CN105073354B - Punching machine - Google Patents

Abstract

Punching machine of the invention（100）It is a kind of punching machine that sheet machined object W to being conveyed in volume to volume mode enters eleven punch 11, including：Sheet machined object conveying mechanism（110）, conveying sheet-shaped machined object W；First punch block mechanism（ 130）, with a plurality of drifts（138）With the first perforated die that predetermined pattern is arranged（131）, causing first perforated die（131）After moving to the optional position in the first punched areas, a plurality of holes are disposably worn to the sheet machined object W；And second punch block mechanism（160）, with having arranged a drift（168）The second perforated die (161), after causing that second perforated die (161) moves to the optional position in the second punched areas, one, the holes of sheet machined object W mono- hole is perforated.Punching machine (100) of the invention, is that one kind can further improve productivity ratio, further, it is possible to the punching machine of the enterprising eleven punch 11 in optional position in sheet machined object.

Description

Punching machine

Technical field

The present invention relates to a kind of punching machine.

Background technology

In the past, eleven punch 11 was entered by punch block mechanism to the sheet machined object for conveying in RTR (Roll-to-Roll) modes Punching machine be known (for example, referenced patent document one).

Herein, RTR modes refer to that the sheet machined object that will be rolled into web-like is extracted out and processed, then the side being rolled into a roll Formula, is a kind of productivity ratio processing mode high.

Figure 22 is to show the figure for illustrating conventional punching machine 900.

Conventional punching machine 900 is as shown in figure 22, including：Sheet machined object conveying mechanism 910, from extraction unit 911 To the conveying sheet-shaped machined object W of winder 912；And punch block mechanism 960, with having arranged wearing for drift (punch) 968 Punch die 961, after perforated die 961 is moved to the optional position in the punched areas perforated by punch block mechanism, to piece The perforation of one, the holes of shape machined object W mono- hole ground.

According to conventional punching machine 900, due to entering eleven punch 11 to the sheet machined object W for conveying in RTR modes, therefore Eleven punch 11 can be entered to sheet machined object W with high production rate.

Also, according to conventional punching machine 900, due to being included in so that perforated die 961 is moved in punched areas Optional position after, the punch block mechanism 960 perforated to one, the holes of sheet machined object W mono- hole, therefore, it is possible in sheet quilt The enterprising eleven punch 11 in optional position of machining object W.

However, sheet machined object W is worn using conventional punching machine 900 multiple holes in the case of, due to Past punching machine 900 is the punching machine perforated of one, hole hole ground, therefore exists and wearing multiple to sheet machined object W Wasted time and energy on hole, it is difficult to further put forward large-duty problem.

Then, it is contemplated that by by the punch block mechanism of conventional punching machine be set to a plurality of drifts with predetermined sample Formula (pattern) is arranged, and the punch block mechanism of plurality of holes is disposably worn to sheet machined object, further to improve production Rate.However, in such punching machine, due to cannot be beyond the position corresponding with the arrangement pattern of a plurality of drifts The enterprising eleven punch 11 in position, therefore there are can not sheet machined object optional position perforate situation as problem.

Look-ahead technique document Prior Art

Patent document

One International Publication of patent document 2004/110665

The content of the invention

Therefore, the present invention is invented to solve such problem, it is therefore intended that providing one kind can further carry High production rate, further, it is possible to the punching machine perforated in the optional position of sheet machined object.

[1] a kind of sheet machined object to being conveyed in volume to volume mode passes through the first punch block mechanism and the second punch block mechanism Enter the punching machine of eleven punch 11, including：Sheet machined object conveying mechanism, the sheet is conveyed from extraction unit to winder and is added Work thing；First punch block mechanism, with the first perforated die that a plurality of drifts is arranged with predetermined pattern, described in causing First perforated die is moved to by behind the optional position in the first punched areas that first punch block mechanism enters eleven punch 11, right The sheet machined object disposably wears a plurality of holes；And second punch block mechanism, with having arranged a drift The second perforated die, move to and enter the second of eleven punch 11 by second punch block mechanism second perforated die is caused Behind optional position in punched areas, one, the hole of the sheet machined object one hole is perforated, wherein, first perforation Mechanism and second punch block mechanism are along the conveying direction of the sheet machined object with this order or order in contrast to this It is equipped.

Punching machine of the invention, due to including disposably wearing the first of a plurality of holes to sheet machined object Punch block mechanism, therefore compared with conventional punching machine, no longer wasted time and energy on multiple holes being worn to sheet machined object, its knot Fruit is can further to improve productivity ratio.

Also, punching machine of the invention, due to being included in so that the second perforated die moves to the second punch block Behind optional position in domain, the second punch block mechanism perforated to one, the holes of sheet machined object W mono- hole, therefore, it is possible to The enterprising eleven punch 11 in position beyond the corresponding position of arrangement pattern of a plurality of drift in the first punch block mechanism, can be in piece The enterprising eleven punch 11 in optional position of shape machined object.

Therefore, punching machine of the invention, is that one kind can further improve productivity ratio, further, it is possible in sheet The punching machine of the enterprising eleven punch 11 in optional position of machined object.

[2] in punching machine of the invention, also have the feature that：By the conveying with the sheet machined object The parallel axle in direction as x-axis, using axle parallel with the surface of the sheet machined object and vertical with the x-axis as y-axis, And using axle vertical with the x-axis and vertical with the y-axis as in the case of z-axis, first punch block mechanism has：X-axis Drive division so that first perforated die is moved along the x-axis；Y-axis drive division so that first perforated die along The y-axis movement；And rotary driving part, cause first perforated die clockwise or the inverse time by rotary shaft of the z-axis Pin rotates, and second punch block mechanism has：X-axis drive division so that second perforated die is moved along the x-axis；With And y-axis drive division so that second perforated die is moved along the y-axis.

Punching machine of the invention, because the first punch block mechanism has x-axis drive division and y-axis drive division, therefore energy Enough so that the first perforated die moves to the optional position in the first punched areas.As a result, can be in sheet machined object Optional position on wear the corresponding a plurality of hole of arrangement pattern with the drift of the first punch block mechanism.

Also, punching machine of the invention, because the first punch block mechanism has rotary driving part, even if therefore because Certain reason (for example, in the case where sheet machined object is inclined by conveying relative to x-axis, or in the bending of sheet machined object In the case of etc.), and it is big relative to the tilt quantity of x-axis in the state of, it is also possible to so that all of drift of the first punch block mechanism with The predetermined punch position of sheet machined object is involutory.In addition, only causing that rotary driving part obtains above-mentioned by slightly rotating Effect.

Further, punching machine of the invention, because the second punch block mechanism has x-axis drive division and y-axis drive division, Therefore, it is possible to cause that the second perforated die moves to the optional position in the second punched areas.As a result, can be by second Punch block mechanism is perforated on the optional position of sheet machined object.

[3] in punching machine of the invention, also have the feature that：By the conveying with the sheet machined object The parallel axle in direction as x-axis, and using axle parallel with the surface of the sheet machined object and vertical with the x-axis as y In the case of axle, first punch block mechanism has：X-axis drive division so that first perforated die is moved along the x-axis It is dynamic；And y-axis drive division so that first perforated die is moved along the y-axis, and second punch block mechanism has：X-axis Drive division so that second perforated die is moved along the x-axis；And y-axis drive division so that second perforated die Moved along the y-axis.

Punching machine of the invention, because the first punch block mechanism has x-axis drive division and y-axis drive division, therefore energy Enough so that the first perforated die moves to the optional position in the first punched areas.As a result, can be in sheet machined object Optional position on wear the corresponding a plurality of hole of arrangement pattern with the drift of the first punch block mechanism.Especially, can be In the state of being maintained in predetermined scope relative to the tilt quantity of x-axis in the case of conveying sheet-shaped machined object, even if first Punch block mechanism does not have rotary driving part, it is also possible to so that all of drift of the first punch block mechanism is predetermined with sheet machined object Punch position be involutory.

Also, punching machine of the invention, because the second punch block mechanism has x-axis drive division and y-axis drive division, because This enables to the second perforated die to move to the optional position in the second punched areas.As a result, can be worn by second Holes mechanism is perforated on the optional position of sheet machined object.

[4] punching machine of the invention also includes：Sheet machined object travel mechanism, is causing the sheet machined object The first perforation object position while move to first punched areas so that the second perforation of the sheet machined object Object position moves to second punched areas；And creepage distance adjustment roller, along the conveying of the sheet machined object Direction is provided between first punch block mechanism and second punch block mechanism, to the piece along the sheet machined object The creepage distance of face, described first punch block mechanism and second punch block mechanism is adjusted.

Punching machine of the invention, due to that can adjust roller by creepage distance adjust the first punch block mechanism and the The creepage distance of two perforating machine structure, therefore creepage distance is adjusted by according to hole pattern, so as to only carry out being processed by sheet The shift action that thing travel mechanism is done, you can move to the causing that the first perforation object position of sheet machined object is correct While one punched areas so that the second perforation object position of sheet machined object correctly moves to the second punched areas.

[5] punching machine of the invention also includes：First sheet machined object travel mechanism so that the sheet is processed First perforation object position of thing moves to first punched areas；Second sheet machined object travel mechanism so that described Second perforation object position of sheet machined object moves to second punched areas；And jockey pulley, along the sheet The conveying direction of machined object is provided between first punch block mechanism and second punch block mechanism.

Punching machine of the invention, by the shifting for independently carrying out being done by the first sheet machined object travel mechanism Action and the shift action done by the second sheet machined object travel mechanism, can cause the first of sheet machined object While perforation object position correctly moves to the first punched areas so that the second perforation object position of sheet machined object Correctly move to the second punched areas.Also, due to including jockey pulley, therefore, it is possible to absorb because independently carrying out by first piece Shift action that shape machined object travel mechanism is done and the shift action that is done by the second sheet machined object travel mechanism and The lax variation of issuable sheet machined object.

[6] in punching machine of the invention, also have the feature that：First punch block mechanism and described second is worn Holes mechanism is the punch block mechanism that the sheet machined object to being conveyed along horizontal direction enters eleven punch 11.

Due to having a structure in which, therefore act on any position of the gravity in sheet machined object of sheet machined object Puts all be same state, it is difficult to the problem for producing sheet machined object to relax etc..As a result, can be in sheet machined object Desired position on correctly enter eleven punch 11.

[7] in punching machine of the invention, also have the feature that：First punch block mechanism is to on vertical The sheet machined object of side's conveying enters the punch block mechanism of eleven punch 11, and second punch block mechanism is to being conveyed to vertical lower The sheet machined object enter the punch block mechanism of eleven punch 11.

Due to having a structure in which, therefore, it is possible to reduce the setting area of punching machine.

Also, due to having a structure in which, thus it is Chong Die with the first punch block mechanism and the second punch block mechanism be disposed in it is vertical The upward situation of Nogata is compared, and the setting height of punching machine will not be too high.As a result, being a kind of operation and die change etc. Work be easy to the punching machine for carrying out.

[8] in punching machine of the invention, also have the feature that：First punch block mechanism is with a plurality of The first perforated die as first perforated die while, also with from the first a plurality of perforated die select Go out a first perforated die selector for being supplied to the first perforated die of the sheet machined object perforation.

Punching machine of the invention, because the first punch block mechanism has the first a plurality of perforated dies as first Perforated die, therefore, it is possible to according to circumstances arrange different the first a plurality of perforated die of pattern using drift respectively, can Enter eleven punch 11 to arranging the various hole of pattern on sheet machined object.

[9] in punching machine of the invention, also have the feature that：Second punch block mechanism is with a plurality of The second perforated die as second perforated die while, also with from the second a plurality of perforated die select Go out a second perforated die selector for being supplied to the second perforated die of the sheet machined object perforation.

Punching machine of the invention, because the second punch block mechanism has the second a plurality of perforated dies as second Perforated die, therefore, it is possible to according to circumstances be worn using arranged variform drift or drift of different sizes second respectively Various different shapes on sheet machined object W and different size of hole can be entered eleven punch 11 by punch die.

In addition, punching machine of the invention, because there are the second a plurality of perforated dies of the second punch block mechanism to make Be the second perforated die, thus to the second a plurality of perforated dies using in the case of same drift, even if one the The drift end-of-life of two perforated dies, without the replacing for carrying out drift or the replacing of the second perforated die, only selects another Individual second perforated die is that can proceed with perforation process.Therefore, it is a kind of operational efficiency punching machine high.

[10] punching machine of the invention also includes：Image mechanism, the predetermined portions to the sheet machined object are carried out Shooting, wherein, based on the image as captured by the image mechanism, first punch block mechanism is carried out relative to the sheet quilt The positioning of the positioning of machining object and second punch block mechanism relative to the sheet machined object.

Due to having a structure in which, therefore, it is possible to accurately be worn on the desired position of sheet machined object Hole.

[11] in punching machine of the invention, also have the feature that：With first punch block mechanism and described Second punch block mechanism is compared closer to the winder side, and be equipped with is carried out clearly for the surface to the sheet machined object The wiper mechanism washed.

Due to having a structure in which, therefore, it is possible to remove the issuable punching when eleven punch 11 is entered to sheet machined object Head waste material.

[12] in punching machine of the invention, also have the feature that：With first punch block mechanism and described Second punch block mechanism is compared closer to the winder side, is equipped with and is changed for the surface to the sheet machined object Kind surface modification mechanism.

Due to having a structure in which, therefore, it is possible to remove the burr being likely to form on the surface of sheet machined object etc. It is concavo-convex.Thus it is possible to so that the surface of sheet machined object smooths.

[13] a kind of sheet machined object to being conveyed in volume to volume mode passes through the first punch block mechanism and the second punch Structure enters the punching machine of eleven punch 11, including：Sheet machined object conveying mechanism, the sheet quilt is conveyed from extraction unit to winder Machining object；First punch block mechanism, with the first perforated die, moves to by described first perforated die is caused Behind the optional position that first punch block mechanism enters in the first punched areas of eleven punch 11, eleven punch 11 is entered to the sheet machined object； Second punch block mechanism, with the second perforated die, wears causing second perforated die to move to by described second Behind the optional position that holes mechanism enters in the second punched areas of eleven punch 11, eleven punch 11 is entered to the sheet machined object；Sheet quilt Machining object travel mechanism, first punched areas are moved to the first perforation object position of the sheet machined object is caused While so that the second perforation object position of the sheet machined object moves to second punched areas；And along face Distance adjustment roller, is provided in first punch block mechanism and described second and wears along the conveying direction of the sheet machined object Between holes mechanism, to piece face, described first punch block mechanism and second punch along the sheet machined object The creepage distance of structure is adjusted, wherein, first punch block mechanism and second punch block mechanism are added along the sheet The conveying direction of work thing is with this order or is sequentially equipped in contrast to this.

Punching machine of the invention, even if all there is a plurality of punching in the first punch block mechanism and the second punch block mechanism In the case of the perforated die that arranges in a predetermined pattern of head or all have in the case of having arranged a perforated die for drift, Also it is obtained in that and the effect identical effect described in above-mentioned [4].

[14] a kind of sheet machined object to being conveyed in volume to volume mode passes through the first punch block mechanism and the second punch Structure enters the punching machine of eleven punch 11, including：Sheet machined object conveying mechanism, the sheet quilt is conveyed from extraction unit to winder Machining object；

First punch block mechanism, with the first perforated die, moves to by institute first perforated die is caused After stating the optional position that the first punch block mechanism enters in the first punched areas of eleven punch 11, the sheet machined object is worn Hole；Second punch block mechanism, with the second perforated die, moves to by described second second perforated die is caused Behind the optional position that punch block mechanism enters in the second punched areas of eleven punch 11, eleven punch 11 is entered to the sheet machined object；First Sheet machined object travel mechanism so that the first perforation object position of the sheet machined object moves to first perforation Region；Second sheet machined object travel mechanism so that the second perforation object position of the sheet machined object moves to institute State the second punched areas；And jockey pulley, it is provided in first perforation along the conveying direction of the sheet machined object Between mechanism and second punch block mechanism, wherein, first punch block mechanism and second punch block mechanism are along described The conveying direction of shape machined object is with this order or is sequentially equipped in contrast to this.

Punching machine of the invention, even if all there is a plurality of punching in the first punch block mechanism and the second punch block mechanism In the case of the perforated die that arranges in a predetermined pattern of head or all have in the case of having arranged a perforated die for drift, Also it is obtained in that and the effect identical effect described in above-mentioned [5].

[15] in punching machine of the invention, also have the feature that：First punch block mechanism and described second Punch block mechanism is the punch block mechanism that the sheet machined object to being conveyed along horizontal direction enters eleven punch 11.

Due to having a structure in which, therefore act on any position of the gravity in sheet machined object of sheet machined object Puts all be same state, it is difficult to the problem for producing sheet machined object to relax etc..As a result, can be in sheet machined object Desired position on correctly enter eleven punch 11.

[16] in punching machine of the invention, also have the feature that：First punch block mechanism is to vertical The sheet machined object of top conveying enters the punch block mechanism of eleven punch 11, and second punch block mechanism is to defeated to vertical lower The sheet machined object for sending enters the punch block mechanism of eleven punch 11.

Due to having a structure in which, therefore, it is possible to reduce the setting area of punching machine.

Also, due to having a structure in which, thus it is Chong Die with the first punch block mechanism and the second punch block mechanism be disposed in it is vertical The upward situation of Nogata is compared, and the setting height of punching machine will not be too high.As a result, being a kind of operation and die change etc. Work be easy to the punching machine for carrying out.

Brief description of the drawings

Fig. 1 is to show the figure for illustrating the punching machine 100 that implementation method one is related to；

Fig. 2 is to show the figure for being illustrated to x-axis drive division 132 and y-axis drive division 133；

Fig. 3 is to show the figure for being illustrated to rotary driving part 134；

Fig. 4 is the figure for showing the perforation means for illustrating the sheet machined object in implementation method one；

Fig. 5 is to show the figure for illustrating the punching machine 100a that implementation method two is related to；

Fig. 6 is to show the figure for illustrating the punching machine 100b that implementation method three is related to；

Fig. 7 is to show the figure for illustrating the punching machine 100c that implementation method four is related to；

Fig. 8 is to show the figure for illustrating the punching machine 100d that implementation method five is related to；

Fig. 9 is to show the figure for illustrating the punching machine 100e that implementation method six is related to；

Figure 10 is to show the top view for illustrating the punching machine 100f that implementation method seven is related to；

Figure 11 is the figure for showing the perforation means for illustrating the sheet machined object in implementation method seven；

Figure 12 is to show the top view for illustrating the punching machine 100g that implementation method eight is related to；

Figure 13 is the figure for showing the perforation means for illustrating the sheet machined object in implementation method eight；

Figure 14 is the figure for showing the punching machine 100h for illustrating variation one；

Figure 15 is the figure for showing the punching machine 100i for illustrating variation two；

Figure 16 is the figure for showing the punching machine 100j for illustrating variation three；

Figure 17 is the figure for showing the punching machine 100k for illustrating variation four；

Figure 18 is the figure for showing the punching machine 100l for illustrating variation five；

Figure 19 is the figure for showing the punching machine 100m for illustrating variation six；

Figure 20 is the figure for showing the punching machine 100n for illustrating variation seven；

Figure 21 is the figure for showing the punching machine 100o for illustrating variation eight；

Figure 22 is to show the figure for illustrating conventional punching machine 900.

Specific embodiment

Punching machine of the invention is illustrated based on embodiment illustrated below.

[implementation method one]

First, the structure of the punching machine 100 being related to implementation method one is illustrated.

Fig. 1 is to show the figure for illustrating the punching machine 100 that implementation method one is related to.Fig. 1 (a) is punching machine 100 Top view, Fig. 1 (b) is a side cross-sectional view of punching machine 100.

Fig. 2 is to show the figure for being illustrated to x-axis drive division 132 and y-axis drive division 133.Fig. 2 (a)~Fig. 2 (c) It is to show by x-axis drive division 132 so that the figure of the pattern of the movement of the first perforated die 131, Fig. 2 (d)~Fig. 2 (f) is display The figure of the pattern of the movement of the first perforated die 131 is caused by y-axis drive division 133.

Fig. 3 is to show the figure for being illustrated to rotary driving part 134.Fig. 3 (a) is display for illustrating that sheet is added The figure of rotary driving parts 134 of the conveying direction A of work thing W with x-axis when parallel, Fig. 3 (b) and Fig. 3 (c) are displays for illustrating piece The figure of the rotary driving part 134 when the conveying direction A of shape machined object W is inclined relative to x-axis.

In addition, in the following description, using the axle parallel with the conveying direction A of sheet machined object W as x-axis, will be with Parallel and vertical with the x-axis axle in the surface of sheet machined object W makees axle vertical with x-axis and vertical with y-axis as y-axis It is z-axis.

The punching machine 100 that implementation method one is related to is that the sheet machined object W that will be conveyed in RTR modes wears by first The punch block mechanism 160 of holes mechanism 130 and second enters the punching machine of eleven punch 11.Punching machine 100 such as Fig. 1 that implementation method one is related to It is shown, including sheet machined object conveying mechanism 110, the first image mechanism 120, the first punch block mechanism 130, the second image mechanism 150th, the second punch block mechanism 160, wiper mechanism 180, surface modification mechanism 190.In the punching machine 100 that implementation method one is related to In, the first image mechanism 120, the first punch block mechanism 130, the second image mechanism 150, the second punch block mechanism 160, wiper mechanism 180 and surface modification mechanism 190 be sequentially equipped with this along the conveying direction A of sheet machined object W.

First punch block mechanism 130 and the second punch block mechanism 160 are that the sheet machined object W to being conveyed along horizontal direction enters The punch block mechanism of eleven punch 11.

Sheet machined object W is to cover the Copper Foil structure of the film by film (film) and on the surface of the film and inner face Into flexibility (flexible) substrate, above-mentioned film is made up of polyimides (polyimide) or polyester (polyester).

Be processed for sheet by the extraction unit 111 for extracting sheet machined object W out by sheet machined object conveying mechanism 110 The winder 112 of thing W windings, driven roller 113, driven roller 114, and help roll 115, help roll 116 are constituted.Sheet machined object Conveying mechanism 110 is from extraction unit 111 to winder from 112 conveying sheet-shaped machined object W.

First image mechanism 120 is installed in the side of extraction unit 111 of the first punch block mechanism 130.First image mechanism 120 Predetermined portions (for example, marginal portion of sheet machined object W) to sheet machined object W are imaged.Then, based on being clapped The image taken the photograph, carries out positioning of first punch block mechanism 130 relative to sheet machined object W.

First punch block mechanism 130 has the drift 138 of a plurality of (3) (pattern of inverted L) arrangement in a predetermined pattern First perforated die 131, cause the first perforated die 131 move to by the first punch block mechanism enter eleven punch 11 first perforation Behind optional position in region, a plurality of holes are disposably worn to sheet machined object W.

First punch block mechanism 130 has the first perforated die 131, x-axis drive division 132, y-axis drive division 133, rotation driving Portion 134 and supporting table 135, from vertical lower, supporting table 135, x-axis drive division 132, y-axis drive division 133, rotary driving part 134 And first perforated die 131 be equipped successively.

First perforated die 131 from be provided in respectively across sheet machined object W up and down to position on punch-pin Mould 136 and lower mould (die) mould 137 are constituted.First perforated die 131 by cause punch mold 136 drift 138 simultaneously Move up and down, a plurality of holes are disposably worn to sheet machined object W.

Punch mold 136 has the drift 138 and convex template (punch plate) 139 of a plurality of (3).A plurality of (pattern of the inverted L) arrangement in a predetermined pattern of drift 138.Convex template 139 be provided in it is relative with concave die 137 to one Side.It is provided with convex template 139 and the corresponding die hole of drift 138.

Concave die 137 is with the die hole 140 for being formed as pattern corresponding with the arrangement pattern of drift 138 and is matched somebody with somebody Be located at it is relative with punch mold 136 to side concave template (die plate) 141.It is provided with concave template 141 and die hole 140 corresponding holes.

X-axis drive division 132 is made up of the platform 142 and x-axis mobile member 143 that extend to y-axis.X-axis drive division 132 passes through The platform 142 for having arranged the first perforated die 131 is moved along x-axis by x-axis mobile member 143, make the first perforated die 131 Along x-axis movement (with reference to Fig. 2 (a)~Fig. 2 (c)).As x-axis mobile member 143, it is, for example possible to use having arranged insertion platform 142 and extend to x-axis direction axle (shaft), cause the component that is moved along the axle of platform 142.

In addition, on platform 142, y-axis drive division 133, the perforated die 131 of rotary driving part 134 and first are from vertical lower Sequentially be equipped with this (refer to Fig. 1 and Fig. 2 (a)), x-axis mobile member 143 with y-axis drive division 133, rotary driving part 134 and First perforated die 131 is provided in the state on platform 142 so that platform 142 is moved along x-axis.

For example, when platform 142 is centrally located (with reference to Fig. 2 (a)), in order that the first perforated die 131 to sheet quilt The direction (- x-axis direction) that the conveying direction A of machining object W is opposite is moved, and x-axis mobile member 143 causes platform 142 to-x-axis direction Mobile (with reference to Fig. 2 (b)).In order that obtaining the first perforated die 131 to the conveying direction A identical sides with sheet machined object W Moved to (x-axis direction), x-axis mobile member 143 causes platform 142 to the movement of x-axis direction (with reference to Fig. 2 (c)).

Y-axis drive division 133 is made up of the platform 144 and y-axis mobile member 145 that extend to y-axis.Y-axis drive division 133 is by making The platform 144 for having arranged the first perforated die 131 is moved by y-axis mobile member 145 along y-axis, makes the edge of the first perforated die 131 Y-axis movement (with reference to Fig. 2 (d)~Fig. 2 (f)).As y-axis mobile member 145, it is, for example possible to use having arranged insertion platform 144 And extend to x-axis direction axle, cause the component that move along the axle of platform 144, or the arranging on the platform 142 of x-axis drive division 132 The guide rail (rail) extended to y-axis direction, the component that platform 144 is moved along the guide rail.

In addition, on platform 144, the perforated die 131 of rotary driving part 134 and first is sequentially matched somebody with somebody from vertical lower with this If y-axis mobile member 145 is provided in state on platform 144 so that platform with the perforated die 131 of rotary driving part 134 and first 142 move along y-axis.

For example, when platform 144 is centrally located (with reference to Fig. 2 (d)), in order that obtain the first perforated die 131 being added to sheet The left hand direction (- y-axis direction) motion of the conveying direction A of work thing W, y-axis mobile member 145 causes platform 144 to-y-axis direction Mobile (with reference to Fig. 2 (e)).In order that obtaining right-hand direction of first perforated die 131 to the conveying direction A of sheet machined object W (y-axis direction) moves, and y-axis mobile member 145 causes platform 144 to the movement of y-axis direction (with reference to Fig. 2 (f)).

Rotary driving part 134 from the platform 146 that extends to y-axis and with z-axis as rotary shaft so that platform 146 clockwise or the inverse time The rotating member 147 of pin rotation is constituted.Rotary driving part 134 passes through to make the first perforated die 131 for having arranged platform 146 by rotation Turn component 147 clockwise or counterclockwise, make the first perforated die 131 with z-axis as rotary shaft clockwise or counterclockwise.

In addition, being equipped with the first perforated die 131 on platform 146, rotating member 147 is matched somebody with somebody with the first perforated die 131 The state being located on platform 146 is so that platform 146 rotates.

Rotating member 147 causes the rotation of platform 146 to cause that the first perforated die 131 reaches relative to sheet machined object W Appropriate angle.Specifically, when sheet machined object W relative to x-axis without incline when, rotating member 147 cause platform 146 keep with The plumbness (with reference to Fig. 3 (a)) of x-axis.In addition, when sheet machined object W is inclined counterclockwise relative to x-axis, rotation Turn component 147 so that platform 146 with z-axis be rotary shaft rotate counterclockwise (with reference to Fig. 3 (b)).In addition, working as sheet machined object W phases When being inclined clockwise for x-axis, rotating member 147 causes that platform 146 (refers to Fig. 3 with z-axis as rotary shaft turns clockwise (c))。

So, by x-axis drive division 132, y-axis drive division 133 and rotary driving part 134, the first piercing die is enabled to Tool 131 moves to the optional position in the first punched areas.

Supporting table 135 can use appropriate supporting table.In implementation method one, the supporting table of the first punch block mechanism 130 It is common supporting table 135 with the supporting table of the second punch block mechanism 160.

Second image mechanism 150 is installed in the side of extraction unit 111 of the second punch block mechanism 160.Second image mechanism 150 Predetermined portions (for example, the position perforated by the first punch block mechanism 130) to sheet machined object W are imaged.Then, it is based on Captured image, carries out positioning of second punch block mechanism 160 relative to sheet machined object W.

Second punch block mechanism 160 has and the identical structure of the first punch block mechanism 130, but the second perforated die 161 substantially Structure and without rotary driving part these put it is different from the first punch block mechanism 130.I.e., the second punch block mechanism 160 has and matches somebody with somebody Second perforated die 161 of drift 168 is provided with, is moved to by the second punch block mechanism the second perforated die 161 is caused Behind optional position in second punched areas of 160 perforation, one, the holes of sheet machined object W mono- hole is perforated.

Second punch block mechanism 160 has the second perforated die 161, x-axis drive division 162, y-axis drive division 163 and supporting table, From vertical lower, supporting table, x-axis drive division 162, the perforated die 161 of y-axis drive division 163 and second are equipped successively.

In addition, in implementation method one, a part for the x-axis mobile member 173 in x-axis drive mechanism 162 can be with first A part for x-axis mobile member 143 in punch block mechanism 130 is shared.

Second perforated sheet mould 161 from be provided in respectively across sheet machined object W up and down to position on Punch mold 166 and concave die 167 are constituted.Second perforated die 161 by cause punch mold 166 drift 168 simultaneously Move up and down, one, the holes of sheet machined object W mono- hole is perforated.

Punch mold 166 has a drift 168 and convex template 169.Convex template 169 is provided in and concave die 167 It is relative to side.It is provided with convex template 169 and the corresponding die hole of drift 168.

Concave die 167 has and is formed in and the die hole 170 on the corresponding position of drift 168 and is disposed in and punch-pin Mould 166 it is relative to side concave template 171.It is provided with concave template 171 and the corresponding hole of die hole 170.

X-axis drive division 162 is made up of the platform 172 and x-axis mobile member 173 that extend to y-axis.X-axis drive division 162 passes through The platform 172 for having arranged the second perforated die 161 is moved along x-axis by x-axis mobile member 173, make the second perforated die 161 Moved along x-axis.In addition, on platform 172, the perforated die 161 of y-axis drive division 163 and second is from vertical lower with the sequentially quilt Arrange, x-axis mobile member 173 is provided in state on platform 172 so that platform with the perforated die 161 of y-axis drive division 163 and second 172 move along x-axis.

Y-axis drive division 163 is made up of the platform 174 and y-axis mobile member 175 that extend to y-axis.Y-axis drive division 163 passes through The platform 174 for having arranged the second perforated die 161 is moved along y-axis by y-axis mobile member 175, make the second perforated die 161 Moved along y-axis.In addition, on platform 174, the second perforated die 161 is sequentially equipped from vertical lower with this, y-axis movement structure Part 175 is provided in the state on platform 174 so that platform 174 is moved along y-axis with the second perforated die 161.

(cleaning) mechanism 180 is cleaned by adsorbing the surface of sheet machined object W, to the table of sheet machined object W Face is cleaned.Wiper mechanism 180 is provided in compared with the first punch block mechanism 130 and the second punch block mechanism 160 closer to volume Around the side of portion 112.

Surface modification mechanism 190 is polished by the surface to sheet machined object W, to the table of sheet machined object W Face is improved.Surface modification mechanism 190 is provided in more leans on compared with the first punch block mechanism 130 and the second punch block mechanism 160 The nearly side of winder 112.

Secondly, the 100 couples of mode (embodiment party perforated to sheet machined object W of punching machine with this spline structure are used The perforation means of the sheet machined object in formula one) illustrate.Here, certain region to sheet machined object W is entered emphatically Row explanation.

In fact, when so that the first perforation object position of sheet machined object W moves to the first punched areas, in order to So that the second perforation object position of sheet machining object W moves to the second punched areas, and sheet machined object W, first are worn The configuration of holes mechanism and the second punch block mechanism and interval are adjusted.Therefore, sheet is processed by the first punch block mechanism While thing W enters eleven punch 11, eleven punch 11 can be entered to sheet machined object W by the second punch block mechanism.

In addition, the first perforation object position refers to the portion of the sheet machined object W for implementing perforation by the first punch block mechanism Position, the second perforation object position refers to the position of the sheet machined object W for implementing perforation by the second punch block mechanism.

Fig. 4 is the figure for showing the perforation means for illustrating the sheet machined object in implementation method one.Fig. 4 (a)~Fig. 4 D () is each operation figure.In addition, the black circle in Fig. 4 (b) is shown the hole worn by the first punch block mechanism 130, in Fig. 4 (c) Black circle the hole worn by the second punch block mechanism 160 is shown.

First, by sheet machined object conveying mechanism 110, by sheet machined object W (with reference to Fig. 4 (a)) from extraction unit 111 convey to winder 112.Then, the first perforation object position of sheet machined object W is being caused to move to the first punch block During domain, stop the conveying of sheet machined object W, and the first perforation object position is fixed with fixture (clamp) (not shown).This When, the second perforation object position that will be moved into the sheet machined object W of the second punched areas is equally also fixed with fixture.

Secondly, by the first image mechanism 120, to the predetermined portions of sheet machined object W (for example, sheet machined object W Marginal portion) imaged.Then, based on the image as captured by the first image mechanism 120, to the first punch block mechanism 130 Sheet is positioned relative to sheet machined object W.

Secondly, using the first punch block mechanism 130, a plurality of holes are disposably worn to sheet machined object W.Secondly, exist So that after the first perforated die 131 moves to the optional position in the first punched areas, disposably being worn to sheet machined object W A plurality of holes.So repeatedly, the predetermined hole worn by the first punch block mechanism 130 is all put on (with reference to Fig. 4 (b)).

Secondly, sheet machined object W is conveyed again by sheet machined object conveying mechanism 110.Then, make Must stop after the region that the first punch block mechanism 130 is perforated moves to the second punched areas as the second perforation object position The conveying of sheet machined object W, and fixed the first perforation object position with fixture (not shown).

Secondly, by the second image mechanism 150, to the predetermined portions of sheet machined object W (for example, sheet machined object W In the hole worn by the first punch block mechanism 130) imaged.Then, based on the image as captured by the second image mechanism 150, Second punch block mechanism 160 is positioned relative to sheet machined object W.

Secondly, using the second punch block mechanism 160, a hole is worn to sheet machined object W.Secondly, the second perforation is being caused After mould 161 moves to the optional position in the second punched areas, one, the holes of sheet machined object W mono- hole is perforated.Such as This is repeatedly all put on (with reference to Fig. 4 (c)) the predetermined hole worn by the second punch block mechanism 160.

Secondly, the surface of sheet machined object W is adsorbed by wiper mechanism 180.So as to the surface to sheet machined object W Cleaned.

Secondly, the surface of sheet machined object W is polished by surface modification mechanism 190.So as to be added to sheet Work thing surface W is improved.

Secondly, sheet machined object W is wound by winder 112.So, by punching machine 100, Neng Gou The predetermined enterprising eleven punch 11 in all positions to sheet machined object W perforation (with reference to Fig. 4 (d)).

Afterwards, electroplated with not shown electroplanting device by the hole to being worn by punching machine 100, sheet is processed The Copper Foil conducting of the Copper Foil and inner face of thing W surface.Thus, it is possible to form through hole (through hole) on flexible substrates.

Secondly, the effect of the punching machine 100 being related to implementation method one is illustrated.

According to the punching machine 100 that implementation method one is related to, due to including disposably wearing plural number to sheet machined object W First punch block mechanism 130 in individual hole, therefore compared with conventional punching machine, worn on multiple holes to sheet machined object W No longer waste time and energy, as a result, productivity ratio can be improved further.

In addition, the punching machine 100 being related to according to implementation method one, due to being included in so that the second perforated die is moved to Behind optional position in second punched areas, the second punch block mechanism perforated to one, the holes of sheet machined object W mono- hole 160, therefore, it is possible to beyond position corresponding with the arrangement pattern of a plurality of drift 138 in the first punch block mechanism 130 The enterprising eleven punch 11 in position, can be in the enterprising eleven punch 11 in optional position of sheet machined object W.

Therefore, the punching machine 100 being related to according to implementation method one, is that one kind can further improve productivity ratio, also, Can be in the punching machine of the enterprising eleven punch 11 in optional position of sheet machined object W.

According to the punching machine 100 that implementation method one is related to, because the first punch block mechanism 130 has the He of x-axis drive division 132 Y-axis drive division 133, therefore, it is possible to cause that the first perforated die 131 moves to the optional position in the first punched areas.Its result It is that can wear corresponding with the arrangement pattern of the drift 138 of the first punch block mechanism 130 on the optional position of sheet machined object W A plurality of holes.

In addition, the punching machine 100 being related to according to implementation method one, because the first punch block mechanism 130 has rotation driving Portion 134, even if therefore because certain reason (for example, in the case of being inclined by conveying relative to x-axis in sheet machined object W, or Sheet machined object W bend in the case of etc.), and it is big relative to the tilt quantity of x-axis in the state of, it is also possible to so that first wears The all of drift 138 of holes mechanism 130 is involutory with the predetermined punch position of sheet machined object W.

In addition, the punching machine 100 being related to according to implementation method one, because the second punch block mechanism 160 has x-axis drive division 162 and y-axis drive division 163, therefore, it is possible to cause that the second perforated die 161 moves to the optional position in the second punched areas. As a result, can be in the enterprising eleven punch 11 in optional position of sheet machined object W by the second punch block mechanism 160.

In addition, the punching machine 100 being related to according to implementation method one, due to being taken the photograph including the first image mechanism 120 and second Camera structure 150, and based on the image as captured by these image mechanisms, carry out the first punch block mechanism 130 and added relative to sheet The positioning of the positioning of work thing W and the second punch block mechanism 160 relative to sheet machined object W, therefore, it is possible to be processed in sheet Accurately enter eleven punch 11 on the desired position of thing.

In addition, the punching machine 100 being related to according to implementation method one, due to being equipped with wiper mechanism 180, therefore, it is possible to go Except the issuable drift waste material when eleven punch 11 is entered to sheet machined object W.

In addition, the punching machine 100 being related to according to implementation method one, due to being equipped with surface modification mechanism 190, therefore energy The concavo-convex of the burr (burr) that is likely to form on the surface of sheet machined object W etc. is enough removed, sheet machined object W is enabled to Surface smooth.

[implementation method two]

Fig. 5 is to show the figure for illustrating the punching machine 100a that implementation method two is related to.

The punching machine 100 that the punching machine 100a that implementation method two is related to has substantially with implementation method one is related to is identical Structure, but the first punch block mechanism and the second punch block mechanism the punching machine 100 that is related to implementation method one of arranging order Situation is different.I.e., in the punching machine 100a that implementation method two is related to, as shown in figure 5, relative to sheet machined object W's Conveying direction A, with the second image mechanism 150, the second punch block mechanism 160, the first image mechanism 120, the first punch block mechanism 130, The such order of wiper mechanism 180 and surface modification mechanism 190 is arranged.

Second image mechanism 150 is to the predetermined portions of sheet machined object W (for example, the edge part of sheet machined object W Point) imaged.Then, based on captured image, the second determining relative to sheet machined object W of punch block mechanism 160 is carried out Position.

First image mechanism 120 is to the predetermined portions of sheet machined object W (for example, being worn by the second punch block mechanism 160 The position in hole) imaged.Then, based on captured image, the first punch block mechanism 130 is carried out relative to sheet machined object The positioning of W.

So, although first punch block mechanism of punching machine 100a and matching somebody with somebody for the second punch block mechanism that implementation method two is related to If order is different from the situation of the punching machine 100 that implementation method one is related to, but the punching machine being related to implementation method one 100 situation is identical, due to being 130 including disposably wearing first punch block mechanism in a plurality of holes to sheet machined object W, Therefore compared with conventional punching machine, no longer wasted time and energy on multiple holes being worn to sheet machined object W, as a result, energy It is enough further to improve productivity ratio.

In addition, the punching machine 100a being related to according to implementation method two, due to being included in so that the second perforated die 161 is moved Move to after the optional position in the second punched areas, the second punch perforated to one, the holes of sheet machined object W mono- hole Structure 160, therefore, it is possible to beyond position corresponding with the arrangement pattern of a plurality of drift 138 in the first punch block mechanism 130 The enterprising eleven punch 11 in position, can be in the enterprising eleven punch 11 in optional position of sheet machined object W.

Therefore, the punching machine 100a being related to according to implementation method two, is that one kind can further improve productivity ratio, and And, can be in the punching machine of the enterprising eleven punch 11 in optional position of sheet machined object W.

In addition, the punching machine 100a that is related to of implementation method two is due to matching somebody with somebody in the first punch block mechanism and the second punch block mechanism If on the point beyond order, with the identical structure of punching machine 100 being related to implementation method one, therefore with implementation method Corresponding effect in the effect that one punching machine 100 being related to has.

[implementation method three]

Fig. 6 is to show the figure for illustrating the punching machine 100b that implementation method three is related to.In addition, the display of symbol 165 It is the supporting table in the second punch block mechanism 160.

The punching machine 100 that the punching machine 100b that implementation method three is related to has substantially with implementation method one is related to is identical Structure, but on including sheet machined object travel mechanism and creepage distance adjustment roller these aspects, be related to implementation method one Punching machine 100 situation it is different.I.e., in the punching machine 100b that implementation method three is related to, as shown in fig. 6, also including While so that the first perforation object position of sheet machined object W moves to the first punched areas so that sheet is processed The second perforation object position of thing W moves to the sheet machined object travel mechanism 210 of the second punched areas, and along sheet Edge piece face, being adjusted to the creepage distance of the first punch block mechanism 130 and the second punch block mechanism 160 of machined object W Identity distance is from adjustment roller 220.

Sheet machined object travel mechanism 210 moves to the by the first perforation object position for causing sheet machined object W The driven roller 212 of one punched areas, driven roller 214, and cause that the second perforation object position of sheet machined object W moves to the The driven roller 216 of two punched areas, driven roller 218 are constituted.

Creepage distance adjusts roller 220 and adjusts height and position by not shown drive division to adjust creepage distance.In addition, right In the adjustment of height and position in vertical direction, as long as being carried out once in the initial period of conveying sheet-shaped machined object W, substantially Without being adjusted again in conveying sheet-shaped machined object W.In addition, the edge on the conveying direction of sheet machined object W respectively Identity distance is equipped with help roll 222 from the side of extraction unit 111 of adjustment roller 220, and help roll 224 is equipped in the side of winder 112.

In the punching machine 100b that implementation method three is related to, the first punch block mechanism 130 and the second punch block mechanism 160 are matched somebody with somebody It is set to the state being separated from each other.By making it have such structure, it is prevented from by one of punch block mechanism to sheet Vibration when machined object W enters eleven punch 11 conveys to the situation of another punch block mechanism.

So, although the punching machine 100b that implementation method three is related to is including sheet machined object travel mechanism and along face On distance adjustment roller these aspects, the situation from the punching machine 100 that implementation method one is related to is different, but is related to implementation method one And punching machine 100 situation it is identical, due to being worn including disposably wearing the first of a plurality of holes to sheet machined object W Holes mechanism 130, therefore compared with conventional punching machine, no longer wasted time and energy on multiple holes being worn to sheet machined object W, its As a result, it is possible to further improve productivity ratio.

In addition, the punching machine 100b being related to according to implementation method three, due to being included in so that the second perforated die 161 is moved Move to after the optional position in the second punched areas, the second punch perforated to one, the holes of sheet machined object W mono- hole Structure 160, therefore, it is possible to beyond position corresponding with the arrangement pattern of a plurality of drift 138 in the first punch block mechanism 130 The enterprising eleven punch 11 in position, can be in the enterprising eleven punch 11 in optional position of sheet machined object W.

Therefore, the punching machine 100b being related to according to implementation method three, is that one kind can further improve productivity ratio, and And, can be in the punching machine of the enterprising eleven punch 11 in optional position of sheet machined object W.

In addition, the punching machine 100b being related to according to implementation method three, due to can by creepage distance adjust roller 220 come The creepage distance of the first punch block mechanism 130 and the second punch block mechanism 160 is adjusted, therefore surface distance is adjusted by according to hole pattern From so as to only carry out the shift action done by sheet machined object travel mechanism 210, you can so that sheet machined object W While first perforation object position correctly moves to the first punched areas so that the second perforation object of sheet machined object W Position correctly moves to the second punched areas.

In addition, the punching machine 100b being related to according to implementation method three, due to the first punch block mechanism 130 and the second punch Structure 160 is that the sheet machined object W to being conveyed along horizontal direction enters the punch block mechanism of eleven punch 11, therefore acts on sheet and added The gravity of work thing W is all same state in any position of sheet machined object W, it is difficult to produce sheet machined object W to relax Deng problem.As a result, eleven punch 11 can correctly be entered on the desired position of sheet machined object W.

In addition, the punching machine 100b that implementation method three is related to is due to including sheet machined object travel mechanism and along face On point beyond distance adjustment roller, with the identical structure of punching machine 100 being related to implementation method one, therefore with implementation Corresponding effect in the effect that the punching machine 100 that mode one is related to has.

[implementation method four]

Fig. 7 is to show the figure for illustrating the punching machine 100c that implementation method four is related to.

The punching machine 100c that implementation method four is related to has the punching machine 100b phases being related to implementation method three substantially With structure, but the punching machine 100b that the direction that arranges of the first punch block mechanism and the second punch block mechanism is related to implementation method three Situation it is different.I.e., in the punching machine 100c that implementation method four is related to, as shown in fig. 7, the first punch block mechanism 130 and Two perforating machine structure has the bottom surface of 160 supporting tables 135 for being disposed of the first punch block mechanism 130 and the branch of the second punch block mechanism 160 Support platform 165 bottom surface it is relative to.

Sheet machined object conveying mechanism 110 also include for the sheet machined object W that will be conveyed along horizontal direction to The conveying roller 117 of top conveying, and the conveying that the sheet machined object W come from vertical direction conveying is conveyed to horizontal direction Roller 118.

First punch block mechanism 130 is the punch block mechanism that sheet machined object W to being conveyed to vertical direction enters eleven punch 11, Two perforating machine structure 160 is the punch block mechanism that sheet machined object W to being conveyed to vertical lower enters eleven punch 11.

Creepage distance adjustment roller 220a, 220b are provided on same height and position, by not shown drive division, Height and position is adjusted in the state of the height and position for maintaining like.In implementation method four, on the first punched areas are caused While the height and position of the height and position at end and the second punched areas upper end is located at identical height and position so that the first perforation The height and position of the height and position of region lower end and the second punched areas lower end is located at identical height and position.

The creepage distance sheet machined object W that will be conveyed to vertical direction of adjustment roller 220a are towards creepage distance adjustment mechanism Roller 220b is conveyed in the horizontal direction.Creepage distance adjusts roller 220b carrys out creepage distance adjustment roller 220a along horizontal feed Sheet machined object W conveyed towards vertical lower.

So, although first punch block mechanism of the punching machine 100c that implementation method four is related to and the second punch block mechanism are arranged Direction it is different from the situation of the punching machine 100b that implementation method three is related to, but the punching machine being related to implementation method three The situation of 100b is identical, due to the first punch block mechanism 130 including disposably wearing a plurality of holes to sheet machined object W, Therefore compared with conventional punching machine, no longer wasted time and energy on multiple holes being worn to sheet machined object W, as a result, energy It is enough further to improve productivity ratio.

In addition, the punching machine 100c being related to according to implementation method four, due to being included in so that the second perforated die 161 is moved Move to after the optional position in the second punched areas, the second punch perforated to one, the holes of sheet machined object W mono- hole Structure 160, therefore, it is possible to beyond position corresponding with the arrangement pattern of a plurality of drift 138 in the first punch block mechanism 130 The enterprising eleven punch 11 in position, can be in the enterprising eleven punch 11 in optional position of sheet machined object W.

Therefore, the punching machine 100c being related to according to implementation method four, is that one kind can further improve productivity ratio, and And, can be in the punching machine of the enterprising eleven punch 11 in optional position of sheet machined object W.

In addition, the punching machine 100c being related to according to implementation method four, due to can by creepage distance adjust roller 220a, 220b adjusts the creepage distance of the first punch block mechanism 130 and the second punch block mechanism 160, therefore is adjusted by according to hole pattern Creepage distance, so as to only carry out the shift action done by sheet machined object travel mechanism 210, you can so that sheet is processed While the first perforation object position of thing W correctly moves to the first punched areas so that second perforation of sheet machined object W Object position correctly moves to the second punched areas.

In addition, the punching machine 100c being related to according to implementation method four, because the first punch block mechanism 130 is to on vertical The sheet machined object W of side's conveying enters the punch block mechanism of eleven punch 11, and the second punch block mechanism 160 is the piece to being conveyed to vertical lower Shape machined object W enters the punch block mechanism of eleven punch 11, therefore, it is possible to reduce the setting area of punching machine.

In addition, the punching machine 100c being related to according to implementation method four, because the first punch block mechanism 130 is to on vertical The sheet machined object W of side's conveying enters the punch block mechanism of eleven punch 11, and the second punch block mechanism 160 is the piece to being conveyed to vertical lower Shape machined object W enters the punch block mechanism of eleven punch 11, thus with the first punch block mechanism 130 and the second punch block mechanism 160 is Chong Die arranges Situation in vertical direction is compared, and the setting height of punching machine will not be too high.As a result, being a kind of operation with mould more The work changed etc. is easy to the punching machine for carrying out.

In addition, the punching machine 100c that implementation method four is related in the first punch block mechanism and the second punch block mechanism due to arranging Direction beyond point on, with the punching machine 100b identical structures being related to implementation method three, therefore with embodiment party Corresponding effect in the effect that the punching machine 100b that formula three is related to has.

[implementation method five]

Fig. 8 is to show the diagram for illustrating the punching machine 100d that implementation method five is related to.

The punching machine 100d that implementation method five is related to has the punching machine 100b phases being related to implementation method three substantially Same structure, but in the first sheet machined object travel mechanism and the second sheet including substituting sheet machined object travel mechanism With implementation on jockey pulley (tension roller) these aspects of machined object travel mechanism and replacement creepage distance adjustment roller The situation of the punching machine 100b that mode three is related to is different.I.e., in the punching machine 100d that implementation method five is related to, such as Fig. 8 It is shown, including the first sheet machined object travel mechanism 230, the second sheet machined object travel mechanism 240, jockey pulley 250.

First sheet machined object travel mechanism 230 is made up of driven roller 232,2 driven rollers 34 so that sheet machined object The first perforation object position of W moves to the first punched areas.Second sheet machined object travel mechanism 240 by driven roller 242, Driven roller 244 is constituted so that the second perforation object position of sheet machined object W moves to the second punched areas.First sheet Sheet machined object travel mechanism 240 of machined object travel mechanism 230 and second can separately cause that the first perforation is right As position and the second perforation object position movement.

Jockey pulley 250 is provided in the first punch block mechanism 130 and second and wears along the conveying direction A of sheet machined object W Between holes mechanism 160.Jockey pulley 250 is because of the tension force of the deadweight of jockey pulley 250 and the weight of weight and sheet machined object W Can move up and down, can absorb shift action because independently carrying out being done by the first sheet machined object travel mechanism 230 and The shift action that is done by the second sheet machined object travel mechanism 240 and the lax change of issuable sheet machined object W Momentum.

So, although the punching machine 100d that implementation method five is related to is including substituting sheet machined object travel mechanism First sheet machined object travel mechanism and the second sheet machined object travel mechanism, and substitute opening for creepage distance adjustment roller It is different from the situation of the punching machine 100b that implementation method three is related on power roller these aspects, but with wearing that implementation method three is related to The situation of aperture apparatus 100b is identical, due to the first punch including disposably wearing a plurality of holes to sheet machined object W Structure 130, therefore compared with conventional punching machine, no longer wasted time and energy on multiple holes being worn to sheet machined object W, its result It is that can further improve productivity ratio.

In addition, the punching machine 100d being related to according to implementation method five, due to being included in so that the second perforated die 161 is moved Move to after the optional position in the second punched areas, the second punch perforated to one, the holes of sheet machined object W mono- hole Structure 160, therefore, it is possible to beyond position corresponding with the arrangement pattern of a plurality of drift 138 in the first punch block mechanism 130 The enterprising eleven punch 11 in position, can be in the enterprising eleven punch 11 in optional position of sheet machined object W.

Therefore, the punching machine 100d being related to according to implementation method five, is that one kind can further improve productivity ratio, and And, can be in the punching machine of the enterprising eleven punch 11 in optional position of sheet machined object W.

In addition, the punching machine 100d being related to according to implementation method five, by independently carrying out being processed by the first sheet Shift action that thing travel mechanism 230 is done and the shift action done by the second sheet machined object travel mechanism 240, can While so that the first perforation object position of sheet machined object W correctly moves to the first punched areas so that sheet The second perforation object position of machined object W correctly moves to the second punched areas.Further, since including jockey pulley 250, because This can absorb shift action because independently carrying out being done by the first sheet machined object travel mechanism 230 and by the second sheet Shift action that machined object travel mechanism 240 is done and the lax variation of issuable sheet machined object W.

In addition, the punching machine 100d that implementation method five is related to is due to including substituting sheet machined object travel mechanism First sheet machined object travel mechanism and the second sheet machined object travel mechanism, and substitute opening for creepage distance adjustment roller Power roller these point beyond point on, with the punching machine 100b identical structures being related to implementation method three, therefore with reality Apply corresponding effect in the effect that the punching machine 100b that mode three is related to has.

[implementation method six]

Fig. 9 is to show the figure for illustrating the punching machine 100e that implementation method six is related to.

The punching machine 100e that implementation method six is related to has the punching machine 100c phases being related to implementation method four substantially Same structure, but in the first sheet machined object travel mechanism and the second sheet including substituting sheet machined object travel mechanism Machined object travel mechanism, and substitute on jockey pulley these aspects of creepage distance adjustment roller, with wearing that implementation method four is related to The situation of aperture apparatus 100c is different.I.e., in the punching machine 100e that implementation method six is related to, as shown in figure 9, including first piece Shape machined object travel mechanism 230, the second sheet machined object travel mechanism 240, jockey pulley 250.

First sheet machined object travel mechanism 230 is made up of driven roller 232, driven roller 234 so that sheet machined object The first perforation object position of W moves to the first punched areas.Second sheet machined object travel mechanism 240 by driven roller 242, Driven roller 244 is constituted so that the second perforation object position of sheet machined object W moves to the second punched areas.First sheet Sheet machined object travel mechanism 240 of machined object travel mechanism 230 and second can separately cause that the first perforation is right As position and the second perforation object position movement.

Jockey pulley 250 is provided in the first punch block mechanism 130 and second and wears along the conveying direction A of sheet machined object W Between holes mechanism 160.Jockey pulley 250 is because of the tension force of the deadweight of jockey pulley 250 and the weight of weight and sheet machined object W Can move up and down, can absorb shift action because independently carrying out being done by the first sheet machined object travel mechanism 230 and The shift action that is done by the second sheet machined object travel mechanism 240 and the lax change of issuable sheet machined object W Momentum.

In addition, centre across jockey pulley 250 extraction unit 111 and the side of winder 112 be equipped with respectively help roll 252, Help roll 254.In addition, be equipped with the side of extraction unit 111 of help roll 252 sheet come to vertical direction conveying is processed The roller 117a that thing W is conveyed to horizontal direction, is equipped and will be conveyed along horizontal direction in the side of winder 112 of help roll 254 The roller 118a that the sheet machined object W for coming is conveyed to vertical lower.

So, although the punching machine 100e that implementation method six is related to is including substituting sheet machined object travel mechanism First sheet machined object travel mechanism and the second sheet machined object travel mechanism, and substitute opening for creepage distance adjustment roller It is different from the situation of the punching machine 100c that implementation method four is related on power roller these aspects, but with wearing that implementation method four is related to The situation of aperture apparatus 100c is identical, due to the first punch including disposably wearing a plurality of holes to sheet machined object W Structure 130, therefore compared with conventional punching machine, no longer wasted time and energy on multiple holes being worn to sheet machined object W, its result It is that can further improve productivity ratio.

In addition, the punching machine 100e being related to according to implementation method six, due to being included in so that the second perforated die 161 is moved Move to after the optional position in the second punched areas, the second punch perforated to one, the holes of sheet machined object W mono- hole Structure 160, therefore, it is possible to beyond position corresponding with the arrangement pattern of a plurality of drift 138 in the first punch block mechanism 130 The enterprising eleven punch 11 in position, can be in the enterprising eleven punch 11 in optional position of sheet machined object W.

Therefore, the punching machine 100e being related to according to implementation method six, is that one kind can further improve productivity ratio, and And, can be in the punching machine of the enterprising eleven punch 11 in optional position of sheet machined object W.

In addition, the punching machine 100e being related to according to implementation method six, by independently carrying out being processed by the first sheet Shift action that thing travel mechanism 230 is done and the shift action done by the second sheet machined object travel mechanism 240, can While so that the first perforation object position of sheet machined object W correctly moves to the first punched areas so that sheet The second perforation object position of machined object W correctly moves to the second punched areas.Further, since including jockey pulley 250, because This can absorb shift action because independently carrying out being done by the first sheet machined object travel mechanism 230 and by the second sheet Shift action that machined object travel mechanism 240 is done and the lax variation of issuable sheet machined object W.

In addition, the punching machine 100e that implementation method six is related to is due to including substituting sheet machined object travel mechanism First sheet machined object travel mechanism and the second sheet machined object travel mechanism, and substitute opening for creepage distance adjustment roller Power roller these point beyond point on, with the punching machine 100c identical structures being related to implementation method four, therefore with reality Apply corresponding effect in the effect that the punching machine 100c that mode four is related to has.

[implementation method seven]

Figure 10 is to show the top view for illustrating the punching machine 100f that implementation method seven is related to.

Figure 11 is the figure for showing the perforation means for illustrating the sheet machined object in implementation method seven.Figure 11 (a)~ Figure 11 (e) is each operation figure.In addition, the black circle in Figure 11 (b) is shown the hole worn by the first perforated die 131a, figure Black circle in 11 (c) is shown the hole worn by the first perforated die 131b, the black circle in Figure 11 (c) be shown by The hole that second perforated die 161 is worn.

The punching machine 100 that the punching machine 100f that implementation method seven is related to has substantially with implementation method one is related to is identical Structure, but there are the first a plurality of perforated dies as on the first perforated die this aspect in the first punch block mechanism, with implementation The situation of punching machine 100 that mode one is related to is different.I.e., in the punching machine 100f that implementation method seven is related to, such as Figure 11 institutes Show, the first punch block mechanism 130a has the first perforated die 131a, first piercing die of a plurality of (being 2 in implementation method seven) Tool 131b is used as the first perforated die.

First perforated die 131a has and the identical structure of the first perforated die 131 in implementation method one.First In perforated die 131b, drift (quadrangle form) arrangement in a predetermined pattern of a plurality of (4).

The first punch block mechanism 130a in implementation method seven has from two the first perforated die 131a, the first perforated dies A first perforated die selector of the first perforated die for being supplied to sheet machined object W to perforate is selected in 131b (without figure Show).

Mode (the embodiment party for entering eleven punch 11 to sheet machined object W using the punching machine 100f with this spline structure The perforation means of the sheet machined object in formula seven) the basic perforation means used with the sheet machined object in implementation method one Identical mode, but using the first punch block mechanism 130a sheet machined object W is disposably worn the operation in a plurality of holes with The situation of the perforation means of the sheet machined object in implementation method one is different.

In implementation method seven, based on the image as captured by the first image mechanism 120, the first punch block mechanism is carried out After positioning of the 130a relative to sheet machined object W, using in a plurality of the first perforated die 131a, the first perforated die In 131b, the first perforated die selected by the first perforated die selector (not shown) (is the first perforation in implementation method seven Mould 131a) a plurality of holes are disposably worn to sheet machined object W.

Secondly, after the first perforated die 131a is moved to the optional position in the first punched areas, to sheet quilt Machining object W disposably wears a plurality of holes.So repeatedly, the predetermined hole worn by the first punch block mechanism 131 is all put on (with reference to Figure 11 (b)).

Secondly, another first perforated die 131b pairs selected by the first perforated die selector (not shown) is used Sheet machined object W disposably wears a plurality of holes.Secondly, the first perforated die 131a is being caused to move to the first punch block Behind optional position in domain, a plurality of holes are disposably worn to sheet machined object W.So repeatedly, first is passed through by predetermined All put on (with reference to Figure 11 (c)) in the hole that punch block mechanism 131 is worn.

So, although the punching machine 100f that implementation method seven is related to has in the first punch block mechanism as the first perforated die Have different from the situation of the punching machine 100 that implementation method one is related on the first a plurality of perforated dies this aspects, but with reality The situation for applying the punching machine 100 that mode one is related to is identical, due to including disposably wearing a plurality of to sheet machined object W The first punch block mechanism 130a in hole, therefore compared with conventional punching machine, worn on multiple holes no longer to sheet machined object W Waste time and energy, as a result, productivity ratio can be improved further.

In addition, the punching machine 100f being related to according to implementation method seven, due to being included in so that the second perforated die 161 is moved Move to after the optional position in the second punched areas, the second punch perforated to one, the holes of sheet machined object W mono- hole Structure 160, therefore, it is possible to beyond position corresponding with the arrangement pattern of a plurality of drift 138 in the first punch block mechanism 130a The enterprising eleven punch 11 in position, can be in the enterprising eleven punch 11 in optional position of sheet machined object W.

Therefore, the punching machine 100f being related to according to implementation method seven, is that one kind can further improve productivity ratio, and And, can be in the punching machine of the enterprising eleven punch 11 in optional position of sheet machined object W.

In addition, the punching machine 100f being related to according to implementation method seven, due to the first punch block mechanism 130a have it is a plurality of The first perforated die 131a, the first perforated die 131b as the first perforated die, therefore, it is possible to according to circumstances use respectively The arrangement pattern of drift 138 different the first a plurality of perforated die 131a, the first perforated die 131b, can be in sheet quilt The various hole of pattern is arranged on machining object W and enters eleven punch 11.

In addition, the punching machine 100e that implementation method six is related to is due in the first punch block mechanism there are a plurality of first to wear Punch die as on the point beyond the point of the first perforated die, with the identical of punching machine 100 being related to implementation method one Corresponding effect in structure, therefore the effect that has of the punching machine 100 being related to implementation method one.

[implementation method eight]

Figure 12 is to show the top view for illustrating the punching machine 100g that implementation method eight is related to.

Figure 13 is the figure for showing the perforation means for illustrating the sheet machined object in implementation method eight.Figure 13 (a)~ Figure 13 (e) is each operation figure.In addition, the black circle in Figure 13 (b) is shown the hole worn by the first perforated die 131a, figure Black circle in 13 (c) is shown the hole worn by the second perforated die 161a, the black circle in Figure 13 (d) be shown by The hole that second perforated die 161b is worn.

The punching machine 100 that the punching machine 100g that implementation method eight is related to has substantially with implementation method one is related to is identical Structure, but there are the second a plurality of perforated dies as on the second perforated die this aspect in the second punch block mechanism, with implementation The situation of punching machine 100 that mode one is related to is different.I.e., in the punching machine 100g that implementation method eight is related to, such as Figure 12 institutes Show, the second punch block mechanism 160a has the second perforated die 161a, second piercing die of a plurality of (being 2 in implementation method eight) Tool 161b is used as the second perforated die.

Second perforated die 161a has and the identical structure of the second perforated die 161 in implementation method one.Second In perforated die 161b, a drift 168a for rectangle is equipped.

The second punch block mechanism 160a in implementation method eight has from two the second perforated die 161a, the second perforated dies A second perforated die selector of the second perforated die for being supplied to sheet machined object W to perforate is selected in 161b (without figure Show).

Mode (the embodiment party for entering eleven punch 11 to sheet machined object W using the punching machine 100g with this spline structure The perforation means of the sheet machined object in formula eight) the basic perforation means used with the sheet machined object in implementation method one Identical mode, but the operation and reality perforated to one, the holes of sheet machined object W mono- hole using the second punch block mechanism 160a The situation for applying the perforation means of sheet machined object in mode one is different.

In implementation method eight, based on the image as captured by the second image mechanism 150, the second punch block mechanism is carried out After positioning of the 160a relative to sheet machined object W, using in a plurality of the second perforated die 161a, the second perforated die In 161b, the second perforated die selected by the second perforated die selector (not shown) (is the second perforation in implementation method eight Mould 161a) hole is worn to sheet machined object W.

Secondly, after the second perforated die 161a is moved to the optional position in the second punched areas, to sheet quilt Machining object W wears a hole.So repeatedly, the predetermined hole worn by the second punch block mechanism 161 is all put on and (refers to Figure 13 (c))。

Secondly, another second perforated die 161b pairs selected by the second perforated die selector (not shown) is used Sheet machined object W wears a hole.Secondly, the second perforated die 161a is being caused to move to any position in the second punched areas Postpone, a hole is worn to sheet machined object W.So repeatedly, the predetermined hole worn by the second punch block mechanism 161 is all put on (with reference to Figure 13 (d)).

So, although the punching machine 100g that implementation method eight is related in the second punch block mechanism there are a plurality of second to wear Punch die as different from the situation of the punching machine 100 that implementation method one is related on the second perforated die this aspect, but with reality The situation for applying the punching machine 100 that mode one is related to is identical, due to including disposably wearing a plurality of to sheet machined object W First punch block mechanism 130 in hole, therefore compared with conventional punching machine, worn on multiple holes no longer to sheet machined object W Waste time and energy, as a result, productivity ratio can be improved further.

In addition, the punching machine 100g being related to according to implementation method eight, due to being included in so that the second perforated die 161a After (or 161b) moves to the optional position in the second punched areas, one, the holes of sheet machined object W mono- hole is perforated Second punch block mechanism 160a, therefore, it is possible to corresponding with the arrangement pattern of a plurality of drift 138 in the first punch block mechanism 130 Position beyond the enterprising eleven punch 11 in position, can be in the enterprising eleven punch 11 in optional position of sheet machined object W.

Therefore, the punching machine 100g being related to according to implementation method eight, is that one kind can further improve productivity ratio, and And, can be in the punching machine of the enterprising eleven punch 11 in optional position of sheet machined object W.

In addition, the punching machine 100g being related to according to implementation method eight, due to the second punch block mechanism 160a have it is a plurality of The second perforated die 161a, the second perforated die 161b as the second perforated die, therefore, it is possible to according to circumstances use respectively The second perforated die of variform drift or drift of different sizes has been arranged, can be to various on sheet machined object W Eleven punch 11 is entered in different shape and different size of hole.

In addition, the punching machine 100g being related to according to implementation method eight, due to the second punch block mechanism 160a have it is a plurality of The second perforated die 161a, the second perforated die 161b as the second perforated die, therefore to a plurality of second perforation Mould 161 using in the case of same drift, even if the drift end-of-life of one of them the second perforated die, without entering The replacing of row drift or the replacing of the second perforated die, only select another second perforated die to can proceed with perforation and make Industry.Therefore, it is a kind of operational efficiency punching machine high.

In addition, the punching machine 100g that implementation method eight is related to is due in the second punch block mechanism there are a plurality of second to wear Punch die as on the point beyond the point of the second perforated die, with the identical of punching machine 100 being related to implementation method one Corresponding effect in structure, therefore the effect that has of the punching machine 100 being related to implementation method one.

More than, based on above-mentioned implementation method, the present invention is described, but the invention is not restricted to above-mentioned implementation method. Do not depart from and can implement in various forms in the range of its purport, for example, can be following deformation.

(1) quantity of each inscape in above-mentioned implementation method, position relationship, size, the arrangement pattern of drift are Illustrate, the invention is not restricted to this.

(2) it is right in case of the first punch block mechanism 130 has rotary driving part 134 in above-mentioned implementation method one It is described with, but the invention is not restricted to this.For example, the first feelings of the punch block mechanism 130 without rotary driving part 134 Condition is also applied for the present invention.

(3) in above-mentioned implementation method three to implementation method six, there are a plurality of drifts with pre- with the first punch block mechanism First perforated die of fixed pattern arrangement, and the second punch block mechanism has and is equipped with as a example by second perforated die of drift The present invention is described, but the invention is not restricted to this.Figure 14 is shown for illustrating the punching machine that variation one is related to The figure of 100h.Figure 15 is to show the figure for illustrating the punching machine 100i that variation two is related to.Figure 16 is display for illustrating The figure of the punching machine 100j that variation three is related to.Figure 17 is shown for illustrating the punching machine 100k that variation four is related to Figure.In addition, variation one is the variation of implementation method three, variation two is the variation of implementation method four, and variation three is The variation of implementation method five, and variation four is the variation of implementation method six.For example, the first punch block mechanism and second is worn Holes mechanism all has a case that the perforated die that a plurality of drifts are arranged in a predetermined pattern is also applied for the present invention.

(4) in above-mentioned implementation method three to implementation method six, there are a plurality of drifts with predetermined with the first punch block mechanism Pattern arrangement the first perforated die, and the second punch block mechanism have arranged it is right as a example by second perforated die of drift It is described with, but the invention is not restricted to this.Figure 18 is shown for illustrating the punching machine that variation five is related to The figure of 100l.Figure 19 is to show the figure for illustrating the punching machine 100m that variation six is related to.Figure 20 is display for illustrating The figure of the punching machine 100n that variation seven is related to.Figure 21 is shown for illustrating the punching machine 100o that variation eight is related to Figure.In addition, variation five is the variation of implementation method three, variation six is the variation of implementation method four, and variation seven is The variation of implementation method five, and variation eight is the variation of implementation method six.For example, the first punch block mechanism and second is worn Holes mechanism all has a case that the perforated die that a plurality of drifts are arranged in a predetermined pattern is also applied for the present invention.

(5) in above-mentioned implementation method one, to the present invention in case of arranging 3 drifts on punch mold 136 It is illustrated, but the invention is not restricted to this.For example, arranged on punch mold 136 2 drifts situation or arrangement 4 with The situation of upper punch is also applied for the present invention.

(6) in the respective embodiments described above, given up with including removing drift from the surface of sheet machined object W by adsorbing The present invention is described as a example by the wiper mechanism 180 of material, but the invention is not restricted to this.For example, including by adhesion tablet come The situation of the wiper mechanism of drift waste material is removed from the surface of sheet machined object W or including by drift waste material from sheet quilt The situation of the wiper mechanism that the surface of machining object W is blown away is also applied for the present invention.

(7) in the respective embodiments described above, with including being polished come so that table by the surface to sheet machined object W The present invention is described as a example by the smooth surface modification mechanism 190 in face, but the invention is not restricted to this.For example, including to piece The situation of the surface modification mechanism that the surface of shape machined object W causes surface smooth by electro-etching or including passing through Plasma etching (plasma etching) is also applied for the present invention come the situation of the surface modification mechanism for causing surface smooth.

(8) in the respective embodiments described above, with the first image mechanism (or second image mechanism) to sheet machined object W's End imaged in case of the present invention is described, but the invention is not restricted to this.For example, to sheet machined object The situation that W shoots the collimation mark for pre-setting is also applied for the present invention.

(9) in the respective embodiments described above, for the present invention is described as a example by the punching machine for forming through hole, But the invention is not restricted to this.For example, for forming other holes such as guide hole (guide hole), perforation (sprocket hole) Punching machine is also applied for the present invention.

(10) in the respective embodiments described above, the present invention is entered in case of sheet machined object W is as flexible base board Go explanation, but the invention is not restricted to this.For example, sheet machined object W is rigidity (rigid) substrate or functional film etc. Situation is also applied for the present invention.

Symbol description

100th, 102 ... punching machines；110 ... sheet machined object conveying mechanisms；111 ... extraction units；112 ... winders； 113rd, 114 ... jockey pulleys；115th, 116,221,222,252,254 ... help roll；117th, 118,117a, 118a ... roller；120 ... One image mechanism；130 ... first punch block mechanisms；131 ... first perforated dies；132nd, 162 ... x-axis drive divisions；133、163…y Axle drive division；134 ... rotary driving parts；135th, 165 ... supporting tables；136th, 166 ... punch molds；137th, 167 ... concave dies； 138th, 168 ... drifts；139th, 169 ... convex templates；140th, 170 ... die holes；141st, 171 ... concave templates；142nd, 172 ... (x-axis drives Dynamic portion) platform；143rd, 173 ... x-axis mobile members；144th, 174 ... (y-axis drive division) platforms；145th, 175 ... y-axis mobile members； 146th, 176 ... (rotary driving part) platforms；147th, 177 ... rotating members；150 ... second image mechanisms；160 ... second punches Structure；161 ... first perforated dies；180 ... wiper mechanisms；190 ... surface modification mechanisms；210 ... sheet machined object moving machines Structure；212nd, 214,216,218,232,234,242,244 ... driven roller；220 ... creepage distances adjust roller；230 ... first sheets Machined object travel mechanism；240 ... second sheet machined object travel mechanisms；250 ... jockey pulleys；W ... sheet machined objects； A ... (sheet machined object W's) conveying direction.

Claims (17)

1. a kind of sheet machined object to being conveyed in volume to volume mode is carried out by the first punch block mechanism and the second punch block mechanism The punching machine of perforation, it is characterised in that including：

Sheet machined object conveying mechanism, the sheet machined object is conveyed from extraction unit to winder；

First punch block mechanism, with the first perforated die that a plurality of drifts is arranged with predetermined pattern, described in causing First perforated die is moved to by behind the optional position in the first punched areas that first punch block mechanism enters eleven punch 11, right The sheet machined object disposably wears a plurality of holes；And

Second punch block mechanism, with second perforated die of drift has been arranged, is causing second perforated die Move to by behind the optional position in the second punched areas that second punch block mechanism enters eleven punch 11, being added to the sheet The perforation of one, the hole of work thing one hole ground,

Wherein, first punch block mechanism and second punch block mechanism along the conveying direction of the sheet machined object with this Order is sequentially equipped in contrast to this,

Using the axle parallel with the conveying direction of the sheet machined object as x-axis, by the table with the sheet machined object Parallel and vertical with the x-axis axle in face as y-axis, and using axle vertical with the x-axis and vertical with the y-axis as z-axis In the case of,

First punch block mechanism has：

X-axis drive division so that first perforated die is moved along the x-axis；

Y-axis drive division so that first perforated die is moved along the y-axis；And

Rotary driving part, first perforated die is caused clockwise or counterclockwise by rotary shaft of the z-axis,

Second punch block mechanism has：

X-axis drive division so that second perforated die is moved along the x-axis；And

Y-axis drive division so that second perforated die is moved along the y-axis.

2. punching machine according to claim 1, it is characterised in that also include：

Sheet machined object travel mechanism, described the is moved at the first perforation object position for causing the sheet machined object While one punched areas so that the second perforation object position of the sheet machined object moves to second punch block Domain；And

Creepage distance adjusts roller, and first punch block mechanism and institute are provided in along the conveying direction of the sheet machined object State between the second punch block mechanism, to piece face, described first punch block mechanism along the sheet machined object and described The creepage distance of two perforating machine structure is adjusted.

3. punching machine according to claim 1, it is characterised in that also include：

First sheet machined object travel mechanism so that the first perforation object position of the sheet machined object moves to described First punched areas；

Second sheet machined object travel mechanism so that the second perforation object position of the sheet machined object moves to described Second punched areas；And

Jockey pulley, is provided in first punch block mechanism and described second and wears along the conveying direction of the sheet machined object Between holes mechanism.

4. a kind of sheet machined object to being conveyed in volume to volume mode is carried out by the first punch block mechanism and the second punch block mechanism The punching machine of perforation, it is characterised in that including：

Sheet machined object conveying mechanism, the sheet machined object is conveyed from extraction unit to winder；

First punch block mechanism, with the first perforated die that a plurality of drifts is arranged with predetermined pattern, described in causing First perforated die is moved to by behind the optional position in the first punched areas that first punch block mechanism enters eleven punch 11, right The sheet machined object disposably wears a plurality of holes；

Second punch block mechanism, with second perforated die of drift has been arranged, is causing second perforated die Move to by behind the optional position in the second punched areas that second punch block mechanism enters eleven punch 11, being added to the sheet The perforation of one, the hole of work thing one hole ground；

Sheet machined object travel mechanism, described the is moved at the first perforation object position for causing the sheet machined object While one punched areas so that the second perforation object position of the sheet machined object moves to second punch block Domain；And

Creepage distance adjusts roller, and first punch block mechanism and institute are provided in along the conveying direction of the sheet machined object State between the second punch block mechanism, to piece face, described first punch block mechanism along the sheet machined object and described The creepage distance of two perforating machine structure is adjusted,

Wherein, first punch block mechanism and second punch block mechanism along the conveying direction of the sheet machined object with this Order is sequentially equipped in contrast to this.

5. a kind of sheet machined object to being conveyed in volume to volume mode is carried out by the first punch block mechanism and the second punch block mechanism The punching machine of perforation, it is characterised in that including：

Sheet machined object conveying mechanism, the sheet machined object is conveyed from extraction unit to winder；

First punch block mechanism, with the first perforated die that a plurality of drifts is arranged with predetermined pattern, described in causing First perforated die is moved to by behind the optional position in the first punched areas that first punch block mechanism enters eleven punch 11, right The sheet machined object disposably wears a plurality of holes；

Second punch block mechanism, with second perforated die of drift has been arranged, is causing second perforated die Move to by behind the optional position in the second punched areas that second punch block mechanism enters eleven punch 11, being added to the sheet The perforation of one, the hole of work thing one hole ground；

First sheet machined object travel mechanism so that the first perforation object position of the sheet machined object moves to described First punched areas；

Second sheet machined object travel mechanism so that the second perforation object position of the sheet machined object moves to described Second punched areas；And

Jockey pulley, is provided in first punch block mechanism and described second and wears along the conveying direction of the sheet machined object Between holes mechanism,

Wherein, first punch block mechanism and second punch block mechanism along the conveying direction of the sheet machined object with this Order is sequentially equipped in contrast to this.

6. the punching machine according to claim 4 or 5, it is characterised in that：

Wherein, as x-axis, and will be processed with the sheet using the axle parallel with the conveying direction of the sheet machined object In the case that parallel and vertical with the x-axis axle in the surface of thing is as y-axis,

First punch block mechanism has：

X-axis drive division so that first perforated die is moved along the x-axis；And

Y-axis drive division so that first perforated die is moved along the y-axis,

Second punch block mechanism has：

X-axis drive division so that second perforated die is moved along the x-axis；And

Y-axis drive division so that second perforated die is moved along the y-axis.

7. the punching machine according to any one of Claims 1 to 5, it is characterised in that：

Wherein, first punch block mechanism and second punch block mechanism are that the sheet conveyed along horizontal direction is added Work thing enters the punch block mechanism of eleven punch 11.

8. the punching machine according to any one of Claims 1 to 5, it is characterised in that：

Wherein, first punch block mechanism is the punch that the sheet machined object to being conveyed to vertical direction enters eleven punch 11 Structure,

Second punch block mechanism is the punch block mechanism that the sheet machined object to being conveyed to vertical lower enters eleven punch 11.

9. the punching machine according to any one of Claims 1 to 5, it is characterised in that：

Wherein, first punch block mechanism with the first a plurality of perforated dies as the same of first perforated die When, also one first of sheet machined object perforation is supplied to being selected from the first a plurality of perforated die First perforated die selector of perforated die.

10. the punching machine according to any one of Claims 1 to 5, it is characterised in that：

Wherein, second punch block mechanism with the second a plurality of perforated dies as the same of second perforated die When, also one second of sheet machined object perforation is supplied to being selected from the second a plurality of perforated die Second perforated die selector of perforated die.

11. punching machine according to any one of Claims 1 to 5, it is characterised in that also include：

Image mechanism, the predetermined portions to the sheet machined object are imaged,

Wherein, based on the image as captured by the image mechanism, first punch block mechanism is carried out relative to the sheet quilt The positioning of the positioning of machining object and second punch block mechanism relative to the sheet machined object.

12. punching machine according to any one of Claims 1 to 5, it is characterised in that：

Wherein, closer to the winder side, arranged compared with first punch block mechanism and second punch block mechanism There is the wiper mechanism cleaned for the surface to the sheet machined object.

13. punching machine according to any one of Claims 1 to 5, it is characterised in that：

Wherein, closer to the winder side, arranged compared with first punch block mechanism and second punch block mechanism There is the surface modification mechanism improved for the surface to the sheet machined object.

A kind of 14. sheet machined objects to being conveyed in volume to volume mode are carried out by the first punch block mechanism and the second punch block mechanism The punching machine of perforation, it is characterised in that including：

Sheet machined object conveying mechanism, the sheet machined object is conveyed from extraction unit to winder；

First punch block mechanism, with the first perforated die, moves to by described the first perforated die is caused Behind the optional position that one punch block mechanism enters in the first punched areas of eleven punch 11, eleven punch 11 is entered to the sheet machined object；

Second punch block mechanism, with the second perforated die, moves to by described the second perforated die is caused Behind the optional position that two perforating machine structure enters in the second punched areas of eleven punch 11, eleven punch 11 is entered to the sheet machined object；

Sheet machined object travel mechanism, described the is moved at the first perforation object position for causing the sheet machined object While one punched areas so that the second perforation object position of the sheet machined object moves to second punch block Domain；And

Creepage distance adjusts roller, and first punch block mechanism and institute are provided in along the conveying direction of the sheet machined object State between the second punch block mechanism, to piece face, described first punch block mechanism along the sheet machined object and described The creepage distance of two perforating machine structure is adjusted,

Wherein, first punch block mechanism and second punch block mechanism along the conveying direction of the sheet machined object with this Order is sequentially equipped in contrast to this.

A kind of 15. sheet machined objects to being conveyed in volume to volume mode are carried out by the first punch block mechanism and the second punch block mechanism The punching machine of perforation, it is characterised in that including：

Sheet machined object conveying mechanism, the sheet machined object is conveyed from extraction unit to winder；

First punch block mechanism, with the first perforated die, moves to by described the first perforated die is caused Behind the optional position that one punch block mechanism enters in the first punched areas of eleven punch 11, eleven punch 11 is entered to the sheet machined object；

Second punch block mechanism, with the second perforated die, moves to by described the second perforated die is caused Behind the optional position that two perforating machine structure enters in the second punched areas of eleven punch 11, eleven punch 11 is entered to the sheet machined object；

First sheet machined object travel mechanism so that the first perforation object position of the sheet machined object moves to described First punched areas；

Second sheet machined object travel mechanism so that the second perforation object position of the sheet machined object moves to described Second punched areas；And

Jockey pulley, is provided in first punch block mechanism and described second and wears along the conveying direction of the sheet machined object Between holes mechanism,

Wherein, first punch block mechanism and second punch block mechanism along the conveying direction of the sheet machined object with this Order is sequentially equipped in contrast to this.

16. punching machine according to claims 14 or 15, it is characterised in that：

Wherein, first punch block mechanism and second punch block mechanism are that the sheet conveyed along horizontal direction is added Work thing enters the punch block mechanism of eleven punch 11.

17. punching machine according to claims 14 or 15, it is characterised in that：

Wherein, first punch block mechanism is the punch that the sheet machined object to being conveyed to vertical direction enters eleven punch 11 Structure,

Second punch block mechanism is the punch block mechanism that the sheet machined object to being conveyed to vertical lower enters eleven punch 11.