KR101609202B1 - Covering direct seeding device for dry rice field - Google Patents

Abstract

Provided is a coating and direct seeding apparatus for a dry rice field, comprising: a soil discharge unit; and a mulching member. The soil discharge unit is installed on each fixation lateral frame, rotates from a rear portion of a rotor in a rotor cultivator to the opposite direction of the rotating rotor, transfers a part of soil generated during a flattening operation, and passing through an upper portion of the soil discharge unit to a rear portion thereof, and discharges the soil to the rear portion, wherein the fixation lateral frames are mounted on both sides of the rotor cultivator to be able to rotate. The mulching member has a front end hinged to each fixation lateral frame, pressures the flattened soil remaining inside a rotation lateral frame while forming furrows, coats the surface of the pressured soil with an eco-friendly mulching material added with seeds, and mulching the soil discharged from the soil discharge unit with the eco-friendly mulching material, wherein the fixation lateral frames are provided on a rear portion of the soil discharge unit, and the rotation lateral frame ascends by the height of the soil. Accordingly, the seeding device has an effect of coating the dry rice field with the eco-friendly mulching material in a speedy and efficient manner.

Description

{Covering direct seeding device for dry rice field}

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 that has been leveled and the mulching material is coated on the top surface of the mulching material so that a part of the soil generated during the stopping operation is transferred to cover the mulching. Wave device.

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 by providing an eco-friendly mulching material on the surface of the stationary soil after cultivating a dry mate by a rotor batter pulled by a towing means And a part of the soil generated during the stopping operation is transferred to the top surface of the coated environmentally friendly mulching material so as to cover and mulch the soil.

Another object of the present invention is to enable the formation of a bone together with the pressurized soil so that the environmentally friendly mulching material adheres to the surface of the soil.

It is still another object of the present invention to allow smooth and uniform supply of the stopped soil, while allowing the soil to be easily transported even when there is moisture in the soil.

It is a further object of the present invention to make the covering means have corresponding fluidity according to the height of the soil surface covered with the environmentally friendly mulching material.

It is a further object of the present invention to enable the cutting of the environmentally friendly mulching material after the coating is completed to be made smooth by electrical energization.

Another object of the present invention is to maintain a constant tension at a speed at which a stationary soil is moved and a moving light mulching material.

It is another object of the present invention to provide an eco-friendly mulching material that is easy to install, and can easily overcome bumps.

According to another aspect of the present invention, there is provided a method of manufacturing a miter blade for covering an eco-friendly mulching material with seeds adhered to a soil generated during a stopping operation of a drum by a rotor batter driven by a towing device, Wherein the rectilinear wave device is rotated on a fixed 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 blader, A soil discharging portion for discharging the soil to the rear; And the front end is hinged to the rear fixed-side frame of the soil discharge unit to press the stationary soil inside the rotating-side frame which is raised and lowered according to the height of the soil, And a mulching member covering the eco-friendly mulching material to which seeds are adhered and the soil discharged from the soil discharging portion being covered with an environmentally friendly mulching material and mulching.

The soil discharge unit includes a dredging rotor for picking up the stationary soil while being rotated in a direction opposite to the rotor by a drive source, a guide guide unit provided on an upper side of the dredging rotor to discharge the soil supplied from the dredging rotor to the rear, The upper surface of the guide guide portion includes a cover which is opened and closed.

The guide guide portion is provided with a conveying conveyor belt that is rotated by motor driving so as to smoothly discharge the soil having moisture to be conveyed through the guide guide portion, And a discharging guide for discharging the toner.

The elevating member is provided on each of the stationary side frames so that the elevating and lowering of the excavating rotor can be performed according to the height of the soil where the stationary operation is performed. Groove.

Wherein the mulching member comprises a pressing roller for pressing the stationary soil in front of the rear rotating frame of the dredging rotor and forming a valley on both sides thereof, a mounting part for mounting an eco-friendly mulching material to which seeds are adhered on the rear upper part of the pressing roller, An idler roller for supporting an environmentally friendly mulching material at a lower portion of the stationary portion, a drive roller for covering the surface of the stationary soil with an environmentally friendly mulching material placed on the stationary portion at the lower portion of the idler roller, And a tension roller provided to rotate the tension 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.

And a heating member for cutting the environmentally friendly mulching material coated on the rotating side frame on which the tension roller is located.

The elevator further includes a mounting frame mounted on an upper portion of the rotor bather, and a mounting frame provided on the upper surface or both sides of the mounting frame and the guide guide, And a pair of cylinders connected to the ends to raise the guide guide portion or the mulching member.

The guide guide portion and the mulching member are formed to be connected to or separated from each other by a detachable fins with respective connecting brackets formed on portions corresponding to each other.

And a guide member for guiding the mulching member to both sides of the rotor bather so as to raise the mulching member including the guide guide unit between the rotor bather and the mulching member, And a lift cylinder provided between the support frame and the mulching member.

The present invention relates to an eco-friendly mulching material coated on the surface of a stationary soil in a process of stopping the drum after being tilled by a rotor batter pulled by a towing means, and at the same time, The mulching is carried out so that the seeds germinate at the desired position, so that the environmentally friendly mulching material can be quickly and efficiently applied in a short period of time without inconvenience It has an effect that can be directly transmitted.

In addition, since the eco-friendly mulching material is formed so as to be pressed together with the pressurized soil so as to be closely adhered to the surface of the soil, drainage can be facilitated after fresh water or rain and the effect of coating efficiency of the environmentally friendly mulching material can be maximized The cultivation efficiency is also maximized.

In addition, it is possible to smoothly and uniformly feed some of the soil generated during the stopping operation, and also to transfer and supply moist soil, which is transported by tillage, so that the mulching operation of the environmentally friendly mulching material becomes more efficient It has an effect that can be achieved.

In addition, since the covering means corresponds to the height of the surface of the soil coated with the environmentally friendly mulching material, the environmentally friendly mulching material can be stably and efficiently mulched regardless of the height of the bottom of the base.

In addition, since the cutting of the environmentally friendly mulching material can be smoothly performed by electric current after the covering is completed, the cutting of the environmentally friendly mulching material can be performed more easily and smoothly without having a complicated mechanical structure, .

In addition, by allowing the guide guide portion and the mulching member to rise individually or simultaneously, an eco-friendly mulching material can be installed more easily. In addition, it is possible to prevent interference or damage or breakage of the direct- .

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is an overall perspective view for explaining the present invention;
FIG. 2 is a bottom perspective view of FIG. 1,
FIG. 3A is a sectional view of a state in which a guide guide portion for mounting an environmentally friendly mulching material is lifted,
FIG. 3B is a sectional view of the eco-friendly mulching material according to FIG.
FIG. 4 is a side cross-sectional view of a part before a mulching operation is performed according to the present invention,
5 is a side cross-sectional view showing a state where a mulching operation is performed by the present invention,
6 is a perspective view for explaining another embodiment of the present invention,
Figs. 7 to 8 are side sectional views for explaining the use state according to Fig. 6, Fig.
9 is a perspective view for explaining another embodiment of the present invention,
10 is a partial side sectional view for explaining the use state according to 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 of the present invention, FIG. 2 is a bottom perspective view of FIG. 1, FIG. 3a is a sectional view of a state in which a guide guide portion for mounting an environmentally friendly mulching material is lifted, FIG. 4 is a partial cross-sectional view before the mulching operation is performed according to the present invention, and FIG. 5 is a side cross-sectional view of the mulching operation according to the present invention.

As shown in the drawing, the known rotor blade 100, which is pulled by a pulling means T such as a tiller, a reaper, a tractor or the like, and receives power from the pulling means, (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 in which the seeds are scattered in the soil to be scattered.

Prior art related to the above-mentioned needle-attached environment mulching material to which the seed is adhered includes Korean Patent No. 10-1015966, Korean Patent No. 10-1006144, Registered Utility Models 20-0366577, 20-0367543, and 10 -1303217.

Here, the environmentally friendly mulching material is formed by extruding a biodegradable compound obtained by mixing polylactic acid, a talc, an aliphatic polyester, lactose, modified starch, etc., 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 rotary driven by a pulling means and then suspended on the surface of the eco-friendly mulching material, So that part of the soil can be transported to cover and mulch.

The direct wave device 1 according to the present invention includes a fixed frame 12 which is rotatably mounted on both sides of a rotor bator 100 by a conventional pin coupling method or a hinge coupling method, A portion of the soil generated during the stopping operation is discharged to the rear through the upper part while being rotated in the direction opposite to the rotation of the rotor 102 at the rear of the rotor 102 to form an environmentally friendly mulching material (10) serving to cover the soil (P).

In addition, the front end is hinged to the rear fixed-side frame 12 of the soil discharge unit 10 to press the stationary soil in the rotating-side frame 22, which is raised and lowered according to the height of the soil, And a mulching member (M) covering the soil discharged from the soil discharge unit (10) with an eco-friendly mulching material to mulch the soil 20). The pressurization of the stationary soil is intended to allow the environmentally friendly mulching material to be uniformly and closely adhered to the surface of the soil.

In other words, the soil discharging unit breaks up the surface of the dried dry water free solution by the rotor of the rotor batter to break the clay so that the environmentally friendly mulching material to which the seeds are adhered is smoothly straightened. In addition, a portion of the soil generated during the stopping operation is discharged to the rear through the upper portion so that the mulching operation can be performed by covering the upper surface of the environmentally-friendly mulching member to which seeds coated with the soil stopped by the mulching member are adhered.

In addition, the mulching member is coated on the surface of the pressurized soil in such a manner that the surface to which the seed is attached comes into contact with the soil, while being covered with the environmentally-friendly mulching material to which the seed is adhered, 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. It is possible to maximize the efficiency of the work as well as maximize the efficiency of the cultivation.

The soil discharge unit 10 includes a dredging rotor 14 for picking up the soil to be cultivated while being rotated in a direction opposite to the rotor 102 by a driving source M such as a conventional motor, A guide guide portion 15 in the form of a normal duct provided to discharge the soil supplied from the dredging rotor 14 to the rear side of the guide guide portion 15 and the upper surface of the guide guide portion 15, And a lid 16 which is opened and closed by a branch. In addition, the guide guide unit 15 is provided such that a part of the guide guide unit is raised and lowered by the hinge or the hinge to mount the environment-friendly mulching material as a mulching member on the upper side where the culling rotor is located. 3A). The guide guide portion is formed as an upward curved circular arc as a whole.

Accordingly, the guide guide portion smoothly transfers the soil taken from the dredging rotor to the upper portion without scattering to the outside, and smoothly discharges the soil to the rear portion.

The guide guide section 15 is provided with a conveying conveyor belt 18 rotated by driving a motor (not shown) so as to smoothly discharge the soil having moisture to be conveyed through the guide guide section 15, The guide portion 15 further includes a discharge guide 19 for uniformly discharging the discharged soil on the side from which the soil is discharged. Further, a plurality of distribution plates 19a are further provided at the end of the outlet of the guide guide unit at regular intervals.

That is, when the soil is transferred through the guide guide unit and discharged therefrom and some of the soil contains moisture in the course of stopping the solution, the soil containing the water is smoothly flowed through the guide unit No transfer or discharge occurs. Accordingly, the conveying conveyor belt smoothly transports and discharges moisture-containing soil as the motor is driven when moisture is contained in the soil.

The discharge guide 19 is mounted at a predetermined distance from the inner discharge passage of the guide guide portion 15 and has a generally serrated shape at the bottom so as to break up the discharged soil finely, So that it can be uniformly discharged so as not to be discharged.

Each of the stationary frames 12 is provided with a lifting member 12a such as a normal cylinder which is provided for raising and lowering the drowning rotor 14 according to the height of the soil to be stopped of the drowning rotor 14, And a rectangular elevation groove 12b formed in the stationary frame 12 so that the shaft of the dredging rotor 14 does not interfere with the lifting and lowering of the shaft. At this time, the elevating member is fixed to the fixed frame.

The height of the drowning rotor is set in advance according to the soil height of the dry soil to be stopped, so that a part of the soil stopped by the rotor batter can be smoothly received and supplied to the guide guide portion.

The mulching member 20 is composed of a pressure roller 23 for pressing the stationary soil in front of the rear rotating frame 22 of the crawler rotor 14 and forming corrugations on both sides thereof, An idle roller 25 for supporting an environmentally friendly mulching material P at the lower part of the stationary part 24, an idle roller 25 for supporting the eco-friendly mulching material P, A drive roller 26 for covering the surface of the soil with an environmentally friendly mulching material P placed on the mounting portion 24 at a lower portion of the drive roller 26 and a drive roller 26 for covering the environmentally- And an intension roller (27). A protective cover (26a) is provided on the lower portion of the drive roller so as to prevent the soil from being adhered to the environmentally friendly mulching material to be coated through the drive roller.

The pressing roller 23 is composed of an annular osculating ring 23a for forming a bone on both sides and a pressurizing roll portion 23b for pressing the soil between the osculating rings 23a, Includes a plurality of projections 26b 'which are irregularly formed so as to smoothly move while pressing the surface of the soil.

The mounting portion 24 includes a supporting frame 24a provided on the pivoting frame 22 and an environmentally friendly mulching material P mounted on the supporting frame 24a so as to be rotatable A support shaft 24b inserted into both sides of the bobbin of the environmentally friendly mulching material P and engaged with the support shaft 24b and a mounting flange 24b formed by the rotation frame 22, (24c).

3A, the eco-friendly mulching material to be coated with the support frame is placed on the guide guide member in a state where the guide guide member is placed on the upper side, and then the guide guide member is reinstalled as shown in FIG. 3B. Inserted into a bobbin of an environmentally friendly mulching material, and rotatably mounted by being mounted with a rotating frame.

In addition, the drive roller 26 is uniformly covered by the power transmission part 30 such as the pressure roller 23 and the ordinary timing belt so that the environmentally friendly mulching material P covered with the soil is uniformly covered with a predetermined tension. It is rotated at one speed.

In other words, the rotation of the drive roller has the same rotational force in proportion to the moving speed of the pressure roller, so that the environmentally friendly mulching material can uniformly cover with constant tension at all times.

As a result, the environmentally friendly mulching material coated with the soil does not cause crying on either side of the coating, and it can prevent the environmentally friendly mulching material from being broken due to the rapid transport and late coating.

The rotating side frame 22 on which the tension roller 27 is located further includes a heat transfer member 40 for cutting the environmentally friendly mulching material P to be coated. The heating member is a conventional heating coil or heater. Further, the environmentally friendly mulching material is covered with the bottom surface of the soil after passing through the final heat transfer member.

Accordingly, when the covering is completed and the heating member is energized, when the towing means needs to cut the mulching member to change the traveling direction, the mulching material contacting the heating member is cut.

At this time, the environmentally friendly mulching material is not cut by a complicated mechanical principle, but can be applied only to a dry solution, and can be cleanly and smoothly cut.

FIG. 6 is a perspective view for explaining another embodiment of the present invention, and FIGS. 7 to 8 are side sectional views for explaining a state of use according to FIG.

As shown in the drawings, the soil discharge unit and the mulching member provided on the stationary side frame rotatably mounted on both sides of the rotor batter can be elevated as needed.

That is, the guide guide portion of the soil discharge portion is automatically raised not by the operator, so that the environmentally friendly mulching material is conveniently placed on the mounting portion of the mulching member, and, when necessary, the direct- And so on.

The rotator 100 further includes a lifting member 50 for raising the guide guide 15 or the mulching member 20 of the soil discharge unit 10, A mounting frame 52 mounted on the upper portion of the rotor 100 so as to be mounted on the mounting frame 52 and the guide guide portion 15, And a pair of cylinders 54 connected to each other by an in-pin coupling method or a hinge coupling method to raise the guide guide portion 15 or the mulching member 20.

That is, the lifting member 50 raises only the guide guide portion 15 from the mulching member 20 by means of the cylinder 54 to make the environmentally friendly mulching material more simple as the mounting portion 24 of the mulching member 20 So that it can be conveniently mounted. Thereby providing a high efficiency and convenience as compared with the case where the guide guide portion is opened by manual operation of the operator.

In order to prevent the direct wave device 1 from being damaged or damaged due to collision or collision due to collision between the direct current wave device 1 and the guide guide part 15, So that it can be ascended.

In other words, the guide guide portion 15 and the mulching member 20 are formed to be connected to or separated from each other by a detachable pin 56 with respective connecting brackets 55 formed at portions corresponding to each other. The connection brackets may be structured such that the pins can be inserted into contact with each other, or one may be formed by a protrusion bracket formed with an insertion hole into which the pin is inserted and an insertion bracket formed with an insertion slot into which the protrusion bracket is inserted. It is also possible to apply any known structure in which a pin is inserted so that the guide guide portion and the mulching member can be connected or separated from each other.

When the mulching members are simultaneously lifted together with the guide guide portions, the respective guide brackets provided at the corresponding positions of the guide guide portion and the mulching member are connected by the pins, The mulching member is also raised together with the guide guide portion.

As a result, it is possible to prevent interference with the bumper by elevating the direct-wave device from the rotor bed when it is moved to another driver, and to be safely transported, and to be protected from damage or breakage.

FIG. 9 is a perspective view for explaining another embodiment of the present invention, and FIG. 10 is a partial side sectional view for explaining a use state according to FIG.

As shown in the drawing, in the above-described configuration, only the guide guide portion can be raised or the guide guide portion can be raised to the mulching member.

A special cylinder 60 formed to raise only the guide guide portion 15 on both sides of the guide guide portion 15 and the mulching member 20 and a special cylinder 60 formed between the rotor bladder 100 and the mulching member 20 The elevating cylinder 64 provided between the supporting frame 62 and the mulching member 20 formed at both sides of the rotor bator 100 to elevate the mulching member 20 including the guide guide unit 15 ).

In other words, when the eco-friendly mulching material is placed on the mounting portion 24 of the mulching member 20, the dedicated cylinder 60 can lift the guide guide portion 15 upwardly and conveniently mount the environmentally friendly mulching material to the mounting portion .

The elevating cylinder 64 is mounted on both sides of the supporting frame 62 and the mulching member 20 provided on both sides of the rotor balancer 100 in a conventional manner so as to be movable in the direction of the right- Can be prevented from being interfered with the bumper as well as being safely transported, as well as being prevented from being damaged or damaged.

This allows the earthed guide member or the mulching member to be lifted individually or simultaneously by the lifting member described above, so that the earthed guide member can be lifted exclusively by the dedicated cylinder to easily mount the eco-friendly mulching material, Thereby guiding the guide guide portion to the mulching member so as to secure high safety due to the tilting movement.

At this time, it is possible to realize a simpler structure without the need for a connection bracket or pin provided between the guide guide portion and the mulching member.

That is, by raising each of the guide guide portion and the mulching member, the convenience of being able to solve the trouble of connecting and separating the guide guide portion and the mulching member by using the above-described connection bracket and pin is provided .

1: Direct wave device
10: soil discharge part 12: stationary side frame
12a: elevating member 12b: elevating groove
14: dirt rotor 15: guide guide portion
16: lid 18: conveying conveyor belt
19: Discharge guide 19a: Distribution plate
20: mulching member 22: rotating side frame
23: pressure roller 23a:
23b: pressure roll portion 23b ': projection
24: mounting part 24a: supporting frame
24b: Support shaft 24c: Mounting flange
25: idler roller 26: drive roller
26a: protective cover 27: tension roller
30: Power transmission unit 40: Heat transfer member
50: lifting member 52: mounting frame
54: cylinder 55: connecting bracket
56: pin 60: dedicated cylinder
62: support frame 64: lifting cylinder
100: Rotor batter 102: Rotor
M: driving source P: environmentally friendly mulching material
T: Towing means

Claims (10)

A direct-current wave device for covering an environmentally friendly mulching material with seeds adhering to a soil generated during a stopping operation in a process of stopping a drum by a rotor batter pulled by a towing device,
The direct wave device is rotated on the fixed frame mounted on both sides of the rotor rotator in a direction opposite to the rotation of the rotor at the rear of the rotor of the rotor blader to move a part of the soil generated during the stopping operation to the rear side A soil discharging unit for transporting and discharging the soil; And
The front end is hinged to the rear fixed-side frame of the soil discharging portion to press the stationary soil inside the rotating-side frame which is lifted and lowered according to the height of the soil, And a mulching member covering the attached environmentally friendly mulching material while the soil discharged from the soil discharging portion is covered with an environmentally friendly mulching material and mulched,
The soil discharge unit includes a dredging rotor for picking up the stationary soil while being rotated in a direction opposite to the rotor by a drive source, a guide guide unit provided on an upper side of the dredging rotor to discharge the soil supplied from the dredging rotor to the rear, The upper surface of the guide guide portion includes a cover for opening and closing,
And a guide member which is provided on both sides of the guide guide unit and the mulching member so as to lift only the guide guide unit, and between the rotor guide and the mulching member, Further comprising a lift cylinder provided between the support frame and the mulching member. delete The method according to claim 1,
The guide guide portion is provided with a conveying conveyor belt that is rotated by motor driving so as to smoothly discharge the soil having moisture to be conveyed through the guide guide portion, And a discharge guide for guiding the discharge of the core. The method according to claim 1,
The elevating member is provided on each of the stationary side frames so that the elevating and lowering of the excavating rotor can be performed according to the height of the soil where the stationary operation is performed. Wherein the grooved portion has grooves. The method according to claim 1,
Wherein the mulching member comprises a pressing roller for pressing the stationary soil in front of the rear rotating frame of the dredging rotor and forming a valley on both sides thereof, a mounting part for mounting an eco-friendly mulching material to which seeds are adhered on the rear upper part of the pressing roller, An idler roller for supporting an environmentally friendly mulching material at a lower portion of the stationary portion, a drive roller for covering the surface of the stationary soil with an environmentally friendly mulching material placed on the stationary portion at the lower portion of the idler roller, And a tension roller provided so as to be movable in the axial direction. 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. The method according to claim 6,
Further comprising a heating member for cutting the environmentally friendly mulching material coated on the rotating side frame on which the tension roller is located. delete delete delete

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