KR100636808B1 - Apparatus for making the cutting position of a prefabricated panel - Google Patents

Abstract

An apparatus for displaying a cutting portion of an assembled panel is provided to prevent widening of a bending portion by cutting the bending portion removed in advance. An apparatus for displaying a cutting portion of an assembled panel includes a body, a panel fixing member(500), a cut member(300), a width regulating member, and a clutch operation member(400). The body is fixed between a panel manufacturing unit and a panel cutting unit. The panel fixing member includes a pressing member and a panel fixing cylinder. The cutting member includes a cutting blade cutting an outer plate of a panel located on a support. The width regulating member regulates the panel fixing cylinder of the panel fixing member and an upper support of the cutting member to a height corresponding to the width of the panel. The clutch operation member regulates the operation of the cutting blade.

Description

Apparatus for making the cutting position of a prefabricated panel}

1 is a perspective view schematically showing the cut position of the panel applied to the present invention.

Figure 2 is a side view schematically showing a state in which a panel applied to the present invention is cut.

Figure 3 is a front view schematically showing a preferred embodiment of the cutting position display device of the prefabricated panel according to the present invention.

Figure 4 is a side view schematically showing a preferred embodiment of the cutting position display device of the prefabricated panel according to the present invention.

Figure 5 is a front view schematically showing a state in which the panel is fixed by the panel fixing cylinder of the width adjustment member applied to the present invention.

Figure 6 is an enlarged view schematically showing a state in which the panel fixing cylinder of the width adjustment member to be applied to the present invention for fixing the panel.

Figure 7 is a front view schematically showing a state that the panel is placed on the base of the cutting member applied to the present invention.

Figure 8 is a perspective view schematically showing a preferred embodiment of the pedestal and crankshaft of the cutting member applied to the present invention.

Figure 9 is a schematic cross-sectional view showing a state in which the panel is placed on the base of the cutting member applied to the present invention.

10 is a front view schematically showing a state in which a part of the panel is cut while the cutting knife moves downward while the clutch plate of the cutting member applied to the present invention is rotated.

11 is a cross-sectional view of FIG. 10.

12 is a front view schematically showing a state in which the cutting knife cuts all the protrusions of the panel while the clutch plate of the cutting member is applied to the present invention.

13 is a cross-sectional view of FIG. 12.

14 is a perspective view schematically showing a panel in a state where a part is cut by a cutting member;

Figure 15 is an enlarged view schematically showing a preferred embodiment of the clutch plate operating member for operating the clutch plate applied to the present invention.

Figure 16 is a plan view schematically showing a state where the separator of the clutch plate operating member applied to the present invention is located in the clutch groove of the clutch plate.

17 is a side view schematically showing a state in which the separator of the clutch plate operating member applied to the present invention is located in the clutch groove of the clutch plate.

Fig. 18 is a sectional view schematically showing a preferred embodiment of the clutch formed on the clutch plate to which the present invention is applied.

19 is a cross-sectional view schematically showing a state in which the clutch is moved by the rotation of the clutch plate applied to the present invention.

20 is a cross-sectional view schematically illustrating a state in which the coupling sphere of the clutch is separated from the coupling groove of the rotating plate while the clutch plate rotates while the separator plate of the clutch plate moving member applied to the present invention is inserted into the clutch groove of the clutch plate.

Figure 21 is a plan view schematically showing a state in which power is transmitted to the width adjustment member applied to the present invention.

Figure 22 is a side view schematically showing a state in which the panel fixing cylinder is raised by the width adjusting member applied to the present invention.

Figure 23 is a partially enlarged cross-sectional view schematically showing a state in which the upper panel of the panel fixing cylinder and the cutting member is raised by the width adjusting member applied to the present invention.

<Description of the reference numerals for the main parts of the drawings>

100: panel 110: insulation

120: face plate 121: bent portion

130: insertion groove 140: insertion protrusion

150: cutting line 160: incision groove

200: body 300: cutting member

310: first power generating member 320: rotating plate

321: coupling groove 330: clutch plate

331: clutch groove 332: reverse rotation prevention

340: clutch 341: coupling

341a: inclined surface 342: elastic member

350: working shaft 351: hinge

352: crankshaft 353: moving plate

353a: movable plate guide shaft 353b: return member

360: cutting knife 370: upper support

371: upper stand guide shaft 380: middle stand

390: lower support 400: clutch operating member

410: fixed bundle 420: separator

430: connecting shaft 440: connecting rod

450: spring 460: clutch operation cylinder

500: panel fixing member 510: panel fixing cylinder

511: presser 520: support

600: width adjusting member 610: second power generating member

620: pedestal conveying port 621: spacing holding area

630: cylinder moving shaft 640: cylinder moving table

650: width control unit 700: transfer member

710: holder 720: feed hole

730: guide shaft 740: feed cylinder

The present invention relates to a prefabricated panel used when building a prefabricated building, and more particularly, to provide a cutting position display apparatus of a prefabricated panel which prevents the finishing portion of a face plate fixed to both sides of a heat insulating material formed in the center from spreading.

Prefabricated panel 100 is a continuous production in the longitudinal direction by fixing the face plate 120 on both sides of the heat insulating material 110, as shown in Figure 1, to form a narrow insertion projection 140 on one side and insert the opposite side Insertion groove 130 is formed so that there is no heat insulating material 110 between the outer surface plate 120 so that the protrusions 140 can be inserted, and the end of the outer surface plate 120 in which the insertion groove 130 is formed while bending inward Use after finishing.

Thus, the continuous production panel 100 is used to cut to the length of the arbitrary cutting line 150 as shown in FIG.

When the cutter for cutting the panel 100 continuously produced cuts the panel 100 with a circular cutting blade rotating at high speed as is known, when the cutting groove 130 of the panel 100 starts to be cut Since the outer plate 120 is bent inwardly, the outer plate 120 is cut from the side of the insertion protrusion 140 fixed to the heat insulating material 110, thereby preventing the outer plate 120 from being bent.

However, in order to prevent the face plate 120 from bending as described above, when cutting the face plate 120 at the portion where the insertion groove 130 is formed by starting cutting from the portion attached to the heat insulating material 110, the end of the face plate 120 is cut. The bending portion 121 finished by cutting inwards is lifted as shown in FIG. 2 by the cutting blade, and the insertion protrusion 140 of the other panel 100 is not easily inserted. The problem of having to close the bent couple heard by using again.

The present invention has been made to solve the above problems, to provide a cutting position display device of a prefabricated panel that does not hear the bent portion formed on the outer plate of the insertion groove portion when cutting the panel with a cutting blade.

In addition, the present invention is to provide a cutting position display device of the prefabricated panel is easy to assemble the operation is not bent.

Cutting position display device of the prefabricated panel according to the present invention for achieving this object is a panel manufacturing apparatus for fixing the outer plate printed on the surface of the various patterns and shapes on the top and bottom of the heat insulating material and the panel manufactured in the panel manufacturing apparatus A body formed in the moving direction and fixed between the panel cutting devices for cutting the panel;

A panel fixing member formed on both sides of the body and having a support formed to protrude to the front, and a panel fixing member formed on the upper portion of the support, the panel holding cylinder for moving the pressing bar and the pressing bar so that the panel placed on the support does not shake;

The lower supporter, the intermediate supporter, and the upper supporter on which the outer plate of the panel fixed by the panel fixing member is placed are formed in the center, and the lower supporter, the intermediate supporter, and the upper supporter are connected to the first power generating member and the clutch at the upper end. A cutting member formed of a cutting knife for cutting the outer plate of the panel placed on the support while penetrating the support;

A width adjusting member for adjusting the panel fixing cylinder of the panel fixing member and the upper support of the cutting member to a height corresponding to the width of the panel;

Characterized in that the clutch is formed on one side of the clutch for connecting the first power generating member and the cutting knife of the cutting member to control the operation of the cutting knife.

Hereinafter, a preferred embodiment of a cutting position display device of a prefabricated panel according to the present invention will be described in detail with reference to the drawings.

First, a preferred embodiment of the cutting position display device of the prefabricated panel according to the present invention is a panel manufacturing apparatus for fixing the outer plate 120 is printed on the surface of the various patterns and shapes on the top and bottom of the heat insulating material 110 ( The body 200 is formed between the panel cutting device (not shown) formed in the direction in which the panel 100 manufactured by the panel manufacturing apparatus is moved to cut the panel 100. Fix it.

The front of the body 200 is fixed between the panel manufacturing apparatus and the panel cutting device is fixed by the panel fixing member 500 and the panel fixing member 500 for fixing the panel 100 as shown in FIG. Cutting member 300 for cutting the panel 100 is formed, the lower portion according to the width of the conveying member 700 and the panel 100 for moving the body 200 to be cut in the direction in which the panel 100 is moved. The panel fixing member 500 and the cutting member 300 is formed of a width adjusting member 600 for moving a portion.

The panel fixing member 500 which is formed on the front surface of the body 200 to fix the panel 100 as described above has the support 520 on both sides of the body 200 as shown in FIGS. 3 to 6. Formed to protrude so that the panel 100 is positioned on the upper portion of the support 520, the panel fixing cylinder 510 is formed on the upper portion of the support 520, the pressing bar 511 is formed to support the panel ( When the presser bar 511 is lowered by the panel fixing cylinder 510 in the state placed on the 520, the panel 100 is formed to be fixed between the presser bar 511 and the supporter 520.

The cutting member 300 for cutting the panel 100 fixed by the panel fixing member 500 formed by the pressing member 511 and the support member 520 formed on the front surface of the body 200 is formed of the body 200. Form in the center on the front.

As described above, the cutting member 300 formed on the front surface of the body 200 is fixed to the first power generating member 310 formed of a motor on the upper portion of the body 200 as shown in FIGS. 3 and 4. The front plate of the first power generating member 310 forms a rotating plate 320 so that the rotating plate 320 is rotated by the first power generating member 310.

A coupling groove 321 is formed on the front surface of the rotating plate 320 rotated by the first power generating member 310 as shown in FIGS. 18 to 20.

Coupling groove 321 formed on the front of the rotating plate 320 is formed on the outside from the center of the rotating plate 320, it is preferable to form at least one.

The clutch 340 is formed on the front surface of the rotating plate 320 formed as described above with reference to FIGS. 4 and 7.

As illustrated in FIGS. 17 to 20, the clutch 340 formed on the front surface of the rotating plate 320 forms the clutch plate 330 in a shape corresponding to the rotating plate 320, and a clutch groove 331 is formed around the rotating plate 320. The inside of the coupling plate 341 is fixed to the position corresponding to the coupling groove 321 of the rotating plate 320 to be movable.

One end of the coupling hole 341 formed in the clutch plate 330 of the clutch 340 to be movable in a position corresponding to the coupling groove 321 of the rotating plate 320 is the coupling groove 321 of the rotating plate 320. It is formed to be inserted into the, and the opposite side is inserted into the coupling groove 321 is fixed to the elastic member 342 is formed so that the coupling hole 341 is always pressed toward the coupling groove 321 of the rotating plate (320).

The clutch plate 330 of the clutch 340 formed as described above is the coupling plate 341 is the rotary plate when the rotating plate 320 is rotated by the first power generating member 310 by the elasticity of the elastic member 342. The coupling plate is inserted into the coupling groove 321 of the 320 to rotate together with the rotating plate 320, the clutch plate 330 of the clutch 340, and is inserted into the clutch plate 330 to be movable A part of the 341 is formed to protrude upward from the clutch groove 331 of the clutch plate 330 as shown in FIGS. 17 and 18, and forms an inclined surface 341a at the protruding portion.

The operating shaft 350 is fixedly rotatable by the hinge 351 on the front surface of the rotating plate 320 and the coupling plate 341 rotated by the first power generating member 310 and the coupling plate 341. do.

The operating shaft 350 rotatably fixed to the front of the clutch plate 330 by the hinge 351 is a rotational movement of the clutch plate 330 that rotates together with the rotating plate 320 as shown in Figs. It is formed so that the operating shaft 350 is moved up and down while being changed in a linear motion by the operating shaft (350).

It is connected to the hinge 351 of the operating shaft 350 is formed as described above is connected to the crank shaft 352, the crank shaft 352 is fixed to the moving plate 353 to the operating shaft 350 The crank shaft 352 is rotated by the moving plate 353 is formed to move up and down.

A plurality of moving plate guide shafts 353a which are fixed to the body 200 as shown in FIG. 7 is formed in the lower portion of the moving plate 353 which is moved up and down by the operating shaft 350. ) Is formed to move along the moving plate guide shaft (353a), and the return plate (353b) formed by a spring is formed on the moving plate guide shaft (353a) so that the moving plate (353) moves the moving plate guide shaft (353a). As it descends, it is formed to be easily lifted by the elasticity of the return member (353b).

The cutting knife 360 moves along the moving plate 353 by fixing the cutting knife 360 to the lower portion of the moving plate 353 that is movably inserted into the moving plate guide shaft 353a having the return member 353b formed thereon. The upper support 370, the lower support 390 and the intermediate support 380 is formed in the lower portion of the cutting knife 360, each of the pedestal through the through hole so that the cutting knife 360 can pass through It is formed so that the cutting knife 360 can cut the outer plate 120 of the panel 100 while penetrating the pedestals 370, 380, 390.

The lower support 390 formed as described above is formed at a height corresponding to the support 520 of the panel fixing member 500 fixing the panel 100 so that the bottom surface of the panel 100 placed on the support 520 is formed. It is formed to be mounted on the lower support 390 of the cutting member 300, the intermediate support 380 corresponds to the height of the bent portion 121 is bent the lower support 390 and the outer plate 120 of the panel 100 The bent portion 121 of the outer plate 120 which is fixed to the body 200 to be placed at the lower portion of the panel 100 is disposed between the lower support 390 and the intermediate support 380 of the cutting member 300. It is formed to be inserted, the upper support 370 is fixed to the upper support guide shaft 371 in a state in which a plurality of upper plate bed guide shaft (371) is fixed to the lower support 390 and the intermediate support (380). .

On the side of the clutch 340 of the cutting member 300 formed as described above, a reverse rotation prevention hole 332 is formed to prevent the clutch plate 330 from rotating backward.

The reverse rotation prevention device 332 which prevents the reverse rotation of the clutch plate 330 forms a groove in the clutch plate 330 as is known, and the reverse rotation prevention device 332 which is supported by a spring at a position corresponding to the groove. When the clutch plate 330 is fixed and rotates forward, the reverse rotation prevention device 332 is in close contact with the circumference of the clutch plate 330, but the reverse rotation prevention device 332 is rotated by the elasticity of the spring at the reverse rotation. It is formed so as not to rotate while being inserted into the groove formed in the 330.

As described above, the clutch operating member 400 which connects the clutch 340 and the rotating plate 320 or blocks the connection is formed on the opposite side of the reverse rotation preventing device 332 formed on one side of the clutch plate 330.

The clutch operating member 400 formed at one side of the clutch plate 330 to block the connection with the rotating plate 320 is fixed to the body 200 at one side of the clutch plate 330 as shown in FIG. 15. Form a bundle (410).

Inside the fixed bundle 410 is fixed to the body 200 to form a connecting shaft 430 to be inserted into the fixed bundle 410 to be movable, the end of the clutch plate 330 side of the connecting shaft 430 The separator 420 is fixed to the separator 420 to be inserted into the clutch groove 331 of the clutch plate 330.

The separator 420 fixed to be inserted into the clutch groove 331 of the clutch plate 330 corresponds to the inclined surface 341a of the coupling hole 341 protruding into the clutch groove 331 of the clutch plate 330. When the inclined surface 341a of the separator 420 and the coupler 341 are formed to be inclined, the coupler 341 presses the elastic member 342 by the separator 420 and the coupling groove 321 of the rotating plate 320 is formed. To break away from

The opposite end of the connecting shaft 430 that is connected to the separator 420 fixed toward the clutch groove 331 of the clutch plate 330 to be movable in the fixed bundle 410 is connected to the connecting table 440. The connecting table 440 is connected to the clutch operating cylinder 460 to form the separator 420 to be separated from the clutch groove 331 of the clutch plate 330 as the connecting table 440 is moved by the clutch operating cylinder 460. .

A spring 450 is provided at the upper portion of the fixed bundle 410 and the connecting rod 440 to which the connecting shaft 430 connected to the separator 420 separated from the clutch groove 331 by the clutch operation cylinder 460 is movably inserted. ) To form the separator 420 is always pressurized toward the clutch groove 331 to push the separator 420 into the clutch groove 331 when the pressure of the clutch operation cylinder 460 is removed.

The panel fixing cylinder of the panel fixing member 500 in the lower portion of the body 200 to which the panel fixing member 500 and the cutting member 300 and the clutch operating member 400 are fixed as described above. 510 and the width adjusting member 600 for adjusting the upper support 370 of the cutting member 300 is formed.

The width adjusting member 600 for adjusting the panel fixing cylinder 510 and the upper support 370 according to the thickness of the panel 100 is provided on the rear surface of the body 200 as shown in FIGS. 8 and 21 to 23. The second power generating member 610 is fixed, and a pedestal feeder 620 is formed on the bottom of the lower support 390 of the cutting member 300, and the cylinder movement shaft 630 is rotatable on both sides of the body 200. Fix it.

The pedestal conveying port 620 fixed to the bottom surface of the lower support 390 of the cutting member 300 is rotated in connection with the second power generating member 610, the spacing holding hole 621 inside the pedestal conveying port 620. As it is known, the external thread is placed on the surface of the spacer 621 so that the spacer 621 moves up and down by the rotation of the pedestal feeder 620 rotated by the second power generating member 610. A female screw is formed in the interior of the pedestal conveying port 620 in which the spacing retaining hole 621 is fixed therein so that the spacing retaining hole 621 is moved up and down by the rotation direction of the pedestal conveying port 620.

As shown in FIG. 23, the upper base 370 of the cutting member 300 is fixed by using a bolt or the like on the upper portion of the space maintaining slot 621 moved up and down by the rotation of the pedestal feeder 620. The upper support 370 along with the holder 621 is formed to move up and down.

As described above, the cylinder movement shaft 630 is provided on the cylinder movement shaft 630 rotatably fixed to both sides of the body 200 on which the pedestal feeder 620 for moving the upper support 370 of the cutting member 300 up and down is fixed. As shown in the figure, a male screw is formed on the surface of the cylinder movement shaft 630 so as to fix the cylinder movement shaft 640 to be moved along the inner side so that the cylinder movement shaft 640 can be moved when the cylinder movement shaft 630 is rotated. A female screw is formed in the cylinder moving table 640 so that the cylinder moving table 640 moves up and down along the cylinder moving shaft 630 by the rotation of the cylinder moving shaft 630.

The cylinder holder 640 which is moved up and down along the cylinder moving shaft 630 is fixed to the width adjusting member 650 so that both cylinder moving members 640 are connected, and both lower portions of the width adjusting member 650 are fixed. 5 and 6, the panel fixing cylinder 510 of the panel fixing member 500 is fixed to the panel fixing cylinder 510 of the panel fixing member 500 by the rotation of the cylinder moving shaft 630. Form to move.

As shown in FIG. 21, the second power generating member 610, the pedestal feeder 620, and the cylinder moving shaft 630 fix the sprocket at the end and connect the chain 670 with the tension adjusting tool 680 in the middle. It is preferable to form the power so that the power of the second power generating member 610 is connected to the fixed, but may be formed to rotate by the power of the second power generating member 610 using a gear or a belt.

The lower portion of the body 200 is formed with a width adjuster 650 formed as described above to move the body 200 in the direction in which the panel 100 is moved by a panel manufacturing apparatus (not shown) The transfer member 700 is formed.

The conveying member 700 for conveying the body 200 is fixed to the holder 710 while maintaining a constant distance in the longitudinal direction of the structure formed between the ground or the panel manufacturing apparatus and the panel cutting device, A plurality of guide shafts 730 is formed.

A plurality of guide shafts 730 fixed to the fixture 710 are inserted into the guide port 730 so as to be movable in the guide shaft 730, as shown in Figure 3, the transfer port 720 is the body 200 It is fixed to the lower portion of the body 200 is formed to move along the guide shaft 730 together with the transport hole (720).

A transport cylinder 740 is formed at a lower portion of the transport hole 720 fixed to the body 200 and transported along the guide shaft 730 and a lower portion of the fixed support 710 so that the transport hole 720 is guide shaft 730. Formed to be transported from.

In order to cut the panel 100 using the present invention having the configuration described above, the body 200 is fixed to the outer plate 120 to which various patterns and shapes are printed on the upper and lower portions of the heat insulator 110. Fixed between a panel manufacturing device (not shown) and a panel cutting device (not shown) which is formed in the direction in which the panel 100 manufactured by the panel manufacturing device moves to cut the panel 100. do.

When the body 200 is fixed between the panel manufacturing apparatus and the panel cutting device, the panel fixing member 500 and the cutting member are inserted into the insertion groove 130 where the end portion of the panel 100 is bent and the heat insulating material 110 is not filled. Fix 300 to be positioned.

In order to cut the panel 100 moved in a fixed state as described above, the upper support of the cutting member 300 using the width adjusting member 600 to be equal to the width of the panel 100 first ( 370 and the panel fixing cylinder 510 of the panel fixing member 500 is moved up and down.

The second power generating member 610 is rotated to operate the upper stand 370 of the cutting member 300 and the panel fixing cylinder 510 of the panel fixing member 500.

When the second power generating member 610 is rotated, the cylinder moving shaft 630 is rotatably fixed to both of the pedestal feeder 620 and the body 200 connected by the second power generating member 610 and the chain 670. While rotating, the space holder 621 fixed to the pedestal feeder 620 and the cylinder carrier 640 fixed to the cylinder moving shaft 630 are moved upwards or downwards in accordance with the rotation direction of the second power generating member 610. Is moved.

When the gap holder 621 and the cylinder holder 640 is moved to the upper or lower portion, the width adjusting rod connected to the upper support 370 and the cylinder holder 640 fixed to the upper portion of the spacer holder 621 ( The panel fixing cylinder 510 of 650 is moved to match the width of the panel 100.

When the upper support 370, which is fixed to the upper portion of the spacing 621, is moved up and down, the upper support 370 is inserted into the upper support guide shaft 371 so that the upper support guide shaft 371 Is moved along.

When adjusting by using the width adjusting member 600 to correspond to the width of the panel 100 is adjusted so that the pressing bar 511 fixed to the panel fixing cylinder 510 is positioned on the upper portion of the panel 100, the cutting member ( The upper pedestal 370 of 300 is adjusted to be placed on the bottom of the outer plate 120 is fixed to the upper portion of the panel 100.

As described above, when the width adjusting member 600 is adjusted to the width corresponding to the panel 100, both face plates of the side in which the insertion groove 130 of the panel 100 is moved from the panel manufacturing apparatus to the panel cutting device are formed. As shown in FIG. 9, the lower face plate 120 is formed to be moved between the lower stand 390 and the intermediate stand 380 of the cutting member 300, and the upper face plate 120 has an upper stand ( 370 is placed on top of the form to be moved.

At this time, the first power generating member 310 of the cutting member 300 continues to rotate the rotating plate 320, but the inclined surface (341a) formed in the coupling hole 341 of the clutch plate 330 in close contact with the rotating plate 320 As shown in FIG. 20, the coupler 341 is rotated by the rotary plate 320 while being pushed back by the separator 420 by the spring 450 by removing the pressure of the clutch operation cylinder 460 of the clutch operation member 400. Departure from the coupling groove 321 of the rotating plate 320 to be rotated.

When the bent portion 121 of the panel 100 is formed on the lower support 390, the intermediate support 380, and the lower support 390, the portion to indicate the position to be cut is moved to the cutting member 300. When moved to the lower portion of the cutting knife 360, the panel fixing cylinder 510 of the panel fixing member 500 is operated by a sensor (not shown in the drawing), and the panel 100 is lowered by lowering the presser bar 511. It is to be fixed by the support 520 and the pusher 511 of the panel fixing member 500 fixed to the 200.

As described above, the panel 100 is fixed by the pusher 511 and the supporter 520 of the panel fixing member 500, and the clutch operating cylinder 460 and the transfer member 700 of the clutch operating member 400 are fixed. Simultaneously operates the transfer cylinder 740.

When the clutch operation cylinder 460 of the clutch operation member 400 is operated at the same time as the panel 100 is fixed, the connecting rod 440 connected to the clutch operation cylinder 460 is pushed and the spring 450 is pulled while the separator 420 is pushed. Is separated from the clutch groove 331 of the clutch plate 330, and when the separator 420 is separated from the clutch groove 331, the coupling hole 341 is pressed toward the rotating plate 320 by the elastic member 342. When the coupling groove 321 and the coupling hole 341 of the rotating plate 320 is rotated to match, the coupling hole 341 is inserted into the coupling groove 321 by the elastic member 342 and the clutch plate together with the rotating plate 320. 330 is rotated.

As described above, when the clutch plate 330 is rotated by the clutch operation cylinder 460 of the clutch operation member 400, the operation shaft 350 connected to the clutch plate 330 and the hinge 351 is illustrated in FIG. 10. Rotate as you rotate.

When the operating shaft 350 connected by the clutch plate 330 and the hinge 351 is lowered while rotating, the transfer cylinder 740 of the transfer member 700 is discharged from the panel manufacturing apparatus (not shown) ( The body 200 moves in the same manner as the moving speed of the panel 100 by transferring the conveyance port 720 from the guide shaft 730 at the same speed as the speed of 100.

As described above, while the panel 100 is fixed to the pusher 511 and the supporter 520 of the panel fixing member 500, the body 200 is transferred by the transfer cylinder 740 of the transfer member 700. As the clutch plate 330 rotates, the crank shaft 352 connected with the operating shaft 350 descends like the operating shaft 350 when the operating shaft 350 descends, and the crank shaft 352 descends. The moving plate 353 on which the shaft 352 is fixed is lowered together with the crank shaft 352 by the operating shaft 350.

The working shaft 350 which is connected to the clutch plate 330 and the hinge 351 and rotates while being rotated is changed into a linear motion by the crank shaft 352 so that the moving plate 353 is vertically lowered and vertically lowered. As shown in FIGS. 11 and 14, the cutting knife 360 fixed to the lower portion of the movable plate 353 is lowered and the outer plate 120 of the panel 100 placed on the upper support 370 and the lower support 390. The portion where the bent portion 121 is formed while penetrating through is cut while forming the cutout groove 160 as illustrated in FIG. 14.

Since the movable plate 353 for moving the cutting knife 360 downward is inserted in the movable plate guide shaft 353a on which the return member 353b is formed, the movable plate 353 moves the return member 353b. Lower while compressing.

As described above, when the cutting knife 360 of the cutting member 300 descends and cuts while penetrating the outer plate 120 of the panel 100 placed on the upper support 370 and the lower support 390, the clutch plate 330 is cut. By the rotation, the cutting knife 360 again rises together with the working shaft 350.

When the cutting knife 360 is raised together with the working shaft 350, the moving plate 353 to which the cutting knife 360 is fixed is easily lifted upward by the return member 353b formed on the moving plate guide shaft 353a. While working shaft 350 is returned to its original position.

The clutch of the clutch operating member 400 formed on one side of the clutch plate 330 by a sensor (not shown in the figure) when the cutting knife 360 is raised together with the operating shaft 350 by the clutch plate 330. As the connecting rod 440 is moved toward the fixed bundle 410 by removing the pressure of the operation cylinder 460, the separator 420 connected to the connecting shaft 430 is clutched to the clutch plate 330. It is inserted into the groove 331.

In the state where the separator 420 is inserted into the clutch groove 331 of the clutch plate 330, the clutch plate 330 continuously rotates with the rotating plate 320 to engage the clutch 340 formed inside the clutch plate 330. When the inclined surface 341a formed on the sphere 341 is in close contact with the separator 420, the inclined surface 341a of the coupler 341 is pushed backward along the inclination of the separator 420, and the coupler 341 is the elastic member 342. While pressing) is separated from the coupling groove 321 of the rotating plate 320.

As described above, when the coupling hole 341 of the clutch plate 330 is separated from the coupling groove 321 of the rotary plate 320 by the separator 420, the rotary plate 320 rotates by the first power generating member 310. The power of the can not be transmitted, the rotation of the clutch plate 330 is stopped by the reverse rotation prevention device 332 formed on one side of the clutch plate 330.

As the clutch operating member 400 is operated by the sensor, the rotation of the clutch plate 330 is stopped and the panel fixing cylinder 510 of the panel fixing member 500 is operated to raise the presser bar 511 upward. The panel 100 fixed by the support 520 and the presser 511 is formed to be moved again.

As described above, when the panel fixing cylinder 510 of the panel fixing member 500 is operated and the presser bar 511 is raised, the transfer cylinder 740 of the transfer member 700 is operated in reverse to operate the body 200 and the transfer port. 720 moves the panel 100 along the guide shaft 730 to the opposite side to move, the panel fixing member 500 and the conveying member 700 and the portion to display the cutting position of the panel 100 again. The clutch operating member 400 is operated at the same time to form a cutting groove 160 in the cutting position of the panel 100 to the cutting member 300.

As described above, the panel 100 in which the cutting grooves 160 are formed by the cutting member 300 is moved to the panel cutting device to cut the portion in which the cutting grooves 160 are formed.

When cutting the panel 100, the cut groove 160 is formed to cut the part, so that the part that is heard when being cut by the cutting device is removed, thereby solving the problem that the finish part is heard by cutting and can be assembled easily.

In the above description of the preferred embodiment of the cutting position display device of the prefabricated panel according to the present invention, the present invention is not limited to this, but the scope of the claims and the detailed description of the invention and the accompanying drawings in various ways It is possible to carry out modification, and this also belongs to the present invention.

As described above, the present invention removes the bent portion of the portion to be cut by the cutter by cutting a part of the outer plate forming the insertion groove of the panel before cutting the panel using a cutter, so even if the panel is cut by the cutter Since the bent portion is cut, the bent portion does not open.

In addition, since the present invention does not need to be cut by opening the bent portion to be opened in advance, it is not necessary to double work to finish the bent portion is to provide an effect that can be convenient and shorten the assembly work.

Claims (7)

It is fixed between the panel manufacturing apparatus for fixing the outer plate printed on the surface and the various patterns and shapes on the upper and lower parts of the insulation and the panel cutting device for cutting the panel is formed in the direction in which the panel manufactured by the panel manufacturing apparatus is moved A body; A panel fixing member formed on both sides of the body and having a support formed to protrude to the front, and a panel fixing member formed on the upper portion of the support, the panel holding cylinder for moving the pressing bar and the pressing bar so that the panel placed on the support does not shake; The lower supporter, the intermediate supporter, and the upper supporter on which the outer plate of the panel fixed by the panel fixing member is placed are formed in the center, and the lower supporter, the intermediate supporter, and the upper supporter are connected to the first power generating member and the clutch at the upper end. A cutting member formed of a cutting knife for cutting the outer plate of the panel placed on the support while penetrating the support; A width adjusting member for adjusting the panel fixing cylinder of the panel fixing member and the upper support of the cutting member to a height corresponding to the width of the panel; Cutting position display device of the prefabricated panel, characterized in that formed on one side of the clutch for connecting the first power generating member and the cutting knife of the cutting member to control the operation of the cutting knife. The method of claim 1; The clutch of the cutting member is connected to the power transmission member is rotated, the front plate is formed with one or more coupling grooves; A clutch plate in close contact with the front surface of the rotating plate and having a clutch groove formed at a center of the circumference; Is inserted into the clutch plate so as to be movable, one side is inserted into the coupling groove of the rotary plate and the other side is supported by the elastic member is pressed toward the rotary plate to allow the clutch plate and the rotating plate to rotate together, protrudes into the clutch groove at the top Cutting position display device of the prefabricated panel, characterized in that consisting of the coupling sphere is formed inclined surface. The method of claim 1; The cutting member may include: an operating shaft rotatably fixed to the outside of the front of the clutch to rotate along the clutch and convert the rotational movement of the clutch into a linear movement; A crank shaft formed at a portion where the working shaft and the cutting knife of the cutting member are connected to move the cutting knife up and down by the working shaft; A moving plate having a plurality of moving plate guide shafts having a crank shaft fixed thereto and descending downward and having a return member formed around the crank shaft; And a cutting knife that is fixed to the lower portion of the moving plate and cuts the panel while descending downward. The method of claim 1; The width adjusting member includes: a second power generating member fixed inside the body; It is fixed to the lower support of the cutting member is rotated by the second power generating member, the inside is moved up and down by the rotation of the second power generating member, the end is maintained a fixed interval for fixing the upper support of the cutting member At least one pedestal feeder formed with a sphere; A cylinder moving shaft rotatably fixed to both sides of the body and connected to the first pedestal feeder; A cylinder moving table coupled to the cylinder moving shaft and moved up and down when the cylinder moving shaft is rotated; A width adjusting member which is formed such that both cylinder moving tables are connected to each other, and fixed to the lower panel fixing cylinders of the panel fixing member; Cutting position display device of the prefabricated panel, characterized in that consisting of an upper support guide shaft for guiding the upper support through the upper support while extending from the lower support of the cutting member to the upper. The method of claim 1; The clutch operating member includes a fixed bundle fixed to the body at one side of the clutch plate; A connecting shaft moving through the fixed bundle toward the clutch plate; A separator fixed to the clutch side end of the connecting shaft and formed to be inclined to one side at an upper end thereof; A clutch operating cylinder connected to the opposite side of the connecting shaft on which the separating table is formed, and moving the separating table fixed to the connecting shaft toward the clutch; The cutting position display device of the prefabricated panel, characterized in that the spring is fixed to the connecting rod and the fixed bundle made of a spring pressing the separator to the opposite side. The method of claim 1; The lower portion of the body cut position display device of the prefabricated panel characterized in that it further comprises a transfer member for moving the body in the longitudinal direction of the panel. The method of claim 6; The conveying member may include: a fixing table which is fixed while maintaining a constant distance in the longitudinal direction of the structure formed between the ground or the panel manufacturing apparatus and the panel cutting device; A plurality of guide shafts fixed between the holders; A guide hole into which the guide shaft is inserted and the upper end is fixed to the body to move the body along the guide shaft; It is fixed to the lower portion of the fixture, one end portion is connected to the transfer hole cutting position display device of the prefabricated panel, characterized in that consisting of a transfer cylinder for transporting the conveyer along the guide shaft.

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