KR101395303B1 - Making apparatus for convex stone and making method using the same and convex stone - Google Patents

Abstract

The present invention relates to an apparatus for manufacturing a convex stone and a method for manufacturing and using a convex stone including: a pillar portion having a vertical support capable of moving vertically, a horizontal support capable of moving horizontally, a vertical driving unit, a horizontal driving unit, and a cutting driving unit; a plurality of cutting blades installed on the horizontal support to form cutting grooves on a raw stone; a transfer unit for moving the raw stone toward the cutting blades to form cutting grooves on the raw stone using the cutting blades; and a rotation unit prepared on the transfer unit to convert the arrangement direction of the raw stone.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a volume stone manufacturing apparatus, a volume stone manufacturing method using the same, and a volume seat manufactured by the manufacturing method,

The present invention relates to a volume stone manufacturing apparatus, a volume stone manufacturing method using the same, and a volume stone manufactured by the manufacturing method. More particularly, the present invention relates to a volume stone manufacturing apparatus, And a volume stone manufactured by the manufacturing method. [0002] The present invention relates to a volume stone manufacturing apparatus and a volume stone manufacturing method.

Generally, the roadway or sidewalk is provided with blocks or cement for pedestrians and vehicles so that they can walk and run safely, and various types of sidewalk blocks formed of block cement or the like are laid.

The press block is formed with various shapes and thicknesses, and is constructed by a method in which one press block and another adjacent press block are continuously connected to each other.

When a paving stone is used as a block used as a sidewalk block, it is possible to obtain the effect of constructing a natural stone by taking the stone.

For example, granite or limestone is cut into a cube, and then a very rough surface or a sharp edge is gently machined like a natural stone to polish the surface of the stone. do.

The paving stone thus produced is applied by a method in which the crushed stone layer is applied and then laid on the crushed stone layer or fixed with mortar.

The ores quarried from the quartz or the like may be cubes having a very large size, and the quartz is cut into a plurality of longitudinal or transverse directions, each of the primary working pieces cut in the longitudinal direction is cut in the transverse direction or the longitudinal direction, Are cut to produce rolled stone.

The surface of this stone is rugged, and finally the surface of the stone is polished by a machine.

In the conventional method of manufacturing a rolled stone, a worker manually cuts a rolled stone using a cutting machine, and since the cut rolled sheet is individually polished by a machine, it takes a long period of time to manufacture, and therefore a lot of labor costs are required There is a problem.

BACKGROUND ART [0002] The background art of the present invention is disclosed in Korean Patent Registration No. 10-0845975 (published on July 16, 2008, entitled " Rolling Stone Production Apparatus and Rolling Stone Production Method Using the Same].

In general, the manufacturing apparatus and the manufacturing method of a rolled stone are such that a worker manually cuts a rolled stone using a cutting machine, and the cut rolled sheet is individually polished by a machine, so that the production period is long and therefore labor costs are large And there is a problem that the manufacturing apparatus required for manufacturing the shot stone can not be simplified.

Therefore, there is a need for improvement.

The present invention relates to a volume stone manufacturing apparatus capable of manufacturing a volume stone having a convex surface formed on one side and simplifying a processing apparatus required for manufacturing a volume stone, a volume stone manufacturing method using the same, The purpose is to provide stone.

The present invention relates to a vertical pivoting device having a vertical support, a vertical support, and a vertical support, which are horizontally movable with respect to each other. A plurality of cutting edges provided on the horizontal support and forming a cutting groove in the rough stone; A conveying portion for moving the raw stone to the cutting edge side so that the cutting edge performs an operation of forming a cut groove portion in the raw stone; And a rotation unit provided in the conveyance unit and adapted to change the arrangement direction of the ores.

Further, the vertical driving part of the present invention may include: a first motor installed in the column part; A first driving shaft rotatably mounted on the column portion in a vertical direction and screwed to the vertical support; And a transmission shaft provided between the rotation shaft of the first motor and the first drive shaft to transmit the power of the first motor to the plurality of first drive shafts.

Further, the horizontal driving unit of the present invention may include: a second motor installed on the horizontal support; And a second driving shaft rotatably installed in the horizontal driving unit and connected to the rotary shaft of the second motor through a chain when the second driving shaft is screwed to the vertical driving unit.

The cutting drive unit of the present invention may further include: a third motor installed on the horizontal support; A third drive shaft rotatably installed on the horizontal support and having a plurality of the cutting edges; And a belt installed between the rotation shaft of the third motor and the third drive shaft.

Further, the conveying portion of the present invention may include: a rail provided on a surface of the cutting edge facing the cutting edge; A transfer panel mounted movably along the rail; A feed drive unit for advancing or retracting the feed panel to the cutting edge side; And a cover case covering the feed driving unit to prevent the washing water from flowing into the feed driving unit; The feed driving unit may include a fourth motor installed on the ground; A plurality of conveying rollers provided on a surface of the rotary shaft of the fourth motor and spaced apart from the fourth motor; And a wire wound around the transport roller and connected to the transport panel.

Further, the rotating portion of the present invention may include: a supporting panel rotatably installed on the conveying portion, the supporting panel on which the raw stone is seated; A fifth motor installed in the conveyance unit and providing power to the support panel; A driven gear rotated by a power transmitted from the fifth motor; And a driven gear which is gear-connected to the driven gear and connected to the support panel to transmit the power of the fifth motor to the support panel.

The first gear installed on the rotary shaft of the fifth motor is connected to the second gear installed on the rotary shaft of the driven gear and the bevel gear system And is gear-connected.

In addition, the support panel of the present invention is provided with a plurality of support rods for supporting the ore, and the support rods are formed with a plurality of fixing grooves for inserting the rods tightly attached to the side surfaces of the rough.

In addition, the present invention provides a method of manufacturing a cutting tool, comprising: a first cutting step of cutting a gemstone into a hexahedral shape and placing the gemstone on a support panel movably installed on a cutting edge side; A second cutting step of forming a plurality of first cut grooves while advancing or retracting the gemstones cut in a hexahedral shape toward a horizontal support side where a plurality of cutting edges are provided at regular intervals; A rotating step of rotating the gemstone by 90 degrees by driving a rotating part for rotating the supporting panel; A third cutting step of forming a second cut groove portion that is orthogonal to the first cut groove portion by advancing or retracting the gemstone to the cutting edge side; And separating the unit stones from the raw stones by striking the unit stones formed by the first cut grooves and the second cut grooves.

In addition, the present invention provides a method of manufacturing a cutting tool, comprising: a first cutting step of cutting a gemstone into a hexahedral shape and placing the gemstone on a support panel movably installed on a cutting edge side; A second cutting step of forming a plurality of first cut grooves while advancing or retracting the gemstones cut in a hexahedral shape toward a horizontal support side where a plurality of cutting edges are provided at regular intervals; A rotating step of rotating the gemstone by 90 degrees by driving a rotating part for rotating the supporting panel; A third cutting step of forming a second cut groove portion that is orthogonal to the first cut groove portion by advancing or retracting the gemstone to the cutting edge side; And a separating step of separating the unit stones from the raw stones by striking the unit stones formed by the first cut grooves and the second cut grooves. .

The apparatus for manufacturing a volume stone according to the present invention and the method for manufacturing a volume stone using the same can simultaneously process a plurality of first cut grooves on a raw stone by a plurality of cutting edges and change the arrangement direction of the raw stones by the operation of the rotary part Since the second cut groove portion orthogonal to the first cut groove portion can be machined, it is possible to reduce the time and cost required for manufacturing the hexagonally shaped volume stone, and it is possible to simplify the machining apparatus.

A volume stone manufacturing apparatus according to the present invention, a volume stone manufacturing method using the same, and a volume stone manufactured by the manufacturing method thereof, are characterized in that a unit stone having five faces in a hexahedron is hit and separated from a stone, So that one side is convex so that it is formed in a shape closer to a natural stone, and an attractive appearance can be produced.

In addition, since the apparatus for producing a volume stone and the method for manufacturing a volume stone using the same according to the present invention require a single cutting apparatus for manufacturing a unit stone from a raw stone by the operation of a plurality of cutting edges and rotating parts, It is possible to omit the device and the cutting device, and there is an advantage that the volume stone manufacturing apparatus can be simplified.

1 is a perspective view illustrating a volume stone manufacturing apparatus according to a first embodiment of the present invention.
FIG. 2 is an operational state diagram showing a volume stone manufacturing apparatus according to the first embodiment of the present invention.
3 is a perspective view illustrating a cutting edge mounting structure of the apparatus for manufacturing a volume stone according to the first embodiment of the present invention.
4 is an exploded perspective view showing a rotating part of a volume stone manufacturing apparatus according to the first embodiment of the present invention.
5 is a view showing a volume stone manufacturing method using a volume stone manufacturing apparatus according to the first embodiment of the present invention and a volume stone manufactured by the manufacturing method.
FIG. 6 is a front view showing a volume stone manufacturing apparatus according to a second embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, an embodiment of a volume stone manufacturing apparatus according to the present invention, a volume stone manufacturing method using the same, and a volume stone manufactured by the manufacturing method will be described with reference to the accompanying drawings.

In this process, the thicknesses of the lines and the sizes of the components shown in the drawings may be exaggerated for clarity and convenience of explanation.

In addition, the terms described below are terms defined in consideration of the functions of the present invention, which may vary depending on the intention or custom of the user, the operator.

Therefore, definitions of these terms should be made based on the contents throughout this specification.

FIG. 1 is a perspective view showing an apparatus for manufacturing a volume stone according to a first embodiment of the present invention, FIG. 2 is an operational state view showing a volume stone manufacturing apparatus according to a first embodiment of the present invention, FIG. 4 is an exploded perspective view illustrating a rotating part of a volume stone manufacturing apparatus according to the first embodiment of the present invention. FIG. 4 is a perspective view illustrating a cutting edge mounting structure of a volume stone manufacturing apparatus according to a first embodiment of the present invention.

1 to 4, the apparatus for manufacturing a volume stone according to the first embodiment of the present invention includes a vertical support 12 which is vertically movable, A columnar part 10 provided with a horizontal support 14 and provided with a vertical drive part 16, a horizontal drive part 17 and a cutting drive part 18; A transferring section 50 for transferring the raw stones to the side of the cutting edge 30 so as to perform the operation of forming the cutting grooves on the raw stones by the cutting edge 30; And a rotation unit 70 for converting the arrangement direction of the gemstones.

The columnar part 10 is installed vertically in the vertical direction from the ground surface and the vertical support 12 is installed along the outer wall of the columnar part 10 so as to be slidable in the vertical direction, Or falls.

The horizontal support 14 is horizontally slidable along the vertical support 12 and is moved forward or backward in the horizontal direction by the operation of the horizontal drive 17 installed on the vertical support 12. [

The plurality of cutting blades 30 are rotatably installed at one end of the horizontal support 14 and are arranged with a predetermined distance maintained between the plurality of cutting blades 30, The cut grooves are formed at regular intervals in the raw stones.

Accordingly, when the raw stones supported by the rotary part 70 move forward or backward to the cutting edge 30 side by the operation of the transfer part 50, a plurality of first cut grooves 102 are formed at regular intervals on the upper surface of the raw stones.

Thereafter, the rough stone is rotated by 90 degrees by the operation of the rotary part 70, and when the conveying part 50 is operated, the stone is moved forward or backward to the cutting edge 30 side, A groove portion 104 is formed on the upper surface of the rough stone.

Since the interval between the first cut grooves 102 and the interval between the second cut grooves 104 are formed to be equal to each other, the hexahedron formed by the first cut grooves 102 and the second cut grooves 104, And a lower end of the unit stones 106 is connected to the upper part of the stones.

After the plurality of unit stones 106 are formed to have a lattice shape on the upper part of the rough stones as described above, when the operator strikes the unit stones 106 using the tool, the lower end of the unit stones 106 protrudes downward And is separated from the gemstone in the form of a volume stone.

The volume stone separated from the stone is formed into a volume stone which is convex on one side and the operator inserts the volume stone into the rolling apparatus to form an uneven surface on the corner and outer wall of the volume stone, Stone production is completed.

The vertical drive section 16 includes a first motor 16a mounted on the column section 10 and a second drive motor 16b mounted on the column section 10 so as to be rotatable in the vertical direction, And a transmission shaft 16c provided between the rotating shaft of the first motor 16a and the first driving shaft 16b to transmit the power of the first motor 16a to the plurality of first driving shafts 16b. .

The first motor 16a is installed on the upper surface of the column portion 10. A pair of first drive shafts 16b are vertically installed on both sides of the column portion 10, When the first driving shaft 16b is rotated by the power of the first motor 16a, the thread of the first driving shaft 16b is rotated and the vertical supporting table 12 is raised or lowered do.

Therefore, when the first motor 16a is driven according to the height of the ore stuck to the support panel 72, the height of the cutting edge 30 can be adjusted and the depth of the cut groove formed in the ore can be adjusted.

The horizontal drive unit 17 includes a second motor 17a mounted on the horizontal support 14 and a second motor 17a which is rotatably installed on the horizontal drive unit 17 and is screwed to the vertical drive unit 16. [ And a second drive shaft 17b connected to the rotation shaft of the second drive shaft 17b.

The second motor 17a is installed at the other end of the horizontal support 14 and the second drive shaft 17b installed horizontally on the rear surface of the horizontal support 14 is connected to the rotary shaft 17b of the second motor 17a by a chain, When the power of the second motor 17a is transmitted to the second drive shaft 17b, the vertical support 12, which is screwed with the second drive shaft 17b, is moved in the horizontal direction. The horizontal support table 14 is moved forward or backward in the horizontal direction about the vertical support table 12 because it is slidable in the vertical direction.

Here, the connection structure between the column 10, the vertical support 12 and the horizontal support 14 can be easily carried out by those skilled in the art having the technical knowledge of the present invention. Therefore, It will be omitted.

The cutting drive unit 18 includes a third motor 18a mounted on the horizontal support 14 and a third drive shaft 18b mounted on the horizontal support 14 so as to be rotatable and provided with a plurality of cutting edges 30 And a belt 18c provided between the rotating shaft of the third motor 18a and the third driving shaft 18b.

The third motor 18a is installed on the horizontal support 14 and connected to the third drive shaft 18b which is horizontally extended in the horizontal support 14 by a belt 18c. The driving force of the third motor 18a is transmitted to the third driving shaft 18b by the belt 18c and the plurality of cutting edges 30 provided on the third driving shaft 18b are simultaneously rotated, A plurality of cutting grooves are formed.

The cutting edge 30 includes a rotary body 32 provided on the third drive shaft 18b and a cutting portion 34 provided on the rim of the rotary body 32 and formed in a sawtooth shape, (34) is made of a diamond material, it is possible to easily cut a rough stone having a high strength.

A cover member 36 is provided at one end of the horizontal support 14 so as to cover the upper portion of the plurality of cutting edges 30 and a cover member 36 is provided with a water supply pipe (Not shown).

Therefore, the dust generated when the cut groove 30 is formed by the cutting edge 30 is blocked by the cover member 36, so that the dust is prevented from scattering and the dust is collected by the washing water supplied to the inside of the cover member 36 And then fall to the ground.

The conveying section 50 includes a rail 52 provided on a surface facing the cutting edge 30, a conveyance panel 54 provided so as to be movable along the rail 52, And a cover case 58 covering the feed driving unit 56 to prevent the washing water from flowing into the feed driving unit 56. [

A pair of rails 52 are provided in the forward and backward direction on the surface of the paper opposite to the plurality of cutting edges 30 and the conveyance panel 54 is provided so as to be movable along the rails 52.

A plurality of wires 56c are connected to the front end portion and the rear end portion of the transfer panel 54. The plurality of wires 56c are connected to a plurality of conveying rollers 56b arranged at the front portion and the rear portion of the column portion 10, As shown in Fig.

When the wire 56c is rotated around the feed roller 56b by the operation of the feed drive part 56, the feed panel 54 connected to the wire 56c is moved forward or backward along the rail 52 to cut the rough Thereby advancing or retracting to the blade 30 side.

The conveyance drive unit 56 includes a fourth motor 56a mounted on the ground surface, a plurality of conveyance rollers 56b provided on the surface of the rotary shaft of the fourth motor 56a and spaced apart from the fourth motor 56a, And a wire 56c wound around the conveying roller 56b and connected to the conveying panel 54. [

The fourth motor 56a is mounted on the ground so that the plurality of conveying rollers 56b are mounted on the rotary shaft and the fourth motor 56a is provided to prevent the washing water supplied to the cutting edge 30 from contacting the fourth motor 56a And a cover case 58 surrounding the cover case 56a.

Accordingly, the cleaning water supplied to the cutting edge 30 contacts the fourth motor 56a, thereby preventing a malfunction or breakage of a leakage current.

The rotary part 70 includes a support panel 72 rotatably installed in the conveying part 50 and on which a stone is placed, a fifth motor installed in the conveying part 50 and providing power to the support panel 72 A driven gear 74 rotatably driven by a power transmitted from the fifth motor 78 and connected to the support panel 72 to be connected to the first motor 78, And a driven gear 76 for transmitting the power to the support panel 72.

The power of the fifth motor 78 is transmitted to the support panel 72 through the main gear 74 and the driven gear 76 so that the support panel 72 on which the main stone is seated is rotated in the forward or reverse direction, 90 degrees.

Therefore, after the first cut groove part 102 is formed in the rough stone, the fifth motor 78 is driven to rotate the rough stone by 90 degrees to form the second cut groove part 104 perpendicular to the first cut groove part 102 .

The first gear 78a provided on the rotating shaft of the fifth motor 78 is installed on the rotating shaft of the main gear 74 And is gear-connected in a bevel gear manner with the second gear 78b.

The fifth motor 78 can be disposed outside the conveying panel 54 and the power of the fifth motor 78 can be transmitted through the first gear 78a and the second gear 78b, It is possible to prevent the support panel 72 and the fifth motor 78 from interfering with each other while arranging the fifth motor 78 in various directions.

The supporting panel 72 is provided with a plurality of supporting tables 72a for supporting the ore and a plurality of fixing grooves 72b are formed on the supporting table 72a so that the fixing table 72c which is in close contact with the side surface of the ore is inserted .

A plurality of support tabs 72a for supporting the orbits are provided at intervals on the upper surface of the support panel 72 and a plurality of fixing tabs 72b for press-fitting the fixing tabs 72c are formed on the upper surface of the support tab 72a.

Therefore, when a plurality of fixing tables 72c are inserted into the fixing grooves 72b so that the fixing table 72c can be closely attached to the outer surface of the rough stones after the stones are mounted on the supporting table 72a, It is possible to prevent it from flowing.

The support table 72a may be provided with a pair of support tables 72a, and four or more support tables 72a may be formed in a lattice shape.

A method of manufacturing a volume stone using the apparatus for manufacturing a volume stone according to an embodiment of the present invention will now be described.

5 is a view illustrating a method of manufacturing a volume stone using the apparatus for manufacturing a volume stone according to the first embodiment of the present invention.

1 to 5, a method of manufacturing a volume stone using the apparatus for manufacturing a volume stone according to the first embodiment of the present invention comprises the steps of cutting a rough stone into a hexahedron shape, A first cutting step of placing the raw stones in a first cutting step (72), and a step of cutting the quartz-like rough stones into a plurality of first cuttings (30) by advancing or retracting the plurality of cutting blades (30) A second cutting step of forming the groove portion 102; a rotating step of rotating the rough stone by 90 degrees by driving the rotating portion 70 that rotates the support panel 72; and a step of moving the rough stone forward or backward to the cutting edge 30 side A third cutting step of forming a second cutting groove 104 orthogonal to the first cutting groove 102 and a third cutting step of forming a unit stone 106 formed by the first cutting groove 102 and the second cutting groove 104, To separate the unit stones 106 from the stones. It includes.

When the first cutting step for cutting the rough stone into a hexahedron shape is finished, the rough stone is seated on the upper surface of the support panel 72 and the fixing table 72c is press-fitted into the fixing groove portion 72b, And is brought into close contact with the side surface.

Thereafter, when power is supplied to the volume stone manufacturing apparatus, the fourth motor 56a is driven so that the outer ear rotates along the conveying roller 56b to move the conveying panel 54 forward or backward to the cutting edge 30 side, At the same time, the third motor 18a is driven to rotate the plurality of cutting blades 30 provided on the third drive shaft 18b.

Therefore, the first cut grooves 102 are formed on the upper surface of the rough stone by the number of the number of the cutting blades 30. At this time, the washing water supplied through the water supply pipe 38 is supplied into the cover member 36, The generated dust is collected by the washing water and falls to the ground.

The fifth motor 78 is driven after the first cut groove portion 102 is formed and the support panel 72 is rotated 90 degrees by the operation of the driven gear 74 and the driven gear 76, The second cutting groove 104, which is perpendicular to the first cutting groove 102, is formed by the same cutting process.

Since the grating-shaped cut grooves are formed on the upper surface of the gemstone by the above-described operation, a plurality of cubic shaped unit seats 106 are formed. When the operator strikes the unit seam 106 using a tool, 106 are separated from the gemstone.

After the plurality of volume stones formed on the upper surface of the rough stones are separated from the rough stones, the first motor 16a is driven to lower the vertical support rods 12 so that the first cut grooves 102 and the second The cutting process for machining the cut grooves 104 can be performed.

The separating step may be performed by the operation of a pressure driver which is provided so as to be movable in the direction of the unit seat 106 and which is provided so as to face the support panel 72 and which advances or retracts the pressing member.

This is because the operator does not directly hitting the unit seat 106 with the tool, and the pressing member and the pressure driving unit can be easily changed by a person skilled in the art recognizing the technical composition of the present invention. The detailed drawings and explanations thereof will be omitted.

When the volume stone produced by the above-described manufacturing method is applied to a road or a road such as a school zone for guiding the passage of the vehicle to a low speed, it is easily recognized that the driver or the pedestrian is a school zone, Can be safely performed.

In addition, the volume stone of the present embodiment can be finely finished on the road or the aesthetics of the road on which the volume stone is constructed by being installed on various roads or in India.

Thus, a volume stone manufacturing apparatus capable of manufacturing a volume stone having a convex surface formed on one side and capable of simplifying the processing apparatus required for manufacturing the volume stone, and a volume stone manufacturing method using the same, and a volume stone . ≪ / RTI >

FIG. 6 is a front view showing a volume stone manufacturing apparatus according to a second embodiment of the present invention.

6, the pillar 10 of the apparatus for manufacturing a volume stone according to the second embodiment of the present invention includes a pair of pillars 10 such that both ends of the horizontal support 14 are slidably supported in the vertical direction, Is installed with an interval maintained.

The present embodiment has an advantage in that the number of the cutting edges 30 provided on the horizontal support 14 can be increased because the horizontal support 14 can be stably supported even if the horizontal support 14 is longer .

Therefore, even when the size of the raw stones increases, the number of the cutting edges 30 can be increased, and a sufficient number of cut grooves can be formed on the upper surface of the raw stones.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed embodiments, but, on the contrary, is intended to cover various modifications and equivalent arrangements included within the spirit and scope of the appended claims. .

In addition, although a volume stone manufacturing apparatus and a volume stone manufacturing method using the same and a volume stone manufactured by the manufacturing method have been described as an example, the present invention is merely illustrative, and a volume stone manufacturing apparatus, a volume stone manufacturing method using the same, The production apparatus and the manufacturing method of the present invention and the volume stones can be used for products other than the volume stones produced by the method.

Accordingly, the true scope of the present invention should be determined by the following claims.

10: column 12: vertical support
14: horizontal support 16: vertical drive
16a: first motor 16b: first drive shaft
16c: transmission shaft 17: horizontal driving part
17a: second motor 17b: second drive shaft
18: cutting drive part 18a: third motor
18b: third drive shaft 18c: belt
30: cutting edge 32: rotating body
34: cutting portion 36: cover member
37: spacer 38: water pipe
50: transfer part 52: rail
54: transfer panel 56:
56a: Fourth motor 56b: Feed roller
56c: wire 58: cover case
70: rotation part 72: support panel
72a: Supporting base 72b: Fixing groove
72c: fixed base 74:
76: driven gear 78: fifth motor
78a: first gear 78b: second gear
78c: Motor support plate 100: Ore
102: first cutting groove part 104: second cutting groove part
106: Unit seats

Claims (10)

A pillar having a vertical support such that the vertical support is movable in a vertical direction, a horizontal support which is horizontally movable to the vertical support, and a vertical driver, a horizontal driver and a cutting driver; A plurality of cutting edges provided on the horizontal support and forming a cutting groove in the rough stone; A conveying portion for moving the raw stone to the cutting edge side so that the cutting edge performs an operation of forming a cut groove portion in the raw stone; And a rotating part provided in the conveying part and adapted to change the direction of arrangement of the rough stone,
The transfer unit
A rail installed on the ground facing the cutting edge;
A transfer panel mounted movably along the rail;
A feed drive unit for advancing or retracting the feed panel to the cutting edge side; And
And a cover case covering the feed driving unit to prevent the washing water from flowing into the feed driving unit;
The feed drive unit
A fourth motor installed on the ground;
A plurality of conveying rollers provided on a surface of the rotary shaft of the fourth motor and spaced apart from the fourth motor; And
And a wire wound around the conveying roller and connected to the conveying panel.
The apparatus of claim 1, wherein the vertical driver comprises:
A first motor installed in the column portion;
A first driving shaft rotatably mounted on the column portion in a vertical direction and screwed to the vertical support; And
And a transmission shaft provided between the rotation shaft of the first motor and the first drive shaft to transmit the power of the first motor to the plurality of first drive shafts.
The apparatus of claim 1, wherein the horizontal driver comprises:
A second motor installed on the horizontal support; And
And a second drive shaft rotatably installed in the horizontal drive unit and connected to the rotary shaft of the second motor through a chain when the second drive shaft is screwed into the vertical drive unit.
The apparatus according to claim 1,
A third motor installed on the horizontal support;
A third drive shaft rotatably installed on the horizontal support and having a plurality of the cutting edges; And
And a belt installed between the rotation shaft of the third motor and the third drive shaft.
delete 2. The apparatus according to claim 1,
A support panel rotatably installed on the conveyance unit, the support panel on which the ore is seated;
A fifth motor installed in the conveyance unit and providing power to the support panel;
A driven gear rotated by a power transmitted from the fifth motor;
And a driven gear which is gear-connected to the main gear and connected to the support panel to transmit the power of the fifth motor to the support panel.
The method according to claim 6,
The motor is provided with a motor support plate on which the fifth motor is mounted. The first gear installed on the rotary shaft of the fifth motor is gear-connected to the second gear installed on the rotary shaft of the driven gear in a bevel gear manner Wherein the apparatus comprises:
The method according to claim 6,
Wherein the support panel is provided with a plurality of supports for supporting the ore, and the support pedestal includes a plurality of securing slots for inserting a fixture that is in close contact with a side surface of the ore.
A first cutting step of placing the raw stones on a support panel which is cut in a hexagonal shape and movable to a cutting edge side; A second cutting step of forming a plurality of first cut grooves while advancing or retracting the gemstones cut in a hexahedral shape toward a horizontal support side where a plurality of cutting edges are provided at regular intervals; A rotating step of rotating the gemstone by 90 degrees by driving a rotating part for rotating the supporting panel; A third cutting step of forming a second cut groove portion that is orthogonal to the first cut groove portion by advancing or retracting the gemstone to the cutting edge side; And a separating step of separating the unit stones from the raw stones by striking the unit stones formed by the first cut grooves and the second cut grooves, the method comprising the steps of:
Wherein the second cutting step or the third cutting step is performed by driving a transferring part for moving the stone to the cutting edge side;
The transfer unit
A rail installed on the ground facing the cutting edge;
A transfer panel mounted movably along the rail;
A feed drive unit for advancing or retracting the feed panel to the cutting edge side; And
And a cover case covering the feed driving unit to prevent the washing water from flowing into the feed driving unit;
The feed drive unit
A fourth motor installed on the ground;
A plurality of conveying rollers provided on a surface of the rotary shaft of the fourth motor and spaced apart from the fourth motor; And
And a wire wound around the conveying roller and connected to the conveying panel.
A volume stone produced by the method of manufacturing a volume stone using the apparatus for manufacturing a volume stone of claim 9.

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