KR20160105193A - Coating for direct seeding device with a quantitative Cover features geondap - Google Patents

Abstract

The present invention relates to a direct coating apparatus for a dry rice paddy having a quantitative covering function including: an earth discharge member uniformly discharging to the back and uniformly transporting some of earth resulting from a soil preparation operation such that the surface of the earth resulting from the soil preparation is coated with an environmentally friendly mulching material after rotavator-based dry rice paddy tilling and the upper surface of the coated environmentally friendly mulching material is subjected to mulching by being covered with some of the earth resulting from the soil preparation operation; and a mulching member causing the environmentally friendly mulching material to coat the surface of the earth in a supporting side frame having a tip coupled with each fixed side frame in the back of the earth discharge member and the upper surface of the coated environmentally friendly mulching material to be uniformly covered with the earth discharged from the earth discharge member for mulching. According to the present invention, direct coating of the environmentally friendly mulching material in the dry rice paddy can be performed in a convenient, efficient, and swift manner.

Description

{Coating for direct seeding device with a quantitative cover features geondap}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a direct-current apparatus for coating an environment-friendly mulching material on a dry mulch, and more particularly, to a mulching apparatus for plowing a dry mulch by a rotor batter pulled by a pulling means, The mulching material is coated on the surface of the soil, and at the same time, the top surface of the mulching material is covered with mulching material. And more particularly, to a dry-laid cover-and-shear device having a quantitative soil cover function.

Generally, in the cultivation of crops, a direct seeding method in which the seeds are directly scattered in wet, dry, or field, or a cultivation method in which the seedlings are transferred from the seedlings or the seedlings to the seedlings after seedlings are raised are used.

Dried rice, which is applied by direct seeding method, is dried and padded with water after sowing, but it becomes dry after rice is harvested.

These dried fruits have the advantage of being able to do a handwriting work or an answer work (沓 previous work) after harvesting rice, and can also reduce the labor power compared to the silkworms. In addition, the soil is oxidized during the drying period and the organic matter is well decomposed in the fresh water period, and the soil is not excessively reduced (reduced phenomenon) occurring in the wet, and the water is more advantageous than the wet.

Therefore, in recent years, there has been a growing tendency to cultivate dry seeds using dry seeds gradually.

Prior arts applied to the direct wave agriculture method as described above are disclosed in Korean Patent No. 10-0783630 and Korean Patent No. 10-0913067.

On the other hand, since the herbicides and pesticides are harmful to the human body and the soil pollution is seriously harmed in the process of cultivating the crops, a variety of environmentally friendly cultivation methods such as organic farming methods that do not use herbicides or pesticides have recently been developed .

One of these eco-friendly cultivation methods is mulching, a material that covers the surface of the soil when growing crops, called mulch, and the mulching method is called mulching.

Rice straw, string straw or grasses have been used for mulching materials used in the past, but recently vinyl films or paper films such as polyethylene or biodegradable films have been used. This mulching cultivation technique suppresses the growth of weeds, maintains and maintains the geothermal temperature, and has high efficiency such as preventing soil erosion, maintaining soil moisture, preventing soil infectious germs and preventing soil pollution.

Accordingly, the mulching cultivation technique has been applied not only to a variety of crops but also to the cultivation of fruits, and also to the cultivation of mushrooms and horticultural plants.

Prior art of mulching cultivation technique applied to rice paddy has been proposed in Korean Patent No. 10-1015966, for example, a biodegradable mulching film with rice seed and a cultivation method using the same.

Also, as disclosed in Korean Patent No. 10-1006144, a biodegradable mulching film with rice seeds and a method for producing the biodegradable mulching film have been proposed so that the mulching cultivation technique can be easily carried out.

In addition, prior art related to the above-described biodegradable mulching film or film covering apparatus for covering a conventional film with paper includes the Korean Registered Utility Model No. 20-0366577 (hereinafter referred to as "prior patent document 1") and the Korean registered utility model No. 20-0367543 (hereinafter referred to as "prior patent document 2"), a technique has been proposed in which a film is fixed on the ground in the process of being pulled and moved by a pulling means such as a normal rearing machine or a tractor have.

In addition, as disclosed in Korean Patent No. 10-1303217 (hereinafter referred to as "Prior Patent Document 3"), a seed is adhered to a biodegradable film in the field, and the biodegradable mulching film to which the seed is adhered is coated on the ground A technique has also been proposed that can be achieved immediately.

Korean Utility Model Registration No. 20-0366577 Korean Registered Utility Model No. 20-0367543 Korean Patent No. 10-1303217

However, the above-mentioned Patent Documents 1 to 3 have a disadvantage in that the mulching film can not be covered with a paper-like topography such as dry mud.

That is, since the surface of the dry mouth is dry without moisture, it has a disadvantage that it can not be directly coated on the surface of the dry mouth due to the lack of means for fixing the mulching film.

The main object of the present invention is to solve the above-mentioned problems of the related art, and it is a main object of the present invention to provide an eco-friendly mulching material which is coated on a surface of a stationary soil by a rotator pulled by a towing means, The object of the present invention is to provide a cover-and-shear wave device for dry-mooring which has a quantitative soil function capable of evenly mulching a part of the soil generated during stopping operation on the upper surface of an environment-friendly mulching material together with quantitative soil.

It is another object of the present invention to provide a method and apparatus for mulching a soil conveyed so that it can be evenly conveyed and evenly covered.

Another object of the present invention is to pressurize soil that is stopped so that the environmentally friendly mulching material adheres to the surface of the soil, thereby forming a bone.

Another object of the present invention is to make the pressure roller also have a corresponding fluidity according to the height of the soil covered with the environmentally friendly mulching material.

It is another object of the present invention to provide a method of cutting a green mulching material having a coated surface smoothly.

It is another object of the present invention to provide a method of coating a stationary soil with a moving speed and an environmentally friendly mulching material while maintaining a constant tensile force.

Another object of the present invention is to make it possible to tilt the lid, guide guide part or mulching member of the guide guide part of the direct wave device, if necessary.

Another object of the present invention is to coat an environmentally friendly mulching film which is formed in a lattice form, and to supply seeds to the pierced part to enable mulching.

According to an aspect of the present invention, there is provided a direct wave device for covering an environmentally friendly mulching material with soil that has been stopped during a process of stopping a drum by a rotor batter pulled by a towing device, A rotating frame rotatably mounted on both sides of the rotor and rotatable in a direction opposite to the rotation of the rotor behind the rotors of the rotor blades so that a part of the soil generated during the stopping operation is uniformly transferred A soil discharge member for uniformly discharging the water in a line-shaped manner to the rear; And an eco-friendly mulching material is coated on the surface of the pressurized soil while pressurizing the stationary soil inside the supporting frame to which the leading end is coupled to the rear angle fixing frame of the soil discharging member, At the same time, a mulching member for evenly covering and mulching the soil discharged from the soil discharge member onto the upper surface of the coated environmentally friendly mulching material.

The soil discharge member includes a dredging rotor for picking up the stationary soil while being rotated in a direction opposite to that of the rotor by a drive source, a transporting unit for transporting the soil supplied from the dredging rotor to the interior of the dredging rotor so as to quantitatively cover the soil, A plurality of discharge guides formed on the discharge port side so as to discharge the discharged soil in the form of a line, and a lid provided to open and close on the upper surface of the guide guide portion.

The dredging rotor is supported by the lifting member so as to be able to move up and down according to the height of the soil where the stopping operation is performed on the stationary side frame.

The conveying unit includes a conveying conveyor belt rotated by motor driving, and a plurality of conveying pieces disposed on the conveying conveyor belt at predetermined intervals to quantitatively cover the soil supplied from the crockery rotor.

The mulching member includes a pressure roller for pressing the stationary soil in front of the rear support frame of the dredging rotor and forming a valley on both sides thereof, a mounting part for mounting an environmentally friendly mulching material on the rear upper portion of the pressure roller, An idle roller supported by the environmentally friendly mulching material, and a drive roller for covering the surface of the stationary soil with an environmentally friendly mulching material placed on the stationary portion under the idler roller.

The drive roller is rotated at a uniform speed by the pressure roller and the power transmitting part so that the eco-friendly mulching material covered with the soil is uniformly coated with a predetermined tension.

The supporting frame on which the drive roller is located further includes a heating member for cutting the environmentally friendly mulching material to be coated.

The rotor blade further includes a lifting member for lifting a lid of the soil discharge member, a guide guide portion, or a mulching member, wherein the lifting member includes a mounting frame installed on an upper portion of the rotor batter, And a pair of cylinders which are mounted to be mounted.

The lid, the guide member, or the mulching member can be separately or simultaneously tilted by the lifting member by a detachable portion formed at a position corresponding to the lid, the guide, and the mulching member.

The detachable portion is formed to be connected or disconnected by a detachable pin to each connecting bracket that is positioned corresponding to each other of the cover, the guide guide portion and the mulching member.

A plurality of through holes perforated at predetermined intervals are formed in the eco-friendly mulching material placed on the mounting portion, and the seeds are discharged through the through holes of the environmentally friendly mulching film between the soil, And a seed discharging portion for discharging the seed.

The seed discharging portion includes a receiving hopper for receiving a seed, and a discharge port for discharging the seed of the receiving hopper uniformly to a lower portion of the receiving hopper.

The present invention relates to an eco-friendly mulching material coated on a surface of a stationary soil by a rotator pulled by a towing means and then covered with an environmentally friendly mulching material, So that the mulching material can be quickly and efficiently handled within a short time without troublesome or inconvenient environment-friendly mulching materials.

In addition, since the eco-friendly mulching material is pressed against the stationary soil so as to be closely contacted with the surface of the soil, the soil can be formed and the drainage can be easily performed after fresh water or rain, and the effect of covering the environment- The effect of maximizing the cultivation efficiency can be obtained.

In addition, according to the height of the soil coated with the environment-friendly mulching material, the dewatering rotor also has a corresponding fluidity so that the environmentally friendly mulching material can be stably and efficiently mulched regardless of the height of the equilibrium in the main field.

In addition, the cutting of the eco-friendly mulching material that has been completely covered can be performed smoothly, so that the cutting of the environmentally friendly mulching material can be performed more easily and smoothly, so that the next mulching operation can be smoothly performed.

Also, since the environmentally friendly mulching material is coated while maintaining the constant tension, the coating of the environmentally friendly mulching material can be smoothly coated without tearing or crying.

Further, the lid of the guide portion of the direct wave device, the guide portion, or the mulching member can be tilted as required, thereby facilitating maintenance and installation of the environmentally friendly mulching material, So that it is possible to minimize the damage or breakage of the direct-wave device.

In addition, it is possible to maximize the cultivation efficiency by directly directing the seed to the stationary soil by covering the eco-friendly mulching film which is formed in the lattice form and supplying the seed to the pierced part so that the mulching can be performed I have.

1 is a perspective view for explaining the present invention,
FIG. 2 is a bottom perspective view of FIG. 1,
FIG. 3A is a side elevation of a guide guide portion for mounting an environmentally friendly mulching material according to the present invention,
FIG. 3B is a side cross-sectional view of the combined state of FIG.
4 is a side sectional view for explaining the use state of the present invention,
5 is an enlarged view for explaining another embodiment of the present invention,
Fig. 6 is an operating state diagram according to Fig. 5,
7 is a side view for explaining another embodiment of the present invention;
Fig. 8 is a plan view according to Fig. 7. Fig.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings. The present invention is not limited to or limited by the embodiments.

FIG. 1 is a perspective view for explaining the present invention, FIG. 2 is a bottom perspective view of FIG. 1, FIG. 3a is a side view of a state in which a guide guide portion for mounting an environmentally friendly mulching material is lifted, Fig. 4 is a side cross-sectional view for explaining the use state of the present invention. Fig.

As shown in the drawing, the known rotor blade 100, which is pulled by a pulling means T such as a tiller, a rice planting machine, a tractor, or the like, and receives power from the pulling means, Discloses a direct wave device (1) for covering an environmentally friendly mulching material (P) such as a film made of a synthetic resin material or a film made of paper into a soil to be dispersed.

The seeds are adhered to the surface of the environmentally friendly mulching material (P), which is in contact with the soil, in a side-by-side manner, and each of the cut-out portions is formed in the environmentally friendly mulching material to which the seeds are adhered, . Prior art related to environmentally friendly mulching materials to which such seeds are adhered include Korean Patent No. 10-1015966, Registration No. 10-1006144, Registered Utility Model No. 20-0366577, No. 20-0367543, and Registration No. 10- 1303217.

The environment-friendly mulching material is formed by extruding a biodegradable compound obtained by mixing polylactic acid, a talc, an aliphatic polyester, lactose, modified starch, and the like so that the mulch can be smoothly maintained And it is natural decomposition without environmental pollution as a certain period elapses after mulching. The synthetic resin may be in any form mixed with other additives such as paper.

The present invention relates to an eco-friendly mulching material coated on a surface of a stationary soil by a rotator pulled by a towing means and then covered with an environmentally friendly mulching material, So that the mulching can be carried out evenly by the line-cutting with the quantitative soil.

The direct wave device 1 according to the present invention includes a fixed frame 12 mounted on both sides of a rotor bator 100 by a conventional pin coupling method or a hinge coupling method, A part of the soil generated during the stopping operation is uniformly conveyed so as to enable quantitative soil removal while being evenly discharged in the form of a line-back to the rear, And a soil discharging member (10) serving to cover the environmentally friendly mulching material (P) covered by the soil.

In addition, the stationary side frame 12 of the soil discharge member 10 presses the stationary soil inside the support frame 22 whose tip ends are coupled by ordinary welding, bolting or the like, So that the surface of the pressurized soil is covered with the environmentally friendly mulching material P and the soil discharged from the soil discharge member 10 is evenly covered and mulched on the top surface of the environmentally friendly mulching material P (20). ≪ / RTI > At this time, the pressurization of the stationary soil is intended to bring the environment-friendly mulching material into close contact with the surface of the soil uniformly and closely.

In other words, the soil discharge member is ground by the rotor of the rotor batter to dry the surface of the dried dry solution, and the soil is crushed, and the environmentally friendly mulching material to which the seed is adhered smoothly seams. In addition, a part of the soil generated during the stopping operation is discharged to the rear so that the mulching operation can be performed by covering the upper surface of the eco-friendly mulching material adhered with the soil covered with the soil stopped by the mulching member.

In addition, the mulching member is coated on the surface of the pressurized soil so that the seed-attached surface is in contact with the soil, while the eco-friendly mulching material to which the seed is adhered is stopped, and at the same time, Some soil is discharged onto the environmentally friendly mulching material and covered and mulched.

Accordingly, the present invention can provide the eco-friendly mulching material with the seeds adhered to the surface of the dried mackerel, so that the mowing operation can be performed simultaneously with the evenly pelleting operation without inconvenience or inconvenience. And thus have high working efficiency as well as maximizing cultivation efficiency.

The soil discharge member 10 includes a dredging rotor 14 for picking up the soil to be tilled while being rotated in the direction opposite to the rotor 102 by a drive source M such as a conventional motor, (15) for transporting the soil supplied from the dredging rotor (14) so as to quantitatively cover the soil, and a plurality of discharge guides (15) for discharging the soil transferred from the transfer unit (15) And a lid 19 which is opened and closed on the upper surface of the guide guide portion 18. [ The discharge guide 16 is provided at a predetermined interval on the discharge port side of the guide guide portion 18 so that the discharge of the discharged soil can be smoothly performed. The guide guide part 18 is provided at one end of the guide guide part 18 to receive the environmentally friendly mulching material P by the mulching member 20 on the upper side where the culling rotor 14 is located, Or by a hinge portion 18A. Further, the guide guide portion is formed in an arc shape which is curved upward as a whole.

Accordingly, the guide guide portion smoothly discharges the soil backward through the transporting portion while preventing the soil picked up from the dredging rotor from being scattered to the outside.

The dredging rotor 14 is supported by a lifting member S such as a conventional cylinder so as to be able to move up and down according to the height of the soil where the stationary side frame 12 is subjected to a stop operation. Accordingly, the supply of the stationary soil to the transportation section is smoothly performed according to the height of the soil in the process of pumping upward the soil.

The conveying unit 15 includes a normal conveying conveyor belt 15a rotated by driving a motor (not shown), and a conveying conveyor belt 15a conveying the soil supplied from the crawling rotor 14 to the conveying conveyor belt 15a, And a plurality of conveying pieces 15b which are arranged at predetermined intervals so as to be movable. That is, only a certain amount of the soil supplied by the dredging rotor is transferred on each of the conveying pieces, so that a quantitative soil cover is formed at the time of discharging backward.

The mulching member 20 includes a pressure roller 24 for pressing the stationary soil in front of the rear support frame 22 of the dredging rotor 14 and forming a valley on both sides thereof, An idle roller 26 on which an environmentally friendly mulching material P is placed and a lower roller 26 on which an environmentally friendly mulching material P is supported at a lower portion of the stationary portion 25, And a drive roller 27 for covering the surface of the environmentally friendly mulching material P, which is placed on the stationary part 25, with soil. At this time, the idler roller and the drive roller are installed within a range of about 35 to 60 from the center line of the idler roller, and the contact area of the environmentally friendly mulching film contacting the drive roller through the idler roller is ensured as wide as possible. Thereby improving the coating efficiency of the environmentally friendly mulching film coated on the surface of the soil through the drive roller.

The pressurizing roller 24 is constituted by an annular osculating ring 24a for forming a bone on both sides and a pressurizing roll portion 24b for pressing the soil between the osculating rings 24a, Includes a plurality of protrusions 24c which are irregularly formed so as to smoothly move while pressing the surface of the soil.

The mounting part 25 includes a support frame 25a provided on the support frame 22 and an environmentally friendly mulching material P mounted on the support frame 25a so as to be rotatable A support shaft 25b inserted into the bobbin of the environmentally friendly mulching material P from both sides and coupled to the support frame 22 by bolts and nuts, (25c).

In this way, the guide guide part is placed on the upper part, and the eco-friendly mulching material to be covered with the support frame is placed on the guide frame part. Then, the guide guide part is put back down and the support shaft of the mounting flange is inserted into the bobbin of the environmentally friendly mulching material. And is rotatably provided according to the installation.

The drive roller 27 is rotated at a uniform speed by the power transmitting member B such as the normal pressure belt 24 and the pressure roller 24 so that the environmentally friendly mulching material P covered with the soil is uniformly coated with a predetermined tension . That is, since the rotation of the drive roller has the same rotational force in proportion to the moving speed of the pressure roller, the environmentally friendly mulching material can be uniformly uniformed while having a constant tension at all times. As a result, the environmentally friendly mulching material covered with the soil does not cause crying on either side of the coating, and prevents the environmentally-friendly mulching material from being broken due to rapid transport and late coating.

The supporting frame 22 on which the drive roller 27 is located is supplied with additional electricity by a charger or the like known in the art in order to cut the environmentally friendly mulching material P to be coated, And a heat transfer member (H) for allowing electricity to flow. The heating member is a conventional heating coil or heater. Accordingly, when the eco-friendly mulching material is required to be cut in order to change the traveling direction of the heat transfer member after the coating is completed, the eco-friendly mulching material contacted with the heat transfer member is cleanly and smoothly cut.

Fig. 5 is an enlarged view for explaining another embodiment of the present invention, and Fig. 6 is an operational state diagram according to Fig.

As shown in the drawings, the soil discharging member and the mulching member can be raised as needed on a fixed frame rotatably provided on both sides of the rotor batter.

That is, the guide guide portion of the soil discharging member can be raised automatically, not manually, by the operator, so that the environmentally friendly mulching material can be conveniently mounted on the mounting portion of the mulching member. In addition, So that the direct-wave device can be elevated to smoothly pass through the bumper.

Further, in order to perform maintenance of the conveyance unit provided inside the guide guide unit, the lid can be easily raised so that the maintenance can be smoothly performed.

The rotator 100 further includes a lifting member 30 for raising the lid 19 or the guide guide 18 or the mulching member 20 of the soil discharge unit 10, Includes a mounting frame 32 mounted on the upper portion of the rotor bator 100 and a pair of cylinders 34 rotatably mounted between the mounting frame 32 and the lid 19. [

The cover 19 and the guide 18 and the mulching member 20 are separated from each other by the detachable portion 40 formed at the position corresponding to the cover 19 and the guide guide portion 18 ) Or the mulching member 20 separately or simultaneously at the same time. At this time, the detachable part 40 is detachably attached to the lid 19, the guide guide part 18 and the mulching member 20 by the connection brackets 42, 44 and 46, 48, respectively.

In other words, the connecting rod formed with the cover connected to the lifting member is coupled to the connecting bracket formed on the cover, and the connecting bracket is connected to the connecting bracket formed on the guide unit in a pin connection manner, The connecting bracket is again configured to be connected by pin engagement with a connecting bracket formed on the supporting side of the mulching member.

Accordingly, when the guide is lifted up by the lifting member without inserting the pin into the connection bracket between the guide guide and the mulching member, only the lid is lifted and maintenance of the conveying portion of the guide guide portion can be smoothly performed.

In addition, when the pin is inserted into the connection bracket of the guide guide portion, the guide guide portion is lifted together with the lid when lifted by the lifting member, so that the environmentally friendly mulching film can be easily installed to the mounting portion of the mulching member.

In addition, when the pin of the connection bracket of the guide guide portion is pulled out and inserted into the connection bracket formed on the support frame of the mule member, the whole is raised up to the mule member when lifted by the lift member.

As a result, it is possible to raise the convenience of use by raising the lid, the guide member, or the mulching member as needed by one lifting member.

7 is a side view for explaining another embodiment of the present invention, and Fig. 8 is a plan view according to Fig.

As shown in the drawings, the eco-friendly mulching material, which is mounted on the mounting portion of the mulching member, can seed the environment-friendly mulching material with the mulching and seeding without stopping the seeds.

A plurality of through holes P1 formed at predetermined intervals are formed in the environmentally friendly mulching material P which is placed on the mounting portion 25 of the mulching member 20, And a seed discharging portion (50) for discharging the seed to the through hole (P1) of the environmentally friendly mulching film (P) between the soil that is line-discharged by the guide. The seed discharging portion 50 includes a receiving hopper 52 for receiving seeds and a discharge port 54 for discharging the seed of the receiving hopper 52 to a lower portion of the receiving hopper 52 uniformly. At this time, the outlet may be a structure that discharges the seeds sequentially by a known quantitative discharge unit or a cam or the like.

Accordingly, the eco-friendly mulching material is covered with the soil which has been stopped by the mulching member, and the mulch is mulched by the soil discharge member, and at the same time, the seed discharged through the seed discharging portion is discharged to the through hole of the environment- Is also simple and convenient.

This is more economical than using the environmentally friendly mulching material to which the above-mentioned seeds are adhered, and in particular, directly directs the seeds to the stationary soil, thereby promoting the growth and development of the seeds and ultimately maximizing the cultivation efficiency .

1: Direct wave device
10: soil discharge member 12: fixed side frame
14: a dredging rotor 15:
15a: conveying conveyor belt 15b:
16: Discharge guide 18: Guide guide part
18A: Hinge section 19: Cover
20: mulching member 22: support side frame
24: pressure roller 24a:
24b: pressure roll portion 24c: projection
25: mounting part 25a: supporting frame
25b: support shaft 26: idler roller
27: drive roller 30: lifting member
32: mounting frame 34: cylinder
40: detachable part 42, 44, 46: connection bracket
48: pin 50: seed outlet
52: Receiving hopper 54: Outlet
100: Rotor batter 102: Rotor
B: power transmitting member M: driving source
P: Eco-friendly mulching material P1: Through hole
S: lifting member

Claims (12)

1. A direct wave device for covering an environmentally friendly mulching material with a soil that has been stopped during a process of stopping a drum by a rotor batter pulled by a towing device,
The direct wave device is rotated on the fixed side frame rotatably mounted on both sides of the rotor batter in a direction opposite to the rotation of the rotor behind the rotor of the rotor blade so that a part of the soil generated during the stopping operation can be quantitatively covered A soil discharge member for discharging the water evenly in the form of a line-shaped rearward while uniformly transporting the soil; And
The stationary soil is pressurized in the supporting frame to which the leading end is coupled to the rear angle fixing frame of the soil discharging member and the earthen surface of the pressurized soil is coated with the environmentally friendly mulching material And a mulching member for evenly covering and mulching the soil discharged from the soil discharge member onto the upper surface of the coated environmentally friendly mulching material. The method according to claim 1,
The soil discharge member includes a dredging rotor for picking up the stationary soil while being rotated in a direction opposite to that of the rotor by a drive source, a transporting unit for transporting the soil supplied from the dredging rotor to the interior of the dredging rotor so as to quantitatively cover the soil, And a lid provided to open and close on the upper surface of the guide guide part, wherein the guide guide part has a plurality of discharge guides formed on the discharge port side so as to discharge the discharged soil in a line- Device. 3. The method of claim 2,
Wherein the dredging rotor is supported by an elevating member so as to be able to ascend and descend according to the height of the soil in which the stopping operation is performed on the stationary side frame. 3. The method of claim 2,
Wherein the conveying unit includes a conveying conveyor belt rotated by motor driving and a plurality of conveying pieces disposed at predetermined intervals so as to allow the soil supplied from the crockery rotor to be quantitatively covered by the conveying conveyor belt. A coarse sheathed wave device for a ship. 3. The method of claim 2,
The mulching member includes a pressure roller for pressing the stationary soil in front of the rear support frame of the dredging rotor and forming a valley on both sides thereof, a mounting part for mounting an environmentally friendly mulching material on the rear upper portion of the pressure roller, An idle roller for supporting an environmentally friendly mulching material; and a drive roller for covering the surface of the stationary soil with an environmentally friendly mulching material placed on the stationary portion at a lower portion of the idler roller. Cloth wave rectifier. 6. The method of claim 5,
Wherein the drive roller is rotated at a uniform speed by the pressure roller and the power transmission unit so that the environmentally friendly mulching material covered with the soil is uniformly covered with a predetermined tension. 6. The method of claim 5,
Further comprising a heating member for cutting the environmentally friendly mulching material coated on the support frame on which the drive roller is located. 8. The method according to any one of claims 2 to 7,
The rotor blade further includes a lifting member for lifting a lid of the soil discharge member, a guide guide portion, or a mulching member, wherein the lifting member includes a mounting frame installed on an upper portion of the rotor batter, And a pair of cylinders which are mounted to the main body of the main body. 9. The method of claim 8,
Characterized in that the lid, the guide member, or the mulching member are individually or simultaneously tilted by the lifting member by means of a detachable portion formed at a position corresponding to the lid, the guide and the mulching member. A coarse sheathed wave device for a ship. 10. The method of claim 9,
Wherein the detachable portion is formed to be connected or detached by a detachable pin to each of the connecting brackets formed in correspondence with each other of the lid, the guide portion and the mulching member. 6. The method of claim 5,
A plurality of through holes perforated at predetermined intervals are formed in the eco-friendly mulching material placed on the mounting portion, and the seeds are discharged through the through holes of the environmentally friendly mulching film between the soil, And a seed discharging unit for supplying a seed to the seed discharging unit. 12. The method of claim 11,
Wherein the seed discharge portion comprises a receiving hopper for receiving seeds and a discharge port for uniformly discharging the seed of the receiving hopper to a lower portion of the receiving hopper.

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