN2909814Y/en not_active Expired - Fee Related
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103959984A (en) * | 2013-01-29 | 2014-08-06 | 郑州中联收获机械有限公司 | Corn harvester and header thereof |
| CN103959984B (en) * | 2013-01-29 | 2016-06-29 | 郑州中联收获机械有限公司 | A kind of maize harvesting machine and the ceding of Taiwan thereof |
| CN103081649A (en) * | 2013-03-01 | 2013-05-08 | 濮阳市农发机械制造有限公司 | Header of corn combine harvester |
| CN106068933A (en) * | 2016-08-13 | 2016-11-09 | 辽宁宁越农机装备有限公司 | Disengaging type corn harvester |
| CN111328538A (en) * | 2018-11-30 | 2020-06-26 | 凯斯纽荷兰(中国)管理有限公司 | Agricultural harvester with one-way open crop economizer |
| CN111328538B (en) * | 2018-11-30 | 2022-04-01 | 凯斯纽荷兰(中国)管理有限公司 | Agricultural harvester with one-way open crop economizer |
| CN109429699A (en) * | 2018-12-14 | 2019-03-08 | 张维梯 | Castor-oil plant header |
| CN111727732A (en) * | 2020-05-21 | 2020-10-02 | 江苏沃得农业机械股份有限公司 | Corn ear picking header structure |
| WO2021232581A1 (en) * | 2020-05-21 | 2021-11-25 | 江苏沃得农业机械股份有限公司 | Corn harvesting header structure |
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