KR102421869B1 - Apparatus for manufacturing chamfer strip - Google Patents

Abstract

The present invention provides an apparatus for manufacturing a chamfer strip, which includes a processing part for processing a chamfer strip to be transported, wherein the processing part includes: a punching part for punching a fastening hole in the chamfer strip; and a cutting part for drilling a plurality of fastening holes by a punching operation by the punching part and then cutting them into a predetermined length. The chamfer strip is continuously transported while punching and cutting operations are performed. The apparatus for manufacturing a chamfer strip is for effectively manufacturing the chamfer strip.

Description

Stone side wood manufacturing apparatus {APPARATUS FOR MANUFACTURING CHAMFER STRIP}

The present invention relates to a manufacturing apparatus for manufacturing a stone backwood used in a form for chamfering a structure or the like.

In the case of pillars or protruding walls in reinforced concrete structures, in order to prevent the formation of harmful corners that form a right-angled surface, during the installation of the formwork, concrete By pouring, columns or protruding walls are constructed.

This stone backwood is made of a triangular synthetic resin extrudate in cross section, cut to the required length, and fixed and installed using nails in the existing plywood formwork. However, as iron formwork with excellent structural strength and long service life has been widely used instead of plywood formwork, it has become impossible to fix the stone backwood using nails. Therefore, it is necessary to work in the form of fixing the stone back neck to the stone back neck at the same time as the formwork is fastened in a state where the stone back neck is attached to the harness of the iron formwork. That is, in the state where the formwork on one side is erected according to the shape of the pillar or the protruding wall to be constructed, the stone face is inserted into the harness of the installed iron formwork, and the iron formwork on the opposite side is additionally erected and installed, and then By performing a process of simultaneously fastening and fixing the iron formwork and the stone backing neck with wedge pins in a state where a corner angle is applied, fixing and installing the stone backing neck are performed.

Accordingly, if concrete is poured into the inner side of the steel formwork with the stone backing installed as described above, the corners of the formed pillars or protruding walls will have a chamfered state by the stone backing, which is a harmful right-angled corner. It is possible to prevent safety accidents, etc., and to improve the aesthetics.

However, in the existing stone-backed wood that is extrusion-molded using synthetic resin, different amounts of shrinkage occur due to the difference in the thickness of the cross section during the cooling process after extrusion. A concave curved surface will be formed due to excessive shrinkage, and such a concave curved surface will provide a cause to bulge the concrete molding surface after concrete is poured. It has disadvantages that need to be implemented additionally.

In addition, foreign substances such as concrete remnants are attached to the surface of the steel formwork for installing the existing stone backing neck, so the stone backwood does not adhere to the steel formwork due to the foreign material, resulting in a gap between the formwork and the stone backing neck. The cost of repairs, such as patchwork, is added because the molded surface interviewed during the filling process is defective and the alignment is not correct.

Korea Patent Publication No. 1229917 discloses a triangular face neck having a chamfered portion with wings formed, but there is a problem in that the facing angle of the forming support facing the structure is distorted. Due to this, the molding uniformity with respect to the edge of the structure to be molded by the molding support may be reduced.

Korean Patent Publication No. 1229917

An object of the present invention is to provide a manufacturing apparatus for effectively manufacturing stone cotton wool.

The present invention includes a processing unit for processing the transferred stone backwood,

The processing unit,

a punching unit for punching a fastening hole on the stone surface;

a cutting part for punching a plurality of fastening holes by the punching operation by the punching part and then cutting it to a predetermined length;

including,

Punching and cutting operations may be performed while continuously conveying the stone surface wood.

As described above, the present invention can perform the process accurately and quickly when performing the cutting process of punching fastening holes at regular intervals in the body of the stone backwood during the manufacturing process of the stone backwood and cutting it to a predetermined length.

In addition, in the present invention, since a continuous process can be performed without stopping the feeding operation of the stone surface wood during the manufacturing process of the stone surface wood, the final manufacturing completion time can be shortened.

According to the present invention, the punching part for punching a fastening hole in the stone face neck and the cut part for cutting the stone face face neck to a predetermined length form one set machining part and perform the machining operation while reciprocating by a driving means, and the punching part and the cutting part may be operated separately and independently during the punching operation and the cutting operation.

BRIEF DESCRIPTION OF THE DRAWINGS It is a perspective view of the stone-backed wood manufactured by the manufacturing apparatus of this invention.
Fig. 2 is a state diagram of the use of stone backwood produced by the manufacturing apparatus of the present invention.
3 is a front view schematically showing the manufacturing apparatus of the present invention.
4 is a plan view schematically showing the manufacturing apparatus of the present invention.
5 is a view showing the first lifting means and the punching unit of the present invention.
6 is a view showing the second lifting means and the cutting part of the present invention.
7 is a perspective view showing the first lifting means and the punching unit of the present invention.
8 is a perspective view showing a second elevating means and a cut portion of the present invention.
9 is a front view schematically showing the punching part and the cutting part of the present invention.
10 is a plan view showing the arrangement state of the fastening holes of the stone backwood of the present invention.

BRIEF DESCRIPTION OF THE DRAWINGS It is a perspective view of the stone-backed wood manufactured by the manufacturing apparatus of this invention.

Referring to FIG. 1 , the stone backwood 100 may be manufactured by continuous extrusion or pultrusion molding using a synthetic resin material, and the stone backwood 100 may be cut to an appropriate length and then applied to the field.

The stone backwood 100 may be for forming a chamfer at the edge of a pillar or a protruding wall.

The stone surface neck may include a molding part 110 , a body part 130 , and a fixing part 150 .

The forming part 110 may be located on the inner harness of the iron formwork. The forming unit 110 may be disposed to face the corner of the column or the corner of the wall to be formed in the iron formwork. The corners of the structures 90 such as pillars and walls may be molded to match the shape of the forming part 110 that is in face-to-face contact.

The body 130 may be integrally formed with the molding unit 110 . The body 130 may extend from an end of the forming part 110 . The body 130 may be closely fixed to the outer surface of the iron formwork. A plurality of fastening holes 170 may be formed along the longitudinal direction of the body portion 130 . A wedge pin may be inserted into the fastening hole 170 .

The fixing part 150 may extend from the end of the body 130 and be fixed to the side end of the iron formwork. The fixing part 150 may be integrally formed with the other end of the body part 130 . The fixing part 150 may be formed in the form of a hook having a fitting groove 151 and a fitting jaw 152 formed from the other end of the body 130 .

The body 130 may be formed in a plate shape. The molding part 110 and the fixing part 150 may be formed to protrude from one surface of the body part 130 . In this case, the molding unit 110 may be formed at one end of the body unit 130 , and the fixing unit 150 may be formed at the other end of the body unit 130 .

A groove into which an iron mold can be inserted may be formed in the center of the body 130 by the forming part 110 and the fixing part 150 respectively protruding from both ends of the body part 130 .

The molding unit 110 may include a connection plate 117 , a processing plate 111 , a first support plate 115 , and a second support plate 116 . The connection plate 117 , the processing plate 111 , the first support plate 115 , and the second support plate 116 may be integrally formed with the body 130 .

The connecting plate 117 may protrude obliquely from the end of the body 130 to the body 130 .

The processing plate 111 is connected to the end of the connecting plate 117 and may be formed to face the edge of the structure.

A through hole 119 may be formed in the forming part 110 on one side and the other side with respect to the connecting plate 117 , respectively.

The processing plate 111 may serve as an inclined support for forming a chamfer at the edge of a column or a protruding wall. Wings 113 may be formed at both ends of the processing plate 111 , respectively.

2 is a state diagram of a stone backwood manufactured by the manufacturing apparatus of the present invention. Referring to FIG. 2 , after attaching a separate corner angle 202 to the outer boundary of the steel formwork 200 and 200 ′, separate Another wedge pin (201, 201') in the state in which the wedge pins 201 and 201' of As the cross-insertion in the vertical direction, the formwork and stone backing for constructing the chamfered column and the protruding wall are installed. The corner angle 202 may have an 'L'-shaped cross-section.

When concrete is poured into the inner side of the formwork in this state, the concrete is constructed as a wall of a pillar or protrusion according to the inner shape of the steel formwork 200, 200', and the formwork 200, 200' and When the stone backwood is dismantled, the corners of the wall and the pillar form an inclined chamfer having a beautiful construction surface by the forming part 110 of the stone backwood 100 .

In the manufacturing apparatus for manufacturing the stone backwood 100 having such a structure, the forming part 110, the body part 130, and the fixing part 150 are formed through a predetermined process, and then the plate shape is formed through a transfer process. A plurality of fastening holes 170 are punched at regular intervals in the body portion 130 forming the body portion 130 , and a process of cutting to a predetermined unit length is performed to finally complete the stone surface neck 100 .

3 is a front view schematically showing the manufacturing apparatus of the present invention. Referring to FIG. 3 , the manufacturing apparatus 1000 of the present invention is configured to process a conveying unit 1100 for conveying a stone side wood 100 having a continuous length, and for processing a stone side wood 100 conveyed by the conveying unit 1100 . It may include a processing unit.

The processing part includes a punching part 1200 for forming a fastening hole 170 in the body part 130 of the stone back neck 100, and a cutting part 1300 for cutting the punched stone back neck 100 to a predetermined unit length. can The punching unit 1200 and the cutting unit 1300 may move in the same direction or opposite to the first direction, which is the moving direction of the stone surface neck 100 , together as a set.

The transfer unit 1100 transfers the stone surface wood 100 formed through a predetermined process to the punching unit 1200, and a pair of transfer rollers 1110 and 1120 rotating while facing each other may be provided. The stone backwood 100 formed between the pair of transfer rollers 1110 and 1120 may be continuously transferred to the punching unit 1200 while being drawn out.

A pair of opposing conveying rollers 1110 and 1120 may be provided with two first conveying rollers 1111 and 1112 and second conveying rollers 1121 and 1122 at an interval, respectively, and a belt 1130, respectively. ) (1140) can be wound and rotated. The pair of conveying rollers 1110 and 1120 are connected by belts 1130 and 1140, respectively, and one of the two conveying rollers may be a driving roller, and the other conveying roller may be a driven roller.

The punching unit 1200 may be to form a fastening hole 170 by punching at regular intervals in the body portion 130 of the stone surface neck 100 transferred from the conveying unit 1100 while ascending and descending. The punching part 1200 may include a punching blade member 1210 for punching a fastening hole 170 in the body part 130 while ascending and descending. The punching blade member 1210 may include a body portion 1211 formed in a cylindrical shape, and a punching blade 1212 formed at an end of the body portion 1211 and perforating the body portion 130 .

The cut part 1300 may be cut when the stone surface neck 100 in which the fastening hole 170 is formed by being punched through the punching part 1200 is drawn out by a predetermined length.

Referring to FIG. 6 , the cutting part 1300 is a cutter 1310 that is lifted and fixed to the lower part of the cutter 1310 , and serves as a guide when the cutter 1310 is lifted, and at the same time, a support member for passing the stone surface neck 100 . 1320 may be included.

The cutter 1310 may be installed at an upper portion with a predetermined height H from the lower end of the support member 1320 , and may be disposed to slide up and down in front of the support member 1320 . The height (H) may be a distance at which the cutter 1310 can perform a cutting operation while ascending and descending.

The support member 1320 may be fixed to a predetermined height from the upper surface of the base member 1430 , and a first insertion groove 1321 and a second insertion groove 1322 may be formed at an end side of the support member 1320 . have.

The first insertion groove 1321 may be inserted into the molding part 110 of the stone surface neck 100 , and the fixing part 150 may be inserted into the second insertion groove 1322 . Accordingly, the first insertion groove 1321 and the second insertion groove 1322 may be formed in the shape of the forming part 110 and the fixing part 150 , respectively.

The punching unit 1200 and the cutting unit 1300 may perform a punching operation and a cutting operation, respectively, while moving up and down by the lifting means 1400 .

The elevating unit 1400 may include a first elevating unit 1410 for punching and a second elevating unit 1420 for cutting. The first lifting means 1410 and the second lifting means 1420 may be operated independently of each other without simultaneously operating.

The first lifting means 1410 and the second lifting means 1420 may be provided with a common base member 1430 . Of course, the base member 1430 may be provided separately instead of being provided in common.

To the base member 1430 , the stone surface wood 100 , which is an object for punching and cutting, may be transferred.

The first lifting means 1410 includes a connecting plate 1411 provided at an upper portion of the base member 1430 with a gap, and a first moving plate provided with a gap between the connecting plate 1411 and the base member 1430 . (1412), the first driving cylinder 1413 provided on the upper portion of the connecting plate 1411, the first moving plate 1412 from the lower portion of the connecting plate 1411 is coupled to the base member 1430 is fixed A plurality of first guide members 1414 may be included.

A punching unit 1200 for punching the stone backwood 100 transferred from the upper portion of the base member 1430 may be provided at a lower portion of the first moving plate 1412 , and a lifting operation of the first moving plate 1412 may be provided. Accordingly, the punching unit 1200 may also be raised and lowered at the same time.

A first guide tube 1415 that is slidably inserted into an outer circumferential surface of the plurality of first guide members 1414 may be provided on an upper portion of the first moving plate 1412 , respectively. The first guide tube 1415 may be simultaneously raised and lowered along the outer circumferential surface of the first guide member 1414 when the first moving plate 1412 is raised and lowered. A first connecting member 1416 that allows the first moving plate 1412 to be guided and raised while the first cylinder rod 1413a is drawn out and contracted may be coupled to the first cylinder rod 1413a.

When a fastening hole 170 is formed in the body 130 of the stone surface neck 100 during the punching operation of the punching part 1200 in the base member 1430, the perforated plate cut by the formation of the fastening hole 170 is lowered. A discharge hole 1431 to be discharged may be formed.

Like the first lifting means 1410 , the second elevating means 1420 includes a connecting plate 1411 provided at an upper portion of the base member 1430 at intervals, and between the connecting plate 1411 and the base member 1430 . Through the second moving plate 1422 provided at intervals, the second driving cylinder 1423 provided on the upper portion of the connecting plate 1411, and the second moving plate 1422 from the lower portion of the connecting plate 1411, A plurality of second guide members 1424 coupled to and fixed to the base member 1430 may be included.

A cutting unit 1300 for cutting the stone surface wood 100 transferred from the upper portion of the base member 1430 may be provided at a lower portion of the second moving plate 1422 , and may be used for the lifting operation of the second moving plate 1422 . Accordingly, the cutting unit 1300 may also be raised and lowered at the same time.

A second guide tube 1425 which is slidably inserted into the outer peripheral surface of the plurality of second guide members 1424 may be provided on an upper portion of the second moving plate 1422 , respectively. The second guide tube 1425 may be simultaneously raised and lowered along the outer circumferential surface of the second guide member 1424 when the second moving plate 1422 is raised and lowered. A second connecting member 1426 may be coupled to the second cylinder rod 1423a so that the second moving plate 1422 is guided and lifted when the second cylinder rod 1423a is drawn out and contracted.

A support 1440 for supporting the base member 1430 at a predetermined height from the ground may be provided at a lower portion of the base member 1430 , and a guide rail 1450 is formed at an upper end of the support member 1440 , and the lower portion of the base member 1430 . A moving piece 1432 having a groove capable of moving while being guided along the guide rail 1450 may be formed therein.

The machining portion may be reciprocated by the driving means. That is, the driving means 1700 includes a driving motor 1710 , a driving roller 1720 that rotates in connection with the driving motor 1710 , and a driven roller 1740 that is connected to be interlocked with the driving roller 1720 and the belt 1730 . ), a connecting member 1750 connecting the belt 1730 and the base member 1430 may be included.

The driving motor 1710 may be a motor capable of forward and reverse driving, and thus the driving roller 1720 may be rotated in the forward or reverse direction, and thus the driving roller 1720 by the belt 1730 as the driven roller 1740 . ) may be rotated in a forward or reverse direction by receiving a rotational force from the ).

In addition, the manufacturing apparatus 1000 of the present invention may include an ejector 1500 for sending the stone backwood 100 cut to a predetermined length by the cutting unit 1300 to a predetermined position.

The ejector 1500 is connected to a driving cylinder 1510 through which the cylinder rod moves forward and backward, a push plate 1520 that is connected to the driving cylinder 1510 and pushes the cut stone surface neck 100, and is connected to the side of the push plate 1520 When the push plate 1520 is moved by the driving cylinder 1510 , it may include a guide rod 1530 that moves at the same time.

The push plate 1520 may be formed in a rectangular shape with a length capable of pushing the cut stone surface neck 100 . The ejector 1500 may be provided with a pedestal 1600 on which the processed stone surface wood 100 is placed.

A support plate 1610 is formed in the mounting table 1600 in a vertical direction, and a driving cylinder 1510 and a guide rod 1530 may be installed on the support plate 1610 .

In addition, a push plate 1520 for pushing the stone back neck 100 to be seated is provided on the inside of the support plate 1610 , and the stone back neck 100 pushed by the push plate 1520 is moved by the operator to a predetermined working space. It can be loaded in multiples.

The present invention is a manufacturing apparatus for drilling and cutting a fastening hole 170 at a predetermined interval in the body portion 130 of the extruded stone backwood 100, and the extruded stone backwood 100 is a transfer unit 1100. may be continuously transferred toward the punching unit 1200 by the

At this time, the punching unit 1200 and the cutting unit 1300 may perform the work while forming a set while following the transport direction of the stone surface wood 100 .

That is, when the stone surface wood 100 is conveyed in the first direction with a predetermined feed speed, the punching unit 1200 and the cutting unit 1300 constituting the processing unit move in the opposite direction to the first direction of the stone surface wood 100 . Performing a first operation of moving backward for a predetermined time and distance in the second direction, and moving at the same speed in the third direction, which is the same direction as the first direction, which is the transport direction of the stone surface wood 100 in the first operation A second operation is performed, and in the process of performing the second operation, a fastening hole 170 may be drilled in the body portion 130 by the operation of the punching unit 1200 .

Referring to FIG. 10 , the distance d between the centers of the plurality of fastening holes 170 punched in the stone surface neck 100 is the transfer direction opposite to the transfer direction of the stone surface wood 100 of the punching unit 1200 in the processing unit. and punching timing during forward transfer. If the distance that the punching part 1200 moves in the opposite direction to the transport direction of the stone face neck 100 becomes longer and the punching timing is shortened during forward transport again, the distance d may be longer, and vice versa, the distance (d) can be shortened.

4 and 9 , the punching unit 1200 may perform a punching operation while being lifted by the first lifting means 1410 . When the punching time comes, when the first cylinder rod 1413a of the first driving cylinder 1413 is drawn out by the operation of the first driving cylinder 1413 constituting the first lifting means 1410, the first moving plate 1412 ) descends, then the punching blade member 1210 provided under the first moving plate 1412 descends at the same time, and the punching blade 1212 of the punching blade member 1210 moves to the body part ( While pressing 130, the fastening hole 170 may be drilled. When the drilling operation of the fastening hole 170 is made, the perforated plate 132 (circular plate) corresponding to the fastening hole 170 may fall on the bottom surface below it through the discharge hole 1431 of the base member 1430. .

In the second operation of the processing unit, since it is in the same direction and the same speed as the first direction, which is the feeding direction of the stone surface neck 100 , the punching operation by the punching unit 1200 while the stone surface wood 100 is stopped can have the same effect as

Through the repetitive operation of the punching unit 1200 as described above, the fastening holes 170 can be formed at regular intervals in the body section 130 of the stone back neck 100 that is continuously transferred, and fastened by a predetermined length. After the ball 170 is formed, the stone surface neck 100 may be cut by a cutting operation by the cutting unit 1300 .

During the cutting operation by the cutting unit 1300 , a plurality of fastening holes 170 are formed in the stone surface wood 100 transferred by the punching operation by the punching unit 1200 , and when a predetermined length is reached, the second lifting and lowering The cutter 1310 is lowered by the means 1420 to cut the stone surface wood 100 .

When the second lifting means 1420 is operated, first, when the second cylinder rod 1423a of the second driving cylinder 1423 is lowered by the operation of the second driving cylinder 1423, the second moving plate 1422 is simultaneously moved. Descending, at this time, the cutter 1310 provided on the lower portion of the second moving plate 1422 can cut the stone surface wood 100 while descending.

When the second driving cylinder 1423 is operated, a plurality of second guide members 1424 are provided from the lower part of the connecting plate 1411 to pass through the second moving plate 1422 and fixed to the base member 1430, Since the second guide tube 1425 surrounding the outer circumferential surface of the second guide member 1424 is provided on the upper portion of the second moving plate 1422 , the second moving plate 1422 is a second guide member having a fixed state. Since the second guide tube 1425 slides along the longitudinal direction of the 1424, it can be stably raised and lowered while being guided.

When the stone back neck 100 on which the fastening hole 170 is formed is cut by the cutter 1310 of the cutting part 1300, the stone back neck 100 cut by the stone back neck 100 that is continuously transported is pushed in the transport direction. It is moved and placed on the pedestal 1600 , and at this time, the push plate 1520 can be moved by pushing the side of the stone surface neck 100 . The push plate 1520 performs a push operation by the operation of the driving cylinder 1520, and when the driving cylinder 1520 operates, the cylinder rod of the driving cylinder 1520 is drawn out and the push plate 1520 is moved. Accordingly, the stone face neck 100 may be pushed and moved.

When the driving cylinder 1520 is operated, since the guide rods 1530 are provided on both sides of the driving cylinder 1520, the guide rods 1530 support plate 1610 at the same time as the push plate 1520 pushes. It passes through and moves in the direction of the stone surface neck 100 to perform a guide operation, so that the push operation of the push plate 1520 can be stably performed.

On the opposite side of the support plate 1610 of the pedestal 1600 , an inclined plate may be provided so that the stone surface neck 100 pushed by the push plate 1520 is smoothly moved to a predetermined position. The swash plate may be composed of one plate, or a swash plate having a predetermined width may be slantedly disposed on the pedestal 1600 .

100...Stone cotton wood 110...Molding part
111...plate 112...trench
113...wing 115...first support plate
116...Second support plate 117...Connecting plate
119... through 130... body
132... perforated piece
150...Fixed part 170... Fastener
1000... Manufacturing unit 1100... Transport
1110,1120... transfer roller 1111,1112... first transfer roller
1121,1122... Second transfer roller 1130,1140... Belt
1200... Punching part 1210... Punching blade member
1211... Body 1212... Punching blade
1300... Cut 1310... Cutter
1320... support member
1321... First insertion groove 1322... Second insertion groove
1400... elevating means 1410... first elevating means
1411.... Connecting plate 1412... First moving plate
1413... first drive cylinder 1413a... first cylinder rod
1414... First guide member 1415... First guide tube
1416... first connecting member
1420... second lifting means
1422... Second moving plate 1423... Second drive cylinder
1423a... second cylinder rod 1424... second guide member
1425... Second guide tube 1426... Second connecting member
1430... base member
1431... Exhaust hole 1432... Moving piece
1440... support 1450... guide rail
1500... Ejector 1510... Drive cylinder
1520... Push plate 1530... Guide rod
1600... mounting base 1610... support plate
1700... drive means 1710... drive motor
1720... drive roller 1730... belt
1740...Driver roller 1750...Connecting element
d... distance H... height

Claims (10)

It includes a processing unit for processing stone surface wood,
The processing unit,
a punching unit elevating to punch a fastening hole in the stone surface;
a cutting part which punches a plurality of fastening holes by a punching operation by the punching part and then ascends and descends to cut to a predetermined length; includes,
Punching and cutting operations are performed while the stone surface wood is continuously conveyed,
The processing unit,
A base member for supporting the punching part and the cutting part to move at the same time is provided,
One side of the processing unit includes a driving means to enable the reciprocating movement of the processing unit,
The punching part moves in the same direction as the transport direction of the stone surface neck and descends to form a fastening hole in the stone surface neck to punch,
While the punching unit is in operation, the cutting unit passes through the stone surface neck.
The method of claim 1,
The punching part,
A punching blade member for forming a fastening hole in the body portion of the stone surface neck is provided so as to be able to move up and down,
The punching part moves in the opposite direction to the transport direction of the stone surface neck,
An apparatus for manufacturing a stone back neck, which forms a fastening hole in the body part of the stone back neck while transporting it in the same direction and at the same speed as the feeding direction of the stone back neck after reverse movement.
The method of claim 1,
The cutting part is provided so that a cutter for cutting the stone surface neck can be lifted and lowered,
When a plurality of fastening holes are formed in the stone back neck by the punching part, the cutter descends to cut the stone back neck,
A support member is fixed to one surface of the cutter,
The cutter slides on the side of the support member when lifting,
and the support member passes through the stone face neck while being guided.
The method of claim 1,
The processing unit,
and a first lifting means and a second lifting means for independently operating the punching part and the cutting part, respectively,
The first lifting means,
a first driving cylinder for elevating the punching part;
a first moving plate lifted by the first driving cylinder; includes,
The second lifting means,
a second driving cylinder for elevating the cut portion;
a second moving plate lifted by the second driving cylinder; including,
A punching blade member of a punching part is provided at a lower portion of the first moving plate,
A stone surface wood manufacturing apparatus having a cutter provided at a lower portion of the second moving plate.
The method of claim 1,
The processing unit,
and a first lifting means and a second lifting means for independently operating the punching part and the cutting part, respectively,
The first lifting means includes a first moving plate for lifting and lowering the punching unit,
The second lifting means includes a second moving plate for lifting and lowering the cut portion,
A base member for supporting the transferred stone surface neck is provided under the first moving plate and the second moving plate,
At least one guide member is vertically fixed to the base member,
The guide member is provided through the first moving plate and the second moving plate so as to be guided when the first moving plate and the second moving plate are raised and lowered.
The method of claim 1,
The processing unit,
a connecting plate provided at a distance from the base member;
a first moving plate and a second moving plate provided between the connecting plate and the base member such that the punching part and the cutting part are each independently raised and lowered;
driving cylinders respectively provided for elevating the punching part and the cutting part on the connecting plate; A stone surface wood manufacturing apparatus comprising a.
delete It includes a processing unit for processing stone surface wood,
The processing unit,
a punching unit elevating to punch a fastening hole in the stone surface;
a cutting part which punches a plurality of fastening holes by a punching operation by the punching part and then ascends and descends to cut to a predetermined length; including,
Punching and cutting operations are performed while the stone surface wood is continuously transported,
The processing unit,
A base member for supporting the punching part and the cutting part is provided,
One side of the processing unit includes a driving means to enable the reciprocating movement of the processing unit,
The driving means is
drive motor capable of forward and reverse driving;
a driving roller connected to the driving motor to rotate;
The driven roller and the driven roller connected to each other through a belt,
and a connecting member connecting the belt and the base member,
An apparatus for manufacturing stone backwood in which the punching part and the cutting part reciprocate by reciprocating the base member through the connecting member by a belt reciprocating according to the driving of the driving motor.
The method of claim 1,
and a pedestal for placing the stone backwood punched and cut through the processing unit,
An ejector for discharging the cut stone surface neck is provided on the seating table,
and the ejector includes a push plate that pushes the stone back neck in a direction orthogonal to the feeding direction of the stone back neck when the stone back neck transferred to the pedestal is cut.
The method of claim 1,
A plurality of fastening holes are formed in the stone surface neck,
The distance between the plurality of fastening holes,
The apparatus for manufacturing a stone back neck, wherein the punching part is influenced by punching timings in a feeding direction opposite to the feeding direction and forward feeding of the stone back neck.

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