CN204669911U - A kind of feed conveying device be applied in cane harvesting machine - Google Patents
A kind of feed conveying device be applied in cane harvesting machine Download PDFInfo
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- CN204669911U CN204669911U CN201520330723.8U CN201520330723U CN204669911U CN 204669911 U CN204669911 U CN 204669911U CN 201520330723 U CN201520330723 U CN 201520330723U CN 204669911 U CN204669911 U CN 204669911U
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Abstract
A kind of feed conveying device be applied in cane harvesting machine, it is by the ceding of Taiwan, transfer passage forms, the ceding of Taiwan is arranged at the front of transfer passage, feeding unit in the ceding of Taiwan is connected with transfer passage mutually as at the uniform velocity entering system, conveying space in transfer passage is cuboid-type structure, transfer passage inside is disposed with rubber leaf stripping device from front to back, steel wire leaf stripping device, damping conveying plant, three grades of rubber leaf stripping devices, output device, sugarcane bar after stripping leaf can transfer out and is delivered to dump skip by output device effectively, while sending, because the speed of conveying is slow, and the rotating speed shelling leaf is fast, thus realize the object interrupting the sugarcane masthead tip.The utility model has compact conformation, flexible operation, reliable operation, lightly durable, cost is low, operating efficiency is high feature.
Description
Technical field
The utility model belongs to agricultural mechanical field, relates to a kind of feed conveying device be applied in cane harvesting machine.
Background technology
At present, harvesting for large-scale sugarcane field is main or undertaken by manual type, and not only speed is slow for this traditional mode, efficiency is low, and cost of labor is high, and be also uneven for the harvesting quality of sugarcane, damage ratio and the waste rate of sugarcane are all very high.
Summary of the invention
In order to make up the defect that speed is slow, efficiency is low, cost of labor is high, waste rate is high, harvesting quality is unstable existing for the harvesting of above-mentioned large-scale sugarcane field employing manual type, the utility model provides a kind of feed conveying device be applied in cane harvesting machine, it is the important component part in cane harvesting machine, it and dump skip are used in combination, it be set up in be provided with running gear chassis on, therefore, the utility model has compact conformation, flexible operation, reliable operation, lightly durable, cost is low, operating efficiency is high feature.
In order to achieve the above object, the utility model provides a kind of feed conveying device be applied in cane harvesting machine, and it is made up of the ceding of Taiwan, transfer passage, and its architectural feature is,
The ceding of Taiwan is arranged at the front of transfer passage, feeding unit in the ceding of Taiwan is connected with transfer passage mutually as at the uniform velocity entering system, conveying space in transfer passage is cuboid-type structure, and transfer passage inside is disposed with rubber leaf stripping device, steel wire leaf stripping device, damping conveying plant, three grades of rubber leaf stripping devices, output devices from front to back;
Wherein, the ceding of Taiwan comprises support, erection device, overwhelms device, rotary-cut material guide device, feeding unit, support be by many steel plates be mutually connected formed in the framework of triangular form, the left and right sides of support is all fastened with this framework, form by being laterally fastenedly connected by many steel plates again between the framework of the left and right sides, the inclined plane of left and right sides frame front end is respectively arranged with one group of righting rotating cylinder, and two groups, left and right righting rotating cylinder is combined to form erection device;
Often organize righting rotating cylinder to be made up of the long cylindrical shell of two spiral windings by metal steel bar, the angle of inclination being positioned at the long cylindrical shell in outside is greater than the angle of inclination of the long cylindrical shell being positioned at inner side, the head end of each long cylindrical shell is all connected with a circular cone build rotary head, this circular cone build rotary head is set up on lower support sheet, the tail end of each long cylindrical shell is all connected with a miniature motor one, every platform miniature motor one is all set up on support chip, miniature motor one can drive spiral winding to have the position of long cylindrical shell between upper support chip and lower support sheet of metal steel bar to rotate, upper support chip and lower support sheet are all anchored on steel plate, the front end being positioned at the circular cone build rotary head of the long cylindrical shell of inner side is all fastened with a pyramid type and holds up sugarcane to shovel, for support be positioned at inner side long cylindrical shell steel plate bottom homocline be equipped with an adjust tilt jack, the piston rod head end of this adjust tilt jack is connected to the oblique lower end of steel plate bottom surface, the cylinder seat of this adjust tilt jack is anchored on framework, and adjust tilt jack is connected to hydraulic system by controlling electronic valve,
The middle part of support is horizontal overwhelms device, overwhelm the rear side that device is arranged at erection device, overwhelm device to be made up of combing wheel, miniature motor two, the toothed steel plate of polylith, combing wheel is horizontally placed between the framework of the left and right sides, the lateral wall of combing wheel is fastened with the toothed steel plate of many rows, one axle head of combing wheel is connected with miniature motor two, another axle head of combing wheel is supported on framework by bearing, miniature motor two drives combing to take turns to rotate, and the toothed steel plate of many rows on combing wheel rotates thereupon and carries out combing to sugarcane bar, push away tiltedly and press down;
Rotary-cut material guide device is arranged at the rear side of internal stent, rotary-cut material guide device is arranged at the rear side overwhelming device, rotary-cut material guide device comprises frame plate, gearbox assembly, two groups of cutting assemblies, frame plate and support are fastenedly connected, frame plate is provided with gearbox assembly, and the left and right sides below gearbox assembly is connected to one group of cutting assembly;
Often organizing cutting assembly is all by wheel shaft, cylinder, many spring steel wires one, cutterhead, cut cane knife sheet composition, the upper end of wheel shaft to be arranged in gearbox assembly and to be in transmission connection with gear train, the lower end of wheel shaft is socketed with cylinder, longitudinally many bar strips are fastened with between the top outer edge of cylinder and bottom outer edge, the periphery of every root bar strip is all socketed with many spring steel wires one, cutterhead concentric is anchored on the bottom surface of cylinder, cut cane knife sheet be evenly arranged on cutterhead circumferentially and cut on cane knife sheet and have one end of blade to stretch out outside cutterhead, left, right two groups of cutting assemblies cut the interlaced setting of cane knife sheet,
Feeding unit is anchored on the rear side of support, feeding unit correspondence is arranged at the rear side of rotary-cut material guide device, the feeding unit side of comprising build inserts passage, a pair rubber slab conveying mechanism, the front port that square build inserts passage is anchored on the rear side of support, and the rear port that square build inserts passage is then connected with transfer passage;
A pair rubber slab conveying mechanism is made up of two roller bearings, many row pressures plate one, polylith rubber slab one, uni-drive gear box one, motor base assembly one, the inside of passage inserted by the two roller bearings up and down side's of being set in parallel in build, the two axial ends of every root roller bearing is inserted on the two side, front and back of passage respectively by the bearing side of being connected to build, the lateral wall of every root roller bearing is all fastened with many row pressures plate one, every row pressure plate one is all pressed with one block of rubber slab one, every block rubber slab one is all be formed by stacking by multilayer rubber, and multilayer build-up sheet rubber together realizes fastening by multiple screw;
Uni-drive gear box one inserts a lateral wall of passage by installing plate one side of being anchored on build, one axle head of every root roller bearing is all fastened with gear one, this gear one can engage each other with uni-drive gear box one, another axle head of roller bearing is connected with motor base assembly one, motor base assembly one side of being anchored on build inserts another lateral wall of passage, and between motor base assembly one and uni-drive gear box one, subtend is arranged;
The rear side two ends of the ceding of Taiwan are respectively arranged with shape imitation hydraulic oil cylinder, shape imitation hydraulic oil cylinder is arranged at the both sides of feeding unit, the piston rod head end of each shape imitation hydraulic oil cylinder is all connected to the bottom of back-end support, each shape imitation hydraulic oil cylinder cylinder seat be fixedly attached on the crossbeam of chassis front end;
Wherein, transfer passage comprises rubber leaf stripping device, steel wire leaf stripping device, damping conveying plant, three grades of rubber leaf stripping devices, output device, transfer passage is mutually enclosed by four block length square side plate and fastening inserts space in rectangular structure, the front end inlet of transfer passage is connected to the rear side of feeding unit, transfer passage is disposed with rubber leaf stripping device from front to back, steel wire leaf stripping device, damping conveying plant, three grades of rubber leaf stripping devices, output device, steel wire is had to hold court from behind a screen in the exit arranged outside of output device, the longitudinal below being suspended to cross bar of the steel wire of many equidistant arrangement forms steel wire and holds court from behind a screen,
Rubber leaf stripping device is made up of a pair rubber bar conveying mechanism, a pair rubber bar conveying mechanism is by two splined shafts one, many row pressures plate two, many round steel one, many rows rubber bar one, uni-drive gear box two, motor base assembly two forms, two splined shafts about one be arranged in parallel, the two axial ends of every root splined shaft one is connected on the biside plate of front and back respectively by bearing, the lateral wall of every root splined shaft one is all fastened with many row pressures plate two, every row pressure plate two is all built-in with a round steel one, every root round steel one correspondence serial connection one row rubber bar one, the lower end of often arranging rubber bar one is all gripped by pressing plate two,
Uni-drive gear box two is anchored on side plate by installing plate two, one axle head of every root splined shaft one is all fastened with gear two, this gear two can engage each other with uni-drive gear box two, another axle head of splined shaft one is connected with motor base assembly two, motor base assembly two is anchored on side plate, and between motor base assembly two and uni-drive gear box two, subtend is arranged;
Steel wire leaf stripping device is made up of a pair steel wire conveying mechanism, a pair steel wire conveying mechanism is by two leave stripping roller, many round steel two, many rows spring steel wire two, uni-drive gear box three, motor base assembly three forms, two leave stripping roller be arranged in parallel up and down, the two ends of every root leave stripping roller are connected on the biside plate of front and back respectively by bearing, the periphery of every root leave stripping roller sidewall is all around being fastened with many round steel two, every root round steel two correspondence serial connection one row spring steel wire two, leave stripping roller, round steel two, spring steel wire two three is combined to form one section of stripping leaf brush, the intercropping non-rectilinear arrangement of two sections stripping leaf brush,
Uni-drive gear box three is anchored on side plate, one end of every root leave stripping roller is all fastened with gear three, this gear three can engage each other with uni-drive gear box three, the other end of leave stripping roller is connected with motor base assembly three, motor base assembly three is anchored on side plate, and between motor base assembly three and uni-drive gear box three, subtend is arranged;
Damping conveying plant comprises a pair rubber slab conveying mechanism, a pair rubber slab conveying mechanism is by two splined shafts two, many row pressures plate three, polylith rubber slab two, uni-drive gear box four, motor base assembly four forms, two splined shafts about two be arranged in parallel, the two axial ends of every root splined shaft two is connected on the biside plate of front and back respectively by bearing, the lateral wall of every root splined shaft two is all fastened with many row pressures plate three, every row pressure plate three is all pressed with one block of rubber slab two, every block rubber slab two is all be formed by stacking by multilayer rubber, multilayer build-up sheet rubber together realizes fastening by multiple screw,
Uni-drive gear box four is anchored on side plate, one axle head of every root splined shaft two is all fastened with gear four, this gear four can engage each other with uni-drive gear box four, another axle head of splined shaft two is connected with motor base assembly four, motor base assembly four is anchored on side plate, and between motor base assembly four and uni-drive gear box four, subtend is arranged;
Three grades of rubber leaf stripping devices are made up of three pairs of rubber bar conveying mechanisms, realize being connected and final formation three grades of interlocks stripping leaves and induction system between three pairs of rubber bar conveying mechanisms by pitch wheel;
Often pair of rubber bar conveying mechanism is made up of two splined shafts three, many row pressures plate four, many round steel three, many row's rubber bars two, uni-drive gear box five, motor base assemblies five, two splined shafts about three be arranged in parallel, the two axial ends of every root splined shaft three is connected on the biside plate of front and back respectively by bearing, the lateral wall of every root splined shaft three is all fastened with many row pressures plate four, every row pressure plate four is all built-in with a round steel three, every root round steel three correspondence serial connection one row rubber bar two, the lower end of often arranging rubber bar two is all gripped by pressing plate four;
Uni-drive gear box five-way is crossed installing plate three and is anchored on side plate, one axle head of every root splined shaft three is all fastened with gear five, this gear five can engage each other with uni-drive gear box five, another axle head of splined shaft three is connected with motor base assembly five, motor base assembly five is anchored on side plate, and between motor base assembly five and uni-drive gear box five, subtend is arranged;
Output device is by comprising a pair rubber slab conveying mechanism, a pair rubber slab conveying mechanism is by two splined shafts four, many row pressures plate five, polylith rubber slab three, uni-drive gear box six, motor base assembly six forms, two splined shafts about four be arranged in parallel, the two axial ends of every root splined shaft four is connected on the biside plate of front and back respectively by bearing, the lateral wall of every root splined shaft four is all fastened with many row pressures plate five, every row pressure plate five is all pressed with one block of rubber slab three, every block rubber slab three is all be formed by stacking by multilayer rubber, multilayer build-up sheet rubber together realizes fastening by multiple screw,
Uni-drive gear box six is anchored on side plate by installing plate four; one axle head of every root splined shaft four is all fastened with gear six; this gear six can engage each other with uni-drive gear box six; another axle head of splined shaft four is connected with motor base assembly six; motor base assembly six is anchored on side plate, and between motor base assembly six and uni-drive gear box six, subtend is arranged;
Sugarcane bar after stripping leaf can transfer out and is delivered to dump skip by output device effectively, and while sending, because the speed of conveying is slow, and the rotating speed shelling leaf is fast, thus realizes the object interrupting the sugarcane masthead tip.
The terrain clearance that adjust tilt jack can regulate pyramid type to hold up sugarcane to shovel, this terrain clearance is that the sugarcane bar that lodges does not enter bottom the ceding of Taiwan and is as the criterion; Erection device can play larger picking up for the more difficult suitable lodging situation sugarcane propped up and hold up effect, and it can make sugarcane outside sugarcane ridge and staggered separately, is convenient to walking and the harvesting of complete machine like this.
Many the spring steel wires one be socketed on bar strip have the very strong ability of carrying sugarcane bar backward, effectively prevent the clogging that rotary-cut material guide device occurs in harvesting sugarcane process, and effectively reduce the damage to sugarcane bar.
Feeding unit can make the sugarcane bar by being completely cured enter transfer passage evenly.
The terrain clearance of cane knife sheet cut by shape imitation hydraulic oil cylinder for regulating, its height to enter in soil about 20mm for standard to cut cane knife sheet.
The two sections stripping leaf doing non-rectilinear arrangement is brushed with the resistance be beneficial to when reducing stripping leaf, thus reaches the object reducing power consumption, raise the efficiency, extend the stripping leaf brush life-span, save cleaning element material.
Damping conveying plant, for regulating the transporting velocity of sugarcane bar poor, makes sugarcane bar advance forward evenly.
Three grades of rubber leaf stripping devices can realize the object that sugarcane bar and sugarcane top are separated.
The root of sugarcane bar is broken apart by chopping rear feeding transfer passage by the ceding of Taiwan, and carry out the process of stripping leaf to sugarcane bar in transfer passage after, sugarcane bar is finally transported in dump skip.
In the utility model, sugarcane bar is separated with sugarcane leaf and adopts mechanical type to be separated, and percentage of impurity is not more than 10%.Feeding unit adopts floating type mechanism as one-level feeding, thus ensures that transfer passage can not block, and can not damage sugarcane bar.
Operation principle of the present utility model is as follows:
First by the sugarcane erection device righting of lodging, effectively can not only prop up the sugarcane of lodging like this, also help assistance and cut sugarcane.Sugarcane enters ceding of Taiwan entrance after erection device draws in, then pushes away oblique by sugarcane and overwhelm by overwhelming device, so that send into passage.The root of sugarcane bar is cut cane knife sheet and is broken apart by chopping, and the sugarcane bar after cutting down enters feeding unit, and this operation feeds as one-level.Sugarcane bar is fed to transfer passage by feeding unit, and sugarcane bar carries out the operation of shelling leaf, conveying, the separation of bar leaf in transfer passage, and the sugarcane bar of results is sent passage by last output device.
The beneficial effects of the utility model are, it has compact conformation, flexible operation, reliable operation, lightly durable, cost is low, operating efficiency is high feature.
Below in conjunction with drawings and Examples, the utility model is described in further detail.
Accompanying drawing explanation
Fig. 1 is the combined connecting structure side perspective of the ceding of Taiwan in the utility model;
Fig. 2 is the combined connecting structure side perspective of transfer passage in the utility model;
Fig. 3 is the combined connecting structure birds-eye perspective of transfer passage in the utility model.
Embodiment
As shown in Figure 1, Figure 2, Figure 3 shows, a kind of feed conveying device be applied in cane harvesting machine, it is made up of the ceding of Taiwan, transfer passage, it is characterized in that,
The ceding of Taiwan is arranged at the front of transfer passage, feeding unit A9 in the ceding of Taiwan is connected with transfer passage mutually as at the uniform velocity entering system, conveying space in transfer passage is cuboid-type structure, and transfer passage inside is disposed with rubber leaf stripping device B2, steel wire leaf stripping device B3, damping conveying plant B4, three grades of rubber leaf stripping device B5, output device B6 from front to back;
As shown in Figure 1, wherein, the ceding of Taiwan comprises support A1, erection device, overwhelms device A3, rotary-cut material guide device, feeding unit A9, support A1 be by many steel plates be mutually connected formed in the framework of triangular form, the left and right sides of support A1 is all fastened with this framework, form by being laterally fastenedly connected by many steel plates between the framework of the left and right sides, the inclined plane of left and right sides frame front end is respectively arranged with one group of righting rotating cylinder A2, and two groups, left and right righting rotating cylinder A2 is combined to form erection device again;
Often organize righting rotating cylinder A2 to be made up of the long cylindrical shell of two spiral windings by metal steel bar, the angle of inclination being positioned at the long cylindrical shell in outside is greater than the angle of inclination of the long cylindrical shell being positioned at inner side, the head end of each long cylindrical shell is all connected with a circular cone build rotary head, this circular cone build rotary head is set up on lower support sheet, the tail end of each long cylindrical shell is all connected with miniature motor one A21, every platform miniature motor one A21 is all set up on support chip, miniature motor one A21 can drive spiral winding to have the position of long cylindrical shell between upper support chip and lower support sheet of metal steel bar to rotate, upper support chip and lower support sheet are all anchored on steel plate, the front end being positioned at the circular cone build rotary head of the long cylindrical shell of inner side is all fastened with a pyramid type and holds up sugarcane to shovel, for support be positioned at inner side long cylindrical shell steel plate bottom homocline be equipped with an adjust tilt jack, the piston rod head end of this adjust tilt jack is connected to the oblique lower end of steel plate bottom surface, the cylinder seat of this adjust tilt jack is anchored on framework, and adjust tilt jack is connected to hydraulic system by controlling electronic valve,
The middle part of support A1 is horizontal overwhelms device A3, overwhelm the rear side that device A3 is arranged at erection device, overwhelm device A3 to be made up of combing wheel, miniature motor two, the toothed steel plate of polylith, combing wheel is horizontally placed between the framework of the left and right sides, the lateral wall of combing wheel is fastened with the toothed steel plate of many rows, one axle head of combing wheel is connected with miniature motor two, another axle head of combing wheel is supported on framework by bearing, miniature motor two drives combing to take turns to rotate, and the toothed steel plate of many rows on combing wheel rotates thereupon and carries out combing to sugarcane bar, push away tiltedly and press down;
Rotary-cut material guide device is arranged at the rear side of support A1 inside, rotary-cut material guide device is arranged at the rear side overwhelming device A3, rotary-cut material guide device comprises frame plate, gearbox assembly A4, two groups of cutting assemblies, frame plate and support A1 are fastenedly connected, frame plate is provided with gearbox assembly A4, the left and right sides below gearbox assembly A4 is connected to one group of cutting assembly;
Often organizing cutting assembly is all by wheel shaft, cylinder A5, many spring steel wire one A6, cutterhead A7, cut cane knife sheet A8 to form, the upper end of wheel shaft to be arranged in gearbox assembly A4 and to be in transmission connection with gear train, the lower end of wheel shaft is socketed with cylinder A5, longitudinally many bar strips are fastened with between the top outer edge of cylinder A5 and bottom outer edge, the periphery of every root bar strip is all socketed with many spring steel wires one A6, cutterhead A7 concentric is anchored on the bottom surface of cylinder A5, cut cane knife sheet A8 be evenly arranged on cutterhead A7 circumferentially and cut on cane knife sheet A8 and have one end of blade to stretch out outside cutterhead A7, left, right two groups of cutting assemblies cut the interlaced setting of cane knife sheet A8,
Feeding unit A9 is anchored on the rear side of support A1, feeding unit A9 correspondence is arranged at the rear side of rotary-cut material guide device, the feeding unit A9 side of comprising build inserts passage, a pair rubber slab conveying mechanism, the front port that square build inserts passage is anchored on the rear side of support A1, and the rear port that square build inserts passage is then connected with transfer passage;
A pair rubber slab conveying mechanism is by two roller bearing A91, many row pressures plate one A92, polylith rubber slab one A93, uni-drive gear box one A94, motor base assembly one forms, the two roller bearing A91 up and down side's of being set in parallel in build insert the inside of passage, the two axial ends of every root roller bearing A91 is inserted on the two side, front and back of passage respectively by the bearing side of being connected to build, the lateral wall of every root roller bearing A91 is all fastened with many row pressures plate one A92, every row pressure plate one A92 is all pressed with one piece of rubber slab one A93, every block rubber slab one A93 is formed by stacking by multilayer rubber, multilayer build-up sheet rubber together realizes fastening by multiple screw,
Uni-drive gear box one A94 inserts a lateral wall of passage by installing plate one side of being anchored on build, one axle head of every root roller bearing A91 is all fastened with gear one, this gear one can engage each other with uni-drive gear box one A94, another axle head of roller bearing A91 is connected with motor base assembly one, motor base assembly one side of being anchored on build inserts another lateral wall of passage, and between motor base assembly one and uni-drive gear box one A94, subtend is arranged;
The rear side two ends of the ceding of Taiwan are respectively arranged with shape imitation hydraulic oil cylinder, shape imitation hydraulic oil cylinder is arranged at the both sides of feeding unit A9, the piston rod head end of each shape imitation hydraulic oil cylinder is all connected to the bottom of support A1 rear end, each shape imitation hydraulic oil cylinder cylinder seat be fixedly attached on the crossbeam of chassis front end;
As Fig. 2, shown in Fig. 3, wherein, transfer passage comprises rubber leaf stripping device B2, steel wire leaf stripping device B3, damping conveying plant B4, three grades of rubber leaf stripping device B5, output device B6, transfer passage is mutually enclosed by four block length square side plate B1 and fastening inserts space in rectangular structure, the front end inlet of transfer passage is connected to the rear side of feeding unit A9, transfer passage is disposed with rubber leaf stripping device B2 from front to back, steel wire leaf stripping device B3, damping conveying plant B4, three grades of rubber leaf stripping device B5, output device B6, steel wire is had to hold court from behind a screen in the exit arranged outside of output device B6, the longitudinal below being suspended to cross bar of the steel wire of many equidistant arrangement forms steel wire and holds court from behind a screen,
Rubber leaf stripping device B2 is made up of a pair rubber bar conveying mechanism, a pair rubber bar conveying mechanism is by two splined shafts one, many row pressures plate two B21, many round steel one B22, many rows rubber bar one B23, uni-drive gear box two, motor base assembly two forms, two splined shafts about one be arranged in parallel, the two axial ends of every root splined shaft one is connected on the biside plate B1 of front and back respectively by bearing, the lateral wall of every root splined shaft one is all fastened with many row pressures plate two B21, every row pressure plate two B21 is all built-in with round steel one B22, every root round steel one B22 correspondence serial connection one row rubber bar one B23, the lower end of often arranging rubber bar one B23 is all gripped by pressing plate two B21,
Uni-drive gear box two is anchored on side plate B1 by installing plate two, one axle head of every root splined shaft one is all fastened with gear two, this gear two can engage each other with uni-drive gear box two, another axle head of splined shaft one is connected with motor base assembly two, motor base assembly two is anchored on side plate B1, and between motor base assembly two and uni-drive gear box two, subtend is arranged;
Steel wire leaf stripping device B3 is made up of a pair steel wire conveying mechanism, a pair steel wire conveying mechanism is by two leave stripping roller, many round steel two, many rows spring steel wire two B31, uni-drive gear box three, motor base assembly three forms, two leave stripping roller be arranged in parallel up and down, the two ends of every root leave stripping roller are connected on the biside plate B1 of front and back respectively by bearing, the periphery of every root leave stripping roller sidewall is all around being fastened with many round steel two, every root round steel two correspondence serial connection one row spring steel wire two B31, leave stripping roller, round steel two, spring steel wire two B31 three is combined to form one section of stripping leaf brush, the intercropping non-rectilinear arrangement of two sections stripping leaf brush,
Uni-drive gear box three is anchored on side plate B1, one end of every root leave stripping roller is all fastened with gear three, this gear three can engage each other with uni-drive gear box three, the other end of leave stripping roller is connected with motor base assembly three, motor base assembly three is anchored on side plate B1, and between motor base assembly three and uni-drive gear box three, subtend is arranged;
Damping conveying plant B4 comprises a pair rubber slab conveying mechanism, a pair rubber slab conveying mechanism is by two splined shafts two, many row pressures plate three, polylith rubber slab two, uni-drive gear box four, motor base assembly four forms, two splined shafts about two be arranged in parallel, the two axial ends of every root splined shaft two is connected on the biside plate B1 of front and back respectively by bearing, the lateral wall of every root splined shaft two is all fastened with many row pressures plate three, every row pressure plate three is all pressed with one block of rubber slab two, every block rubber slab two is all be formed by stacking by multilayer rubber, multilayer build-up sheet rubber together realizes fastening by multiple screw,
Uni-drive gear box four is anchored on side plate B1, one axle head of every root splined shaft two is all fastened with gear four, this gear four can engage each other with uni-drive gear box four, another axle head of splined shaft two is connected with motor base assembly four, motor base assembly four is anchored on side plate B1, and between motor base assembly four and uni-drive gear box four, subtend is arranged;
Three grades of rubber leaf stripping device B5 are made up of three pairs of rubber bar conveying mechanisms, realize being connected and final formation three grades of interlocks stripping leaves and induction system between three pairs of rubber bar conveying mechanisms by pitch wheel;
Often pair of rubber bar conveying mechanism is made up of two splined shaft three B51, many row pressures plate four, many round steel three, many row's rubber bars two, uni-drive gear box five, motor base assemblies five, two splined shaft three B51 be arranged in parallel up and down, the two axial ends of every root splined shaft three B51 is connected on the biside plate B1 of front and back respectively by bearing, the lateral wall of every root splined shaft three B51 is all fastened with many row pressures plate four, every row pressure plate four is all built-in with a round steel three, every root round steel three correspondence serial connection one row rubber bar two, the lower end of often arranging rubber bar two is all gripped by pressing plate four;
Uni-drive gear box five-way is crossed installing plate three and is anchored on side plate B1, one axle head of every root splined shaft three B51 is all fastened with gear five, this gear five can engage each other with uni-drive gear box five, another axle head of splined shaft three B51 is connected with motor base assembly five, motor base assembly five is anchored on side plate B1, and between motor base assembly five and uni-drive gear box five, subtend is arranged;
Output device B6 is by comprising a pair rubber slab conveying mechanism, a pair rubber slab conveying mechanism is by two splined shaft four B61, many row pressures plate five, polylith rubber slab three, uni-drive gear box six, motor base assembly six forms, two splined shaft four B61 be arranged in parallel up and down, the two axial ends of every root splined shaft four B61 is connected on the biside plate B1 of front and back respectively by bearing, the lateral wall of every root splined shaft four B61 is all fastened with many row pressures plate five, every row pressure plate five is all pressed with one block of rubber slab three, every block rubber slab three is all be formed by stacking by multilayer rubber, multilayer build-up sheet rubber together realizes fastening by multiple screw,
Uni-drive gear box six is anchored on side plate B1 by installing plate four; one axle head of every root splined shaft four B61 is all fastened with gear six; this gear six can engage each other with uni-drive gear box six; another axle head of splined shaft four B61 is connected with motor base assembly six; motor base assembly six is anchored on side plate B1, and between motor base assembly six and uni-drive gear box six, subtend is arranged;
Sugarcane bar after stripping leaf can transfer out and is delivered to dump skip by output device B6 effectively, and while sending, because the speed of conveying is slow, and the rotating speed shelling leaf is fast, thus realizes the object interrupting the sugarcane masthead tip.
Claims (1)
1. be applied to the feed conveying device in cane harvesting machine, it is made up of the ceding of Taiwan, transfer passage, it is characterized in that,
The ceding of Taiwan is arranged at the front of transfer passage, feeding unit (A9) conduct in the ceding of Taiwan at the uniform velocity system that enters is connected mutually with transfer passage, conveying space in transfer passage is cuboid-type structure, and transfer passage inside is disposed with rubber leaf stripping device (B2), steel wire leaf stripping device (B3), damping conveying plant (B4), three grades of rubber leaf stripping devices (B5), output device (B6) from front to back;
Wherein, the ceding of Taiwan comprises support (A1), erection device, overwhelms device (A3), rotary-cut material guide device, feeding unit (A9), support (A1) be by many steel plates be mutually connected formed in the framework of triangular form, the left and right sides of support (A1) is all fastened with this framework, form by being laterally fastenedly connected by many steel plates again between the framework of the left and right sides, the inclined plane of left and right sides frame front end is respectively arranged with one group of righting rotating cylinder (A2), and two groups, left and right righting rotating cylinder (A2) is combined to form erection device;
Often organize righting rotating cylinder (A2) to be made up of the long cylindrical shell of two spiral windings by metal steel bar, the angle of inclination being positioned at the long cylindrical shell in outside is greater than the angle of inclination of the long cylindrical shell being positioned at inner side, the head end of each long cylindrical shell is all connected with a circular cone build rotary head, this circular cone build rotary head is set up on lower support sheet, the tail end of each long cylindrical shell is all connected with a miniature motor one (A21), every platform miniature motor one (A21) is all set up on support chip, miniature motor one (A21) can drive spiral winding to have the position of long cylindrical shell between upper support chip and lower support sheet of metal steel bar to rotate, upper support chip and lower support sheet are all anchored on steel plate, the front end being positioned at the circular cone build rotary head of the long cylindrical shell of inner side is all fastened with a pyramid type and holds up sugarcane to shovel, for support be positioned at inner side long cylindrical shell steel plate bottom homocline be equipped with an adjust tilt jack, the piston rod head end of this adjust tilt jack is connected to the oblique lower end of steel plate bottom surface, the cylinder seat of this adjust tilt jack is anchored on framework, and adjust tilt jack is connected to hydraulic system by controlling electronic valve,
The middle part of support (A1) is horizontal overwhelms device (A3), overwhelm the rear side that device (A3) is arranged at erection device, overwhelming device (A3) is taken turns by combing, miniature motor two, the toothed steel plate composition of polylith, combing wheel is horizontally placed between the framework of the left and right sides, the lateral wall of combing wheel is fastened with the toothed steel plate of many rows, one axle head of combing wheel is connected with miniature motor two, another axle head of combing wheel is supported on framework by bearing, miniature motor two drives combing to take turns rotation, the toothed steel plate of many rows on combing wheel rotates thereupon and carries out combing to sugarcane bar, push away oblique and press down,
Rotary-cut material guide device is arranged at the inner rear side of support (A1), rotary-cut material guide device is arranged at the rear side overwhelming device (A3), rotary-cut material guide device comprises frame plate, gearbox assembly (A4), two groups of cutting assemblies, frame plate and support (A1) are fastenedly connected, frame plate is provided with gearbox assembly (A4), the left and right sides of gearbox assembly (A4) below is connected to one group of cutting assembly;
Often organizing cutting assembly is all by wheel shaft, cylinder (A5), many spring steel wires one (A6), cutterhead (A7), cut cane knife sheet (A8) composition, the upper end of wheel shaft to be arranged in gearbox assembly (A4) and to be in transmission connection with gear train, the lower end of wheel shaft is socketed with cylinder (A5), longitudinally many bar strips are fastened with between the top outer edge of cylinder (A5) and bottom outer edge, the periphery of every root bar strip is all socketed with many spring steel wires one (A6), cutterhead (A7) concentric is anchored on the bottom surface of cylinder (A5), cut cane knife sheet (A8) be evenly arranged on cutterhead (A7) circumferentially and cut on cane knife sheet (A8) and have one end of blade to stretch out cutterhead (A7) outward, left, right two groups of cutting assemblies cut cane knife sheet (A8) interlaced setting,
Feeding unit (A9) is anchored on the rear side of support (A1), feeding unit (A9) correspondence is arranged at the rear side of rotary-cut material guide device, feeding unit (A9) side of comprising build inserts passage, a pair rubber slab conveying mechanism, the front port that square build inserts passage is anchored on the rear side of support (A1), and the rear port that square build inserts passage is then connected with transfer passage;
A pair rubber slab conveying mechanism is by two roller bearings (A91), many row pressures plate one (A92), polylith rubber slab one (A93), uni-drive gear box one (A94), motor base assembly one forms, two roller bearings (A91) the up and down side's of being set in parallel in build insert the inside of passage, the two axial ends of every root roller bearing (A91) is inserted on the two side, front and back of passage respectively by the bearing side of being connected to build, the lateral wall of every root roller bearing (A91) is all fastened with many row pressures plate one (A92), every row pressure plate one (A92) is all pressed with one block of rubber slab one (A93), every block rubber slab one (A93) is all be formed by stacking by multilayer rubber, multilayer build-up sheet rubber together realizes fastening by multiple screw,
Uni-drive gear box one (A94) inserts a lateral wall of passage by installing plate one side of being anchored on build, one axle head of every root roller bearing (A91) is all fastened with gear one, this gear one can engage each other with uni-drive gear box one (A94), another axle head of roller bearing (A91) is connected with motor base assembly one, motor base assembly one side of being anchored on build inserts another lateral wall of passage, and between motor base assembly one and uni-drive gear box one (A94), subtend is arranged;
The rear side two ends of the ceding of Taiwan are respectively arranged with shape imitation hydraulic oil cylinder, shape imitation hydraulic oil cylinder is arranged at the both sides of feeding unit (A9), the piston rod head end of each shape imitation hydraulic oil cylinder is all connected to the bottom of support (A1) rear end, each shape imitation hydraulic oil cylinder cylinder seat be fixedly attached on the crossbeam of chassis front end;
Wherein, transfer passage comprises rubber leaf stripping device (B2), steel wire leaf stripping device (B3), damping conveying plant (B4), three grades of rubber leaf stripping devices (B5), output device (B6), transfer passage is mutually enclosed by four block length square side plate (B1) and fastening inserts space in rectangular structure, the front end inlet of transfer passage is connected to the rear side of feeding unit (A9), transfer passage is disposed with rubber leaf stripping device (B2) from front to back, steel wire leaf stripping device (B3), damping conveying plant (B4), three grades of rubber leaf stripping devices (B5), output device (B6), steel wire is had to hold court from behind a screen in the exit arranged outside of output device (B6), the longitudinal below being suspended to cross bar of the steel wire of many equidistant arrangement forms steel wire and holds court from behind a screen,
Rubber leaf stripping device (B2) is made up of a pair rubber bar conveying mechanism, a pair rubber bar conveying mechanism is by two splined shafts one, many row pressures plate two (B21), many round steel one (B22), many rows rubber bar one (B23), uni-drive gear box two, motor base assembly two forms, two splined shafts about one be arranged in parallel, the two axial ends of every root splined shaft one is connected on front and back biside plate (B1) respectively by bearing, the lateral wall of every root splined shaft one is all fastened with many row pressures plate two (B21), every row pressure plate two (B21) is all built-in with a round steel one (B22), every root round steel one (B22) correspondence serial connection one row's rubber bar one (B23), the lower end of often arranging rubber bar one (B23) is all gripped by pressing plate two (B21),
Uni-drive gear box two is anchored on side plate (B1) by installing plate two, one axle head of every root splined shaft one is all fastened with gear two, this gear two can engage each other with uni-drive gear box two, another axle head of splined shaft one is connected with motor base assembly two, motor base assembly two is anchored on side plate (B1), and between motor base assembly two and uni-drive gear box two, subtend is arranged;
Steel wire leaf stripping device (B3) is made up of a pair steel wire conveying mechanism, a pair steel wire conveying mechanism is by two leave stripping roller, many round steel two, many rows spring steel wire two side plate (B31), uni-drive gear box three, motor base assembly three forms, two leave stripping roller be arranged in parallel up and down, the two ends of every root leave stripping roller are connected on front and back biside plate (B1) respectively by bearing, the periphery of every root leave stripping roller sidewall is all around being fastened with many round steel two, every root round steel two correspondence serial connection one row's spring steel wire two side plate (B31), leave stripping roller, round steel two, spring steel wire two side plate (B31) three is combined to form one section of stripping leaf brush, the intercropping non-rectilinear arrangement of two sections stripping leaf brush,
Uni-drive gear box three is anchored on side plate (B1), one end of every root leave stripping roller is all fastened with gear three, this gear three can engage each other with uni-drive gear box three, the other end of leave stripping roller is connected with motor base assembly three, motor base assembly three is anchored on side plate (B1), and between motor base assembly three and uni-drive gear box three, subtend is arranged;
Damping conveying plant (B4) comprises a pair rubber slab conveying mechanism, a pair rubber slab conveying mechanism is by two splined shafts two, many row pressures plate three, polylith rubber slab two, uni-drive gear box four, motor base assembly four forms, two splined shafts about two be arranged in parallel, the two axial ends of every root splined shaft two is connected on front and back biside plate (B1) respectively by bearing, the lateral wall of every root splined shaft two is all fastened with many row pressures plate three, every row pressure plate three is all pressed with one block of rubber slab two, every block rubber slab two is all be formed by stacking by multilayer rubber, multilayer build-up sheet rubber together realizes fastening by multiple screw,
Uni-drive gear box four is anchored on side plate (B1), one axle head of every root splined shaft two is all fastened with gear four, this gear four can engage each other with uni-drive gear box four, another axle head of splined shaft two is connected with motor base assembly four, motor base assembly four is anchored on side plate (B1), and between motor base assembly four and uni-drive gear box four, subtend is arranged;
Three grades of rubber leaf stripping devices (B5) are made up of three pairs of rubber bar conveying mechanisms, realize being connected and final formation three grades of interlocks stripping leaves and induction system between three pairs of rubber bar conveying mechanisms by pitch wheel;
Often pair of rubber bar conveying mechanism is by two splined shafts three (B51), many row pressures plate four, many round steel three, many rows rubber bar two, uni-drive gear box five, motor base assembly five forms, two splined shafts three (B51) be arranged in parallel up and down, the two axial ends of every root splined shaft three (B51) is connected on front and back biside plate (B1) respectively by bearing, the lateral wall of every root splined shaft three (B51) is all fastened with many row pressures plate four, every row pressure plate four is all built-in with a round steel three, every root round steel three correspondence serial connection one row rubber bar two, the lower end of often arranging rubber bar two is all gripped by pressing plate four,
Uni-drive gear box five-way is crossed installing plate three and is anchored on side plate (B1), one axle head of every root splined shaft three (B51) is all fastened with gear five, this gear five can engage each other with uni-drive gear box five, another axle head of splined shaft three (B51) is connected with motor base assembly five, motor base assembly five is anchored on side plate (B1), and between motor base assembly five and uni-drive gear box five, subtend is arranged;
Output device (B6) is by comprising a pair rubber slab conveying mechanism, a pair rubber slab conveying mechanism is by two splined shafts four (B61), many row pressures plate five, polylith rubber slab three, uni-drive gear box six, motor base assembly six forms, two splined shafts four (B61) be arranged in parallel up and down, the two axial ends of every root splined shaft four (B61) is connected on front and back biside plate (B1) respectively by bearing, the lateral wall of every root splined shaft four (B61) is all fastened with many row pressures plate five, every row pressure plate five is all pressed with one block of rubber slab three, every block rubber slab three is all be formed by stacking by multilayer rubber, multilayer build-up sheet rubber together realizes fastening by multiple screw,
Uni-drive gear box six is anchored on side plate (B1) by installing plate four, one axle head of every root splined shaft four (B61) is all fastened with gear six, this gear six can engage each other with uni-drive gear box six, another axle head of splined shaft four (B61) is connected with motor base assembly six, motor base assembly six is anchored on side plate (B1), and between motor base assembly six and uni-drive gear box six, subtend is arranged;
Sugarcane bar after stripping leaf can transfer out and is delivered to dump skip by output device (B6) effectively, and while sending, because the speed of conveying is slow, and the rotating speed shelling leaf is fast, thus realizes the object interrupting the sugarcane masthead tip.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520330723.8U CN204669911U (en) | 2015-05-21 | 2015-05-21 | A kind of feed conveying device be applied in cane harvesting machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520330723.8U CN204669911U (en) | 2015-05-21 | 2015-05-21 | A kind of feed conveying device be applied in cane harvesting machine |
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| CN204669911U true CN204669911U (en) | 2015-09-30 |
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| CN201520330723.8U Expired - Fee Related CN204669911U (en) | 2015-05-21 | 2015-05-21 | A kind of feed conveying device be applied in cane harvesting machine |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104823602A (en) * | 2015-05-21 | 2015-08-12 | 曾华山 | Feed conveying device applied to cane harvesting machine |
| CN112203497A (en) * | 2018-02-28 | 2021-01-08 | 凯斯纽荷兰(中国)管理有限公司 | Elevator arrangement of a harvesting machine and harvesting machine |
-
2015
- 2015-05-21 CN CN201520330723.8U patent/CN204669911U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104823602A (en) * | 2015-05-21 | 2015-08-12 | 曾华山 | Feed conveying device applied to cane harvesting machine |
| CN104823602B (en) * | 2015-05-21 | 2017-01-11 | 泉州西特吉五金橡塑有限公司 | Feed conveying device applied to cane harvesting machine |
| CN112203497A (en) * | 2018-02-28 | 2021-01-08 | 凯斯纽荷兰(中国)管理有限公司 | Elevator arrangement of a harvesting machine and harvesting machine |
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Granted publication date: 20150930 Termination date: 20160521 |