The whole tilt bed tanker of self-propelled corn harvester band debarker
One, technical field
The utility model relates to the combined type tanker on the agricultural machinery, is a kind of whole tilt bed tanker of self-propelled corn harvester band debarker.
Two, background technology
The basic configuration of present domestic self-propelled corn harvester is the ceding of Taiwan, elevator, and debarker, tanker and cane processing mechanism can once be finished and pluck fringe, peeling, fruit ear collection dress and cane also field or collection operation.Bridging mode from debarker and tanker, roughly can be divided into following two kinds: 1, debarker lateral arrangement: corn ear is after the debarker peeling, clean fruit ear falls into second elevator, shattering in the peeling process also enters second elevator, and clean fruit ear and shattering are sent into tanker by second elevator together.The shortcoming of this layout is that complete machine length is long, and radius of turn is big, adapts to large-scalely from walking corn picker, is not suitable for small-sized from walking corn picker; 2, debarker is vertically arranged: corn ear is after the debarker peeling, clean fruit ear directly falls into tanker, shattering in the peeling process is collected a little tanker in addition or is sent into tanker by other little elevator, the shortcoming of this layout is that the tanker coefficient of fullness is low, needs the artificial auxiliary tanker coefficient of fullness that improves.
Three, summary of the invention
The utility model provides a kind of whole tilt bed tanker of self-propelled corn harvester band debarker, overcome the deficiency of above-mentioned prior art, it can effectively solve corn ear enters tanker after the debarker peeling the many and low problem of tanker coefficient of fullness of process steps.
The technical solution of the utility model realizes by following measure: a kind of whole tilt bed tanker of self-propelled corn harvester band debarker comprises debarker assembly, tanker, transmission device, support and oil cylinder; Be installed with the debarker assembly on the top of tanker, the bottom of tanker places in the support, and the outer end, top of tanker is hinged on the upper end of support by gyroaxis, and tanker can rotate along the support upper end; The lower end of oil cylinder is hinged on the bottom of support, on two of support put on the shelf slotted hole is arranged respectively, and the upper end of oil cylinder is passed slotted hole respectively and is hinged on the side walls of tanker upper end, and transmission device can drive the debarker assembly by gyroaxis and rotate.
Be further optimization and/or improvements below to above-mentioned utility model technical scheme:
Above-mentioned transmission device can comprise drive pulley, the first transition belt pulley, gyroaxis sprocket wheel and the second transition sprocket wheel; Drive pulley drives the first transition belt pulley by belt and rotates, the first transition belt pulley drives the gyroaxis sprocket rotation that is installed on the gyroaxis by chain, the gyroaxis sprocket wheel drives the second transition sprocket rotation by chain, and the second transition sprocket wheel drives the debarker assembly by chain and rotates.
Above-mentioned debarker assembly can horizontally be fixedly mounted on the top of tanker or be the skewed top that is fixedly mounted on tanker.
Above-mentioned support adopts A-frame, triangular supports comprises underframe, tiltedly frame, upper left and upper right, the discharging opening outer end of tanker is hinged on the upper end of oblique frame by gyroaxis, upper left the lower end and the left end of underframe are fixed together, upper left upper end is fixed together with the left end of oblique frame, upper right the lower end and the right-hand member of underframe are fixed together, upper right upper end is fixed together with the right-hand member of oblique frame, left slotted hole is arranged on upper left, right slotted hole is arranged on upper right; The lower end of oil cylinder is hinged on the underframe, and oil cylinder comprises left oil cylinder and right oil cylinder, and the upper end of left oil cylinder is passed left slotted hole and is hinged on the sidewall in left side, tanker upper end, and the upper end of right oil cylinder is passed right slotted hole and is hinged on the sidewall on right side, tanker upper end.
On the left side wall of above-mentioned tanker upper end left boss can be arranged, on the right side wall of tanker upper end right boss be arranged, the upper end of left oil cylinder is passed left slotted hole and is hinged on the left boss, and the upper end of right oil cylinder is passed right slotted hole and is hinged on the right boss.
The lower end of above-mentioned oil cylinder can be hinged on the side of underframe near oblique frame.
Can be fixed with base plate on the above-mentioned underframe.
Above-mentioned debarker assembly can be and vertically is fixedly mounted on tanker top, and the feed opening of debarker assembly is positioned at the middle part on tanker top.
The utility model reasonable and compact in structure, easy to use, because debarker assembly frame is above tanker, corn ear is after the debarker peeling, clean fruit ear directly falls into tanker, and the shattering in the peeling process also directly falls into tanker, has saved second elevator or little tanker.Because the debarker back segment is positioned at the centre of tanker width, clean corn ear falls into the centre of tanker, thereby has improved the tanker coefficient of fullness greatly.
Four, description of drawings
Accompanying drawing 1 is the main TV structure schematic diagram of the utility model most preferred embodiment.
Accompanying drawing 2 is the main TV structure schematic diagram of the utility model most preferred embodiment when upset.
Accompanying drawing 3 is the main TV structure schematic diagram of the utility model most preferred embodiment medium-height trestle, oil cylinder and tanker.
Accompanying drawing 4 is the main TV structure schematic diagram of tanker when upset in the accompanying drawing 3.
Plan structure schematic diagram when accompanying drawing 5 is vertical the layout for debarker assembly in the utility model most preferred embodiment.
Coding in the accompanying drawing is respectively: 1 is tanker, and 2 is oil cylinder, and 3 is underframe, 4 is oblique frame, and 5 is upper right, and 6 is right slotted hole, 7 is right oil cylinder, and 8 is right boss, and 9 is gyroaxis, 10 is the debarker assembly, and 11 is drive pulley, and 12 is the first transition belt pulley, 13 is the gyroaxis sprocket wheel, 14 is the second transition sprocket wheel, and 15 is belt, and 16 is chain.
Five, embodiment
The utility model is not subjected to the restriction of following embodiment, can determine concrete embodiment according to the technical solution of the utility model and actual conditions.
Below in conjunction with embodiment and accompanying drawing the utility model is further described:
Shown in accompanying drawing 1 to 5, the whole tilt bed tanker of this self-propelled corn harvester band debarker comprises debarker assembly 10, tanker 1, transmission device, support and oil cylinder 2; Be installed with debarker assembly 10 on the top of tanker 1, the bottom of tanker 1 places in the support, and the outer end, top of tanker 1 is hinged on the upper end of support by gyroaxis 9, and tanker 1 can rotate along the support upper end; The lower end of oil cylinder 2 is hinged on the bottom of support, on two of support put on the shelf, slotted hole is arranged respectively, the upper end of oil cylinder 2 is passed slotted hole respectively and is hinged on the tanker 1 upper end side walls, transmission device can drive the debarker assembly by gyroaxis 9 and rotate, like this, because debarker assembly 10 is fixedly mounted on tanker 1 top, corn ear is after the debarker peeling, clean fruit ear directly falls into tanker, and power is passed to debarker assembly 10 through gyroaxis 9, so tanker 1 is tumbled and do not influenced debarker assembly 10 work.
Can be according to actual needs, the whole tilt bed tanker of above-mentioned self-propelled corn harvester band debarker is made further optimization and/or improvements:
Shown in accompanying drawing 1,2, transmission device comprises drive pulley 11, the first transition belt pulley 12, gyroaxis sprocket wheel 13 and the second transition sprocket wheel 14; Drive pulley 11 drives the first transition belt pulley 12 by belt 15 and rotates, the first transition belt pulley 12 drives the gyroaxis sprocket wheel 13 that is installed on the gyroaxis 9 by chain 16 and rotates, gyroaxis sprocket wheel 13 drives the second transition sprocket wheel 14 by chain 16 and rotates, and the second transition sprocket wheel 14 rotates by the power input wheel that chain 16 drives debarker assembly 10.
Shown in accompanying drawing 1 to 5, according to actual conditions, debarker assembly 10 is horizontal to be fixedly mounted on the top of tanker 1 or to be the skewed top that is fixedly mounted on tanker 1.
Shown in accompanying drawing 1 to 4, in order to save material, support adopts A-frame, triangular supports comprises underframe 3, tiltedly frame 4, upper left and upper right 5, the discharging opening outer end of tanker 1 is hinged on the upper end of oblique frame 4 by gyroaxis 9, the left end of upper left lower end and underframe 3 is fixed together, upper left upper end is fixed together with the left end of oblique frame 4, the right-hand member of upper right 5 lower end and underframe 3 is fixed together, upper right 5 upper end is fixed together with the right-hand member of oblique frame 4, left slotted hole is arranged on upper left, right slotted hole 6 is arranged on upper right 5; The lower end of oil cylinder 2 is hinged on the underframe 3, and oil cylinder comprises left oil cylinder and right oil cylinder 7, and the upper end of left oil cylinder is passed left slotted hole and is hinged on the sidewall in left side, tanker 1 upper end, and the upper end of right oil cylinder 7 is passed right slotted hole 6 and is hinged on the sidewall on right side, tanker 1 upper end.
Shown in accompanying drawing 1 to 4, on the left side wall of tanker 1 upper end left boss is arranged, there are right boss 8, the upper end of left oil cylinder to pass left slotted hole on the right side wall of tanker 1 upper end and are hinged on the left boss, the upper end of right oil cylinder 7 is passed right slotted hole 6 and is hinged on the right boss 8.
Shown in accompanying drawing 1 to 4, for lifting and rotation tanker 1 better, the lower end of oil cylinder 2 is hinged on the sides of underframe 3 near oblique framves 4.
Shown in accompanying drawing 1 to 4,, on underframe 3, be fixed with base plate for the ease of placing tanker 1.
Shown in accompanying drawing 1 to 5, debarker assembly 10 is and vertically is fixedly mounted on tanker 1 top, and the feed opening of debarker assembly 10 is positioned at the middle part on tanker 1 top, wherein, debarker assembly 10 be vertically be meant consistent with the self-propelled corn harvester direction of travel.
Above technical characterictic has constituted most preferred embodiment of the present utility model, and it has stronger adaptability and best implementation result, can increase and decrease non-essential technical characterictic according to actual needs, satisfies the demand of different situations.