CN208590263U - A kind of corncob promotion transmission peeling procedure - Google Patents
A kind of corncob promotion transmission peeling procedure Download PDFInfo
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- CN208590263U CN208590263U CN201820881763.5U CN201820881763U CN208590263U CN 208590263 U CN208590263 U CN 208590263U CN 201820881763 U CN201820881763 U CN 201820881763U CN 208590263 U CN208590263 U CN 208590263U
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- gear
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- peeling
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- wheel
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Abstract
The utility model relates to field of agricultural machinery, specifically a kind of corncob promotes transmission peeling procedure, including peeling headstock, transmission road bracket, first transmission component, second transmission component, conveyer system, peeling rollers system and roller system transmission component, wherein the input terminal of the first transmission component is installed on the output shaft of peeling headstock, the output end of first transmission component is equipped with first gear, the input terminal of second transmission component is equipped with second gear, and first gear and second gear engage, conveyer system is set in transmission road bracket, and second the output end of transmission component be connected with the input terminal of conveyer system, peeling rollers system is equipped in the transmission road frame bottom, and peeling rollers system drives synchronous rotary by second gear, the second gear transmits torque by roller system transmission component.The utility model completes corncob peeling operation in corncob transmit process, and device structure is also more simplified while improving operating efficiency, and power consumption is effectively reduced.
Description
Technical field
The utility model relates to field of agricultural machinery, specifically a kind of corncob promotes transmission peeling procedure.
Background technique
With the development of agricultural machinery technology, crops have generallyd use mechanized harvest, and wherein corn picker tool is set
Standby appearance realize multimachine structure be linked large area harvesting, to substantially increase corn harvesting efficiency.Existing skill
It is multiple that corn harvesting apparatus in art generally includes harvest mechanism, corncob transport mechanism, stalk processing mechanism, peeling procedure etc.
Mechanism, wherein harvest mechanism carries out corncob harvesting and realizes corncob and stalk separation, and stalk part is by stalk processing mechanism
It is handled, corncob, which then passes through corncob transport mechanism and send to peeling procedure, carries out corncob peeling operation, jade after peeling
Meter Sui is sent to be left concentratedly into maize cob collector, and not only process is relatively complicated for whole process, reduces harvesting efficiency and consumption power
It is larger, and overall mechanism is complicated, considerably increases the volume of harvesting apparatus.
Utility model content
The purpose of this utility model is to provide a kind of corncob to promote transmission peeling procedure, transmitted in corncob promotion
Corncob peeling operation is completed in journey, device structure is also more simplified while improving operating efficiency, and power is effectively reduced
Consumption.
The purpose of this utility model is achieved through the following technical solutions:
A kind of corncob promotes transmission peeling procedure, including peeling headstock, transmission road bracket, the first transmission component, the
Two transmission components, conveyer system, peeling rollers system and roller system transmission component, wherein the input terminal of the first transmission component is installed on stripping
On the output shaft of skin headstock, the output end of the first transmission component is equipped with first gear, and the input terminal of the second transmission component is equipped with
Second gear, and the first gear and second gear engagement, conveyer system is set in transmission road bracket, and the second transmission group
The output end of part is connected with the input terminal of the conveyer system, is equipped with conveying star-wheel, and the conveying in transmission road pedestal lower end
Star-wheel drives rotation by second transmission component, is equipped with peeling rollers system, the peeling rollers in the transmission road frame bottom
Each roller in system drives synchronous rotary by the second gear, and the second gear passes through roller system transmission component
Transmit torque.
First transmission component includes the first drive sprocket, the first intermediate chain wheel, the first output chain gear and first gear,
First drive sprocket is installed on the output shaft of peeling headstock, and first intermediate chain wheel includes what two-stage coaxial was arranged
Sprocket wheel, wherein level-one sprocket wheel is connected by chain with first drive sprocket, and another grade of sprocket wheel passes through chain and described first
Output chain gear is connected, and the first gear and the first output chain gear are coaxially connected.
Second transmission component includes second gear, the second drive sprocket, the second intermediate chain wheel and the second output chain gear,
The second gear is coaxially connected with the second drive sprocket, and the second intermediate chain wheel includes double stage chain wheel, and wherein level-one sprocket wheel passes through
Chain is connected with second drive sprocket, and another grade of sprocket wheel is connected by chain with second output chain gear, and described second
Output chain gear is connected with the conveyer system.
Second intermediate chain wheel is coaxially connected with the conveying star-wheel.
The conveyer system includes multiple transmission shafts, and each transmission shaft is mounted in transmission road bracket, each transmission shaft
On be equipped with transmission parts, the shaft end of each transmission shaft is equipped with transmission sprocket wheel, and each transmission sprocket wheel passes sequentially through chain and is connected,
The second transmission component output end is equipped with the second output chain gear, is located at conveyer system the lowermost transmission sprocket wheel and described second
Output chain gear is coaxially connected.
The peeling rollers system includes drive roll and driven voller, and roller system transmission component includes input bevel gear, output umbrella
Gear, active roller gear and driven roller gear, the input bevel gear and the second gear are coaxially disposed, the output umbrella tooth
Wheel and active roller gear are mounted on drive roll roller end, and the output bevel gear is engaged with the input bevel gear, driven voller
Gear is installed on driven voller roller end, and the active roller gear is engaged with the driven roller gear.
It is equipped on the end plate of the transmission road bracket for the movable sliding slot of driven voller roller end, the driven voller roller end
Downside is equipped with connecting plate, and is articulated on the end plate of transmission road bracket in the middle part of the connecting plate, sets on the downside of the transmission road bracket end
There is tension spring, is equipped with supporting plate on the outside of the transmission road bracket end, and described tension spring one end is connected with the connecting plate lower end, the other end
It is connected with the supporting plate, and the tension spring is in tensional state.
The transmission road pedestal upper end is set to above a maize cob collector, and stock guide is equipped on the upside of the maize cob collector, described
Maize cob collector side is equipped with maize cob collector door able to turn on or off.
The advantages of the utility model and good effect are as follows:
1, the utility model completes corncob peeling operation in corncob promotion transmit process from bottom to top, and straight
Output is connect into maize cob collector, operating efficiency is not only substantially increased, but also eliminate the parts such as peeling procedure, power is effectively reduced
The energy is saved in consumption, and device structure is simplified significantly, and harvesting apparatus volume is effectively reduced.
2, the drive roll in the utility model peeling rollers system and driven voller are equipped with the threaded line rotated upwards, and when transmission transmits
Transmission parts in system compress corncob, and corncob is real under the collective effect of the drive roll, driven voller and conveyer system
It is now lifted up, and drive roll opposite direction rotating synchronous with driven voller, realizes and promote the stripping in transmit process in corncob
Skin operation.
3, the driven voller in the utility model peeling rollers system is controlled by tension spring, is guaranteeing that completion corncob peeling operation is same
When, fringe skin can be made to be smoothly discharged, fringe skin is avoided to accumulate in transmission road bracket.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model,
Fig. 2 is the A-A cross-sectional view in Fig. 1,
Fig. 3 is the roller system transmission component top view in Fig. 2.
Wherein, 1 is peeling headstock, and 2 be the first transmission component, and 201 be the first drive sprocket, and 202 be the first intermediate chain
Wheel, 203 be the first output chain gear, and 204 be first gear, and 3 be main-gear box, and 4 be traveling wheel, and 5 be the second transmission component,
501 be the second drive sprocket, and 502 be the second intermediate chain wheel, and 503 be the second output chain gear, and 504 be second gear, and 6 be conveying star
Wheel, 7 be conveyer system, and 701 be transmission sprocket wheel, and 702 be transmission parts, and 8 be transmission road bracket, and 9 be stock guide, and 10 be maize cob collector,
11 be maize cob collector door, and 12 be engine, and 13 be drive roll, and 14 be driven voller, and 15 be roller system transmission component, and 151 be driven roller tooth
Wheel, 152 be active roller gear, and 153 be input bevel gear, and 154 be output bevel gear, and 155 be tension spring, and 156 be hinged shaft, and 157 are
Supporting plate.
Specific embodiment
The utility model is described in further detail with reference to the accompanying drawing.
As shown in Figure 1, the utility model is installed on corn harvesting apparatus side, corn harvesting apparatus main body includes engine
12, the components such as traveling wheel 4, main-gear box 4, maize cob collector 10,
As shown in Figures 1 to 3, the utility model includes peeling headstock 1, transmission road bracket 8, the first transmission component 2, second
Transmission component 5, conveyer system 7, peeling rollers system and roller system transmission component 15, wherein peeling headstock 1, the first transmission component 2,
Second transmission component 5 and roller system transmission component 15 are all set in the lower end of transmission road bracket 8, the setting of 8 upper end of transmission road bracket
Above maize cob collector 10, the input terminal of the first transmission component 2 is installed on the output shaft of peeling headstock 1, the first transmission component 2
Output end be equipped with first gear 204, the input terminal of the second transmission component 5 is equipped with second gear 504, and the first gear
204 and second gear 504 engage, conveyer system 7 is set in transmission road bracket 8, and the output end of the second transmission component 5 and institute
The input terminal for stating conveyer system 7 is connected, and is equipped with conveying star-wheel 6 in 8 lower end of transmission road bracket, and the conveying star-wheel 6 passes through institute
It states the second transmission component 5 and drives rotation, as shown in figures 2-3, be equipped with peeling rollers system in 8 bottom of transmission road bracket, and described
Each roller in peeling rollers system, which is arranged each along 8 length direction of transmission road bracket and is driven by the second gear 504, to be synchronized
Rotation, the second gear 504 transmit torque by roller system transmission component 15.When utility model works, such as Fig. 1 institute
Show, the corncob of harvesting is sent into transmission road bracket 8 by the conveying star-wheel 6 for being set to 8 lower end of transmission road bracket, and corncob
It is moved up under the conveyer system 7 effect, the peeling rollers system described in moving process completes corncob peeling operation, peeling
Corncob afterwards is fallen into maize cob collector 10 by the output of 8 upper end of transmission road bracket.
As shown in Figure 1, first transmission component 2 is defeated including the first drive sprocket 201, the first intermediate chain wheel 202, first
Sprocket wheel 203 and first gear 204 out, first drive sprocket 201 are installed on the output shaft of peeling headstock 1, and described
One intermediate chain wheel 202 includes the sprocket wheel of two-stage coaxial setting, and wherein level-one sprocket wheel passes through chain and first drive sprocket 201
It is connected, another grade of sprocket wheel is connected by chain with first output chain gear 203, the first gear 204 and the first output chain
Wheel 203 is coaxially connected.When mechanism works, peeling headstock 1 passes sequentially through first drive sprocket 201, the first intermediate chain wheel
202, first gear 204 described in the first output chain gear 203 transmitting torque actuated rotates.
As shown in Figure 1, second transmission component 5 includes second gear 504, the second drive sprocket 501, the second intermediate chain
Wheel 502 and the second output chain gear 503, the second gear 504 and the second drive sprocket 501 are coaxial connected, the second intermediate chain wheel
502 include double stage chain wheel, and wherein level-one sprocket wheel is connected by chain with second drive sprocket 501, and another grade of sprocket wheel passes through
Chain is connected with second output chain gear 503, and the conveyer system 7 includes multiple transmission sprocket wheels 701, the second output chain
Wheel 503 and 7 the lowermost of conveyer system transmission sprocket wheel 701 are coaxial connected.When mechanism works, the first gear 204 drives institute
The rotation of second gear 504 is stated, and passes sequentially through second drive sprocket 501, the second intermediate chain wheel 502 and the second output chain gear
503 transmitting torques, to realize that conveyer system 7 acts.
As shown in Figure 1, second intermediate chain wheel 502 is coaxial connected with the conveying star-wheel 6, the conveying star-wheel 6 is
It drives rotation to complete corncob by second intermediate chain wheel 502 and conveys operation.
As shown in Figure 1, the conveyer system 7 includes multiple transmission shafts, each transmission shaft is mounted on transmission road bracket 8
It is interior, transmission parts 702 are equipped on each transmission shaft, corncob compresses in the transmission parts 702 and in the case where peeling rollers system pushes
It moves up, in the present embodiment, the transmission parts 702 are transmission star-wheel or transmission blade, and the shaft end of each transmission shaft is equipped with
Sprocket wheel 701 is transmitted, and each transmission sprocket wheel 701 passes sequentially through chain and is connected, thus realize that each transmission shaft successively rotates, and position
It is coaxial connected in 7 the lowermost of conveyer system transmission sprocket wheel 701 and the second output chain gear 503 in second transmission component 5,
Each transmission shaft passes through the driving of the second output chain gear 503 rotation, to realize that corncob is passed up.
As shown in figures 2-3, it is equipped with peeling rollers system in 8 bottom of transmission road bracket, the peeling rollers system includes drive roll
13 and driven voller 14, screw thread that is oppositely oriented and rotating upwards, and drive roll are equipped on the drive roll 13 and driven voller 14
13 with driven voller 14 synchronize rotate inward, peel off the function of corncob fringe skin to realize.
As shown in figures 2-3, roller system transmission component 15 includes input bevel gear 153, output bevel gear 154, drive roll
Gear 152 and driven roller gear 151, the input bevel gear 153 is coaxial connected with the second gear 504, the output umbrella
Gear 154 and active roller gear 152 are mounted on 13 roller end of drive roll, and the output bevel gear 154 and the input umbrella tooth
153 engagement of wheel, driven roller gear 151 are installed on 14 roller end of driven voller, and the active roller gear 152 and the driven roller gear
151 engagements.Mechanism work when, the second gear 504 i.e. pass sequentially through the input bevel gear 153, output bevel gear 154,
Active roller gear 152 and driven roller gear 151 transmit torque, realize and drive the drive roll 13 synchronous with driven voller 14 to inward turning
Turn.
As shown in Fig. 2, the driven voller 14 is movable roll, it is equipped with described in confession on the end plate of the transmission road bracket 8
The movable sliding slot of 14 roller end of driven voller.It is equipped with a connecting plate on the downside of 14 roller end of driven voller, and passes through hinge in the middle part of the connecting plate
Axis 156 is articulated on the end plate of transmission road bracket 8, a tension spring 155 is equipped on the downside of 8 end of transmission road bracket, in institute
It states and is equipped with a supporting plate 157 on the outside of 8 end of transmission road bracket, and 155 one end of the tension spring is connected with the connecting plate lower end, it is another
End is connected with the supporting plate 157, and the tension spring 155 is in tensional state and to the outside power in the connecting plate lower end one, through institute
State connecting plate guarantee driven voller 14 inwardly with drive roll 13 cooperate complete corncob peeling operation, while also guarantee drive roll 13 and from
There is certain activity between dynamic roller 14, makes the corncob micromicro peeled smoothly by falling between the drive roll 13 and driven voller 14
Enter in field, fringe skin will not be deposited in transmission road bracket 8.
As shown in Figure 1, being equipped with stock guide 9 on the upside of the maize cob collector 10, the corncob after peeling is by transmission road bracket 8
It is fallen into the maize cob collector 10 after the output of end along the stock guide 9, is equipped with collection fringe able to turn on or off in 10 side of maize cob collector
Chamber door 11, opening the maize cob collector door 11 can corncob in delivery casing.
The working principle of the utility model are as follows:
As shown in Figure 1, the harvest mechanism of corn harvesting apparatus front end send corncob to transmission when utility model works
8 lower end of road bracket, the peeling headstock 1 passes sequentially through first transmission component 2 and the transmitting torque of the second transmission component 5 is driven
Conveyer system 7 in dynamic transmission road bracket 8 is run, and the second intermediate chain wheel 502 and transmission road branch in the second transmission component 5
The conveying star-wheel 6 of 8 lower end of frame is coaxially disposed, to realize that driving conveying star-wheel 6 to rotate to transmission road bracket 8 inputs corncob, together
When 2 output end of the first transmission component first gear 201 engaged with the second gear 504 of 5 input terminal of the second transmission component, and institute
It states second gear 504 and the peeling rollers system rotation that torque actuated is set to 8 bottom of transmission road bracket is transmitted by roller system transmission component 15
Turn, drive roll 13 and driven voller 14 in peeling rollers system are equipped with the screw thread rotated upwards, transmission parts when transmission in conveyer system 7
702 compress corncob, and corncob is upward under the collective effect of the drive roll 13, driven voller 14 and the transmission parts 702
The opposite direction rotating synchronous with driven voller 14 of drive roll 13 when transmitting, and transmitting in peeling rollers system is realized and promotes biography in corncob
Corncob peeling operation is completed during sending, the driven voller 14 is movable roll and controls by tension spring 155, both guarantees driven voller
14 inwardly cooperate completion corncob peeling operation with drive roll 13, while also guaranteeing the corncob micromicro peeled smoothly by the master
It is fallen into field between dynamic roller 13 and driven voller 14, fringe skin will not be deposited in transmission road bracket 8.On the corn harvesting apparatus
Harvest mechanism is techniques well known.
Claims (8)
1. a kind of corncob promotes transmission peeling procedure, it is characterised in that: including peeling headstock (1), transmission road bracket (8),
First transmission component (2), the second transmission component (5), conveyer system (7), peeling rollers system and roller system transmission component (15), wherein
The input terminal of first transmission component (2) is installed on the output shaft of peeling headstock (1), the output end of the first transmission component (2)
Equipped with first gear (204), the input terminal of the second transmission component (5) is equipped with second gear (504), and the first gear
(204) it is set in transmission road bracket (8) with second gear (504) engagement, conveyer system (7), and the second transmission component (5)
Output end is connected with the input terminal of the conveyer system (7), is equipped with conveying star-wheel (6) in transmission road bracket (8) lower end, and described
It conveys star-wheel (6) and rotation is driven by second transmission component (5), be equipped with peeling rollers in transmission road bracket (8) bottom
It is that each roller in the peeling rollers system drives synchronous rotary, and the second gear by the second gear (504)
(504) torque is transmitted by roller system transmission component (15).
2. corncob according to claim 1 promotes transmission peeling procedure, it is characterised in that: first transmission component
It (2) include the first drive sprocket (201), the first intermediate chain wheel (202), the first output chain gear (203) and first gear (204),
First drive sprocket (201) is installed on the output shaft of peeling headstock (1), and first intermediate chain wheel (202) includes
The sprocket wheel of two-stage coaxial setting, wherein level-one sprocket wheel is connected by chain with first drive sprocket (201), another grade of sprocket wheel
It is connected by chain with first output chain gear (203), the first gear (204) and the first output chain gear (203) are coaxial
It is connected.
3. corncob according to claim 1 promotes transmission peeling procedure, it is characterised in that: second transmission component
It (5) include second gear (504), the second drive sprocket (501), the second intermediate chain wheel (502) and the second output chain gear (503),
The second gear (504) is coaxial connected with the second drive sprocket (501), and the second intermediate chain wheel (502) includes double stage chain wheel,
Middle level-one sprocket wheel is connected by chain with second drive sprocket (501), and another grade of sprocket wheel is defeated by chain and described second
Sprocket wheel (503) is connected out, and second output chain gear (503) is connected with the conveyer system (7).
4. corncob according to claim 3 promotes transmission peeling procedure, it is characterised in that: second intermediate chain wheel
(502) coaxial connected with the conveying star-wheel (6).
5. corncob according to claim 1 promotes transmission peeling procedure, it is characterised in that: conveyer system (7) packet
Multiple transmission shafts are included, each transmission shaft is mounted in transmission road bracket (8), transmission parts (702) are equipped on each transmission shaft,
The shaft end of each transmission shaft is equipped with transmission sprocket wheel (701), and each transmission sprocket wheel (701) passes sequentially through chain and is connected, described
Second transmission component (5) output end is equipped with the second output chain gear (503), is located at conveyer system (7) the lowermost and transmits sprocket wheel
(701) coaxial connected with second output chain gear (503).
6. corncob according to claim 1 promotes transmission peeling procedure, it is characterised in that: the peeling rollers system includes master
Dynamic roller (13) and driven voller (14), roller system transmission component (15) include input bevel gear (153), output bevel gear (154),
Active roller gear (152) and driven roller gear (151), the input bevel gear (153) with the second gear (504) is coaxial sets
It sets, the output bevel gear (154) and active roller gear (152) are mounted on drive roll (13) roller end, and the output umbrella tooth
Wheel (154) is engaged with the input bevel gear (153), and driven roller gear (151) is installed on driven voller (14) roller end, and the master
Dynamic roller gear (152) are engaged with the driven roller gear (151).
7. corncob according to claim 6 promotes transmission peeling procedure, it is characterised in that: the transmission road bracket (8)
End plate on be equipped with for the movable sliding slot of the driven voller (14) roller end, connecting plate is equipped on the downside of driven voller (14) roller end,
And be articulated on the end plate of transmission road bracket (8) in the middle part of the connecting plate, tension spring is equipped on the downside of transmission road bracket (8) end
(155), supporting plate (157) are equipped on the outside of transmission road bracket (8) end, and under the tension spring (155) one end and the connecting plate
End is connected, and the other end is connected with the supporting plate (157), and the tension spring (155) is in tensional state.
8. corncob according to claim 1 promotes transmission peeling procedure, it is characterised in that: the transmission road bracket (8)
Upper end is set to above a maize cob collector (10), is equipped with stock guide (9) on the upside of the maize cob collector (10), the maize cob collector (10) one
Side is equipped with maize cob collector door (11) able to turn on or off.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820881763.5U CN208590263U (en) | 2018-06-08 | 2018-06-08 | A kind of corncob promotion transmission peeling procedure |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820881763.5U CN208590263U (en) | 2018-06-08 | 2018-06-08 | A kind of corncob promotion transmission peeling procedure |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208590263U true CN208590263U (en) | 2019-03-12 |
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ID=65601018
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820881763.5U Active CN208590263U (en) | 2018-06-08 | 2018-06-08 | A kind of corncob promotion transmission peeling procedure |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208590263U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110574546A (en) * | 2018-06-08 | 2019-12-17 | 张凤武 | Corncob lifting, conveying and peeling mechanism |
-
2018
- 2018-06-08 CN CN201820881763.5U patent/CN208590263U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110574546A (en) * | 2018-06-08 | 2019-12-17 | 张凤武 | Corncob lifting, conveying and peeling mechanism |
| CN110574546B (en) * | 2018-06-08 | 2023-12-26 | 张凤武 | Corn ear lifting, conveying and peeling mechanism |
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