KR101018552B1 - Single earthenware of rice seed - Google Patents

Abstract

The present invention omits the rice paddy and the answer to the answer in the growing of rice, and immediately to the right of the rice paddy to grow the rice well, so as to harvest a large amount of rice to the left and right of the tractor rotary left and right support plate (9a.9b) Equipped with a three-layered earthenware on both sides or the lower surface of the rear door (13), which is the stop plate, and directs the rice seed while simultaneously draining the drainage to facilitate the water management. Good germination, good growth, and strong growth. The structural action effect of the single earthenware earth will be described in the specification.

Left and right vertical knife (1a.1b). Primary left and right distribution boards (2a.2b). Secondary left-right distribution board (7a.7b). 3rd order, right-handed distribution (17a.17b). Left and right soil lift blades (3a.3b). Left and right rear fixer (6a.6b) Left and right front fixer (8a.8b).

Description

Coarse earthenware of the rice seed directing machine {omitted}

In the present invention, in order to grow rice, seedlings are planted on tens of thousands of small seedlings, omitting the plows of rice seedlings, omission of rice seedlings in the broad field, and directly directing rice seeds at regular intervals in the rice seedlings of the wide field. Through the connected drainage, water management can be facilitated so that good quality rice can be harvested while germinating, growing and growing well.
Rear left (right) of tractor rotary (13) Install the left and right sided earthenware back and forth under the left and right support plates (9a.9b) of the rotary so that the ability of the rice seeder can be mounted on the lower part of the rotary body or the rice seeder. Underneath the lower end of the rear door (13), which is the stationary plate of Rotary, a third left and right topboard (17a.17b) was installed to dry the soil in dry fields or fields. The post discharging machine of FIG. 2 is mounted on the lower side of the right supporting plate (9b) on the lower side of the left supporting plate (9a) and the right supporting plate (9b) installed on both sides of the rotary so as to allow deep deep waves from the mud. The left side earthenware is mounted back and forth on the lower side of the left support plate 9a as shown in FIG. 1 to allow the ability of the rice seed directing machine mounted on the rear side of the rotary to emerge well.

Rice seed straightener was invented in various ways until now, and there is rice seed straightener to use in rice seed straighteners for rice transplanter for walking. Although there are some rice seeders used in the rear of the tractor, the history of rice seeders has been around for 20 years, but compared to rice planting, rice seeders have only about 30% of management and labor costs, and less than about 10% of the time. Although it requires time, the planting of rice seed is growing less than about 5% because of the reduced cultivation area.

The present invention deepens the rice seed bones from the paddy soil where the dry soil or rice paddy is harder, so that the rice seed can be deeply straight, while germinating, growing, and growing well, left and right under the left and right support plates (9a.9b) of Rotary. Attach the right side excavation earth and attach the 3rd left and right side excavation earth (17a.17b) to both ends or both sides of the rear door (13), which is the stop plate of rotary, so that the entire drainage passages are connected together as one. It is easy to manage the water through the deep direct, but even germination, hair growth and growth is better, the uniform is strong, yields more, and the answer of the present invention to answer the answer as possible, so that the multi-purpose straight.

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The left and right vertical support plates (4a.4b) are attached to the left and right horizontal support plates (5a.5b) by bending them in an "A" shape to enhance the strength of the support, while the left and right vertical supporters (1a.1b) are While the lower body, such as the left and right vertical knives (1a.1b), is attached to the outside of the left and right horizontal support plates (5a.5b) so that the blade (blade) is high in front and low in back
The left and right soil lifting blades (3a.3b) are attached so that the front (tip of the blade) is extended with each other and the rear ends are retracted inward.The front (tip of the blade) and the inner (blade) are lowered. Left and right soil raising blade (3a.3b), the outside front (tip of the blade) is lower left and right while attaching to the inside of the right and left soil knife (1a.1b) so that the tail is high. 3a.3b) while attaching the rear side in contact with the lower side of the primary left and right sided top plate (2a.2b), so that the outside of the back is lowered to the inside (blade),
Attach in front of the left and right support plates 4a.4b and the left and right support plates 5a.5b, and the first left and right topsoil plates 2a.2b, etc. The front corners are attached upright in the left and right vertical knives (1a.1b), and the bottom edges of the first left and right topboards (2a.2b) are attached to each other, so that the front and bottom edges of the left and right lifting blades (3a.3b) It is attached in contact with the middle of the surface, but it can also be used by attaching the rear edge of the left and right soil lifting blades (3a.3b) with the lower edge of the primary left and right topboard (2a.2b).
The secondary left and right plated plates 7a.7b of FIG. 2 are attached to the front of the lower body of the left and right support plates 9a.9b of the rotary, while the rear ends of the secondary plated plates 7a.7b and the like are mutually inward. Attached to retract,
The third left and right topboard 17a.17b of FIG. 4 is vertically attached to both lower ends of the lower body of the rear door 13, and the front of the third left and right frontal top plate 17a.17b is mutually outward. As they opened, the afts stuck together inward.
The lower left and right rear fixer (6a.6b) and the left and right front fixer (8a.8b) are located at the corners where the left and right support plates (4a.4b) and the left and right support plates (5a.5b) are attached. It is fixedly attached at proper intervals, and the left and right front connecting rods (11a.11b) are firmly connected to the support plate (9a.9b) of the rotary and the left and right front fixing rods (8a.8b) by the sidewalk. The left and right connecting rods (10a.10b) of the rear left and right fixing rods (6a.6b) and the support plate (9a.9b) of the rotary, while adjusting the height of the left and right homeless earthenware, press and tighten to secure the connection. do.
The left and right vertical support plates 4a.4b and the left and right transverse support plates 5a.5b are made to protrude long backwards to an appropriate length.
2 is a structural diagram of a postal discharge machine.
FIG. 5 shows that the left and right rods 15a.15b are inserted into the left and right pipes 14a and 14b as the depth adjusting plate 16. The depth adjusting plate 16 is used to adjust the depth of the depth adjusting plate 16 to a high and low level. It can also be used by cutting the middle vertically.
6 is a two-edged blade of rotary.

When the present invention advances while hitting the rotary (crushing the soil finely), the left and right trowel knife (1a.1b), etc. mud and dry soil does not rise by cutting the soil to the left and right while pressing the soil on the field. Alternatively, mud and dry soils are prevented from going out to protect the already seeded rice seeds or seeds from the mud and dry soil. At this time, the left and right soil raising blade (3a.3b) floats and raises a pair of mud or dry soil in the left and right vertical knife (1a.1b). The top plate (2a.2b) moves the soil raised by the left and right soil lifting blades (3a.3b) into the rotary by sliding the dirt into the rotary blades. The support plate (4a.4b) installs a drainage channel on both sides of the rotary block by preventing the soil from being crushed by the rotary blade to prevent it from sticking out, but the second left and right topboard (7a.7b) is finely chopped. Push the broken soil further inside. The 3rd left and right topboard (17a.17b) once again organizes the drainage while arranging the drainage, while the rear door (13) presses the mud and dry soil of the slightly hardened answer while making a thickly rounded bump It will make a deep rice seed valley where rice seed will go straight on the toad. With the proper moisture supplemented by deep drainage and drainage from both sides in well-made deep rice seedlings, rice grown in deep rice seedlings grows well when germinated and grows in abundant water. The bodies of the back and the soil gathered into low rice seedlings and buried not only the roots of the rice but also the rice paddles. Send to improve the taste, and increase the yield to achieve the object of the present invention.
The left and right support plates (4a.4b) or the left and right support plates (5a.5b), which are pulled back and forth, are straight and then turned straight away from the head of the paddy field or field. For example, the rear door (13) equipped with the rice seed straightener is automatically and comfortably seated on the left and right vertical support plates (4a.4b) or the left and right horizontal support plates (5a.5b). ) The rear doors (13) equipped with a rice seed directing device are attached to rice paddy field soil when the rotary directing device mounted on the rice seed directing machine is protected when it is safely protected without shaking. The gap between the left and right vertical support plates (4a.4b) and the left and right horizontal support plates (5a.5b) automatically drops and moves forward, directing the rice seed.
As the present invention works forward, the drainage passages come to both sides. Finally, when the drainage channel is opened while gathering the soil straight through the heads of both sides of the discussion, I open the drainage channel with a lot of drainage channels in the discussion. If you put it in, the water will spread out all over the field. When water is drained, water of the whole paddy drains out quickly, and water management is very easy, and if we keep water at the bottom of drainage, we keep dry. We keep moisture in the paddy field of the answer moderately and germinate. It becomes strong, so it is strong in uniforming, improving the quality and increasing the quantity.
In the field of answer, dog, clay and dry field, the rice seed is exposed to a straight line, and only water is added to the bottom of all the drainage paths. When both ends of the rear support are suspended and pulled forward, the sandy soil is pulled into the manure that touches the ground, and the deeply seeded rice seeds or seeds are buried into the sandy soil and germinated.
Labor costs if we grow rice seed straight as above. While saving the cost of purchasing a rice transplanter, not only can you save a lot of time, but you can also increase the yield by making it more compact, so that you can drain the rice in advance and dry the rice paddies firmly. If you get used to using the present invention while bringing the quality improvement and quantity increase by getting late, you can get used to using the present invention. Although it raises farm incomes significantly, grains with less developed countries will completely win in competitiveness.
Until now, barley seed, wheat seed and rye seed which were straight in the fall were not able to do the straight wave if it was dry. In this way, barley, wheat, rye, and grass seed can be directly opened while establishing drainage channels, which is very helpful for food security in the future.

EXAMPLE
When manufacturing with a seed-only rotary machine, the left and right vertical support plates (4a.4b), which extend the left and right support plates (9a.9b) of the rotary, are raised in front of the left and right vertical knives (1a). .1b)
In the paddy field, only the first left and right flattening plate (2a.2b) is attached vertically to the back of the left and right vertical clay knife (1a.1b). Like the reverse slope of a vertical knife (1a.1b), only the first left-right postal plate (2a.2b) whose front is reversed is lifted outward from each other and the back is retracted inward. 9b) can be attached vertically to the front of the lower side, and the support rods such as round bars and square bars are installed to the rear of the left and right support plates (9a.9b) of the rotary so that the rear doors equipped with rice seed straighteners can be comfortably seated. It can also be done by protruding long.

The present invention is drastically reduced time, labor costs, agricultural equipment purchase costs, etc., while dozens of drainages are easily connected to one, so that the water management is easy, germinating even in deep direct waves. The growth is strong, the uniform is strong, and the quality is improved, bringing increased quantity of water, and when it rains in autumn and the paddy soil becomes mud, it puts enough water to prevent the soil from sticking to the rubber feet, so that barley, wheat, rye, grass, etc. The possibility of industrial direct use is very high.

Figure 1 is a rear side top view of the present invention mounted on the left side soil discharging device below the left support plate (9a) of the rotary.

Figure 2 is a side top view of the structure of the postal discharging machine viewed from the left.

3 is a rear top view of the secondary left side distribution plate 7a and the secondary postal distribution plate 7b;

4 is a rear top view of the third left topboard 17a and the third postal topplate 17b.

Figure 5 is a side view of the depth adjustment plate.

Figure 6 is a side view of a two-edged rotary knife.

Claims (1)

Left and right vertical knives (1a.1b) are placed in front of rotary left and right support plates (9a.9b) so that the lower blade (blade) is high in front and lower in back, ie reverse inclination. 5b) while attaching to the back, Left and right mud blades (3a.3b) are lower in front (blade tip) and inside (blade). The outside of the left and right trowel blades (3a.3b) is high while the outside is attached to the left and right trowel blades (1a.1b) so that the inside (blade) is lowered. While attaching it to the back) While the first left and right topboards (2a.2b) are attached vertically to the inside of the left and right vertical knives (1a.1b) so that the rear ends are folded together. The second left and right topboards (7a.7b) are vertically attached to the back of the lower body, such as the left and right support plates (9a.9b) of Rotary, so that the rear ends are folded inward. The third left and right topboards (17a.17b), etc. are attached to the upper side under both ends of the lower body of the rear door (13) so that the rear ends are folded together. A left-right horizontal support plate (5a.5b) and a left-right support plate (4a.4b) are the uneven earthenware of the rice seed directing machine which protruded to the rear of the left and right support plates (9a.9b) of Rotary.

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