KR0119967Y1 - Ridge molder for a tractor - Google Patents

Abstract

The depths of the pits are distributed into coarse soil, and the pits are formed into pits that are in the form of fine soil, allowing the seeds to be direct, and the large-scale agricultural management by mechanization by improving the germination rate and the growth rate of the seeded seeds. In order to provide an agricultural compactor to increase the agricultural competitiveness, the linkage device (2) installed on the frame (1) and connected to the tractor, the input shaft 32 and the rotational force of the input shaft connected to the PTO output shaft of the tractor is shifted The drive unit 3, which is a branch gear box 35 outputting to the first output shaft 33 and the second output shaft 34, and a deeper No. depth H, is driven by the transmission device 43 Deep notarin (4) for laying soil to the surface forming machine (5) and the rotating drum (51) installed at the surface forming height (h) and distributing the grinding blades (53) are driven by the electric device (52). Grinding and deepening surface soil Characterized in that it consists of a surface forming machine (5) to cover the tarry (4), it is possible to add a clay wheel (55) for the ditch composition to the rotating drum 51, the top wheel 55 is opened and closed with a bolt (56) It is composed of a split piece 57 for the purpose of installing a tractor 58 on the outer surface and the spacer 59 of the inner surface, and the tractor characterized in that it is possible to additionally attach the clay (6) to the frame (1) Dragon patter molding machine.

Description

Tractor Molding Machine

1 is a bottom perspective view of the present invention

2 is a detailed view of a rotary part, a pumice forming part, and a sectional detailed view of a driving part;

Fig. 3 is a detailed view of the ridge and the ridge forming operation

4 is a cross-sectional view of the ridge formed by conventional rotary

5 is a diagram showing the operation of the top wheel installed in the surface forming machine.

* Description of the symbols for the main parts of the drawings *

1 frame 2 link device

11: wheel 21, 22: link pin

3: driver 32: input shaft

33: first output shaft 34: second output shaft

30: branch gear box 4: deep ingot

41: Nota axis 42: Arm

43: electric drive 5: surface forming machine

51: rotating drum 52: electric device

53: grinding blade 55: wheels

56: bolt 57: split piece

58: boat 59: spacer

6: topdresser 61: disc

62: bracket

This design relates to a plow molding machine for planting or transplanting seedlings, and to provide a plow molding machine that can be mounted on a tractor.

Conventionally, the tractor was equipped with a Notari working machine for seeding, and the head was formed, and a drainage groove was also formed at the same time by attaching the topsoiler to the rotary work.

In this way, the Duduk, which was formed as a rotary mill, is not suitable for direct seeding due to the distribution of coarse soil on the surface and deep layers; Rapid evaporation of moisture; Drainage was not properly formed.

Therefore, the manpower must trim the surface and trenches for sowing so that they cannot manage large-scale farming and increase farming costs and weaken agricultural competitiveness.

The purpose of this design is to provide a pum molding machine that creates pits and ditches to the extent that the seeds can be straight.

Another object of the present invention is to provide a plow molding machine that increases the germination rate of seeded seeds by finely breaking up the plowed surface soil and distributes pores in the deep pits.

Another object of the present invention is to provide a patina molding machine capable of forming a narrow valley patina at a time.

This design has a linkage for mounting on a tractor; A driving unit which receives the power from the tractor and supplies the branch; A deep nota interlocked with the driving unit; A patio surface molding machine interlocked with the driving unit; As an earthenware; Configured.

The link device is configured by installing one upper link pin and two bottom link pins on a frame supported by the wheel, and is used by connecting to the upper link and the bottom link of the tractor.

The driving unit includes an input shaft connected to the P.T.O output shaft of the tractor with a free joint shaft and a branch gearbox for shifting the rotational force of the input shaft and outputting the output shaft in a direction opposite to the first output shaft and the second output shaft.

The deeper nori consists of a transmission device for supplying a first output to the notari, which is installed to maintain the depth of the deep nori.

The surface forming machine comprises a surface forming drum installed adjacent to Notari at a surface forming height and a transmission device for supplying driving force to the drum.

The topper is constructed by attaching a bracket of a topological disc to a frame.

The invention is described in more detail according to the accompanying drawings as follows.

In the figure, 1 is a frame, 2 is a link device, 3 is a driving part, 4 is a deep rotary, 5 is a surface forming machine, and 6 is a clay discharging machine.

The linkage device 2 includes one upper link pin 21 on the frame 1 supported by the wheel 11; Two bottom link pins 22, 22; Installed and configured. By connecting these link pins (21, 22) to the upper link and the lower link of the tractor is to design the compactor molding machine to the tractor.

The drive unit 3 includes a spline input shaft 32 connected to the P.T.O output shaft of the tractor with a free joint shaft; A branch gear box 30 which shifts the rotational force of the input shaft and outputs it in the opposite direction to the first output shaft 33 and the second output shaft 34; The pinions 36 and 37 of the inner ends of the two shafts 33 and 34 were connected to the bevel gears 35 of the inner ends of the input shaft 32.

The deep rotator 4 is composed of a transmission device 43 for supplying the rotational force of the first output shaft 33 to the rotator shaft 41 installed in the frame 1 so as to maintain the deep fern depth H. do. Attached to the Nota shaft 41 is a Nautaria rock 42 for crushing the soil; The ground soil was discharged in the direction R of the surface forming machine 5, and the rotation speed of the Nota shaft 41 was made slower than that of the surface forming machine 5. The transmission device 43 is composed of a cover in which the chain gears of the outer ends of the two shafts 33 and 41 are connected by a chain and injected with cooling oil.

The surface forming machine 5 includes a rotating drum 51 for surface forming, which is installed in the frame 1 adjacent to Nota at the surface forming height h; A transmission device 52 for supplying a driving force of the second output shaft 34 to the drum; Arranging the crushing feathers 53 for pulverizing the surface soils at high speed on the drum 51 main surface; The soil pulverized in the drum 51 is applied to the Notari 4 so that the surface of the patina can be adjusted correctly. The transmission device 52 was composed of a cover in which the chain 34 of the shaft 34 and the outer end of the rotating shaft outside the drum 51 were connected by a chain and injected cooling oil.

In the case of forming a flattened dividing into a narrowed toad is attached to the drum wheel 51 for forming the ditches composition. The clay wheel 55 is composed of two divided pieces 57 which are opened and closed by bolts 56; It was constructed by installing a backing target 58 on the outer surface and a spacer 59 for supporting the backing wheel 55 on the outer edge of the drum 51 on the inner surface.

The discharging machine 6 was configured by attaching the bracket 62 of the discharging disk 61 at the end of the frame 1 in the form of a rear wheel at both ends of the frame 1.

The effect of this design is explained as follows.

The devastator is designed to be mounted on a tractor and runs on arable land, thus creating a pits at the same time as the rotary work. The pits and drainage ditches made do not require retouching.

The patter press can be mounted on a tractor of at least 43 hp. Molded pike shall be molded into 140cm, 160cm, 190cm, pike height 20cm and drainage width 20cm according to the specifications of pike molding machine. By mounting the top wheel 55 on the surface forming machine 5, it is possible to make a small head with a minimum width of 25 cm and a distance between the heads of 50 cm. In this case, more than one dam will be made at a time.

The working speed is 3-5 km per hour in normal operation of the embodiment. At this rate, it is possible to make pits on 9,000 pyeong of arable land per day. As such, this design can make high-efficiency sows for sowing in individual farms, collaborative farms, agricultural service companies, and other farming.

In addition, coarse soils are distributed in the deep layer and fine ground soil is distributed in the surface layer formed by this designed toad molding machine. Thus seeds can be sown directly on the molded pits; The pike protects moisture, which improves germination and rooting of seeds. In the toad, relatively rough soils and pores are distributed, so the germinated crops grow well and have good drainage.

The operation state of this devise compactor molding machine is explained.

When the plow molding machine is mounted on the tractor with the link device (2), and the input shaft 32 is connected to the PTO with the free joint shaft, the front part of the plow molding machine is driven by the wheel 11 and the rear part is supported by the plowing machine (6). Is running. On the other hand, the driving force supplied to the input shaft 32 branches off from the first output shaft 33 and the second output shaft 34. The rotational directions of the two shafts 33 and 34 are in opposite directions and the rotational ratio of the second output shaft is larger.

The front Nota shaft 41 is connected to the first output shaft 33 via the transmission 43 to rotate the arm 42 in the soil of the Nota depth (H). Therefore, the deep core Nori (4) proceeds while crushing the deep soil soil finely to the top surface forming machine (5).

The rear rotating drum 51 is interlocked with the second output shaft 34 via the transmission 52; At the surface forming height h, the grinding blade 53 on the rotating drum 51 proceeds while discharging to the front (notary side). The surface soil of the toad is finely crushed by the driving of the rotary drum 51; The shape of the pike is right and flat.

In addition to the composition of the pits, when the top of the frame (1) attached to the top of the drainage groove position 6; The disk 61 of the discharging machine 6 disposes in the direction of the rotating drum 51 in the process of forming the pit to form a drainage trench; In addition, when the clay wheel 55 is attached to the rotating drum 51 at a narrow gap; Baektouk 58 is to proceed while making a small groove on the bank; In this case, it is possible to create two or more narrow narrow walls at the same time.

This design provides a plow molding machine that creates the pits and ditches to the extent that the seeds can be directly struck, thereby increasing the germination rate of the seeded seeds by crushing the pits on the surface of the pits and distributing pores in the pits of the pits. It is good, and it is useful as a large-scale agricultural management equipment by mechanization because it can be formed at the time of narrow ribs, and also has the effect of increasing the agricultural competitiveness.

Claims (2)

A linkage device (2) installed on the frame (1) to connect to the tractor; A drive unit 3 including an input shaft 32 connected to the P.T.O output shaft of the tractor and a branch gear box 30 that outputs the rotational force of the input shaft to the first output shaft 33 and the second output shaft 34; It is installed on the frame to maintain the depth of Nota depth H, and connects the Notari shaft 41 to the first output shaft 33 with the transmission device 43 to crush the deep soil soil and to the surface forming machine (5) direction Deep-rooted nota (4); And It is installed on the frame at the surface forming height (h), the rotary drum 51 is connected to the second output shaft 34 by the transmission device 52, and the surface soil is crushed finely by the crushing feather 53 and the deep rotaries 4 A dumper molding machine for tractors, characterized in that it is configured as a surface forming machine (5) for discharging to the side. The method according to claim 1, wherein the ditch forming wheel (55) is attached to the rotating drum (51), and the wheel (55) consists of a split piece (57) for opening and closing with a bolt (56), A quill molding machine comprising a collar (58) and an inner spacer (59), and a top plate (6) is attached to the frame (1).