KR200403099Y1 - No tillage - Google Patents

Abstract

The present invention devised a tillageless pottery (2nd and 7th) and combined it with a conventional rice seeder to make a tillerless rice seeder.The height and width of the tillerless lander was made big and small so that the biggest one was used as a drainer. The middle one is used as a fertilizer bone pottery, the small one is used as a rice seedling pottery, and the left attachment port 17a and the right attachment port 17b of the three-link linkage device are directly attached to the horizontal supporter 4 of the no-till plow seeder. This design is concise by attaching, so that the price is low, the failure rate is low, and the use is easy.

The usage of the present invention can be done as well. First of all, by installing the duck escape protection net, the wall around the front, weeding the ducks during the winter without 100% of the weed seeds in the present design, if you direct the rice seed, peanut, soybean sesame seeds and do eco-friendly farming to completely escape the hardship of the farmers.

Description

Tillage free pottery {omitted}

The present invention is especially difficult for rice farmers in today's rural areas. There are too many kinds of farm machinery and the price is too expensive, there are many breakdowns, short lifespan, too many manpower, the demand for rice cultivation, and the growing farm debt. Despite difficulties, rice prices are cheap because of poor countries. By the end of the day, will most farmers solidify, strengthen, and reinforce the idea that my children should not be left in the countryside?

In order to solve the above problems, we devised a tillageless earthenware and designed it as a no tillage rice seeder in combination with the existing rice seeder. As this is formed, the fertilizer is sprayed on the fertilizer bone and then the fertilizer is buried and the rice seed is formed and the rice seed is straightened on the rice seed bone. Achieve the object of the design.

Of the first degree

Existing three-link left connector (18a) attached to the work machine (rotary fertilizer spreader, etc.) that connects to the upper three-link (5), left three-link (6a), right three-link (6b), which is the working connector of the existing tractor The left attachment 17a and the right attachment 17b on both sides of the 18b are attached to the horizontal circle support 4 so as to be concise, and there is no tillage by the vertical support 7 behind the horizontal circle support 4. Earthenware (FIG. 2, FIG. 7), etc. are attached in multiple tanks with reference to the marking point 15, and the structure of the earthenware earthenware of FIG. 2 has the left side soil plate 14a and the right side soil plate 14b forward. While fixed and attached, the mole earth knife 11 is attached to the front lower side, the mole earth knife 11 is seen in a triangular shape when viewed from the side, but the inclined blade is upward and the horizontal blade is attached downward. Tofu clay knife 9 is attached to the upper left and right soil plates 14a and 14b, and the front edge of the tofu clay knife 9 is squeezed upward and the front and left soil knife 14a and 14b. The vertical soil knife (10) is attached between the) and the mole soil knife (11) and is not shown in the drawing, but if the height of the no-till earthenware is low, the vertical soil knife (10) does not have the rear of the mole soil knife (11) and the rear soil knife (9) It can also be used by attaching the lower side. Depth control plate 13 is attached to the upper left and right soil plates 14a and 14b, and the front end of the depth control plate 13 is raised as a triangular shape. The front end of the depth adjusting plate 13 and the front end of the head knife 9 have a separator stand 8 attached, and the front end of the separator stand 8 is sharply leaned downwards. The right mole plates 12a and 12b are attached and the front ends of the second left and right mole plates 12a and 12b are leaned downward, and the structures of the drainage tract and the fertilizer bone pottery are not shown. The size is different.

The fertilizer container is attached like the rice seedling 1 or larger than the rice seedling 1 and is attached between the rice seedlings 1. The steel wheel of FIG. 6 is used at both ends of the rotating shaft 3.

Existing buried furrows or buried plates not shown in the drawing are fitted to the sidewalk holes 16a and 16b. The conventional Baebi-ro, which is not shown in the drawing, is fitted to one rotary shaft 3 like the Bae Jong-ro. Unexplained symbol → is the direction of travel.

Left and right attachment holes 17a for connecting the upper and third link links 5 of the tractor to the upper and left connector 18c of the three link link connecting the left and right link links 6a and 6b. , 17b) is directly attached to the horizontal circular roof (4) of the rice seed directing machine simplifies the structure of no-till rice seed directing machine, so the failure rate is low, the price is low, and the use is easy.

If you connect this design to the tractor and do hard tillage, the front of the mole (11) the front end first touches the ground, dividing the soil to the sides and going into the ground automatically like a mole. If the plate 12a and 12b enters the ground more well, the depth control plate 13 will not go any more than a certain depth. As soon as you give your way, the tofu clay knife (9) draws hard solid soil as if it is tofu. If you push while passing through the rice seed bone fertilizer bone, drainage bone is formed.

In the rice seed valley, rice seed falling from Baejong Laura (2) is straight, and the sandy soil is buried and peanuts, beans, sesame seeds, corn, etc. must be buried. In the fertilizer bone, fertilizers falling from the fertilizer are immediately buried in the existing burrows or burrows, and the fertilizer is buried. When the rice seed straight is completed as described above, if the water is filled up to the middle of the drainage channel, the rice seed sucks the water and becomes germinated. The no-till direct wind can reduce plowing and labor time by eliminating plowing and rotary work.

In addition, if water continues to be drained to the middle of the drainage path, both microorganisms and aquatic organisms occur at the same time and die, reducing pesticides and using chemical fertilizers.

Deeply buried fertilizers go up to the harvesting season, significantly reducing fertilizer and labor time.

In the structure of the present invention, the horizontal circle support (4) may be used while rotating by attaching to the rear side of the rotabeta.

The earthenware of FIG. 7, which is an exemplary diagram, is a simple structure and can be used by burning or removing the debris on the upper surface of the previous and answer. In this case, one or two independent depth control plates 13 can be used simply.

1 is a rear side top view

Figure 2 is a side view after earthenware

3 is a cross-sectional view

4 is a cross-sectional view

5 is a cross-sectional view

6 is an iron wheel side view

Figure 7 is an embodiment, rear side view

<Code Description of Major Parts of Drawings>

4. Landscape Park

8. Garment stand 9. Tofu knife

10. Vertical Knife 11. Mole Knife

12a. Secondary Mole Finger 12b. 2 chow mole

14a. Left side soil sheet 14b. Right side soil sheet

Claims (2)

Left and right soil smudges (14a, 14b) which pushes the soil to the left and right sides to form rice seed bones. A mole (11) is attached to the front lower side to protrude forward, and left and right soil smudges (14a, 14b). ) It is attached to the front side to protrude to the front of the tofu mud knife (9), and vertical mud knife is attached to the left and right side soil base plate (14a, 14b) in front of the front, and the depth control plate (13) around the top or top of this tillage machine To install, the tilling soil knife (9) or the tiller (8) attached to the front end of the depth control plate (13). No-till pottery attached directly attached to the left and right mounting holes (17a, 17b) to the horizontal support (4) of the present invention.