KR101376120B1 - Board automatic trim apparatus - Google Patents

Abstract

The present invention relates to a film cutting device, and more particularly, a base frame, a lower support for supporting a lower side of a printed film provided on the base frame, the upper part positioned on the upper side to be coupled to the lower support. Mold, support frame provided in the base frame to place the upper mold on the upper side of the lower support, press means for cutting the printed circuit film from the film by moving the upper mold to the lower support provided on the support frame, lower support and the upper A plurality of circuit patterns for cutting between molds are provided in the base frame, and the base unit has a loading unit provided in the base frame to supply the printed film, and a plurality of clamps for clamping the film located in the loading unit. Front and back, left and right and up and down directions to transfer the film between the support and the upper mold To comprise a movable film transfer unit.
According to the present invention as described above, it is possible to supply the film closer to the lower support by the loading unit can shorten the cutting time by shortening the film transport distance to shorten the working time, according to the loading state of the printed circuit The mold can be rotated to improve the precision, and the lower support is provided on the base frame to support the lower part of the lower support. Can be extended.

Description

Film cutting device {Board automatic trim apparatus}

The present invention relates to a cutting device, and more particularly, to load the film in close proximity to the upper mold and the lower support to shorten the working time by reducing the film moving distance, to reduce the load applied repeatedly during press cutting It relates to a film cutting device that can extend the life.

In general, printed circuit films are classified into large, medium, and small sizes according to their intended use, and a plurality of circuit patterns are formed using copper, silver, or gold so that current flows through one base film made of synthetic resin. Formed to produce a circuit film having a plurality of circuit patterns.

As described above, the produced one circuit film is cut based on each circuit pattern and commercialized, and is made through a cutting process for cutting the circuit film.

To this end, various film cutting devices have been developed to cut and commercialize circuit films having respective sizes.

Conventional film cutting device (punching device), as disclosed in Korean Patent No. 10-1003455, is provided with a support frame on the base frame, the support frame is the upper mold and the lower support is installed to cut the film.

However, the film cutting device (punching device) is to be installed on the base frame so that the support frame is rotatable to the base frame, the lower side of the center portion is installed with the upper mold and the lower mold is spaced apart from the base frame.

When the film is repeatedly press-cut in such a state, a deformation occurs in the center portion of the support frame to be struck downward so that the press-cutting operation is not easily performed because the lower portion of the lower mold cannot be supported.

In order to solve this problem, conventionally, the center bearing is further provided to support the lower side of the lower mold, but deformation is still generated because the central bearing is broken or cannot be precisely supported by the repeatedly applied pressure.

In addition, when the support frame is rotated to accurately match the position and angle of the film and the mold, the friction may be generated as the center bearing is positioned below, which may interfere with the fine adjustment and still exist.

In addition, there is a problem in that the cutting of the press, there is no device that can cushion the impact between the upper mold and the lower mold can be broken and shorten the life.

Therefore, the present invention has been devised to solve the above problems, the lower support is provided in the base frame to support the lower side of the film, as well as to easily support the load repeatedly generated during press cutting, Equipped with a mold on the support frame installed on the upper side of the base frame, when correcting the position and angle with the film, easy modification is made by rotating only the upper mold by rotating the support frame, the film is loaded on the lower support It is an object of the present invention to provide a film cutting device that can be supplied in close proximity to shorten the transport distance of the film transfer unit, thereby reducing the working time and improving productivity.

The present invention for achieving the above object is fixed to the base frame, the base frame, the lower support for supporting the lower side of the film laminated circuit film printed a plurality of circuit patterns to the upper side of the protective film, the lower support Is positioned on the upper side to be coupled, the upper mold having a cutting blade for cutting the circuit film of the film, the support frame provided on the base frame to position the upper mold on the upper side of the lower support, provided on the support frame Pressing means for cutting only the circuit film in the film by moving the upper mold to the lower support, a loading portion provided in the base frame to supply a film for cutting between the lower support and the upper mold, and the loading portion It has a plurality of clamps for clamping the film, the base frame is provided, It comprises a film transport unit for transporting the film between the groups lower support and the upper mold.

Preferably, the support frame is formed to extend in the width direction of the base frame, the horizontal support frame is provided with an upper mold on the bottom spaced apart from the upper side of the base frame, respectively provided to support the lower ends of both ends of the horizontal support frame Vertical support frame, a support frame for supporting the lower end of each vertical support frame, when viewed in plan, the guide rail provided between the base frame and the support frame to form a predetermined arc around the upper mold, The horizontal support frame includes a rotating part for rotating the support frame to move the horizontal support frame along the guide rail, the horizontal support so that the upper mold corresponding to the circuit pattern arrangement of the film mounted on the lower support Rotate the frame.

And the press means, the press base frame provided in the support frame, the press base frame is provided to be movable in the vertical direction, the press moving frame provided with the upper mold at the lower end, the press moving frame is in a state Rotating rod is installed to the press base frame to be rotatable, and the press base portion is provided in the press base frame to rotate the rotating rod, by rotating the rotary rod in one direction or the other direction by the press driving unit, The press moving frame is moved to the lower side to cut the upper mold is mounted on the lower support or the film is moved upward to separate the upper mold from the lower support.

In addition, the press moving frame is further provided with a cushioning member between the upper mold to mitigate the impact with the upper mold when the film is cut, and after the film is cut, the upper mold is replaced.

And it is further provided with a control unit for controlling the press driving unit to match the cutting blade of the upper mold and the film mounted on the lower support to be cut.

The control unit may further control the press driving part to cut only the circuit film of the film, so that the cutting blade of the upper mold controls the moving distance of the upper mold.

The loading unit includes a loading mounting plate for mounting the film to be supplied, a loading frame installed on the base frame to support the lower side of the loading mounting plate, and a loading frame mounted on the loading frame to elevate the loading mounting plate. It includes a lift.

In addition, the loading mounting plate, the center portion is recessed so as to surround the front end of the lower support, when supplying the film as the lower support, the error is reduced.

The film transfer unit includes a transfer plate, a transfer arm provided at both ends of the transfer flake, and provided with a plurality of clamps facing each other, and the transfer plate in the front, rear, left and right directions, and the vertical direction of the base frame. It comprises a transport means for moving to.

The conveying means may include a first conveying part for moving the conveying plate in a film feeding direction or the opposite direction, a second conveying part for moving the first conveying part in the width direction of the base frame, and the conveying plate. It comprises a third transfer for lifting in the vertical direction.

The transfer plate may include a lifting base plate and a lifting plate provided at both ends of the transport base plate and spaced apart from the transport base plate by a predetermined distance, and having the transfer arms provided at both ends thereof. A third conveying plate positioned between the base plate and the elevating plate to be movable in the direction in which the film is conveyed or vice versa, a third conveying driving part for moving the third conveying plate, and both sides of the third conveying plate; It is provided at the end, and the guide groove is formed on the outer surface, the guide groove is formed in the upward and downward inclination upward from the front end portion to the rear end portion or upwardly inclined upward toward the front end portion, and along the guide groove of the elevation guide block Raising and lowering guide roller provided on the lifting plate to move As the third transfer drive unit moves the third transfer plate in the front-rear direction, the elevating guide block is moved, and the elevating guide block is moved so that the elevating guide roller is moved along the inclined guide groove. The plate is lifted up and down.

In addition, any one or more of the transfer arms are provided to be movable in the direction in which the transfer arms face each other by the gap adjusting means, the gap adjusting means, the interval provided on the transfer plate along the mutual direction of the transfer arms An adjustment rail, an interval guide block provided on the transfer arm and moved along the gap adjustment rail, a thread is formed along an outer circumferential surface thereof, and is provided to be rotatable on the transfer plate to rotate the gap arm for moving the transfer arm, and the It comprises a spacing adjustment driving portion provided in the transfer plate to rotate the spacing rod.

The clamp is provided on the transfer arm so as to be orthogonal to the film transfer direction, the clamp frame having a guide protrusion protruding in the film transfer direction at one end thereof, and provided at the lower end of the clamp frame to support the film lower side. A lower clamping part, a rotation block provided at the center of the clamp frame to rotate the upper end, and a guide groove of a long hole for fitting the guide protrusion of the clamp frame are formed, and the other end is rotatable to one side of the lower end of the rotation block. It is provided so that one end of the upper clamping portion for clamping the film together with the lower clamping portion by the rotation of the rotation block, and is connected to the other side of the lower end of the rotation block to rotate the rotation block to rotate the upper clamping portion Clamping driver for clamping or releasing film accordingly It is done by

As described above, according to the film cutting device according to the present invention, the film can be supplied closer to the lower support by the loading portion to shorten the film transfer distance to shorten the cutting time also shorten the working time, printing The upper mold can be rotated according to the loading state of the circuit to improve the precision, and the lower support is provided on the base frame to support the film. It is a very useful and effective invention that can alleviate and extend its life.

1 is a view showing a film cutting device according to the present invention,
2 is a view showing a front view of the film cutting device according to the present invention,
3 is a view showing a side view of the film cutting device according to the present invention,
4 is an exploded view of the film cutting device according to the present invention,
5 is a view showing a rotation state of the support frame according to the present invention,
6 is a view showing a press unit according to the present invention,
7 is a view showing a transfer unit according to the present invention,
8 is a view showing a transfer means of the transfer unit according to the present invention,
9 is a view showing a third transfer unit according to the present invention;
10 is a view showing a gap adjusting means according to the present invention,
11 shows a clamp according to the invention.

Hereinafter, preferred embodiments of the present invention will be described with reference to the accompanying drawings.

It should be noted that the present invention is not limited to the scope of the present invention but is only illustrative and various modifications are possible within the scope of the present invention.

1 is a view showing a film cutting device according to the present invention, Figure 2 is a view showing a front view of the film cutting device according to the present invention, Figure 3 is a view showing a side view of the film cutting device according to the present invention. 4 is a view showing an exploded view of a film cutting device according to the present invention, Figure 5 is a view showing a rotating state of the support frame according to the present invention, Figure 6 is a view showing a press unit according to the present invention 7 is a view showing a transfer unit according to the present invention, FIG. 8 is a view showing a transfer unit of the transfer unit according to the present invention, and FIG. 9 is a view showing a third transfer unit according to the present invention. 10 is a view showing a gap adjusting means according to the present invention, Figure 11 is a view showing a clamp according to the present invention.

As shown in the figure, the film cutting device 10 is the base frame 100 and the lower support 200, the upper mold 300, the support frame 400, the press means 500, the loading unit 600 and It is composed of a film transfer unit 700.

The lower support 200 is provided on the base frame 100 to support the lower side of the film 20 on which a plurality of circuit patterns are printed. When cutting, the lower support 200 can easily and precisely cut and support the lower side of the film 20. Make sure

Here, the film 20 is formed by stacking the circuit film 22 and the protective film 24, the circuit film 22 is a circuit pattern is printed, the protective film 24 is a plurality of circuit patterns are constant. It is to prevent each circuit film 22 cut and positioned below the printed circuit film 22 at intervals.

And the upper mold 300 is located on the upper side to be coupled to the lower support 200, has a cutting blade 310, the support frame 400 is positioned the upper mold 300 on the upper side of the lower support (200). It is provided in the base frame 100 to make.

Press means 500 is provided in the support frame 400 to move the upper mold 300 to the lower support 200 to cut only the circuit film 22 in the film 20.

At this time, the press means 500 is controlled by the control unit 900 to control the moving distance of the upper mold 300, accordingly, the cutting blade 310 cuts only the circuit film 22 in the film 20 It is to let.

In addition, the loading unit 600 is provided in the base frame 100 to supply a printed film 20 with a plurality of circuit patterns for cutting between the lower support 200 and the upper mold 300.

The film transfer unit 700 has a plurality of clamps 730 for clamping the film 20 located in the loading unit 600, is provided in the base frame 100, the lower support 200 and the upper mold ( It is provided to be movable in the front-rear direction, the left-right direction and the up-down direction to transfer the film 20 between the 300.

In other words, the loading unit 600 is provided at the front of the lower support 200, and the film transfer unit 700 is provided at the rear thereof so that the film 20 mounted on the loading unit 600 is transferred to the film transfer unit 700. After clamping, it is to move between the lower support 200 and the upper mold (300).

The upper mold 300 is moved up and down by the press means 500 provided in the support frame 400 to cut only the circuit film 22 from the transferred film 20.

To this end, looking at the support frame 400 in detail, as shown in Figures 1 to 5, the horizontal support frame 410 and the vertical support frame 420, the support support frame 430, the guide rail 440 and It consists of a rotating part 450.

First, the horizontal support frame 410 is formed long in the width direction of the base frame 100, the upper mold 300 is provided on the lower surface spaced apart to the upper side of the base frame 100, the upper mold 300 The press part 500 is fixed to install the upper mold 300.

The vertical support frame 420 is provided to support the lower ends of both ends of the horizontal support frame 410, respectively, to support the lower side so as to space the horizontal support frame 410 to the upper side of the base frame 100.

And the support frame 430 is to support the lower end of each vertical support frame 420, the guide rail 440 and the rotating portion 450 is provided between the base frame 100.

Guide rail 440 is provided between the base frame 100 and the support frame 430 to form a predetermined arc around the upper mold 300, when viewed in a plane, the rotating portion 450 is a guide rail The base frame 110 is provided to rotate the support frame 430 to be moved along the 440.

Here, the support frame 430 is moved along the guide rail 440 by the pivot 450 to rotate the horizontal support frame 410 connected by the vertical support frame 420, this horizontal support frame 410 The upper mold 300 installed in the) is rotated.

The rotation of the upper mold 300 is prepared in the case where the clamped film 20 is distorted horizontally to one side, as shown in FIG. 5, after checking the horizontal state of the film 20, After rotating the upper mold 300 according to the arrangement state, the circuit film 22 can be cut to precisely cut.

Of course, the lower support 200 is fixed to the base frame 100, even if the upper mold 300 is rotated with the support frame 400 can cut the circuit film 22.

To this end, the upper surface of the lower support 200 for supporting the film 20 is formed larger than the lower surface formed by the cutting blade 310 of the upper mold 300 is protruded cutting blade of the upper mold 300 is rotated It is preferable that 310 does not leave the upper surface of the lower support 200.

In other words, the lower support 200 is formed to be larger than the rotation radius of the cutting blade 310 to accommodate even if the cutting blade 310 of the upper mold 300 is rotated by a predetermined angle.

And the press means 500, as shown in Figure 6, is composed of a press base frame 510, the press moving frame 520, the rotating rod 530 and the press driving unit 540.

The press base frame 510 is provided in the support frame 400, the press moving frame 520 is provided to be movable in the vertical direction to the press base frame 510, the upper mold 300 is provided at the lower end.

In addition, the rotating rod 530 is installed to be rotatable in the press base frame 510 in a state in which the press moving frame 520 is penetrated, the press driving unit 540 is provided in the press base frame 510 to rotate the rotating rod 530. Rotated.

Looking at the operation state of the press means 500, when the rotating rod 530 by the press driving unit 540 in one direction or the other direction, the press moving frame 520 is moved to the lower side, the upper mold 300 is lower The printed circuit film mounted on the support 200 is cut or moved upward to separate the upper mold 300 from the lower support 200.

At this time, the press moving frame 520 is further provided with a buffer member 550 between the upper mold 300, to mitigate the impact with the lower support 200 when cutting the printed circuit film.

Accordingly, it is possible to extend the life of the lower support 200 and the upper mold 300 to extend the life of the film cutting device 10.

Here, the control unit 900 is further provided, the control unit 900 is pressed to match the cutting blade 310 of the upper mold 300 and the film 20 mounted on the lower support 200 to be cut. The driving unit 540 is controlled.

In other words, the controller 900 checks the circuit pattern arrangement of the mounted film 20, and controls the press driving unit 540 according to the arrangement of the circuit pattern, thereby rotating the horizontal support frame 510. The cutting blade 310 of the upper mold 300 is to match the circuit film 22.

At this time, the control unit 900 may check the circuit pattern of the film 20 through the image acquisition means (not shown) to rotate the cutting blade 310 of the upper mold 300 to correspond thereto.

And the loading unit 600 for loading to supply the film 20 is composed of a loading mounting plate 610, the ding frame 620 and the loading lifting unit 630.

The loading mounting plate 610 is mounted to supply the film 20 between the lower support 200 and the upper mold 300, and the lower side is supported by the loading frame 620 and installed on the base frame 100.

Here, the loading elevating unit 630 is provided in the loading frame 620 to elevate the loading mounting plate 610, the loading elevating unit 630 is clamping the film 20, the film transfer unit 700 is mounted The loading mounting plate 610 is positioned higher than the lower support 200 so as to be able to do so.

Then, when the film transfer unit 700 clamps the film 20, the loading lift 630 is positioned lower than the lower support 200 of the loading support plate 610 of the film transfer unit 700 for cutting work It is to secure a moving space.

Here, the loading mounting plate 610 is recessed to the center portion to surround the front end portion of the lower support 200, as shown in Figure 1, the rear end both sides protruded by the recessed central portion protrudes the front end of the lower support 200 As it is located on both sides of the portion, when loading, the film 20 may be positioned above the lower support 200.

Thus, the transport distance of the film transfer unit 700 can be reduced than in the prior art can reduce the error when supplying the film, the distance traveled for cutting the printed circuit film can be reduced to shorten the working time.

As described above, referring to the film transfer unit 700 for transferring the film 20, as shown in FIGS. 7 to 9, the transfer plate 710, the transfer arm 720, the clamp 730, and the transfer means ( 800).

The transfer plate 710 is provided on the base frame 100, is provided on the rear side than the lower support 200, the transfer arm 720 is provided at both ends of the transfer plate 710, respectively, of the transfer plate 710 Protrudes forward.

A plurality of clamps 730 are provided in the mutually opposite directions of the protruding pair of transfer arms 720 to clamp the film 20.

Here, any one or more of the pair of transfer arms 720 are provided to be movable in the direction in which the transfer arms face each other, the gap adjusting means 1000 is further provided to adjust the gap according to the film 20 size Can be clamped.

And the conveying means 800 is to move the conveying plate 710 in the front and rear, left and right directions and the vertical direction of the base frame 100, the film 20 for cutting the lower support 200 and the upper mold ( To be positioned between 300).

As shown in FIGS. 7 to 8, the transfer means 800 includes a first transfer unit 810, a second transfer unit 820, and a third transfer unit 830.

The first transfer unit 810 is for moving the transfer plate 710 in the film 20 supply direction or the opposite direction, the second transfer unit 820 the first transfer unit 810 the width of the base frame 100 Direction, the third transfer unit 830 is provided to raise and lower the transfer plate 710 in the vertical direction.

Here, the transfer plate 710 is composed of a transfer base plate 712 and the elevating plate 714, the elevating plate 714 is provided to be moved up and down at a predetermined interval spaced above the transfer base plate 712, The transfer arm 720 is provided at both ends.

In addition, the first transfer part 810 is provided below the pair of first transfer rails 812 and the transfer base plate 712 of the transfer plate 710 formed in the film supply direction or the opposite direction, and thus, the first transfer rail ( A first transfer guide block 814 which is moved along the 812 is provided, and is configured as a first transfer motor 816 for moving the transfer base plate 712.

The second transfer part 820 is provided below the second transfer rail 822 and the first transfer rail 812 in the width direction of the base frame 100 and is moved along the second transfer rail 822. The second transfer guide block 824 is provided and includes a second transfer motor 826 for moving the first transfer rail 812.

In addition, the third transfer unit 830 is composed of a third transfer plate 832 and the third transfer driving unit 834, the lifting guide block 836 and the lifting guide roller 838.

The third transfer plate 832 is positioned between the transfer base plate 712 and the elevating plate 714 so as to be movable in the direction in which the film 20 is transferred or in the opposite direction.

In addition, the third transfer driving unit 834 is provided in the transfer base plate 712 to move the third transfer plate 832.

The lifting guide block 836 is provided at both ends of the third transfer driving part 834, and guide grooves 837 are formed on the outer surface, and the guide grooves 837 are inclined upward from the front end to the rear end or at the rear end. It is formed to be inclined upward toward the front end portion.

In addition, the elevating guide roller 838 is provided on the elevating plate 714 to move along the guide groove 837 of the elevating guide block 836.

Looking at the operation state of the third transfer unit 830, as the third transfer drive unit 834 moves the third transfer plate 832 in the front-rear direction, the lifting guide block 836 is moved, the lifting guide block ( 836 is moved and the lifting guide roller 838 is moved along the inclined guide groove 837 so that the lifting plate 714 is lifted in the vertical direction.

Thereby, the film 20 can be raised and lowered up and down.

Here, the pair of transfer arms 720 is the interval is adjusted, as shown in Figure 10, any one or more of the transfer arms 720 is the direction in which the transfer arms face each other by the gap adjusting means 740 It is provided to be movable.

The gap adjusting means 740 is composed of a gap adjusting rail 742, a gap guide block 744, a gap rotating rod 746, and a gap adjusting driver 748.

First, the gap adjusting rail 742 is provided on the transfer plate 710 along the direction in which the transfer arms 720 face each other, and the gap guide block 744 is provided on the transfer arm 720 so that the gap adjusting rail ( 742 is moved along.

And the interval rotating rod 746 is formed with a screw thread along the outer circumferential surface, and is provided to be rotatable in the transfer plate 710 to move the transfer arm 720.

The gap rotating rod 746 is rotated by the gap adjusting driver 748, the gap adjusting driver 748 is provided on the transfer plate 710.

As shown in FIG. 10, in one embodiment, the gap adjusting means 740 moves one transfer arm 720 in the other direction to adjust the gap according to the film 20 size, and the first transfer part 810. ) And the second transfer part 820 to cut the film 20.

In addition, as shown in FIG. 11, the clamp 730 includes a clamp frame 731, a lower clamping part 732, a rotation block 733, an upper clamping part 734, and a clamping driving part 735.

The clamp frame 731 is provided on the transfer arm 720 to be orthogonal to the transfer direction of the film 20, and a guide protrusion 736 protrudes from the transfer direction of the film 20 at one end thereof.

The lower clamping part 732 is provided at one end of the clamp frame 731 to support the lower side of the film 20, and the rotation block 733 is provided at the center of the clamp frame 731 such that the upper end thereof is rotatable. Is provided.

The upper clamping portion 734 is formed with a guide groove 737 of the long hole for fitting the guide protrusion 736 of the clamp frame 731, the other end is provided to be rotatable on one side of the lower end of the rotation block 733. .

The upper clamping part 734 is provided so that one end clamps the film 20 together with the lower clamping part 732 by the rotation of the rotation block 733.

In addition, the clamping driving unit 735 is rotatably connected to the other end of the lower end of the rotation block 733 to rotate the rotation block 733 to rotate the upper clamping unit 734 to clamp or release the film 20. .

10: cutting device 20: film
22: circuit film 100: base frame
200: lower support 300: upper mold
400: support frame 410: horizontal support frame
420: vertical support frame 430: support frame
440: guide rail 450: rotating part
500: press means 510: press base frame
520: press moving frame 530: press driving unit
540: rotating rod 550: buffer member
600: loading unit 610: loading plate
620: loading frame 630: loading elevator
700: film transfer unit 710: transfer plate
720: transfer arm 730: clamp
800: transfer means 810: first transfer unit
820: second transfer unit 830: third transfer unit
900:

Claims (13)

A base frame;
A lower support fixed to the base frame and supporting a lower side of a film on which a circuit film on which a plurality of circuit patterns are printed is stacked on an upper side of the protective film;
An upper mold positioned at an upper side to be coupled to the lower support and having a cutting blade for cutting the film;
A support frame provided in the base frame to position the upper mold on the upper side of the lower supporter;
Press means provided in the support frame to move the upper mold to the lower support to cut only the circuit film from the film;
A loading part provided in the base frame to supply a film for cutting between the lower support and the upper mold;
The loading unit may include:
A loading mounting plate for mounting to supply the film;
A loading frame installed on the base frame to support a lower side of the loading mounting plate; And
A loading lifting part provided in the loading frame to lift the loading mounting plate;
The loading plate is,
A central portion is recessed to surround the front end of the lower support and is configured to reduce an error when supplying the film with the lower support;
And a film conveying unit having a plurality of clamps for clamping the film located in the loading part, the film feeding unit being provided in the base frame and transferring the film between the lower support and the upper mold.
The method of claim 1, wherein the support frame,
A horizontal support frame which is formed in the width direction of the base frame and is spaced above the base frame and provided with an upper mold on a lower surface thereof;
Vertical support frames each provided to support lower ends of the horizontal support frames;
A support frame for supporting a lower end of each vertical support frame;
When viewed in plan view, the guide rail provided between the base frame and the support frame to form a predetermined arc around the upper mold;
It includes a rotating part for rotating the support frame to move the horizontal support frame along the guide rail,
Film cutting device, characterized in that for rotating the horizontal support frame so that the upper mold is located correspondingly according to the circuit pattern arrangement state of the film mounted on the lower support.
The method of claim 1, wherein the press means,
A press base frame provided in the support frame;
A press moving frame provided on the press base frame to be movable in a vertical direction and having the upper mold provided at a lower end thereof;
A rotating rod installed to be rotatable to the press base frame while the press moving frame is penetrated; And
It is provided in the press base frame and comprises a press driving unit for rotating the rotating rod,
When the rotating rod is rotated in one direction or the other direction by the press driving unit, the press moving frame is moved downward to cut the film mounted on the lower support, or moved upward to separate the upper mold from the lower support. Film cutting device, characterized in that.
According to claim 3, The press moving frame,
A cushioning member is further provided between the upper mold and the film cutting device to relieve an impact with the upper mold when cutting the film, and to reposition the upper mold after cutting the film.
The method of claim 3,
And a control unit for controlling the rotating unit to match the cutting blade of the upper mold with the film mounted on the lower support to be cut.
6. The apparatus of claim 5,
The cutting device of the upper mold film cutting device, characterized in that for controlling the movement distance of the upper mold by further controlling the press drive to cut only the circuit film of the film.
delete delete The method of claim 1, wherein the film transfer unit,
Transfer plate;
Transfer arms provided at both ends of the transfer plate and provided with a plurality of clamps facing each other; And
And a conveying means for moving the conveying plate in the front, rear, left, and right directions of the base frame.
The method of claim 9, wherein the transfer means,
A first conveying unit for moving the conveying plate in a film feeding direction or the opposite direction;
A second transfer part for moving the first transfer part in a width direction of the base frame; And
And a third transfer part for elevating the transfer plate in the vertical direction.
11. The method of claim 10,
The transfer plate,
It is composed of a lifting base plate and the lifting base which is spaced apart from the upper side and the transfer base plate to be moved upward and downward, the transfer arm is provided at both ends,
The third conveying unit includes:
A third transfer plate positioned between the transfer base plate and the elevating plate and installed to be movable in the direction in which the film is transferred or in the opposite direction;
A third transfer driving unit for moving the third transfer plate;
A lifting guide block provided at both ends of the third transfer plate and having guide grooves formed on an outer surface thereof, the guide grooves being inclined upwardly from the front end to the rear end or inclined upward from the rear end to the front end; And
It includes a lifting guide roller provided on the lifting plate to move along the guide groove of the lifting guide block,
As the third transfer driver moves the third transfer plate in the front and rear direction, the elevating guide block is moved, and the elevating guide block is moved so that the elevating guide roller is moved along the inclined guide groove so that the elevating plate is moved up and down. Film cutting device, characterized in that the lift.
11. The method of claim 10,
Any one or more of the transfer arms are provided to be movable in the direction in which the transfer arms face each other by a gap adjusting means,
The gap adjusting means,
A gap adjusting rail provided on the transfer plate along the mutual direction of the transfer arm;
A gap guide block provided on the transfer arm and moved along the gap adjusting rail;
A threaded thread is formed along an outer circumferential surface and is provided to be rotatable on the transfer plate to move the transfer arm; And
Film cutting device comprising a gap adjusting drive portion provided in the transfer plate to rotate the gap rotating rod.
The method of claim 9, wherein the clamp,
A clamp frame provided on the transfer arm so as to be orthogonal to the film transfer direction, and having a guide protrusion protruding in the film transfer direction at one end thereof;
A lower clamping part provided at one end of the clamp frame to support a lower film;
A rotation block provided at a central portion of the clamp frame such that an upper end portion is rotatable;
The guide groove of the long hole for the guide projection of the clamp frame is formed is formed, the other end is provided to be rotatable on one side of the lower end of the rotation block is clamped the film with one end of the lower clamping portion by the rotation of the rotation block. An upper clamping part; And
And a clamping driving part which is rotatably connected to the other side of the lower end of the rotating block to rotate or rotate the upper clamping part, thereby clamping or releasing the film.

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