KR100330776B1 - A disc plow with furrow plows - Google Patents

Abstract

The present invention is a plunger plow mounting base formed on the expected one side of the disc plunger in the known disc plunger, a mock plunger support having a slider for coupling to the plunger plow mount, and a rugged plow support by a lug To provide a disc plunger having a mock plunger composed of mock plunger blades to be attached, that is, by forming the mock plough in consideration of the inclination angle of the disc plunger blade formed in front of the disc plunger by means of the plunger plow attachment means and Share the advantages of mock plunger at the same time, and also the disadvantage of the original plow complements the mock plunger and the disadvantage of the mock plow complements the mockup that can maximize the function of each other It is a very useful invention that can provide a disc plow with a plow.

Description

A disc plow with furrow plows {A disc plow with furrow plows}

The present invention relates to a disc plow having a mock plow, and more particularly to a disc plow in which four disc plows are formed in the front and four plough plows are formed in the side rear of the disc plow.

Conventional plow is a tool for cultivating a field or rice paddy by forming a ridge (a horse that combines one pike and one furrow) mounted on a tractor, and a ridge plow blade composed of moisturizing and crested is mainly formed at the bottom of the lug. A plough and a plural plow, which are arranged to be inclined toward the front and rotated by a driving force, are used.

However, the above-mentioned mock plow and the disc plow have a great difference in tillage work as well as different structures and shapes, and the mock plow is very neat because it rips the soil to the exact amount and the correct position by the mock plow blades attached at regular angles. (Or furrows) are formed, but the cultivation efficiency is reduced by not being able to crush the soil finely, and if there is a lot of moisture or a tough material such as grass or straw on the surface of the cultivation land, this causes a lot of load on the plow. Tilling becomes difficult.

In particular, in the case of mock-up plows, several plow blades are attached to the plow to be pulled by the tractor for fast cultivation. At the moment of pulling the first plow blade, the heavy load is applied to the tractor, and the plowing edge is continued on the plowing day. Therefore, the load is in a state of being loaded, and a tractor having a considerable power (driving force) is forced to use, which results in a large cost burden.

On the other hand, the disc plunger is cultivated as the disc plunger blade is driven by the tractor engine and rotates itself, so that fine crushing of soil is possible, and there is no heavy load on the tractor. Has an advantage.

However, the disc plunger is configured to form a concave while pushing the soil from side to side by a pair of disc plunger blades coupled to face each other at the same angle in the traveling direction of the tractor, as much as the inclination angle of the pair of plow blades The soil pushed from side to side will have a closed bias towards both sides.

Therefore, the conventional disk plow 100 is provided with a plurality of rear disk plow blades to be evenly spread again the dirt pile biased to both sides by a pair of disk plow blades formed in the front as shown in FIG. However, they are located on the rear side of the front disc plow blade has a disadvantage that it is difficult to form a neat gyro only having the function of spreading the unbalanced soil mass pushed to both sides. In this case, the term "negative" means that the distinction between the head and the furrow is clear.

In addition, since the plurality of rear disc plow blades are also tilled while being rotated by the driving force of the tractor, the tractor has a closed end that requires a considerable amount of power to drive the rear disc plow blades.

Therefore, the present inventors have a plunger plow mount formed on the expected side of the disc plunger and a connector for coupling the plunger plow mount in order to solve the closed end of the conventional disc plow as described above There has been elected a disc plunger having a mock plough support and a mock plough composed of mock plough blades attached to the mock plunger support by a lug, which is cultivated by two disc ploughs and two plough plows. The tractor was so narrow that the farming range was so narrow that the working efficiency was significantly reduced.

Therefore, the present invention is to provide a disk plow having a plunger plow to increase the cultivation efficiency by being able to cultivate a large area even with a single movement of the tractor, two sets of disc plows (one pair is opposed to each other ( Iii) a pair of disc plungers coupled to one shaft so as to form four plough plows on the rear side of the disc plunger, and the rotational force transmitted from the tractor by the drive force transmission shaft is transferred to the drive gear. By rotating the drive shaft by the sprocket and the chain connected to the drive shaft is also configured to rotate the shaft of the disc plow equipped with the sprocket, thereby rotating the disc plow.

In addition, the present invention forms four plunger plow blades corresponding to the disc plow blades on the side rear of each disc plow blade coupled to the rotatable, the plunge plow blade is inclined in the opposite direction to the inclination direction of the disc plow blade By forming to form a fine crushed by the disk plow blades and the ridges that follow the soil accumulated on both sides are stacked upside down to form a neat ridges.

1-an exploded perspective view of the present invention.

2-a perspective view of the present invention.

Figure 3-Reference perspective view of the drive unit of the present invention.

4-schematic configuration for showing a driving force transmission state of the drive unit of the present invention

Degree.

5-3 is a sectional view taken along the line A-A.

Figure 6-Reference state of use for showing the working state of the disc plow of the present invention.

7-a perspective view of a conventional disc plow.

* Explanation of symbols for main parts of the drawings

1: original plow

10: Expected 11: Tractor Mount

11a: upper connector 11b: lower connector

20: disc plow drive unit 21: tractor connecting shaft

22: drive gear 23: drive shaft

24, 24a: drive force transmission 25: sprocket

26: chain 27: sprocket

28: shaft 30,30a: disc plow support

40,40a: Disc plow blade 50,50a: Mock-up plow mount

51: mounting joint assistant 52: slider

53, 53a, 53b, 53c: Plunge support 54: End connector

55: connecting rod 56: pin

60, 60a, 60b, 60c: Plunge blade 61: Rug

70, 70a, 70b: retaining plate 80: auxiliary plow

100: conventional disc plow

The present invention will be described in detail with reference to the accompanying drawings.

That is, the configuration of the present invention is provided with a disc plow drive unit 20 that receives the rotational force of the tractor engine by the tractor connecting shaft 21, as shown in Figures 1 to 5, plow the tractor not shown Combine the base 10 with the tractor mounting unit 11 for mounting and the disc plow support (30, 30a) formed on the lower end of the base 10 so as to face each other at the same inclination angle, but drive the disc plow In the well-known disc plunger consisting of the disc plow blade 40 configured to transmit the rotational force of the device unit 20 is coupled by the disc plow support (30, 30a) to both ends of the base 10 of the disc plow (1) And two sets of disk plows 40 and 40a which are rotated by the disk plow drive unit 20, the plunger mounting bases 50 and 50a formed on the base 10, and the plunger plow mounting base ( Sliders (5, 50a) that are extrapolated to and coupled to flow from side to side (5) 2), a plunger plow support 53, 53a, 53b, 53c coupled to the slider 52 and a plunger plow attached to the plunger support 53, 53a, 53b, 53c by a lug 61 It consists of blades 60, 60a, 60b and 60c.

The plough plow blades (60, 60a, 60b, 60c) is located at the rear of the side of each of the disc plow blades (40, 40a) formed in front of the inclined angle of the disc plow blades (40, 40a) and opposite directions, respectively It is formed to have (i). For example, since the inclination direction of the right disc plow blade of the disc plow blade 40 is directed from the inside to the outside when viewed from the tractor traveling direction, the mock plow blade 60 formed at the right rear side of the disc plow is outside the tractor traveling direction. It will have a configuration inclined in the direction from the direction.

As shown in FIG. 6, as the disk plow blades 40 and 40a proceed, the soil piles which are piled up in both directions in the direction of the disk plow blades are turned upside down by the two plow blades 60, 60a, 60b and 60c. To give, it is possible to form a well-organized mockup.

The soil scattered severely by the rotation of the disc plow blades 40 and 40a by installing the soil blocking plates 70, 70a and 70b in front of the ridge plow blades 60, 60a, 60b, and 60c. It was designed to prevent it from exceeding the working range.

At this time, the earth blocking plate (70, 70a, 70b) is attached and installed to be able to move back and forth to the plunger support base (53, 53c) and the base (10).

Plunger plow support 53 is equipped with the plunge plow blades (60, 60a, 60b, 60c) in order to be able to move the left and right plough plow blade (60, 60a, 60b, 60c) to move left and right And 53a, 53b, and 53c may be coupled to the ridge plow mounts 50 and 50a by the slider 52.

At this time, the fixing of the slider 52 was to be fixed with a bolt not shown.

In addition, the plunger mounting base (50, 50a) can be formed anywhere in the front or rear, side, top and bottom of the base 10, but should be able to be attached to the base 10 in the most rigid state. In this case, in order to facilitate the coupling of the plunger mounting brackets 50 and 50a, the plunger mounting brackets 50 and 50a may be inserted into the mounting coupling coupling pipe 51 to be coupled to the base 10.

In addition, in order to prevent sagging of the plunger blades (60a, 60b) to connect the connector 54 to the upper end of the plunger support (53a, 53b), the connector (54) and the upper connector of the tractor mounting holes (11) It is also possible to combine 11a) by the connecting table 55.

The configuration of the disc plow drive unit 20 for rotation of the disc plow blades 40 and 40a formed at both ends of the base 10 is as follows.

In the center of the base 10, a drive gear 22 is formed which is fixed to the tractor connecting shaft 21, and on both ends of the base 10, driving force transmission parts 24, 24a having sprockets 25 are formed. By connecting the drive gear 22 and the sprocket 25 to the drive shaft 23. The sprocket 25 is connected to the sprocket 27 and the chain 26 formed on the shaft 28 to which the disk plow blade is coupled.

Therefore, the driving force of the tractor engine transmitted by the tractor connecting shaft 21 is transmitted to the drive gear part 22, and the rotational force of the drive gear part 22 is through the sprockets 25 and 27 and the chain 26. To be delivered to.

As described above, the present invention moves forward while the disk plow blades 40 and 40a are rotated by the tractor not shown, and the disk plow blades 40 and 40a finely crush the lumps of soil to the outside of the disk plow blade. If you pile up a pile of crushed soil, followed by mock plow blades (60, 60a, 60b, 60c) to turn it upside down again to form a mockup.

Therefore, the present invention is to improve the cultivation efficiency of two times in one operation, compared to the conventional disc plunger composed of a pair of disc plow blades and two ridge plow blades.

Of course, the present invention refers only to a disc plow consisting of two sets of disc plows and four plough plows, but a plow plow consisting of three plows and six plows and four plows and eight plows It will also be described as a technical level that can be easily applied by the present invention.

The present invention can be cultivated using both the disc plunger blade and the plunger blade easy to form a neat and ordered gyro at the same time because it rotates by itself, while simultaneously sharing the advantages of the disc plow and the advantages of the plunger In addition, the disadvantage of the disc plunger is to complement the mock-up plow, and the disadvantage of the mock-up plow is to complement the original plough and have the effect of maximizing the function of each other.

In particular, the present invention is to be cultivated by two sets of disc plow blades and four plunger plow blades to have the effect of maximizing the cultivated area while minimizing the movement of the tractor.

Claims (6)

At the same angle of inclination to the base and the plow support formed on the lower end of the base is provided with a disc plow drive unit for receiving the rotational force of the tractor engine by the tractor connecting shaft, the tractor mounting portion for mounting the plow on the tractor not shown In the well-known disc plunger composed of a disc plunger configured to be coupled to face each other but configured to transmit the rotational force of the disc plunger driving unit portion coupled to the both ends of the base 10 of the disc plunger (1) by disc plow support (30, 30a) And two sets of disk plows 40 and 40a which are rotated by the disk plow drive unit 20, the plunger mounting bases 50 and 50a formed on the base 10, and the plunger plow mounting base. The slider 52 is extrapolated to be coupled to flow left and right, the plunger support 53, 53a, 53b, 53c coupled to the slider and the plunger support by a lug 61 Circular plow having a mockup plow, characterized in that composed of mock plow blades (60, 60a, 60b, 60c) to be attached. According to claim 1, wherein the plunger plow blades (60, 60a, 60b, 60c) is located at the rear of the side of each of the disc plow blades (40, 40a) formed in front of the inclined direction of the disc plow blades (40, 40a) A circular plow having a plunger, characterized in that each configured to have an inclined angle in the opposite direction. The plow of claim 1, wherein the front of the plunger blade (60, 60a, 60b, 60c) is formed with a plunger plow (70, 70a, 70b). 2. The slider according to claim 1, wherein the plunger supports 53, 53a, 53b, and 53c are mounted on the plunger mounting brackets 50, 50a to move the plunger blades 60, 60a, 60b, and 60c from side to side. Disc plow having a mockup, characterized in that configured to be coupled by 52. The connector 54 is connected to the upper end of the plunger support (53a, 53b) to prevent sagging of the plunger plow blades (60a, 60b), the connector 54 and the tractor mounting holes (11) Circular plow having a plunger, characterized in that the upper connector (11a) of the) is configured to be coupled by a connecting table (55). According to claim 1, wherein the disc plow drive unit 20 for the rotation of the disc plow blades (40, 40a) and the drive gear portion 22 is fixed to the tractor connecting shaft 21 and the tractor connecting shaft 21 and , A drive shaft 23 rotated by the drive gear unit 22, a sprocket 25 coupled to the drive shaft 23 and built into the drive force transmission units 24 and 24a, and a disc plow blade coupled thereto ( 28), a disc plow having a plunger, characterized in that it is composed of a sprocket (27) fixed to the shaft (28), and a chain (26) connecting the sprocket (25) and the sprocket (27).