JP2012076209A - Trimming die, holding member for trimming die, cylinder for trimming die, and die-cutting method - Google Patents

Trimming die, holding member for trimming die, cylinder for trimming die, and die-cutting method Download PDF

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JP2012076209A
JP2012076209A JP2010226224A JP2010226224A JP2012076209A JP 2012076209 A JP2012076209 A JP 2012076209A JP 2010226224 A JP2010226224 A JP 2010226224A JP 2010226224 A JP2010226224 A JP 2010226224A JP 2012076209 A JP2012076209 A JP 2012076209A
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ruled line
die
substrate
cutting
mold
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Shigeyuki Takeuchi
茂之 竹内
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Abstract

PROBLEM TO BE SOLVED: To provide a trimming die which enables accurate die-cutting of a material and positioning of a press line groove.SOLUTION: The trimming die 1 is used to die-cut of a die-cut material 102 and position a press line groove. The trimming die 1 includes a base 2, a cutter 3 disposed at a cutting position on the surface 2a of the base 2, a press line groove 4 formed at a press line groove position on the surface 2a of the base 2, a hole 5 formed on a part of the surface 2a of the base 2 where the cutter 3 and the press line groove 4 are not formed, a buffering portion 9 formed of an elastic material disposed on a bottom face 5a in the hole 5, and a holder 7 which is so formed that it can be inserted in a part of the hole 5 above the buffering portion 9 and that projects from the surface 2a of the base 2 to be higher than the cutter 3 and the press line groove 4.

Description

この発明は、被抜き材の型抜きおよび押罫線溝の位置付けを精度良く行うことができる抜き型、抜き型用の保持部材、抜き型用の筒体、型抜き方法に関するものである。   The present invention relates to a punching die, a punching die holding member, a punching die cylinder, and a die cutting method capable of accurately performing die cutting of a material to be punched and positioning of a ruled line groove.

従来の抜き型は、抜型本体となるダイボードに形成した固定溝に切断刃及び罫を保持した抜型と、当該抜型と相対向する受け面となる雌型とからなる打抜型において、抜型一面に対して、雌型を長手方向に複数に分割した分割プレートとこれら分割プレートを位置決め固定するデッドプレートとで構成し、且つ分割プレートのそれぞれに少なくとも２つの位置決め孔を設ける一方、抜型には位置決め孔のそれぞれに対向する位置に位置決めピンを固定する位置決めピン固定孔を形成し、抜型及びデッドプレートを打抜機に位置決め固定した後、位置決めピン固定孔に保持した位置決めピンの先端に係合させた位置決めディスクをデッドプレートに粘着し、これら位置決めディスクを介して分割プレートを位置決めしてデッドプレートに固定するものである（例えば、特許文献１参照）。   A conventional punching die is a punching die comprising a punching die in which a cutting blade and a ruler are held in a fixed groove formed in a die board serving as a punching body, and a female die serving as a receiving surface opposite to the punching die. The female mold is divided into a plurality of divided plates in the longitudinal direction and a dead plate for positioning and fixing the divided plates, and each of the divided plates is provided with at least two positioning holes. A positioning disk for fixing positioning pins to fix the positioning pins at positions facing each other, positioning and fixing the die and dead plate to the punching machine, and then engaging the tip of the positioning pin held in the positioning pin fixing hole Is attached to the dead plate, and the divided plate is positioned via these positioning discs and fixed to the dead plate. Those (e.g., see Patent Document 1).

特開２００５−７４６１５号公報JP 2005-74615 A

従来の抜き型は、位置決めディスクを固定した後に、雌型を設置しているため、設置する際にずれたり、間違えたりする可能性があり、被抜き材の型抜きおよび押罫線溝の位置付けの精度が低下するという問題点があった。   Since the conventional die has a female die installed after the positioning disk is fixed, there is a possibility that it may be displaced or mistaken when installed. There was a problem that the accuracy decreased.

この発明は上記のような課題を解決するためになされたものであり、被抜き材の型抜きおよび押罫線溝の位置付けを精度良く行うことができる抜き型、抜き型用の保持部材、抜き型用の筒体、型抜き方法を提供することを目的とする。   SUMMARY OF THE INVENTION The present invention has been made to solve the above-described problems, and can provide a punching die, a punching die holding member, and a punching die that can accurately perform punching of the material to be punched and positioning of the ruled line groove. An object of the present invention is to provide a cylindrical body and a die cutting method.

この発明は、被抜き材の型抜きおよび押罫線溝の位置付けを行うための抜き型において、
基板と、
基板の表面側の切断位置に配設された切断刃と、
基板の表面側の押罫線溝位置に配設された押罫線部と、
基板の表面側の切断刃および押罫線部の形成されていない箇所に形成された穴部と、
穴部内の底面に配設された弾性材にて形成される緩衝部と、
緩衝部上の穴部に挿入出可能に形成され基板の表面側に切断刃および押罫線部の高さより突出して形成された保持体とを備えたことを特徴とする抜き型とを備えたものである。 This invention is a die for performing die cutting of a material to be cut and positioning of a ruled line groove,
A substrate,
A cutting blade disposed at a cutting position on the surface side of the substrate;
A ruled line portion disposed in a ruled line groove position on the surface side of the substrate;
A hole formed in a portion where the cutting blade and the ruled line portion on the surface side of the substrate are not formed,
A buffer portion formed of an elastic material disposed on the bottom surface in the hole portion;
A punching die that is formed so as to be able to be inserted into and extracted from the hole on the buffer portion and is formed on the surface side of the substrate so as to protrude from the height of the cutting blade and the ruled line portion. It is.

また、この発明は、基板と、
基板の表面側の切断位置に配設された切断刃と、
基板の表面側の罫線位置に配設された押罫線部と、
基板の表面側の切断刃および押罫線部の形成されていない箇所に形成された穴部とを有する、被抜き材の型抜きおよび押罫線溝の位置付けを行うための抜き型に使用される抜き型の保持部材であって、
穴部内の底面に配設可能な弾性材にて形成される緩衝部と、
緩衝部に密着して形成され緩衝部上の穴部に挿入出可能に形成され基板に挿入されると基板の表面側に切断刃および押罫線部の高さより突出して形成される保持体とを備えたものである。 The present invention also includes a substrate,
A cutting blade disposed at a cutting position on the surface side of the substrate;
A ruled line portion disposed at a ruled line position on the surface side of the substrate;
A punch used for punching a material to be punched and for positioning a ruled line groove, having a cutting blade on the surface side of the substrate and a hole formed in a place where the ruled line part is not formed A mold holding member,
A buffer portion formed of an elastic material that can be disposed on the bottom surface in the hole portion;
A holding body formed in close contact with the buffer portion, formed so as to be inserted into and removed from the hole on the buffer portion, and protruded from the height of the cutting blade and the ruled line portion on the surface side of the substrate. It is provided.

また、この発明は、基板と、
基板の表面側の切断位置に配設された切断刃と、
基板の表面側の罫線位置に配設された押罫線部と、
基板の表面側の切断刃および押罫線部の形成されていない箇所に形成された開口部とを有する、被抜き材の型抜きおよび押罫線溝の位置付けを行うための抜き型に使用される、
開口部に設置され挿入可能にかつ剛性材にて形成された底面を有し、底面に貫通孔を備え、開口部と共に穴部を構成する抜き型の筒体であって、
筒体は、穴部内の底面に配設された弾性材にて形成される緩衝部と、
緩衝部上の穴部に挿入出可能に形成され基板の表面側に切断刃および押罫線部の高さより突出して形成された保持体とが挿入出されるものである。 The present invention also includes a substrate,
A cutting blade disposed at a cutting position on the surface side of the substrate;
A ruled line portion disposed at a ruled line position on the surface side of the substrate;
It has a cutting blade on the surface side of the substrate and an opening formed at a location where the ruled line portion is not formed, and is used for a die for performing die cutting of the material to be cut and positioning of the ruled line groove.
It is a punched cylinder that has a bottom surface that is installed in an opening and is insertable and formed of a rigid material, includes a through hole in the bottom surface, and forms a hole with the opening.
The cylindrical body is a buffer portion formed of an elastic material disposed on the bottom surface in the hole portion,
A holding body that is formed so as to be inserted into and removed from the hole on the buffer portion and protrudes from the height of the cutting blade and the ruled line portion is inserted into and extracted from the surface side of the substrate.

また、この発明は、第１のプレス板と第２のプレス板とを圧接させて被抜き材の型抜きおよび罫線付けを行う型抜き機の、型抜き機用型としての抜き型および罫線用型を、第１のプレス板に配設される抜き型、および、第２のプレス板に配設される罫線用型を位置合わせして設置する型抜き方法において、
抜き型は、請求項１ないし請求項５のいずれか１項に記載の抜き型を、
罫線用型は、罫線用基板の抜き型の保持体と対応する箇所に罫線側開口部、罫線用基板の表面側に抜き型の押罫線部と対応する箇所に罫線溝、および罫線用基板の裏面側に接着層を有する罫線用型を用い、
抜き型を第１のプレス板上に配設し、
抜き型の保持体に罫線用型の罫線側開口部を挿入して抜き型上に罫線用型の裏面側を上面として載置し、
第１及び第２のプレス板を圧接する方向に移動して、罫線用型が裏面側の接着層により第２のプレス板上に接着され、
第１及び第２のプレス板を離反する方向に移動して、罫線用型は表面側を上面として第２のプレス板上に残存され、罫線用型を抜き型上から離反するものである。 The present invention also relates to a die cutter and a ruled line as a die cutter die for a die cutter for performing die cutting and ruled cutting of a material to be punched by press-contacting a first press plate and a second press plate. In the die-cutting method in which the die is positioned and placed on the first press plate and the ruled die placed on the second press plate is aligned,
The punching die is the punching die according to any one of claims 1 to 5.
The ruled line mold has a ruled line side opening at a position corresponding to the ruled line drawing die holder, a ruled line groove on the surface side of the ruled line board and a ruled line groove on the surface side of the ruled line substrate, and a ruled line substrate. Using a ruled line mold with an adhesive layer on the back side,
A punching die is disposed on the first press plate;
Insert the ruled line side opening of the ruled line mold into the holder of the cut mold and place the back side of the ruled line mold on the punched mold as the upper surface.
The first and second press plates are moved in the press-contact direction, and the ruled line mold is adhered onto the second press plate by the adhesive layer on the back side,
The first and second press plates are moved away from each other, and the ruled line die remains on the second press plate with the surface side as the upper surface, and the ruled line die is separated from the punching die.

この発明の抜き型は、被抜き材の型抜きおよび押罫線溝の位置付けを行うための抜き型において、
基板と、
基板の表面側の切断位置に配設された切断刃と、
基板の表面側の押罫線溝位置に配設された押罫線部と、
基板の表面側の切断刃および押罫線部の形成されていない箇所に形成された穴部と、
穴部内の底面に配設された弾性材にて形成される緩衝部と、
緩衝部上の穴部に挿入出可能に形成され基板の表面側に切断刃および押罫線部の高さより突出して形成された保持体とを備えたので、被抜き材の型抜きおよび押罫線溝の位置付けを精度良く行うことができる。 The punching die of the present invention is a punching die for performing punching of the material to be punched and positioning of the ruled line groove,
A substrate,
A cutting blade disposed at a cutting position on the surface side of the substrate;
A ruled line portion disposed in a ruled line groove position on the surface side of the substrate;
A hole formed in a portion where the cutting blade and the ruled line portion on the surface side of the substrate are not formed,
A buffer portion formed of an elastic material disposed on the bottom surface in the hole portion;
Since it has a holder formed on the surface side of the substrate so that it can be inserted into and removed from the hole on the buffer part and protrudes from the height of the ruled line part, the die cutting of the workpiece and the ruled line groove Can be accurately positioned.

また、この発明の抜き型の保持部材は、基板と、
基板の表面側の切断位置に配設された切断刃と、
基板の表面側の罫線位置に配設された押罫線部と、
基板の表面側の切断刃および押罫線部の形成されていない箇所に形成された穴部とを有する、被抜き材の型抜きおよび押罫線溝の位置付けを行うための抜き型に使用される抜き型の保持部材であって、
穴部内の底面に配設可能な弾性材にて形成される緩衝部と、
緩衝部に密着して形成され緩衝部上の穴部に挿入出可能に形成され基板に挿入されると基板の表面側に切断刃および押罫線部の高さより突出して形成される保持体とを備えたので、被抜き材の型抜きおよび押罫線溝の位置付けを精度良く行うことができ、複数の抜き型に対して援用して利用することができる。 Further, the holding member of the punching die of the present invention includes a substrate,
A cutting blade disposed at a cutting position on the surface side of the substrate;
A ruled line portion disposed at a ruled line position on the surface side of the substrate;
A punch used for punching a material to be punched and for positioning a ruled line groove, having a cutting blade on the surface side of the substrate and a hole formed in a place where the ruled line part is not formed A mold holding member,
A buffer portion formed of an elastic material that can be disposed on the bottom surface in the hole portion;
A holding body formed in close contact with the buffer portion, formed so as to be inserted into and removed from the hole on the buffer portion, and protruded from the height of the cutting blade and the ruled line portion on the surface side of the substrate. Since it was provided, the punching of the material to be punched and the positioning of the ruled line groove can be performed with high accuracy, and it can be used with the aid of a plurality of punching dies.

また、この発明の抜き型の筒体は、基板と、
基板の表面側の切断位置に配設された切断刃と、
基板の表面側の罫線位置に配設された押罫線部と、
基板の表面側の切断刃および押罫線部の形成されていない箇所に形成された開口部とを有する、被抜き材の型抜きおよび押罫線溝の位置付けを行うための抜き型に使用される、
開口部に設置され挿入可能にかつ剛性材にて形成された底面を有し、底面に貫通孔を備え、開口部と共に穴部を構成する抜き型の筒体であって、
筒体は、穴部内の底面に配設された弾性材にて形成される緩衝部と、
緩衝部上の穴部に挿入出可能に形成され基板の表面側に切断刃および押罫線部の高さより突出して形成された保持体とが挿入出されるので、被抜き材の型抜きおよび押罫線溝の位置付けを精度良く行うことができる。 The punching cylinder of the present invention includes a substrate,
A cutting blade disposed at a cutting position on the surface side of the substrate;
A ruled line portion disposed at a ruled line position on the surface side of the substrate;
It has a cutting blade on the surface side of the substrate and an opening formed at a location where the ruled line portion is not formed, and is used for a die for performing die cutting of the material to be cut and positioning of the ruled line groove.
It is a punched cylinder that has a bottom surface that is installed in an opening and is insertable and formed of a rigid material, includes a through hole in the bottom surface, and forms a hole with the opening.
The cylindrical body is a buffer portion formed of an elastic material disposed on the bottom surface in the hole portion,
Since the holding body formed so that it can be inserted into and removed from the hole on the buffer part and protrudes from the height of the cutting blade and the ruled line part is inserted into the surface side of the substrate, the die cutting and the ruled line of the material to be extracted The groove can be positioned with high accuracy.

また、この発明の型抜き方法は、第１のプレス板と第２のプレス板とを圧接させて被抜き材の型抜きおよび罫線付けを行う型抜き機の、型抜き機用型としての抜き型および罫線用型を、第１のプレス板に配設される抜き型、および、第２のプレス板に配設される罫線用型を位置合わせして設置する型抜き方法において、
抜き型は、請求項１ないし請求項５のいずれか１項に記載の抜き型を、
罫線用型は、罫線用基板の抜き型の保持体と対応する箇所に罫線側開口部、罫線用基板の表面側に抜き型の押罫線部と対応する箇所に罫線溝、および罫線用基板の裏面側に接着層を有する罫線用型を用い、
抜き型を第１のプレス板上に配設し、
抜き型の保持体に罫線用型の罫線側開口部を挿入して抜き型上に罫線用型の裏面側を上面として載置し、
第１及び第２のプレス板を圧接する方向に移動して、罫線用型が裏面側の接着層により第２のプレス板上に接着され、
第１及び第２のプレス板を離反する方向に移動して、罫線用型は表面側を上面として第２のプレス板上に残存され、罫線用型を抜き型上から離反するので、被抜き材の型抜きおよび押罫線溝の位置付けを精度良く行うことができ、また、抜き型の保持体に罫線用型を設置するのみにて、罫線用型を型抜き機に設置することができるため、容易にかつ短時間にて、罫線用型を抜き型機の所定位置に設置することができる。 Further, the die cutting method of the present invention is a die cutting machine that performs die cutting and ruled cutting of a material to be punched by press-contacting a first press plate and a second press plate. In a die-cutting method in which a die and a ruled-line die are aligned and placed on a punching die disposed on a first press plate and a ruled-line die disposed on a second press plate,
The punching die is the punching die according to any one of claims 1 to 5.
The ruled line mold has a ruled line side opening at a position corresponding to the ruled line drawing die holder, a ruled line groove on the surface side of the ruled line board and a ruled line groove on the surface side of the ruled line substrate, and a ruled line substrate. Using a ruled line mold with an adhesive layer on the back side,
A punching die is disposed on the first press plate;
Insert the ruled line side opening of the ruled line mold into the holder of the cut mold and place the back side of the ruled line mold on the punched mold as the upper surface.
The first and second press plates are moved in the press-contact direction, and the ruled line mold is adhered onto the second press plate by the adhesive layer on the back side,
The first and second press plates are moved away from each other, and the ruled line die remains on the second press plate with the surface side as the upper surface, and the ruled line die is separated from the punching die. The die cutting of the material and the positioning of the crease line groove can be performed with high accuracy, and the ruled line mold can be installed in the die cutting machine simply by installing the ruled line mold on the holding body of the cutting die. The ruled line mold can be installed at a predetermined position of the punching machine easily and in a short time.

この発明の実施の形態１における抜き型の構成を示す図である。It is a figure which shows the structure of the cutting die in Embodiment 1 of this invention. この発明の実施の形態１における罫線用型の構成を示す図である。It is a figure which shows the structure of the type | mold for ruled lines in Embodiment 1 of this invention. 図１に示した抜き型用の保持部材の構成を示す図である。It is a figure which shows the structure of the holding member for die-cutting shown in FIG. 図１に示した抜き型用の筒体の構成を示す断面図である。It is sectional drawing which shows the structure of the cylinder for die-cuts shown in FIG. 図１に示した抜き型および図２に示した罫線用型を用いた型抜き方法を示す断面図である。FIG. 3 is a cross-sectional view showing a die cutting method using the punching die shown in FIG. 1 and the ruled line die shown in FIG. 2. 図１に示した抜き型および図２に示した罫線用型を用いた型抜き方法を示す断面図である。FIG. 3 is a cross-sectional view showing a die cutting method using the punching die shown in FIG. 1 and the ruled line die shown in FIG. 2. 図１に示した抜き型に図２に示した罫線用型を設置した状態を示す図である。It is a figure which shows the state which installed the ruled line type | mold shown in FIG. 2 in the punching die shown in FIG. 図１に示した抜き型に図２に示した罫線用型を用いて被抜き材を型抜きした状態を示す図である。It is a figure which shows the state which punched the to-be-cut material using the ruled-line type | mold shown in FIG. 2 to the punching die shown in FIG.

実施の形態１．
以下、本願発明の実施の形態について説明する。図１はこの発明の実施の形態１における抜き型の構成を示す平面図および部分断面図である。図１（ａ）は図１（ｃ）の平面の一部を拡大して示した平面図で、図１（ｂ）は図１（ａ）のｂ−ｂ線部分断面図である。図２はこの発明の実施の形態１における罫線用型の構成を示す平面図および部分断面図である。尚、図２（ｂ）は図２（ａ）のｂ−ｂ線部分断面図であり、罫線用型の断面が理解しやすくなるために、便宜上各部分を厚く示しているものである。図３は図１に示した抜き型用の保持部材の構成を示す上面図、正面図、側面図、上面断面図、側面断面図である。図３（ｄ）、（ｅ）、（ｆ）、（ｇ）は図３（ａ）、（ｂ）に示した各線ｄ、ｅ、ｆ、ｇにおける各断面を示した図である。図４は図１に示した抜き型用の筒体の構成を示す断面図、図５および図６は図１に示した抜き型および図２に示した罫線用型を用いた型抜き方法を示す断面図、図７は図１に示した抜き型に図２に示した罫線用型を設置した状態を示す平面図、図８は図１に示した抜き型に図２に示した罫線用型を用いて被抜き材を型抜きした状態を示す平面図および部分断面図である。 Embodiment 1 FIG.
Embodiments of the present invention will be described below. 1A and 1B are a plan view and a partial cross-sectional view showing a configuration of a punching die according to Embodiment 1 of the present invention. 1A is an enlarged plan view showing a part of the plane of FIG. 1C, and FIG. 1B is a partial cross-sectional view taken along the line bb of FIG. 1A. FIG. 2 is a plan view and a partial cross-sectional view showing the configuration of the ruled line mold according to Embodiment 1 of the present invention. 2B is a partial cross-sectional view taken along the line bb of FIG. 2A. In order to facilitate understanding of the cross section of the ruled line mold, each part is shown thick for convenience. 3 is a top view, a front view, a side view, a top cross-sectional view, and a side cross-sectional view showing the configuration of the holding member for the punching die shown in FIG. FIGS. 3D, 3E, 3F, and 3G are cross-sectional views taken along lines d, e, f, and g shown in FIGS. FIG. 4 is a cross-sectional view showing the structure of the cylinder for the punching die shown in FIG. 1, and FIGS. 5 and 6 are die cutting methods using the punching die shown in FIG. 1 and the ruled line die shown in FIG. FIG. 7 is a plan view showing a state in which the ruled line mold shown in FIG. 2 is installed in the punching die shown in FIG. 1, and FIG. 8 is a drawing for the ruled line shown in FIG. 2 in the punching die shown in FIG. It is the top view and partial sectional view which show the state which punched out the material to be cut using a type | mold.

図において、本願発明の抜き型１は、被抜き材１０２の型抜きおよび押罫線溝１０２ａの位置付けを行うためのものである。そして、抜き型１は、例えば合板材にて成る基板２と、基板２の表面２ａ側の切断位置に配設された切断刃３と、基板２の表面２ａ側の押罫線溝位置に配設された押罫線部４と、基板２の表面２ａ側の切断刃３および押罫線部４の形成されていない箇所、ここでは押罫線部４に囲まれた箇所に２箇所、そして、押罫線部４と切断刃３とに囲まれた箇所に１箇所の合計３箇所に形成された円筒状の穴部５と、穴部５内の底面５ａに配設された例えば、ゴム材、スプリング形状の材等の弾性材にて形成される緩衝部９とを備える。   In the figure, a punching die 1 of the present invention is for punching a workpiece 102 and positioning a ruled line groove 102a. The punching die 1 is disposed, for example, at a substrate 2 made of a plywood material, a cutting blade 3 disposed at a cutting position on the surface 2a side of the substrate 2, and a ruled line groove position on the surface 2a side of the substrate 2. The ruled line portion 4 formed, the cutting blade 3 on the surface 2a side of the substrate 2 and the portion where the ruled line portion 4 is not formed, here two locations surrounded by the ruled line portion 4, and the ruled line portion 4 and a cylindrical blade 5 formed in a total of three locations in a location surrounded by the cutting blade 3 and, for example, a rubber material or a spring-shaped material disposed on the bottom surface 5a in the hole 5 And a buffer portion 9 formed of an elastic material such as a material.

さらに、緩衝部９上の穴部５に挿入出可能に形成され基板２の表面２ａ側に切断刃３の高さＨ１および押罫線部４の高さＨ２より突出して高さＨ３にて形成された円柱状の保持体７と、基板２の表面２ａ側に保持体７の外周を囲むように例えばゴム材等の弾性材にて形成されている下部支持体１０ａおよび上部支持体１０ｂの２層にて構成される支持体１０とを備えている。尚、本実施の形態では支持体１０を上部および下部支持体１０ａ、１０ｂの２層にて形成する例を示したがこれに限られることはなく、１層にて形成しても３層以上にて形成しても良い。また、基板２の表面２ａ側上においての支持体１０の高さＨ４は保持体７の高さＨ３より低く形成する。最適には、後述する保持体７の切り欠き部７ｃの上端位置より後述する罫線用型１２の厚み程度低い位置に形成する。   Further, it is formed so as to be able to be inserted into and removed from the hole 5 on the buffer portion 9, and is formed on the surface 2a side of the substrate 2 at a height H3 protruding from the height H1 of the cutting blade 3 and the height H2 of the ruled line portion 4. Two layers of a cylindrical support 7 and a lower support 10a and an upper support 10b formed of an elastic material such as rubber so as to surround the outer periphery of the support 7 on the surface 2a side of the substrate 2 The support body 10 comprised by these is provided. In the present embodiment, the example in which the support body 10 is formed of two layers of the upper and lower support bodies 10a and 10b has been shown. However, the present invention is not limited to this. It may be formed by. The height H4 of the support 10 on the surface 2a side of the substrate 2 is formed to be lower than the height H3 of the holding body 7. Optimally, it is formed at a position lower than the upper end position of the notch portion 7c of the holding body 7 described later about the thickness of the ruled line mold 12 described later.

そして、穴部５は、基板２に形成された開口部１１と、開口部１１に挿入され例えば、ステンレス材、鉄材、プラスチック材、塩ビ樹脂材等の剛性材にて形成された底面６ａ（５ａ）を有する筒体６とにて構成され、底面６ａには貫通孔６ｂが形成されている。保持体７は、例えばステンレス材、鉄材、プラスチック材、塩ビ樹脂材等の剛性材にて形成されている。緩衝部９は、保持体７に密着して形成され保持体７と共に穴部５から挿入出可能に形成されており、緩衝部９と保持体７とにて保持部材８を構成している。   The hole 5 has an opening 11 formed in the substrate 2 and a bottom surface 6a (5a) that is inserted into the opening 11 and formed of a rigid material such as stainless steel, iron, plastic, or vinyl chloride resin. ) And a through-hole 6b is formed in the bottom surface 6a. The holding body 7 is formed of a rigid material such as a stainless steel material, an iron material, a plastic material, or a vinyl chloride resin material. The buffer portion 9 is formed in close contact with the holding body 7 and is formed so as to be able to be inserted and removed from the hole 5 together with the holding body 7. The buffer portion 9 and the holding body 7 constitute a holding member 8.

また、保持体７は、穴部５に挿入される一端７ａと異なる側の他端７ｂの外周の全周に形成され、溝形状にて形成された切り欠き部７ｃ（特に、図３（ｃ）、（ｄ）、（ｇ）参照）と、他端７ｂの外周の一部に対向して２箇所に、切り欠き部７ｃより深さ方向に長く平面を有するように形成された切り欠き部７ｄ（特に、図（ｂ）、（ｅ）、（ｆ）参照）とを備えている。筒体６と保持体７とがいずれも剛性材にて形成されているため、筒体６への保持体７の抜き差しが行いやすくなる。また、切り欠き部７ｃは罫線用型１２を保持部７に設置した際に係止するように形成されている、また、切り欠き部７ｄは、保持体７を穴部５から挿入出する場合に、持ち手となり挿入出が行いやすくなるために形成されている。   Further, the holding body 7 is formed on the entire outer periphery of the other end 7b on the side different from the one end 7a inserted into the hole 5, and is formed in a groove-shaped notch 7c (particularly, FIG. ), (D), (g)), and a notch portion formed so as to have a plane longer in the depth direction than the notch portion 7c at two locations facing a part of the outer periphery of the other end 7b. 7d (particularly, see FIGS. (B), (e) and (f)). Since the cylindrical body 6 and the holding body 7 are both made of a rigid material, the holding body 7 can be easily inserted into and removed from the cylindrical body 6. Further, the notch portion 7c is formed so as to be locked when the ruled line mold 12 is installed on the holding portion 7, and the notch portion 7d is inserted when the holding body 7 is inserted and removed from the hole portion 5. In addition, it is formed to be a handle and to facilitate insertion and removal.

また、罫線用型１２は、罫線用基板１５と、罫線用基板１５の抜き型１の保持体７と対応する箇所に形成された罫線側開口部１３と、罫線用基板１５の表面１５ａ側に抜き型１の押罫線部４と対応する箇所に形成された罫線溝１４と、罫線用基板１５の裏面１５ｂ側に形成された接着層１６と、接着層１６の外側に形成された剥離紙１７とを備える。罫線用型１２の全体の厚みは０．４〜１．５ｍｍ程度であり、罫線用溝１４の深さは０．３５〜１．４ｍｍ程度である。穴部５の形成位置および形成個数は、抜き型１上に罫線用型１２を保持体７にて保持して載置することができる位置および個数が適宜設定されて形成されている。   Further, the ruled line mold 12 includes a ruled line substrate 15, a ruled line side opening 13 formed at a position corresponding to the holder 7 of the punching mold 1 of the ruled line substrate 15, and a surface 15 a side of the ruled line substrate 15. Ruled line grooves 14 formed at locations corresponding to the ruled line portions 4 of the die 1, an adhesive layer 16 formed on the back surface 15 b side of the ruled line substrate 15, and release paper 17 formed outside the adhesive layer 16. With. The entire thickness of the ruled line mold 12 is about 0.4 to 1.5 mm, and the depth of the ruled line groove 14 is about 0.35 to 1.4 mm. The formation position and the number of the holes 5 are formed by appropriately setting the position and the number at which the ruled line mold 12 can be held and placed on the punching mold 1 by the holding body 7.

次に上記のように構成された実施の形態１の抜き型および罫線用型を用いた型抜き方法について説明する。ここでの型抜きは、第１のプレス板１００と第２のプレス板１０２とを圧接させて被抜き材１０２の型抜きおよび罫線付けを行う型抜き機を用いて行う。よって、型抜き機用の型としての抜き型１および罫線用型１２を、第１のプレス板１００に配設される抜き型１、および、第２のプレス板１０１に配設される罫線用型１２を位置合わせして設置する必要がある。このことは、抜き型１と罫線用型１２とは、例えばＣＡＤソフトなどによりデータをリンクさせて加工され形成されているため、それぞれは精度良く形成されているものである。よって、これら抜き型１と罫線用型１２とを型抜き機に精度良く設置するかが、被抜き材１０２の型抜きおよび罫線付けを精度良く行うことができるか否かを左右する。   Next, a die cutting method using the punching die and the ruled line die according to Embodiment 1 configured as described above will be described. Here, the die cutting is performed using a die cutting machine that presses the first press plate 100 and the second press plate 102 to perform die cutting of the material 102 and ruled lines. Therefore, the punching die 1 and the ruled line die 12 as the die for the die cutting machine are used as the punching die 1 provided on the first press plate 100 and the ruled line provided on the second press plate 101. The mold 12 needs to be positioned and installed. This is because the punching die 1 and the ruled line die 12 are formed by linking data with CAD software or the like, for example, so that each is accurately formed. Therefore, whether or not the punching die 1 and the ruled line die 12 are accurately installed in the die cutter determines whether or not the punching of the material 102 and the ruled line can be accurately performed.

まず、抜き型１を第１のプレス板１００上の所定位置に設置する。次に、抜き型１の保持体７に罫線用型１２の罫線側開口部１３を挿入するとともに罫線側開口部１３が保持体７の切り欠き部７ｃに係止され、抜き型１上に罫線用型１２の裏面１５ｂ側を上面として載置する（図５（ａ）、図７）。この際、罫線用型１２は保持体７の外周を囲むように形成された支持体１０により支持され、折れ曲がり等が防止される。そして、この状態においては、上記においても示したように、抜き型１と罫線用型１２とは、精度よく形成されているため位置ズレをおこすことなく正確な位置関係にある。次に、罫線用型１２の剥離紙１７を取り除く。尚、この剥離紙１７を取り除く工程は、罫線用型１２を抜き型１上に載置する前に行っても良い。次に、第１のプレス板１００の上下を反転する（図５（ｂ））。   First, the punching die 1 is installed at a predetermined position on the first press plate 100. Next, the ruled line side opening 13 of the ruled line mold 12 is inserted into the holding body 7 of the punching die 1, and the ruled line side opening 13 is locked to the notch 7 c of the holding body 7. The mold 12 is placed with the back surface 15b side as the top surface (FIGS. 5A and 7). At this time, the ruled line mold 12 is supported by the support 10 formed so as to surround the outer periphery of the holding body 7, thereby preventing bending and the like. In this state, as described above, the punching die 1 and the ruled line die 12 are formed with high accuracy and are in an accurate positional relationship without causing positional deviation. Next, the release paper 17 of the ruled line mold 12 is removed. The step of removing the release paper 17 may be performed before placing the ruled line mold 12 on the punching mold 1. Next, the first press plate 100 is turned upside down (FIG. 5B).

次に、第１及び第２のプレス板１００、１０１を圧接する方向に移動して、罫線用型１２が裏面１５ｂ側の接着層１６により第２のプレス板１０１上に罫線用型１２が接着される（図５（ｃ））。この際、保持体７の下部には緩衝部９が形成されているため、この圧接により緩衝部９は収縮して薄くなり、保持体７の他端７ｂが第２のプレス板１０１に圧接している。また、筒体６には貫通孔６ｂが形成されているため、空気抜きとなり、緩衝部９は容易に収縮することができる。そして、この保持体７の高さＨ３は、基板２の表面２ａ側において、切断刃３および押罫線部４の高さＨ１、Ｈ２より高く形成されているため、第１及び第２のプレス板１００、１０１を圧接する方向の移動距離は調整され、保持体７の他端７ｂが第２のプレス板１００に当接し、切断刃３および押罫線部４は第２のプレス板１００に当接しないように設定されている。また、罫線用型１２は保持体７の外周を囲むように形成された支持体１０により支持され、折れ曲がり等が防止されるととともに、支持体１０は罫線用型１２を第２のプレス板１０１に押圧する。よって、この状態において、抜き型１と罫線用型１２とは位置ズレをおこすことなく、罫線用型１２は第２のプレス板１０１に正確に接着されることとなる。   Next, the first and second press plates 100 and 101 are moved in the direction in which they are pressed, and the ruled line die 12 is adhered to the second press plate 101 by the adhesive layer 16 on the back surface 15b side. (FIG. 5C). At this time, since the buffer portion 9 is formed in the lower part of the holding body 7, the buffer portion 9 is contracted and thinned by this pressure contact, and the other end 7 b of the support body 7 is pressed against the second press plate 101. ing. Moreover, since the through-hole 6b is formed in the cylinder 6, it becomes air ventilation and the buffer part 9 can shrink | contract easily. Since the height H3 of the holding body 7 is formed higher than the heights H1 and H2 of the cutting blade 3 and the ruled line portion 4 on the surface 2a side of the substrate 2, the first and second press plates The moving distance in the direction in which 100 and 101 are pressed against each other is adjusted, the other end 7 b of the holding body 7 abuts on the second press plate 100, and the cutting blade 3 and the ruled line portion 4 abut on the second press plate 100. It is set not to. Further, the ruled line mold 12 is supported by a support 10 formed so as to surround the outer periphery of the holding body 7, so that bending or the like is prevented and the support 10 supports the ruled line mold 12 with the second press plate 101. Press on. Therefore, in this state, the punching mold 1 and the ruled line mold 12 are not misaligned, and the ruled line mold 12 is accurately bonded to the second press plate 101.

次に、第１及び第２のプレス板１００、１０１を離反する方向に移動して、罫線用型１２は表面１５ａ側を上面として接着層１６が第２のプレス板１０１上に接着された状態を維持して残存され、罫線用型１２は抜き型１上から離反する（図５（ｄ））。この際、緩衝部９は弾性力によりもとの厚さまで戻り、保持体７はもとの位置まで戻される。また、罫線用型１２は保持体７の外周を囲むように形成された支持体１０のより押圧され離反される。次に、抜き型１の保持部材８を基板２から抜き取って取り除く。この際、第１のプレス板１００を上下反転して行っても良い。また、保持体７の切り欠き部７ｄを持ち手とすることにより、保持部材８は穴部５から容易に挿出することができる。   Next, the first and second press plates 100 and 101 are moved away from each other, and the ruled line mold 12 is in a state where the adhesive layer 16 is bonded onto the second press plate 101 with the surface 15a side as the upper surface. The ruled line mold 12 is separated from the punching mold 1 (FIG. 5D). At this time, the buffer 9 is returned to its original thickness by the elastic force, and the holding body 7 is returned to its original position. Further, the ruled line mold 12 is pressed away from the support 10 formed so as to surround the outer periphery of the holding body 7. Next, the holding member 8 of the die 1 is removed from the substrate 2 and removed. At this time, the first press plate 100 may be turned upside down. Further, the holding member 8 can be easily inserted from the hole 5 by using the notch 7 d of the holding body 7 as a handle.

次に、罫線用型１２上に被抜き材１０２を載置する（図６（ａ））。次に、第１及び第２のプレス板１００、１０１を圧接する方向に移動して、被抜き材１０２を切断刃３にて型抜きおよび押罫線部４と罫線溝１４とにて押罫線溝１０２ａの位置付けを行う（図６（ｂ））。そして、第１及び第２のプレス板１００、１０１を離反する方向に移動して型抜きを終了する。この際、支持体１０により被抜き材１０２は第２のプレス板１０１上に押し戻され、被抜き材１０２の離反を促進している。そして、図８に示すような、被抜き材１０２は押罫線溝１０２ａの形成された型抜きを行うことができる。   Next, the material 102 is placed on the ruled line mold 12 (FIG. 6A). Next, the first and second press plates 100 and 101 are moved in the direction in which they are pressed against each other. 102a is positioned (FIG. 6B). Then, the first and second press plates 100 and 101 are moved away from each other, and the die cutting is finished. At this time, the material to be removed 102 is pushed back onto the second press plate 101 by the support 10 to promote separation of the material 102 to be extracted. Then, as shown in FIG. 8, the material to be cut 102 can be subjected to die cutting in which the ruled line groove 102a is formed.

また、本実施の形態においては、穴部５および保持部材８を始めから備えている抜き型１を例に説明したが、例えば、穴部５を備えないような既存の抜き型においても、基板２に開口部１１を形成し、そこに筒体６を挿入して穴部５を構成し、保持部材８を挿入することにより、本願発明と同様の抜き型１として利用することができる。また、保持部材８および筒体６は剛性材にて形成されているため、保持部材８の筒体６への挿入出は容易に行うことができる。また、筒体６の底面６ａには貫通孔６ｂが形成されているため、保持部材８の筒体６の挿入出の際に空気抜きとなり、保持部材８の筒体６への挿入出は容易に行うことができる。   Further, in the present embodiment, the punching die 1 provided with the hole 5 and the holding member 8 from the beginning has been described as an example. However, for example, even in an existing punching die that does not include the hole 5, the substrate By forming the opening 11 in 2, inserting the cylindrical body 6 therein to form the hole 5, and inserting the holding member 8, it can be used as the punching die 1 similar to the present invention. Further, since the holding member 8 and the cylindrical body 6 are formed of a rigid material, the holding member 8 can be easily inserted into and extracted from the cylindrical body 6. Moreover, since the through-hole 6b is formed in the bottom face 6a of the cylindrical body 6, air is vented when the cylindrical body 6 is inserted and extracted from the holding member 8, and the insertion and extraction of the holding member 8 into the cylindrical body 6 is easy. It can be carried out.

また、保持部材８は挿入出が容易に形成されているため、抜き型１が複数個有る場合、複数の抜き型１間にて保持部材８を援用することも可能である。   Further, since the holding member 8 is easily inserted and removed, when there are a plurality of punching dies 1, it is possible to use the holding member 8 between the plurality of punching dies 1.

上記のように構成された実施の形態１の抜き型によれば、被抜き材の型抜きおよび押罫線溝の位置付けを行うための抜き型において、基板と、基板の表面側の切断位置に配設された切断刃と、基板の表面側の押罫線溝位置に配設された押罫線部と、基板の表面側の切断刃および押罫線部の形成されていない箇所に形成された穴部と、穴部内の底面に配設された弾性材にて形成される緩衝部と、緩衝部上の穴部に挿入出可能に形成され基板の表面側に切断刃および押罫線部の高さより突出して形成された保持体とを備えたので、罫線用型を保持体に設置して、罫線用型を型抜き機に設置できるため、罫線用型を精度良く設置することができ、また、抜き型の保持体に罫線用型を設置するのみにて、罫線用型を型抜き機に設置することができるため、容易にかつ短時間にて、罫線用型を抜き型機の所定位置に設置することができる。   According to the punching die of the first embodiment configured as described above, in the punching die for punching the material to be punched and positioning the ruled line groove, it is arranged at the substrate and the cutting position on the surface side of the substrate. A cutting blade provided; a ruled line portion disposed at a ruled line groove position on the surface side of the substrate; and a hole formed in a portion where the cutting blade and ruled line portion on the surface side of the substrate are not formed. A buffer portion formed of an elastic material disposed on the bottom surface in the hole portion, and formed so as to be able to be inserted into the hole portion on the buffer portion and projecting from the height of the cutting blade and the ruled line portion on the surface side of the substrate. Since the ruled line mold can be placed on the holder and the ruled line mold can be installed on the die cutting machine, the ruled line mold can be installed with high accuracy. By simply installing the ruled line mold on the holder, the ruled line mold can be installed in the die cutting machine. , Can be easily and in a short time, it is placed at a predetermined position of the ruled line mold the cutting die machine.

また、基板の表面側に保持体の外周を囲むようにかつ上記基板の表面側において上記保持体の高さより低い高さにて弾性材にて形成されている支持体を備えているため、罫線用型を保持体に配設する場合、支持体により罫線用型を保持および離反することができる。   Further, since the substrate has a support body formed of an elastic material so as to surround the outer periphery of the holding body on the surface side of the substrate and at a height lower than the height of the holding body on the surface side of the substrate, When the working mold is disposed on the holding body, the ruled line mold can be held and separated by the support.

また、穴部は、基板に形成された開口部と、開口部に挿入され剛性材にて形成された底面を有する筒体とにて構成され、底面には貫通孔が形成され、保持体は、剛性材にて形成されているため、筒体と保持体とは剛性材にて形成されているため筒体への保持体の挿入出が行いやすくなり、貫通孔は保持体を挿入出する場合の空気抜きとなり、挿入出が行いやすくなる。   Further, the hole portion is composed of an opening portion formed in the substrate and a cylindrical body having a bottom surface inserted into the opening portion and formed of a rigid material, a through hole is formed in the bottom surface, and the holding body is Since the cylindrical body and the holding body are formed of the rigid material, the cylindrical body and the holding body are easily inserted into and out of the cylindrical body, and the through-hole inserts and pulls out the holding body. In this case, the air can be removed and the insertion and removal can be performed easily.

また、緩衝部は、保持体に密着して形成され保持体と共に穴部から挿入出可能に形成されているため、使用が行いやすくなる。   Moreover, since the buffer part is formed in close contact with the holding body and is formed so as to be able to be inserted and removed from the hole together with the holding body, it is easy to use.

また、保持体は、穴部に挿入される一端と異なる側の他端の外周に切り欠き部を備えているため、罫線用型を保持体の切り欠き部に係止させて、保持体に配設することができる。   In addition, since the holding body has a cutout portion on the outer periphery of the other end on the side different from the one end inserted into the hole, the ruler line mold is locked to the cutout portion of the holding body, It can be arranged.

また、基板と、基板の表面側の切断位置に配設された切断刃と、基板の表面側の罫線位置に配設された押罫線部と、基板の表面側の切断刃および押罫線部の形成されていない箇所に形成された穴部とを有する、被抜き材の型抜きおよび押罫線溝の位置付けを行うための抜き型に使用される抜き型用の保持部材であって、穴部内の底面に配設可能な弾性材にて形成される緩衝部と、緩衝部に密着して形成され緩衝部上の穴部に挿入出可能に形成され基板に挿入されると基板の表面側に切断刃および押罫線部の高さより突出して形成される保持体とを備えたため、複数の抜き型に対して援用して利用することができる。   Further, the substrate, the cutting blade disposed at the cutting position on the surface side of the substrate, the ruled line portion disposed at the ruled line position on the surface side of the substrate, the cutting blade and the ruled line portion on the surface side of the substrate, A holding member for a punching die used for a punching die for performing punching of a material to be punched and positioning of a ruled line groove, having a hole portion formed at a portion not formed, A buffer part formed of an elastic material that can be disposed on the bottom surface, and is formed in close contact with the buffer part so that it can be inserted into and removed from a hole on the buffer part. Since the support body formed so as to protrude from the height of the blade and the ruled line portion is provided, it can be used with reference to a plurality of punching dies.

また、基板と、基板の表面側の切断位置に配設された切断刃と、基板の表面側の罫線位置に配設された押罫線部と、基板の表面側の切断刃および押罫線部の形成されていない箇所に形成された開口部とを有する、被抜き材の型抜きおよび押罫線溝の位置付けを行うための抜き型に使用される、開口部に設置され挿入可能にかつ剛性材にて形成された底面を有し、底面に貫通孔を備え、開口部と共に穴部を構成する抜き型用の筒体であって、筒体は、穴部内の底面に配設された弾性材にて形成される緩衝部と、緩衝部上の穴部に挿入出可能に形成され基板の表面側に切断刃および押罫線部の高さより突出して形成された保持体とが挿入出されるため、既存の抜き型に開口部を形成するのみで穴部を形成することが可能となる。   Further, the substrate, the cutting blade disposed at the cutting position on the surface side of the substrate, the ruled line portion disposed at the ruled line position on the surface side of the substrate, the cutting blade and the ruled line portion on the surface side of the substrate, It is used as a punching die for punching a material to be punched and positioning a ruled line groove, and has an opening formed at a place where it is not formed. A cylindrical body for a punching die having a bottom surface formed with a through hole in the bottom surface and forming a hole portion together with an opening, the cylindrical body being an elastic material disposed on the bottom surface in the hole portion And a holding body formed so as to be able to be inserted into and removed from the hole portion on the buffer portion and projecting from the height of the cutting blade and the ruled line portion on the surface side of the substrate. It is possible to form the hole by simply forming the opening in the punching die.

また、抜き型を第１のプレス板上に配設し、抜き型の保持体に罫線用型の罫線側開口部を挿入して抜き型上に罫線用型の裏面側を上面として載置し、第１及び第２のプレス板を圧接する方向に移動して、罫線用型が裏面側の接着層により第２のプレス板上に接着され、第１及び第２のプレス板を離反する方向に移動して、罫線用型は表面側を上面として第２のプレス板上に残存され、罫線用型を抜き型上から離反するので、罫線用型を第２のプレス板上に精度良く載置することができる。   Further, the punching die is disposed on the first press plate, the ruled line side opening of the ruled wire mold is inserted into the holding body of the punching die, and the back side of the ruled wire mold is placed on the punching die as the upper surface. The first and second press plates are moved in a direction in which the first and second press plates are pressed, and the ruled line mold is adhered onto the second press plate by the adhesive layer on the back surface side, and the first and second press plates are separated from each other. The ruled line mold remains on the second press plate with the surface side as the upper surface, and the ruled line mold is separated from the punching mold, so that the ruled line mold is accurately placed on the second press plate. Can be placed.

また、抜き型の保持体を基板から抜き取り取り除き、罫線用型上に被抜き材を載置し、第１及び第２のプレス板を圧接する方向に移動して、被抜き材を切断刃にて型抜きおよび押罫線部と罫線溝とにて押罫線溝の位置付けを行うため、被抜き材を型抜きおよび押罫線溝の位置付けを精度良く行うことができる。   Further, the holding body of the punching die is removed from the substrate, the material to be punched is placed on the ruled line die, and the first and second press plates are moved in the press-contacting direction so that the material to be punched is used as a cutting blade. Since the die cutting and positioning of the ruled line groove are performed by the ruled line portion and the ruled line groove, it is possible to accurately mold the material to be punched and position the ruled line groove.

１ 抜き型、２ 基板、２ａ 表面、３ 切断刃、４ 押罫線部、５ 穴部、
５ａ，６ａ 底面、５ｂ 開口部、６ 筒体、６ｂ 貫通孔、７ 保持体、７ａ 一端、７ｂ 他端、７ｃ 切り欠き部、８ 保持部材、９ 緩衝部、１０ 支持体、
１１ 開口部、１２ 罫線用型、１３ 罫線側開口部、１４ 罫線溝、
１５ 罫線用基板、１５ａ 表面、１５ｂ 裏面、１６ 接着層、
１００ 第１のプレス板、１０１ 第２のプレス板、１０２ 被抜き材、
１０２ａ 押罫線溝。 1 punching die, 2 substrate, 2a surface, 3 cutting blade, 4 ruled line part, 5 hole part,
5a, 6a bottom surface, 5b opening, 6 cylinder, 6b through-hole, 7 holder, 7a one end, 7b other end, 7c notch, 8 holding member, 9 buffer, 10 support,
11 opening part, 12 ruled line type, 13 ruled line side opening part, 14 ruled line groove,
15 substrate for ruled line, 15a front surface, 15b back surface, 16 adhesive layer,
100 first press plate, 101 second press plate, 102 material to be removed,
102a Ruled line groove.

Claims (10)

被抜き材の型抜きおよび押罫線溝の位置付けを行うための抜き型において、
基板と、
上記基板の表面側の切断位置に配設された切断刃と、
上記基板の表面側の押罫線溝位置に配設された押罫線部と、
上記基板の表面側の上記切断刃および上記押罫線部の形成されていない箇所に形成された穴部と、
上記穴部内の底面に配設された弾性材にて形成される緩衝部と、
上記緩衝部上の上記穴部に挿入出可能に形成され上記基板の表面側に上記切断刃および上記押罫線部の高さより突出して形成された保持体とを備えたことを特徴とする抜き型。 In the punching die for punching the material to be punched and positioning the ruled line groove,
A substrate,
A cutting blade disposed at a cutting position on the surface side of the substrate;
A ruled line portion disposed at a ruled line groove position on the surface side of the substrate,
A hole formed in a portion where the cutting blade and the ruled line portion on the surface side of the substrate are not formed;
A buffer portion formed of an elastic material disposed on the bottom surface in the hole portion;
A punching die comprising a holding body formed so as to be able to be inserted into and extracted from the hole portion on the buffer portion and projecting from the height of the cutting blade and the ruled line portion on the surface side of the substrate. . 上記基板の表面側に上記保持体の外周を囲むようにかつ上記基板の表面側において上記保持体の高さより低い高さにて弾性材にて形成されている支持体を備えていることを特徴とする請求項１に記載の抜き型。 A support body formed of an elastic material is provided on the surface side of the substrate so as to surround the outer periphery of the holding body and on the surface side of the substrate at a height lower than the height of the holding body. The punching die according to claim 1. 上記穴部は、上記基板に形成された開口部と、上記開口部に挿入され剛性材にて形成された底面を有する筒体とにて構成され、上記底面には貫通孔が形成され、
上記保持体は、剛性材にて形成されていることを特徴とする請求項１または請求項２に記載の抜き型。 The hole is composed of an opening formed in the substrate and a cylinder having a bottom surface inserted into the opening and formed of a rigid material, and a through hole is formed in the bottom surface.
The punching die according to claim 1 or 2, wherein the holding body is made of a rigid material. 上記緩衝部は、上記保持体に密着して形成され上記保持体と共に上記穴部から挿入出可能に形成されていることを特徴とする請求項１ないし請求項３のいずれか１項に記載の抜き型。 The said buffer part is closely_contact | adhered to the said holding body, and is formed so that insertion with the said holding body is possible from the said hole part, The Claim 1 thru | or 3 characterized by the above-mentioned. Punching die. 上記保持体は、上記穴部に挿入される一端と異なる側の他端の外周に切り欠き部を備えたことを特徴とする請求項１ないし請求項４のいずれか１項に記載の抜き型。 The punching die according to any one of claims 1 to 4, wherein the holding body includes a notch on the outer periphery of the other end on the side different from the one end inserted into the hole. . 基板と、
上記基板の表面側の切断位置に配設された切断刃と、
上記基板の表面側の罫線位置に配設された押罫線部と、
上記基板の表面側の上記切断刃および上記押罫線部の形成されていない箇所に形成された穴部とを有する、被抜き材の型抜きおよび押罫線溝の位置付けを行うための抜き型に使用される抜き型用の保持部材であって、
上記穴部内の底面に配設可能な弾性材にて形成される緩衝部と、
上記緩衝部に密着して形成され上記緩衝部上の上記穴部に挿入出可能に形成され上記基板に挿入されると上記基板の表面側に上記切断刃および上記押罫線部の高さより突出して形成される保持体とを備えたことを特徴とする抜き型用の保持部材。 A substrate,
A cutting blade disposed at a cutting position on the surface side of the substrate;
A ruled line portion disposed at a ruled line position on the surface side of the substrate;
Used as a die for performing die cutting of a material to be cut and positioning of a ruled line groove, having the cutting blade on the surface side of the substrate and a hole formed in a place where the ruled line part is not formed. A holding member for a punching die,
A buffer portion formed of an elastic material that can be disposed on the bottom surface in the hole portion;
Formed in close contact with the buffer portion, formed so as to be able to be inserted into and removed from the hole on the buffer portion, and inserted into the substrate, it protrudes from the height of the cutting blade and the ruled line portion to the surface side of the substrate. A holding member for a punching die comprising a holding body to be formed. 基板と、
上記基板の表面側の切断位置に配設された切断刃と、
上記基板の表面側の罫線位置に配設された押罫線部と、
上記基板の表面側の上記切断刃および上記押罫線部の形成されていない箇所に形成された開口部とを有する、被抜き材の型抜きおよび押罫線溝の位置付けを行うための抜き型に使用される、
上記開口部に設置され挿入可能にかつ剛性材にて形成された底面を有し、上記底面に貫通孔を備え、上記開口部と共に穴部を構成する抜き型用の筒体であって、
上記筒体は、上記穴部内の底面に配設された弾性材にて形成される緩衝部と、
上記緩衝部上の上記穴部に挿入出可能に形成され上記基板の表面側に上記切断刃および上記押罫線部の高さより突出して形成された保持体とが挿入出されることを特徴とする抜き型用の筒体。 A substrate,
A cutting blade disposed at a cutting position on the surface side of the substrate;
A ruled line portion disposed at a ruled line position on the surface side of the substrate;
Used as a die for performing die cutting of a material to be cut and positioning of a ruled line groove, having the cutting blade on the surface side of the substrate and an opening formed at a position where the ruled line part is not formed. To be
A cylinder for a punching die that has a bottom surface that is installed in the opening and is insertable and formed of a rigid material, includes a through hole in the bottom surface, and forms a hole with the opening,
The cylindrical body includes a buffer portion formed of an elastic material disposed on the bottom surface in the hole portion,
The punch is formed so that it can be inserted into and removed from the hole portion on the buffer portion, and a holding body is formed on the surface side of the substrate so as to protrude from the height of the cutting blade and the ruled line portion. A cylinder for a mold. 第１のプレス板と第２のプレス板とを圧接させて被抜き材の型抜きおよび罫線付けを行う型抜き機の、上記型抜き機用型としての抜き型および罫線用型を、上記第１のプレス板に配設される抜き型、および、上記第２のプレス板に配設される罫線用型を位置合わせして設置する型抜き方法において、
上記抜き型は、請求項１ないし請求項５のいずれか１項に記載の抜き型を、
上記罫線用型は、罫線用基板の上記抜き型の保持体と対応する箇所に罫線側開口部、上記罫線用基板の表面側に上記抜き型の押罫線部と対応する箇所に罫線溝、および上記罫線用基板の裏面側に接着層を有する罫線用型を用い、
上記抜き型を上記第１のプレス板上に配設する工程と、
上記抜き型の保持体に上記罫線用型の罫線側開口部を挿入して上記抜き型上に上記罫線用型の裏面側を上面として載置する工程と、
上記第１及び第２のプレス板を圧接する方向に移動して、上記罫線用型が裏面側の接着層により上記第２のプレス板上に接着される工程と、
上記第１及び第２のプレス板を離反する方向に移動して、上記罫線用型は表面側を上面として上記第２のプレス板上に残存され、上記罫線用型を上記抜き型上から離反する工程とを備えたことを特徴とする型抜き方法。 A punching die and a ruled line die as a die cutting die for a die cutting machine that performs die cutting and ruled cutting of a material to be punched by press-contacting a first press plate and a second press plate, In the die cutting method of aligning and installing the punching die disposed on the first press plate and the ruled line die disposed on the second press plate,
The punching die according to any one of claims 1 to 5,
The ruled line mold has a ruled line side opening at a position corresponding to the punched die holder of the ruled line substrate, a ruled line groove at a position corresponding to the stamped ruled line part on the surface side of the ruled line substrate, and Using a ruled line mold having an adhesive layer on the back side of the ruled line substrate,
Disposing the punching die on the first press plate;
Inserting the ruled line side opening of the ruled line mold into the punched mold holding body and placing the back side of the ruled line mold on the cut mold as an upper surface;
Moving the first and second press plates in a pressure-contacting direction, and bonding the ruled line mold onto the second press plate by an adhesive layer on the back side;
The first and second press plates are moved away from each other, and the ruled line die remains on the second press plate with the surface side as an upper surface, and the ruled line die is separated from the punching die. And a die cutting method comprising the step of: 第１のプレス板と第２のプレス板とを圧接させて被抜き材の型抜きおよび罫線付けを行う型抜き機の、上記型抜き機用型としての抜き型および罫線用型を、上記第１のプレス板に配設される抜き型、および、上記第２のプレス板に配設される罫線用型を位置合わせして設置する型抜き方法において、
上記抜き型は、請求項５に記載の抜き型を、
上記罫線用型は、罫線用基板の上記抜き型の保持体と対応する箇所に罫線側開口部、上記罫線用基板の表面側に上記抜き型の押罫線部と対応する箇所に罫線溝、および上記罫線用基板の裏面側に接着層を有する罫線用型を用い、
上記抜き型を上記第１のプレス板上に配設する工程と、
上記抜き型の保持体に上記罫線用型の罫線側開口部を挿入するとともに上記罫線側開口部が上記保持体の切り欠き部に係止され上記抜き型上に上記罫線用型の裏面側を上面として載置する工程と、
上記第１及び第２のプレス板を圧接する方向に移動して、上記罫線用型が裏面側の接着層により上記第２のプレス板上に接着される工程と、
上記第１及び第２のプレス板を離反する方向に移動して、上記罫線用型は表面側を上面として上記第２のプレス板上に残存され、上記罫線用型を上記抜き型上から離反する工程とを備えたことを特徴とする型抜き方法。 A punching die and a ruled line die as a die cutting die for a die cutting machine that performs die cutting and ruled cutting of a material to be punched by press-contacting a first press plate and a second press plate, In the die cutting method of aligning and installing the punching die disposed on the first press plate and the ruled line die disposed on the second press plate,
The punching die according to claim 5,
The ruled line mold has a ruled line side opening at a position corresponding to the punched die holder of the ruled line substrate, a ruled line groove at a position corresponding to the stamped ruled line part on the surface side of the ruled line substrate, and Using a ruled line mold having an adhesive layer on the back side of the ruled line substrate,
Disposing the punching die on the first press plate;
The ruled line side opening of the ruled line mold is inserted into the die holding body, and the ruled line side opening is locked to the notch of the holding body so that the back side of the ruled line mold is placed on the die. A step of placing as an upper surface;
Moving the first and second press plates in a pressure-contacting direction, and bonding the ruled line mold onto the second press plate by an adhesive layer on the back side;
The first and second press plates are moved away from each other, and the ruled line die remains on the second press plate with the surface side as an upper surface, and the ruled line die is separated from the punching die. And a die cutting method comprising the step of: 上記抜き型の上記保持体を上記基板から抜き取り取り除く工程と、
上記罫線用型上に上記被抜き材を載置する工程と、
上記第１及び第２のプレス板を圧接する方向に移動して、上記被抜き材を上記切断刃にて型抜きおよび上記押罫線部と上記罫線溝とにて押罫線溝の位置付けを行う工程とを備えたことを特徴とする請求項８または請求項９に記載の型抜き方法。 Removing the holding body of the punching die from the substrate;
Placing the material to be cut on the ruled line mold;
The step of moving the first and second press plates in a direction in which they are pressed against each other, punching the material to be punched with the cutting blade, and positioning the ruled line groove with the ruled line portion and the ruled line groove The die cutting method according to claim 8 or 9, characterized by comprising:
JP2010226224A 2010-10-06 2010-10-06 Trimming die, holding member for trimming die, cylinder for trimming die, and die-cutting method Pending JP2012076209A (en)

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Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109531699A (en) * 2018-12-21 2019-03-29 精工伟达科技（深圳）有限公司 One kind one goes out two SIM card perforating press

Cited By (1)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109531699A (en) * 2018-12-21 2019-03-29 精工伟达科技（深圳）有限公司 One kind one goes out two SIM card perforating press

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