KR20050011826A - A rice seed sowing machine - Google Patents

Abstract

PURPOSE: Provided is a seeding machine capable of bringing a surface to a level, digging a drain, and scattering seed rices in position correctly, thereby cutting down an unnecessary working time and manpower and increasing an amount of a corp in a rice plant. CONSTITUTION: The seeding machine includes a seed rice supply(100) installed to a lower end of a hopper(10) for supplying seed rices to a ground at a constant amount, a casing(130) engaged with a side of a blown hole with an upper end thereof, and a lead pipe(120) leading precisely the seed rice to sow correctly the seed rice with the field. The seed rice supply includes plural supply rollers formed with receiving troughs(110) at an outer circumference at constant intervals. The lead pipe is perpendicularly installed to the lower end of the casing. The casing with the supply roller inserted into an inside thereof is provided with a hole at an upper end thereof, which affects to slightly project outward the received trough.

Description

Rice seed sowing machine

The present invention relates to a rice seed planter used in the direct farming method, and in particular, even during the rice seed sowing evenly the surface of the answer to form a valley that can be drained water, so that the seed is accurately sowing in the field, unnecessary waste of work time and manpower Of course, it relates to a rice seed planter that can increase the yield of rice.

In general, when rice is to be cultivated in the previous field, when the rice seed is sown in the seedling box, the seeded seed is grown in accordance with the rice seedlings. The direct farming method of directly planting rice seed on the whole field is widely used.

The above-mentioned seedling method is more preferable when water is used because it is a form that transfers the first grown cultivated seedlings to the field. The direct farming method is the form of seeding rice seed directly on the whole field. This is a suitable farming method for regions that can be supplied sufficiently in general.

However, in the case of the rice transplanting method, it is necessary to cultivate rice by seeding the rice seed in the seedling box by raising rice seed in the seedling box, so that the manpower is mobilized, which not only increases labor costs but also transfers the seedlings grown in the seedling box as the answer. Since rice is grown, the rice is vulnerable to insect pests and the growth of rice is not enough, resulting in a decrease in the yield of rice.

On the other hand, Japanese Utility Model No. 60-72113 and Domestic Utility Model No. 84-5 have been devised for the seeding machine used in the direct farming method.

According to Japanese Laid-Open Utility Model No. 60-72113, a hopper that can hold various seeds, and a lower outlet of the hopper are installed to be connected to a driving means, and satisfy the condition that the seeds in the hopper can be fed and transported by rotation. And a blower for the seeds supplied into the connecting member connected to the upper part of the connecting member arranged through one side of the feeding roller so as to receive seeds fed from the feeding roller, and connected to the upper part of the connecting member. It is composed of a blower that acts to apply pressure by the seed and a seed discharge pipe connected to the lower part of the connecting member to guide and discharge the seed to the seeding position, and when the feed roller is rotated by the driving means in the state where the pores are contained in the hopper, Seeds are fed into the feed path of the feed roller, transported and guided into the connecting members. There is disseminated through the discharge pipe, the air blowing pressure arising from the two blowers is applied to the seed to be stable to the ever accurate planting.

However, the seeding machine as described above has a disadvantage in that the production cost is high due to its complicated composition, and in particular, it is an irrational external seeding type that cannot seed several lines horizontally, and thus is not suitable for rice seeding, and has a form such as garlic, soybean, corn, etc. Suitable for sowing, there is also a problem of poor workability and unnecessary work manpower and time wasted.

According to Korean Utility Model No. 84-5, between the handle and the traction rod are connected to the seeding machine main body where the hopper is installed, the wheels are laid in front of the hopper to interlock with the seeding rollers with the drawing grooves as belts, and the wheels and seeds. Between the guides were constructed by installing moisturizing.

However, this is so that the seed seed is applied to the planting of relatively large crops so that the seed grains are sowing as the wheels are moved by dragging the manpower.

Therefore, in consideration of all the problems of the conventional planter as described above, the Korean Utility Model Registration No. 1996-1161, the rice seed planter has been devised. Looking at its configuration briefly, a plurality of ejection holes are formed at a predetermined interval on a lower surface thereof, and a rice seed container having a bearing and a pair of fixing members is manufactured to be connected to a rice transplanter driving means to the bearing of the rice seed container. A shaft is provided, and this shaft is comprised by the well-known supply roller provided with the protrusion part in the outer peripheral surface so that it may correspond with the said extraction hole of the container, and the inclined groove formed.

By using such rice seed planter, it is possible to plant several lines of rice seed in the lateral direction, so that it is possible to carry out rational and efficient work, to prevent unnecessary work time and waste of manpower, and to selectively install it on the existing rice transplanter. However, when planting rice seed, it is necessary to choose the answer or separate the goal of draining water, which results in a waste of work time and manpower. Especially, since there is no device for planting rice seed correctly, There was a problem that the rice yield is greatly reduced.

Therefore, the object of the present invention was devised in view of the above-described conventional problems, by making the seed surface even when the seed seed sowing, while forming a valley that can be drained water, so that the seed seed is accurately sown in these answers, unnecessary working time And to prevent waste of manpower as well as to provide a rice seed planter to increase the yield of rice.

1 is a perspective view of a rice seed planter according to the present invention,

2 is a side cross-sectional view of a rice seed planter according to the present invention;

Figure 3 is an exploded perspective view of the main portion of the rice seed planter according to the present invention.

(Explanation of symbols for the main parts of the drawing)

10; Hopper 11; Ejection hole 12; Axis of rotation

13; Reduction chain 100; Rice seed feeder 110; Rice seed bowl

111; Rice seed feed roller 112; Fastening tube 120; Guide pipe

130; Casing 131; Hole 200; Harrow

210; Bone formation plate 220; Body size 230; Binding rod

As a means for achieving the above object, the present invention, the fastening pipe of the known to be coupled to the rotating shaft protruding on one side and the rice seed feed roller is formed on the outer circumferential surface at regular intervals, and the rice seed supply roller, A roller is inserted into the inside and a hole is formed in the upper part so that the rice seed receiving groove slightly protrudes to the outside. The casing is coupled to the top of the discharge hole side, and is vertically attached to the lower end of the casing to guide the rice seed to be accurately seeded in the entire field. A rice seed feeder with guide pipe

The coupling rod is fastened and fixed perpendicularly to the body formed on the back side of the hopper, and at the bottom of the coupling rod, a harrow plate is selected to select the answer when sowing, and in the middle of the harrow plate is provided with a bone forming plate that forms a bone for water drainage. The basic features of the technical configuration.

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

1 is a perspective view of a rice seed planter according to the present invention, Figure 2 is a side cross-sectional view of the rice seed planter according to the present invention, Figure 3 is a perspective view of the main portion of the rice seed planter according to the present invention.

The rice seed planter of the present invention is filled with a certain amount of rice seed inside the hopper 10 and a plurality of blowout holes 11 formed at regular intervals at the bottom, and connected to the blowout hole 11 is filled in the hopper 10 The rice seed feed roller 111 for discharging the rice seed to the outside and inserted into the middle of the rice seed feed roller 111 is connected to the driving means and the deceleration chain 13 of the rice transplanter to rotate the rice seed feed roller 111 It is made of a rotating shaft 12 to be basically operated as in the prior art.

Here, the structure that rotates the rotary shaft 12 by using the driving means of the rice transplanter, the rice seed feed roller 111 is rotated by the rotating shaft 12 to rotate so that the seed seed filled in the hopper 10 is seeded in the entire field. Since the technical content is used, a detailed description thereof will be omitted.

However, the present invention allows to use the rice seed planter more effectively, as shown in FIGS. 1 to 3, the rice seed feeder 100 is largely divided into a rice seed feeding roller 111, a casing 130, and a guide pipe 120. In addition, the harrow plate 200 selecting the answer is mobilized.

The rice seed feed roller 111 has a well-known fastening tube 112 coupled to the rotating shaft 12 is formed to protrude on one side, and the rice seed receiving groove 110 is formed on the outer circumferential surface at regular intervals, and is formed about eight places. The groove 110 contains about 14-16 rice seeds.

The casing 130 has a space formed therein so that the rice seed feed roller 111 can be inserted and rotated therein, and a part of the rice seed receiving groove 110 coupled to the casing 130 at the top thereof slightly protrudes to the outside. A hole 131 is formed, and the guide pipe 120 is vertically attached to the lower end of the casing 130 to have a structure for guiding rice seed to be accurately seeded on the answer.

The harrow plate 200 is fastened and fixed to the lower end of the coupling rod 230 formed vertically on the body 220 formed on the rear surface of the hopper 10 to perform the role of selecting the answer when sowing, the middle of the harrow plate 200 The bone formation plate 210 formed in the is configured to perform a role of forming a bone from which water can fall.

In order to use the present invention configured as described above, the rice seed supply roller 111 is first inserted into the casing 130, and the guide pipe 120 is integrally attached to the bottom of the casing 130. Then, the rice seed supply roller 111 is in a state rotatably embedded in the casing 130, and the rice seed contained in the rice seed receiving groove 110 is dropped into the answer along the guide pipe 120 in a state capable of planting.

After inserting the rice seed feed roller 111 into the rotary shaft 12 in the above state, and fastened to the rotary shaft 12 using the fastening pipe 112, the casing 130, the upper end of the hopper 10 When it is fixed to the extraction hole 11 side, the rice seed filled in the hopper 10 is in a state that can be contained in the rice seed receiving groove 110 through the extraction hole 11.

On the other hand, after connecting the rice seed planter to the rice transplanter, and sowing, the harrow plate 200 selects the surface of the previous answer, and the bone formation plate 210 formed in the middle forms a bone from which water can be drained. At the same time, the rice seed feed roller 111 is rotated in the casing 130 in the process of rotating the rotation shaft 12 by the reduction chain 13 connected to the driving means of the rice transplanter. At this time, the rice seed contained in the rice seed receiving groove 110 is in close contact with the casing 130 and is located in the vicinity of the guide pipe 120 without being separated to the outside, so as to fall down directly along the guide pipe 120, sowing in the answer. Will be.

As described above, according to the present invention, when seeding the rice seed evenly and at the same time the water is drained, so that the water can be drained, so as to prevent unnecessary work time and waste of manpower, as well as conventional rice seed feeder Since it is planted correctly in the answer, the rice yield can be greatly increased.

The present invention has been described above with reference to specific preferred embodiments, but the present invention is not limited to the above embodiments and various changes and modifications may be made by those skilled in the art without departing from the gist of the present invention. Make sure you can.

Claims (2)

In the rice seed planter used in the direct farming method, it is provided at the bottom of the hopper 10 of the rice seed planter to provide a rice seed feeder 100 to supply the rice seed by a predetermined amount, the rice seed feeder 100 is a rotating shaft (12) The well-known fastening tube 112 is coupled to the protrusion formed on one side and the rice seed receiving groove 110 is formed on the outer peripheral surface at regular intervals, the rice seed feed roller 111 and the rice seed feed roller 111 is A hole 131 is inserted into the top and the rice seed receiving groove 110 is slightly protruded to the outside, and the casing 130 is coupled to the top of the blowout hole 11 and at the bottom of the casing 130. The rice seed planter, characterized in that consisting of a guide pipe 120 which is vertically attached to guide the rice seed to be accurately seeded on the answer, The method of claim 1, wherein the coupling rod 230 is fastened and fixed vertically on the body 220 formed on the rear surface of the hopper 10, the harrow plate 200 to pick the answer when seeding at the bottom of the coupling rod 230 It is formed, the harrow seed planter, characterized in that the middle of the harrow plate 200 is provided with a bone forming plate 210 to form a bone that can be drained water.