JPH1175454A - Raking device and grass-dividing device of travel type machine for treating stem - Google Patents

Abstract

PROBLEM TO BE SOLVED: To eliminate a trouble that the corner portion of the raking frame front portion of a raking device in a conventional sweet potato vine-treating mechanism is worn out to form a sharp outer periphery, and further a trouble that sweet potato vines placed at low positions and crept on ridge furrows can well not be guided into the raking device. SOLUTION: Raking frames 14 are disposed above a pair of raking belts 27 constituting a raking device 3, and reinforcing members 87 for preventing the wear of the raking frames 14 are attached to the raking port portions of the raking frames 14. In a grass-dividing device, divider guides 89 for guiding stems on the front of the frame into the raking device 3 are attached to digging plates 16 disposed on the right and left sides of the front ends of the frame, and the divider guides 89 are disposed from places at the fronts of the digging plates 16 to the front end portions of the raking devices 3.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a potato vine cultivated in a high ridge or flat ridge culture, that is, a pot vine is cut from the root, and is scraped up by a conveying device. The present invention relates to a scraping device and a weeding device for a traveling stalk processor, such as a traveling vine vine processor, which can be collected.

[0002]

2. Description of the Related Art Conventionally, a traveling potato vine treatment machine which scrapes a potato vine of a sweet potato by a scraping device and pulls it up by a sandwiching and conveying device to cut a potato between the potatoes in the ridge and the potato vine has been developed.
An earlier application has been filed by the same applicant. In the scraping device arranged in front of the traveling potato vine processing machine, a scraping frame that covers the scraping belt is provided above a pair of left and right scraping belts that constitute the scraping device. However, between the left and right scraping belts arranged opposite to each other, a scraping portion was formed. Then, the potato vine in front of the machine body is guided from the front end of the raking frame to a corner portion leading to the raking section, and is rubbed into the raking section.

[0003] In addition, weeding devices are provided on the left and right sides of the front end of the fuselage located forward of the scraping device.
It had a cutting device for cutting potato vines crossing the furrow, and a digging plate projecting forward from the lower end of the cutting device. With this excavation plate, a potato vine rooted in the soil is excavated in the groove between the ridges, and the stem is scraped by a raking device.

[0004]

However, in the above-described scraping device, the potato vines which are scraped by the scraping portion are collected at a high density at the corner of the front end of the scraping frame, and are also scraped. Soil and gravel are often attached to potato vines. As a result, the corner of the front end portion of the raking frame, which is formed of a plate-like member and in which the potato vines are always in contact with and passes through, has been worn as the work has been performed, resulting in a sharp outer periphery. Further, in the weeding apparatus, digging and raising roots of potato vines with a digging plate, or cutting the potato vines of the adjacent row with a cutting device, it was easy to scrape the potato vines with a scraping device, In some cases, low-position potato vines or potato vines crawling in furrows could not be successfully guided to the scraping device.

[0005]

The problem to be solved by the present invention is as described above. Next, means for solving the problem will be described. That is, in a scraping device of a traveling stalk processor that pulls and stalks a stem from a base by pulling while traveling, a scraping frame is provided above a pair of left and right scraping belts constituting the scraping device. And a reinforcing member for preventing abrasion of the raking frame is attached to the entrance of the raking section of the raking frame.

Further, in a weeding device of a traveling type stem processing machine which pulls a stem from a base by moving and pulls the stem, the excavating plate disposed on the left and right of the front end of the body is provided with a digging plate in front of the body. That is, a divider guide for guiding the stem to the scraping device was attached.

Further, the divider guide is arranged from the front of the excavating plate to the front end of the raking device.

[0008]

Next, an embodiment of the present invention will be described. FIG. 1 is an overall side view showing a traveling potato vine processing machine provided with a scraping device and a weeding device of the present invention, FIG. 2 is an overall plan view thereof, and FIG. 3 shows a pivot point for pivotally supporting a potato vine processing mechanism. FIG. 4 is a cross-sectional view, FIG. 4 is a plan view showing a front portion of the scraping device and the nipping and conveying device, FIG. 5 is a plan view showing a rear portion of the nipping and conveying device, FIG. 6 is a side view thereof, and FIG. 8 is a plan view showing a reinforcing member attached to the raking frame, FIG. 9 is a front view of the same, FIG. 10 is a side view showing a divider guide, and FIG.
1 is a plan view of the same, and FIG. 12 is a front view showing a front part of the traveling potato vine processing machine with a divider guide attached.

First, an overall configuration of a traveling potato vine processing machine as an embodiment of the traveling stem processing machine of the present invention will be described.
1 and 2, the traveling mechanism B includes left and right traveling wheels 11.
The engine 11 is mainly composed of the engine E and the steering handle H. A transmission case M is fixedly provided on the left side in the traveling direction of the engine E, and a crankshaft of the engine E transmits power to the inside of the transmission case M. After shifting within the transmission case M, power is transmitted to the traveling wheels 11 via the traveling drive case 13. A traveling frame 19 that supports the traveling mechanism B is disposed from the engine E and the transmission case M to the front end of the fuselage.
The guide wheels GG are supported by the traveling frame 19. A pivot point P is provided at an intermediate portion in the front-rear direction of the traveling frame 19, and a potato vine treatment mechanism A constituted by the scraping device 3, the ridge holding roller mechanism T, the nipping and conveying device F, and the like, sets the pivot point P at the pivot point P. It is configured to be vertically pivotable about the center.

The front end of the traveling drive case 13 is attached to a wheel height frame 17 projecting downward from the traveling frame 19 by bolts or the like.
The mounting position of the front end is configured to be vertically adjustable by a plurality of mounting holes 17a formed in the wheel height frame 17. The rear end of the traveling drive case 13 is pivotally supported by a pivot 18 so as to be vertically rotatable with respect to the transmission case M. Therefore, by adjusting the mounting position of the traveling drive case 13 and the wheel height frame 17, the height of the traveling mechanism B with respect to the ground can be adjusted,
Thereby, the height of the potato vine processing mechanism A with respect to the height of the ridges can be adjusted.

The engine E and the transmission case M constituting the traveling mechanism B are integrally fixed, and the traveling frame 19 protrudes forward from the engine E and the transmission case M. A steering handle H projects upward and rearward from the traveling frame 19, and the steering handle H extends to above the engine E.
A PTO shaft projects from the front of the transmission case M, and a PTO joint shaft 15 is connected to the PTO shaft. A front end of the PTO joint shaft 15 is connected to a rotation center gear case K rotatably disposed on the traveling frame 19.
The pivot point P is provided on the rotation center gear case K.

The potato vine processing mechanism A is integrally formed of a scraping device 3, a ridge holding roller mechanism T, a nipping and conveying device F, and the like. The drive shaft 31 of the potato vine processing mechanism A rotates. It is pivotally supported by a horizontal drive shaft 25 in the central gear case K, and the axis of the horizontal drive shaft 25 is a pivot point P. The support frame 46 supporting the ridge holding roller mechanism T is fixed to the body at the gear case K, and the left and right roller units 2L and 2R of the ridge holding roller mechanism T are supported.
Is configured to be rotatable up and down and to be adjustable up and down.

A rotating frame 40 is fixedly mounted on the horizontal drive shaft 25 so as to protrude downward, and an expandable and contractible pipe 41 is disposed below the engine E. And the lower end of the rotation frame 40 are rotatably connected. The telescopic pipe 41 is
By rotating an adjustment lever 42 rotatably attached to the rear end of the device 1, it is configured to expand and contract. When the adjusting lever 42 is rotated, the telescopic pipe 41 expands and contracts, and the rotating frame 40 rotates about the pivot point P, so that the potato vine processing mechanism A is vertically rotated integrally with the rotating frame 40. I do. Thereby, the tip position of the potato vine treatment mechanism A can be adjusted in the vertical direction according to the ridge height. Further, an elastic body S composed of a gas spring mechanism or the like is interposed between the potato vine processing mechanism A and the traveling mechanism B.

A weeding device is provided on the left and right of the tip of the fuselage. The weeding device includes a potato vine cutting device C, a digging plate 1
6 and 16 and divider guides 89 and 89. The excavating plate 16 and the potato vine cutting device C
Guide wheels GG disposed behind C are supported by a traveling frame 19 that constitutes the traveling mechanism B. The digging plates 16 are arranged at the front end of the frame 19, are formed in a substantially triangular shape in a side view, and are formed of a plate-like member having a sharp front end. Also, divider guides 89, 89 protruding in front of the excavated plates 16, 16 are attached to the excavated plates 16, 16, and the divider guides 89, 89 are formed of rod-shaped members. Then, the divider guides 89, 89 are used to scrape the potato vines in front of the fuselage.
And the excavating plate 16.1
6 is configured to pass through the inside of the groove between the ridges and dig up the potato vine rooted in the groove so that the potato vine is easily guided to the scraping device 3. I have.

The potato vines on the ridges are dug up at the roots in the soil by the moating plates 16 and 16 and guided by the divider guides 89 and 89 to the scraping device 3. Rubbed by the belts 27, 27.
The potato vines scraped by the scraping device 3 are conveyed upward and backward while being pinched by the pinching and conveying belt 24 of the pinching and conveying device F, and are pressed by the ridge pressing roller mechanism T so as not to lift the potatoes in the ridges. To tear off the original part of the potato vine. The original portion of the potato vine can be cut by a cutter or the like, but since there is a risk of damaging the potato vine, the potato vine is configured to be cut off by the action of being pressed by the ridge holding roller mechanism T and pulled by the nipping transport belt 24. I have.

In the case where the potato vines are digged by the excavating plates 16 and raked by the raking device 3, the potato vines prosper to the next row, or the potato vines of the next row are working on the row. There are cases where potato vines are entangled with each other. If the potato vine in such a state is pulled as it is, there is a danger that the potato on the adjacent ridge which is not pressed may be dug up.
9 to cut the potato vine that crosses between the furrows. The potato vine cutting device C is constituted by a reciprocating blade arranged in the vertical direction, and is provided with a potato vine cutting device clutch mechanism in conjunction with the ON operation of the work clutch lever 81 that switches the drive of the potato vine processing mechanism A. Then, driving is started.

A weeding guide 43 is arranged above the potato vine cutting device C, and the potato vine above the ridge is guided to the potato vine cutting device C by the weeding guide 43 so that the potato vine is scraped by the scraping device 3.
To make it easier to be scratched. In addition, a crank portion including a crankcase 23 and the like is disposed on the side of the rotation center gear case K, and the pot portion cutting device C is driven by the crank portion via the crank interlocking link 12. The drive clutch mechanism of the potato vine cutting device C is disposed in the rotation center gear case K.

The potato vines which have been scraped and torn by the scraping belts 27 of the scraping device 3 are held by the nipping and conveying belt 24.
While being conveyed rearward, it is inherited from the raking device 3 by the transport tines 26 of the nipping and conveying device F disposed above and behind the raking device 3. And the transport tine 2
The sheet is further conveyed rearward by the holding conveyance belt 6 and is discharged to the rear of the machine. As described above, the potato vine processing mechanism A is provided with the nipping / conveying belts 24/24 arranged from the front part to the rear part of the machine body, and the tine divided and arranged in two parts above the nipping / conveying belts 24/24. The front belt of the belt is composed of the scraping belts 27, 27 and the rear belt, the transport tine 26, and the like, and the vine on the ridge is torn off, transported, and discharged.

As shown in FIG. 2, the nipping / conveying apparatus F is configured so that the discharging direction of the potato vine can be switched to the left and right in a stepwise manner by rotating the upper part thereof left and right. If the nipping and conveying device F is straightened without bending left and right, the potato vine can be dropped behind the ridge that is performing the potato vine processing, and if it is bent left and right, it is discharged onto the ridge of an adjacent strip. It is also possible to discharge potato vines on the furrows of the two or three adjacent rows. In this way, the potato vines scraped and conveyed backward by the potato vine treatment mechanism A are configured to be discharged onto the ridges, and post-treatment such as collecting the released potato vines is simplified, thereby improving work efficiency and , To reduce the work load. In addition, the pivoting operation in the present embodiment is configured to be rotatable in three stages for each of the left and right sides, and is configured to be capable of adjusting the discharge position switching to seven stages by adding a central position not to be rotated. . The number of adjustment stages is not limited to the number of stages in the present embodiment, and may be appropriately set to an appropriate number of stages.

Next, FIG. 3 shows a power transmission structure of the rotation center gear case K. A rack gear 20 is disposed on a drive shaft portion inside the rotation center gear case K, and the rack gear 20 and the PTO joint shaft 1
The pinion gear fixed to the front end of the gear 5 meshes with the pinion gear, and the pinion gear rotates the rack gear 20. The rotation of the rack gear 20 is transmitted to the horizontal drive shaft 25 by the bevel gears 22, and the drive shaft 25 drives the crankcase 23 that drives the crank link 12. The rotation of the rack gear 20 causes the drive shaft 3 to rotate.
1 rotates, and the nipping and conveying belt 24 is driven.

Next, the potato vine processing mechanism A will be described.
4 to 6, a scraping device 3 is disposed in front of the potato vine processing mechanism A, and the scraping device 3 mainly includes a scraping belt 2.
7 and 27 and pulleys 50, 51 and 52. The pulleys 50 are pivotally supported by a drive shaft 31 that drives the potato vine processing mechanism A. The pulleys 50 rotate integrally with the drive shaft 31 to form a pair of left and right scraping belts 27.
27 is driven. Nipping and conveying belts 24 are disposed from the front to the rear of the fuselage.
The front part of 4 is located below the scraping device 3, and a pair of left and right transfer tines 26 is disposed above the rear part of the sandwiching transfer belts 24. These transport tines 2
The holding conveyance device F is constituted by the holding conveyance belts 6.26 and the holding conveyance belts 24.

The front portion of the nipping and conveying belt 24 is wound around drive pulleys 70 and 53, and the drive pulley 70 is supported by a drive shaft 31 and is driven by the drive shaft 31. A sprocket is fitted on the shaft 32 that supports the drive shaft 31 and the drive pulley 53, and a chain 36 is wound around both sprockets so that the drive pulley 53 is driven in conjunction with the drive pulley 70. I have. And the chain 36 is
It is covered by a chain case 93. Drive pulley 7
0 and the driving pulley 53, a tension roller 54
54 is provided, and is urged so as to press the inside of the nipping / conveying belt 24 to tension the nipping / conveying belt 24.
The right and left tension rollers 54 are alternately arranged with their positions shifted from each other.
4 urges in a direction that can pinch the potato vine. An outer tension roller 55 that tensions the nipping and conveying belt 24 from the outside is disposed behind the driving pulley 53.

Behind the driving pulley 70, a pulley 58
60 are disposed, and the nipping and conveying belt 24 is wound. The driving pulley 70 and the pulley 58 are
, And the pulley 58 and the pulley 60 are connected to the support rod 65 and the urging rod 80 and the like. Between the pulley 58 and the pulley 60, triple tension rollers 59, 59, 59 are disposed, and the triple tension rollers 59, 59, 59 are connected by a connecting rod 66. The connecting rod 66 is connected to the supporting rod 65 by two urging arms 67 and is urged inward. The left and right triple tension rollers 59, 59
The tension rollers 59 are arranged so as to be staggered, so that the inside of the nipping and conveying belt 24 is uniformly pressed so that the potato vine can be reliably nipped.

When the rear end of the nipping / conveying device F is rotated left and right, the rotating arm 71 is rotated, and the portion of the driving pulley 70 of the nipping / conveying belt 24 is bent, so that the rear portion of the nipping / conveying belt 24 is left and right. The drive pulley 7
Outside of 0.70 is a double outer tension roller 56.5.
7 is disposed, and one of the rollers 56 and 57 is moved depending on the degree of rotation of the rear portion of the nipping and conveying belt 24.
4 is configured to be tensioned from the outside.

Further, between the rotating shafts 34 for supporting the left and right pulleys 58, 58 and between the left and right support rods 65, 65.
Between them, reduction springs 75 are interposed to urge the left and right nipping and conveying belts 24 in the direction of nipping the vines. In FIG. 6, the urging rod 80 is urged in a forward and backward protruding direction by an urging spring 76, and
4 is nervous.

The transport tines 26 are disposed above the rear portions of the nipping transport belts 24. The transport tines 26 are wound around pulleys 68 and 69. The pulley 69 is supported by a shaft 33 that supports the pulley 60, and rotates integrally with the shaft 33 that is driven by the rotation of the nipping and conveying belt 24. The pulley 68 is located substantially above the drive shaft 31. Further, the scraping belts 27 are covered with a scraping frame 14 above the scraping belts 27, and the transport tine 2 is
6 and 26 are covered with transport tine covers 73 and 73 above. At the rear ends of the scraping frames 14, 14, rotating covers 74, 74 for covering the front ends of the transport tines 26, 26 and the inside of the front ends are arranged. When moved, the potato vines to be pinched and transported are protected from being pinched between the pulley 68 and the transport tines 26.

The pulleys 53, 58, 60 and 70 have a scraper 61, and the pulleys 51 and 52 have a scraper 63.
64, a scraper 62 for the tension rollers 54 and 59, and a scraper 91 for the outer tension rollers 56 and 57. These pulleys and the outer peripheral surfaces of the tension rollers are brought close to each other, and It is configured to scrape off soil and mud that has adhered. Also,
Pulleys 50, 68 and 69 are also provided with scrapers.

A falling-off prevention member 82 is provided near the lower surface of the nipping and conveying belt 24,
In the case where the belt is loosened or the like, the nipping / conveying belt 24 is locked to the falling-off prevention member 82 to prevent the nipping / conveying belt 24 from hanging down, so that the nipping / conveying belt 24 does not come off and fall off.

Next, the scraping device 3 will be described. FIG.
Shows the scraping device 3, which is wound around pulleys 50, 51, 52.
The scraping belt 27 driven by this is arranged to face left and right, and between the left and right scraping belts 27, there is formed a scraping portion 92 for scraping the potato vine and transferring it to the nipping and conveying belt. The scraping belt 27 includes a base 27a wound around the pulleys 50, 51, 52, and a number of protrusions 27b projecting outward from the base 27a. Pair of left and right scraping belts 27.2
7 are arranged alternately so as to mesh with each other. In the scraping portion 92, the potato vine is sandwiched by the projecting portions 27b, 27b,.

The upper portion of the scraping belt 27 is covered by the scraping frame 14, and a guide portion 85 covering the upper and lower surfaces and the inner side surface of the scraping belt 27 is provided on a scraping portion 92 of the scraping frame 14. Are formed. As shown in FIG.
The guide body 85 is formed at an end of the raking frame 14 on the raking portion 92 side, and has a concave portion 8 formed in a substantially U-shape in a front view.
The recess 86 accommodates the base 27a of the scraping belt 27 and the base of the protrusion 27b. Accordingly, the movement of the protrusion 27b in the vertical direction is restricted, and when a vertical force is applied to the protrusion 27b of the scraping belt 27, the scraping belt 27 is pulled up and down and comes off. Has been prevented.

At the front end portions of the pair of left and right scraping frames 14, 14, guide portions 83, 83 formed in a substantially "C" shape in plan view with a wide front and a narrow width are formed. The guide section 83.8
3 has a rear end connected to a front end of the scraping portion 92;
Corner portions 88, 88 are formed in the connecting portion. A reinforcing member 87 for reinforcing the scraping frame 14 so as not to be worn is attached to the corners 88.
That is, at the corners 88, 88 which are the entrances of the scraping portion 92,
The reinforcing member 87 is attached. 8 and 9, the reinforcing member 87 is provided at a corner 88 located at the front end of the raking portion 92 of the raking frame 14. The reinforcing member 87 is formed by bending a rod-like member into a substantially “L” shape, and protrudes slightly along the outer peripheral shape of the corner 88 of the raking frame 14 or from the outer periphery of the corner 88. And is fixed to the back surface of the raking frame 14 by welding or the like.

The potato vines on the ridge abut the guides 83 at the front end of the raking frame 14 as the machine advances, and are guided to the front end of the raking portion 92 at the center in the left and right direction, and the raking belt It is scraped by 27.27. As described above, when the potato vines are scraped by the scraping device 3, the potato vines that are widespread in the width direction of the ridges are gathered and scraped by the central scraping section 92. 88.8 at the entrance
In No. 8, the potato vines exist at high density. And
Since the potato vines collected at the corners 88 at a high density are forcibly guided to the scraping portion 92 by the protrusions 27b of the scraping belts 27, the potato vines are pressed by the corners 88 at a large pressure. It slides while abutting on 88.

However, the corners 8 of the scraping frames 14
8 ・ 88 include reinforcing members 87.8 which are constituted by rod-shaped members.
7 is attached, so that the potato vines
When passing, the potato vine passes while contacting the reinforcing members 87. As a result, even if the potato vines pass through the corners 88, 88 in a high-density state, or if soil or gravel is attached to the potato vines, the raking frame 14 is worn and the outer periphery becomes sharp. There is no. Also, the reinforcing member 87
Since 87 is formed of a rod-like member such as a round bar, for example, it is less likely to be worn as compared with the raking frame 14 formed of a thin plate-shaped member, and the tip does not become sharp even when worn. As described above, since the reinforcing members 87 are attached to the corners 88 at the front end portions of the scraping frames 14, the corners 88 of the scraping frames 14 are worn and sharpened. Since the state can be prevented, the potato vines to be scraped are not inadvertently cut, and the safety can be improved.

Next, a divider guide 89 of the weeding device disposed at the front end of the machine will be described with reference to FIGS.
This will be described with reference to FIGS. The divider guide 89 is formed of a rod-shaped member, and is attached to the excavating plate 16 of the weeder. The divider guide 89 is provided on the excavating plate 16.
At the front end of a horizontal portion 95 protruding forward from the front end, a guide portion 96 extending from the front end toward the rear obliquely upward is fixedly formed. At the rear end of the horizontal portion 95, an attachment plate 94 for attaching the divider guide 89 to the excavation plate 16 is fixed. Then, the excavating plate 1 is
The guide portions 96 of the divider guides 89 attached to 6.16 are configured so as to go inward of the fuselage as they go rearward.
The rear end of the 96 is the left and right scraping belts 27.2 of the scraping device 3.
7 has been reached. That is, the divider guide 89
Reference numeral 89 is arranged from the front of the excavating plates 16 to the front end of the scraping device 3.

The divider guide 89 constructed as described above
・ By 89, potato vines proliferating in furrows, such as potato vines from adjacent ridges cut by potato vine cutting devices C and C, and potato vines rooted in the soil excavated by the excavation plates 16/16. Since the vine is guided to the scraping device 3, such a potato vine, which has conventionally been difficult to be scraped by the scraping device 3, is smoothly scraped by the scraping device 3. Thereby, not only the potato vines on the ridges but also the potato vines in the furrows can be reliably scraped and processed by the scraping device 3 without being spilled over a wide range.

[0036]

As described above, the present invention has the following advantages. That is, since the reinforcing member for preventing the abrasion of the rake frame is attached to the rake portion front end portion of the rake frame, the rake portion front end portion of the rake frame 14 is worn. It was possible to prevent sharpening, and the potato vines to be scraped were not inadvertently cut, and safety was improved.

Further, since a divider guide for guiding the stem in front of the fuselage to the scraping device is attached to the digging plate disposed on the left and right sides of the front end of the fuselage, the pot vines in front of the fuselage are wide. Over the range, it was possible to smoothly guide and scrape to the scraping device.

Further, since the divider guide is arranged from the front of the excavating plate to the front end of the raking device, not only the potato vine on the ridge but also the conventional raking device is used. Even the potato vines in the furrows, which were difficult to squeeze, can be reliably scraped and processed by the scraping device without being spilled over a wide area.

[Brief description of the drawings]

FIG. 1 is an overall side view showing a traveling potato vine processing machine provided with a stem processing mechanism of the present invention.

FIG. 2 is an overall plan view of the same.

FIG. 3 is a cross-sectional view showing a pivot point for pivoting the potato vine processing mechanism.

FIG. 4 is a plan view showing a front portion of a scraping device and a nipping and conveying device.

FIG. 5 is a plan view showing a rear part of the nipping and conveying device.

FIG. 6 is a side view of the same.

FIG. 7 is a plan view showing a scraping device.

FIG. 8 is a plan view showing a reinforcing member attached to the scraping frame.

FIG. 9 is a front view of the same.

FIG. 10 is a side view showing a divider guide.

FIG. 11 is a plan view of the same.

FIG. 12 is a front view showing the front part of the traveling potato vine processing machine with the divider guide attached.

[Explanation of symbols]

 A potato vine processing mechanism B running mechanism C potato vine cutting device E engine F pinching / conveying device K rotation center gear case M transmission case T ridge pressing roller mechanism 3 squeezing device 14 squeezing frame 24 squeezing / transporting belt 27 squeezing belt 27a base 27b Projection part 31 Drive shaft 83 Guide part 87 Reinforcement member 88 Corner part 89 Divider guide 92 Scratch part 94 Mounting plate 95 Horizontal part 96 Guide part

Claims (3)

[Claims] 1. A scraping device of a traveling stalk processor, which pulls a stem from a base by moving and pulls the stem to move the stalk, and scrapes the stalk above a pair of left and right scraping belts constituting the scraping device. A scraping device for a traveling stalk processor, wherein a scraping frame is disposed, and a reinforcing member for preventing abrasion of the scraping frame is attached to an entrance portion of a scraping portion of the scraping frame. 2. A weeding apparatus for a traveling stalk processor that pulls a stalk from a base by moving and pulling the stalk to move the stalk.
A weeding device for a traveling stalk processor, wherein a divider guide for guiding a stem in front of the machine body to a scraping device is attached. 3. The weeding device for a traveling stalk processor according to claim 2, wherein said divider guide is arranged from the front of the excavating plate to the front end of the raking device.