CN205196373U - Apparatus for peeling off - Google Patents
Apparatus for peeling off Download PDFInfo
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- CN205196373U CN205196373U CN201520827889.0U CN201520827889U CN205196373U CN 205196373 U CN205196373 U CN 205196373U CN 201520827889 U CN201520827889 U CN 201520827889U CN 205196373 U CN205196373 U CN 205196373U
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- revolving body
- peeling
- roller
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Abstract
The utility model relates to an apparatus for peeling off (1). Apparatus for peeling off (1) has the roller portion (10) that strips maize spike bract physically, maize spike transport portion (15) and input part (50) physically that the transport lies in roller portion (10). Position in the dirty side of power transmission direction of input part (50) is equipped with torque limiter (73). Leaning on the position of the dirty side of power transmission direction to be equipped with roller input part (68) and transport input part (55) partially than torque limiter (73). Come from the drive power of input part (50) and import to roller input part (68), power transmission to the roller portion (10) of driving that roller input part (68) will be imported. Power transmission to the transport portion (15) of driving that input part (55) will import is carried to carrying input part (55) to the drive power input that comes from input part (50). When torque limiter (73) moved, roller portion (10) and transport portion (15) stopped.
Description
Technical field
The utility model relates to a kind of apparatus for peeling off, this apparatus for peeling off has roller portion and trucking department, described roller portion is arranged side by side multiple roller at device width, the corn spike body gathered in, divested by the bract of described roller by the corn spike body of reception, described trucking department is positioned at the top in described roller portion, is carried by the corn spike body being positioned at described roller portion to the process downflow direction in described roller portion.
Background technology
The structure of existing apparatus for peeling off is as follows, and the driving force inputing to input part is passed to roller portion via torque limiter, when the driving load in roller portion exceedes setting value, by making torque limiter action to dissengaged positions, thus roller is stopped.
Utility model content
(problem that utility model will solve)
With regard to existing apparatus for peeling off, even if torque limiter enters dissengaged positions, the debarking action of roller is stopped, also can continue to be passed to trucking department due to driving force, thus the corn spike body being positioned at roller portion is likely sustained damage because of the active force of carrying.
The utility model provides a kind of apparatus for peeling off, and this apparatus for peeling off is not only easy to check power-transmission system and repair, and when can prevent torque limiter action, corn spike body sustains damage.
(scheme of dealing with problems)
The feature of apparatus for peeling off of the present utility model is,
There is roller portion, be arranged side by side multiple roller at device width, the corn spike body gathered in, divested by the bract of described roller to the corn spike body received;
Trucking department, is positioned at the top in described roller portion, is carried by the corn spike body being positioned at described roller portion to the process downflow direction in described roller portion;
Input part, driving force inputs to described input part;
Torque limiter, is arranged on the position of the transmission of power direction downstream side of described input part;
Roller input part, is arranged on the position partially leaning on transmission of power direction downstream side than described torque limiter, the driving force inputing to described input part is passed to described roller portion; And
Carrying input part, is arranged on the position partially leaning on transmission of power direction downstream side than described torque limiter, the driving force inputing to described input part is passed to described trucking department,
Described input part, described torque limiter and described carrying input part are arranged on the side of device width.
According to this structure, driving load when roller portion exceedes setting value, during torque limiter action, because torque limiter makes the transmission of driving force stop by the position of transmission of power direction upstream side than carrying input part partially, therefore, trucking department stops, thus no longer the corn spike body being positioned at roller portion is applied to the active force of carrying.
Because input part, torque limiter and carrying input part concentrate on phase the same side of apparatus for peeling off, be therefore easy to examination and repair.
Therefore, described apparatus for peeling off is not only easy to check input part, torque limiter and carrying input part and repair, and when torque limiter action, corn spike body can not be subject to the impact of peeling effect and transportation, thus not easy damaged.
In the utility model, as preferably, described input part has input revolving body and power shaft, and driving force inputs to described input revolving body, described power shaft supports described input revolving body, has described torque limiter and described carrying input part at described power shaft.
According to this structure, because torque limiter and carrying input part are bearing in power shaft, described power shaft supporting input revolving body, therefore, compares with the situation of carrying input part with arranging relay axis and support torque limiter at this relay axis, with low cost.
In the utility model, as preferably, at described power shaft, described torque limiter, described input revolving body and described carrying input part are arranged in order outside device width according to the order of described torque limiter, described input revolving body, described carrying input part.
According to this structure, because torque limiter is positioned at the lateral outer side of input revolving body and carrying input part, be therefore easy to adjust torque limiter from lateral outer side and repair.Because carrying input part is positioned at than input revolving body partially by the position inside device width, therefore, be positioned at than input compared with situation that revolving body leans on outside device width partially with carrying input part, carrying input part approaching device laterally inner side, can be passed to trucking department by driving force from carrying input part efficiently.
In the utility model, as preferably, at described power shaft, there is described roller input part.
According to this structure, input part and roller input part can be linked by power shaft, compared with adopting the situation of relay axis, with low cost.
In the utility model, as preferably, can not slide at described power shaft but relatively pivotal mode can install described input revolving body, described torque limiter has the first claw, second claw and force application mechanism, described first claw can not turn round relatively at described input revolving body, described second claw can slide at described power shaft but can not relatively turn round, described force application mechanism exerts a force with the direction of the mode making described second claw and engage with described first claw along described power shaft, described carrying input part has carrying input revolving body, described carrying input revolving body is fixed on described power shaft.
According to this structure, when torque limiter action, power shaft stops, and carrying input revolving body and power shaft together stop, therefore, it is possible to reliably stop the transmission of power of carrying out to trucking department.
In the utility model, as preferably, described carrying input revolving body is positioned at the side contrary with described torque limiter side relative to described input revolving body, and described carrying input revolving body is adjacent with described input revolving body via packing ring.
According to this structure, when torque limiter action, input revolving body inputs revolving body with carrying and turns round via packing ring is relative, therefore, compared with bearings mounted structure, can realize miniaturization.
In the utility model, as preferably, in the below in described roller portion, there is sorting portion, described sorting portion carries out sorting to the iblet be mixed in the thing that leaks down from described roller portion, described apparatus for peeling off is provided with sorting transfer part, and the driving force inputing to described carrying input part is passed to described sorting portion by described sorting transfer part.
According to this structure, when torque limiter action makes trucking department stop, the transmission of power of carrying out to sorting transfer part stops, thus sorting portion is stopped.
Accompanying drawing explanation
Fig. 1 is the end view of apparatus for peeling off.
Fig. 2 is the vertical view of apparatus for peeling off.
Fig. 3 is the vertical view representing power-transmission system.
Fig. 4 is the vertical view of the power-transmission system representing roller portion.
Fig. 5 is the figure observed in the direction of the arrow the V-V line cross section of Fig. 2.
Fig. 6 is the cutaway view representing input part and torque limiter.
Description of reference numerals
1: apparatus for peeling off
3: sorting portion
10: roller portion
12: roller
15: trucking department
50: input part
51: input revolving body
52: power shaft
55: carrying input part
55a: carrying input revolving body
64: sorting transfer part
68: roller input part
73: torque limiting unit
74: the first claws
75: the second claws
76: force application mechanism (spring)
77: packing ring
Embodiment
Below, with reference to accompanying drawing, embodiment of the present utility model is described.
Fig. 1 is the end view of the apparatus for peeling off 1 representing embodiment of the present utility model.Fig. 2 is the vertical view representing apparatus for peeling off 1.First carry out as given a definition, " F " direction shown in Fig. 1 and Fig. 2 is the front side of apparatus for peeling off 1 and travel machine body 6, " B " direction is the rear side of apparatus for peeling off 1 and travel machine body 6, " L " direction is the left side of apparatus for peeling off 1 and travel machine body 6, and " R " direction is the right side of apparatus for peeling off 1 and travel machine body 6.
The apparatus for peeling off 1 of embodiment of the present utility model has following structure, as shown in Figure 1, apparatus for peeling off 1 is arranged on the travel machine body 6 of corn picker (not shown), (maize seed seed is linked to be bar-shaped thus forms spike corn spike body, and wrapped up by bract) gathered in by the reaping apparatus (not shown) of corn picker and be expelled to peeling handling part 2 from feeder 21, peeling handling part 2 receives corn spike body, bract is divested, by sorting portion 3, sorting is carried out to the iblet (seed grain) dropped from corn spike body that divests along with bract, and reclaimed by recoverer 4.
As depicted in figs. 1 and 2, process framework 7 is provided with at peeling handling part 2.Process framework 7 is bearing in the top of device frame 5.Process chamber 8 is formed between the pair of right and left sidewall portion 7a of process framework 7.
The bottom of process chamber 8 is provided with roller portion 10.Roller portion 10 has multiple roller 12 side by side at device width (width of apparatus for peeling off 1), is divested by roller 12 pairs of bracts.
Specifically, in roller portion 10, be arranged with multiple peeling rollers mechanism 11 along device width, peeling rollers mechanism 11 has pair of right and left roller 12.In the present embodiment, roller portion 10 is provided with eight peeling rollers mechanisms 11.But peeling rollers mechanism 11 is not limited to eight, less than seven or more than nine also can be set.In the present embodiment, each peeling rollers mechanism 11 is provided with two rollers 12, but the utility model is not limited to two, also can arrange three with top roll.
Drive for the roller 12 of the centre of gyration to the left and right sides of each peeling rollers mechanism 11 carries out revolution with the axle center extended on the fore-and-aft direction of apparatus for peeling off 1.When observing from the rear of apparatus for peeling off 1, in the roller 12 of the left and right sides, the roller 12 in left side turns round driving toward the clockwise direction, and the roller 12 on right side counterclockwise turns round driving.
The corn spike body sent from reaping apparatus is carried by the rear of feeder 21 to travel machine body, and discharges from outlet 21a to the rear of travel machine body.The corn spike body of discharging declines to the entrance 8a of process chamber 8 on the guide surface of chute 20, chute 20 terminal part by harrow into revolving body 25 to entrance 8a harrow into, and to be received by roller portion 10.
When roller portion 10 receives corn spike body, corn spike body is placed in the roller 12 of the left and right sides of each peeling rollers mechanism 11, transferred to the rear (process direction) of apparatus for peeling off 1 by the transfer effect of roller 12, divested by roller 12 pairs of bracts of the left and right sides meanwhile.That is, the roller 12 of the left and right sides rotates thus divests bract under the state of clamping corn spike body.The bract divested and falling between roller 12 from the iblet that corn spike body drops.Corn spike body through peeling process is discharged to the rear of apparatus for peeling off 1 by the outlet 8b of revolving body 27 from process chamber 8 that upspring.
The dust such as the disconnected leaf that chute 20 is discharged together with corn spike body are removed by the sorting wind upwards blowed from the air outlet 22 of chute 20.Sorting wind is provided by air-supply arrangement 30.Corn spike body along chute 20 decline is subject to the guiding in a dispersive vectoring portion 23 thus the two horizontal sides to chute 20 disperse.The corn spike body being dispersed to two horizontal sides of chute 20 and the corn spike body crossing dispersive vectoring portion 23 are undertaken flowing down by the multiple guide portion 24 be arranged on the width of chute 20 and to guide and posture corrects, thus are that longitudinal posture (long side direction of corn spike body is along the posture of the axis direction of roller 12) is dispersed in multiple peeling rollers mechanism 11.
Respectively with the axle center Y extended on device width and axle center Z for the centre of gyration carries out revolution driving into revolving body 25 and revolving body 27 of upspringing to gyratory directions B, C (with reference to Fig. 1) to harrowing.Harrow, into revolving body 25, there is a revolution fulcrum.Multiple positions on the direction of the axle center Y along revolution fulcrum are provided with multiple rake into arm.Revolving body 27 of upspringing has a revolution fulcrum.Multiple positions on the direction of the axle center Z along revolution fulcrum are provided with plate of upspringing.
Trucking department 15 is provided with above roller portion 10.Trucking department 15 has the multiple carrying revolving bodies 16 arranged along device fore-and-aft direction (fore-and-aft direction of apparatus for peeling off 1).In the present embodiment, there are five carrying revolving bodies 16.But carrying revolving body 16 is not limited to five, also can have less than four or more than six.Drive for the centre of gyration carries out revolution to each carrying revolving body 16 to gyratory directions A (with reference to Fig. 1) with the axle center X extended on device width, the corn spike body being positioned at roller portion 10 is carried to device rear (the process downflow direction in roller portion 10).Each carrying revolving body 16 has a revolution fulcrum respectively.Multiple positions on the direction of the axle center X along revolution fulcrum, are provided with multiple rake into arm with radial.
Sorting portion 3 is configured in the below in roller portion 10.Sorting portion 3 has floor section 3a.At floor section 3a, be disposed with multiple sorting hole 3b along the fore-and-aft direction in sorting portion 3 and width.Erect from two lateral ends of floor section 3a and have side plate.Can to turn round at the support 31 of device frame 5 and the mode that can slide supports sorting portion 3, the rear end side in sorting portion 3 hangs upside down via pair of right and left swing connecting bar 32 and is bearing in device frame 5.The rear end side in sorting portion 3 has driving mechanism portion 33.Driving mechanism portion 33 has crank axle 33a.Crank axle 33a, pivotal mode can be bearing in device frame 5, carries out revolution by driving wheel body 33c (with reference to Fig. 5) to crank axle 33a and drives.The crank portion of crank axle 33a and the rear end side in sorting portion 3 are linked by trace 33b interlock.
Be swing pivot side by driving mechanism portion 33 with front and the state that rear end side is moved up and down carries out swinging operation to sorting portion 3.The things that leak down such as the bract of leaking down from roller portion 10, iblet and dust are subject to the guiding that falls falling guide portion 34 of both sides, front and back, are undertaken in sorting portion 3 position being in the process initial one end side portion in direction (rear end side part).Sorting portion 3 while shake accept leak down thing and make its to device front (process direction) flowing, make iblet be separated with bract etc. and leak down from sorting hole 3b.The bract be separated with iblet and dust fall from the front end in sorting portion 3.
Recoverer 4 is formed as the box-shaped of upward opening, receives and reclaims the iblet fallen from sorting portion 3.So that recoverer 4 can be supported in the mode of rail portion 35 slide of the both sides, front and back of device frame 5.By recoverer 4 is pulled out outside device lateral from the lower portion in sorting portion 3, thus the iblet of recovery is taken out from recoverer 4.
As shown in Figure 3, the driving force being arranged on the engine 37 of corn picker is passed to the input part 50 of apparatus for peeling off 1 by transfer device 38, thus drives apparatus for peeling off 1.
Specifically, transfer device 38 by the driving force of the power shaft 37a of engine 37 via band tension type clutch 39, relaying gyroaxis 40, endless belt 41, be passed to the end side of the fan drive shaft 30a of air-supply arrangement 30, be passed to input part 50 from another side of fan drive shaft 30a via ring chain 42.
Shown in Fig. 3 43 is driving transmission, and 44 is residual stalk treating apparatus, and 45 is revolving body of raking off, and 46 is hydraulic pump.Driving force is passed to driving transmission 43 from engine 37, and driving transmission 43 drives pair of right and left front vehicle wheel 47.Residual stalk treating apparatus 44 carries out cut-out process to the corn plant body remaining in farmland after harvesting corn spike body.The stalk body entering the corn plant body of feeder 21 is discharged from the rearward end of feeder 21 by revolving body 45 of raking off.
As shown in Figure 3, the driving force inputing to input part 50 is passed to the carrying input part 55 of trucking department 15, thus drives each carrying revolving body 16.
Specifically, as shown in Fig. 2, Fig. 3 and Fig. 5, input to carrying input part 55 driving force be passed to trucking department 15 by the first transfer part 56 before several first carrying revolving body 16 end side, thus drive first carrying revolving body 16.The driving force of first carrying revolving body 16 is passed to the end side of front several second carrying revolving body 16 by the second transfer part 57, thus drives second carrying revolving body 16.The driving force of second carrying revolving body 16 is passed to the end side of front several 3rd carrying revolving body 16 by the 3rd transfer part 58, thus drives the 3rd carrying revolving body 16.The driving force of the 3rd carrying revolving body 16 is passed to the end side of front several 4th carrying revolving body 16 by the 4th transfer part 59, thus drives the 4th carrying revolving body 16.The driving force of the 4th carrying revolving body 16 is passed to the end side of front several 5th carrying revolving body 16 by the 5th transfer part 60, thus drives the 5th carrying revolving body 16.In the present embodiment, first transfer part 56, second transfer part 57, the 3rd transfer part 58, the 4th transfer part 59 and the 5th transfer part 60 are made up of ring chain, but the utility model is not limited to ring chain, also can be made up of the various parts such as endless belt, gyroaxis.
As shown in Fig. 2, Fig. 3 and Fig. 5, the driving force inputing to carrying input part 55 is passed to the end side of harrowing into revolving body 25 by the first transfer part 56, thus driving is harrowed into revolving body 25.
As shown in Figure 3, the driving force inputing to carrying input part 55 is passed to the end side of revolving body 27 of upspringing by transfer part 62 of upspringing, thus drives revolving body 27 of upspringing.Specifically, as shown in Fig. 2, Fig. 3 and Fig. 5, transfer part of upspringing 62 has the first transfer part 56, relaying gyroaxis 61 and the 6th transfer part 63.The driving force inputing to carrying input part 55 is passed to relaying gyroaxis 61 by the first transfer part 56.The driving force of relaying gyroaxis 61 is passed to revolving body 27 of upspringing by the 6th transfer part 63.In the present embodiment, the 6th transfer part 63 is made up of ring chain, but the utility model is not limited to ring chain, also can be made up of the various parts such as endless belt, gyroaxis.
As shown in Figure 3, the driving force inputing to carrying input part 55 is passed to driving mechanism portion 33 by sorting transfer part 64, thus drives sorting portion 3.Specifically, as shown in Fig. 2, Fig. 3 and Fig. 5, sorting transfer part 64 has the first transfer part 56, relaying gyroaxis 61 and the 7th transfer part 65.The driving force of relaying gyroaxis 61 is passed to and drives wheel body 33c by the 7th transfer part 65.In the present embodiment, the 7th transfer part 65 is made up of ring chain, but the utility model is not limited to ring chain, also can be made up of the various parts such as endless belt, gyroaxis.
As shown in Figures 2 and 3, the driving force inputing to input part 50 is passed to 4 roller input parts 68 in roller portion 10, thus drives each roller 12.
Specifically, as shown in Figure 3 and Figure 4, ten six roots of sensation rollers 12 are divided into four roller groups, and four roller input parts 68 are distributed to four roller groups by the mode belonging to a roller group with a roller input part 68.With regard to each roller group, the driving force inputing to roller input part 68 is passed to a roller 12 by transmission revolving body 69, thus drives this roller 12, and the driving force of this roller 12 is passed to other three rollers 12 by gear interlinked mechanism 70, thus drives this three rollers 12.Because the interlink function being subject to gear interlinked mechanism 70 makes the gyratory directions of adjacent roller 12 in each roller group contrary.In the present embodiment, roller input part 68 and transmission revolving body 69 are made up of bevel gear, but the utility model is not limited to bevel gear, also can be made up of various drive disk assemblies such as spur gears.
As shown in Figure 2 and Figure 6, torque limiter 73 is provided with at the position of the transmission of power direction downstream side of input part 50.Carrying input part 55 and four roller input parts 68 are arranged on specific torque limiter 73 partially by the position of transmission of power direction downstream side.Specifically, input part 50 has input revolving body 51 and power shaft 52.Driving force inputs to input revolving body 51 by ring chain 42.Input revolving body 51 is relatively pivotal mode can be bearing in power shaft 52.Have torque limiter 73 at power shaft 52, the driving force of input revolving body 51 is passed to power shaft 52.At power shaft 52, there are carrying input part 55 and four roller input parts 68.
Driving load when roller portion 10 exceedes setting value, and when torque limiter 73 action is to dissengaged positions, not only roller portion 10 stops, and trucking department 15, harrows and also stops into revolving body 25, upspring revolving body 27 and sorting portion 3.When the driving load of trucking department 15 exceedes setting value, when torque limiter 73 action is to dissengaged positions, not only trucking department 15 stops, and roller portion 10, harrows and also stops into revolving body 25, upspring revolving body 27 and sorting portion 3.
As shown in Figure 2, input part 50, torque limiter 73 and carrying input part 55 are arranged on the side of device width.Input part 50, torque limiter 73 and carrying input part 55 can be checked and be repaired from the same lateral outer side of apparatus for peeling off 1.In the present embodiment, input part 50, torque limiter 73 and carrying input part 55 are arranged on the right horizontal side of apparatus for peeling off 1, but also can be arranged on left horizontal side.
Torque limiter 73, input revolving body 51 and carrying input part 55 are arranged in order outside device width according to the order of torque limiter 73, input revolving body 51, carrying input part 55.Torque limiter 73 is positioned at horizontal outermost, makes to be easy to adjust torque limiter 73 and repairing etc. from lateral outer side.
As shown in Figure 6, can not slide at power shaft 52 but relatively pivotal mode can install input revolving body 51.Torque limiter 73 has the first claw 74, second claw 75 and force application mechanism 76.In the present embodiment, as force application mechanism 76, have employed coil form spring, but the utility model is not limited to coil form spring, also can adopts rondelle spring, elastomeric material etc.First claw 74 is relatively pivotal mode can not be arranged on input revolving body 51.Specifically, the first claw 74 is arranged on input revolving body 51 by multiple connecting pin 74a.Second claw 75 is can slide but relatively pivotal mode can not be arranged on the spline part 52a of power shaft 52.Specifically, the second claw 75 is arranged on spline part 52a by multiple connecting pin 75a and link cylindrical shell 75b.Force application mechanism 76 exerts a force with the direction of the mode making the second claw 75 and engage with the first claw 74 along power shaft 52.Carrying input part 55 has the carrying input revolving body 55a being fixed on power shaft 52.When torque limiter 73 action is to dissengaged positions, because power shaft 52 stops, thus carrying input revolving body 55a and power shaft 52 stop, integratedly therefore, it is possible to reliably make trucking department 15 and sorting portion 3 stop.
As shown in Figure 6, carrying input revolving body 55a is positioned at the side contrary with torque limiter 73 side relative to input revolving body 51.55a is adjacent via packing ring 77 with input revolving body 51 for carrying input revolving body.When torque limiter 73 enters dissengaged positions, between carrying input revolving body 55a and input revolving body 51, produce revolution relatively.Can prevent from carrying by packing ring 77 wearing and tearing inputting revolving body 55a and cause with the relative revolution of input revolving body 51.
(other embodiments)
(1) in the above-described embodiments, show the example being provided with sorting portion 3 and recoverer 4, sorting portion 3 and recoverer 4 also can not be set.
(2) in the above-described embodiments, have employed the mode be arranged in order outside device width according to the order of torque limiter 73, input revolving body 51, carrying input part 55, but also can adopt the arrangement mode being not limited to this order.Such as, input revolving body 51 and the order of carrying input part 55 can also be exchanged.
(3) in the above-described embodiments, show the example at power shaft 52 with carrying input part 55 and roller input part 68, but also can relay axis be set, at relay axis, there is carrying input part 55 and roller input part 68.
(4) in the above-described embodiments, show the example that four roller input parts 68 are set, but also multiple roller 12 can be divided into the roller group of number except four, make the number of roller input part 68 be less than four or be greater than four.
(utilizability in industry)
The utility model can not only be applicable to the apparatus for peeling off direction (process direction) being transferred corn spike body by roller portion 10 being set as the rear of travel machine body, and can be applicable to the apparatus for peeling off direction (process direction) being transferred corn spike body by roller portion 10 being set as the width of travel machine body.
Claims (9)
1. an apparatus for peeling off, is characterized in that,
There is roller portion, be arranged side by side multiple roller at device width, the corn spike body gathered in, divested by the bract of described roller to the corn spike body received;
Trucking department, is positioned at the top in described roller portion, is carried by the corn spike body being positioned at described roller portion to the process downflow direction in described roller portion;
Input part, driving force inputs to described input part;
Torque limiter, is arranged on the position of the transmission of power direction downstream side of described input part;
Roller input part, is arranged on the position partially leaning on transmission of power direction downstream side than described torque limiter, the driving force inputing to described input part is passed to described roller portion; And
Carrying input part, is arranged on the position partially leaning on transmission of power direction downstream side than described torque limiter, the driving force inputing to described input part is passed to described trucking department,
Described input part, described torque limiter and described carrying input part are arranged on the side of device width.
2. apparatus for peeling off according to claim 1, is characterized in that,
Described input part has input revolving body and power shaft, and driving force inputs to described input revolving body, and described power shaft supports described input revolving body,
At described power shaft, there is described torque limiter and described carrying input part.
3. apparatus for peeling off according to claim 2, is characterized in that,
At described power shaft, described torque limiter, described input revolving body and described carrying input part are arranged in order outside device width according to the order of described torque limiter, described input revolving body, described carrying input part.
4. apparatus for peeling off according to claim 2, is characterized in that,
At described power shaft, there is described roller input part.
5. apparatus for peeling off according to claim 3, is characterized in that,
At described power shaft, there is described roller input part.
6. the apparatus for peeling off according to any one of claim 2 to 5, is characterized in that,
Can not slide at described power shaft but relatively pivotal mode can install described input revolving body,
Described torque limiter has the first claw, the second claw and force application mechanism, described first claw can not turn round relatively at described input revolving body, described second claw can slide at described power shaft but can not relatively turn round, described force application mechanism exerts a force with the direction of the mode making described second claw and engage with described first claw along described power shaft
Described carrying input part has carrying input revolving body, and described carrying input revolving body is fixed on described power shaft.
7. apparatus for peeling off according to claim 6, is characterized in that,
Described carrying input revolving body is positioned at the side contrary with described torque limiter side relative to described input revolving body,
Described carrying input revolving body is adjacent with described input revolving body via packing ring.
8. the apparatus for peeling off according to any one of claim 1 to 5 and 7, is characterized in that,
Have sorting portion in the below in described roller portion, described sorting portion carries out sorting to the iblet be mixed in the thing that leaks down from described roller portion,
Described apparatus for peeling off is provided with sorting transfer part, and the driving force inputing to described carrying input part is passed to described sorting portion by described sorting transfer part.
9. apparatus for peeling off according to claim 6, is characterized in that,
Have sorting portion in the below in described roller portion, described sorting portion carries out sorting to the iblet be mixed in the thing that leaks down from described roller portion,
Described apparatus for peeling off is provided with sorting transfer part, and the driving force inputing to described carrying input part is passed to described sorting portion by described sorting transfer part.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520827889.0U CN205196373U (en) | 2015-10-23 | 2015-10-23 | Apparatus for peeling off |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520827889.0U CN205196373U (en) | 2015-10-23 | 2015-10-23 | Apparatus for peeling off |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205196373U true CN205196373U (en) | 2016-05-04 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520827889.0U Active CN205196373U (en) | 2015-10-23 | 2015-10-23 | Apparatus for peeling off |
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| Country | Link |
|---|---|
| CN (1) | CN205196373U (en) |
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2015
- 2015-10-23 CN CN201520827889.0U patent/CN205196373U/en active Active
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