CN202941149U - Crawler belt self-propelled pineapple leaf combine-harvester - Google Patents

Crawler belt self-propelled pineapple leaf combine-harvester Download PDF

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Publication number
CN202941149U
CN202941149U CN 201220642667 CN201220642667U CN202941149U CN 202941149 U CN202941149 U CN 202941149U CN 201220642667 CN201220642667 CN 201220642667 CN 201220642667 U CN201220642667 U CN 201220642667U CN 202941149 U CN202941149 U CN 202941149U
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China
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roller
tooth
driving
power
spike
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Expired - Fee Related
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CN 201220642667
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Chinese (zh)
Inventor
张继文
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Hubei Jin Fulai Agricultural Machinery Co Ltd
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Hubei Jin Fulai Agricultural Machinery Co Ltd
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Priority to CN 201220642667 priority Critical patent/CN202941149U/en
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Expired - Fee Related legal-status Critical Current
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Abstract

The utility model relates to a crawler belt self-propelled pineapple leaf combine-harvester, and belongs to the technical field of agricultural machinery. The crawler belt self-propelled pineapple leaf combine-harvester is composed of a power self-walking device, a harvesting device, a conveying device, a fiber extracting device and a storage tank. An operating platform is arranged on the power self-walking device, and the fiber extracting device is arranged on one side of the operating platform. The harvesting device is installed at the front end of the power self-walking device, and the conveying device is installed between the harvesting device and the fiber extracting device. The power self-walking device is provided with a power output shaft A and a power output shaft B, and the power output shaft A and the power output shaft B are respectively connected with the harvesting device, the conveying device and the fiber extracting device through transmission chains. By means of the crawler belt self-propelled pineapple leaf combine-harvester, the harvest of pineapple leaves and the extraction of pineapple leaf fibers can be completed at a time, and the problems that the manual harvest of existing pineapple leaves is not only large in labor intensity, but also low in work efficiency, and thereby the process of industrialization of pineapple leaf comprehensive utilization is seriously restricted are solved. The crawler belt self-propelled pineapple leaf combine-harvester is especially suitable for harvesting of the pineapple leaves and the extraction work of the pineapple leaf fibers.

Description

A kind of caterpillar band self-propelled pineapple leaves combine
Technical field
The utility model relates to a kind of caterpillar band self-propelled pineapple leaves combine, belongs to agricultural machinery technological field.
Background technology
Pineapple has another name called pineapple, is herbaceos perennial, and the original producton location is Brazil of South America, is one of four your name fruits of tropical area.Pineapple is except fruit is edible, and its leaf and stem also respectively have the value of utilization; Contain abundant fiber in pineapple leaves, belong to the vein fiber.The vein fiber also has unique excellent natural disinfection characteristic except the style with common flaxen fiber and performance, be a kind of good textile material, and it also has been widely used at industrial circle.But pineapple leaves is extracted leaf slag Fodder making, fertilizer and biogas after fiber, and effect is better, and therefore, pineapple is a kind of very important economic crops.
China is pineapple plantation big country, and planting area covers the provinces and regions such as Hainan, Guangdong, Guangxi, Yunnan and Fujian.And the pineapple leaves comprehensive utilization technique has also been obtained tremendous development, has developed a lot of new products, when satisfying people's consumption demand, provides a new way for increasing income of peasant again.But, the harvesting (obtaining) of China's pineapple leaves at present also rests on the behindhand type of manual harvesting (obtaining), also need just can complete the extraction of arghan through following process after the pineapple leaves harvesting, not only labour intensity is large in the manual harvesting (obtaining) of pineapple leaves, and inefficiency has seriously restricted the industrialization process that pineapple leaves fully utilizes.
Summary of the invention
The purpose of this utility model is: a kind of high efficiency, effective is provided, can disposablely complete to pineapple leaves gather in, arghan extracts, not only labour intensity is large to solve existing manual harvesting pineapple leaves, and inefficiency, and also need just can complete the extraction of arghan through following process after the pineapple leaves harvesting, seriously restrict the caterpillar band self-propelled pineapple leaves combine of pineapple leaves comprehensive utilization industrialization process problem.
The technical solution of the utility model is:
a kind of caterpillar band self-propelled pineapple leaves combine, it is by the power self-walking apparatus, reaping apparatus, conveying plant, fiber extraction element and storage bin consist of, it is characterized in that: be provided with operating desk on the power self-walking apparatus, the operating desk rear is provided with storage bin, operating desk one side is provided with the fiber extraction element, the front end of power self-walking apparatus is movably installed with reaping apparatus, between reaping apparatus and fiber extraction element, conveying plant is installed, be provided with power take-off A and power take-off B on the power self-walking apparatus, be provided with transmission idle wheel A between power take-off A and power take-off B, power take-off B front end is provided with transmission idle wheel B, power take-off A and power take-off B are respectively by driving-chain and reaping apparatus, conveying plant is connected with the fiber extraction element.
Described power self-walking apparatus is made of caterpillar tractor.
described reaping apparatus is by the harvesting bucket, the cutting side tool, commutator A, commutator B, cut flat cutter A, cut flat cutter B, cut flat cutter C, cut flat cutter D, grain lifter, power transmission shaft A, power transmission shaft B and the auger that gathers materials consist of, the two ends of harvesting bucket are separately installed with commutator A and commutator B, in the harvesting bucket, the auger that gathers materials is housed, on the harvesting bucket of auger one side of gathering materials, the cutting side tool is housed, gathering materials on the harvesting bottom sheet of auger below side by side, shape is equipped with the flat cutter A of cutting, cut flat cutter B, cut flat cutter C and the flat cutter D of cutting, gather materials and by fixed mount, grain lifter is housed on the harvesting bucket of auger top, power transmission shaft A and power transmission shaft B are housed on the harvesting bucket of grain lifter rear end, connect by driving-chain between power transmission shaft A and power transmission shaft B, drive sprocket A is housed on power transmission shaft B, power transmission shaft B is connected with grain lifter with the auger that gathers materials respectively by driving-chain by drive sprocket A, transmission idle wheel D is equipped with in the commutator B upper end of cutting side tool rear end, and transmission idle wheel D is equipped with the rear end transmission idle wheel C, and the cutting side tool is connected with commutator B by driving-chain and is connected with transmission idle wheel C by transmission idle wheel D, described commutator A is connected with power transmission shaft A by driving-chain, commutator A by driving-chain and the flat cutter A of cutting be connected flat cutter B and be connected, cut flat cutter C and be connected flat cutter D and be connected with commutator B by driving-chain, described power transmission shaft A be connected driving-chain and be connected with power take-off B, transmission idle wheel C is connected with power take-off A with transmission idle wheel A by transmission idle wheel B by driving-chain.
Described conveying plant is made of driving-belt, transmission roller, gear frame and gear frame guard shield, be provided with the gear frame guard shield on gear frame, the two ends of gear frame are separately installed with the transmission roller, on the transmission roller, driving-belt is housed, on described driving-belt, the interval shape is provided with driver plate, and the transmission roller is connected with transmission idle wheel B by driving-chain.
Described fiber extraction element by the roller install bin, separate pair roller, roll pair roller A, roll pair roller B, concave sieve, rossing roller and spike-tooth peeling roller consist of, the roller install bin is skewed installation, be equipped with successively in the roller install bin separate pair roller, roll pair roller A, roll pair roller B, rossing roller and spike-tooth peeling roller, separate pair roller, roll pair roller A and roll pair roller B and float respectively by installing rack and install; Concave sieve is equipped with in the below of spike-tooth peeling roller, described separation pair roller, roll pair roller A, roll pair roller B,, rossing roller and spike-tooth peeling roller interconnect by driving-chain each other, separation drum is connected with power take-off B by driving-chain.
Described separation pair roller is by upper roller body, lower roller body and separate tooth and consist of, and is respectively arranged with on the circumferential surface of upper roller body and lower roller body and separates tooth, and the separation tooth between upper roller body and lower roller body is the setting of dislocation shape.On the circumference of separation tooth, the interval shape is provided with recess.
Described rossing roller circumferential surface axially spaced-apart is provided with bark shaver, and the cutting edge of bark shaver is arc.
Described spike-tooth peeling roller is made of roller shaft, mounting disc, spike-tooth dead lever and spike-tooth, on roller shaft, the interval shape is fixed with a plurality of mounting discs, on the circumference of mounting disc, the interval shape is fixed with a plurality of spike-tooth dead levers, the spike-tooth that has been welded on the spike-tooth dead lever, and described spike-tooth arranges in the shape of a spiral.
The utility model has the advantage of:
During this caterpillar band self-propelled pineapple leaves combine work, cutting side tool by High Rotation Speed cuts out an operation band, avoid the mutual winding between pineapple leaves, simultaneously by cutting flat cutter A, the flat cutter B of cutting, the flat cutter C of cutting and cutting flat cutter D the pineapple plant is cut off from root, enter under the effect of grain lifter in the harvesting bucket, the auger that gathers materials of rotation compresses the pineapple plant and enter in conveying plant to conveying plant import department, and the pineapple plant enters to the fiber extraction element under the effect of conveying plant.In the fiber extraction element, the pineapple plant successively by separation drum, roll roller A, roll the separating of roller B and rossing roller, roll, rossing and peeling operation be transferred into spike-tooth peeling roller place and screen, the leaf slag enters leaf slag storage bin, the pineapple leaves of extracting and the fiber of stem enter the fiber storage bin, thereby complete the harvesting of pineapple leaves and the whole operation that fiber extracts.Not only labour intensity is large to have avoided the manual harvesting (obtaining) of existing pineapple leaves, and inefficiency, has seriously restricted the problem of pineapple leaves comprehensive utilization industrialization process.This caterpillar band self-propelled pineapple leaves combine high efficiency, effective, harvesting, the arghan that can disposablely complete pineapple leaves are extracted work, greatly reduce workman's labour intensity, simultaneously, this caterpillar band self-propelled pineapple leaves combine has maintenance and easy to operate, adaptable characteristics, is specially adapted to the extraction work of pineapple leaves harvesting and arghan.
Description of drawings
Fig. 1 is perspective view of the present utility model;
Fig. 2 is side-looking structural representation of the present utility model.
Fig. 3 is the perspective view of separation pair roller of the present utility model;
Fig. 4 is the perspective view of rossing roller of the present utility model;
Fig. 5 is the perspective view of spike-tooth peeling roller of the present utility model.
in figure: 1, the power self-walking apparatus, 2, operating desk, 3, storage bin, 4, the roller install bin, 5, separate pair roller, 6, roll pair roller A, 7, roll pair roller B, 8, concave sieve, 9, the rossing roller, 10, spike-tooth peeling roller, 11, installing rack, 12, the harvesting bucket, 13, the cutting side tool, 14, commutator A, 15, commutator B, 16, cut flat cutter A, 17, cut flat cutter B, 18, cut flat cutter C, 19, cut flat cutter D, 20, grain lifter, 21, power transmission shaft A, 22, power transmission shaft B, 23, the auger that gathers materials, 24, drive sprocket A, 25, transmission idle wheel D, 26, transmission idle wheel C, 27, driving-belt, 28, the transmission roller, 29, gear frame, 30, the gear frame guard shield, 31, driver plate, 32, power take-off A, 33, power take-off B, 34, transmission idle wheel A, 35, transmission idle wheel B, 36, separate tooth, 37, recess, 38, upper roller body, 39, lower roller body, 40, bark shaver, 41, roller shaft, 42, mounting disc, 43, the spike-tooth dead lever, 44, spike-tooth.
Embodiment
This caterpillar band self-propelled pineapple leaves combine is made of power self-walking apparatus 1, reaping apparatus, conveying plant, fiber extraction element and storage bin.Power self-walking apparatus 1 is made of caterpillar tractor.Be provided with operating desk 2 on power self-walking apparatus 1, operating desk 2 rears are provided with storage bin 3.Storage bin 3 is two chambers storage bins, be used for place pineapple leaves leaf slag on one side, another side is used for placing the fiber that extracts.
Operating desk 2 one sides are provided with the fiber extraction element.The fiber extraction element by roller install bin 4, separate pair roller 5, roll pair roller A6, roll pair roller B7, concave sieve 8, rossing roller 9 and spike-tooth peeling roller 10 consist of, roller install bin 4 is skewed installation, be equipped with successively in roller install bin 4 separate pair roller 5, roll pair roller A6, roll pair roller B7, rossing roller 9 and spike-tooth peeling roller 10, separate pair roller 5, roll pair roller A6 and roll pair roller B7 and float respectively by installing rack 11 and install; So that charging.
Separate pair roller 5 by upper roller body 38, lower roller body 39 and separates tooth 36 and consist of, be respectively arranged with the discoid tooth 36 that separates on the circumferential surface of upper roller body 38 and lower roller body 39, the separation tooth 36 between upper roller body 38 and lower roller body 39 is the shape setting that misplaces.On the circumference of separation tooth 36, the interval shape is provided with recess 37.The effect of recess 37 is to increase snap-in force, avoids occurring skidding when the pineapple plant is separated.
Rossing roller 9 circumferential surface axially spaced-aparts are provided with bark shaver 40, and the cutting edge of bark shaver 40 is arc, so that at pineapple plant up and down cutter, be unlikely to again the pineapple plant is cut off.
Spike-tooth peeling roller 10 is made of roller shaft 41, mounting disc 42, spike-tooth dead lever 43 and spike-tooth 44, on roller shaft 41, the interval shape is fixed with a plurality of mounting discs 42, on the circumference of mounting disc 42, the interval shape is fixed with a plurality of spike-tooth dead levers 43, the spike-tooth 44 that is welded on spike-tooth dead lever 43, spike-tooth 44 arranges on spike-tooth peeling roller 9 in the shape of a spiral.The purpose that spike-tooth 44 arranges in the shape of a spiral is the grip when increasing the extraction of fiber, and the convenient fiber that extracts enters in fiberboard box.
Concave sieve 8 is equipped with in the below of spike-tooth peeling roller 10, separates pair roller 5, rolls pair roller A6, rolls pair roller B7, rossing roller 9 and spike-tooth peeling roller 10 interconnect by driving-chain each other.
The front end of power self-walking apparatus 1 is movably installed with reaping apparatus.Reaping apparatus is made of harvesting bucket 12, cutting side tool 13, commutator A14, commutator B15, the flat cutter A16 of cutting, the flat cutter B17 of cutting, the flat cutter C18 of cutting, the flat cutter D19 of cutting, grain lifter 20, power transmission shaft A21, power transmission shaft B22 and the auger 23 that gathers materials.The two ends of harvesting bucket 12 are separately installed with commutator A14 and commutator B15, in harvesting bucket 12, the auger 23 that gathers materials is housed, cutting side tool 13 is housed on the harvesting bucket 12 of auger 23 1 sides of gathering materials, and on harvesting bucket 12 base plates of auger 23 belows that gather materials, shape arranged side by side is equipped with the flat cutter A16 of cutting, the flat cutter B17 of cutting, the flat cutter C18 of cutting and cuts flat cutter D19.Gather materials and by fixed mount, grain lifter 20 is housed on the harvesting bucket 12 of auger 23 tops, on the harvesting bucket 12 of grain lifter 20 rear ends, power transmission shaft A21 and power transmission shaft B22 are housed, connect by driving-chain between power transmission shaft A21 and power transmission shaft B22.Drive sprocket A24 is housed on power transmission shaft B22, and power transmission shaft B22 is connected with grain lifter with the auger 23 that gathers materials respectively by driving-chain by drive sprocket A24 and is connected.
Transmission idle wheel D25 is equipped with in the commutator B15 upper end of cutting side tool 13 rear ends, and transmission idle wheel D25 is equipped with the rear end transmission idle wheel C26, and cutting side tool 13 is connected with commutator B15 by driving-chain and is connected with transmission idle wheel C26 by transmission idle wheel D25.
Commutator A14 is connected with power transmission shaft A21 by driving-chain; Commutator A14 and by driving-chain and the flat cutter A16 of cutting be connected flat cutter B17 and be connected.Cut flat cutter C18 and be connected flat cutter D19 and be connected with commutator B15 by driving-chain.
Between reaping apparatus and fiber extraction element, conveying plant is installed.Conveying plant is made of driving-belt 27, transmission roller 28, gear frame 29 and gear frame guard shield 30, be provided with gear frame guard shield 30 on gear frame 29, the two ends of gear frame 29 are separately installed with transmission roller 28, driving-belt 27 is housed on transmission roller 28, on driving-belt 27, the interval shape is provided with driver plate 31, and the purpose of driver plate 31 is the transmission dynamics that increase material.
Be provided with power take-off A32 and power take-off B33 on power self-walking apparatus 1, be provided with transmission idle wheel A34 between power take-off A32 and power take-off B33; Power take-off B33 front end is provided with transmission idle wheel B35, and transmission idle wheel B35 is connected with the transmission roller 28 of conveying plant by driving-chain.Power transmission shaft A21 is connected with power take-off B33 by driving-chain; Transmission idle wheel C26 is connected with power take-off A32 with transmission idle wheel A34 by transmission idle wheel B35 by driving-chain.Separating pair roller 5 is connected with power take-off B33 by driving-chain.
during this caterpillar band self-propelled pineapple leaves combine work, the cutting side tool 13 of High Rotation Speed cuts out an operation band when this caterpillar band self-propelled pineapple leaves combine moves ahead, to avoid the mutual winding between pineapple leaves, simultaneously by the flat cutter A16 of cutting, cut flat cutter B17, cut flat cutter C18 and cut flat cutter D19 the pineapple plant is cut off from root, enter under the turning effort of grain lifter 20 in harvesting bucket 12, the auger 23 that gathers materials of rotation compresses the pineapple plant and enter in conveying plant to conveying plant import department, under driver plate 31 effects that interval shape on the driving-belt 27 of conveying plant and driving-belt 27 arranges, the pineapple plant enters in the fiber extraction element.
In the fiber extraction element, the pineapple plant is at first by separating rolling of pair roller 5, the separation tooth 36 that arranges through dislocation shape between upper and lower roll with separate tooth 36 on recess 37.pineapple leaves is rolled from the pineapple stem, then be pressed into to flat through rolling pair roller A6 and rolling rolling successively of pair roller B7, again by the bark shaver 40 of rossing roller 9 with pineapple leaves, stem surface epidermis sweeps and is transferred into spike-tooth peeling roller 10 places, the circumferential surface helical form of removing the peel roller 10 due to spike-tooth is provided with spike-tooth 44, under the turning effort of spike-tooth 44, pineapple leaves, thereby being plucked, the contained fiber of stem picks (extracting), simultaneously also under the turning effort of spike-tooth 44, after fiber extracts, last leaf slag falls in the leaf slag case of storage bin 3 from the concave sieve 8 of spike-tooth peeling roller 10 belows, the fiber that extracts falls in another fiberboard box of storage bin 3 by the rotation of spike-tooth 44, thereby complete the harvesting of pineapple leaves and the whole operation that fiber extracts.
Harvesting, arghan that this caterpillar band self-propelled pineapple leaves combine can disposablely be completed pineapple leaves are extracted work, not only labour intensity is large to have avoided the manual harvesting (obtaining) of existing pineapple leaves, and inefficiency has seriously restricted the problem of pineapple leaves comprehensive utilization industrialization process.This caterpillar band self-propelled pineapple leaves combine high efficiency, effective greatly reduces workman's labour intensity, simultaneously, has maintenance and easy to operate, adaptable characteristics, is specially adapted to that pineapple leaves is gathered in and the extraction work of arghan.

Claims (8)

1. caterpillar band self-propelled pineapple leaves combine, it is by power self-walking apparatus (1), reaping apparatus, conveying plant, fiber extraction element and storage bin (3) consist of, it is characterized in that: be provided with operating desk (2) on power self-walking apparatus (1), operating desk (2) rear is provided with storage bin (3), operating desk (2) one sides are provided with the fiber extraction element, the front end of power self-walking apparatus (1) is movably installed with reaping apparatus, between reaping apparatus and fiber extraction element, conveying plant is installed, the power self-walking apparatus is provided with power take-off A(32 on (1)) and power take-off B(33), power take-off A(32) and power take-off B(33) between be provided with transmission idle wheel A(34), power take-off B(33) front end is provided with transmission idle wheel B(35), power take-off A(32) and power take-off B(33) respectively by driving-chain and reaping apparatus, conveying plant is connected with the fiber extraction element.
2. caterpillar band self-propelled pineapple leaves combine according to claim 1, it is characterized in that: described power self-walking apparatus (1) is made of caterpillar tractor.
3. caterpillar band self-propelled pineapple leaves combine according to claim 1, it is characterized in that: described reaping apparatus is by harvesting bucket (12), cutting side tool (13), commutator A(14), commutator B(15), cut flat cutter A(16), cut flat cutter B(17), cut flat cutter C(18), cut flat cutter D(19), grain lifter (20), power transmission shaft A(21), power transmission shaft B(22) and the auger that gathers materials (23) consist of, the two ends of harvesting bucket (12) are separately installed with commutator A(14) and commutator B(15), in harvesting bucket (12), the auger that gathers materials (23) is housed, cutting side tool (13) is housed on the harvesting bucket (12) of auger (23) one sides of gathering materials, gathering materials on harvesting bucket (12) base plate of auger (23) below side by side, shape is equipped with the flat cutter A(16 of cutting), cut flat cutter B(17), cut flat cutter C(18) and the flat cutter D(19 of cutting), the harvesting bucket (12) of auger (23) top of gathering materials is upper is equipped with grain lifter (20) by fixed mount, on the harvesting bucket (12) of grain lifter (20) rear end, power transmission shaft A(21 is housed) and power transmission shaft B(22), power transmission shaft A(21) and power transmission shaft B(22) between connect by driving-chain, drive sprocket A(24 is housed) power transmission shaft B(22), power transmission shaft B(22) by drive sprocket A(24) be connected 20 with the auger that gathers materials (23) with grain lifter respectively by driving-chain) be connected, the commutator B(15 of cutting side tool (13) rear end) transmission idle wheel D(25 is equipped with in the upper end), transmission idle wheel D(25) transmission idle wheel C(26 is equipped with in the rear end), cutting side tool (13) is connected with commutator B(15 respectively by driving-chain by transmission idle wheel D(25) with transmission idle wheel C(26) be connected, described commutator A(14) by driving-chain and power transmission shaft A(21) be connected, commutator A(14) by driving-chain and the cutting flat cutter A(16) be connected flat cutter B(17) be connected, cut flat cutter C(18) be connected flat cutter D(19) by driving-chain and commutator B(15) be connected, described power transmission shaft A(21) by driving-chain and power take-off B(33) be connected, transmission idle wheel C(26) by driving-chain by transmission idle wheel B(35) be connected and power take-off A(32 with transmission idle wheel A(34) be connected.
4. caterpillar band self-propelled pineapple leaves combine according to claim 1, it is characterized in that: described conveying plant is by driving-belt (27), transmission roller (28), gear frame (29) and gear frame guard shield (30) consist of, be provided with gear frame guard shield (30) on gear frame (29), the two ends of gear frame (29) are separately installed with transmission roller (28), driving-belt (27) is housed on transmission roller (28), the upper interval of described driving-belt (27) shape is provided with driver plate (31), transmission roller (28) is by driving-chain and transmission idle wheel B(35) be connected.
5. caterpillar band self-propelled pineapple leaves combine according to claim 1, it is characterized in that: described fiber extraction element is by roller install bin (4), separate pair roller (5), roll pair roller A(6), roll pair roller B(7), concave sieve (8), rossing roller (9) and spike-tooth peeling roller (10) consist of, roller install bin (4) is skewed installation, be equipped with successively in roller install bin (4) and separate pair roller (5), roll pair roller A(6), roll pair roller B(7), rossing roller (9) and spike-tooth peeling roller (10), separate pair roller (5), roll pair roller A(6) and roll pair roller B(7) float respectively by installing rack (11) and install, concave sieve (8) is equipped with in the below of spike-tooth peeling roller (10), described separation pair roller (5), roll pair roller A(6), roll pair roller B(7), rossing roller (9) and spike-tooth peeling roller (10) interconnect by driving-chain each other, separates pair roller (5) by driving-chain and power take-off B(33) be connected.
6. caterpillar band self-propelled pineapple leaves combine according to claim 5, it is characterized in that: described separation pair roller (5) is by upper roller body (38), lower roller body (39) and separate tooth (36) formation, be respectively arranged with on the circumferential surface of upper roller body (38) and lower roller body (39) and separate tooth (36), the separation tooth (36) between upper roller body (38) and lower roller body (39) is the setting of dislocation shape; On the circumference of separation tooth (36), the interval shape is provided with recess (37).
7. caterpillar band self-propelled pineapple leaves combine according to claim 5, it is characterized in that: described rossing roller (9) circumferential surface axially spaced-apart is provided with bark shaver (40), and the cutting edge of bark shaver (40) is arc.
8. caterpillar band self-propelled pineapple leaves combine according to claim 5, it is characterized in that: described spike-tooth peeling roller (10) is made of roller shaft (41), mounting disc (42), spike-tooth dead lever (43) and spike-tooth (44), the upper interval of roller shaft (41) shape is fixed with a plurality of mounting discs (42), on the circumference of mounting disc (42), the interval shape is fixed with a plurality of spike-tooth dead levers (43), the spike-tooth (44) that has been welded on spike-tooth dead lever (43), described spike-tooth (44) arranges in the shape of a spiral.
CN 201220642667 2012-11-29 2012-11-29 Crawler belt self-propelled pineapple leaf combine-harvester Expired - Fee Related CN202941149U (en)

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Application Number Priority Date Filing Date Title
CN 201220642667 CN202941149U (en) 2012-11-29 2012-11-29 Crawler belt self-propelled pineapple leaf combine-harvester

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Application Number Priority Date Filing Date Title
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Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103477797A (en) * 2013-09-18 2014-01-01 中国热带农业科学院农业机械研究所 Pineapple leaf harvesting and fiber extracting combined harvester
CN103493648A (en) * 2013-09-18 2014-01-08 中国热带农业科学院农业机械研究所 Method for ananas leaf harvesting and fiber extracting by adoption of combined harvester
CN103518483A (en) * 2013-10-18 2014-01-22 湖北金福来农机有限公司 Pineapple leaf harvester
CN107711055A (en) * 2017-11-30 2018-02-23 河海大学常州校区 Rolling type pineapple harvester
CN108207318A (en) * 2017-12-29 2018-06-29 重庆大学 A kind of quick pineapple picking machine
CN108617242A (en) * 2018-06-28 2018-10-09 盐城工业职业技术学院 A kind of pineapple harvester

Cited By (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN103477797A (en) * 2013-09-18 2014-01-01 中国热带农业科学院农业机械研究所 Pineapple leaf harvesting and fiber extracting combined harvester
CN103493648A (en) * 2013-09-18 2014-01-08 中国热带农业科学院农业机械研究所 Method for ananas leaf harvesting and fiber extracting by adoption of combined harvester
CN103518483A (en) * 2013-10-18 2014-01-22 湖北金福来农机有限公司 Pineapple leaf harvester
CN107711055A (en) * 2017-11-30 2018-02-23 河海大学常州校区 Rolling type pineapple harvester
CN107711055B (en) * 2017-11-30 2020-06-05 河海大学常州校区 Rolling type pineapple harvester
CN108207318A (en) * 2017-12-29 2018-06-29 重庆大学 A kind of quick pineapple picking machine
CN108207318B (en) * 2017-12-29 2020-09-08 重庆大学 Quick pineapple picking machine
CN108617242A (en) * 2018-06-28 2018-10-09 盐城工业职业技术学院 A kind of pineapple harvester

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