KR0138386Y1 - Molding direct sowing equipment for riding - Google Patents

Abstract

The present invention relates to a non-none soil loom used for paddy farming, the agricultural-use passenger loom according to the present invention is connected to a fixed frame installed to be detached from the rear of the vehicle body and the rear power take-off part to receive the power. A power take-off unit, a plurality of planters installed on the fixed frame and driven by the power take-off unit, for seeding the furrows, and installed on the fixed frame so as to be located at the rear end of the planter and mounted on the furrows by the planter. This includes covering soil to cover the sown seeds with soil. The planter has a seed passage fixed to the fixed frame, a seed guide portion and a seed control lever. The earthenware is equipped with a soil bucket and soil guide portion and soil control lever fixed to the fixed frame, by covering the rice seed sowing in the seeding machine to prevent bad soil, dobok, bird damage, etc. to reduce rice production costs and improve quality It will help to increase the national competitiveness of our agricultural products.

Description

Agricultural non-ground soil digger

Figure 1 is an overall configuration of the agricultural non-occupation soil loom according to the present invention.

2 and 3 are a rear view and a side view showing the structure of the work machine attached to the agricultural non-rotating non-woven loom of Fig. 1, respectively.

* Explanation of symbols for main parts of the drawings

100: passenger 102: rear power take-out

200: planter 210: seed container

212: seed amount control lever 220: manipulator

240: fixed frame 250: cover earthenware

252: soil bucket 254: soil induction part

256: soil level control lever 260: power take-off part

[Industrial use]

The present invention relates to a non-non-earth soil digger used for paddy farming, and more particularly, to a non-non-earth soil digger used for paddy farming to work as a passenger planter for improving the seedling of rice seed sown under non-non-conditioning conditions.

[Prior Art and Problems]

Currently, farmers are demanding environmentally-friendly rice farming with the launch of the Green Round after the Uruguay Round (UR), and the innovative rice production cost reduction cultivation technology is required as the WTO system enters the infinite competition period of the international rice market. It is known that the production cost of domestic rice is about four times higher than that of the United States and four times higher than the price of international rice. In this situation, as the rice cultivation area gradually decreases, it is required to maintain stable high yield per unit area.

New rice direct technology development has been attempted as a way to drastically reduce the cost of rice production, but it is not stable due to problems such as instability of weeds, weed control and weeding. It is difficult.

In this situation, rice non-noodles used in existing farms are supplemented with drought, weed control, bird damage, robbery, and improvement of hair growth, which are known to be problems in dry direct and fresh water surface farmers. Various problems have been pointed out.

In addition, these problems reduce the amount of rice produced, leading to an increase in the overall cost of rice production, which reduces the national competitiveness of our agricultural products, and thus requires improvement.

[Purpose of designation]

The present invention has been proposed to solve the above-mentioned problems, by improving the hair growth, prevention of damage, easy water management, chopped grass control sowing rice seed directly to Munnon and no-till cultivation medium, which can drastically reduce rice production costs The purpose is to provide non-non-woven soil diggers.

[Composition of design]

According to a feature of the present invention for achieving the above object, the agricultural non-moving non-woven soil loom is a passenger with four wheels driven by a prime mover, and the power of the passenger vehicle connected to the prime mover to the rear end of the vehicle body. In the non-occupational soil non-earth soil loom having a work device installed to be detached to the rear end of the passenger and to be driven by the rear power take-off unit for transmitting a, the work device is the vehicle body A fixed frame installed to be detachably attached to the rear end; A power take-off part connected to the rear power take-out part to receive the power; A plurality of planters installed on the fixed frame and driven by the power take-off unit for sowing seeds in the furrows; A plurality of manipulators installed on the fixing frame so as to be located on the same line as the planter, and a plurality of manipulators for producing furrows in which the seeds are sown, and soils installed on the fixing frame so as to be located at the rear end of the planter and sown in the grooves by the plant Include covering soil to cover; The planter is provided with a seed passage fixed to the fixed frame, a seed guide portion and a seed control lever, and the cover earth is provided with a soil bucket, soil guide portion and soil volume control lever fixed to the fixed frame.

In the present invention as described above, the length of the manipulator is 9 ~ 11cm, the height is 3 ~ 5cm, the top width is 2 ~ 4cm, the bottom width is made of 2 ~ 3cm.

In this invention, the distance (a) of the rear end of the manipulator and the seed induction part and the soil induction part are 4-6 cm, respectively.

[Action]

The agricultural non-use soil loom having the above-described structure can reduce rice production costs due to prevention of new damage, prevention of dodging, and improvement of hair growth by covering rice seed with soil after sowing.

EXAMPLE

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

The agricultural non-going soil loom according to the embodiment of the present invention attaches the soil bucket and soil induction part to the existing non-non-earth loom, and covers the rice seed that has been destroyed in the seeding machine to cover bad hair, dobok, bird damage, etc. To prevent it.

1 is a perspective view showing the overall configuration of the agricultural non-moving non-woven loom according to an embodiment of the present invention, Figure 2 and Figure 3 is a rear view showing the configuration of the working machine attached to the passenger non-non-woven loom of Figure 1 and Side view.

Referring back to FIG. 1, the agricultural non-moving soil non-woven loom is largely comprised of a passenger, a rear power take-out part, and a work device. The passenger vehicle generally has four wheels 130 driven by the prime mover 110. The rear power extracting unit 120 is connected to the prime mover 110 to the rear end of the vehicle body of the passenger vehicle 100 to transmit the power of the passenger vehicle 100 to the work device. The work device is installed to be detachably attached to the rear end of the passenger vehicle 100 and is driven by the rear power take-off part 120.

On the other hand, the working device is composed of a frame 240, a power take-off unit 260, a plurality of planters 200, a plurality of manipulators 220 and a plurality of cover soil 250. The frame 240 is installed to be attached to and detached from the rear body of the passenger vehicle 100. The power take-off part 260 is connected to the rear power take-off part 120 to receive the power. The planter 200 is installed in the fixed frame 240 and driven by the power take-off unit 260 is for sowing seeds in the furrows. The manipulator 220 is installed on the fixing frame 240 so as to be located on the same line as the seed drill 200 and to cut out the furrows in which the seed is sown. The cover soil 250 is installed on the fixed frame 240 so as to be located at the rear end of the planter 200 and to cover the seeds sown in the furrow by the planter 200 with soil.

In addition, the planter 200 includes a seed container 210 fixed to the fixed frame, a seed induction part 214 and a seed control lever 212, and the cover earth 250 is the fixed frame 240. It has a trowel 252 and the soil guide portion 254 and the soil amount control lever 256 fixed to.

On the other hand, the aid 220 is to make the size as small as possible, so as to reduce the amount of soil covering the seeded rice seed as possible. For example, the manipulator has a length of 9 ~ 11cm, a height of 3 ~ 5cm, the width of the upper end is preferably 2 ~ 4cm, the width of the bottom 2 ~ 3cm.

2 is a rear view showing the structure of the working apparatus shown in FIG. 1, wherein the planter 200 and the covering device 250 have a structure in which six are arranged side by side at regular intervals, and at the rear end of the passenger vehicle 100. Install to remove.

3 is a side view of the work device shown in FIG.

Referring to FIG. 3, the passenger non-non-woven loom having the above-described structure has a grain seed in the seed container 210 of the planter 200 when the manipulator 220 cuts the valleys through the seed induction part 214. Scattered between the bones.

On the other hand, the amount of rice seed sown is to be adjusted by the seed amount control lever 212 installed in the lower end of the seed cylinder.

In addition, the soil contained in the soil bucket 252 of the cover earthenware 250 located at the rear end of the planter 200 is sprayed through the soil induction part 254 formed on the same line as the seed induction part 214.

That is, the rice seed sown by the planter 200 is immediately covered with soil by the soil cover 250, the soil amount to be covered by the soil amount control lever 256 to be adjusted.

The interval (a) between the rear end of the manipulator 220 and the seed induction part 214 is appropriately 4 to 6 cm, and the interval (a) between the soil induction part 254 to be covered and the seed induction part 214 sowing rice seed is also 4 to 4. It should be 6cm to allow stable work.

In addition, the covering machine 250 may be operated by the rear power take-out unit 120 of the passenger non-non-covering loom.

Therefore, the present invention is made of six sets of planters and covering soil, sowing the rice seed by six granules at a time, so that the rice seed sown by the cover soil is covered with soil.

[Effect of design]

The present invention having the above-described configuration and operation relationship has the following effects.

First, it is easy to manage the water for rice paddy in rice non-golgol cultivation.

Second, by covering the sown seed with soil, new damage can be prevented.

Third, the seedling rate is improved by covering the seed sown with soil.

Fourth, it is effective to prevent rice fall (lode) by covering the seed sown with soil.

In other words, the present invention is designed to make the goal of making the bones at least small, attaching a cover earth at the end of the seeding plant to prevent new damage, easy water management, dodging, thereby reducing the cost of rice production and improve the quality of our agricultural products There is an advantage to increase.

Claims (3)

Passenger 100 having four wheels 130 driven by the prime mover 110, and the power of the passenger 110 is connected to the prime mover 110 to the rear of the vehicle body 100 of the passenger 100. In the agricultural power non-coiled non-earth loom having a back power take-out unit 120 and a work device installed to be detached from the rear end of the passenger vehicle 110 and driven by the rear power take-out unit 120, The work device 100 includes a fixed frame 240 which is installed to be detachable to the rear end of the vehicle body 100; A power take-off part 260 connected to the rear power take-off part 120 to receive the power; A plurality of planters (200) installed on the fixed frame (240) and driven by the power take-off unit (260) for sowing seeds in the furrows; A plurality of manipulators 220 installed on the fixing frame 240 to be positioned on the same line as the planter 200 and for furrowing the seed, and the fixing frame to be positioned at the rear end of the planter 200. It is installed on the 240 and includes a covering soil 250 for covering the seeds sown in the furrow by the planter 200 with soil; The planter has a seed passage fixed to the fixed frame 240, a seed induction part and a seed control lever, and the cover earth 250 is a soil bucket 252 and a soil induction part 254 fixed to the fixed frame 240 ) And non-occupied soil non-woven soil digger having a soil level control lever (256). According to claim 1, The construction machine 220 is a 9 to 11cm in length, 3 to 5cm in height, the width of the top 2 to 4cm, the width of the bottom of the agricultural non-coated soil loom, characterized in that the 2 ~ 3cm. According to claim 1, wherein the rear end of the manipulator 220, the distance (a) of the seed induction part 214 and the soil induction part 254 is 4-6cm agricultural non-occupancy soil loom, characterized in that each.