CN215379948U - Small-size automatic binding type harvester for mountainous regions - Google Patents

Abstract

The utility model relates to the technical field of agricultural machinery, in particular to a small-sized mountain automatic binding type harvester which comprises a rack, a harvesting device and a binding device, wherein a traveling device is arranged below the rack, a power device is arranged above the rack, and the harvesting device and the binding device are arranged in front of the power device. The harvesting device comprises a mechanical transmission assembly, a harvesting cutter assembly and a harvesting device driven assembly, the harvesting cutter assembly is mounted on the mechanical transmission assembly, the harvesting device driven assembly is arranged in the middle of the harvesting cutter assembly, and a grain lifter assembly is mounted on the harvesting device driven assembly and the harvesting cutter assembly. The multifunctional combine harvester integrates the functions of harvesting, progressive, binding and the like of crops, can rapidly harvest the crops, greatly improves the harvesting efficiency of the crops, has a light machine body, is flexible to use, and saves the cost of the manual harvester.

Description

Small-size automatic binding type harvester for mountainous regions

Technical Field

The utility model relates to the technical field of agricultural machinery, in particular to an automatic binding type harvester.

Background

Guizhou landform is mainly plateau, hills and mountains, uneven cultivated land distribution and narrow area. At present, the degree of agricultural mechanization is shallow, the harvesting work of a plurality of crops still mainly adopts manual labor, such as rice, rape, soybean and other crops, the harvesting efficiency is low, the labor consumption is large, and the long-time labor can cause the waist of a farmer to be aching and painful, the standing is difficult, the labor intensity is high, and the production efficiency is low.

At present, harvesters supplied in the market generally have the remarkable characteristics of large volume, heavy machine type and high price, and are not suitable for the cultivation of common small-sized fields, particularly for the cultivation of small-sized fields mainly in mountainous regions, hills, terraces and other terraces.

In view of the above, the utility model provides a small-sized mountain land automatic binding harvester which takes the landforms of mountains, hills, terraced fields and the like as typical representatives, can automatically bind harvested crops into clusters in the working process, avoids scattering of the harvested crops everywhere, realizes automation of harvesting and binding, greatly improves the production efficiency, reduces labor output, does not need workers to bend down during working, and is suitable for the landforms of mountains, hills, terraced fields and the like.

Disclosure of Invention

In order to solve the technical problem, the utility model provides a small-sized mountain automatic binding type harvester.

The utility model is realized by the following technical scheme.

The utility model provides a small-sized mountain automatic binding type harvester, which comprises a rack, a traveling device, a power device, a harvesting device and a binding device, wherein the traveling device is arranged below the rack, the power device is arranged above the rack, and the harvesting device and the binding device are arranged in front of the power device, and the small-sized mountain automatic binding type harvester is characterized in that: the frame includes handrail subassembly and horizontal supporting component, and handrail subassembly installs on horizontal supporting component, is equipped with reaping apparatus horizontal support frame in horizontal supporting component the place ahead, is equipped with the vertical backup pad of reaping apparatus on reaping apparatus horizontal support frame.

The advancing device comprises an advancing wheel, an advancing wheel fixing frame and a single wheel assembly, the advancing wheel is arranged on the advancing wheel fixing frame, and the single wheel assembly is arranged in front of the advancing wheel.

The power device comprises a battery assembly, a motor, a coupler and a transmission shaft, wherein the battery assembly is installed on a horizontal supporting assembly of the rack, the motor is installed on the right side of the battery assembly, the coupler is installed on the motor, and the transmission shaft is installed on the coupler.

The harvesting device comprises a mechanical transmission assembly, a harvesting cutter assembly and a harvesting device driven assembly, the harvesting cutter assembly is mounted on the mechanical transmission assembly, the harvesting device driven assembly is arranged in the middle of the harvesting cutter assembly, and a grain lifter assembly is mounted on the harvesting device driven assembly and the harvesting cutter assembly.

The binding device comprises a fixed slot component, a push rod component and a binding transmission component, the push rod component is installed on the binding transmission component, the fixed slot component is installed on two sides of the push rod component, and a channel is arranged between the fixed slot component and the push rod component.

Preferably, the mechanical transmission subassembly includes the bevel gear subassembly, the main drive shaft, first transmission shaft and secondary drive axle, install the bevel gear subassembly in the main drive shaft upper end, install the master gear at the main drive shaft lower extreme, the master gear cooperates with the epaxial pinion of third transmission, be equipped with the third band pulley below the pinion, the third band pulley passes through the belt and cooperates with the first band pulley of first transmission shaft lower extreme, be equipped with the fourth band pulley in first transmission shaft upper end, the master pulley is installed to the master gear below, the master pulley passes through the belt and cooperates with the secondary drive axle lower extreme's second band pulley, be equipped with the fifth band pulley in secondary drive shaft upper end.

Preferably, the harvesting cutter assembly comprises a first cutter support, a second cutter support, a first blade and a second blade, the first cutter support and the second cutter support are fixedly mounted on a vertical support plate of the harvesting device through bolts, a first cutter shaft is mounted on the first cutter support, a first cutter upper blade, a first cutter belt pulley, a first cutter lower blade and the first blade are respectively mounted on the first cutter shaft from top to bottom, a second cutter shaft is mounted on the second cutter support, and a second cutter upper blade, a second cutter belt pulley, a second cutter lower blade and the second blade are respectively mounted on the second cutter shaft from top to bottom.

Preferably, the driven subassembly of reaping apparatus includes driven T type support, driven first pivot and driven second pivot, and driven first pivot and driven second pivot are installed on the bearing end cover of driven T type support through the bearing, install the driven blade on driven first pivot and driven second pivot.

Preferably, the binding transmission assembly comprises a binding umbrella-shaped gear assembly and a binding transmission shaft, one end of the binding transmission shaft is mounted on the binding umbrella-shaped gear assembly, the other end of the binding transmission shaft is mounted on the gear transmission assembly, a rocker rotating shaft is mounted on the gear transmission assembly, and a push rod assembly is mounted on the rocker rotating shaft.

Preferably, the push rod assembly comprises a triangular sliding block, a vertical fixed sliding groove assembly and a horizontal fixed sliding groove assembly, the vertical fixed sliding groove assembly and the horizontal fixed sliding groove assembly are fixed on a vertical supporting plate of the harvesting device through bolts, sliding groove openings are formed in the vertical fixed sliding groove assembly, the triangular sliding block is installed on the sliding groove openings through idler wheels, and the horizontal fixed sliding groove assembly is installed on the left side and the right side of the top portion below the triangular sliding block.

Preferably, the fixed slot subassembly is ordered including fixed tying band box and fixed slot, and the fixed slot is ordered vertically to be installed on the vertical backup pad of reaping apparatus, and the fixed slot is ordered the below tip and is equipped with and binds the mouth, binds mouthful and the fixed spout subassembly of level and installs on same water flat line, and fixed tying band box is installed and is ordered the top position at the fixed slot.

Preferably, the grain lifter assembly is mounted at the front end of the harvesting device driven assembly and the harvesting cutter assembly.

Preferably, the armrest assembly is mounted on the horizontal support assembly by a connection means.

Preferably, the horizontal fixed chute assembly includes a push spring and a push rod.

The utility model has the beneficial effects that:

1. the small-sized mountain automatic binding type harvester integrates harvesting and binding, can rapidly harvest crops such as rice, rape, soybean and the like, and improves the harvesting efficiency of the crops.

2. The power device of the utility model adopts the electric power energy as the power source, and compared with other energy sources, the electric power energy is clean and environment-friendly, and the cost is low.

3. The utility model is driven forwards by manpower, the structure of the machine body is simple, and the whole weight is light.

4. According to the utility model, the blades are arranged on the harvesting device, so that when the blade fan rotates, harvested crops can be effectively pushed into the left and right arc groove channels.

5. The utility model is provided with the left and right arc groove channels, and after the crops are harvested and bound, the crops orderly fall on the ground through the arc groove channels on the two sides to be convenient for collection.

Drawings

FIG. 1 is a schematic perspective view of the present invention;

FIG. 2 is a front view of the present invention;

FIG. 3 is a top view of the present invention;

FIG. 4 is a schematic top view of the internal structure of the present invention;

FIG. 5 is a left side partial schematic view of the present invention;

FIG. 6 is a schematic view of a portion of the harvesting apparatus of the present invention;

FIG. 7 is a schematic view of the overall construction of the harvesting apparatus of the present invention;

FIG. 8 is a right side view of the present invention;

FIG. 9 is a schematic view of the binding apparatus of the present invention;

in the figure: the harvester comprises an A-frame, a 1A-handrail component, a 2A-horizontal supporting component, a 3A-horizontal harvesting device supporting frame, a 4A-vertical harvesting device supporting plate and a 5A-connecting device.

B-a traveling device, 1B-a traveling wheel, 2B-a traveling wheel fixing frame and 3B-a single wheel assembly.

The device comprises a C-power device, a 1C-battery component, a 2C-motor, a 3C-coupler and a 4C-transmission shaft.

D-harvesting means, 1D-mechanical drive means, 2D-harvesting cutter means, 3D-harvesting means driven means, 4D-bevel gear means, 5D-primary drive shaft, 6D-primary drive shaft, 7D-secondary drive shaft, 8D-primary gear, 9D-primary pulley, 10D-secondary pulley, 11D-tertiary drive shaft, 12D-secondary gear, 13D-tertiary pulley, 14D-primary pulley, 15D-tertiary pulley, 16D-fifth pulley, 17D-primary cutter holder, 18D-secondary cutter holder, 19D-primary cutter, 20D-secondary cutter, 21D-primary cutter shaft, 22D-primary cutter upper blade, 23D-primary cutter pulley, 24D-first cutter lower blade, 25D-second cutter shaft, 26D-second cutter upper blade, 27D-second cutter belt wheel, 28D-second cutter lower blade, 29D-grain lifter assembly, 30D-driven T-shaped support, 31D-driven first rotating shaft, 32D-driven second rotating shaft and 33D-driven blade.

The binding device comprises an E-binding device, a 1E-fixed groove component, a 2E-push rod component, a 3E-binding transmission component, a 4E-binding opening, a 5E-channel, a 6E-binding umbrella-shaped gear component, a 7E-binding transmission shaft, an 8E-gear transmission component, a 9E-rocker rotating shaft, a 10E-triangular sliding block, an 11E-vertical fixed sliding groove component, a 12E-horizontal fixed sliding groove component, a 13E-pushing spring, a 14E-push rod, a 15E-fixed binding belt box, a 16E-fixed groove binding and a 17E-sliding groove opening.

Detailed Description

The following further describes the technical solution of the present invention, but the scope of the claimed invention is not limited to the above.

In the description of the present invention, it should be noted that the terms "upper", "left", "right", "center", "upper left", "lower left", "upper right", "lower right", "left", "right center" and the like are based on the orientation or positional relationship shown in the drawings. It is convenient to describe the utility model and to simplify the description.

Referring to the attached drawings 1-9, the small-sized mountain automatic binding harvester comprises a rack A, a traveling device B, a power device C, a harvesting device D and a binding device E, wherein the traveling device B is arranged below the rack A, the power device C is arranged above the rack A, and the harvesting device D and the binding device E are arranged in front of the power device C.

Frame A includes handrail component 1A and horizontal support component 2A, and handrail component 1A installs on horizontal support component 2A, is equipped with reaping apparatus horizontal support frame 3A in horizontal support component 2A the place ahead, is equipped with the vertical backup pad 4A of reaping apparatus on reaping apparatus horizontal support frame 3A. The handrail component 1A comprises a right hand handle, a left hand handle, a hand handle connecting piece and a handle fixing frame, and the horizontal supporting component 2A comprises an upper end flat cover plate, an upper end inclined cover plate and a supporting cover plate. The right handrail handle and the left handrail handle are respectively fixed at the left end and the right end of a handrail handle connecting piece, the handrail handle connecting piece is symmetrically arranged at the rear end of a handle fixing frame through bolts, the handle fixing frame on the handrail component 1A is symmetrically arranged at the rear end of a rack piece of the horizontal supporting component 2A through a connecting device 5A, the connecting device 5A is a bolt connecting part which is detachably connected, and after the handrail component 1A is disassembled, the device can be arranged on a tractor for mechanical harvesting; the upper end flat cover plate and the upper end inclined cover plate are arranged on the upper portion of the supporting cover plate, and the supporting cover plate is arranged at the left end and the right end of the upper portion of the horizontal supporting component 2A.

The advancing device B comprises an advancing wheel 1B, an advancing wheel fixing frame 2B and a single wheel assembly 3B, wherein the advancing wheel 1B is installed on the advancing wheel fixing frame 2B, and the single wheel assembly 3B is installed in front of the advancing wheel 1B. The single wheel component 3B comprises a single wheel fixing frame, the single wheel fixing frame is arranged at the front middle lower part of the horizontal support frame 3A of the harvesting device, a single wheel rolling shaft is arranged on the single wheel fixing frame, a deep groove ball bearing is arranged on the single wheel rolling shaft, and the deep groove ball bearing is arranged in the middle of the single wheel rolling shaft.

The traveling wheel fixing frame 2B is installed below the left side of a horizontal supporting component 2A of the rack A, a left wheel bearing fixing piece and a right wheel bearing fixing piece are installed on the traveling wheel fixing frame 2B, the left wheel bearing fixing piece and the right wheel bearing fixing piece are installed on the left portion and the right portion of the traveling wheel fixing frame 2B respectively, the wheel rolling shafts are installed on the left wheel bearing fixing piece and the right wheel bearing fixing piece, and the left traveling wheel and the right traveling wheel are installed on the wheel rolling shafts respectively.

Power device C includes battery pack 1C, motor 2C, shaft coupling 3C and transmission shaft 4C, and battery pack 1C installs on frame A's horizontal support assembly 2A, installs motor 2C on battery pack 1C right side, installs shaft coupling 3C on motor 2C, installs transmission shaft 4C on shaft coupling 3C, and the right part front end at pond subassembly 1C is installed to motor 2C.

Reaping apparatus D includes mechanical transmission subassembly 1D, reaps cutter unit spare 2D and reaping apparatus driven assembly 3D, installs on mechanical transmission subassembly 1D and reaps cutter unit spare 2D, is equipped with reaping apparatus driven assembly 3D at reaping cutter unit spare 2D middle part, installs lifter subassembly 29D on reaping apparatus driven assembly 3D and reaping cutter unit spare 2D.

Mechanical drive subassembly 1D includes bevel gear subassembly 4D, final drive shaft 5D, first transmission shaft 6D and secondary drive axle 7D, bevel gear subassembly 4D is installed to final drive shaft 5D upper end, main gear 8D is installed to final drive shaft 5D lower extreme, pinion 12D cooperation on main gear 8D and the third transmission shaft 11D, be equipped with third band pulley 13D below pinion 12D, third band pulley 13D passes through the belt and cooperates with first band pulley 14D of first transmission shaft 6D lower extreme, be equipped with fourth band pulley 15D in first transmission shaft 6D upper end, main gear 8D installs band pulley 9D below, band pulley 9D passes through the belt and cooperates with second band pulley 10D of secondary drive shaft 7D lower extreme, be equipped with fifth band pulley 16D in secondary drive shaft 7D upper end.

The harvesting cutter assembly 2D comprises a first cutter support 17D, a second cutter support 18D, a first blade 19D and a second blade 20D, the first cutter support 17D and the second cutter support 18D are fixedly mounted on the harvesting device vertical support plate 4A through bolts, a first cutter shaft 21D is mounted on the first cutter support 17D, a first cutter upper blade 22D, a first cutter pulley 23D, a first cutter lower blade 24D and the first blade 19D are mounted on the first cutter shaft 21D from top to bottom respectively, a second cutter shaft 25D is mounted on the second cutter support 18D, and a second cutter upper blade 26D, a second cutter pulley 27D, a second cutter lower blade 28D and the second blade 20D are mounted on the second cutter shaft 25D from top to bottom respectively.

The driven subassembly 3D of reaping apparatus includes driven T type support 30D, driven first pivot 31D and driven second pivot 32D, and driven first pivot 31D and driven second pivot 32D pass through the bearing and install on the bearing end cover of driven T type support 30D, install driven blade 33D on driven first pivot 31D and driven second pivot 32D.

The binding device E comprises a fixed slot component 1E, a push rod component 2E and a binding transmission component 3E, the push rod component 2E is installed on the binding transmission component 3E, the fixed slot components 1E are installed on two sides of the push rod component 2E, and a channel 5E is arranged between the fixed slot component 1E and the push rod component 2E.

The binding transmission assembly 3E comprises a binding umbrella-shaped gear assembly 6E and a binding transmission shaft 7E, one end of the binding transmission shaft 7E is provided with the binding umbrella-shaped gear assembly 6E, the other end of the binding transmission shaft 7E is provided with a gear transmission assembly 8E, the gear transmission assembly 8E is provided with a rocker rotating shaft 9E, and the rocker rotating shaft 9E is provided with a push rod assembly 2E.

Push rod subassembly 2E includes triangle-shaped slider 10E, vertical fixed spout subassembly 11E and the fixed spout subassembly 12E of level pass through the bolt fastening on reaping apparatus vertical support plate 4A, be equipped with spout opening 17E on the vertical fixed spout subassembly 11E, triangle-shaped slider 10E passes through the gyro wheel and installs on spout opening 17E, install the fixed spout subassembly 12E of level in the top portion left and right sides in triangle-shaped slider 10E's below, the fixed spout subassembly 12E of level is including bulldozing spring 13E and push rod 14E.

Fixed slot subassembly 1E orders 16E including fixed bandage box 15E and fixed slot, and 16E is ordered vertically to be installed on the vertical backup pad 4A of reaping apparatus to the fixed slot, and 16E below tip is ordered to the fixed slot is equipped with and binds mouthful 4E, binds mouthful 4E and the fixed spout subassembly 12E of level and installs on same water flat line, and 16E top position is ordered in the fixed slot to fixed bandage box 15E.

The grain lifter assembly 29D comprises a left grain lifter, a middle grain lifter and a right grain lifter, which are respectively arranged on the first cutter bracket 17D, the driven T-shaped bracket 30D and the second cutter bracket 18D, and support rods are arranged below the left grain lifter, the middle grain lifter and the right grain lifter, so that the grain lifter assembly 29D is kept parallel to the horizontal support frame 3A of the harvesting device; a grain lifter assembly 29D is mounted at the front end of the harvesting device driven assembly 3D and the harvesting cutter assembly 2D.

When harvesting, start motor 2C among the power device C, battery pack 1C supplies power to motor 2C, motor 2C rotates, it rotates to drive shaft coupling 3C and transmission shaft 4C, transmission shaft 4C is connected with bevel gear subassembly 4D, bevel gear subassembly 4D is straight bevel gear, can realize 90 reversing transmission, the transmission of horizontal direction is changed into the transmission of vertical direction, thereby it rotates to drive final drive shaft 5D, install and also rotate thereupon at final drive shaft 5D lower extreme master gear 8D, the cooperation of pinion 12D on master gear 8D and the third transmission shaft 11D, the rotation of pinion 12D drives third band pulley 13D, third band pulley 13D passes through the belt and cooperates with first band pulley 14D of first transmission shaft 6D lower extreme, it rotates to drive first band pulley 14D and fourth band pulley 15D.

The main belt wheel 9D is matched with a second belt wheel 10D at the lower end of a second transmission shaft 7D through a belt to drive a fifth belt wheel 16D arranged at the upper end of the second transmission shaft 7D to rotate, so that a first cutter shaft 21D and a second cutter shaft 25D are driven to rotate, a first cutter upper blade 22D, a first cutter lower blade 24D, a first blade 19D, a second cutter upper blade 26D, a second cutter lower blade 28D and a second blade 20D which are arranged on the first cutter shaft 21D and the second cutter shaft 25D rotate, harvesting action of crops is completed through the first blade 19D and the second blade 20D, and conveying action of the crops is completed through the first cutter upper blade 22D, the first cutter lower blade 24D, the second cutter upper blade 26D, the second cutter lower blade 28D and a harvesting device driven assembly 3D.

When the binding operation is performed, the umbrella-shaped gear assembly 6E drives the binding transmission shaft 7E to rotate, the gear transmission assembly 8E is installed at the other end of the binding transmission shaft 7E, the gear transmission assembly 8E is in transmission of a small gear and a big gear, the small gear is installed on the binding transmission shaft 7E and meshed with the big gear, the big gear rotates to drive the rocker rotating shaft 9E to rotate, and therefore the push rod assembly 2E on the rocker rotating shaft 9E is driven to rotate.

Be equipped with triangle-shaped slider 10E, vertical fixed spout subassembly 11E and the fixed spout subassembly 12E of level on the push rod subassembly 2E, rocker pivot 9E drives the rocker and makes circular motion around rocker pivot 9E axle center, makes triangle-shaped slider 10E move down to pushing and bulldozing spring 13E and the push rod 14E side-to-side movement of pushing and bulldozing the fixed spout subassembly 12E of level, bulldoze spring 13E and include left side spring and right side spring, push rod 14E includes left side push rod and right side push rod.

During operation, touch the left side fixed slot of fixed slot subassembly 1E and order when the left side push rod, the right side push rod touches the right side fixed slot of fixed slot subassembly 1E and orders, make the bandage bind and the left side push rod pulls out new sticky tape from the left side fixed bandage box of fixed bandage box 15E, the right side push rod pulls out new sticky tape from the right side fixed bandage box of fixed bandage box 15E, because the rocker is circular motion around rocker pivot 9E axle center this moment, make triangle-shaped slider 10E upwards remove, by the left side spring simultaneously, the left side push rod is pulled back in the resilience of right side spring, the right side push rod, can accomplish and bind the work.

The above description is only a preferred embodiment of the present invention, and is not intended to limit the present invention in any way, and any simple modification, equivalent change and modification made to the above embodiment according to the technical spirit of the present invention are within the scope of the present invention without departing from the technical spirit of the present invention.

Claims (10)

1. The utility model provides an automatic bundling harvester of small-size mountain region, includes frame (A), advancing device (B), power device (C), reaping apparatus (D) and bindes device (E), is equipped with advancing device (B) below frame (A), and frame (A) top is equipped with power device (C), and power device (C) the place ahead is equipped with reaping apparatus (D) and bindes device (E), its characterized in that:

the frame (A) comprises a handrail component (1A) and a horizontal supporting component (2A), the handrail component (1A) is installed on the horizontal supporting component (2A), a harvesting device horizontal supporting frame (3A) is arranged in front of the horizontal supporting component (2A), and a harvesting device vertical supporting plate (4A) is arranged on the harvesting device horizontal supporting frame (3A);

the travelling device (B) comprises a travelling wheel (1B), a travelling wheel fixing frame (2B) and a single wheel assembly (3B), the travelling wheel (1B) is installed on the travelling wheel fixing frame (2B), and the single wheel assembly (3B) is installed in front of the travelling wheel (1B);

the power device (C) comprises a battery assembly (1C), a motor (2C), a coupler (3C) and a transmission shaft (4C), the battery assembly (1C) is installed on a horizontal supporting assembly (2A) of the rack (A), the motor (2C) is installed on the right side of the battery assembly (1C), the coupler (3C) is installed on the motor (2C), and the transmission shaft (4C) is installed on the coupler (3C);

the harvesting device (D) comprises a mechanical transmission assembly (1D), a harvesting cutter assembly (2D) and a harvesting device driven assembly (3D), the harvesting cutter assembly (2D) is mounted on the mechanical transmission assembly (1D), the harvesting device driven assembly (3D) is arranged in the middle of the harvesting cutter assembly (2D), and a grain lifter assembly (29D) is mounted on the harvesting device driven assembly (3D) and the harvesting cutter assembly (2D);

the binding device (E) comprises a fixed slot assembly (1E), a push rod assembly (2E) and a binding transmission assembly (3E), the push rod assembly (2E) is installed on the binding transmission assembly (3E), the fixed slot assembly (1E) is installed on two sides of the push rod assembly (2E), and a channel (5E) is arranged in the middle of the fixed slot assembly (1E) and the push rod assembly (2E).

2. The small mountain automatic bundling harvester of claim 1, wherein: the mechanical transmission assembly (1D) comprises a bevel gear assembly (4D), a main transmission shaft (5D), a first transmission shaft (6D) and a second transmission shaft (7D), the bevel gear assembly (4D) is installed at the upper end of the main transmission shaft (5D), a main gear (8D) is installed at the lower end of the main transmission shaft (5D), the main gear (8D) is matched with an auxiliary gear (12D) on a third transmission shaft (11D), a third belt wheel (13D) is arranged below the auxiliary gear (12D), the third belt wheel (13D) is matched with a first belt wheel (14D) at the lower end of the first transmission shaft (6D) through a belt, a fourth belt wheel (15D) is arranged at the upper end of the first transmission shaft (6D), a main belt wheel (9D) is installed below the main gear (8D), the main belt wheel (9D) is matched with a second belt wheel (10D) at the lower end of the second transmission shaft (7D) through a belt, a fifth belt wheel (16D) is arranged at the upper end of the second transmission shaft (7D).

3. The small mountain automatic bundling harvester of claim 2, wherein: the harvesting cutter component (2D) comprises a first cutter bracket (17D), a second cutter bracket (18D), a first blade (19D) and a second blade (20D), the first cutter bracket (17D) and the second cutter bracket (18D) are fixedly arranged on a vertical supporting plate (4A) of the harvesting device through bolts, a first cutter shaft (21D) is arranged on the first cutter bracket (17D), a first cutter upper blade (22D), a first cutter belt wheel (23D), a first cutter lower blade (24D) and a first blade (19D) are respectively arranged on the first cutter shaft (21D) from top to bottom, a second cutter shaft (25D) is mounted on the second cutter support (18D), and a second cutter upper blade (26D), a second cutter belt wheel (27D), a second cutter lower blade (28D) and a second blade (20D) are mounted on the second cutter shaft (25D) from top to bottom respectively.

4. The small mountain automatic bundling harvester of claim 3, wherein: driven subassembly (3D) of reaping apparatus is including driven T type support (30D), driven first pivot (31D) and driven second pivot (32D), and install on the bearing end cover of driven T type support (30D) through the bearing driven first pivot (31D) and driven second pivot (32D), installs driven blade (33D) on driven first pivot (31D) and driven second pivot (32D).

5. The small mountain automatic bundling harvester of claim 4, wherein: bind transmission assembly (3E) including binding umbrella type gear assembly (6E) and binding transmission shaft (7E), bind transmission shaft (7E) one end and install on binding umbrella type gear assembly (6E), bind the other end of transmission shaft (7E) and install at gear drive assembly (8E), install rocker pivot (9E) on gear drive assembly (8E), install push rod subassembly (2E) on rocker pivot (9E).

6. The small mountain automatic bundling harvester of claim 5, wherein: push rod subassembly (2E) includes triangle-shaped slider (10E), vertical fixed spout subassembly (11E) and the fixed spout subassembly of level (12E) pass through the bolt fastening on reaping apparatus vertical support board (4A), be equipped with spout opening (17E) on vertical fixed spout subassembly (11E), triangle-shaped slider (10E) are installed on spout opening (17E) through the gyro wheel, install the fixed spout subassembly of level (12E) in the top left and right sides in the below of triangle-shaped slider (10E).

7. The small mountain automatic bundling harvester of claim 6, wherein: fixed bank of cells subassembly (1E) orders (16E) including fixed bandage box (15E) and fixed slot, and the fixed slot is ordered (16E) and is vertically installed on reaping apparatus vertical support board (4A), and the fixed slot is ordered (16E) below tip and is equipped with and binds mouthful (4E), binds mouthful (4E) and horizontal fixed spout subassembly (12E) and installs on same water flat line, and fixed bandage box (15E) are installed and are ordered (16E) top position in the fixed slot.

8. The small mountain automatic bundling harvester of claim 7, wherein: a grain lifter assembly (29D) is mounted at the forward end of the harvesting unit driven assembly (3D) and the harvesting cutter assembly (2D).

9. A small mountain automatic binding harvester according to any one of claims 1 to 8, wherein: the handrail component (1A) is arranged on the horizontal supporting component (2A) through a connecting device (5A).

10. The small mountain automatic bundling harvester of claim 6, wherein: the horizontal fixed chute assembly (12E) includes a push spring (13E) and a push rod (14E).

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