JP2018061500A - Striped mounding device of multi-cultivation such as garlic - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a mounding device that forms a striped mound on the multi-film upper surface in order to prevent the entry of strong wind by sealing the planting holes of multi-cultivation such as garlic bulbs.SOLUTION: A mounding device is characterized as follows: a machine frame is mounted before a self-propelled vehicle; a pair of left and right scraping means arranging a scattering claw for scattering soil from a furrow ridge by rotating so as to be scraped in the traveling direction in the front part of the machine frame is provided; also, a soil gathering device laterally provided with a cylindrical brush body is closely arranged just after the scraping means; a self-propelled vehicle mounts one engine and distributes power to the scraping means and the soil gathering device; the brush body has wire radially implanted to the rotary shaft; the wire of minor axis is previously arranged at the position of a bulb planting hole to form a cutting part; the brush body rotates while scooping in the traveling direction to the multi-film upper surface; and thereby the scattering soil scraped from the groove of the ridge is consolidated in the cutting part to form a striped mound part.SELECTED DRAWING: Figure 1

Description

  The present invention relates to a work system for planting and growing bulbs such as garlic after a multi-film is coated on a wide ridge, and relates to a banking apparatus for preventing peeling of the coated film in the early stage of growth.

After installing a multi-film, the film may be peeled off by the wind, or the wind may penetrate through the planting hole and the film may flutter and be blown off. 2. Description of the Related Art Conventionally, a soil covering device for a multi-film laying machine described in Japanese Patent No. 3385589 is known as an embankment device for preventing peeling of a multi-film against wind. In this publication, “a multi-film laying machine for covering a soil surface over a front surface while feeding out a multi-film of a certain width, and a soil covering device covering the side edge of the multi-film to be covered in this forward travel; A soil collector that brings this covering soil toward the center on the upper surface of the multi-film, and a soil that covers the soil covered by the shredder by returning it to the overlapping portion of the side edges of the multi-film covered in the return stroke "Configuration of soil covering device provided with return machine" (Patent Document 1) is disclosed.
Also, Japanese Patent Publication No. 1-59856 discloses that “multiple films are formed in a plurality of troughs and troughs to be formed, and the earth lifted by the earthing portion is placed in a position where the lower parts are opened to each other. In the soil covering device constructed so as to cover the multi-film near the shore groove with a plurality of soil distribution chutes, the soil distribution chute is capable of adjusting the mounting position in the left-right direction and the left-right position in the discharging direction relative to the machine frame. A soil covering device in a multi-film facility device ”(Patent Document 2) is disclosed.
Conventionally, multi-cultivation such as garlic is covered with multi-film on the straw, planted with bulbs while making holes in the film, and then soiled from the groove to the top surface of the film to prevent the film from being blown into the wind. I was scraping up and filling it up to replace the weight.

Japanese Patent No. 3385589 Japanese Patent Publication No. 1-59856

Cultivation with a multi-film coating such as garlic is performed in expectation of the effect of maintaining the ground temperature by passing sunlight and the suppression of weeds. In the case of garlic bulbs, it is planted in 4 rows to a depth of 7-8 centimeters for wide wrinkles, and after that, to prevent exfoliation due to wind, conventionally, the soil is manually scraped from the groove to form a film. It was scattered on the top surface to replace the weight. Further, in the above-described well-known embankment devices of Patent Document 1 and Patent Document 2, the soil that has been diffused on the upper surface of the wide ridge is scattered and the scattered soil itself prevents passage of sunlight and maintains the ground temperature inside the mulch. There was a problem that the effect was impaired. Therefore, in the present invention, a device that fills only a portion where the planting hole is located is sealed by sealing only the row of planting holes to prevent strong winds from entering, and suppressing the decrease in soil temperature maintenance and weed control effect as much as possible. It is to provide. At present, farmers have been streaked by collecting scattered soil with a man-made paddle or plate spatula, but the present invention intends to replace this man-made streak fill work with a mechanical light work. .

In order to solve the above-mentioned problems, the present invention attaches a machine frame to the front of the self-propelled vehicle according to claim 1 and provides a front side of the machine frame with a soil-lifting means from a gutter groove and a cylindrical shape immediately thereafter. The brush body is equipped with a laying device horizontally arranged, and the brush body has a wire planted in a radial direction with respect to the rotation axis, and a short-diameter wire rod is placed in advance at the position of the bulb planting hole to form a cut portion. The brush body is rotated while scooping up in the advancing direction with respect to the upper surface of the multi-film, so that the scattered soil picked up by the soil lifting means is gathered in the cut portion to form a streak-like embankment portion It is a streak embedding device for multi-cultivation such as garlic.
Further, the self-propelled vehicle according to claim 2 is a multi-cultivated streak embankment device such as garlic, in which one engine is mounted and power is distributed to the raking means and the earthing device.
Further, the releasing claw of the raking means according to claim 3 is a multi-cultivated streak embankment device such as garlic, which is rotated so as to be swept in the traveling direction.

Equipped with a soil lifting device with a brush body installed immediately after the self-propelled vehicle of the present invention in front of the gutter groove, a short-diameter wire is arranged in advance at the position of the bulb planting hole. A cut-out portion was formed, and the scattered soil scraped up from the gutter groove was concentrated into the cut-out portion to form a streak-like embankment, so the effect of maintaining the ground temperature by passing sunlight on the upper surface of the multi-film and the suppression of weeds There is no loss of effectiveness. In addition, the self-propelled vehicle is equipped with a single engine, and the power is distributed to the lifting means and the earthing device. Since the entire aircraft has been weighed, the operator of the self-propelled vehicle becomes light work. Further, since the release claw of the lifting means rotates so as to be lifted in the traveling direction, the brush body immediately after the earthing can be disposed in close proximity, so that the length of the machine body is compact and the turning can be reduced.

Is an external perspective view of the present invention Is a side view with some parts omitted Illustration of the main part Striped fill molding perspective view

In the embodiment of the present invention, a machine frame is attached to the front of the self-propelled vehicle, and a soil raising device in which a cylindrical brush body is provided next to the front of the machine frame and provided with a soil lifting means from a ridge groove. The brush body has a wire rod planted in a radial direction with respect to the rotation axis, and a short diameter wire rod is arranged in advance at the position of the bulb planting hole to form a cut portion, and this cylindrical brush body Garlic, etc. characterized by converging the scattered soil scraped up from the groove portion of the reed to the cut portion by rotating while scooping up in the direction of travel with respect to the upper surface of the multi-film. This is a multi-cultivated streak filling device. The self-propelled vehicle is equipped with a single engine and distributes the power to the scraping means and the earthing device.

The configuration will be described based on the drawings in which the present invention is implemented. FIG. 1 is an external perspective view of the present invention. Reference numeral 1 denotes a self-propelled vehicle, which includes an engine 18, a transmission box 25, and drive wheels 16 and is operated by 17 handles. In front of the transmission box 25, a machine frame 2 equipped with the lifting means 30 and the streak-up device 6 is provided. The machine frame 2 is configured by connecting a horizontal frame of main frames 3 and 4 in the horizontal direction and a vertical frame 5 to the front end. An intermediate shaft 19 is provided in parallel to the lower portion of the horizontal frame 4 and is transmitted from the transmission box 25 via the first conduction band 13. The rotating shaft 10 of the brush body 9 is driven from the side end portion of the intermediate shaft 19 through the second conduction band 14 provided outside the support frame 8. A planar U-shaped support frame 8 is provided on both sides of the horizontal frame 4. A pair of auxiliary stays 27 project from the lower end of the main frame 3 and a counter shaft 26 is installed horizontally. Both ends of the counter shaft 26 are provided with a lifting means 30 for lifting the soil from the trough. 26 of the lifting means 30 shows a conductive case and has a claw 28 which is released downward. Release claws 28 provided on both sides release soil from the troughs to the upper surface of the multifilm. Reference numeral 21 denotes a tension lever for turning on the power of the first conduction band 13.
A pair of support wheels 7 are provided at the lower end of the vertical frame 5 to appropriately adjust the height of the heel. The brush body 9 of the earth gathering device 6 has a wire rod planted in a radial direction with respect to the rotary shaft 10, a short diameter wire rod is arranged in advance at the positions of the plurality of rows of bulb planting holes, and a cut portion 32 is formed. The top forms a stepped cylindrical shape. Reference numeral 33 denotes a telescopic lever. Although not shown, the conductive case 26 of the lifting means 30 is for folding via a link bar when not in use.
FIG. 2 is a side view in which a part is omitted, and the earthing device 3 is provided in front of the self-propelled vehicle 1. An intermediate shaft 19 is disposed at the front portion of the main frame 3, and driving of power transmission from the first conduction band 13 is interrupted by a lever 21 of a tension device. An auxiliary stay 27 is provided at the lower end of the horizontal frame 4 to support the counter shaft 26. Scooping means 30 is provided at both ends of the counter shaft 26. The release claw 28 rotates in the scooping up direction (f), and the soil is released and scattered on the top surface of the fence. Reference numeral 8 denotes a support frame which supports the rotating shaft 10 of the brush body 9 at the bottom. The cylindrical brush body 9 rotates (F) while scooping up in the advancing direction with respect to the upper surface 31 of the rod, thereby bringing the scattered soil scraped up from the groove portion of the rod closer to the excision 32 and concentrating it. The embedding portion 24 is formed. Since the support frame 8 is supported so that the tip thereof can swing freely with the intermediate shaft 19 as a support shaft, the brush body 9 swings appropriately even when the ridges are uneven, and the upper surface of the film is smoothly moved and damaged. Nor.
FIG. 3 shows a perspective view of the main part of the earth laying device. The brush body 9 is formed by implanting a wire 11 in a radial direction on a base 12 made of cylindrical wood. The rotating shaft 10 is fixed to both ends. A wire rod 11 is implanted in the radial direction with respect to the rotary shaft 10, and a short diameter wire rod is arranged in advance at the position of the bulb planting hole 29 to form a cut portion 32. In this embodiment, the nine brush bodies form cut portions 32 in which the wire 11 has a short diameter in accordance with four rows of garlic planting rows. Reference numeral 30 denotes a lifting means for lifting the soil from the trough, and a pair of left and right is arranged. Reference numeral 26 denotes a conductive case which has a claw 28 which is released downward. The release claw 28 releases the soil from the trough to the upper surface of the multi-film. Therefore, the brush body 9 rotates (F) while scooping up in the advancing direction with respect to the upper surface of the multi-film, so that the scattered soil picked up by the soil lifting means 30 is gathered in the excision part 32 and four lines of streaks are collected. A shaped embankment is formed.
FIG. 4 shows a perspective view of a streak embankment embodying the present invention, wherein 23 is a multifilm and 29 is a planting hole. The figure shows a state in which a streak-like embankment 24 is formed in a row of planting holes 29 of a multi-film 23 in which garlic bulbs 22 are planted with respect to a wide ridge.

By carrying out the present invention, even if a strong wind blows after planting garlic just before winter, the wind does not enter the planting hole, and the film caused by the strong wind does not flutter and peel off. In addition, stable growth can be achieved without impairing the soil temperature maintenance effect by the passage of sunlight on the upper surface of the conventional multifilm and the weed control effect. There is a possibility that planned management can be carried out even for small-scale garlic farmers.

Reference numeral 1 denotes a self-propelled vehicle 2, a machine frame 3, a main frame 4, a horizontal frame 5, a vertical frame 6, a earthing device 7, a support wheel 8, a support frame 9, a brush body 10, a rotating shaft 11, a wire rod 12, and a base 13 The first conduction band 14, the second conduction band 15, the third conduction band 16, the drive wheel 17, the handle 18, the engine 19, the intermediate shaft 20, the countershaft 21, the tension lever 22, the garlic bulb 23, and the multifilm 24 The embankment 25 is a transmission box 26, a conductive case 27, an auxiliary stay 28 is released, a claw 29 is a planting hole 30, a lifting means 31 is a heel surface 32, a cutting part 33 is a telescopic lever

  The present invention relates to a work system for planting and growing bulbs such as garlic after a multi-film is coated on a wide ridge, and relates to a banking apparatus for preventing peeling of the coated film in the early stage of growth.

After installing a multi-film, the film may be peeled off by the wind, or the wind may penetrate through the planting hole and the film may flutter and be blown off. Conventionally, a soil covering device for a multi-film laying machine described in, for example, Japanese Patent No. 3385689 is known as an embankment device for preventing peeling of a multi-film against wind. In this publication, “a multi-film laying machine for covering a soil surface over a front surface while feeding out a multi-film of a certain width, and a soil covering device covering the side edge of the multi-film to be covered in this forward travel; A soil collector that brings this covering soil toward the center on the upper surface of the multi-film, and a soil that covers the soil covered by the shredder by returning it to the overlapping portion of the side edges of the multi-film covered in the return stroke "Configuration of soil covering device provided with return machine" (Patent Document 1) is disclosed.
Also, Japanese Patent Publication No. 1-59856 discloses that “multiple films are formed in a plurality of troughs and troughs to be formed, and the earth lifted by the earthing portion is placed in a position where the lower parts are opened to each other. In the soil covering device constructed so as to cover the multi-film near the shore groove with a plurality of soil distribution chutes, the soil distribution chute is capable of adjusting the mounting position in the left-right direction and the left-right position in the discharging direction relative to the machine frame. "Soil covering device in multi-film facility device" (Patent Document 2) is disclosed.
Conventionally, multi-cultivation such as garlic is covered with multi-film on the straw, planted with bulbs while making holes in the film, and then soiled from the groove to the top surface of the film to prevent the film from being blown into the wind. I was scraping up and filling it up to replace the weight.

Japanese Patent No. 3385689 Japanese Patent Publication No. 1-59856

Cultivation with a multi-film coating such as garlic is performed in expectation of the effect of maintaining the ground temperature by passing sunlight and the suppression of weeds. In the case of garlic bulbs, it is planted in 4 rows to a depth of 7-8 cm for wide ridges, and after that, to prevent exfoliation due to wind, conventionally, the soil is manually scraped from the groove to form a film. It was scattered on the top surface to replace the weight. Also, in the above-described known embedding devices of Patent Document 1 and Patent Document 2, the soil is spread over the entire surface of the wide fence and the scattered soil itself is prevented from passing sunlight to keep the earth temperature inside the mulch. There was a problem that the effect was impaired. Therefore, in the present invention, a device that fills only a portion where the planting hole is located is sealed by sealing only the row of planting holes to prevent strong winds from entering, and suppressing the decrease in soil temperature maintenance and weed control effect as much as possible. It is to provide. At present, farmers have been streaked by collecting scattered soil with a man-made paddle or plate spatula, but the present invention intends to replace this man-made streak fill work with a mechanical light work. .

_In order to solve the above-mentioned problems, the present invention attaches a machine frame in front of the self-propelled vehicle , and the front part of the machine frame is scattered so as to be swept up in the traveling direction, so that the soil from the culvert is scattered. have deployed Hoteki pawl to, provided with a pair of scraping fried means, the earthing up device that horizontally provided a cylindrical brush body immediately after the scraping fried means proximate deployed, the self-propelled vehicle is equipped with one engine Then, the power is distributed to the scraping means and the earthing device, the brush body has a wire planted in a radial direction with respect to the rotation shaft, and a short-diameter wire is previously placed at the position of the bulb planting hole. A cut portion is formed, and the brush body is rotated while scooping up in the advancing direction with respect to the upper surface of the multi-film , so that the scattered soil picked up by the lifting means is concentrated on the cut portion, thereby forming a streak embankment. Part Characterized in that it formed.

_ Provided with a pair of left and right scraping means with a throwing claw to disperse the soil from the gutter groove in front of the self-propelled vehicle, and a mulching device with a brush body installed in the vicinity immediately after the scraping means Since a short diameter wire was previously placed at the position of the bulb planting hole, a cut portion was formed, and the scattered soil scraped up from the groove portion of the ridge was aggregated into the cut portion to form a streak embankment portion. The effect of maintaining the ground temperature by passing sunlight on the upper surface of the multi-film and the effect of suppressing weeds are not impaired. In addition, the self-propelled vehicle is equipped with a single engine, and the power is distributed to the hoisting means and the earthing device so that the entire body is lighter , so that the operator of the self-propelled vehicle becomes light work. In addition, by rotating so that the lifting claw of the lifting means can be lifted up in the direction of travel, it is possible to deploy a close-up device with a brush body placed immediately after this lifting means, so the length of the aircraft is compact. There is an effect that the turning can be reduced.

Is an external perspective view of the present invention Is a side view with some parts omitted Illustration of the main part Striped fill molding perspective view

_In the embodiment of the present invention, a machine frame is attached to the front of the self-propelled vehicle, and the front part of the machine frame is released so that the soil from the culvert groove is scattered by rotating it so as to be lifted up in the traveling direction. While providing a pair of left and right scraping means with claws, a mulch arrangement with a cylindrical brush body placed immediately after this scraping means is installed in close proximity, and the self-propelled vehicle is equipped with one engine, Power is distributed to the scraping means and the earthing device, and the brush body has a wire planted in a radial direction with respect to the rotating shaft, and a short-diameter wire is placed in advance at the position of the bulb planting hole to form a cut portion. The cylindrical brush body is rotated while scooping up in the advancing direction with respect to the upper surface of the multi-film, so that the scattered soil scraped up from the groove portion of the scissors is gathered in the excised part to form a streaky embankment part. Features forming Is a streaky fill apparatus of garlic, such as a multi-cultivation was.

The configuration will be described based on the drawings in which the present invention is implemented. FIG. 1 is an external perspective view of the present invention. Reference numeral 1 denotes a self-propelled vehicle, which includes an engine 18, a transmission box 25, and drive wheels 16 and is operated by 17 handles. In front of the transmission box 25, a machine frame 2 equipped with a scraping means 30 and a mulching device 6 that performs lining up in a line shape is equipped. The machine frame 2 is configured by connecting a horizontal frame of main frames 3 and 4 in the horizontal direction and a vertical frame 5 to the front end. An intermediate shaft 19 is provided in parallel to the lower portion of the horizontal frame 4 and is transmitted from the transmission box 25 via the first conduction band 13. The rotating shaft 10 of the brush body 9 is driven from a side end portion of the intermediate shaft 19 through a second conduction band 14 provided outside the support frame 8. A flat U-shaped support frame 8 is provided on both sides of the horizontal frame 4. A pair of auxiliary stays 27 project from the lower end of the main frame 3 and the counter shaft 20 is installed horizontally. Both ends of the counter shaft 20 are provided with a lifting means 30 for lifting the soil from the trough. 26 of the lifting means 30 shows a conduction case and has a claw 28 which is released downward. Outgoing claws 28 provided on both sides release soil from the trough to the upper surface of the multi-film. Reference numeral 21 denotes a tension lever for turning on the power of the first conduction band 13.
A pair of support wheels 7 are provided at the lower end of the vertical frame 5 to appropriately adjust the height of the heel. The brush body 9 of the earth gathering device 6 has a wire rod planted in a radial direction with respect to the rotary shaft 10, a short diameter wire rod is arranged in advance at the positions of the plurality of rows of bulb planting holes, and a cut portion 32 is formed. The top forms a stepped cylindrical shape. Reference numeral 33 denotes a telescopic lever. Although not shown, the conductive case 26 of the lifting means 30 is for folding via a link bar when not in use.
FIG. 2 is a side view in which a part is omitted, and the earthing device 6 is provided in front of the self-propelled vehicle 1. An intermediate shaft 19 is disposed at the front portion of the main frame 3, and driving of power transmission from the first conduction band 13 is interrupted by a tension lever 21. An auxiliary stay 27 is provided at the lower end of the horizontal frame 4 to support the counter shaft 20 . Scooping means 30 is provided at both ends of the counter shaft 20 . The release claw 28 rotates in the scooping direction (f) to release the soil to the top surface of the fence and scatter it. Reference numeral 8 denotes a support frame which supports the rotating shaft 10 of the brush body 9 at the bottom. This cylindrical brush body 9 rotates (F) while scooping up in the advancing direction with respect to the upper surface 31 of the rod, so that the scattered soil scraped up from the groove portion of the rod is brought close to the excision portion 32 and is gathered into a streak-like shape. The embankment 24 is formed. Since the tip of the support frame 8 is supported so as to be swingable with the intermediate shaft 19 as a support shaft, the brush body 9 swings appropriately even when the ridges are uneven, and the upper surface of the multi- film is smoothly moved and damaged. There is nothing.
FIG. 3 shows an explanatory diagram of the main part of the earthing device. The brush body 9 is formed by implanting a wire 11 in a radial direction on a base 12 made of cylindrical wood. The rotating shaft 10 is fixed to both ends. The wire 11 is implanted in the radial direction with respect to the rotary shaft 10, and a short diameter wire is disposed in advance at the position of the bulb planting hole 29 to form the cut portion 32. In this embodiment, the nine brush bodies form cut portions 32 in which the wire 11 has a short diameter in accordance with four rows of garlic planting rows. Reference numeral 30 denotes a lifting means for lifting the soil from the trough, and a pair of left and right is arranged. Reference numeral 26 denotes a conductive case which has a claw 28 which is released downward. The release claw 28 releases the soil from the trough to the upper surface of the multi-film. Accordingly, the brush body 9 rotates (F) while scooping up in the advancing direction with respect to the upper surface of the multi-film so that the scattered soil picked up by the lifting means 30 is concentrated in the cut portion 32 to form four lines of streaks. Form a fill section.
FIG. 4 shows a perspective view of a streak embankment embodying the present invention, wherein 23 is a multifilm and 29 is a planting hole. The figure shows a state in which a streak embankment 24 is formed in a row of planting holes 29 of a multi-film 23 in which garlic bulbs 22 are planted with respect to a wide ridge.

By carrying out the present invention, even if a strong wind blows after planting garlic just before winter, the wind does not enter the planting hole, and the film caused by the strong wind does not flutter and peel off. In addition, stable growth can be achieved without impairing the soil temperature maintenance effect by the passage of sunlight on the upper surface of the conventional multifilm and the weed control effect. It is also effective for systematic management even for small-scale garlic farmers.

Reference numeral 1 denotes a self-propelled vehicle 2, a machine frame 3, a main frame 4, a horizontal frame 5, a vertical frame 6, a earthing device 7, a support wheel 8, a support frame 9, a brush body 10, a rotating shaft 11, a wire rod 12, and a base 13 The first conduction band 14, the second conduction band 15, the third conduction band 16, the drive wheel 17, the handle 18, the engine 19, the intermediate shaft 20, the countershaft 21, the tension lever 22, the garlic bulb 23, and the multifilm 24 The embankment 25 is a transmission box 26, a conductive case 27, an auxiliary stay 28 is released, a claw 29 is a planting hole 30, a lifting means 31 is a heel surface 32, a cutting part 33 is a telescopic lever

In order to solve the above-mentioned problems, the present invention provides a machine frame in front of a self-propelled vehicle having left and right drive wheels of a vehicle width that can travel across left and right ridges adjacent to a wide ridge. At the front part of this machine frame, by deploying it to rake up in the direction of travel, it has deployed a release claw that scatters soil from the left and right ridge grooves to the upper surface of the multi-film of the wide ridge , A pair of left and right scraping means is provided, and a mulching device in which a cylindrical brush body is horizontally disposed immediately after the scraping means is disposed in close proximity, and the self-propelled vehicle is equipped with one engine, and the scraping means Power distribution to the earthing device, the brush body planting the wire in the radial direction with respect to the rotating shaft, a short diameter wire is placed in advance at the position of the bulb planting hole to form a cut portion, brush body with respect to the multi-film upper surface By rotating while scooped in the traveling direction, and forming the multi-film upper surface scraping raised scattered soil in by aggregating the cutout streaky embankment portion by the scraping fried means.

The right and left ridges in the groove adjacent to the wide ridges, in front of the self-propelled vehicle provided with a left and right driving wheels drivable vehicle width across該畝, multi from the left and right ridge grooves of the wide ridge Provided with a pair of left and right scraping means that have release claws to disperse the soil on the upper surface of the film, and immediately placed a soil gathering device with a brush body placed immediately after the scraping means, in advance at the position of the bulb planting hole Has formed a cut-out part by placing short-diameter wire, and concentrated the scattered soil scraped up from the left and right ridges to the cut-out part to form a streak-like embankment part. It will not impair the soil temperature retention effect and the weed control effect. In addition, the self-propelled vehicle is equipped with a single engine, and the power is distributed to the hoisting means and the earthing device so that the entire body is lighter, so that the operator of the self-propelled vehicle becomes light work. In addition, by rotating so that the lifting claw of the lifting means can be lifted up in the direction of travel, it is possible to deploy a close-up device with a brush body placed immediately after this lifting means, so the length of the aircraft is compact. There is an effect that the turning can be reduced.

The embodiment of the present invention attaches a machine frame to the front of a self-propelled vehicle equipped with left and right drive wheels capable of traveling across the ridges in the left and right ridge grooves adjacent to the wide ridge , In the front part of this machine frame, a pair of left and right is provided with a release claw that scatters soil from the left and right ridge grooves to the upper surface of the multi-film of the wide ridge by rotating so as to be lifted up in the traveling direction. A scraping device is provided in the vicinity of the scraping means, and a cylindrical brush body is provided in the vicinity immediately after the scraping means. The self-propelled vehicle is equipped with one engine, and the scraping means and the dumping device are provided. The brush body has a wire rod radially implanted with respect to the rotating shaft, and a short diameter wire rod is arranged in advance at the position of the bulb planting hole to form a cut portion, and this cylindrical brush body proceeds laterally with respect to the multi-film upper surface A by rotating while scooped, streaky fill of garlic and the like mulch, characterized in that the scattering soil scooped up from the left and right furrows by aggregating the cutout forms a streaky fill portion Device.

Claims (3)

A machine frame is attached to the front of the self-propelled vehicle, and a soil lifting device having a cylindrical brush body is installed in the front part of the machine frame and a cylindrical brush body is installed immediately after it is provided. The wire is implanted in the radial direction with respect to the rotation axis, and a short diameter wire is previously arranged at the position of the bulb planting hole to form a cut-out portion, and the brush body extends in the traveling direction with respect to the multi-film upper surface. Multi-cultivated streaks of garlic, etc., characterized by aggregating scattered soil picked up by the soil hoisting means by rotating while scooping up to form a plurality of streaked embankment portions in a row Embankment equipment The self-propelled vehicle is equipped with a single engine and distributes the power to the lifting means and the earthing device. The multi-cultivated streak filling device for garlic or the like according to claim 2, wherein the free claws of the raking means rotate so as to be swept in the advancing direction.

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