CN114793637A - Transmission system of peeling machine and corn harvester capable of harvesting stems and ears - Google Patents

Abstract

The invention provides a transmission system of a peeling machine, comprising a peeling part, a power system and a power shaft of the peeling machine; the peeling part includes a pressure feeder component, a skinning component, a cleaning component and a grain recovery device; the pressure feeding component is arranged above the skinning component The cleaning component is arranged below the peeling component, and the grain recovery device is arranged at the bottom of the cleaning component; the power system is connected to the power shaft of the peeling machine, and the power shaft of the peeling machine provides power for the cleaning component; the present invention transmits the engine power to the peeling machine respectively. Each working component of the machine has reasonable setting, simple layout, few power transmission stages, high transmission efficiency and high reliability.

Description

A peeling machine transmission system and a corn harvester for both stems and ears

technical field

The invention relates to the field of corn harvesters, in particular to a debarker transmission system of a corn harvester that combines stems and ears.

Background technique

Stem and ear harvesting corn harvester generally includes corn harvesting system, straw harvesting system and field returning machine, wherein the corn harvesting system includes a header, an elevator, a peeler and a granary, and the header includes an upper header and a lower header , the upper header is used to pick off the corn ear, and the picked ear is transported to the peeling machine by the elevator, and the peeler peels the ear, and the peeled ear is sent to the granary; Under the push of the dragon, it enters the shredding mechanism for shredding, and under the action of the throwing mechanism, it is thrown into the grass bin through the secondary throwing mechanism; the existing corn harvester with both stems and ears is generally driven by the engine through multi-stage transmission, and the power They are respectively transmitted to peelers, elevators, headers, etc. First, due to the high number of power transmission stages, resulting in large energy loss and low product reliability; second, the layout of multi-stage transmission requires a large space, which affects corn harvesting. machine miniaturization.

SUMMARY OF THE INVENTION

The purpose of the present invention is to provide a kind of peeling machine transmission system and both stem and ear corn harvester, to solve the above-mentioned problems.

According to one aspect of the present invention, there is provided a debarking machine transmission system, comprising a debarking part, a power system and a debarking machine power shaft; the debarking part includes a pressure feeder assembly, a debarking assembly, a cleaning assembly and a grain recovery device; the The pressure feeder component is arranged above the peeling component; the cleaning component is arranged below the peeling component, and the grain recovery device is arranged on the bottom of the cleaning component; the power system is driven and connected to the peeling machine A power shaft that powers the cleaning assembly.

Preferably, one end of the peeling machine power shaft is provided with a peeling machine power shaft input sprocket, and the other end of the peeling machine power shaft is sequentially provided with a first sprocket and a second sprocket; the cleaning assembly includes a peeling machine The lower auger of the peeling machine and the upper auger of the peeling machine; the lower auger of the peeling machine includes the power shaft of the lower auger of the peeling machine, and the power shaft of the lower auger of the peeling machine is provided with the input sprocket and the fifth chain of the lower auger of the peeling machine The fifth sprocket is arranged adjacent to the lower auger input sprocket; the first sprocket transmits power to the pressure feeder assembly through transmission; the second sprocket is connected to the peeler through a chain The lower auger input sprocket; the upper auger on the peeling machine includes the upper auger power shaft of the peeling machine, the upper auger power shaft of the peeling machine is provided with the upper auger input sprocket of the peeling machine, and the upper auger input sprocket of the peeling machine is provided on the upper auger power shaft of the peeling machine The fifth sprocket is connected by a chain.

Preferably, it also includes a grain cleaning fan, the grain cleaning fan is arranged on one side of the grain recovery device; the grain cleaning fan includes a cleaning fan power shaft, and a cleaning fan is provided on the power shaft of the cleaning fan The fan input sprocket; the power system includes a second intermediate shaft; the second intermediate shaft is sequentially provided with a third sprocket and a fourth sprocket, and the second sprocket is sequentially connected to the lower part of the peeling machine through a chain The auger input sprocket and the third sprocket; the fourth sprocket is connected to the cleaning fan input sprocket through a chain.

Preferably, the power system further comprises an engine output pulley, a main drive shaft and a reversing box; the left end of the main drive shaft is provided with a main drive shaft pulley, and the other end of the main drive shaft is provided with a peeler input sprocket; the engine The output pulley is connected to the main drive shaft pulley through a belt; the reversing box is provided with a reversing box input sprocket and a reversing box output sprocket, and the peeling machine input sprocket passes through the chain, the reversing box input chain The wheel drive is connected to the reversing box; the output sprocket of the reversing box, which is parallel and straight with the axis of the input sprocket of the reversing box, is connected to the power shaft of the peeling machine.

Preferably, the power system further includes a first intermediate shaft, and the first intermediate shaft is provided with a first intermediate shaft input sprocket and a first intermediate shaft output sprocket in sequence; The sprocket is connected to the input sprocket of the first intermediate shaft; the other end of the power shaft of the peeling machine is provided with the input sprocket of the power shaft of the peeling machine; the output sprocket of the first intermediate shaft is connected to the power of the peeling machine through the sprocket Shaft input sprocket.

Preferably, the grain recovery device includes a grain auger, the grain auger includes a grain auger power shaft, and the grain auger power shaft is provided with a grain auger input sprocket; and the reversing box input chain The second output sprocket of the reversing box whose axis is parallel to the wheel is connected to the input sprocket of the grain auger through a chain.

Preferably, the peeling assembly includes several peeling units, each peeling unit includes several peeling rollers, and each peeling unit is provided with a passive bevel gear; the power shaft of the peeling machine is also provided with a number of Each driven bevel gear meshes with a driving bevel gear, and the plurality of driving bevel gears synchronously drive the plurality of peeling units.

Preferably, the press feeder assembly includes four star wheel shafts and a plurality of star wheels sleeved on each of the star wheel shafts; the No. 1 star wheel shaft is provided with a No. 1 star wheel shaft input sprocket, the No. The star wheel shaft input sprocket is connected to the first sprocket through the sprocket; the No. 1 star wheel shaft is also provided with a No. 2 star wheel shaft input sprocket; the No. 2 star wheel shaft is provided with a No. 2 star wheel shaft output sprocket , the No. 2 star wheel shaft input sprocket is connected to the No. 2 star wheel shaft output sprocket through the sprocket; the No. 2 star wheel shaft is also provided with a No. 3 star wheel shaft input sprocket; The No. 3 star shaft output sprocket, the No. 3 star shaft input sprocket is connected to the No. 3 star shaft output sprocket through the sprocket; the No. 3 star shaft is also provided with a No. 4 star shaft input sprocket; the The No. 4 star wheel shaft is provided with the No. 4 star wheel shaft first output sprocket, and the No. 4 star wheel shaft input sprocket is connected to the No. 4 star wheel shaft first output sprocket through the sprocket.

Preferably, the peeling part further comprises a plucking roller, the plucking roller is located on one side of the peeling assembly, and is used for plucking the peeled ear to the ear bin; the plucking roller comprises a plucking roller shaft, and the plucking roller The roller shaft is provided with a dial roller shaft input sprocket; the No. 4 star wheel shaft is also provided with a No. 4 star wheel shaft second output sprocket, and the No. 4 star wheel shaft second output sprocket is connected to the dial through the sprocket. Roller input sprocket.

Another aspect of the present invention provides a corn harvester for both stem and ear, including the above-mentioned peeling machine transmission system.

The invention transmits the power of the engine to each working component of the peeling machine respectively, and has the advantages of reasonable setting, simple layout, few power transmission stages, high transmission efficiency and high reliability.

Description of drawings

Fig. 1 is the structural representation 1 of stalk corn harvester;

Fig. 2 is the structural representation 2 of stalk corn harvester;

Fig. 3 is the structural representation 3 of stem and ear corn harvester;

Fig. 4 is a schematic diagram of the main drive system of the stem and ear corn harvester;

Fig. 5 is the schematic diagram of the transmission system of the peeling machine;

Figure 6 is a schematic diagram of the front side transmission of the peeling machine;

Figure 7 is a schematic diagram 1 of the rear side transmission of the peeling machine;

Figure 8 is a schematic diagram 2 of the rear side transmission of the peeling machine;

FIG. 9 is a schematic diagram of the transmission of the grain recovery device.

Detailed ways

In order to facilitate the understanding of the present application, and to make the above objects, features and advantages of the present application more clearly understood, the specific embodiments of the present application will be described in detail below with reference to the accompanying drawings. Numerous specific details are set forth in the following description to facilitate a thorough understanding of the present application, and preferred embodiments of the present application are set forth in the accompanying drawings. However, the present application may be implemented in many different forms and is not limited to the embodiments described herein. Rather, these embodiments are provided so that a thorough and complete understanding of the disclosure of this application is provided. The present application can be implemented in many other ways different from those described herein, and those skilled in the art can make similar improvements without departing from the connotation of the present application. Therefore, the present application is not limited by the specific embodiments disclosed below.

In addition, the terms "first" and "second" are only used for descriptive purposes, and should not be construed as indicating or implying relative importance or implying the number of indicated technical features. Thus, a feature delimited with "first", "second" may expressly or implicitly include at least one of that feature. In the description of the present application, "plurality" means at least two, such as two, three, etc., unless expressly and specifically defined otherwise. In the description of this application, "several" means at least one, such as one, two, etc., unless expressly and specifically defined otherwise.

Unless otherwise defined, all technical and scientific terms used herein have the same meaning as commonly understood by one of ordinary skill in the technical field to which this application belongs. The terminology used herein is for the purpose of describing particular embodiments only and is not intended to limit the application. As used herein, the term "and/or" includes any and all combinations of one or more of the associated listed items.

In this article, it should be noted that, unless otherwise expressly specified and limited, the terms "installed", "connected" and "connected" should be construed in a broad sense. For example, it may be a fixed connection, a detachable connection, or an integral connection; a mechanical connection or an electrical connection; a direct connection, an indirect connection through an intermediate medium, or an internal connection between two components of connectivity.

The embodiments of the present invention will be described in further detail below with reference to the accompanying drawings in the specification.

It should be noted that, in the present embodiment, when defining the right or left direction in the front-rear direction of the body and the lateral width direction, the front-back and left-right are defined in the state viewed along the forward direction of the body.

Referring to Figures 1-4, the corn harvester of the present invention includes a header 6 for picking corn ears and cutting stalks, a cab 7 for driving operations, and a header for conveying Elevator 8 for conveyed corn ears, engine 9 for power supply, peeler 50 for peeling corn ears, feeding and chopping device 70 for feeding and chopping corn stalks , a straw bin 10 for holding chopped corn stalks, a throwing device 20 for throwing chopped corn stalks to the straw bin 10, a device for holding corn ears peeled by a peeling machine The granary 30, the field returning machine 40 for straw returning to the field, and the transmission system 60 for the operation of the whole machine.

4-9, a transmission system of a peeling machine 50 includes a peeling part 1, a power system 3 and a peeling machine power shaft 4; , the grain cleaning fan 14, the grain recovery device 15 and the dial roller 16; the pressure feeder component 11 is arranged above the peeling component 12; 131 and the auger 132 on the peeling machine, the bottom is a cleaning screen, and the cleaning component 13 is used to transport the separated ear husks to the bract crusher 80; the grain recovery device 15 is arranged at the bottom of the cleaning component 13; The cleaning fan 14 is arranged on one side of the grain recovery device 15; the dial roller 16 is located on one side of the peeling assembly 12, and is used to transfer the peeled ear to the ear bin; the power system 3 is driven and connected to the peeling machine power shaft 4, peeling The motor power shaft 4 provides power for the cleaning component 13, the grain cleaning fan 14, the peeling component 12, the pressure feeder component 11 and the dial roller 16; this scheme simplifies the transmission system, with low power transmission stages and high transmission efficiency.

The peeling assembly 12 includes a number of peeling units. In this embodiment, there are four peeling units. Each peeling unit includes four peeling rollers 121. Each peeling unit is provided with a passive bevel gear 1211; One driving bevel gear 49 meshing with each driven bevel gear 1211, the four driving bevel gears 49 synchronously drive the driven bevel gear 1211 on each peeling unit, and the four peeling rollers 121 on each peeling unit are respectively provided with transmission gears 1212, the passive bevel gear 1211 on each peeling unit is connected to the four peeling rollers 121 in the peeling unit through the transmission gear 1212; multiple groups of peeling units are driven synchronously through several bevel gears to drive the peeling assembly 12 to work normally, reducing the number of transmission stages , improve the transmission efficiency and reliability.

The power system 3 includes an engine output pulley 31, a main transmission shaft 32, a reversing box 33, a first intermediate shaft 34 and a second intermediate shaft 35; the left end of the main transmission shaft 32 is provided with a main transmission shaft pulley 321, and the other One end is provided with a peeling machine input sprocket 322; the reversing box 33 is provided with a reversing box input sprocket 331 and a reversing box output sprocket. The first intermediate shaft 34 is provided with the first intermediate shaft input sprocket 341 and the first intermediate shaft output sprocket 342 in turn; the reversing box output sprocket is parallel to the axis of the reversing box input sprocket 331; 332 is connected to the first intermediate shaft input sprocket 341 through a sprocket; one end of the peeling machine power shaft 4 is provided with a peeling machine power shaft input sprocket 41, and the other end of the peeling machine power shaft 4 is sequentially provided with a first sprocket 42 and a second Two sprockets 43; the first intermediate shaft output sprocket 342 is connected to the power shaft input sprocket 41 of the peeling machine through the sprocket. When the machine body is working, the engine output pulley 31 is connected to the main drive shaft pulley 321 through the belt, the engine output pulley 31 drives the main drive shaft pulley 321 to rotate, the main drive shaft pulley 321 drives the main drive shaft 32 to rotate, and the main drive shaft 32 drives the peeling machine The input sprocket 322 rotates; the input sprocket 322 of the peeling machine drives the input sprocket 331 of the reversing box to rotate to drive the reversing box 33 to work, and the output sprocket 332 of the reversing box drives the first intermediate shaft input sprocket 341 to rotate; the first The intermediate shaft input sprocket 341 drives the first intermediate shaft 34 to rotate; the first intermediate shaft 34 drives the first intermediate shaft output sprocket 342 to rotate, and the first intermediate shaft output sprocket 342 drives the peeling machine power shaft input sprocket 41 to rotate, peeling The motor power shaft input sprocket 41 drives the peeling machine power shaft 4 to rotate, and the peeling machine power shaft 4 synchronously drives the first sprocket 42 and the second sprocket 43 to rotate to form the cleaning component 13, the grain cleaning fan 14, and the peeling component 12. and feeder assembly 11 to provide power.

The cleaning component 13 is internally provided with a lower auger 131 of the peeling machine and an upper auger 132 of the peeling machine; the lower auger 131 of the peeling machine includes a power shaft 1311 of the lower auger of the peeling machine, and a lower auger of the peeling machine is provided on the power shaft 1311 of the lower auger of the peeling machine Dragon input sprocket 1312 and fifth sprocket 1313, the fifth sprocket 1313 is arranged adjacent to the lower auger input sprocket 1312 of the peeling machine; the upper auger 132 of the peeling machine includes the upper auger power shaft 1321 of the peeling machine, and the upper auger power of the peeling machine The shaft 1321 is provided with the upper auger input sprocket 1322 of the peeling machine, and the upper auger input sprocket 1322 of the peeling machine is connected to the fifth sprocket 1313 through a chain; the second intermediate shaft 35 is sequentially provided with a third sprocket 351 and a fourth sprocket 352, the second sprocket 43 is sequentially connected to the lower auger input sprocket 1312 and the third sprocket 351 of the peeling machine through a chain. When the machine body is working, the second sprocket synchronously 43 drives the lower auger input sprocket 1312 and the third sprocket 351 of the peeling machine to rotate, and the lower auger input sprocket 1312 of the peeling machine drives the lower auger power shaft 1311 of the peeling machine to rotate, thereby The lower auger of the peeling machine provides power; the power shaft 1311 of the lower auger of the peeling machine drives the fifth sprocket 1313 to rotate, the fifth sprocket 1313 drives the upper auger input sprocket 1322 of the peeling machine to rotate, and the upper auger input sprocket 1322 of the peeling machine drives the peeling The auger power shaft 1321 on the machine rotates to provide power for the auger on the peeling machine; specifically, the input sprocket 1322 of the auger on the peeling machine is connected to the fifth sprocket 1313 through a chain, and the fifth sprocket 1313 is located on the outside of the chain. The power rotation directions of the dragon input sprocket 1322 and the fifth sprocket 1313 are opposite.

The grain cleaning fan 14 includes a cleaning fan power shaft 141, and the cleaning fan power shaft 141 is provided with a cleaning fan input sprocket; the fourth sprocket 352 is connected to the cleaning fan input sprocket through a chain; during operation, the third chain The wheel 351 drives the second intermediate shaft 35 to rotate, the second intermediate shaft 35 drives the fourth sprocket 352 to rotate, the fourth sprocket 352 drives the cleaning fan input sprocket to rotate, and the cleaning fan input sprocket drives the cleaning fan power shaft 141 Rotate, and then the grain cleaning fan 14 operates normally.

In this embodiment, the pressure feeder assembly 11 includes four star wheel shafts and a plurality of star wheels sleeved on each star wheel shaft; the No. 1 star wheel shaft 111 is provided with the No. 1 star wheel shaft input sprocket 1111 and the No. 2 star wheel shaft input Sprocket 1112, No. 1 star shaft input sprocket 1111 is connected to the first sprocket 42 through the sprocket; No. 2 star shaft 112 is provided with No. 2 star shaft output sprocket 1121 and No. 3 star shaft input sprocket 1122, No. 2 The star wheel shaft input sprocket 1112 is connected to the No. 2 star wheel shaft output sprocket 1121 through the sprocket; the No. 3 star wheel shaft 113 is provided with the No. 3 star wheel shaft output sprocket 1131 and the No. 4 star wheel shaft input sprocket 1132, and the No. 3 star wheel shaft input chain The wheel 1122 is connected to the output sprocket 1131 of the No. 3 star shaft through the sprocket; the No. 4 star shaft 114 is provided with the first output sprocket 1141 of the No. 4 star shaft and the second output sprocket 1142 of the No. 4 star shaft, and the No. 4 star shaft is input. The sprocket 1132 is connected to the first output sprocket 1141 of the No. 4 star wheel shaft through the sprocket; the dial roller 16 includes a dial roller shaft 161, the dial roller shaft 161 is provided with a dial roller shaft input sprocket 1611, and the No. 4 star wheel shaft second output chain The wheel 1142 is connected to the input sprocket 1611 of the roller shaft through the sprocket. When the machine body is working, the first sprocket 42 drives the No. 1 star shaft input sprocket 1111 to rotate, the No. 1 star shaft input sprocket 1111 drives the No. 1 star shaft 111 to rotate, and the No. 1 star shaft 111 drives the No. 2 star shaft input sprocket 1112 Rotation, the No. 2 star wheel shaft input sprocket 1112 drives the No. 3 star wheel shaft input sprocket 1122 to rotate, the No. 3 star wheel shaft input sprocket 1122 drives the No. 2 star wheel shaft 112 to rotate, and the No. 2 star wheel shaft 112 drives the No. 3 star wheel shaft input sprocket 1122 rotates, the No. 3 star wheel shaft input sprocket 1122 drives the No. 3 star wheel shaft output sprocket 1131 to rotate, the No. 3 star wheel shaft output sprocket 1131 drives the No. 3 star wheel shaft 113 to rotate, and the No. 3 star wheel shaft 113 drives the No. 4 star wheel shaft input chain The wheel 1132 rotates, the input sprocket 1132 of the fourth star shaft drives the first output sprocket 1141 of the fourth star shaft to rotate, and the first output sprocket 1141 of the fourth star shaft rotates to drive the fourth star shaft 114 to rotate, and the fourth star shaft 114 drives The second output sprocket 1142 of the fourth star wheel shaft rotates, the second output sprocket 1142 of the fourth star wheel shaft drives the dial roller shaft input sprocket 1611 to rotate, and the dial roller shaft input sprocket 1611 drives the dial roller shaft 161 to rotate; Assembly 11 and pick roller 16 work normally.

The grain recovery device 15 includes a grain auger, and the grain auger includes a grain auger power shaft. The grain auger power shaft is provided with a grain auger input sprocket 1512; a reversing box parallel to the axis of the reversing box input sprocket 331 The second output sprocket 333 is connected to the grain auger input sprocket 1512 through a chain. When the machine body is working, the output sprocket 2 333 of the reversing box drives the input sprocket 1512 of the grain auger to rotate, and the input sprocket 1512 of the grain auger drives the power shaft of the grain auger to rotate to provide power for the recovery of grains, so that the grain recovery device 15 works normally. .

The present invention transmits the power of the engine 9 to each working component of the peeling machine 50 respectively, and has the advantages of reasonable setting, simple layout, few power transmission stages, high transmission efficiency and high reliability.

It will be apparent to those skilled in the art that various modifications and variations can be made in the above-described exemplary embodiments of the present invention without departing from the spirit and scope of the invention. Therefore, it is intended that this invention cover the modifications and variations of this invention that come within the scope of the appended claims and their equivalents.

Claims (10)

1. a peeling machine transmission system is characterized in that: Including the peeling part (1), the power system (3) and the power shaft (4) of the peeling machine; The peeling part (1) comprises a pressure feeder component (11), a peeling component (12), a cleaning component (13) and a grain recovery device (15); the pressure feeder component (11) is arranged on the peeling component Above the component (12); the cleaning component (13) is arranged below the peeling component (12), and the grain recovery device (15) is arranged at the bottom of the cleaning component (13); The power system (3) is drivingly connected to the peeling machine power shaft (4), and the peeling machine power shaft (4) provides power for the cleaning assembly (13). 2. The peeling machine transmission system as claimed in claim 1, is characterized in that: One end of the peeling machine power shaft (4) is provided with a peeling machine power shaft input sprocket (41), and the other end of the peeling machine power shaft (4) is sequentially provided with a first sprocket (42) and a second chain wheel(43); The cleaning assembly (13) includes a lower auger (131) for the peeling machine and an upper auger (132) for the peeling machine; the lower auger (131) for the peeling machine includes a power shaft (1311) for the lower auger of the peeling machine, and the The lower auger power shaft (1311) of the peeling machine is provided with a lower auger input sprocket (1312) and a fifth chain wheel (1313) of the peeling machine, the fifth chain wheel (1313) and the lower auger input chain The wheels (1312) are arranged adjacently; The first sprocket (42) transmits power to the pressure feeder assembly (11) through transmission; The second sprocket (43) is connected to the lower auger input sprocket (1312) of the peeling machine through a chain; The upper auger (132) of the peeling machine comprises an upper auger power shaft (1321) of the peeling machine, and the upper auger power shaft (1321) of the peeling machine is provided with an upper auger input sprocket (1322) of the peeling machine, and the upper auger of the peeling machine is provided with an input sprocket (1322). A dragon input sprocket (1322) is connected to the fifth sprocket (1313) by a chain. 3. The peeling machine transmission system as claimed in claim 2, is characterized in that: Also includes a grain cleaning fan (14), the grain cleaning fan (14) is arranged on one side of the grain recovery device (15); the grain cleaning fan (14) comprises a cleaning fan power shaft (141), The cleaning fan power shaft (141) is provided with a cleaning fan input sprocket; The power system (3) includes a second intermediate shaft (35); a third sprocket (351) and a fourth sprocket (352) are arranged on the second intermediate shaft (35) in sequence, and the second chain The wheel (43) is sequentially connected to the lower auger input sprocket (1312) and the third sprocket (351) of the peeling machine through a chain; The fourth sprocket (352) is connected to the cleaning fan input sprocket through a chain. 4. The transmission system of the peeling machine as claimed in claim 2, characterized in that: The power system (3) further comprises an engine output pulley (31), a main drive shaft (32) and a reversing box (33); the left end of the main drive shaft (32) is provided with a main drive shaft pulley (321), The other end of the drive shaft (32) is provided with a peeling machine input sprocket (322); The engine output pulley (31) is connected to the main drive shaft pulley (321) through a belt; The reversing box (33) is provided with a reversing box input sprocket (331) and a reversing box output sprocket, and the peeling machine input sprocket (322) passes through the chain and the reversing box input sprocket (331) The reversing box (33) is drivingly connected; the output sprocket one (332) of the reversing box parallel to the axis of the input sprocket (331) of the reversing box is drivingly connected to the power shaft (4) of the peeling machine. 5. The transmission system of the peeling machine as claimed in claim 4, characterized in that: The power system (3) further includes a first intermediate shaft (34), and the first intermediate shaft (34) is provided with a first intermediate shaft input sprocket (341) and a first intermediate shaft output sprocket (342) in sequence ); the first output sprocket (332) of the reversing box is connected to the first intermediate shaft input sprocket (341) through the sprocket; the other end of the peeling machine power shaft (4) is provided with a peeling machine power shaft input A sprocket (41); the first intermediate shaft output sprocket (342) is connected to the debarker power shaft input sprocket (41) through the sprocket. 6. The transmission system of the peeling machine as claimed in claim 4, characterized in that: The grain recovery device (15) includes a grain auger (151), the grain auger (151) includes a grain auger power shaft (1511), and the grain auger power shaft (1511) is provided with a grain auger Input sprocket (1512); reversing box output sprocket two (333) parallel to the axis of the reversing box input sprocket (331) is connected to the grain auger input sprocket (1512) through a chain. 7. The transmission system of the peeling machine as claimed in claim 1, characterized in that: The peeling assembly (12) includes a plurality of peeling units, each of the peeling units includes a plurality of peeling rollers (121), and each peeling unit is provided with a driven bevel gear (1211); The power shaft (4) of the peeling machine is also provided with a plurality of driving bevel gears (49) that mesh with each of the driven bevel gears (1211), and the plurality of driving bevel gears (49) synchronously drive the plurality of bevel gears (49). Peeling unit. 8. The transmission system of the peeling machine as claimed in claim 2, characterized in that: The pressure feeder assembly (11) includes 4 star wheel shafts and a plurality of star wheels sleeved on each of the star wheel shafts; The No. 1 star wheel shaft (111) is provided with a No. 1 star wheel shaft input sprocket (1111), and the No. 1 star wheel shaft input sprocket (1111) is connected to the first sprocket (42) through the chain wheel; the The No. 1 star wheel shaft (111) is also provided with a No. 2 star wheel shaft input sprocket (1112); The No. 2 star wheel shaft (112) is provided with a No. 2 star wheel shaft output sprocket (1121), and the No. 2 star wheel shaft input sprocket (1112) is connected to the No. 2 star wheel shaft output sprocket (1121) through the sprocket ); the No. 2 star wheel shaft (112) is also provided with a No. 3 star wheel shaft input sprocket (1122); The No. 3 star wheel shaft (113) is provided with a No. 3 star wheel shaft output sprocket (1131), and the No. 3 star wheel shaft input sprocket (1122) is connected to the No. 3 star wheel shaft output sprocket (1131) through the sprocket ; The No. 3 star wheel shaft (113) is also provided with a No. 4 star wheel shaft input sprocket (1132); The No. 4 star wheel shaft (114) is provided with a No. 4 star wheel shaft first output sprocket (1141), and the No. 4 star wheel shaft input sprocket (1132) is connected to the No. 4 star wheel shaft first output through the sprocket Sprocket (1141). 9. The transmission system of the peeling machine as claimed in claim 8, characterized in that: The peeling part (1) further comprises a dialing roller (16), the dialing roller (16) is located on one side of the peeling assembly (12), and is used for dialing the peeled ear to the ear storage; The dial roller (16) includes a dial roller shaft (161), and the dial roller shaft (161) is provided with a dial roller shaft input sprocket (1611); The No. 4 star wheel shaft (114) is further provided with a No. 4 star wheel shaft second output sprocket (1142), and the No. 4 star wheel shaft second output sprocket (1142) is connected to the input of the dial roller shaft through the sprocket Sprocket (1611). 10. A corn harvester for both stems and ears, characterized in that it comprises the debarker transmission system according to any one of claims 1-9.

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