KR20130112582A - Ridge making equipment for ridging plow - Google Patents

Abstract

PURPOSE: A levee forming working machine for hiller is provided to drastically increase working efficiencies for levee forming by not requiring separate labors for soil preparation. CONSTITUTION: A levee forming working machine for hiller (100) comprises a horizontal frame equipped in the back of a link frame while being connected and fixed through the link frame in the back of a tractor; and a fixing bracket which is equipped with a constant interval in a longitudinal direction of the horizontal frame and which molds hiller along the drive of the tractor by being installed and fixed in ridge blade connected and fixed to the fixing bracket; a main frame (110) in which the fixing bracket formed in front is tightly attached in rear surface of the horizontal frame between the fixing brackets and is fixed by using a fixing tool and which is formed by being extended in rearwards of the fixing bracket from constant area in rear side of the fixing bracket; an elevation guide frame (120) which is perpendicularly extended from the rear end of the main frame and in which an elevation guide hole (121) is penetrated in the center and elevation control tools in which the end part according to rotation is selectively protruded in the elevation guide hole direction are screw-coupled in the rear surface; and a lift frame (130) inserted into the elevation guide hole of the elevation guide frame and pressurized and fixed through the elevation control tools (123) by being vertically elevated and guided.

Description

Ridge making equipment for ridging plow

The present invention relates to a plow shaping work machine for a plowing machine, and more particularly, the soil is installed to be fixed between the plowing blades of the plowing machine fixed to the rear of the tractor so that the soil has a constant height and width with respect to the pike during the plowing work. It is possible to form a solid pike having a certain height and width by allowing the stopping work to be chopped at the same time, and at the same time, to the plow forming machine for the earthenware to make it easy to adjust the height and width of the pike to be molded. It is about.

In general, a topsoiler refers to a device used for topsoil.

Soil using this clay is to scrape the soil between the bones and the abandonment during the growing period of the crop underneath, and also to boost the soil between the small crops, thereby strengthening the support of the small roots and preventing the war. Buried weeds in the furrows, and acts to kill.

Conventional clay pottery is provided with a plowing blade of the same type as the plow blade and is used to form the soil by collecting the soil of the field toward the root of the crop using the clay blade, the connecting frame and the connecting frame is usually connected to the rear of the tractor. It is composed by installing and fixing a plurality of baton blades with a predetermined interval in a horizontal frame extending a certain length in the horizontal direction at the rear.

Here, the batonal blade is formed in a plow-like shape, that is, to have a 'V' shape when viewed in a plane, and is formed with an inclination spreading to both sides from the front to the rear side.

Therefore, when the tractor is carried to the tractor, the soil excavated while digging the soil of the soil is gathered along the inclined surface of the soil to form a patina.

As described above, in order to grow crops in farmland, the soil is excavated and the soil excavated as the soil is excavated as the tractor moves and drags the tractor after mounting and connecting to the rear of the tractor. It is used to gather together to form the pits.

Since the height or width of the pike formed through the conventional clay is different from each other depending on the characteristics of the crops to be cultivated, the pits should be shaped differently in width and height depending on the characteristics of the crop to be grown.

In other words, it is important to mold the toad in consideration of the width and height of the toad according to the characteristics of the crop to be grown during the forming of the toad.

However, since conventional dumping machines are dragged by a tractor and simply collect soil excavated through the tops of the soil along the inclined surface of the topsoil, the dumping is molded, there is a problem that the height and width of the molded dumpling are not constant. .

In addition, since the height and width of the molded toads are not constant, it is required to stop the height and width of the toads by using farm equipment separately, and to stop and trim the toads, resulting in additional manpower consumption for forming the toads. There is a problem that the work efficiency falls.

In addition, in the conventional earthenware, since the soil is only to dig soil to collect along the inclined surface of the soil, the soil gathered according to the soil is not compacted, there is a problem that the soil gathered easily collapsed again.

In addition, since the conventional topsoiler has only the tops fixed at a certain interval in the horizontal frame, there was a problem that can not be molded by adjusting the width and height of the toad according to the characteristics of the crop to be grown.

Therefore, the height and width of the toad through a separate farming equipment, and at the same time without the stop working to compact the soil to make the width and height of the toad according to the characteristics of the crop to be cultivated easily to form the toad It is a situation that requires research and development for the dumping work machine for the topsoiler.

In order to solve the problems as described above, the present invention is provided with the first and second ridge forming plate having a lifting guide frame, elevating frame, horizontal adjustment bracket before and after the soil so as to have a constant height and width for the ridge. At the same time, the stopping work to be chopped is made, and it is possible to form a solid toe having a certain height and width. Accordingly, unlike the conventional work requiring additional work force for the stopping work, a separate manpower for stopping work is unnecessary. An object of the present invention is to provide a pumice forming machine for an earthenware device that can significantly increase the work efficiency for molding.

Another object of the technology according to the present invention is the height of the height to be molded to suit the characteristics of the crop to be cultivated by being provided with a lifting guide frame, lifting frame, the first and second ridge forming plate having a horizontal control bracket before and after It is to make it possible to adjust the shape and width easily.

The present invention for achieving the above-mentioned objects is as follows. That is, the dumping work machine for the dumper according to the present invention is connected to the rear of the tractor fixed through the connecting frame while the horizontal frame provided on the rear of the connecting frame, the fixed bracket provided with a predetermined interval in the longitudinal direction of the horizontal frame And, in the earthenware dumpling forming machine for fixing the installation according to the operation of the tractor by fixing the installation to the topsoiler consisting of the landing blade is fixed to the fixed bracket as a fixed, the binding bracket formed at the front end between the fixed brackets A main frame in close contact with the rear side of the horizontal frame and fixed and fixed by a fastening means, the main frame extending a predetermined length to the rear of the fastening bracket with respect to a predetermined rear surface of the fastening bracket; While extending perpendicularly to the rear end of the main frame is formed a predetermined length in the vertical up and down direction, the lifting guide hole is formed in the center, and the lifting adjustment hole is selectively screwed to the rear side of the lifting guide hole in accordance with the rotation is screwed to the rear Elevating guide frame; An elevating frame inserted into the elevating guide hole of the elevating guide frame to guide the elevating guide in the vertical up and down direction and being fixedly fixed through the elevating adjustment opening; The front and rear horizontal adjustment brackets are fixed to one side of the upper and lower sides of the elevating frame so that the horizontal is adjustable in the front and rear directions, while the first width adjustment hole penetrates the first width adjustment hole and has a predetermined distance from one side to the other side in the front and rear. plate; And a second width adjusting hole penetrating through the first width adjusting hole and having a predetermined distance from one side to the other side in the front and rear sides thereof, the first width adjusting plate facing the first width forming plate so that one end overlaps with each other by a predetermined width. The width adjusting hole and the second width adjusting hole is made to consist of a configuration including a second ridge forming plate that is fixed by the fastening member.

Here, the front and rear horizontal adjustment brackets on both sides of the elevating frame to be fixed to the elevating frame bottom by adjusting the horizontal in the front and rear direction of the first table forming plate that is fastened and fastened so that the second table forming plate partially overlap each other. While being provided in close contact with the pair, it is preferable that the front and rear horizontal adjustment holes are formed to have a predetermined interval on the upper side.

At this time, the front and rear horizontal adjustment hole is preferably formed so as to be spaced apart so as to be rounded upward from the front side to the rear side convex to the central side with respect to the upper side of the horizontal adjustment bracket.

In addition, the binding means for binding and fixing the main frame to the horizontal frame is a U bolt surrounding the horizontal frame, the coupling nut coupled to the end of the U bolt to tightly fix the binding bracket of the main frame to the horizontal frame. Preferably configured.

In addition, the first and second plywood plates may be symmetrical to each other so that the rounded pits may be formed through the first and second plywood plates. It is preferable to fix the upper and lower coupling so as to partially overlap.

On the other hand, the first and the second ridge forming plate is formed on a flat symmetrical plate so that the flat ridge is formed through the first and second ridge forming plate formed partially overlapping opposite ends It may be fixed up and down as possible.

Referring to the effect of the dumping work machine for the topdresser according to the present invention.

First, the lifting guide frame, the lifting frame, the first and second ridge forming plate having a horizontal control bracket before and after is equipped with a second ridge forming plate, so that the stop work for compacting the soil to have a certain height and width with respect to the ridge is made at the same time It is possible to form a solid pum with a width and width, and accordingly, unlike the conventional work requiring additional manpower for stopping work, a separate manpower for stopping work is not required, thereby significantly increasing the work efficiency for forming pum pum. have.

Second, the lifting guide frame, the lifting frame, the first and second ridge forming plate having a horizontal control bracket before and after is provided to easily adjust the height and width of the ridge to be formed to suit the characteristics of the crop to be grown can do.

Figure 1 is an exploded perspective configuration diagram showing a dumper forming work machine for a dumper according to the present invention.
Figure 2 is a combined perspective view showing a dumper forming work machine for a dumper according to the present invention.
Figure 3 is an exemplary state of use showing a state fixed to the dumping work machine for a dumper according to the present invention mounted on the dumper.
Figure 4 is an operating state configuration diagram showing the operating state for height adjustment of the toad during molding the dumpling in the dumping work machine for a dumper according to the present invention.
Figure 5 is an operating state configuration showing an operating state for adjusting the width of the toad when forming the toad in the dumping work machine for a dumper according to the present invention.
Figure 6 is an exploded perspective configuration showing another embodiment of the first pit molded plate and the second pit molded plate in the dumping work machine for a dumper according to the present invention.

Hereinafter, with reference to the accompanying drawings will be described in detail a preferred embodiment of the dumping work machine for a landfill according to the present invention.

1 is an exploded perspective configuration diagram showing a dumper forming work machine for a dumper according to the present invention, Figure 2 is a combined perspective view showing a dumper forming work machine for a dumper according to the present invention, Figure 3 is a dumper for a dumper according to the present invention It is an exemplary state of use showing the state in which the molding work machine is fixed to the topdresser.

Figure 4 is a configuration of the operation state showing the operating state for the height adjustment of the patter at the time of shaping the dumper in the clay dumping working machine according to the present invention, Figure 5 is a dumpling at the time of shaping the dumpling in the dumpling working machine for the dumping machine according to the present invention Operation state diagram showing the operation condition for width adjustment.

As shown in Figures 1 to 5, the dumping work machine 100 for a dumping machine according to a preferred embodiment of the present invention is connected to the fixed frame (not shown) through the connecting frame 11 while the connection frame 11 A horizontal frame 12 provided at the rear of the), the fixing bracket 13 is provided with a predetermined interval in the longitudinal direction of the horizontal frame 12, and fixed to the fixing bracket 13 connected to the fixing bracket 14 Installation and fixing so as to be disposed between the top of the top of the top 10 of the top 10 of the top 10 consisting of the top blade (15) is to shape the patina according to the tractor (not shown) by the tractor (not shown). .

Specifically, the dumper forming work machine 100 for the dumper 100 is the main frame 110, the elevating guide frame 120, the elevating frame 130, the first pit flat plate 140 and the second pit molding plate 150 It is made to include.

Here, the main frame 110 is the binding bracket 111 formed at the front end is fixed by the binding means 115 on the horizontal frame 12 between the fixing bracket 13, the binding bracket 111 A predetermined length is formed extending from the rear center of the rear to the rear of the binding bracket 111 with respect to a predetermined area.

At this time, the fastening means 115 is a U bolt (115a) and the U bolt (115a) surrounding the horizontal frame 12 to securely fix the main frame 110 to the horizontal frame 12 It is preferably made of a coupling nut (115b) coupled to the end to close the fixing bracket 111 of the main frame 110 in close contact with the horizontal frame (12).

Furthermore, the U bolts 115a are provided in pairs, and the coupling nuts 115b are coupled to the pair of ends of the U bolts 115a, respectively, so that the binding bracket 111 is disposed on the rear surface of the horizontal frame 12. It is preferable to securely fasten, and a washer (not shown) such as a metal material or a rubber material may be interposed between the coupling nut 115b and the rear surface of the binding bracket 111.

On the other hand, the elevating guide frame 120 is orthogonal to the rear end of the main frame 110 is formed to extend a predetermined length in the vertical vertical direction while the elevating guide hole 121 is formed in the center, the end is the end according to the rotation Elevating control hole 123 selectively protruding toward the elevating guide hole 121 is screwed to the rear is configured.

At this time, the lifting guide frame 120 is preferably the coupling portion 122 is screwed to the lifting control 123 is spaced apart at a predetermined distance in the vertical direction on the rear side is formed to protrude to the rear, such coupling portion 122 The lifting control 123 is to be screwed on.

The elevating guide hole 121 of the elevating guide frame 120 as described above is inserted into the elevating frame 130 to guide the elevating in the vertical up and down direction by rotating the elevating control 123 in one direction. Can be fixed.

In other words, the elevating frame 130 is formed longer than the length of the elevating guide frame 120 is inserted into the elevating guide hole 121 to guide the elevating in the vertical direction, through the elevating control 123 The lifting guide frame 120 is inserted into and fixed to a predetermined height.

Further, the lifting frame 130 is preferably formed through the coupling hole 131 in the horizontal direction at the lower end, wherein the coupling hole 131 has a predetermined interval upward from the lower end of the lifting frame 130 It is preferably provided in pairs.

On the other hand, the elevating frame 130 as described above is fixed to the lower end of the first pit forming plate 140, the first pit forming plate 140 is the lower side and the front and rear of the elevating frame 130 on one side Front and rear horizontal adjustment bracket 141 is provided to be fixed so that the horizontal direction is adjusted, it is preferable that the first width adjustment hole 145 is formed through a predetermined interval from one side to the other side in the front and rear.

Here, the front and rear horizontal adjustment bracket 141 is preferably provided in a pair in close contact with both sides of the lower end of the elevating frame 130, the front and rear horizontal adjustment hole 142 is formed through.

At this time, the front and rear horizontal adjustment hole 142 is preferably formed so as to be spaced apart so as to be rounded upward from the front side to the rear side convex to the central side with respect to the upper side of the front and rear adjustment bracket 141.

Furthermore, it is preferable that the fixing hole 143 is formed at the center of the lower side of the front and rear adjustment bracket 141.

In other words, the lifting frame 130 is positioned so that the coupling hole 131 provided on the upper side of the coupling hole 131 communicates with any one of the front and rear adjustment holes 142 of the horizontal adjustment bracket 141. By the fixing means 149, the lower end of the elevating frame 130 is to be connected and fixed to the front and rear horizontal adjustment bracket 141.

At this time, the coupling hole 131 provided on the lower side of the coupling hole 131 of the lifting frame 130 is positioned so as to communicate with the fixing hole 143 of the front and rear horizontal adjustment bracket 141 and fixing means 149 The lower end of the elevating frame 130 can be connected and fixed to the front and rear horizontal adjustment bracket 141.

Here, the fixing means 149 is preferably applied to the conventional fixing bolt 149a and the fixing nut 149b, respectively.

A pair of coupling holes 131 formed at the lower end of the elevating frame 130 as described above, and the front and rear horizontal control holes 142 and the fixing holes 143 formed on the upper and lower sides of the front and rear adjustment bracket 141. Through), the first ridge forming plate 140 may be fixed to the lower end of the elevating frame 130 by adjusting at a predetermined angle with respect to the front and rear horizontal direction.

On the other hand, the first tab molding plate 140 is a fastening member 160 consisting of a fastening bolt 161 and a fastening nut 162 at the lower side such that one end of the second tab molding plate 150 overlaps each other. Is fixed by coupling.

In detail, the second ridge forming plate 150 corresponds to the first width adjusting hole 145 of the first ridge forming plate 140 and has a predetermined width from one side to the other in the front and rear, and has a second width. The adjusting hole 155 is formed to penetrate in the vertical direction.

The second width adjusting hole 155 as described above is matched with the first width adjusting hole 145 to be fixed to the fastening member 160, and accordingly, the first and second ridge forming plate 140 and the second ridge End portions of the forming plate 150 facing each other may be overlapped and fixed to each other.

Therefore, the first width adjusting hole 145 and the second width adjusting hole 155 are fixed to the front and the rear in the width direction of the first and second ridge forming plate 140, 150, respectively. By forming a plurality of penetrating spaced apart from each other, it is possible to easily adjust the overlapping area of the first and second pit-shaped plate 140 and 150.

As described above, as the area where the first and second ridge forming plates 140 and 150 overlap is easily adjusted, the width of the ridge to be formed to suit the characteristics of the crop to be cultivated. It can be easily adjusted and molded.

In addition, the first and second pump molding plates 140 and 150 as described above are each provided in a plate shape having a predetermined area, but are mutually symmetrical and are formed to be curved round at a predetermined angle, and face each other. Up and down coupling is fixed so that the end portion overlaps.

Therefore, the circular patter may be formed through the first patter forming plate 140 and the second patter forming plate 150 as described above, and in particular, the width of the round patter to be molded in accordance with the characteristics of the crop to be cultivated. Since it can be set, it will be possible to easily adjust the width of the patty to be molded.

In other words, the above-mentioned dumping work machine 100 for the dumping machine according to the present invention as described above, the first ridge forming plate 140 having the lifting guide frame 120, the lifting frame 130, the front and rear horizontal adjustment bracket 141. ) And the second ply molding plate 150 is provided so that the stopping work for compacting and arranging the soil to have a certain height and width with respect to the pits can be made at the same time to form a solid pits having a certain height and width. Unlike the conventional workforce required for stopping work, a separate manpower for stopping work is not required, which significantly increases the work efficiency for forming the toad.

In addition, the dumper working machine 100 for the topsoiler is the first guide plate forming plate 140, the lifting frame 130, the front and rear horizontal control bracket 141 and the second tab molding plate (141) Through the configuration of 150, it can be molded by simply adjusting the height and width of the toad to be molded to suit the characteristics of the crop to be cultivated.

Figure 6 is an exploded perspective configuration diagram showing another embodiment of the first pit mold plate and the second pit mold plate in the dumper working machine for the dumper according to the present invention.

As shown in FIG. 6, the first pump molding plate 140 ′ and the second pump molding plate 150 ′ are the first pump molding plate 140 and the second pump in the embodiment described with reference to FIGS. 1 to 5. As another embodiment of the forming plate 150, when the flat toad according to the characteristics of the crop to be cultivated to be replaced with the first and the second ridge forming plate 140 and 150 It can be applied.

That is, the first and second pump molding plates 140 'and 150' are formed on flat plates that are symmetrical with each other so that the flat pump can be molded, and the upper and lower coupling plates are fixed to be overlapped to partially overlap each other. The first pump molding plate 140 ′ may be connected to and fixed to the bottom of the elevating frame 130 of the plow molding machine 100 for the earthenware.

The first and second ridge forming plate 140 ′ and the second ridge forming plate 150 ′ are the first and second ridge forming plates 140 and 150 described above with reference to FIGS. 1 to 5. Unlike being provided on a curved round plate formed to form a, it has a difference only in that it is formed on a plate symmetrical mutually to form a flat pat, detailed description of the other identical configuration will be omitted. .

As described above, according to the present invention, the dumping work machine 100 for a clay dumping machine corresponds to a crop to be cultivated with respect to the first and second dumping molds 140 and 140 'and 150 and 150'. And the first patter forming plate 140 and the second patter forming plate 150 or the first patter forming plate 140 'formed on a flat plate so as to form a circular patter or a flat patter. It is possible to apply and use alternatively of the second ridge molding plate (150 ').

Therefore, the first and the second ridge forming plate 140, 140 'and 150, 150' can be easily replaced as needed to suit the characteristics of the crop to be grown cultivation of the alternative between round and flat It can be molded easily.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, the invention is not limited thereto. Various modifications may be made by those skilled in the art. Are included in the scope of the present invention.

10: Topdresser 11: Connecting Frame
12: Horizontal frame 13: Fixed bracket
14: Fixture 15: Batonal blade
100: patter forming machine
110: main frame 111: binding bracket
115: fastening means 115a: U bolt
115b: coupling nut 120: lifting guide frame
121: lifting guide ball 122: coupling portion
123: elevator control 124: elevator control
130: lifting frame 131: coupling hole
140, 140 ': 1st torso forming plate 141, 141': front and rear horizontal adjustment bracket
142, 142 ': Front and rear horizontal adjustment holes 143, 143': Fixed hole
145, 145 ': first width adjusting hole 149, 149': fixing means
149a, 149a ': Fixing bolt 149b, 149b': Fixing nut
150, 150 ': 2nd pump molding plate 155, 155': 2nd width adjusting hole
160: fastening member 161: fastening bolt
162: tightening nut

Claims (6)

The horizontal frame is fixed to the rear of the tractor through a connecting frame while being provided at the rear of the connecting frame, a fixed bracket provided with a predetermined interval in the longitudinal direction of the horizontal frame, and the top is fixed fixedly connected to the fixed bracket In the plow forming work machine for a plowing machine installed and fixed to a plowing device consisting of a blade to mold the pits according to the operation of the tractor,
A main frame in which a binding bracket formed at a front end is in close contact with a rear surface of the horizontal frame between the fixing brackets and is fixed by binding means, and a predetermined length is extended to a rear of the binding bracket with respect to a predetermined rear surface of the binding bracket;
While extending perpendicularly to the rear end of the main frame is formed a predetermined length in the vertical up and down direction, the lifting guide hole is formed in the center, and the lifting adjustment hole is selectively screwed to the rear side of the lifting guide hole in accordance with the rotation is screwed to the rear Elevating guide frame;
An elevating frame inserted into the elevating guide hole of the elevating guide frame to guide the elevating guide in the vertical up and down direction and being fixedly fixed through the elevating adjustment opening;
The front and rear horizontal adjustment brackets are fixed to one side of the upper and lower sides of the elevating frame so that the horizontal is adjustable in the front and rear directions, while the first width adjustment hole penetrates the first width adjustment hole and has a predetermined distance from one side to the other side in the front and rear. plate; And
The first width adjusting hole is formed so as to correspond to the first width adjusting hole, and the second width adjusting hole penetrates from one side to the other side at a predetermined distance from the one side and is opposite to the first ridge forming plate so that one end overlaps with each other by a predetermined width. A dumping work machine for a dumper, comprising a second patter forming plate which is fixedly coupled by a fastening member by matching the adjusting hole and the second width adjusting hole. The method of claim 1,
The front and rear horizontal adjustment brackets are in close contact with both sides of the elevating frame so as to be connected to and fixed to the bottom of the elevating frame by adjusting the horizontal horizontal direction of the first table forming plate fastened to be partially overlapped with the second table forming plate. While provided as a pair, a horizontal dumping forming machine for the topsoil, characterized in that the horizontal adjustment hole is formed through the front and rear with a predetermined interval on the upper side. 3. The method of claim 2,
The front and rear horizontal control holes are formed through the spaced apart so as to be rounded convex upward from the front side to the rear side convex to the central side with respect to the upper side of the horizontal control bracket. The method of claim 1,
The fastening means for fastening and fixing the main frame to the horizontal frame comprises a U bolt surrounding the horizontal frame and a coupling nut coupled to the end of the U bolt to tightly fix the fastening bracket of the main frame to the horizontal frame. A pumice forming work machine for a topdresser. 5. The method according to any one of claims 1 to 4,
The first and second patter plates are symmetrical to each other to be rounded at a predetermined angle so that circular patters may be formed through the first and second patter plates. The dumping work machine for a topless soil, characterized in that fixed up and down as possible. 5. The method according to any one of claims 1 to 4,
The first and second ridges are formed on a flat symmetrical plate so that the flat ridges can be formed through the first and second ridges. The dumping work machine for a topless soil, characterized in that the fixed fastening.

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