KR200214872Y1 - dry paddy seeder of tilling - Google Patents

Abstract

The present invention relates to a dry foot directing machine whose configuration is improved so that only the parts to be sown in soilless pavement can be soiled, sown, fertilized and covered. Seed and fertilizer hopper which is installed at the top of the seed and fertilizer, respectively, seed and fertilizer supply means for supplying the seed and fertilizer from the seed and fertilizer hopper to the ground side, and rotatably installed at the lower end of the frame of the tractor Rotary tilling means for plowing the ground with a driving force, stop plates for stopping soil plowed by the rotary tilling means, and seeding bones and fertilizers arranged at appropriate intervals at the lower end of the frame to form seeding bones and ribs, respectively. Lacquer jin, located behind the cultivation means and rotary tillage, to cover the ground seeded with fertilizer It consists of a means of pressure.

According to the present invention, since the cultivation is made only at the seeding site, it is possible not only to reduce unnecessary energy, but also to reduce the time and manpower by making all the processes in one seeding operation.

Description

Dry paddy seeder of tilling}

The present invention relates to a dry field directing machine, and in particular, to a part of tillage in a no-till pavement, and to a dry field directing machine, which forms a drainage hole, so that fertilizers can be suppressed after surveying fertilizer at the same time as sowing.

In general, when sowing fertilizers, the soil is plowed, plowed, plowed using rotary blades, and then seeded with dry perforated straighteners. Afterwards, two or three more fertilizers have to be sown depending on the growing condition of rice. You have a process.

As an example of a conventional dry direct wave machine, as disclosed in the Korean Utility Model Publication No. 95-29047, 'Defended direct wave device', and as shown in FIG. 1, a float 18 and a discharge port 16 having a small device 22 are attached thereto. In the fresh water straightener consisting of a seed pipe 14 attached to the bottom, a roll 12 rotatably installed on the upper surface of the seed pipe 14, and a hopper 10 located on the upper surface of the roll 12, Cover portion 30 is fastened by a connecting member to the frame 20 of the waver, the plate 28 is connected to the connecting portion by the connecting member, and the cover 26 attached to the chain 26 at both ends of the plate 28 A narrow writing device 24 is attached to the apparatus and the lower surface of the float 18.

As described above, since the conventional direct winder, after fertilizing, plowing the land and hovering with rotary, and then planting a few more fertilizers depending on the growth conditions even after sowing, a lot of work time and manpower is required. .

The present invention has been made in view of the above-mentioned problems, and its object is to provide a dry weaving machine to form a drainage hole in one sowing operation, and at the same time sowing fertilizer fertilizing fertilizer and cover soil.

1 is a perspective view showing a conventional dry direct wave.

Figure 2 is a perspective view showing a dry foot straightener according to the present invention.

Figure 3 is a side cross-sectional view of the present invention.

Figure 4 is a cross-sectional view showing a rotary tilling means of the present invention.

5 is a perspective view showing a stop plate and a clay discharging device of the present invention.

Explanation of symbols on the main parts of the drawings

110: frame 210, 220: seed and fertilizer hopper

310: driving wheel

322,324: Seed fertilizer discharge roller

332,334: Induction pipe

420: Rotary axis 430: Rotary blade

450: drainage bone forming blade 600: suppression roller

The present invention for achieving the above object is a frame mounted to a power farming equipment, such as a tractor,

A seed and a fertilizer hopper installed at an upper end of the frame and having a space in which fertilizer and seeds are respectively accommodated;

Rotary tilling means in which a plurality of rotary blades are spaced apart from each other on a rotary shaft rotatably installed by the driving force of the tractor at the lower end of the frame;

A drainage bone forming means installed in the middle of the rotary shaft and interlocked with the rotary blade to form a drainage bone;

Seeding bone forming means installed at the rear of the frame to form seeding bones on the ground spaced at appropriate intervals, respectively;

Fertilized bone forming means for forming a fertilized bone while covering the bone formed by the seeding bone forming means,

Seed and fertilizer supply means for supplying the seed and fertilizer in an appropriate amount to the seeded bone and fertilized bone,

It is installed behind the rotary tilling means to impart a driving force to the seed and fertilizer supply means, characterized in that composed of cover and suppression means for covering, suppressing the ground seeded and fertilizer.

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

The dry foot straightener according to the present invention, with reference to Figs. 2 to 4, a frame axially coupled to the rear of the power farm equipment, such as a tractor, and the seed is installed on the top of the frame 110, the seed and fertilizer are accommodated, respectively And fertilizer hoppers 210 and 220, seeds and fertilizer supply means for supplying seeds and fertilizers from the seeds and fertilizer hoppers 210 and 220 to the ground side, and rotatably installed at the lower end of the frame 110 to drive the ground by the driving force of the tractor. Rotary tilling means for harrowing, a stationary plate 650 for stopping soil soiled by the rotary tilling means, and a seeding bone arranged at appropriate intervals at the lower end of the frame 110 to form a seedling bone and a rib bone, respectively. And a fertilizer forming means and a cover suppressing means positioned behind the rotary tilling means to cover the ground seeded with the seed and fertilizer.

In more detail, the seed and fertilizer supply means are rotatably installed at both sides of the frame 110 to generate driving force during rotation thereof, and are installed at the bottom of the seed and fertilizer hoppers 210 and 220, and the driving wheel ( Seed and fertilizer discharge rollers (322, 324) for receiving the driving force from 310 and discharging the appropriate amount of seeds and fertilizers from seeds and fertilizer hoppers 210 and 220, and seed and fertilizer drops to the ground side of the seed and fertilizer hoppers 210 and 220. Induction pipes 332 and 334 are connected to guide each other.

The seed / fertilizer discharge rollers 322 and 324 are rotated by a driving force transmitted from the driving wheel 310, and a groove or a screw is preferably formed to pass only a proper number of seeds and fertilizers to the outer circumferential surface.

Rotary tilling means is a power transmission unit 410 is rotated by receiving the driving force of the tractor, the rotary shaft 420 is driven by the drive force of the power transmission unit 410 is supplied to the belt or chain, and the rotary shaft ( The outer edge of the 420 is composed of rotary blades 430 are spaced apart from each other at appropriate intervals.

Further, a plurality of drainage bone forming blades 450 are installed at appropriate intervals on the center outer circumference of the rotary shaft 420, and the ends of the drainage bone forming blades 450 are bent in opposite directions, respectively.

The seedling bone forming means is provided with a plurality of seedling bone disks 510 so as to be arranged at appropriate intervals below the frame 110, and each of the disks 510 is separated into an inner ring and an outer ring, and thus the direction in which the frame 110 travels. It is installed horizontally with.

In addition, the fertilization bone forming means is located at a suitable interval behind the seeding bone disk 510, the fertilization disk 520 of the inner ring and the outer ring is installed.

The cover covering means is provided with a plurality of suppressing rollers 600 which are rotatably installed at a position corresponding to the seeding site and the rear of the frame 110 to cover the planted ground part only.

Reference numeral '660' represents a spring 660 for tensioning the stop plate 650 to maintain a constant distance from the ground at all times, and '670' is located behind the drainage bone forming blade 450. It shows the pottery 670 to push the soil to the outside of the drainage bone during rotation of the drainage bone forming blade 450.

Hereinafter, the operation of the present invention is as follows.

When the frame 110 is mounted to the rear of the tractor, the driving force is transmitted to the power transmission unit 410 and the rotary shaft 420 through the power take-off system (PTO) of the tractor, the rotary blade 430 of the rotary shaft 420 And the drainage bone forming blades 450 will be rotated.

At the time of rotation of the rotary shaft 420, the plurality of rotary blades 430 shred only the ground of the site where the seed is sown to scatter the soil, and at the same time, the drainage bone forming blades 450 are rotated and the earthenware 670 is moved. As the drainage bones are formed.

Subsequently, the stop plate 650 installed at the lower side of the frame 110 stops the ground pruned by the rotary blades 430, and the seedling disc 510 and the parasibular disc (in accordance with the movement of the frame 110). 520 is to form a valley of the appropriate depth (5 ~ 6cm) into the interior of the ground, respectively.

In addition, seeds and fertilizers are discharged from the seed and fertilizer hoppers 210 and 220 through the seed / fertilizer discharge rollers 322 and 324, and the proper number is discharged into the induction pipes 332 and 334, and guided to the ground through the guide pipes 332 and 334. It is sown and fertilized to a depth of approximately 3 to 4 cm inside the seeding bone.

In addition, as the driving wheel 310 installed on both sides rotates as the frame 110 moves, the driving force is transmitted to the seed / fertilizer discharge rollers 322 and 324 so that an appropriate amount from the seed and fertilizer hoppers 210 and 220 is directed to the induction pipes 332 and 334. It is discharged and falls free.

Subsequently, the seed and fertilization sown by the suppression roller 600 installed at the rear lower end of the frame 110 are suppressed while being soaked to complete the seeding process.

The present invention described as described above relates to a dry land directing machine which is mounted on a tractor and configured to suppress soil, bone formation, seeding, fertilization and covering soil only on the seeding part of the ground, and accordingly, the present invention can reduce unnecessary energy consumption. In addition, all seeding work is performed by one drive, thereby reducing the time and manpower according to the work.

Claims (4)

Frame 110 is mounted to a power farm equipment such as a tractor, Seeds and fertilizer hoppers 210 and 220 installed in the upper end of the frame 110 and having a space in which fertilizers and seeds are accommodated, Rotary tilling means in which a plurality of rotary blades 430 are spaced apart from each other on the rotary shaft 420 rotatably installed by the driving force of the tractor at the lower end of the frame 110; A drainage bone forming means installed in the middle of the rotary shaft 420 and interlocked with the rotary blade 430 to form a drainage bone; Seeding bone forming means installed at the rear of the frame 110 to form seeding bones on the ground spaced at appropriate intervals, respectively; Fertilized bone forming means for forming a fertilized bone while covering the bone formed by the seeding bone forming means, Seed and fertilizer supply means for supplying the seed and fertilizer in an appropriate amount to the seeded bone and fertilized bone, And a rearing device installed at the rear of the rotary tilling means to impart a driving force to the seed and fertilizer supplying means, and to cover and suppress the ground on which the seed and fertilizer are sown. According to claim 1, wherein the drainage bone forming means is provided with a plurality of drainage bone forming blades 450 at appropriate intervals on the center outer periphery of the rotary shaft 420, The end of the drainage bone forming blades 450 is a dry stepping machine, characterized in that bent in the opposite direction. According to claim 1, wherein the seed and the fertilizer supply means is rotatably installed on both sides of the frame 110 and the driving wheel 310 to generate a driving force when the rotation, A seed / fertilizer discharge roller 322 and 324 installed under the seed and fertilizer hoppers 210 and 220 and receiving a driving force from the driving wheel 310 to discharge an appropriate amount of seed and fertilizer from the seed and fertilizer hoppers 210 and 220; It is connected to the lower end of the seed and fertilizer hopper (210,220), respectively, characterized in that it is provided with a respective induction pipe (332,334) for guiding the seed and fertilizer falling through the seed / fertilizer discharge roller (322,324) to the ground The answer is a direct seller. The dry foot straightener according to claim 1, wherein the cover and the suppressing means have a suppression roller (600) rotatably installed at a position corresponding to the seeded portion at the rear of the frame (110).