KR20150120191A - A ridge making machine - Google Patents

Abstract

The present invention relates to a ridge forming apparatus and, more specifically, to a ridge forming apparatus configured to form a ridge between fields by inducing soils discharged by a soil discharge board coupled to a rear side of rotary equipment or earth moving equipment. To achieve this, the ridge forming apparatus comprises: a combination plate (200) installed on both sides of an upper board (102) of the rotary equipment (100) or both sides of a soil discharge frame (152) of the earth moving equipment (150) connected to the rotary equipment (100); a disk frame (300) whose one end is connected to a lower end of the combination plate (200), and in which a disk unit (400) is installed on the other end thereof; and a disk unit (400) which is installed to be rotatable in an inner space formed by the disk frame (300) as both sides thereof are connected to the other end of the disk frame (300), and in which disks (430) for forming side surfaces of the ridge are formed at predetermined intervals.

Description

{A RIDGE MAKING MACHINE}

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a ladder molding machine, and more particularly, to a ladder molding machine, which is coupled to the rear of a rotary or shoemaker to induce clay soil to be clogged by a clay plate.

Generally, various kinds of crops such as red pepper, sesame seeds and sesame seeds are formed by forming a grid having a certain width and height, and placing seeds or young saplings after covering with vinyl.

Nowadays, in order to form a tile, a tile that can be formed by connecting to a tractor or the like is being spread.

As an example of an embankment, Patent Registration No. 1363086 is disclosed. The above-described technique is an evacuation device installed at the rear of a rotary, in which an elongate frame is fixed to a rotary top plate, a main frame is provided at the rear end of the elongate frame, a plurality of embers are provided in the main frame, And the clay forming plate is connected to the clay so that the soil clay is cut through the clay forming plate to form the clay.

However, although the above-described technique is used to form a lattice by forming a lattice-form plate and a clay portion, the lattice formed is merely a lattice formed without being firmly consolidated, so that the lattice to be formed is not formed straight and the surface is not smoothly formed , So that irregular gaps are continuously formed between the lattice and the vinyl during the vinyl coating, thereby easily damaging the vinyl due to wind and rain, resulting in difficulty in growing the crop.

In addition, when attaching an aerator to Rotary, several workers have to attach the aerator to the rotary so that the attachment and detachment work is inconvenient and cumbersome, and the worker alone has difficulty in removing and attaching the work.

Patent Document 1: JP-A-1363086 (Feb. Patent Document 2: Laid-Open Patent Publication No. 2013-0112582 (October 13, 2014;

It is an object of the present invention to solve the above-mentioned problems, and it is an object of the present invention to provide a soil or a soil which is joined to the rear of a rotary or an ejector, The disc unit can be adjusted and used according to the soil and environment conditions as the disc unit can be moved up and down. In addition, the caster support and the caster can be easily installed and removed, and the caster support can be rotated at a predetermined angle to reduce the damage such as warping that may occur during the attachment / detachment operation. .

In order to accomplish the above object, the present invention provides a coupling plate provided on both sides of an upper plate of a rotary or on both sides of an ejector frame of an ejector connected to a rotary; A disk frame having one end connected to a lower side of the coupling plate and a disk unit provided at the other end; And a disk unit rotatably connected to the other end of the disk frame by an inner space formed by the disk frame and having disks formed at regular intervals to form side faces of the disk.

A coupling bracket is formed on both sides of the upper plate or the ejector frame so as to engage with the coupling plate. A hook is formed on one side of the upper surface of the coupling plate so as to face forward with the rotary being positioned, And a fixing pin fixing hole is formed on one side of the lower portion of the connection bracket so as to be fixed by the fixing pin fitting hole and the fixing pin .

And a plate support rod is formed on the lower portion of the connection bracket to support the lower portion of the coupling plate in a state where the coupling hook is hooked on the locking bar to align the holes of the fixing pin fixing hole and the fixing pin coupling hole with each other.

The disk frame is installed so that one end thereof is connected to the coupling plate by a hinge pin so as to be vertically rotated, and a rotating unit is provided between the coupling plate and the disk frame so as to vertically rotate the disk frame to move the disk unit up or down. .

Wherein the rotating tube includes an outer tube coupled to one side of an upper portion of the coupling plate, an inner tube having one end coupled to the disk frame and the other end coupled to the inside through one end of the outer tube, And a length adjusting rod inserted at the other end of the outer tube and coupled to the inner tube by a spiral and having a handle at a portion protruding from the outer tube.

According to another embodiment of the present invention, the pivoting means includes a cylinder tube having one end hinged to an upper side of the coupling plate, a piston reciprocating within the cylinder tube at one end and hinged to the disk frame at the other end And a piston rod.

And the coupling plate or the disk frame, each having two coupling plates or disk frames, are connected to each other by a connection frame so as to be prevented from being warped and horizontal.

The disk unit includes a rotating shaft bracket coupled to the other end of each of the disk frames, a rotating shaft rotatably connected to the driving motor by chains or belts and having opposite ends connected to the rotating shaft brackets, And a plurality of discs provided on the disc, the disc being formed on one side thereof with inclined side walls.

And the overhang forming surface is formed of an inclined straight line or a curved line.

Wherein a flange is formed at a central portion of the disk to divide the outer circumferential surface of the rotary shaft into two or more parts, the flange being formed to extend inwardly at an edge of the shaft through hole, And a fastening member for fastening the disk on the rotary shaft so as to prevent the disk from rotating on the rotary shaft.

The disk frame is provided with a tension adjusting means for adjusting the tension of the chain or belt that connects the driving motor and the rotary shaft to each other.

Wherein the tension adjusting means includes a rectangular through hole formed on a motor fixing plate on which the driving motor is fixed, a bolt coupling portion formed on one side of the motor fixing plate, and a motor fixing plate provided on the disk frame, And a guide protrusion protruding from one side of the upper surface of the support plate and passing through the through hole so as to be moved on the through hole; and a tension adjusting bolt inserted through the bolt fixing portion and the bolt connecting portion, As shown in FIG.

The disk frame is provided with soil removing means for removing soil present on the curved surface of the disk.

The soil removing unit may comprise a horizontal bar connecting the disk frames to each other, and a scraper connected to the horizontal bars on one side thereof and having one side closely attached to the roof forming surface.

In another embodiment, the soil removing means may include a horizontal bar connecting the disk frames to each other, and a brush brushing the roof molding surface while being connected to each other on the horizontal bar.

When the connection frame is installed, the horizontal bar may be used instead of the connection frame.

The disk frame or the connection frame is provided with a molding support stand installed through a frame bracket and provided with a castor at a lower portion thereof so as to be able to move the ladder molding machine.

The molding support base may include a vertical support vertically fixed to the frame bracket by a fixing shaft, and a horizontal support horizontally provided on the lower side of the vertical support and having the casters at the front end and the rear end, respectively.

The support bracket is provided on the upper surface of the horizontal support base so as to be hinged to the lower portion of the vertical support base. The support brackets are provided on both sides of the lower support or on both sides of the support bracket, And a stopper is provided for restricting the rotation angle of the horizontal support.

According to another embodiment of the present invention, in order to install the horizontal support member so as to be rotated at a predetermined angle, the support bracket is provided on the upper surface of the horizontal support member so as to be hinged to the lower portion of the vertical support member, An angle limiting shaft is formed on an upper or lower adjacent portion of the shaft, and an arc limiting hole is formed in the support bracket so that the angle limiting shaft is guided through the guide to limit a rotation angle of the horizontal support.

The frame bracket is coupled to a side surface of the disc frame by a hollow tube body. The vertical support frame is inserted into a lower portion of the frame bracket and inserted or protruded upward to be coupled to the frame bracket or the frame bracket. And one or more holes through which the fixing shaft passes may be formed in the vertical support.

The horizontal supports may be formed of two or more unit supports fitted to each other and may be coupled to each other by means of fasteners to adjust the length thereof.

According to the ladder molding machine having the above-described structure, when the soil and the rotary shaft are rotated, the soil to be clogged by the clay plates is formed by being positioned at the rear side of the rotary or exhausting device, The effect is that the lattice is formed straight and the surface is formed smoothly.

In addition, since the ladder molding machine is detachably mounted, the ladder molding machine can be easily attached and used only when the ladder molding machine is used, and the ladder molding machine can be easily attached and detached without applying any force.

1 is a perspective view of a ladder molding machine according to the present invention,
FIG. 2A is a state in which a mortar molding machine according to the present invention is installed in a discharger;
FIG. 2B is a state in which the mortar molding machine according to the present invention is installed in a rotary,
FIG. 3 is a structural view showing a connection frame and a coupling plate in a mortar molding machine according to the present invention,
FIG. 4 is an assembled cross-sectional view of the connection frame and the coupling plate in FIG. 3,
FIG. 5 is a cross-sectional view illustrating an embodiment of a rotating unit in the mortar molding machine according to the present invention. FIG.
6 is a cross-sectional view showing another embodiment of the pivoting means in the mortar molding machine according to the present invention;
FIG. 7 is a view showing a disk coupled to a rotating shaft in the mortar molding machine according to the present invention,
FIG. 8A is a cross-sectional view of the disk in FIG. 7,
FIG. 8B is a cross-sectional view of a disk in which a ribbed forming surface is formed in a curved line in a lath molding machine according to the present invention,
FIG. 9 is a partial fragmentary view showing the tension adjusting means in the mortar molding machine according to the present invention,
FIG. 10 is a partial cutaway view showing an embodiment of the soil removing means in the damming machine according to the present invention,
11 is a partial extract of another embodiment of the soil removing unit in the mortar molding machine according to the present invention,
12 is a view showing a state in which a molding machine support is installed in a mortar machine according to the present invention,
FIG. 13 is a schematic view illustrating a coupling structure of a molding machine support in a mortar molding machine according to the present invention,
FIG. 14A and FIG. 14B are diagrams showing a rotating structure of a molding machine support in a ladder molding machine according to the present invention,
FIG. 15 is a structural view of a horizontal support member whose length is adjusted in the mortar molding machine according to the present invention. FIG.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT Hereinafter, a ladder molding machine according to a preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

As shown in FIGS. 2A and 2B, the mortar molding machine according to an embodiment of the present invention is used by being attached to a discharger 150 connected to a rotary 100 or a rotary 100, And is a device for shaping the surface smoothly and straightly by guiding the soil which is clogged by the rotary blade of the rotary rotary kiln or the soil earthenware of the shovel and moving backward while moving.

Prior to a specific description of the mortar molding machine, the rotary 100 is a known rotary structure, and the discharger 150 is a known structure directly connected to the rotary or by a mounting structure.

The discharger 150 includes a hinge frame 151 and a discharger frame 152 installed laterally to connect the rear ends of the hinge frame 151 to each other and a rotary upper or mounting structure and a discharger frame 152 A lifting cylinder 153 installed between the lifting frame 153 and the lifting frame 152;

In the present invention, as shown in FIG. 1, the gutter molding machine includes a coupling plate 200, a disk frame 300, and a disk unit 400.

The coupling plate 200 may be connected to both sides of the upper plate 102 of the rotary 100 as shown in FIG. 2B, or may be connected to the rotary unit 100, And may be connected to both sides of the discharger frame 152.

The coupling plate 200 may be formed by welding or bolting the connection bracket 160 to the upper plate 102 or the discharger frame 152 or by separately attaching the connection bracket 160 to the upper plate 102 or the discharger frame 152 And a connection bracket 160 may be provided and connected to the connection bracket 160.

When the connection bracket 160 is provided on the upper plate 102 of the rotary 100, a separate frame may be provided on both sides of the upper plate 102 and fixed to the frame using a plurality of bolts.

Also, when the connection bracket 160 is provided in the discharger frame 152, it may be fixed using a plurality of bolts.

3 and 4, the connection structure between the connection bracket 160 and the coupling plate 200 may be formed by simply passing through two or more bolts, And the lower side is fixed with the fixing pin 170 so that the connection can be made in a one-touch manner. The structure of the one-touch connection system facilitates the detachment / attachment operation of the lath molding machine, which allows the worker to easily work alone.

A hook 200 is formed on one side of the coupling plate 200 so as to face forward with the rotary 100 positioned thereon and a locking hook 202 is formed on a lower side of the coupling plate 200, A hole 204 is formed in the upper portion of the connection bracket 160 and a hooking rod 162 is formed on one side of the connection bracket 160 so that the hook 200 is hooked, A fixing pin fixing hole 164 is formed to be fixed by the fixing pin 204 and the fixing pin 170.

Therefore, the worker moves the rotary or clogging machine to bind the hooking rod 162 to the hooking hook 202 so as to engage the hooking rod 162, and then slightly elevates the hooking rod 162 to the fixed hooking hole 202, The coupling plate 200 can be coupled to the connection bracket 160 by passing through the pin fixing hole 164.

At this time, a plate support rod 166 may be formed on the lower portion of the connection bracket 160 to accurately align the holes of the fixing pin coupling hole 104 and the fixing pin fixing hole 164.

The plate support bar 166 supports the lower portion of the coupling plate 200 in a state in which the coupling hook 202 is engaged with the coupling rod 162 to restrict the rotation of the coupling plate 200, The holes of the pin fixing hole 164 and the fixing pin fitting hole 204 are made to coincide with each other.

Accordingly, the worker lifts the rotary or clapper and slightly separates the molding machine from the ground, and then engages with the fixing pin fixing hole 164 and the fixing pin fitting hole 204 with the fixing pin 170 to be connected to the connection bracket 160 So that the coupling plate 200 is fixed.

One end of the disk frame 300 is connected to one side of the lower portion of the coupling plate 200 and the disk unit 400 is installed at the other end of the disk frame 300. The disk frame 300 is rotated Connected or pivoted.

When the disk frame 300 is rotated, the disk unit 400 can not be vertically adjusted. When the disk frame 300 is rotated, the disk unit 400 can be vertically adjusted. It is.

When the disk frame 300 is rotated, the disk unit 300 is rotated up and down so that the disk unit 400 is moved up or down.

That is, when one end of the disk frame 300 is connected to the coupling plate 200 by the hinge pin 310 so as to be hingedly pivotally connected to the coupling plate 200 between the other end of the disk frame 300 and the coupling plate 200, ).

5, an outer tube 321 coupled to one side of the upper portion of the coupling plate 200, and an outer tube 321 coupled to the disk frame 300, An inner tube 322 fitted into the inner tube 321 through one end of the outer tube 321 and threaded on the inner surface of the outer tube 321 and inserted into the inner tube 322 at the other end of the outer tube 321, And a length adjusting rod 323 coupled to the handle 324 and protruding outward from the outer tube 321.

The inner tube 322 is moved on the length adjusting rod 323 through the rotation of the handle 324 and is drawn into or drawn out of the outer tube 321 to move the disk frame 300 up or down .

6, a cylinder tube 325 having one end hinged to one side of the upper portion of the coupling plate 200 and a cylinder tube 325 having one end hinged to the cylinder tube 325, And a piston rod 326 which is reciprocally coupled to the disk frame 300 and whose other end is coupled to one end of the piston.

The coupling plate 200 and the disk frame 300 are provided on both sides of the upper plate 102 or the discharger frame 152 so that the coupling plate 200 and the disk frame 300 are spaced apart from each other. The connection frame 210 may be installed between the coupling plates 200 or between the disc frame 300 to prevent the coupling frame 200 from being warped.

In the accompanying drawings, the coupling plates 200 are shown connected to each other.

The disk unit 400 is connected to the other end of the disk frame 300 and rotates in an inner space formed by the disk frame 300. The disk unit 400 includes a disk 430 for forming a side surface of the disk And each disk 430 is installed on a rotary shaft 420 passing through a rotary shaft 420 provided horizontally.

The disk unit 400 includes a rotary shaft bracket 410 coupled to the other end of each of the disk frames 300 and a rotary shaft bracket 410 coupled to the rotary shaft bracket 410, And a disc 430 having a plurality of disc-shaped forming surfaces 431 formed on the rotating shaft 420 and facing each other to form side surfaces of the disc, .

Accordingly, the driving shaft 422 rotates the rotary shaft 420 in the forward or reverse direction, and the disc 430 is rotated together with the rotary shaft 420 to form a curtain. The rotary shaft 420 rotates the upper surface of the curtain The disk 430 forms the side surface of the bank.

The disc unit 400 presses the soil to be clogged to form a block, forms a smooth surface, and is straight without bending, thereby eliminating or minimizing the occurrence of a gap with the vinyl during the vinyl coating.

The curved surface 421 is formed as an inclined surface for forming a side surface of the curved surface. The curved surface may be formed as a straight line as shown in FIG. 8A when the disk 430 is viewed from the front, .

In the case where the inclined surface is formed as a straight line, the side surface of the lattice will be formed as a straight line, and when the inclined surface is formed as a curved line, the side surface of the lattice will be curved outwardly convexly.

The disk 430 can be installed to be movable on the rotary shaft 420 so that the width of the bed can be adjusted.

A shaft hole 432 is formed at the center of the disk 430 so as to penetrate the shaft 420 and extends inwardly at an edge of the shaft hole 432, A flange 433 is formed so as to surround the flange 433 and a fastening member 434 which fastens the flanges 433 to each other to fix the flange 433 on the rotating shaft 420 without being flowed.

Therefore, the disk 430 can be moved on the rotary shaft 420 by fixing and releasing the fastening member 434.

The chain or belt that connects the drive motor 422 and the rotation shaft 420 to each other to transmit the driving force of the drive motor is preferably provided with a tension controlled by a tension adjusting means 330 so as to adjust the tension .

9, the tension adjusting means 330 includes a rectangular through-hole 332 formed on a motor fixing plate 331 to which the driving motor 422 is fixed, A bolt coupling portion 333 formed on one side of the motor frame 331 and a support plate 334 provided on the disk frame 300 with the motor fixing plate 331 on the upper surface thereof and having bolt fixing portions 335 formed on one side thereof, A guide protrusion 336 protruding from one side of the upper surface of the support plate 334 and passing through the through hole 332 to be moved on the through hole 332 and a bolt fixing part 335, And a tension adjusting bolt 337 which is coupled through a nut 333 through a nut 333.

The tension adjusting means 330 having the above-described structure is one of various structures for adjusting the tension of the chain or the belt, and it is a matter of course that the tension can be controlled by a different structure, and any structure may be used .

The soil removal unit 340 is installed in the disk frame 300. The reason for installing the soil removal unit 340 is to remove soil existing on the masonry formation surface 431. [ That is, when the disk 430 is rotated, the soil is adhered to the wall forming surface 431 by the water present in the soil in the process of forming the wall. When the soil is adhered to the wall forming surface 431, So that it is possible to remove the clinging soil.

10, the soil removing unit 340 includes a horizontal bar 341 for connecting the disk frame 300 to each other, a connecting rod 343 on the horizontal bar 341, And a scraper 342 having one side thereof closely attached to the overhang molding surface 431.

Therefore, when the disk 430 is rotated, the scraper 342 removes soil adhering to the wall forming surface 431, thereby maintaining the wall forming surface 431 in a clean state.

11, a horizontal bar 345 for connecting the disk frame 300 to each other and a connecting rod 347 on the horizontal bar 345, And a brush 346 brushed on the overhang molding surface 431 while being connected to the overhang forming surface 431. [ The brush 346 may be formed of a material such as iron or polypropylene.

When the brush 346 is provided, the bristles 346 brush the brickwork surface 431 to remove the clay adhering to the brickwork surface.

The scraper 342 of the embodiment and the brush 346 of the other embodiment are both installed so as to be positioned in front of the rotating shaft 420 so that the separated soil falls forward of the rotating shaft 420.

At this time, a rotary shaft brush 348 may be installed to remove the soil adhering to the outer circumferential surface of the rotary shaft 420. The rotary shaft brush 348 is installed in contact with or slightly spaced from the rotary shaft 420.

Meanwhile, as shown in FIGS. 12 and 13, the mortar molding machine of the present invention is provided with a molding machine support 500 for easy detachment and removal.

The molding machine support 500 is coupled to a frame bracket 350 provided on the disk frame 300 or the connection frame 210 and a caster 530 is installed on the lower portion thereof to move the molding machine.

Specifically, the molding machine support table 500 includes a vertical support 510 which is fixed to the frame bracket 350 by a fixing shaft 540, a horizontal support base 510 which is horizontally disposed on the ground, And a horizontal supporter 520 having the casters 530 installed at the rear end thereof. For example, '?' And '?' May be formed.

Therefore, it is possible to attach and detach the rotary kiln molding machine to the rotary 100 or the discharger 150 while being supported on the ground by the molding support stand 500. The castor 530 can be moved to a desired position and stored It is.

At this time, the molding machine support table 500 may be rotatably provided to prevent damage to parts when the ladder molding machine is detached and attached.

The horizontal support 520 may be rotatably installed so that the ladder molding machine can be rotated.

The upper surface of the horizontal support table 520 is coupled to the lower surface of the vertical support table 510 by a hinge shaft 550 so that the horizontal support table 520 is rotated at a predetermined angle in forward and backward directions. And a stopper 514 is provided on both sides of the lower support part of the vertical support part 510 or both sides of the support part bracket 522 in order to limit the rotation angle of the horizontal support part 520. [ have.

14B, on the upper surface of the horizontal supporter 520, a plurality of hinge shafts 520 are formed on the lower surface of the vertical supporter 510, And an angle restricting shaft 516 is formed at a lower portion of the vertical support portion 510 at an adjacent portion of the upper side or the lower side of the hinge shaft 552, The arc-shaped angle limiting hole 525 is formed in the bracket 524 so that the angle limiting axis 516 is guided through the guide hole and the rotation angle of the horizontal support 520 is limited.

Although the horizontal support 520 is described as being rotated for the sake of convenience, the horizontal support 520 is horizontally disposed on the ground without moving through the caster 530, The mortar molding machine including the mortar 510 is rotated.

The vertical support 510 may be inserted in the lower portion of the frame bracket 350 and inserted into the frame bracket 350 or may be coupled to the fixed shaft 540 while protruding upward from the frame bracket 350.

For this, the frame bracket 350 is formed of a hollow tube and is adapted to be coupled to one side of the disk frame 300 or the connection frame 210, and a hole through which the fixing shaft 540 passes is formed .

At this time, a support base through-hole 512 is formed in the vertical support base 510 for the connection of the fixing shaft 540. The support base through-hole 512 may be formed only, More than one can be formed. Of course, two or more holes formed in the frame bracket 350 may be formed to adjust the height of the molding machine support table 500.

The molding support base 500 may be separated from the frame bracket 350 when it is not in use or may be separately stored or may be fixed with a fixing shaft 540 by inserting a vertical support 510 at an upper portion of the frame bracket 350 .

The horizontal support 520 of the present invention may have a longer or shorter length. The reason is that the center of gravity of the lath molding machine is different according to the specifications of the lath molding machine, the condition of the ground, and the conditions of the ground, so that it is easy to attach and detach together with smooth support or if the rotary door is extended to the lath molding machine So that the position of the caster can be changed so as not to touch the caster.

The horizontal supports 520 may be formed of two or more unit supports that are fitted to each other for adjusting the lengths, and each unit support is installed to be coupled to each other by fasteners 526.

The fixture 526 may be formed of a fin, or may be composed of a bolt, a nut, and a wing bolt.

The molding machine support 500 may support the entire molding machine in a state where the molding machine is spaced apart from the paper surface, or the disk 430 may be grounded to support only the front part of the molding machine.

In the ladder forming machine of the present invention constructed as described above, the clay is formed by guiding and soiling the soil to be moved backward, and the ladder is formed by the smooth crest forming surface 431 of the rotary shaft 420 and the disk 430, So that the surface is smoothly formed and straightly formed without being twisted.

In addition, when the apparatus is detached and attached, it is possible to easily perform the attaching / detaching operation without being laborious by the operator alone, and when the attaching / detaching apparatus is detachably attached to the dispenser, the elevating cylinder can be precisely It is possible to prevent the parts of the casters or the like from being damaged by rotating the ladder molding machine within a certain angle even if the ladle molding machine is not controlled.

In addition, since the ladder molding machine in a separated state can be easily moved, it can be moved and stored in a room such as a warehouse, and the life of the product can be extended.

100: Rotary 102: Top plate
150: Dowel 151: Hinge frame
152: discharger frame 153: lifting cylinder
154: clap plate 160: connection bracket
162: engaging rod 164: fixing pin fixing hole
166: plate support rod 170: fixing pin
200: coupling plate 210: connecting frame
202: Retaining hook 204: Fixing pin engaging hole
300: disk frame 310: hinge pin
320: rotating means 321: outer tube
322: Inner tube 323: Length adjusting rod
324: Handle 325: Cylinder tube
326: piston rod 330: tension adjusting means
331: motor fixing plate 332: through hole
333: bolt connecting portion 334:
335: bolt fixing portion 336: guide projection
337: tension adjusting bolt 340: soil removing means
341, 345: horizontal bar 342: scraper
343, 347: connecting rod 346: brush
348: rotating shaft brush 350: frame bracket
400: disk unit 410: rotating shaft bracket
420: rotating shaft 422: driving motor
430: Disk 431: Roof molding surface
432: shaft through hole 433: flange
434: fastening member 500: molding machine support
510: vertical support 512: support base through hole
514: Stopper 516: Angle limit axis
520: horizontal support 522, 524: support bracket
525: angle limiting hole 526: fastener
530: Caster 540: Fixed shaft
550, 552: Hinge shaft

Claims (21)

An engaging plate 200 installed on both sides of the upper plate 102 of the rotary 100 or connected to both sides of the discharger frame 152 of the discharger 150 connected to the rotary 100;
A disk frame 300 having one end connected to one lower side of the coupling plate 200 and a disk unit 400 installed at the other end;
The disc unit 400 is connected to both ends of the disc frame 300 so as to rotate in an inner space formed by the disc frame 300 and has discs 430 formed at predetermined intervals );
And a plurality of grooves formed in the grooves.
The method according to claim 1,
A connecting bracket 160 is formed on both sides of the upper plate 102 or the discharger frame 152 for the coupling of the coupling plate 200,
A locking hook 202 is formed on one side of the upper surface of the coupling plate 200 so as to face forward with the rotary 100 disposed thereon and a fixing pin coupling hole 204 is formed on a lower side of the coupling plate 200,
A locking bar 162 is formed on one side of the upper portion of the connection bracket 160 so that the locking hook 202 is engaged with the fixing bracket 160. The fixing pin coupling hole 204 and the fixing pin 170 And a fixing pin fixing hole (164) is formed to fix the fixing pin fixing hole (164).
3. The method of claim 2,
A lower portion of the connection bracket 160 supports a lower portion of the coupling plate 200 in a state in which the coupling hook 202 is engaged with the coupling rod 162, And a plate support rod (166) is formed to match the holes of the slit (204) with each other.
The method according to claim 1,
One end of the disk frame 300 is connected to the coupling plate 200 by a hinge pin 310 so that the disk frame 300 is pivotally moved up and down and the disk frame 300 is inserted between the coupling plate 200 and the disk frame 300. And a rotating unit (320) is provided to move the disk unit (400) upward or downward to move the disk unit (400) upward or downward.
5. The method of claim 4,
The rotating unit 320 includes an outer tube 321 coupled to one side of the upper portion of the coupling plate 200 and one end coupled to the disk frame 300 and the other end coupled to one end of the outer tube 321 An inner tube 322 which is inserted into the inner tube 322 and is threaded into the inner tube 322 and is threaded into the inner tube 322 and inserted into the inner tube 322 at the other end of the outer tube 321, And a length adjusting rod (323) provided with a handle (324) at a portion where the handle (324) is provided.
5. The method of claim 4,
The rotating unit 320 includes a cylinder tube 325 having one end hinged to one side of the upper portion of the coupling plate 200 and a piston reciprocating within the cylinder tube 325 at one end, And a piston rod (326) hinged to the disk frame (300).
The method according to claim 1,
Wherein the coupling plate (200) or the disk frame (300) having two holes are connected to each other by the coupling frame (210) so as to be prevented from being warped and horizontal.
The method according to claim 1,
The disk unit 400 includes a rotating shaft bracket 410 coupled to the other end of each of the disk frames 300 and one end connected to the driving shaft 422, And a disk 430 which is provided on the rotating shaft 420 and has a curved surface 431 inclined on one side of the rotating shaft 420, Molding machine.
9. The method of claim 8,
Wherein the overhang forming surface (431) is formed by a sloping straight line or a curved line.
9. The method of claim 8,
A shaft hole 432 is formed at the center of the disk 430 so as to penetrate the shaft 420 and extends inwardly at an edge of the shaft hole 432 to surround the outer circumference of the shaft 420. A flange 433 is formed by dividing the flange 433 into two or more parts and a fastening member 434 for fastening the flange 433 to the flange 433 to prevent the flange 433 from floating on the rotating shaft 420, And the position shifting is possible.
9. The method of claim 8,
Wherein the disk frame (300) is provided with tension adjusting means (330) for adjusting the tension of the chain or belt connecting the driving motor (422) and the rotating shaft (420) to each other.
12. The method of claim 11,
The tension adjusting means 330 includes a rectangular through hole 332 formed on a motor fixing plate 331 on which the driving motor 422 is fixed and a bolt coupling portion 333 formed on one side of the motor fixing plate 331 A supporting plate 334 provided on the disk frame 300 with the motor fixing plate 331 on the upper surface thereof and having bolt fixing parts 335 formed on one side thereof and a supporting plate 334 projecting from one side of the upper surface of the supporting plate 334 A guide protrusion 336 penetrating through the through hole 332 to be moved on the through hole 332 and a tension adjusting member 332 penetrating through the bolt fixing portion 335 and the bolt coupling portion 333 to be coupled with a nut And a bolt (337).
The method according to claim 1,
And a soil removing unit (340) is installed on the disc frame (300) to remove soil existing on the disc laying surface (431) of the disc (430).
14. The method of claim 13,
The soil removing means 340 includes a horizontal bar 341 for connecting the disk frame 300 to each other and a connecting rod 343 on the horizontal bar 341, And a scraper (342) provided so as to be in close contact with the slit (341).
14. The method of claim 13,
The soil removing means 340 includes a horizontal bar 345 for connecting the disk frame 300 to each other and a brush 345 connected to the horizontal bar 345 by a connecting rod 347, And a brush (346) for rotating the ladle mill.
The method according to claim 1,
The mold frame support 500 is installed on the disk frame 300 or the connection frame 210 through a frame bracket 350 and is provided with a caster 530 at a lower portion thereof And the like.
17. The method of claim 16,
The molding machine support 500 includes a vertical support 510 which is fixed to the frame bracket 350 by a fixing shaft 540 and a horizontal support base 510 which is horizontally provided on the bottom of the vertical support frame 510, And a horizontal supporter (520) provided with the casters (530), respectively.
18. The method of claim 17,
In order to install the horizontal support 520 so as to be rotated at a predetermined angle in forward and backward directions,
A support bracket 522 is provided on the upper surface of the horizontal support table 520 so as to be coupled to a lower portion of the vertical support table 510 by a hinge shaft 550. The support bracket 522 Is provided with a stopper (514) for restricting the rotation angle of the horizontal support (520).
18. The method of claim 17,
In order to install the horizontal support 520 so as to be rotated at a predetermined angle in forward and backward directions,
A support bracket 524 is provided on the upper surface of the horizontal support table 520 to be coupled to a lower portion of the vertical support table 510 by a hinge shaft 552. The hinge shaft 552 is provided below the vertical support table 510, The angle restricting shaft 516 is guided to the support bracket 524 through the angle restricting shaft 516 so that the rotation angle of the horizontal support 520 is limited, And an angle restricting hole (525) is formed on the inner circumferential surface.
18. The method of claim 17,
The frame bracket 350 is formed of a hollow tube and is coupled to one side of the disk frame 300 or the connection frame 210. The vertical support frame 510 is fitted in the lower portion of the frame bracket 350 And is fixed by a fixing shaft 540 in a state of being inserted inward or protruding upward,
Wherein at least one hole through which the fixing shaft (540) passes is formed in the frame bracket (350) or the vertical support (510).
18. The method of claim 17,
Wherein the horizontal support rods (520) are formed of two or more unit support rods fitted to each other and are coupled to each other by fixtures (526) so as to be adjustable in length.

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