CN204697547U - Apparatus for peeling off - Google Patents
Apparatus for peeling off Download PDFInfo
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- CN204697547U CN204697547U CN201520190764.1U CN201520190764U CN204697547U CN 204697547 U CN204697547 U CN 204697547U CN 201520190764 U CN201520190764 U CN 201520190764U CN 204697547 U CN204697547 U CN 204697547U
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- grilled
- blade
- peeling
- blade part
- support component
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- 240000008042 Zea mays Species 0.000 claims description 61
- 235000005824 Zea mays ssp. parviglumis Nutrition 0.000 claims description 61
- 235000002017 Zea mays subsp mays Nutrition 0.000 claims description 61
- 235000005822 corn Nutrition 0.000 claims description 61
- 238000011144 upstream manufacturing Methods 0.000 claims description 19
- 230000002093 peripheral effect Effects 0.000 claims description 14
- 230000007423 decrease Effects 0.000 claims description 4
- 229920001971 elastomer Polymers 0.000 claims description 4
- 239000000806 elastomer Substances 0.000 claims description 4
- 239000011230 binding agent Substances 0.000 description 6
- 210000000078 claw Anatomy 0.000 description 5
- 241000196324 Embryophyta Species 0.000 description 4
- 230000000694 effects Effects 0.000 description 4
- 241001057636 Dracaena deremensis Species 0.000 description 2
- 230000005489 elastic deformation Effects 0.000 description 2
- 239000013536 elastomeric material Substances 0.000 description 2
- 238000003306 harvesting Methods 0.000 description 2
- 230000002238 attenuated effect Effects 0.000 description 1
- 230000015572 biosynthetic process Effects 0.000 description 1
- 238000007599 discharging Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000008676 import Effects 0.000 description 1
- 238000009434 installation Methods 0.000 description 1
- 238000000034 method Methods 0.000 description 1
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- Harvesting Machines For Specific Crops (AREA)
Abstract
The utility model relates to a kind of apparatus for peeling off, is easily operatively provided with is grilled into whirligig (30) at this apparatus for peeling off.The whirligig (30) that strips off the skin possesses: rotate fulcrum (32), can not be supported in the support component (40) that the multiple states being grilled into blade part (31) and be grilled into the horizontal side of blade part (31) two to be positioned at each rotating fulcrum (32) can not be supported in rotation fulcrum (32) with the relative rotation with the relative rotation.Be positioned at support component (40) clamping being grilled into the horizontal side of blade part (31) two and be grilled into blade part (31).
Description
Technical field
The utility model relates to a kind of apparatus for peeling off, and specifically, this apparatus for peeling off possesses: many row's peeling handling parts, and the described peeling handling part of many rows receives harvested corn spike body, divests the bract of the corn spike body received; Guide surface, described guide surface makes the corn spike body of reception decline and guides towards the starting ends arranging described peeling handling part more; And be grilled into whirligig, described in be grilled into the top that whirligig is arranged on described guide surface, the starting ends to the described peeling handling part of many rows is grilled into corn spike body.
Background technology
Corn spike body by the corn spike body being supplied to guide surface is grilled into is grilled into peeling handling part by being grilled into whirligig, thus can be imported peeling handling part by above-mentioned peeling treating apparatus swimmingly.
Possess rotation fulcrum at the whirligig that is grilled into of this apparatus for peeling off and be grilled into blade part, this is grilled into blade part can not be supported in rotation fulcrum with the relative rotation along rotating the state that the direction in the axle center of fulcrum arranges with interval.In prior art, possesses support component, this support component can not be linked to rotation fulcrum with the relative rotation by the connecting structure of binder bolt etc., this support component be grilled into blade part and be connected by binder bolt, thus be grilled into blade part and can not be supported in rotation fulcrum with the relative rotation, and position being grilled into blade part relative to rotation fulcrum.
In prior art, being supported in support component to make to be grilled into blade part, needing to carry out locking operation to binder bolt.It is necessary that this operation is grilled into for blade part for each being grilled into blade part multiple.In addition, be grilled into blade part owing to being made up of elastomer, do not damage to unduly lock binder bolt and be grilled into blade part, operation is locked to the carrying out of binder bolt with needing to be very careful.Therefore, assembling is grilled into whirligig needs spended time.
Utility model content
The purpose of this utility model is to provide a kind of apparatus for peeling off, can be simple to operate and the assembling of excellent effect ground is grilled into whirligig.
Apparatus for peeling off of the present utility model possesses: many row's peeling handling parts, and the described peeling handling part of many rows receives harvested corn spike body, divests the bract of the corn spike body received; Guide surface, described guide surface makes the corn spike body received decline and guides towards the starting ends arranging described peeling handling part more; And be grilled into whirligig, described in be grilled into the top that whirligig is arranged on described guide surface, the starting ends to the described peeling handling part of many rows is grilled into corn spike body,
The described whirligig that is grilled into possesses:
Rotate fulcrum, described rotation fulcrum is driven to the axle center extended on the width of described peeling handling part as pivot;
Multiplely be grilled into blade part, described multiple blade part that is grilled into is made up of elastomer, and can not be supported in described rotation fulcrum with the relative rotation with the state arranged with interval on the direction in the axle center along described rotation fulcrum; And
Support component, described support component, in the direction along described axle center, can not be supported in described rotation fulcrum with the relative rotation with the state being positioned at the two horizontal sides being grilled into blade part described in each, and clamps described in each and be grilled into blade part.
According to this structure, clamped by support component owing to being grilled into blade part, support component can not be supported in rotation fulcrum with the relative rotation, can not be supported in the relative rotation therefore, it is possible to save and rotates fulcrum and the special connecting structure of what is called that makes to be grilled into the binder bolt of the prior art that blade part and support component be connected etc. to make to be grilled into blade part.
Therefore, it is possible to the assembling of simple to operate and excellent effect ground is grilled into whirligig, and does not need to implement to make to be grilled into the extra link that blade part and support component be connected and operate.
The utility model is preferably, and possesses at described support component: be grilled into the upstream engaging portion of blade part described in being sticked in from the described direction of rotation upstream being grilled into blade part and be grilled into the downstream engaging portion of blade part described in being sticked in from the described direction of rotation downstream being grilled into blade part.
According to this structure, be grilled into blade part and enter between upstream engaging portion and downstream engaging portion, be grilled into blade part and carry out engaging interlock with support component under the state not easily loosened.Not only be grilled into blade part clamped by support component thus be grilled into blade part and support component interlock, and be grilled into blade part and support component and engage with the state not easily loosened, thus, by rotating turning power and positively can being transmitted in and being grilled into blade part of a shaft-driven support component.
The utility model is preferably, and described support component possesses: the shaft sleeve part of the clamping part being grilled into blade part described in clamping and the peripheral part being embedded in described rotation fulcrum,
Lay respectively at adjacent described in described both shaft sleeve part of adjacent described support component of being grilled between blade part formed with being integrated.
According to this structure, be a structure because the adjacent side being grilled into blade part is grilled into the support component that the support component of blade part and the opposing party be grilled into blade part, therefore adjacent 2 support components being grilled into blade part can be installed on rotation fulcrum at one stroke.
The utility model is preferably, only in multiple described support component, be grilled into support component between blade part and described shaft end described in nearest from the shaft end of described rotation fulcrum, the anti-delinking part preventing from coming off on axis direction relative to described rotation fulcrum is set.
As long as take, by only rotating the shaft end of fulcrum and arranging the anticreep countermeasure of the simple structure of anti-delinking part from the support component be grilled between blade part that this shaft end is nearest, just to position all blade parts that is grilled into relative to rotation fulcrum.
In other words, as long as position relative to rotating fulcrum at shaft end and from the support component be grilled between blade part that this shaft end is nearest, be grilled into blade part between the two because other support components are positioned at by the state being grilled into blade with clamping, therefore can position relative to the support component of rotation fulcrum to other.Like this, when realizing all support components relative to when rotating the location of fulcrum, because all blade parts that is grilled into are clamped by the support component being positioned at both sides, therefore, it is possible to realize all being grilled into blade part relative to the location rotating fulcrum.
The utility model is preferably, described support component possesses the shaft sleeve part being embedded in described rotation fulcrum peripheral part, and described support component is engaged for can not relatively rotate by the non-circular inner circumferential shape of described shaft sleeve part and the non-circular peripheral shape of described rotation fulcrum with described rotation fulcrum.
According to this structure, because shaft sleeve part engages for can not relative to rotate by both inner circumferential shapes with the non-circular of peripheral shape with rotation fulcrum, therefore by means of only making shaft sleeve part be embedded in rotation fulcrum, support portion just can be made can not to be supported in rotation fulcrum with the relative rotation simple to operately.
The utility model is preferably, described in be grilled into blade part and possess: the base portion clamped by support component described in a pair and the blade body extended in the radial direction of described rotation fulcrum from described base portion,
Described base portion and described blade body form as one.
According to this structure, a pair blade body and base portion can be obtained at one stroke.What can obtain at low cost being grilled into fast by a pair blade body is grilled into blade part.
The utility model is preferably, the described blade part that is grilled into possesses: the base portion clamped by support component described in a pair and the blade body extended in the radial direction of described rotation fulcrum from described base portion, described base portion and described blade body form as one, and described rotation fulcrum runs through described base portion.
According to this structure, by means of only making rotation fulcrum run through base portion, can will be grilled into blade part simple to operately and being installed on rotation fulcrum.
The utility model is preferably, the described blade part that is grilled into possesses: the base portion clamped by support component described in a pair and the blade body extended in the radial direction of described rotation fulcrum from described base portion, described blade body is 2, described 2 blade bodies extend from described base portion with the state clipping the linearity arrangement in the radial direction of described rotation fulcrum of described base portion, be grilled into the mode that blade part is grilled into the rotatable phase of the described blade body of blade part different with the described blade body being grilled into blade part of a side and the opposing party and be supported in described rotation fulcrum described in adjacent.
According to the utility model, the blade body that the blade body that the adjacent wherein side being grilled into blade part is grilled into blade part and the opposing party are grilled into blade part is displaced into the top of guide surface with the different moment.Thus, even if the blade body that a side is grilled into blade part moves and is not grilled into effect to corn spike body above guide surface, the opposing party is grilled into blade part and also can comes above guide surface afterwards and be grilled into effect to corn spike body, thus positively can be grilled into corn spike body.
The utility model is preferably, the described blade part that is grilled into possesses: the base portion clamped by support component described in a pair, and from the blade body that described base portion extends in the radial direction of described rotation fulcrum, described base portion and described blade body form as one, when observing from the direction in the axle center along described rotation fulcrum, the shape of the Outboard Sections of the described radial direction in described blade body is formed as the shape that front end attenuates, and the non-service portion that is grilled into of the mid portion of the described radial direction in described blade body is provided with the recess be recessed into towards the described direction of rotation being grilled into blade part.
According to this structure, the size of part in the circumferential direction rotating fulcrum linked with the base portion of blade part is made to become large thus while firmly linking blade part and base portion, the shape attenuated by the front end of the Outboard Sections of blade body and the recess of mid portion make the front of blade body have good elasticity.Thus, stronger be grilled into reaction force acts in blade body even if having from corn spike body, because elastic deformation is carried out in the front end of blade body, therefore also not easily damage caused to corn spike body.
Accompanying drawing explanation
Fig. 1 is the longitudinal cross-sectional side view that apparatus for peeling off is shown.
Fig. 2 is the vertical view that apparatus for peeling off front portion is shown.
Fig. 3 illustrates the vertical view being grilled into a whirligig part.
Fig. 4 is the IV-IV profile that Fig. 3 is shown.
Fig. 5 is the stereogram being grilled into a whirligig part that decomposing state is shown.
14: guide surface; 15: peeling handling part; 30: be grilled into whirligig; 31: be grilled into blade part; 32: rotate fulcrum; 32T: shaft end; 33: base portion; 34: blade body; 34A: Outboard Sections; 34B: mid portion; 34C: be non-ly grilled into service portion; 36: recess; 40: support component; 41: clamping part; 42: shaft sleeve part; 43: upstream engaging portion; 44: downstream engaging portion; P: axle center.
Embodiment
Below, with reference to Figure of description, embodiment of the present utility model is described.
Fig. 1 is the longitudinal cross-sectional side view of the apparatus for peeling off 1 illustrated described in embodiment of the present utility model.Fig. 2 is the vertical view of the front portion of the apparatus for peeling off 1 illustrated described in embodiment of the present utility model.Apparatus for peeling off 1 is arranged on corn picker.As shown in Figures 1 and 2, F represents the body it " front " of corn picker, and B represents body it " afterwards ", and L represents body it " left side ", and R represents body it " right side ".
In corn picker, reaping part (not shown) is set at front part of a body, in the front portion of the rear portion of reaping part and apparatus for peeling off 1 across being provided with conveying plant 2.By making the body of corn picker travel, by reaping part from corn plant body harvesting corn spike body.The corn spike body of harvesting is that seed grain in corn plant body is linked to be bar-shaped spike and is the seed grain of spike is by the position of bract coated state.Gather in the corn spike body obtained and be delivered to body back upper place by conveying plant 2, discharge from the mouth 3 of sending of conveying plant 2.The corn spike body of discharging is received by apparatus for peeling off 1, carries out the peeling process divesting corn spike body bract.
Below to being grilled into whirligig 30 and apparatus for peeling off 1 is described.In the explanation to peeling whirligig 30 and apparatus for peeling off 1, the moving direction upstream (on the left of the paper of Fig. 2) of corn spike body is " front ", the moving direction downstream (on the right side of the paper of Fig. 2) of corn spike body is " afterwards ", when observing from the moving direction downstream of corn spike body towards upstream, left side (on the downside of the paper of Fig. 2) is " left side ", when observing from the moving direction downstream of corn spike body towards upstream, right side (on the upside of the paper of Fig. 2) is " right side ".
As shown in Figures 1 and 2, skinner box 10 is possessed at apparatus for peeling off 1.Pair of right and left cross wall plate 11, front chute 12 and receiving platform 13 is possessed at skinner box 10.Front chute 12 is arranged on the front portion of skinner box 10.Front chute 12 is set to the higher inclination attitude in more forward side.Left end side and the right-hand member side of front chute 12 are supported in cross wall plate 11.Guide surface 14 is formed by front chute 12.Receiving platform 13 is arranged on the rearward end of skinner box 10.Left end side and the right-hand member side of receiving platform 13 are supported in cross wall plate 11.
Be provided with 8 row's peeling handling part 15,5 to rotate transfer device 16 and 1 claw roller 17 in the inside of skinner box 10.8 row's peeling handling parts 15, between the below of the rearward end of guide surface 14 and the below of receiving platform 13, are arranged on the width of apparatus for peeling off 1.The peeling rollers 18 of pair of right and left is possessed at each row's peeling handling part 15 of 8 row's peeling handling parts 15.The pair of right and left peeling rollers 18 of each row's peeling handling part 15 is arranged on the width of peeling handling part 15.The pair of right and left peeling rollers 18 of each row's peeling handling part 15 possesses the axle center that (namely on the direction of the fore-and-aft direction along body) extends on the direction along peeling handling part 15 fore-and-aft direction, is driven to this axle center as pivot rotates.The direction of rotation of the peeling rollers 18 in the left side of each row's peeling handling part 15 is the direction of rotation to right rotation (clockwise) when observing from rear, is the direction of rotation to anticlockwise (counterclockwise) when the direction of rotation of the peeling rollers 18 on right side is observed from rear.
5 rotate transfer device 16 above 8 row's peeling handling parts 15, are arranged in along on the direction of the fore-and-aft direction of peeling handling part 15.5 each rotation transfer devices 16 rotating transfer device 16 possess the axle center extended on the width of peeling handling part 15, are driven to this axle center as pivot rotates.Claw the top that roller 17 is arranged on receiving platform 13.Claw roller 17 and possess the axle center extended on the width of apparatus for peeling off 1, be driven to this axle center as pivot rotates.
Decline along guide surface 14 in the front of guide surface 14 under carrying out the corn spike body drop of self-conveying apparatus 2, thus the corn spike body carrying out self-conveying apparatus 2 is guided towards the starting ends (leading section) of each row's peeling handling part 15 by guide surface 14.While transferred being directed into each corn spike body arranging peeling handling part 15 from guide surface 14 rearward by peeling rollers 18 and rotation transfer device 16, divested by the bract of peeling rollers 18 pairs of corn spike bodies.Specifically, corn spike body is being that longitudinal posture (length direction of corn spike body is the posture of the axis direction along peeling rollers 18) is between pair of right and left peeling rollers 18 relative to peeling rollers 18.Pair of right and left peeling rollers 18 rotates with the state clamping corn spike body, and the bract of corn spike body is divested by pair of right and left peeling rollers 18.The bract divested from corn spike body falls downwards between pair of right and left peeling rollers 18.The corn spike body coming the rearward end of peeling rollers 18 claws to receiving platform 13 by clawing roller 17.Claw to the corn spike body on receiving platform 13 and send from receiving platform 13 to the rear of apparatus for peeling off 1 by clawing roller 17.
As shown in Figures 1 and 2, the surface of guide surface 14 is arranged 1 and distribute guide body 20 and 7 guide body 21.
Compared with 7 guide body 21, distribute guide body 20 and be set to partially forward upside (upstream of the moving direction of corn spike body).It is the guide surface of roughly triangular shape when distributing guide body 20 and possessing and overlook.Distribute when guide body 20 is formed as observing in the longitudinal direction from the left and right sides to the median rise shape (present embodiment is triangle) that center side uprises gradually.The corn spike body that front from from conveying plant 2 to guide surface 14 falls by distribute guide body 20 guide towards guide surface 14 the left and right sides expand scatter.
7 guide body 21 are in the upper arrangement of left and right directions (width of peeling handling part 15).The arrangement pitch of 7 guide body 21 is set as: even if there is the horizontal situation of taking between 2 guide body 21 of corn spike body, also there will not be the horizontal situation of taking between 3 guide body 21 of corn spike body.Each guide body 21 of 7 guide body 21 is positioned at adjacent a pair peeling handling part 15 front between the two.Distribute guide body 20 or around to the corn spike body being positioned at guide surface 14 center side of rear side distributing guide body 20 by distributing corn spike body that guide body 20 guides to the cross end side of the left and right sides of guide surface 14 and crossing, by peeling rollers 18 from the guiding of each guide body 21 to the left and right sides of the peeling handling part 15 at the rear in each guide body 21 between move.
Specifically, each guide body 21 of 7 guide body 21 is configured to as shown in Figures 1 and 2.
When overlooking, each guide body 21 is configured to: the shape of upper surface is in the shape (namely more becoming looser shape to the downstream of corn spike body moving direction) broadened backward.When observing in the longitudinal direction, each guide body 21 is configured to, and the shape of upper surface is more be partial to the narrower shape (i.e. upward-fining shape) of upside width.The bottom of each guide body 21 possesses mounting plate portion.Be attached at guide surface 14 by mounting plate portion, each guide body 21 is fixed on guide surface 14.
Corn spike body on guide surface is guided between peeling rollers 18 by the shape of the shape broadened backward of the upper surface of guide body 21 and the narrow to top of upper surface.
As shown in Figure 2, two the cross wall plates 11 in left and right between each cross wall plate 11 and guide surface 14 across being provided with horizontal end guide body 23.To be guided by horizontal end guide body 23 along the corn spike body of cross wall plate 11 and move between the peeling rollers 18 of the peeling handling part 15 of horizontal end.
Arrange above guide surface 14 and be grilled into whirligig 30.Be grilled into whirligig 30 and possess the axle center P extended on peeling handling part 15 width, be driven to this axle center P as pivot rotates towards direction of rotation A (with reference to Fig. 1).Be grilled into whirligig 30 and towards peeling handling part side, operation is grilled into the corn spike body being positioned at guide surface 14, thus corn spike body can be made to import peeling handling part 15 swimmingly.
Be described in detail to being grilled into whirligig 30 below.
As shown in Figures 1 and 2, possess and rotate fulcrum 32 and be multiplely grilled into blade part 31 being grilled into whirligig 30.Multiple blade part 31 that is grilled into, with in the state arranged with interval along the direction of the axle center P rotating fulcrum 32, can not be supported in the relative rotation and rotate fulcrum 32.Rotate the cross wall plate 11 that fulcrum 32 can be supported in rotary actuation the left and right sides.Rotate fulcrum 32 to be driven thus drives and be grilled into whirligig 30, thus be grilled into whirligig 30 and be grilled into operation by the blade part 31 pairs of corn spike bodies that are grilled into of rotation.
As shown in Figure 5, each being grilled into blade part 31 multiple is grilled into 2 blade bodies 34 that blade part 31 possesses base portion 33 and extends from base portion 33.Base portion 33 is provided with installing hole 35.As shown in Figure 2, Figure 3 and Figure 4, multiple blade part 31 that is grilled into is installed on the state rotating fulcrum 32 and run through base portion 33 and rotates fulcrum 32.Base portion 33 engages for can not relatively rotate with the non-circular peripheral shape rotating fulcrum 32 with the non-circular shape of rotation fulcrum 32 by installing hole 35.
Each 2 blade bodies 34 being grilled into blade part 31 extend from base portion 33 to clip base portion 33 state that linearity extends in the radial direction rotating fulcrum 32.Multiplely be grilled into blade part 31 is grilled into blade part 31 blade body 34 with the adjacent side being grilled into blade part 31 and the opposing party and be grilled into the different state of the rotatable phase of the blade body 34 of blade part 31 and be installed on and rotate fulcrum 32.The blade body 34 that the adjacent side be grilled in blade part 31 is grilled into blade part 31 is displaced on guide surface 4 in the different moment from the blade body 34 that the opposing party is grilled into blade part 31.
Each blade part 31 that is grilled into is made up of elastomer.In the present embodiment, be grilled into blade part 31 and be made up of elastomeric material.Base portion 33 and 2 blade bodies 34 are formed by elastomeric material.The shape of Outboard Sections 34A when observing along axle center P in blade body 34, that rotate the direction, footpath of fulcrum 32 is formed as the shape that front end attenuates.The non-service portion 34C that is grilled into of mid portion 34B in blade body 34, that rotate the radial direction of fulcrum 32 arranges recess 36, and recess 36 is recessed into towards the direction of rotation being grilled into blade part 31 when observing along the direction of axle center P.The part that is connected with the base portion 33 of blade body 34 is made to become large thus while firmly linking blade body 34 and base portion 33, make the front of blade body 34 have good elasticity rotating the size in fulcrum 32 circumferential direction.Consequently, be grilled into reaction force acts when the blade body 34 from corn spike body stronger, there is elastic deformation in the front of blade body 34, thus can not cause damage to corn spike body.
As shown in Figure 2, Figure 3 and Figure 4, being arranged in each position being grilled into two horizontal sides of blade part 31 rotating fulcrum 32 can not be supported with support component 40 with the relative rotation.Each being grilled into blade part 31 multiple is grilled into blade part 31 and is clamped by the support unit 40 being positioned at two horizontal sides.Be grilled into blade part 31 to be clamped by support component 40, thus can make to be grilled into blade part 31 and position relative to rotation fulcrum 32, prevent the skew being grilled into blade part 31.
As shown in Fig. 3, Fig. 4 and Fig. 5, each support component 40 possesses clamping part 41 and shaft sleeve part 42.Shaft sleeve part 42 is embedded in the peripheral part rotating fulcrum 32.Shaft sleeve part 42 engages for can not relatively rotate with the non-circular peripheral shape rotating fulcrum 32 with the non-circular inner circumferential shape of rotation fulcrum 32 by shaft sleeve part 42.Be sticked in by shaft sleeve part 42 and rotate fulcrum 32, support component 40 can not be supported in the relative rotation and rotate fulcrum 32.In the present embodiment, the inner circumferential shape of shaft sleeve part 42 and the peripheral shape of rotation fulcrum 32 are formed as quadrangle.The inner circumferential shape of shaft sleeve part 42 and the peripheral shape of rotation fulcrum 32 are not limited to quadrangle, also can be formed as hexagon, ellipse etc.In the present embodiment, shaft sleeve part 42 is configured to tubular by the combination that 2 sections are the parts of L-shaped.Shaft sleeve part 42 also can be made up of single cylindrical part.
In multiple support component 40, both the shaft sleeve part 42 laying respectively at the adjacent adjacent support component 40 be grilled between blade part 31 form as one.1 structure is configured to by the link of shaft sleeve part 42 at adjacent 2 support components 40 be grilled between blade part 31.
As shown in Figure 2, in multiple support component 40, only possesses anti-delinking part 50 at the support component 40 be grilled between blade part 31 and shaft end 30T nearest from the shaft end 32T rotating fulcrum 32.As shown in Figure 5, anti-delinking part 50 possesses: the location division 51 that support component 40 has, be installed on the locking pin 52 that rotates fulcrum 32 and be configured between locking pin 52 and location division 51 and be entrenched in the adjustment member 53 of the peripheral part rotating fulcrum 32.Location division 51 to be supported by locking pin 52 by adjustment member 53 and is fixed, thus support component 40 is prevented by anti-delinking part 50 from the installation site rotating fulcrum 32 to being grilled into the situation that side, blade part 31 present position opposite side departs from.
Be grilled into blade part 31 between with the state of 1 structure adjacent at adjacent 2 support components 40 be grilled between blade part 31, adjacent be grilled into support component 40 between blade part 31 using with clamping object be grilled into blade part 31 adjacent be grilled into blade part 31 as reacting force part, the blade part 31 that is grilled into for clamping object applies clamping force.Relative to from the nearest support component 40 being grilled into side, shaft end 30T present position for blade part 31 of shaft end 30T, using anti-delinking part 50 as reacting force part, clamping force is applied to the be grilled into blade part 31 nearest from shaft end 30T.Consequently, blade part 31 can be grilled into by the clamping part 41 of the support component 40 being positioned at two horizontal sides to each being grilled into blade part 31 multiple and carry out clamping action.
As shown in Fig. 3, Fig. 4 and Fig. 5, upstream engaging portion 43 and downstream engaging portion 44 are set at the clamping part 41 of each support component 40.Upstream engaging portion 43 is configured to protrude from clamping part 41 towards the blade part 31 that is grilled into of clamping object, is sticked in is grilled into blade part 31 from the direction of rotation upstream being grilled into blade part 31.Downstream engaging portion 44 is configured to protrude from clamping part 41 towards being grilled into blade part 31, snaps into be grilled into blade part 31 from the direction of rotation downstream being grilled into blade part 31.Specifically, upstream engaging portion 43 and downstream engaging portion 44 are configured to be sticked in the base portion 33 being grilled into blade part 31.
The base portion 33 being grilled into blade part 31 enters between upstream engaging portion 43 and downstream engaging portion 44, be grilled into blade part 31 and support component 40 engage and interlock with the state not easily loosened, the turning power and positively can be conveyed to and be grilled into blade part 31 of the support component 40 driven by rotation fulcrum 32.
In the present embodiment, upstream engaging portion 43 and downstream engaging portion 44 from clamping part 41 towards being grilled into the protrusion length setting that blade part 31 protrudes be, the upstream engaging portion 43 of the support component 40 in be grilled into blade part 31 two horizontal sides is between the two and in the protrusion length of downstream engaging portion 44 formation gap S respectively between the two.The utility model also can be configured to upstream engaging portion 43 between the two and downstream engaging portion 44 contact between the two, upstream engaging portion 43 between the two and downstream engaging portion 44 do not have gap to be formed between the two.
[other embodiments]
(1) illustrated in above-described embodiment, in the example that the shaft sleeve part 42 of the adjacent support component 40 be grilled between blade part 31 is formed with being integrated, the shaft sleeve part 42 that the utility model also may be embodied as adjacent support component 40 is formed respectively.In this case, both shaft sleeve part 42 of adjacent support component 40 are configured to mutual abutting.Consequently, the side's support component 40 in adjacent support component 40 is in order to clamp the blade part 31 that is grilled into of clamping object, and the blade part 31 that is grilled into of clamping object clamps as reacting force part by the opposing party's support component 40.
(2) example being grilled into blade part 31 that have employed and possess 2 blade bodies 34 has been shown in above-described embodiment, also can adopt possess 1 or 3 etc., the blade body 34 of quantity except 2 be grilled into blade part 31.
(3) example of the structure that the adjacent quadrate lope lamellar body 34 being grilled into blade part 31 is different from the rotatable phase of the opposing party's blade body 34 is shown in above-described embodiment, also can be configured to both rotatable phases identical.
(4) above embodiment illustrates the example that 8 row's peeling handling parts 15 are set, also may be embodied as and fewer than 8 rows or more than 8 rows peeling handling parts 15 are set.Compared with this embodiment, under these circumstances, what the many or quantity of magnitude setting was few is grilled into blade part 31.
(5) example arranging guide body 21 has been shown in above-described embodiment, has also may be embodied as and guide body 21 is not set.
(6) to have illustrated corn spike body relative to the example of body along fore-and-aft direction transfer in above-described embodiment, also may be embodied as corn spike body relative to the example of body along width transfer.
[utilizability in industry]
The utility model can be used in the corn picker at apparatus for peeling off with 8 row's peeling handling parts 15, also can be used in and have at apparatus for peeling off the corn picker that below 7 rows or 9 arrange above peeling handling part 15.
Claims (11)
1. an apparatus for peeling off, is characterized in that, possesses:
Many rows peeling handling part, the described peeling handling part of many rows receives harvested corn spike body, divests the bract of the corn spike body received; Guide surface, described guide surface makes the corn spike body received decline and guides towards the starting ends arranging described peeling handling part more; And be grilled into whirligig, described in be grilled into the top that whirligig is arranged on described guide surface, the starting ends to the described peeling handling part of many rows is grilled into corn spike body,
The described whirligig that is grilled into possesses:
Rotate fulcrum, described rotation fulcrum is driven to the axle center extended on the width of described peeling handling part as pivot;
Multiplely be grilled into blade part, described multiple blade part that is grilled into is made up of elastomer, and can not be supported in described rotation fulcrum with the relative rotation with the state arranged with interval on the direction in the axle center along described rotation fulcrum; And
Support component, described support component, in the direction along described axle center, can not be supported in described rotation fulcrum with the relative rotation with the state being positioned at the two horizontal sides being grilled into blade part described in each, and clamps described in each and be grilled into blade part.
2. apparatus for peeling off according to claim 1, is characterized in that,
Possess at described support component: be grilled into the upstream engaging portion of blade part described in being sticked in from the described direction of rotation upstream being grilled into blade part and be grilled into the downstream engaging portion of blade part described in being sticked in from the described direction of rotation downstream being grilled into blade part.
3. apparatus for peeling off according to claim 1, is characterized in that,
Described support component possesses: the shaft sleeve part of the clamping part being grilled into blade part described in clamping and the peripheral part being embedded in described rotation fulcrum,
Lay respectively at adjacent described in described both shaft sleeve part of adjacent described support component of being grilled between blade part formed with being integrated.
4. apparatus for peeling off according to claim 2, is characterized in that,
Described support component possesses: the shaft sleeve part of the clamping part being grilled into blade part described in clamping and the peripheral part being embedded in described rotation fulcrum,
Lay respectively at adjacent described in described both shaft sleeve part of adjacent described support component of being grilled between blade part formed with being integrated.
5. the apparatus for peeling off according to any one of Claims 1-4, is characterized in that,
Only in multiple described support component, be grilled into support component between blade part and described shaft end described in nearest from the shaft end of described rotation fulcrum, the anti-delinking part preventing from coming off on axis direction relative to described rotation fulcrum is set.
6. the apparatus for peeling off according to any one of Claims 1-4, is characterized in that,
Described support component possesses the shaft sleeve part of the peripheral part being embedded in described rotation fulcrum,
Described support component is engaged for can not relatively rotate by the non-circular inner circumferential shape of described shaft sleeve part and the non-circular peripheral shape of described rotation fulcrum with described rotation fulcrum.
7. the apparatus for peeling off according to any one of Claims 1-4, is characterized in that,
The described blade part that is grilled into possesses: the base portion clamped by support component described in a pair and the blade body extended in the radial direction of described rotation fulcrum from described base portion,
Described base portion and described blade body form as one.
8. apparatus for peeling off according to claim 7, is characterized in that,
Described rotation fulcrum runs through described base portion.
9. apparatus for peeling off according to claim 8, is characterized in that,
Described blade body is 2, and described 2 blade bodies extend from described base portion with the state clipping the linearity arrangement in the radial direction of described rotation fulcrum of described base portion,
Be grilled into the mode that blade part is grilled into the rotatable phase of the described blade body of blade part different with the described blade body being grilled into blade part of a side and the opposing party described in adjacent and be supported in described rotation fulcrum.
10. apparatus for peeling off according to claim 7, is characterized in that,
When observing from the direction in the axle center along described rotation fulcrum, the shape of the Outboard Sections of the described radial direction in described blade body is formed as the shape that front end attenuates, and the mid portion of described radial direction in described blade body non-is grilled into service portion is provided with towards the recessed recess of the described direction of rotation being grilled into blade part.
11. apparatus for peeling off according to claim 8 or claim 9, is characterized in that,
When observing from the direction in the axle center along described rotation fulcrum, the shape of the Outboard Sections of the described radial direction in described blade body is formed as the shape that front end attenuates, and the mid portion of described radial direction in described blade body non-is grilled into service portion is provided with towards the recessed recess of the described direction of rotation being grilled into blade part.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520190764.1U CN204697547U (en) | 2015-03-31 | 2015-03-31 | Apparatus for peeling off |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520190764.1U CN204697547U (en) | 2015-03-31 | 2015-03-31 | Apparatus for peeling off |
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| Publication Number | Publication Date |
|---|---|
| CN204697547U true CN204697547U (en) | 2015-10-14 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520190764.1U Expired - Fee Related CN204697547U (en) | 2015-03-31 | 2015-03-31 | Apparatus for peeling off |
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| CN (1) | CN204697547U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106076457A (en) * | 2015-04-28 | 2016-11-09 | 株式会社久保田 | Paddy husking apparatus |
-
2015
- 2015-03-31 CN CN201520190764.1U patent/CN204697547U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106076457A (en) * | 2015-04-28 | 2016-11-09 | 株式会社久保田 | Paddy husking apparatus |
| CN106076457B (en) * | 2015-04-28 | 2019-07-23 | 株式会社久保田 | Paddy husking apparatus |
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