CN203423995U - Rotary lifting header with peeling machine for three-line corn harvester - Google Patents
Rotary lifting header with peeling machine for three-line corn harvester Download PDFInfo
- Publication number
- CN203423995U CN203423995U CN201320486813.7U CN201320486813U CN203423995U CN 203423995 U CN203423995 U CN 203423995U CN 201320486813 U CN201320486813 U CN 201320486813U CN 203423995 U CN203423995 U CN 203423995U
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- CN
- China
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- taiwan
- ceding
- frame
- drive sprocket
- peeling
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Abstract
The utility model discloses a rotary lifting header with a peeling machine for a three-line corn harvester. The rotary lifting header is structurally characterized in that a traveling speed changing box is arranged on the front part of the whole header and is positioned on a stander; a peeling stander is arranged above the traveling speed changing box; the front part of the peeling stander is fixedly connected with a header frame and is arranged on the stander through a mounting framework; the rear part of the peeling stander is arranged on the mounting framework through a connection rod; a header transmission box is arranged on the rear part of the header frame; a stem pulling roller is arranged at the front output end of the header transmission box; a corn picking plate and a seedling extraction chain are arranged above the stem pulling roller; a hobbing cutter and a fixed cutter are arranged below the stem pulling roller. By adopting the structure, the rotary lifting header and the peeling machine are connected to form a whole; the rotary lifting header is small in size and light in weight; the gravity center is low; the rotary lifting header can harvest three lines of corners at a time and is suitable for harvesting work both in flat areas and hilly areas.
Description
Technical field
The utility model relates to the rotation and lifting ceding of Taiwan of assembling debarker for a kind of three row maize harvesting machines, belongs to mechanical field.
Background technology
Three row corn harvesters of Development and Production on domestic market, arranged apart with debarker, after fruit ear is gathered in the crops by the ceding of Taiwan, need to be transported to and in debarker, carry out peeling by elevator, at course of conveying, interrupt the foreign material such as straw, cauline leaf and be difficult to get rid of, affect peeling effect.Use three traditional row corn harvesters, because of arranged apart with debarker, debarker is all placed in upper position of engine, causes machine gravity very high, easily overturns, and can not be adapted at knob and carry out harvest operation.For this reason, we have invented a kind of three row maize harvesting machines and have used and the be assembled together ceding of Taiwan of lifting of debarker.
Summary of the invention
The utility model is the rotation and lifting ceding of Taiwan of assembling debarker for a kind of three row maize harvesting machines, mainly by nearside divider (1), dial standing grain driven sprocket (2), rice-pulling chain (3), harvesting plate (4), supporting bearing base (5), stem pulling roller (6), ceding of Taiwan transmission case (7), hobboing cutter (8), stationary knife (9), ceding of Taiwan power input sprocket (10), ceding of Taiwan power input shaft (11), ceding of Taiwan frame (12), installation frame (13), taiwan cut off and landing oil cylinder (14), frame (15), moving gear box (16), peeling frame (17), connecting rod (18), peeling rollers (19), reciprocating sieve (20), kernel recovery box (21), press fringe roller (22), ear poking roller (23), debarker power input shaft (24), dial standing grain drive sprocket (25), the left drive sprocket of transmission case (26), the right drive sprocket of transmission case (27), debarker power input sprocket (28), power transmission shaft (29), supporting bearing base (30), Left Drive sprocket wheel (31), bearing pin (32), right drive sprocket (33), ceding of Taiwan power drive sprocket (34), cutter power drive sprocket (35), axle of carrier pulley (36), cutter power driven sprocket (37), tumbler gears (38) etc. partly form, its following structural features: moving gear box (16) is placed in complete machine front portion, be arranged in frame (15), peeling frame (17) is placed in the top of moving gear box (16), anterior and ceding of Taiwan frame (12) is fixed together, ceding of Taiwan frame (12) is assembled together with the front end of installation frame (13), the rear end of installation frame (13) passes on left bearing pin (32) and is slidably mounted on frame (15) above, and right side is slidedly assemblied in the supporting bearing base (30) being assembled together with frame (15), peeling frame (17) rear portion is by bearing pin and connecting rod (18) one end assembly connection, and connecting rod (18) other end is assemblied in frame (15) by bearing pin, it is upper that taiwan cut off and landing oil cylinder (14) is assemblied in installation frame (13) by bearing pin one end, and the other end is arranged in frame (15) by bearing pin, peeling rollers (19) is longitudinally arranged in peeling frame (17) by two end axles bearing, ear poking roller (23), pressure fringe roller (22) are placed in peeling rollers (19) top, by two end axles bearing, be arranged in peeling frame (17), reciprocating sieve (20), kernel recovery box (21) are placed in peeling rollers (19) below, be arranged on installation frame (13), debarker power input shaft (24) is placed in peeling frame (17) front portion, by two end axles bearing, is arranged in peeling frame (17), ceding of Taiwan transmission case (7) is arranged on the rear portion of ceding of Taiwan frame (12), and stem pulling roller (6) rear end is connected with the front output of ceding of Taiwan transmission case (7), and front end is arranged on ceding of Taiwan frame (12) by supporting bearing base (5), harvesting plate (4) is placed in stem pulling roller (6) top, is arranged on ceding of Taiwan frame (12), dial standing grain driven sprocket (2) and be arranged on ceding of Taiwan frame (12) front end, by rice-pulling chain (3), be connected with the standing grain drive sprocket (25) of dialling being arranged on ceding of Taiwan transmission case (7), nearside divider (1) is placed in complete machine forefront, is arranged on ceding of Taiwan frame (12), hobboing cutter (8) is arranged on the side plate of ceding of Taiwan frame (12) below by two end axles bearing, and stationary knife (9) is placed in hobboing cutter (8) top, rear, is arranged on the side plate of ceding of Taiwan frame (12) below, tumbler gear (38) is arranged on hobboing cutter (8) right side, be meshed with the tumbler gear being arranged on axle of carrier pulley (36), cutter power driven sprocket (37) is arranged on axle of carrier pulley (36), by chain, be connected with the cutter power drive sprocket (35) that is arranged on ceding of Taiwan power input shaft (11) right-hand member, ceding of Taiwan power input shaft (11) is arranged on ceding of Taiwan frame (12) by two end axles bearing, the ceding of Taiwan power drive sprocket (34) that is arranged on its right-hand member is connected with the right drive sprocket of transmission case (27) that is arranged on ceding of Taiwan transmission case (7) right side by chain, the right drive sprocket of transmission case (27) is connected with the debarker power input sprocket (28) that is arranged on debarker power input shaft (24) right-hand member by chain, the left drive sprocket of transmission case (26) that is arranged on ceding of Taiwan transmission case (7) left side is connected with the sprocket wheel that is arranged on ear poking roller (23) left end by chain, and be connected with the sprocket wheel that is arranged on pressure fringe roller (22) left side by chain, ceding of Taiwan power input sprocket (10) is arranged on the left end of ceding of Taiwan power input shaft (11), by chain, be connected with the right drive sprocket (33) that is arranged on power transmission shaft (29) right-hand member, power transmission shaft (29) is arranged in supporting bearing base (30) by bearing, power transmission shaft (29) left end, the results power of accepting to be provided by main frame by chain are provided Left Drive sprocket wheel (31).
A rotation and lifting ceding of Taiwan for assembling debarker for row maize harvesting machine, is characterized in that: debarker be assemblied in the ceding of Taiwan after, and form a rotary integral.
A rotation and lifting ceding of Taiwan for assembling debarker for row maize harvesting machine, is characterized in that: below the ceding of Taiwan, be equipped with hobboing cutter (8), the stationary knife (9) that carries out maize straw cutting.
Because the utility model has adopted said structure, the ceding of Taiwan and debarker are linked to be integral body, small and exquisite, lightweight, center of gravity are installed low, once can gather in the crops three row, harvesting superior performance, and stalk can mincing and returning to the field, ceding of Taiwan energy free lifting; After fruit ear results, without elevator, directly enter debarker peeling, solved the ceding of Taiwan arranged apart of traditional and debarker after carrying out fruit ear results, by elevator, to debarker course of conveying, interrupt the foreign material such as straw, cauline leaf and be difficult to the problem of getting rid of.Unique ceding of Taiwan structure configuration, can be applicable to Plain and can be applicable to the harvest operation of knob again.
Accompanying drawing explanation
Accompanying drawing 1 is the rotation and lifting ceding of Taiwan front view of assembling debarker for a kind of three row maize harvesting machines of the utility model.
Accompanying drawing 2 is the rotation and lifting ceding of Taiwan vertical view (remove part covering) of a kind of three row maize harvesting machines of the utility model with assembling debarker.
Embodiment
Below in conjunction with accompanying drawing 1, a kind of three row maize harvesting machines of 2 pairs of the utility model of accompanying drawing are further described by the embodiment of the rotation and lifting ceding of Taiwan of assembling debarker: results power arrives Left Drive sprocket wheel (31) by chain by transmission of power, by power transmission shaft (29), drive right drive sprocket (33) rotation, right drive sprocket (33) arrives transmission of power on ceding of Taiwan power input sprocket (10) by chain, drive ceding of Taiwan power input shaft (11) and be arranged on the ceding of Taiwan power drive sprocket (34) of its right-hand member, cutter power drive sprocket (35) rotation, ceding of Taiwan power drive sprocket (34) by chain by transmission of power to the right drive sprocket of transmission case (27) that is arranged on ceding of Taiwan transmission case (7) right side, drive is arranged on stem pulling roller (6) rotation of its front output, ear harvesting operation while realizing results, drive the left drive sprocket of transmission case (26) rotation of dialling standing grain drive sprocket (25) and its left end being installed of portion mounted thereto simultaneously, dial standing grain drive sprocket (25) and drive rice-pulling chain (3) work by group standing grain driven sprocket (2), group standing grain operation while realizing results, the left drive sprocket of transmission case (26) arrives transmission of power on the drive sprocket of ear poking roller (23) left end by chain, drives ear poking roller (23) rotation, presses fringe roller (22) rotation, the force feed operation while realizing fruit ear peeling by chain-driving simultaneously, the right drive sprocket of transmission case (27) arrives transmission of power on debarker power input sprocket (28) by chain simultaneously, drive debarker power input shaft (24) rotation, by the bevel gear of installing in the middle, drive peeling rollers (19) rotation being arranged in peeling frame (17), the peeling operation while realizing results, cutter power drive sprocket (35) arrives cutter power driven sprocket (37) by chain by transmission of power, drive axle of carrier pulley (36) rotation, by one group of tumbler gear (38), drive hobboing cutter (8) rotation, stalk shreds under the interaction of hobboing cutter (8) and stationary knife (9).
The course of work that machine carries out harvest corn is: when maize harvesting machine enters field with operating rate preparation work, first by hydraulic operation handle, control taiwan cut off and landing oil cylinder (14) action, the ceding of Taiwan is adjusted to suitable height, operation results clutch lever makes to gather in the crops transmission of power to Left Drive sprocket wheel (31), drives harvesting, cutting, peeling, dials fringe, presses spike body rotation.Maize harvesting machine hangs up walking gear, aim at the corn walking in field, ceding of Taiwan front end nearside divider (1) is propped up the maize straw of lodging, by rice-pulling chain (3), maize straw is fed to counterrotating stem pulling roller (6) middle, stalk backward, move downward, by the hobboing cutter (8) of rotation and the interaction of stationary knife (9), corn stem is shredded, fruit ear is taken by harvesting plate (4), by rice-pulling chain (3), fruit ear is transported in debarker, counterrotating peeling rollers (19) carries out peeling to fruit ear, simultaneously by ear poking roller (23), press the rotation of fringe roller (22) to make fruit ear transfer out backward debarker.The reciprocating sieve (20) that the fruit ear skin being peeled by peeling rollers (19) and part seed are fallen below debarker is upper, under the effect of reciprocating sieve (20), fruit ear skin is sieved on the ground, and seed falls in kernel recovery box.
Claims (3)
1. a rotation and lifting ceding of Taiwan for assembling debarker for three row maize harvesting machines, mainly by nearside divider (1), dial standing grain driven sprocket (2), rice-pulling chain (3), harvesting plate (4), supporting bearing base (5), stem pulling roller (6), ceding of Taiwan transmission case (7), hobboing cutter (8), stationary knife (9), ceding of Taiwan power input sprocket (10), ceding of Taiwan power input shaft (11), ceding of Taiwan frame (12), installation frame (13), taiwan cut off and landing oil cylinder (14), frame (15), moving gear box (16), peeling frame (17), connecting rod (18), peeling rollers (19), reciprocating sieve (20), kernel recovery box (21), press fringe roller (22), ear poking roller (23), debarker power input shaft (24), dial standing grain drive sprocket (25), the left drive sprocket of transmission case (26), the right drive sprocket of transmission case (27), debarker power input sprocket (28), power transmission shaft (29), supporting bearing base (30), Left Drive sprocket wheel (31), bearing pin (32), right drive sprocket (33), ceding of Taiwan power drive sprocket (34), cutter power drive sprocket (35), axle of carrier pulley (36), cutter power driven sprocket (37), tumbler gears (38) etc. partly form, its following structural features: moving gear box (16) is placed in complete machine front portion, be arranged in frame (15), peeling frame (17) is placed in the top of moving gear box (16), anterior and ceding of Taiwan frame (12) is fixed together, ceding of Taiwan frame (12) is assembled together with the front end of installation frame (13), the rear end of installation frame (13) passes on left bearing pin (32) and is slidably mounted on frame (15) above, and right side is slidedly assemblied in the supporting bearing base (30) being assembled together with frame (15), peeling frame (17) rear portion is by bearing pin and connecting rod (18) one end assembly connection, and connecting rod (18) other end is assemblied in frame (15) by bearing pin, it is upper that taiwan cut off and landing oil cylinder (14) is assemblied in installation frame (13) by bearing pin one end, and the other end is arranged in frame (15) by bearing pin, peeling rollers (19) is longitudinally arranged in peeling frame (17) by two end axles bearing, ear poking roller (23), pressure fringe roller (22) are placed in peeling rollers (19) top, by two end axles bearing, be arranged in peeling frame (17), reciprocating sieve (20), kernel recovery box (21) are placed in peeling rollers (19) below, be arranged on installation frame (13), debarker power input shaft (24) is placed in peeling frame (17) front portion, by two end axles bearing, is arranged in peeling frame (17), ceding of Taiwan transmission case (7) is arranged on the rear portion of ceding of Taiwan frame (12), and stem pulling roller (6) rear end is connected with the front output of ceding of Taiwan transmission case (7), and front end is arranged on ceding of Taiwan frame (12) by supporting bearing base (5), harvesting plate (4) is placed in stem pulling roller (6) top, is arranged on ceding of Taiwan frame (12), dial standing grain driven sprocket (2) and be arranged on ceding of Taiwan frame (12) front end, by rice-pulling chain (3), be connected with the standing grain drive sprocket (25) of dialling being arranged on ceding of Taiwan transmission case (7), nearside divider (1) is placed in complete machine forefront, is arranged on ceding of Taiwan frame (12), hobboing cutter (8) is arranged on the side plate of ceding of Taiwan frame (12) below by two end axles bearing, and stationary knife (9) is placed in hobboing cutter (8) top, rear, is arranged on the side plate of ceding of Taiwan frame (12) below, tumbler gear (38) is arranged on hobboing cutter (8) right side, be meshed with the tumbler gear being arranged on axle of carrier pulley (36), cutter power driven sprocket (37) is arranged on axle of carrier pulley (36), by chain, be connected with the cutter power drive sprocket (35) that is arranged on ceding of Taiwan power input shaft (11) right-hand member, ceding of Taiwan power input shaft (11) is arranged on ceding of Taiwan frame (12) by two end axles bearing, the ceding of Taiwan power drive sprocket (34) that is arranged on its right-hand member is connected with the right drive sprocket of transmission case (27) that is arranged on ceding of Taiwan transmission case (7) right side by chain, the right drive sprocket of transmission case (27) is connected with the debarker power input sprocket (28) that is arranged on debarker power input shaft (24) right-hand member by chain, the left drive sprocket of transmission case (26) that is arranged on ceding of Taiwan transmission case (7) left side is connected with the sprocket wheel that is arranged on ear poking roller (23) left end by chain, and be connected with the sprocket wheel that is arranged on pressure fringe roller (22) left side by chain, ceding of Taiwan power input sprocket (10) is arranged on the left end of ceding of Taiwan power input shaft (11), by chain, be connected with the right drive sprocket (33) that is arranged on power transmission shaft (29) right-hand member, power transmission shaft (29) is arranged in supporting bearing base (30) by bearing, power transmission shaft (29) left end, the results power of accepting to be provided by main frame by chain are provided Left Drive sprocket wheel (31).
2. the rotation and lifting ceding of Taiwan of assembling debarkers for a kind of three row maize harvesting machines according to claim 1, is characterized in that: debarker be assemblied in the ceding of Taiwan after, and form a rotary integral.
3. according to claim 1 or the rotation and lifting ceding of Taiwan of assembling debarker for a kind of three row maize harvesting machines claimed in claim 2, it is characterized in that: below the ceding of Taiwan, be equipped with hobboing cutter (8), the stationary knife (9) that carries out maize straw cutting.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320486813.7U CN203423995U (en) | 2013-08-12 | 2013-08-12 | Rotary lifting header with peeling machine for three-line corn harvester |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320486813.7U CN203423995U (en) | 2013-08-12 | 2013-08-12 | Rotary lifting header with peeling machine for three-line corn harvester |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203423995U true CN203423995U (en) | 2014-02-12 |
Family
ID=50053073
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201320486813.7U Expired - Fee Related CN203423995U (en) | 2013-08-12 | 2013-08-12 | Rotary lifting header with peeling machine for three-line corn harvester |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203423995U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103444363A (en) * | 2013-08-12 | 2013-12-18 | 山东常林农业装备股份有限公司 | Rotating and lifting header assembled with husking machine for three-row corn harvester |
| CN105993380A (en) * | 2016-05-30 | 2016-10-12 | 河南豪丰农业装备有限公司 | Cuffing knife of corn harvester |
| CN106258194A (en) * | 2015-12-17 | 2017-01-04 | 湘潭智联技术转移促进有限责任公司 | Harvester |
-
2013
- 2013-08-12 CN CN201320486813.7U patent/CN203423995U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103444363A (en) * | 2013-08-12 | 2013-12-18 | 山东常林农业装备股份有限公司 | Rotating and lifting header assembled with husking machine for three-row corn harvester |
| CN106258194A (en) * | 2015-12-17 | 2017-01-04 | 湘潭智联技术转移促进有限责任公司 | Harvester |
| CN105993380A (en) * | 2016-05-30 | 2016-10-12 | 河南豪丰农业装备有限公司 | Cuffing knife of corn harvester |
| CN105993380B (en) * | 2016-05-30 | 2019-01-01 | 河南豪丰农业装备有限公司 | A kind of cutter of corn picker |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140212 Termination date: 20180812 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |