KR200283857Y1 - A direct seeder with soil for farming - Google Patents

Abstract

The present invention relates to an agricultural cover loom used to sowing crops,

The wheel of the wheel is coupled to the axle of the tractor, the tractor is connected to the prime mover power transmission unit for transmitting power to the latter half of the tractor; A frame detachably installed at a rear half of the tractor; In the concentrated working soil loom having a work means coupled to the frame driven by the power take-out unit, the frame is installed in the second half of the tractor, the soil bucket is fixed to the second half of the frame is fixed, By combining the construction machine to the lower side of the trolley, and by combining the wheels with protrusions on each axle of the tractor can be sowing work not only in the paddy field but also in the field, it is possible to cover a sufficient amount of soil for the seed sown. .

In addition, it is possible to significantly shorten the seeding work time as well as to improve workability.

Description

A direct seeder with soil for farming}

The present invention relates to a farming cover loom used for sowing crops, and more particularly, to a farming cover loom that can be installed in a tractor and used in farming as well as field farming.

In general, cover loom is a farming machine that uses the power generated from the prime mover by connecting to a passenger to sow the seeds of the crops in a specific place. In addition, weed control and weeding (prevention of rice fall) have brought more improvements in the productivity and quality of rice than when planting by hand.

Conventionally, the seed applicant 30 and the seed container 30 at the latter half of the passenger vehicle 10 as shown in FIG. The soil bucket 40 is provided adjacent to each other, the lower end is provided with a cover soil loom equipped with a plurality of manipulators 50 for making a seed planted.

Then, the seed control unit is coupled to the lower end of the seed container 30, the seed control unit

The seed induction part 60 is coupled to the lower end of the seed drop in the bone made by the manipulator 50, and the soil from the soil induction part 70 coupled to the lower end of the soil container 40 covers the seed sowing work. It is finished.

However, the conventional soil looms as described above can be used only in flattened munon because the load distribution is not good, so that the seeding work in the paddy field or the field without water cannot be carried out, and the soil can be loaded into the bucket. Since the soil is not discharged smoothly, it causes a lot of inconvenience in replenishing the soil at the time of work, and it takes a lot of work time, and due to the viscosity of the soil, soil adheres to the discharge port and covers a certain amount of soil on the seeded seeds. There was a problem that the workability is deteriorated.

The present invention has been devised to solve the problems as described above, a large number of seed buckets with seeds loaded in the latter half of the tractor and a large-scale dirt bucket installed in the seed buckets and the lower end of the stop plate of the size corresponding to the dirt bucket In the structure that fixedly installs the handle which formed the two protrusions to the frame, and combines the wheel which has a protrusion to each axle of a tractor,

The purpose of the present invention is to provide agricultural working soil looms that can be sowing not only rice fields but also fields.

Another object of the present invention is to provide an agricultural soil cover loom that can greatly reduce the seeding work time by maximizing the soil loading during seeding.

Still another object of the present invention is to provide an agricultural covering loom that can improve workability with uniform covering of a certain thickness.

1 is a perspective view showing an embodiment of the present invention,

FIG. 2 is a front sectional view taken along line II-II of FIG. 1;

3 is a right side view showing an embodiment of the present invention;

Figure 4 is a perspective view of a wheel in an embodiment of the present invention,

Figure 5 is a perspective view showing a conventional concentrated soil loom.

<Description of Signs of Major Parts of Drawings>

100; Tractor 101; Wheel

102; Protrusion 103; Wheel

104; center

200; Working machine 201; frame

202; Seed casing 203; Seed Control

204; Seed induction section 205; Trowel

206; Screw 207; Soil controller

208; Soil induction section 209; Stop plate

210; Protrusion 211; Equipment

A; Power take-off part S1; strain

S2; Soil (or sand)

The present invention agricultural working loom weaving machine for achieving the above object and a tractor having a protrusion on the wheel of the wheels on the axle; A power extracting unit connected to the prime mover of the tractor and transmitting power to the second half of the tractor; A frame detachably installed at a rear half of the tractor and fixedly supporting the seed container and the soil container; In the concentrated working soil loom having a working means driven by the power take-out unit, the upper part of the frame is spaced apart from the seed bin is fixedly coupled to the soil bucket, the bottom plate of the soil bucket and the seed container is the stop plate is the frame It is characterized in that fixed to.

Hereinafter, with reference to the accompanying drawings an embodiment of the present invention will be described in detail.

1 is a perspective view showing an embodiment of the present invention, Figure 2 is a front cross-sectional view taken along the line II-II in Figure 1, Figure 3 is a right side view showing an embodiment of the present invention as shown In the upper part of the frame 201 installed at the rear half of the tractor 100, a seed container 202 for loading the seed S1 in the inner space is installed, and spaced apart from the seed container 202, the upper part of the rear frame 201 is provided. There is a mountain guide plate is installed on the bottom of the inside, between the mountain and a plurality of screws 206 rotatably installed soil bucket 205 is rotatably coupled.

At the lower end of the seed container 202, the seed adjusting parts 203 for controlling the amount of the seed S1 flowed out from the seed container 202 are coupled to each other by the same axis, and the driving part is driven by the power extracting part. Rotate in chain with (A).

In addition, one end of the seed induction part 204 is coupled to the lower end of the seed control part 203, and the other end of the seed induction part 204 is fixedly coupled to the frame 201 of the lower part of the soil container 205.

Dirt control unit 207 for adjusting the amount of soil (S2) flowing out of the trowel 205 is connected to the lower end of the trowel 205 through the shaft, the shaft is connected to the power take-off portion (A) Rotate

One end of the soil induction part 208 is coupled to the lower end of the soil control part 207, and the lower end of the soil induction part 208 is adjacent to the seed induction part 204 and the frame 201 of the rear end of the stop plate 209. Is coupled to.

A stop plate 209 formed to be inclined upward toward one side is fixedly coupled to the frame 201 at the lower side of the seed container 202 and the soil bucket 205, and the stop plate 209 at one side of the rear end of the stop plate 209. At the bottom of the eight projections 210 are formed at equal intervals.

In addition, each axle of the tractor 100 has a plurality of triangular protrusions 102 formed on its outer circumference, as shown in FIG. 4, and a central portion 104 of the wheels 101 supported by a plurality of wheels 103. ) Is fixed.

Hereinafter, the operation of the present invention agricultural soil cover loom according to the embodiment will be described.

First, when the tractor 100 installed with the work machine 200 travels forward, the stop plate 209 of the construction machine 211 smoothes the ground, and then the ground smoothed by the eight sets of protrusions 210 has a certain depth. 8 grooves are formed at the same time.

Next, the seed S1 dropped from the seed container 202 passes through the seed control unit 203 and falls to the bone formed by the manipulator 211 after passing through the seed induction part 204, followed by a soil bucket 205. Soil (S2) stored in the) is rotated between the guide plate of the mountain type is smoothly passed through the hole in the bottom of the soil bucket, after being adjusted to a certain amount in the soil control unit 207 through the soil induction unit 208 and sprinkled on the bone The seeds are covered.

Here, the work machine 200 is a tractor (211) having a set of eight projections 210 is driven by the tractor 100 to the front to start the work is formed at the same time eight valleys at a time, a large-scale trowel 205 ) Is guided to the valley between the mountain based on the guide plate of the mountain formed on the bottom of the bucket and the guided soil is smoothly discharged to the bottom based on the rotating screw 206, without the clogging of the soil due to viscosity Compared to the cover loom, the seeding work time can be significantly shortened.

In addition, the wide width and length of the construction machine are integrated, so that the load is widely distributed on the ground, so that the seeding work is possible in the rice fields and fields without water, and the utilization of the working tools is maximized. The tractor 100 is easily driven in a direction desired by the driver without slipping the 100.

As described above, the devised agricultural weaving loom has a frame in which a seed container is loaded at the rear of the tractor and a frame is formed in which a plurality of protrusions are formed at the lower end of the soil bucket and stop plate. By installing and combining the wheels with each axle of the tractor, the seeding work can be carried out not only in paddy fields but also in fields, and the soil can be covered with an appropriate amount of seeded seeds.

In addition, it is possible to significantly shorten the seeding work time as well as to improve workability.

Claims (4)

A tractor 100 having wheels of wheel spokes coupled to the axle of the tractor; A power take-off unit connected to the prime mover of the tractor 100 to transfer power to the second half of the tractor 100. (A); A frame 201 which is detachably installed at a rear half of the tractor 100 and which supports and supports the seed container 202 and the soil container 205; In the concentrated action soil loom having a working means driven by the power take-out unit (A), The upper part of the frame 201 is spaced apart from the seed container 202 is fixed to the integrated clay bucket 205, The soil bucket 205 and the seed container (202) in the lower portion of the one-piece stop plate 209 is a concentrated working soil loom, characterized in that fixed to the frame (201). According to claim 1, Agricultural work soil loom, characterized in that the triangular projections 102 are formed on the outer circumference of the wheel (101) coupled to the axle of the tractor (100). According to claim 1, wherein the bottom of the inside of the trowel (205) is provided with a guide plate of the mountain type, a concentrated working soil loom, characterized in that a plurality of screws (206) are rotatably coupled between the mountain and the guide plate. According to claim 1, wherein the stop plate 209 is inclined to the left upward from the bottom of the seed container 202, integrally formed to extend to the lower end of the soil container 205, a plurality of the lower end of the stop plate (209) Protruding 210 loom, characterized in that the protrusion 210 is formed.