CN208095227U - A kind of side disc type pea cutter-rower - Google Patents
A kind of side disc type pea cutter-rower Download PDFInfo
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- CN208095227U CN208095227U CN201820194375.XU CN201820194375U CN208095227U CN 208095227 U CN208095227 U CN 208095227U CN 201820194375 U CN201820194375 U CN 201820194375U CN 208095227 U CN208095227 U CN 208095227U
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Abstract
The utility model belongs to agricultural machinery technological field, in particular to a kind of side disc type pea cutter-rower, including rack unit, side tool unit, group standing grain unit and cutter unit；Side tool unit includes that side tool drives belt (41), side tool driven pulley (42), side tool driven belt wheel shaft (43), bias axis (44), connecting rod (45), connecting rod shaft (46), ledger-plate (47), cutting blade (48), rolling bearing units (49), bearing plate (410) and side tool fixed vertical pole (411)；The side disc type pea cutter-rower possesses side tool unit, can prevent winding of the pea seedling to device side during machine-walking；The side disc type pea cutter-rower is cut using cutting disc, has good anti-interference ability, and cutting disc is not easy to wear, there is longer service life；The pea seedling cut off can be polymerized to a line by the side disc type pea cutter-rower, convenient for the threshing in pea later period.
Description
Technical field
The utility model belongs to agricultural machinery technological field, in particular to a kind of side disc type pea cutter-rower.
Background technique
Pea is the fourth-largest Food Legume crop in the world, and China has more than 2000 years cultivation histories.Its adaptability is very strong, ground
Manage distributed more widely, from the torrid zone, wide geographic area to frigid zone nearly all has plantation, and pea is full of nutrition, especially green pea and food pod
Pea is in addition to nutrition rich in, or good vegetables, and easy to make, faint scent is palatable.
Pea harvest operation is most important link in pea production overall process, and harvest will will affect the production of pea not in time
Amount, due to the characteristic of pea own growth, plant all lodges on the ground；At this stage, pea harvesting is mainly by being accomplished manually, with
The continuous aging of population in the world, many countries and regions there is the problem of serious labor shortage, be engaged in pea harvest
The labour of operation is constantly reduced, and pea harvest labor cost is caused to be continuously increased.
In order to reduce cost, efficiency of crop is improved, the mechanized harvest of pea becomes urgent problem to be solved, so pea
The research of mechanized harvest is significantly.Although the U.S. has possessed mature pea combine harvester, due to
The case where mechanical volume itself is larger, is not suitable for China's small plot dispersion plantation.The pea cutter-rower machinery volume of the application is not
Greatly, and effectively pea seedling can be dialled and help and cut, improve the harvest of pea directly with existing tractor
Efficiency is of practical significance to realization China's pea mechanized harvest very much, and can push the universal of pea harvester tool, has
Wide application prospect.
Summary of the invention
The purpose of this utility model propose it is a kind of can effectively improve pea efficiency of crop, can be with mating power
Tractor directly mounts, dial help effect is good, prevent during machine-walking pea seedling it is reliable to winding, the cutting of device side,
The pea seedling cut off can be polymerized to a line, convenient for the side disc type pea cutter-rower of the threshing in pea later period.
The purpose of this utility model is achieved through the following technical solutions：
A kind of side disc type pea cutter-rower, including rack unit, side tool unit, group standing grain unit and cutter unit；Its
In：
Rack unit, including side-mounted device bracket 31, power input gear 35, horizontal axis 36, driven gear 37, left disk master
Moving gear 38, right disk driving gear 39, left disk driven gear 310, right disk driven gear 311, left disk driven shaft
312, right disk driven shaft 313, winder driving pulley 314, side tool driving pulley 315 and collector plate 316；
Side-mounted device bracket 31, including rack beam and rack leg, a pair of brackets leg are respectively and fixedly connected to the two of rack beam
End；
A pair of of winder fixed strip 31c is respectively and fixedly connected on front side of the both ends of side-mounted device bracket 31, winder fixed strip 31c
It is provided with multiple fixation holes used for positioning from top to bottom；
Horizontal axis 36 is arranged on the rack beam of side-mounted device bracket 31 by multiple bearing bracket stands, on horizontal axis 36 from left to right
Left disk driving gear 38, driven gear 37 and right disk driving gear 39 is arranged in sequence；
Left disk driven shaft 312 and right disk driven shaft 313 are each passed through rack beam, and are formed and rotated with rack beam
Connection；
Left disk driven gear 310 is arranged in left 312 upper end of disk driven shaft；Right circle is arranged in right 313 upper end of disk driven shaft
Disk driven gear 311；
Left disk driven gear 310 is engaged with left disk driving gear 38, right disk driven gear 311 and and right disk
Driving gear 39 engages；
Active output shaft 33 is equipped with power input gear 35, and power input gear 35 and driven gear 37 engage；
The right end of horizontal axis 36 is arranged in winder driving pulley 314 and side tool driving pulley 315；
A pair of of collector plate 316 is symmetrically fixed in the left and right sides of 31 rear end face of side-mounted device bracket；
Side tool unit, including side tool drive belt 41, side tool driven pulley 42, side tool driven belt wheel shaft 43, bias axis 44,
The fixed vertical pole of connecting rod 45, connecting rod shaft 46, ledger-plate 47, cutting blade 48, rolling bearing units 49, bearing plate 410 and side tool
411；
Bearing plate 410 is fixed on the outside of the right side rack leg of side-mounted device bracket 31, is connected with band on bearing plate 410
One end setting of seat bearing 49, side tool driven belt wheel shaft 43 is provided with side tool driven pulley in rolling bearing units 49, on the other end
42, side tool drives belt 41 to be socketed on side tool driving pulley 315 and side tool driven pulley 42, and bias axis 44 passes through connecting rod 45
The right side disc surfaces of side tool driven pulley 42 are fixed in behind one end, bias axis 44 and the center of circle of side tool driven pulley 42 have one
The other end of section distance, connecting rod 45 is affixed by connecting rod shaft 46 and the rear end of cutting blade 48；
The fixed vertical pole 411 of side tool is fixed on the outside of the right side rack leg of bearing plate 410 and side-mounted device bracket 31, stationary knife
Piece 47 is fixed on the fixed vertical pole 411 of side tool；
Direction of advance of the insert orientation of ledger-plate 47 and cutting blade 48 towards pea cutter-rower；
Side tool driven pulley 42, side tool driven belt wheel shaft 43 and rolling bearing units 49 are coaxial；
Standing grain unit is dialled, including winder drives belt 51, winder driven pulley 52, winder driven belt wheel shaft 53, circle
Cylinder 54, moving tooth 55, winder support rod 56, support rod fixed screw 57, moving tooth fixed link 58, planetary gear left supported plate 59, upper axis
Cover 511, planetary gear 512, planetary gear fixed pin 513, lead screw 514, feed screw nut 515, lead screw fixed plate 516, lead screw bolt 517
With planetary gear right supported plate 519；
Planetary gear left supported plate 59 is identical as 519 size of planetary gear right supported plate, and structure having the same, moving tooth fixed link 58
Both ends pass through bearing respectively and are rotatably connected on planetary gear left supported plate 59 and planetary gear right supported plate 519, are located at planetary gear left supported plate
The center of bearing on 59 and the geometric center of planetary gear left supported plate 59 have certain distance, on planetary gear right supported plate 519
The center of bearing and the geometric center of planetary gear right supported plate 519 have certain distance, planetary gear left supported plate 59 and planetary gear right supported plate
519 be triangle；
Cylinder 54, including cylinder inner wall 54a, right annular protrusions 54b and left annular protrusions 54c, wherein right annulus
Shape protrusion 54b is the inside protrusion of the circumference on the right side of cylinder inner wall 54a, and left annular protrusions 54c is left along cylinder inner wall 54a
The inside protrusion of the circumference of side；
Pass through 513 fixed three planetary gears 512, Mei Gehang of planetary gear fixed pin on three angles of planetary gear left supported plate 59
The excircle of star-wheel 512 is all provided with fluted, the left annular protrusions 54c cooperation in the groove and cylinder 54；The right branch of planetary gear
By fixed three planetary gears of planetary gear fixed pin on three angles of plate 519, the excircle of each planetary gear be all provided with it is fluted,
Right annular protrusions 54b in the groove and cylinder 54 cooperates；
It is dispersed with moving tooth hole 54d along cylindrical barrel wall 54a on the excircle of cylinder 54, moving tooth is stretched out in one end of moving tooth 55
Hole 54d, the other end are fixed in moving tooth fixed link 58；
Upper shaft sleeve 511 and about 518 Lower shaft sleeve arrange, it is affixed to be mutually perpendicular to, and lower winder support rod 56 is through Lower shaft sleeve
In 518, one end of lower winder support rod 56 is through the fixation hole on the winder fixed strip 31c on side-mounted device bracket 31
In, and lower winder support rod 56 is fixed on winder fixed strip 31c by support rod fixed screw 57；
Upper winder support rod 520 is fixed in Upper shaft sleeve 511, and one end of upper winder support rod 520 is fixed in planet
Take turns 59 center of left supported plate；
Winder driven belt wheel shaft 53 is fixed on 54 right center of cylinder, and winder driven pulley 52 is fixed on winder
On driven belt wheel shaft 53；
51 sets of belt of winder drive is on winder driving pulley 314 and winder driven pulley 52；
The axle center of winder driven belt wheel shaft 53 and winder driven pulley 52, planetary gear left supported plate 59 and the right branch of planetary gear
The geometric center of plate 519 is coaxial；
Cutter unit, including disk fixing axle 61, disk 63 and cutting disc 64；
The upper end of two disk fixing axles 61 is affixed with left disk driven shaft 312 and right disk driven shaft 313 respectively, disk
63 are respectively and fixedly connected to the lower end of two disk fixing axles 61；Circumferential directions of multiple cutting dives 64 along disk 63.
The side disc type pea cutter-rower further includes side unit, including support arm 11, brace 12, upper fixed pin
13, three-link hitch 14, lower fixed pin 15, side support plate 16, side connecting pin 17, active force connecting shaft 18, active force
It inputs belt wheel 19 and active force inputs belt 110；
Support arm 11, it is L-shaped, including vertical portion and horizontal component, three-link hitch 14 be arranged in support arm 11
Vertical portion on；
Side support plate 16 and the horizontal component of support arm 11 are affixed, and side support plate 16 is close to the vertical portion of support arm 11
One end lower part divided is equipped with power input shaft seat 16a, and the other end of side support plate 16 is equipped with the right connecting pin 16c of side, side
Right connecting pin 16c is equipped with multiple grafting lugs for being provided with pin hole being spaced apart, and setting accessory plate is solid in side support plate 16
Reservation 16b；
Brace 12 is fixed between the vertical portion and horizontal component of support arm 11；
The side of side support plate 16, active force input are arranged in by power input shaft seat 16a for active force connecting shaft 18
Belt wheel 19 is arranged in active force connecting shaft 18.
The side disc type pea cutter-rower further includes Auxiliary support unit, including auxiliary tension spring 21, auxiliary upper connecting rod
22, auxiliary fixing bolt 23, accessory plate 25 and the lower pull rod 26 of auxiliary；
Accessory plate 25 has triangular structure, and the apex angle of the triangular structure of accessory plate 25 is pulled up by fixed pin and auxiliary
One end of bar 22 connects, and a base angle of 25 triangular structure of accessory plate is connect by fixed pin with accessory plate fixing seat 16b, auxiliary
Another base angle of 25 triangular structure of plate is helped to connect by fixed pin with one end of lower pull rod 26 is assisted；
The other end of auxiliary upper connecting rod 22 is connect with support arm 11；
Through slot is provided among auxiliary upper connecting rod 22, one end of auxiliary tension spring 21 is fixed on support arm 11, and the other end passes through
Auxiliary fixing bolt 23 and nut are slidably connected in the through slot of auxiliary upper connecting rod 22.
The outside of the left disk driving gear 38 and left disk driven gear 310, driven gear 37 and power input tooth
External, the right disk driving gear 39 of wheel 35 and the outside of right disk driven gear 311 are respectively equipped with gear-box 34；
Left disk driving gear 38 and left disk driven gear 310,37 and of driven gear of all engagements in gear-box 34
The transmission ratio of power input gear 35, right disk driving gear 39 and right disk driven gear 311 is all 1:1, and three groups are nibbled
The modulus and size of six gears closed are all identical.
The left end of side-mounted device bracket 31 is the left connecting pin 31d of side, the left multiple intervals point of connecting pin 31d setting of side
The grafting lug for being provided with pin hole of cloth；The grafting lug and side-mounted device bracket of the right connecting pin 16c of the side of side support plate 16
The mutual interpolation of grafting lug of the left connecting pin 31d of side on 31 together, and is inserted into grafting lug by side connecting pin 17
On pin hole the two is fixedly connected.
Lower pull rod fixing seat 31a is arranged in the gear of the outside of right disk driving gear 39 and right disk driven gear 311
The leading flank of case 34；The other end of lower pull rod 26 is assisted to connect by supplementary fixation pin 24 with lower pull rod fixing seat 31a.
Moving tooth 55 includes moving tooth bar and moving tooth end annulus, and than half path length of cylinder 54, moving tooth 55 is logical for the length of moving tooth 55
It crosses moving tooth end annulus to connect with moving tooth fixed link 58, arrangement is about 55 stock axle center symmetrical two of moving tooth on the annulus of moving tooth end
The anticreep card column of a cylinder, the half path length 35cm of the length of moving tooth 55 than cylinder 54.
Active power output shaft 33 is arranged on rack beam by bearing, the axis and horizontal axis 36 of active power output shaft 33
Axis intersect vertically, and 36 rear of horizontal direction horizontal axis extend；Active power output shaft 33 is equipped with active force output pulley 32, main
Power input belt 110 is sleeved on active force input belt wheel 19 and active force output pulley 32.
It is by Upper shaft sleeve fixed screw 510 that upper winder support rod 520 and Upper shaft sleeve 511 is fixed.
The axle center of disk fixing axle 61 and disk 63 and the axle center of left disk driven shaft 312 or right disk driven shaft 313 are same
The axis of the axis and horizontal axis 36 of axis, left disk driven shaft 312 and right disk driven shaft 313 intersects vertically, plane where them
It is vertical with 34 upper surface of gear-box.
The beneficial effects of the utility model are：
(1) the side disc type pea cutter-rower can directly be mounted with the tractor of mating power；
(2) the side disc type pea cutter-rower dials that help effect good to pea seedling, and is effectively prevented pea seedling to circle
The winding of cylinder 54；
(3) the side disc type pea cutter-rower possesses side tool unit, can prevent pea seedling pair during machine-walking
The winding of device side；
(4) the side disc type pea cutter-rower is cut using cutting disc, has good anti-interference ability, and
Cutting disc is not easy to wear, there is longer service life；
(5) the pea seedling cut off can be polymerized to a line by the side disc type pea cutter-rower, convenient for taking off for pea later period
Grain.
Detailed description of the invention
Fig. 1 is the antero-lateral perspective structural representation of the side disc type pea cutter-rower of the utility model；
Fig. 2 is the rear perspective structural representation of the side disc type pea cutter-rower of the utility model；
Fig. 3 is the schematic perspective view of the side disc type pea cutter-rower side unit of the utility model；
Fig. 4 is the schematic perspective view of the side disc type pea cutter-rower support arm of the utility model；
Fig. 5 is the schematic perspective view of the side disc type pea cutter-rower Auxiliary support unit of the utility model；
Fig. 6 is the schematic perspective view of the side disc type pea cutter-rower rack unit of the utility model；
Fig. 7 is the top cross sectional view of the side disc type pea cutter-rower rack unit of the utility model；
Fig. 8 is that the gearbox medium gear of the side disc type pea cutter-rower rack unit of the utility model is driven signal
Figure；
Fig. 9 is the schematic perspective view of the side disc type pea cutter-rower side tool unit of the utility model；
Figure 10 is the overlooking structure diagram of the side disc type pea cutter-rower side tool unit of the utility model；
Figure 11 is that the stereochemical structure of the side disc type pea cutter-rower group standing grain unit (without cylinder) of the utility model is shown
It is intended to；
Figure 12 is the schematic cross-section of the side disc type pea cutter-rower cylinder of the utility model；
Figure 13 is the side disc type pea cutter-rower moving tooth of the utility model and the assembly stereochemical structure of moving tooth fixed link
Schematic diagram；
Figure 14 is the schematic perspective view of the side disc type pea cutter-rower cutter unit of the utility model.
Appended drawing reference：
11 support arm 11b tension spring fixed columns
Fixed pin holes on 11c upper connecting rod fixed column 11d
12 brace of fixed pin holes under 11e
14 three-link hitch of fixed pin on 13
15 lower 16 side support plates of fixed pin
16a power input shaft seat 16b accessory plate fixing seat
The right 17 side connecting pin of connecting pin of 16c side
18 active force connecting shaft, 19 active force inputs belt wheel
110 active forces input belt 21 and assist tension spring
22 auxiliary 23 auxiliary fixing bolts of upper connecting rod
24 supplementary fixation pin, 25 accessory plate
26 assist lower 31 side-mounted device bracket of pull rod
Pull rod fixing seat 31b tensioning wheel fixing seat under 31a
The left connecting pin of 31c winder fixed strip 31d side
32 active force output pulley, 33 active power output shaft
34 gear-box, 35 power input gear
36 horizontal axis, 37 driven gear
The 38 right disk driving gears of left disk driving gear 39
The 310 right disk driven gears of left disk driven gear 311
The 312 right disk driven shafts of left disk driven shaft 313
314 winder driving pulley, 315 side tool driving pulley
316 collector plate, 317 tension wheel shaft
318 tensioning wheel, 41 side tool drives belt
42 side tool driven pulley, 43 side tool driven belt wheel shaft
44 bias axis, 45 connecting rod
46 connecting rod shaft, 47 ledger-plate
48 cutting blade, 49 rolling bearing units
410 bearing plate, 411 side tool fixes vertical pole
51 winders drive 52 winder driven pulley of belt
53 winder driven belt wheel shaft, 54 cylinder
54a cylinder inner wall 54b annular protrusions
54c cylinder side wall 54d moving tooth hole
The lower winder support rod of 55 moving teeth 56
57 support rod fixed screw, 58 moving tooth fixed link
Winder support rod on 59 planetary gear left supported plates 520
510 Upper shaft sleeve fixed screw, 511 Upper shaft sleeve
512 planetary gear, 513 planetary gear fixed pin
514 lead screw, 515 feed screw nut
516 lead screw fixed plate, 517 lead screw bolt
518 Lower shaft sleeve, 519 planetary gear right supported plate
61 disk fixing axle, 62 anti-wrap device
63 disk, 64 cutting disc
Specific embodiment
With reference to the accompanying drawings and examples, specific embodiment of the present utility model is described in further detail.
The utility model is designed mainly for the autumn pea harvest of the northern area of China.
As shown in Fig. 1~Figure 14, a kind of side disc type pea cutter-rower, including side unit, Auxiliary support unit, machine
Frame unit, dials standing grain unit and cutter unit at side tool unit.The direction of advance V of side disc type pea cutter-rower is to cut solarization in figure
In front of the movement of machine.
Shown in as shown in Figure 1, Figure 3 and Figure 4, side unit, including support arm 11, brace 12, upper fixed pin 13, trifilar suspension dress
Set 14, lower fixed pin 15, side support plate 16, side connecting pin 17, active force connecting shaft 18, active force input belt wheel 19 and master
Power inputs belt 110.
Support arm 11, it is L-shaped, including vertical portion and horizontal component.The vertical portion of support arm 11 is cylindrical body, water
The cross section of flat part is rectangle.In the vertical portion of support arm 11, be successively arranged from top to bottom tension spring fixed column 11b, on
Pull rod fixed column 11c, upper fixed pin holes 11d and lower fixed pin holes 11e.Wherein, in order to cooperate two states of the present apparatus：Work
State and travel position, upper fixed pin holes 11d and lower fixed pin holes 11e are respectively provided with two orthogonal through-holes, wherein one
The direction that the direction of a through-hole is advanced when working with cutter-rower is consistent.
Three-link hitch 14 is arranged in the vertical portion of support arm 11.Upper fixed pin 13 and lower fixed pin 15 are worn respectively
Corresponding pin hole on fixed pin holes 11d, lower fixed pin holes 11e and three-link hitch 14 is crossed, by three-link hitch 14
It is fixed with support arm 11.Trifilar suspension on three-link hitch 14 and matching tractor mounts.
Side support plate 16 and the horizontal component of support arm 11 are affixed.Side support plate 16 is close to the vertical portion of support arm 11
One end lower part divided is equipped with power input shaft seat 16a, and the other end of side support plate 16 is equipped with the right connecting pin 16c of side, side
Right connecting pin 16c is equipped with multiple grafting lugs for being provided with pin hole being spaced apart.It is solid that accessory plate is set in side support plate 16
Reservation 16b.
Preferably, the length of side support plate 16 is 20- longer than the half of two rear-wheel outer edge spacing of matching tractor
30cm。
Brace 12 is fixed between the vertical portion and horizontal component of support arm 11, for reinforcing the support force of support arm 11
Amount.
The side of side support plate 16 is arranged in by power input shaft seat 16a for active force connecting shaft 18, and tractor moves
Power is transmitted to whole device by active force connecting shaft 18.Active force input belt wheel 19 is arranged in active force connecting shaft 18.
As shown in Figure 1 and Figure 5, Auxiliary support unit, including auxiliary tension spring 21, auxiliary upper connecting rod 22, auxiliary fixing bolt
23, accessory plate 25 and the lower pull rod 26 of auxiliary.
Accessory plate 25 has triangular structure.The apex angle of the triangular structure of accessory plate 25 is pulled up by fixed pin and auxiliary
One end of bar 22 connects, and a base angle of 25 triangular structure of accessory plate is connect by fixed pin with accessory plate fixing seat 16b, auxiliary
Another base angle of 25 triangular structure of plate is helped to connect by fixed pin with one end of lower pull rod 26 is assisted.
The other end of auxiliary upper connecting rod 22 is connect by upper connecting rod fixed column 11c with support arm 11.
Through slot is provided among auxiliary upper connecting rod 22.One end of auxiliary tension spring 21 is fixed on support by tension spring fixed column 11b
On arm 11, the other end is slidably connected in the through slot of auxiliary upper connecting rod 22 by auxiliary fixing bolt 23 and nut, and can be led to
Auxiliary fixing bolt 23 is overregulated to adjust the elasticity of secondary spring 21.
As shown in Fig. 2, Fig. 6~Fig. 8, rack unit, including side-mounted device bracket 31, active force output pulley 32, active
Power output shaft 33, gear-box 34, power input gear 35, horizontal axis 36, driven gear 37, left disk driving gear 38, right disk
Driving gear 39, left disk driven gear 310, right disk driven gear 311, left disk driven shaft 312, right disk driven shaft
313, winder driving pulley 314, side tool driving pulley 315, collector plate 316, tension wheel shaft 317 and tensioning wheel 318.
Side-mounted device bracket 31, including rack beam and rack leg, a pair of brackets leg are respectively and fixedly connected to the two of rack beam
End.Preferably, the length of side-mounted device bracket 31 is the distance between two rear-wheel outer edges of matching tractor.
Tensioning wheel fixing seat 31b is equipped on the right side of side-mounted device bracket 31.
A pair of of winder fixed strip 31c is respectively and fixedly connected on front side of the both ends of side-mounted device bracket 31, winder fixed strip 31c
It is provided with multiple fixation holes used for positioning from top to bottom.
The left end of side-mounted device bracket 31 is the left connecting pin 31d of side, the left multiple intervals point of connecting pin 31d setting of side
The grafting lug for being provided with pin hole of cloth.The grafting lug and side-mounted device bracket of the right connecting pin 16c of the side of side support plate 16
The mutual interpolation of grafting lug of the left connecting pin 31d of side on 31 together, and is inserted into grafting lug by side connecting pin 17
On pin hole the two is fixedly connected.
Horizontal axis 36 is arranged on the rack beam of side-mounted device bracket 31 by multiple bearing bracket stands, on horizontal axis 36 from left to right
Left disk driving gear 38, driven gear 37 and right disk driving gear 39 is arranged in sequence.
Left disk driven shaft 312 and right disk driven shaft 313 are each passed through rack beam, and are formed and rotated with rack beam
Connection.The axis of the axis and horizontal axis 36 of left disk driven shaft 312 and right disk driven shaft 313 intersects vertically, their places are flat
Face is vertical with 34 upper surface of gear-box.
Left disk driven gear 310 is arranged in left 312 upper end of disk driven shaft；Right circle is arranged in right 313 upper end of disk driven shaft
Disk driven gear 311.
Left disk driven gear 310 is engaged with left disk driving gear 38, right disk driven gear 311 and and right disk
Driving gear 39 engages.
Active power output shaft 33 is arranged on rack beam by bearing, the axis and horizontal axis 36 of active power output shaft 33
Axis intersect vertically, and 36 rear of horizontal direction horizontal axis extend.Active output shaft 33 is equipped with power input gear 35, and power is defeated
Enter gear 35 and driven gear 37 engages.
Active power output shaft 33 is equipped with active force output pulley 32, and it is defeated that active force input belt 110 is sleeved on active force
Enter on belt wheel 19 and active force output pulley 32.The power of tractor is by being transmitted to active force input from active force connecting shaft 18
Belt wheel 19, active force input belt wheel 19 and input the drive rotation of active force output pulley 32 of belt 110 by active force.
The right end of horizontal axis 36 is arranged in winder driving pulley 314 and side tool driving pulley 315.
The outside of above-mentioned left disk driving gear 38 and left disk driven gear 310, driven gear 37 and power input tooth
External, the right disk driving gear 39 of wheel 35 and the outside of right disk driven gear 311 are respectively equipped with gear-box 34.
Lower pull rod fixing seat 31a is arranged in the gear of the outside of right disk driving gear 39 and right disk driven gear 311
The leading flank of case 34.The other end of lower pull rod 26 is assisted to connect by supplementary fixation pin 24 with lower pull rod fixing seat 31a.
Preferably, in gear-box 34 all engagements left disk driving gear 38 and left disk driven gear 310, driven tooth
The transmission ratio of wheel 37 and power input gear 35, right disk driving gear 39 and right disk driven gear 311 is all 1:1, and
The modulus and size of six gears of three groups of engagements are all identical.
A pair of of collector plate 316 is symmetrically fixed in the left and right sides of 31 rear end face of side-mounted device bracket；Collector plate 316 is circular arc
Shape, a pair of of collector plate 316 constitute an accommodation space.
Tension wheel shaft 317 is fixed on tensioning wheel fixing seat 31b by screw, and tensioning wheel 318 is socketed in tension wheel shaft
On 317.
As shown in Fig. 1, Fig. 9 and Figure 10, side tool unit, including side tool drive belt 41, side tool driven pulley 42, side tool from
Movable belt pulley axis 43, bias axis 44, connecting rod 45, connecting rod shaft 46, ledger-plate 47, cutting blade 48, rolling bearing units 49, bearing plate
410 and the fixed vertical pole 411 of side tool.
Bearing plate 410 is fixed on the outside of the right side rack leg of side-mounted device bracket 31, is connected with band on bearing plate 410
One end setting of seat bearing 49, side tool driven belt wheel shaft 43 is provided with side tool driven pulley in rolling bearing units 49, on the other end
42.Side tool drives belt 41 to be socketed on side tool driving pulley 315 and side tool driven pulley 42.Bias axis 44 passes through connecting rod 45
The right side disc surfaces of side tool driven pulley 42 are fixed in behind one end, bias axis 44 and the center of circle of side tool driven pulley 42 have one
Section distance.The other end of connecting rod 45 is affixed by connecting rod shaft 46 and the rear end of cutting blade 48.
The fixed vertical pole 411 of side tool is fixed on the outside of the right side rack leg of bearing plate 410 and side-mounted device bracket 31, stationary knife
Piece 47 is fixed on the fixed vertical pole 411 of side tool.
The blade of ledger-plate 47 and cutting blade 48 is sawtooth sword, and the rotary motion of side tool driven pulley 42 becomes cutting blade
48 pump, so that form relative motion between ledger-plate 47 and the sawtooth sword of cutting blade 48.
Direction of advance of the insert orientation of ledger-plate 47 and cutting blade 48 towards pea cutter-rower.
Side tool driven pulley 42, side tool driven belt wheel shaft 43 and rolling bearing units 49 are coaxial.
Preferably, axle center of the axle center of bias axis 44 apart from side tool driven pulley 42 is equal to the adjacent sawtooth sword of cutting blade 48
The distance between sharp point.
Preferably, the free terminal of connecting rod shaft 46 phase at a distance from the free terminal of bias axis 44 and 45 surface of connecting rod
Together.
As shown in Figure 1, Figure 2, shown in Fig. 6, Figure 11~Figure 13, standing grain unit is dialled, including winder drives belt 51, winder driven
Belt wheel 52, winder driven belt wheel shaft 53, cylinder 54, moving tooth 55, winder support rod 56, support rod fixed screw 57, moving tooth
Fixed link 58, planetary gear left supported plate 59, Upper shaft sleeve fixed screw 510, Upper shaft sleeve 511, planetary gear 512, planetary gear fixed pin
513, lead screw 514, feed screw nut 515, lead screw fixed plate 516, lead screw bolt 517 and planetary gear right supported plate 519.
Planetary gear left supported plate 59 is identical as 519 size of planetary gear right supported plate, and structure having the same.Moving tooth fixed link 58
Both ends pass through bearing respectively and are rotatably connected on planetary gear left supported plate 59 and planetary gear right supported plate 519, and moving tooth fixed link 58 is opposite
It can be rotated freely in planetary gear left supported plate 59, planetary gear right supported plate 519.The center of bearing on planetary gear left supported plate 59 with
The geometric center of planetary gear left supported plate 59 has certain distance, the center of the bearing on planetary gear right supported plate 519 and planetary gear
The geometric center of right supported plate 519 has certain distance, and planetary gear left supported plate 59 and planetary gear right supported plate 519 are triangle.
Cylinder 54, including cylinder inner wall 54a, right annular protrusions 54b and left annular protrusions 54c.Wherein, right annulus
Shape protrusion 54b is the inside protrusion of the circumference on the right side of cylinder inner wall 54a, and left annular protrusions 54c is left along cylinder inner wall 54a
The inside protrusion of the circumference of side.
Pass through 513 fixed three planetary gears 512, Mei Gehang of planetary gear fixed pin on three angles of planetary gear left supported plate 59
The excircle of star-wheel 512 is equipped with a circular groove, and the left annular protrusions 54c in the groove and cylinder 54 cooperates,
Left annular protrusions 54c on cylinder 54 is slided in the groove of the planetary gear 512.Similarly, the right branch of planetary gear
Also by 513 fixed three planetary gears 512 of planetary gear fixed pin, the outer circle of each planetary gear 512 on three angles of plate 519
It is equipped with a circular groove week, the right annular protrusions 54b in the groove and cylinder 54 cooperates, so that on cylinder 54
Right annular protrusions 54b can be slided in the groove of the planetary gear 512, and each planetary gear 512 can pass through the drive of cylinder 54
The rotation on fixed position.
Four, which are dispersed with, along cylindrical barrel wall 54a with 90 ° of angle on the excircle of cylinder 54 extricates from perforation 54d, moving tooth 55
One end stretch out moving tooth hole 54d, the other end is fixed in moving tooth fixed link 58.Moving tooth 55 is rotated with moving tooth fixed link 58, by
In the axle center of moving tooth fixed link 58 and the axle center of the shaft at 59 center of the axle center of cylinder 54 and planetary gear left supported plate not in same
On straight line, and the axle center of the shaft at 59 center of the axle center of cylinder 54 and planetary gear left supported plate is added on same straight line
The length of all moving teeth 55 is the same, so that the length that moving tooth 55 stretches out cylinder 54 is different.When being worked due to cylinder 54
It is not stop rotation, causes the length for often extricating from the stretching cylinder 54 of tooth 55 constantly to change, so that moving tooth 55 is done with respect to moving tooth hole 54d
Straight reciprocating motion.
Upper shaft sleeve 511 and about 518 Lower shaft sleeve arrange, it is affixed to be mutually perpendicular to.Lower winder support rod 56 is through Lower shaft sleeve
In 518, one end of lower winder support rod 56 is through the fixation hole on the winder fixed strip 31c on side-mounted device bracket 31
In, and lower winder support rod 56 is fixed on winder fixed strip 31c by support rod fixed screw 57.By adjusting
The position of fixation hole of the lower winder support rod 56 on winder fixed strip 31c, adjustable lower winder support rod 56
Upper-lower height realizes that the upper-lower height for dialling standing grain unit is adjusted.
Upper winder support rod 520 is through in Upper shaft sleeve 511, and one end of upper winder support rod 520 is fixed in planetary gear
59 center of left supported plate drives planetary gear left supported plate 59 to rotate, can adjust and dial by rotating upper winder support rod 520
The longest distance (i.e. the position of winder maximum amplitude) of the stretching cylinder 54 of tooth 55.Adjust moving tooth 55 stretch out cylinder 54 away from
It is by Upper shaft sleeve fixed screw 510 that upper winder support rod 520 and Upper shaft sleeve 511 is fixed from rear.
Upper shaft sleeve 511 and one end of lead screw 514 are affixed, and the other end of lead screw 514 is fixed on lead screw by feed screw nut 515
In a through-hole in fixed plate 516, lead screw fixed plate 516 is fixed on lower winder support rod 56 by lead screw bolt 517,
By the feed screw nut 515 on rotational lead screw 514, adjustable Upper shaft sleeve 511 descends the anteroposterior position of winder support rod 56 relatively
It sets.
Winder driven belt wheel shaft 53 is fixed on 54 right center of cylinder, and winder driven pulley 52 is fixed on winder
On driven belt wheel shaft 53.
Winder drives 51 sets of belt on winder driving pulley 314 and winder driven pulley 52, and winder drives
Power is transmitted to winder driven pulley 52 from winder driving pulley 314 by belt 51, and winder driven pulley 52, which drives, to be dialled
Standing grain wheel driven shaft 53 rotates, and then cylinder 54 is driven to rotate.Tensioning wheel 318 is arranged in the lateral surface that winder drives belt 51,
Belt 51 is driven to play tension winder.
The axle center and winder driven pulley 52 of winder driven belt wheel shaft 53, planetary gear left supported plate 59 and planetary gear are right
The geometric center of supporting plate 519 is coaxial.
There are certain offset, the distance generally deviated is 30cm left for the axle center of moving tooth fixed link 58 and the axle center of cylinder 54
It is right.
Moving tooth 55 includes moving tooth bar and moving tooth end annulus, half path length of the length of moving tooth 55 than cylinder 54.Preferably, it dials
Half path length 35cm of the length of tooth 55 than cylinder 54.Moving tooth 55 is connect by moving tooth end annulus with moving tooth fixed link 58, moving tooth
On the annulus of end arrangement about the cylindrical anticreep card column in symmetrical two of 55 stock axle center of moving tooth, the anticreep card column be in order to
The angle for preventing moving tooth 55 from swinging is excessive, and the other end of moving tooth 55 is fallen into cylinder, causes cisco unity malfunction.
As shown in Fig. 2 and Figure 14, cutter unit, including disk fixing axle 61, anti-wrap device 62, disk 63 and disk
Knife 64.
The upper end of two disk fixing axles 61 is affixed with left disk driven shaft 312 and right disk driven shaft 313 respectively, and two
Anti-wrap device 62 is cased in disk fixing axle 61 respectively.Disk 63 is respectively and fixedly connected to the lower end of two disk fixing axles 61.It is more
Circumferential directions of a cutting disc 64 along disk 63.Preferably, six cutting disc 64 are arranged on disk 63.
The axle center of disk fixing axle 61, anti-wrap device 62 and disk 63 and left disk driven shaft 312 or right disk are driven
The axle center of axis 313 is coaxial.
When the utility model side disc type pea cutter-rower operation：
By adjusting the position of fixation hole of the lower winder support rod 56 on winder fixed strip 31c, under adjustable
The upper-lower height of winder support rod 56 realizes that the upper-lower height for dialling standing grain unit is adjusted.
It drives planetary gear left supported plate 59 to rotate by rotating upper winder support rod 520, moving tooth 55 can be adjusted and stretch out circle
The longest distance (i.e. the position of winder maximum amplitude) of cylinder 54.After the distance for adjusting the stretching cylinder 54 of moving tooth 55, by upper
Axle sleeve fixed screw 510 is fixed by upper winder support rod 520 and Upper shaft sleeve 511.
Position is mounted by adjusting trifilar suspension of the three-link hitch 14 on matching tractor, that is, adjustment is entirely
The height of device, and then adjust height of the cutting disc 64 apart from ground.
The rear output of tractor drives active force connecting shaft 18 to rotate by transmission shaft, and active force connecting shaft 18 drives actively
Power inputs belt wheel 19 and rotates, and active force inputs belt wheel 19 and inputs 32 turns of active force output pulley of the drive of belt 110 by active force
Dynamic, active force output pulley 32 drives active power output shaft 33 and power input gear 35 is driven to rotate, and then drives driven tooth
37 rotation of wheel, then drives horizontal axis 36 to rotate.
Horizontal axis 36 drives winder driving pulley 314, and winder driving pulley 314 drives belt 51 to drive by winder
Winder driven pulley 52 rotates, then cylinder 54 is driven to rotate, and then moving tooth 55 is started to work, and pea stalk is propped up, and send
Enter cutter unit.
Horizontal axis 36 drives left disk driving gear 38 and right disk driving gear 39, then passes through gear drive, left disk
Driven gear 310 and right disk driven gear 311 are driven, so left disk driven shaft 312 and right disk driven shaft 313 also by
It drives, so that disk fixing axle 61 is also driven to rotate, and then the cutting disc 64 on anti-wrap device 62 and disk 63 is driven to open
Begin rotation progress cutting operation.The pea stalk come is cut to collect in a row by collector plate 316.
Meanwhile horizontal axis 36 drives side tool driving pulley 315, side tool driving pulley 315 drives belt 41 to drive by side tool
Side tool driven pulley 42 rotates, and then drives side tool work, by the pea stem cutting of cutter-rower side, prevents pea stalk
Winding, influences to work normally.
Claims (10)
1. a kind of side disc type pea cutter-rower, it is characterised in that：Including rack unit, side tool unit, dials standing grain unit and cut
Cut unit；Wherein：
Rack unit, including side-mounted device bracket (31), power input gear (35), horizontal axis (36), driven gear (37), Zuo Yuan
Disk driving gear (38), right disk driving gear (39), left disk driven gear (310), right disk driven gear (311), a left side
Disk driven shaft (312), right disk driven shaft (313), winder driving pulley (314), side tool driving pulley (315) and afflux
Plate (316)；
Side-mounted device bracket (31), including rack beam and rack leg, a pair of brackets leg are respectively and fixedly connected to the both ends of rack beam；
A pair of of winder fixed strip (31c) is respectively and fixedly connected on front side of the both ends of side-mounted device bracket (31), winder fixed strip
(31c) is provided with multiple fixation holes used for positioning from top to bottom；
Horizontal axis (36) is arranged on the rack beam of side-mounted device bracket (31) by multiple bearing bracket stands, on horizontal axis (36) from a left side to
Left disk driving gear (38), driven gear (37) and right disk driving gear (39) is arranged in right sequence；
Left disk driven shaft (312) and right disk driven shaft (313) are each passed through rack beam, and are formed and rotated with rack beam
Connection；
Left disk driven gear (310) is arranged in left disk driven shaft (312) upper end；Right disk driven shaft (313) upper end setting is right
Disk driven gear (311)；
Left disk driven gear (310) is engaged with left disk driving gear (38), right disk driven gear (311) and and right disk
Driving gear (39) engagement；
Active power output shaft (33) is equipped with power input gear (35), and power input gear (35) and driven gear (37) are nibbled
It closes；
The right end in horizontal axis (36) is arranged in winder driving pulley (314) and side tool driving pulley (315)；
A pair of of collector plate (316) is symmetrically fixed in the left and right sides of side-mounted device bracket (31) rear end face；
Side tool unit, including side tool drive belt (41), side tool driven pulley (42), side tool driven belt wheel shaft (43), bias axis
(44), connecting rod (45), connecting rod shaft (46), ledger-plate (47), cutting blade (48), rolling bearing units (49), bearing plate (410)
It is fixed vertical pole (411) with side tool；
Bearing plate (410) is fixed on the outside of the right side rack leg of side-mounted device bracket (31), and bearing plate is connected on (410)
Rolling bearing units (49), one end setting of side tool driven belt wheel shaft (43) are provided with side tool in rolling bearing units (49) on the other end
Driven pulley (42), side tool drive belt (41) to be socketed on side tool driving pulley (315) and side tool driven pulley (42), bias
Axis (44) is fixed in the right side disc surfaces of side tool driven pulley (42), bias axis (44) and side behind the one end of connecting rod (45)
The center of circle of knife driven pulley (42) has a distance, and the other end of connecting rod (45) passes through connecting rod shaft (46) and cutting blade
(48) rear end is affixed；
Side tool fixed vertical pole (411) is fixed on the outside of the right side rack leg of bearing plate (410) and side-mounted device bracket (31), fixed
Blade (47) is fixed on side tool fixed vertical pole (411)；
Direction of advance of the insert orientation of ledger-plate (47) and cutting blade (48) towards pea cutter-rower；
Side tool driven pulley (42), side tool driven belt wheel shaft (43) and rolling bearing units (49) are coaxial；
Dial standing grain unit, including winder drive belt (51), winder driven pulley (52), winder driven belt wheel shaft (53),
Cylinder (54), moving tooth (55), winder support rod (56), support rod fixed screw (57), moving tooth fixed link (58), planetary gear are left
Supporting plate (59), Upper shaft sleeve (511), planetary gear (512), planetary gear fixed pin (513), lead screw (514), feed screw nut (515), silk
Thick stick fixed plate (516), lead screw bolt (517) and planetary gear right supported plate (519)；
Planetary gear left supported plate (59) is identical as planetary gear right supported plate (519) size, and structure having the same, moving tooth fixed link
(58) both ends pass through bearing respectively and are rotatably connected on planetary gear left supported plate (59) and planetary gear right supported plate (519), are located at planet
There is certain distance at the center of bearing and the geometric center of planetary gear left supported plate (59) on wheel left supported plate (59), and it is right to be located at planetary gear
The center of bearing on supporting plate (519) and the geometric center of planetary gear right supported plate (519) have certain distance, planetary gear left supported plate
(59) and planetary gear right supported plate (519) is triangle；
Cylinder (54), including cylinder inner wall (54a), right annular protrusions (54b) and left annular protrusions (54c), wherein right circle
Circular protrusion (54b) is the inside protrusion of the circumference on the right side of cylinder inner wall (54a), and left annular protrusions (54c) are along cylinder
The inside protrusion of circumference on the left of inner wall (54a)；
By planetary gear fixed pin (513) fixed three planetary gears (512) on three angles of planetary gear left supported plate (59), each
The excircle of planetary gear (512) is all provided with fluted, left annular protrusions (54c) cooperation in the groove and cylinder (54)；Row
Pass through fixed three planetary gears of planetary gear fixed pin, the excircle of each planetary gear on three angles of star-wheel right supported plate (519)
It is all provided with fluted, right annular protrusions (54b) cooperation in the groove and cylinder (54)；
It is dispersed with moving tooth hole (54d) on the excircle of cylinder (54) along cylinder inner wall (54a), moving tooth is stretched out in one end of moving tooth (55)
Hole (54d), the other end are fixed on moving tooth fixed link (58)；
Upper shaft sleeve (511) and Lower shaft sleeve (518) arrange up and down, it is affixed to be mutually perpendicular to, and lower winder support rod (56) is through lower axle
It covers in (518), one end of lower winder support rod (56) is through on the winder fixed strip (31c) on side-mounted device bracket (31)
Fixation hole in, and lower winder support rod (56) is fixed on winder fixed strip by support rod fixed screw (57)
On (31c)；
Upper winder support rod (520) is fixed in Upper shaft sleeve (511), and one end of upper winder support rod (520) is affixed to be expert at
Star-wheel left supported plate (59) center；
Winder driven belt wheel shaft (53) is fixed on cylinder (54) right center, and winder driven pulley (52), which is fixed on, dials standing grain
It takes turns on driven belt wheel shaft (53)；
Winder drives belt (51) to cover on winder driving pulley (314) and winder driven pulley (52)；
The axle center and winder driven pulley (52) of winder driven belt wheel shaft (53), planetary gear left supported plate (59) and planetary gear are right
The geometric center of supporting plate (519) is coaxial；
Cutter unit, including disk fixing axle (61), disk (63) and cutting disc (64)；
The upper end of two disk fixing axles (61) is affixed with left disk driven shaft (312) and right disk driven shaft (313) respectively, circle
Disk (63) is respectively and fixedly connected to the lower end of two disk fixing axles (61)；Circumferencial direction cloth of multiple cutting dives (64) along disk (63)
It sets.
2. side disc type pea cutter-rower according to claim 1, it is characterised in that：
The side disc type pea cutter-rower further includes side unit, including support arm (11), brace (12), upper fixed pin
(13), three-link hitch (14), lower fixed pin (15), side support plate (16), side connecting pin (17), active force connecting shaft
(18), active force input belt wheel (19) and active force input belt (110)；
Support arm (11), it is L-shaped, including vertical portion and horizontal component, three-link hitch (14) be arranged in support arm
(11) in vertical portion；
Side support plate (16) and the horizontal component of support arm (11) are affixed, and side support plate (16) is close to the perpendicular of support arm (11)
One end lower part of straight part is equipped with power input shaft seat (16a), and the other end of side support plate (16) is equipped with the right connecting pin of side
(16c), the right connecting pin of side (16c) are equipped with multiple grafting lugs for being provided with pin hole being spaced apart, side support plate (16)
Upper setting accessory plate fixing seat (16b)；
Brace (12) is fixed between the vertical portion and horizontal component of support arm (11)；
Active force connecting shaft (18) is arranged by power input shaft seat (16a) in the side of side support plate (16), and active force is defeated
Enter belt wheel (19) to be arranged on active force connecting shaft (18).
3. side disc type pea cutter-rower according to claim 1, it is characterised in that：
The side disc type pea cutter-rower further includes Auxiliary support unit, including auxiliary tension spring (21), auxiliary upper connecting rod
(22), auxiliary fixing bolt (23), accessory plate (25) and auxiliary are lower pull rod (26)；
Accessory plate (25) has triangular structure, and the apex angle of the triangular structure of accessory plate (25) is pulled up by fixed pin and auxiliary
One end of bar (22) connects, and a base angle of accessory plate (25) triangular structure passes through fixed pin and accessory plate fixing seat (16b)
Another base angle of connection, accessory plate (25) triangular structure is connect by fixed pin with the one end of lower pull rod (26) is assisted；
The other end of auxiliary upper connecting rod (22) is connect with support arm (11)；
Through slot is provided among auxiliary upper connecting rod (22), one end of auxiliary tension spring (21) is fixed on support arm (11), and the other end is logical
It crosses auxiliary fixing bolt (23) and nut is slidably connected in the through slot of auxiliary upper connecting rod (22).
4. side disc type pea cutter-rower according to claim 1, it is characterised in that：
The outside of the left disk driving gear (38) and left disk driven gear (310), driven gear (37) and power input
External, the right disk driving gear (39) of gear (35) and the outside of right disk driven gear (311) are respectively equipped with gear-box
(34)；
The left disk driving gear (38) of all engagements and left disk driven gear (310), driven gear in gear-box (34)
(37) and the transmission ratio of power input gear (35), right disk driving gear (39) and right disk driven gear (311) is all 1:
1, and the modulus of six gears of three groups of engagements and size are all identical.
5. side disc type pea cutter-rower according to claim 2, it is characterised in that：
The left end of side-mounted device bracket (31) is the left connecting pin of side (31d), the multiple intervals point of the left connecting pin of side (31d) setting
The grafting lug for being provided with pin hole of cloth；The grafting lug and side-mounted device of the right connecting pin of side (16c) of side support plate (16)
The mutual interpolation of grafting lug of the left connecting pin of side (31d) on bracket (31) together, and is inserted by side connecting pin (17)
The two is fixedly connected by the pin hole entered on grafting lug.
6. side disc type pea cutter-rower according to claim 4, it is characterised in that：
Lower pull rod fixing seat (31a) is arranged in the tooth of the outside of right disk driving gear (39) and right disk driven gear (311)
The leading flank of roller box (34)；The other end of lower pull rod (26) is assisted to pass through supplementary fixation pin (24) and lower pull rod fixing seat (31a)
Connection.
7. side disc type pea cutter-rower according to claim 1, it is characterised in that：
Moving tooth (55) includes moving tooth bar and moving tooth end annulus, half path length of the length than cylinder (54) of moving tooth (55), moving tooth
(55) it is connect by moving tooth end annulus with moving tooth fixed link (58), arrangement is about moving tooth (55) stock axis on the annulus of moving tooth end
Symmetrical two cylindrical anticreep card columns of the heart, the half path length 35cm of the length of moving tooth (55) than cylinder (54).
8. side disc type pea cutter-rower according to claim 1, it is characterised in that：
Active power output shaft (33) is arranged on rack beam by bearing, the axis of active power output shaft (33) and horizontal axis (36)
Axis intersect vertically, and horizontal direction horizontal axis (36) rear extend；Active power output shaft (33) is equipped with active force output pulley
(32), active force input belt (110) is sleeved on active force input belt wheel (19) and active force output pulley (32).
9. side disc type pea cutter-rower according to claim 1, it is characterised in that：
It is by Upper shaft sleeve fixed screw (510) that upper winder support rod (520) and Upper shaft sleeve (511) is fixed.
10. side disc type pea cutter-rower according to claim 4, it is characterised in that：
The axis of the axle center of disk fixing axle (61) and disk (63) and left disk driven shaft (312) or right disk driven shaft (313)
The heart is coaxial, and the axis of the axis and horizontal axis (36) of left disk driven shaft (312) and right disk driven shaft (313) intersects vertically, it
Where plane it is vertical with gear-box (34) upper surface.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820194375.XU CN208095227U (en) | 2018-02-05 | 2018-02-05 | A kind of side disc type pea cutter-rower |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820194375.XU CN208095227U (en) | 2018-02-05 | 2018-02-05 | A kind of side disc type pea cutter-rower |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208095227U true CN208095227U (en) | 2018-11-16 |
Family
ID=64123935
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820194375.XU Withdrawn - After Issue CN208095227U (en) | 2018-02-05 | 2018-02-05 | A kind of side disc type pea cutter-rower |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208095227U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108055918A (en) * | 2018-02-05 | 2018-05-22 | 中国农业大学 | A kind of side disc type pea cutter-rower |
-
2018
- 2018-02-05 CN CN201820194375.XU patent/CN208095227U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108055918A (en) * | 2018-02-05 | 2018-05-22 | 中国农业大学 | A kind of side disc type pea cutter-rower |
| CN108055918B (en) * | 2018-02-05 | 2022-11-04 | 中国农业大学 | Side disc type pea cutter-rower |
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