JPH082084Y2 - Adhesive tape sticking device - Google Patents
Adhesive tape sticking deviceInfo
- Publication number
- JPH082084Y2 JPH082084Y2 JP7647089U JP7647089U JPH082084Y2 JP H082084 Y2 JPH082084 Y2 JP H082084Y2 JP 7647089 U JP7647089 U JP 7647089U JP 7647089 U JP7647089 U JP 7647089U JP H082084 Y2 JPH082084 Y2 JP H082084Y2
- Authority
- JP
- Japan
- Prior art keywords
- laminated plate
- plate body
- adhesive tape
- laminated
- pressing member
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
Links
Landscapes
- Package Closures (AREA)
Description
【考案の詳細な説明】 〔産業上の利用分野〕 本考案は、積層したプリント回路基板等に用いる基板
などの平面及び底面に粘着テープを貼付ける粘着テープ
の貼着装置に関するもので、テープを粘着させるための
押さえ部材の耐久期間を向上させ、而も粘着テープへの
押圧力を常に平均に保つようにしたことを目的とする。[Detailed Description of the Invention] [Industrial field of application] The present invention relates to an adhesive tape sticking device for sticking an adhesive tape on a flat surface and a bottom surface of a substrate used for a laminated printed circuit board or the like. It is an object of the present invention to improve the durability period of a pressing member for sticking and to keep the pressing force on an adhesive tape always average.
一般にプリント回路基板などに用いる基板など(以
下、単に「基板」と称する)に配線用の孔をあける場合
に、複数枚の基板を積層したベークライトプレートやア
ルミ板で密着して挟持し、粘着テープで厚さ方向にコ字
状に跨がらるように貼付けて、配線用の孔をバリを出さ
ずに、且つ精密にあけることが行われている。Generally, when a wiring hole is to be formed in a board or the like (hereinafter simply referred to as "board") used for a printed circuit board, etc., it is adhered and sandwiched by a bakelite plate or aluminum plate in which a plurality of boards are laminated, and an adhesive tape It is affixed so as to straddle in a U-shape in the thickness direction, and the wiring hole is precisely drilled without producing burrs.
そし、前記の孔あけ工程において、粘着テープの貼付
けは、主として手作業で行われている。そのため、その
貼付け強度にバラツキが生じ、弱い場合には孔あけのと
きに基板にバリが生じる等の不具合がある。Then, in the above-mentioned hole making step, the sticking of the adhesive tape is mainly performed manually. Therefore, there is a problem in that the bonding strength varies, and when the bonding strength is weak, burrs are generated on the substrate during drilling.
また、粘着テープの貼付け装置も出現しているが、装
置が大掛かりとなると共に、貼付け速度が遅いなどの問
題点があった。Further, an adhesive tape sticking device has also appeared, but there are problems that the device becomes large and the sticking speed is slow.
そこで、本願の出願人は先に、上記の問題点を改良す
るために、実願昭60−137144号(実開昭62−44866号)
において、貼付け速度が速く、且つ簡便な積層板体の粘
着テープ装置を提供した。Therefore, the applicant of the present application has previously proposed in order to improve the above problems, Japanese Utility Model Application No. 60-137144 (Japanese Utility Model Application No. 62-44866).
In order to provide a pressure-sensitive adhesive tape device for a laminated plate, which has a high application speed and is simple.
これによって粘着テープの貼付け強度が一定し、その
貼付け時間も短縮できる効果が得られるようになった。As a result, the adhesive strength of the adhesive tape becomes constant, and the effect of shortening the adhesive time can be obtained.
ところが、上記の実用新案において実際の作業にあた
って、なお若干の課題が見受けられた。すなわち、押さ
え部材を構成する一対のローラーは、長さ方向の中途部
を曲成した弾性板押さえ腕で支持されている。そのた
め、多数枚の積層板体の圧入を繰り返していくうちに、
前記ローラーを支持している押さえ腕が金属疲労によっ
て以外に短期間で折れてしまうことが判明した(具体的
には1日約8時間稼働で約1週間で破損する結果がで
た)。However, some problems were still found in the actual work of the above utility model. That is, the pair of rollers forming the pressing member are supported by the elastic plate pressing arm that is bent in the middle of the length direction. Therefore, while repeatedly press-fitting a large number of laminated plate bodies,
It was found that the pressing arm supporting the roller was broken in a short period of time in addition to metal fatigue (specifically, about 8 hours a day of operation resulted in breakage in about 1 week).
また、押さえ部材がローラーであることにより、積層
板体に粘着テープを貼着する工程において、圧着された
テープからはみ出た糊滓がローラー面に付着し、次第に
ローラーによる粘着テープ面への押圧が均等にならず、
テープの粘着力が弱くなってしまう結果となっていた。Further, since the pressing member is a roller, in the step of adhering the adhesive tape to the laminated plate body, the glue residue protruding from the pressure-bonded tape adheres to the roller surface, and gradually the roller presses the adhesive tape surface. Not even,
The result was that the adhesive strength of the tape was weakened.
そこで、上記従来の課題を解決し、且つ考案の目的を
達成するために提供するもので、 本考案は、粘着テープの貼着装置において、板状素材
を複数枚積層した積層板体の表裏面を積層板体が圧入さ
れた際に押圧すべく、弾性材料で支持された一対の押さ
え部材と、 前記押え部材と積層板体とが離間している際に、前記
押さえ部材と積層板体との間に、積層板体の厚さ方向に
粘着テープを所定長さで送り込む送り出し機構と、 前記押え部材と積層板体とを相対的に移動させて、積
層板体を一対の押さえ部材間に圧入し、粘着テープを押
さえ部材で押圧して積層板体の厚さ方向にコの字状に跨
がるように積層板体の外表面に圧着した際に粘着テープ
を適宜位置で切断すべく設けたカッターとから成る構成
において、 前記の積層板体の平面側を押さえる細長形の弾性ゴム
板と、その少なくとも片面にステンレス薄板を貼着して
摩擦挟圧体とし、その基端を受け板材と共に移動ブロッ
クの上部又は下部に固定し、その長手を凸弧状部を形成
すると共に、他端を移動ブロックの下部又は上部に摺動
可能に取付け、押さえ部材の近傍に前記の摩擦挟圧体を
介在し、且つその凸弧状面より少し後位にナイフ形カッ
ターを取付けたものである。Therefore, the present invention is provided in order to solve the above-mentioned conventional problems and to achieve the object of the invention, and the present invention is, in an adhesive tape sticking apparatus, a front and back surface of a laminated plate body in which a plurality of plate-shaped materials are laminated. In order to press the laminated plate body when it is press-fitted, a pair of pressing members supported by an elastic material, and when the pressing member and the laminated plate body are separated, the pressing member and the laminated plate body. Between the feeding mechanism for feeding the adhesive tape in a predetermined length in the thickness direction of the laminated plate body and the pressing member and the laminated plate body, the laminated plate body is placed between the pair of pressing members. In order to cut the pressure-sensitive adhesive tape at an appropriate position when press-fitting and pressing the pressure-sensitive adhesive tape with the pressing member so that the pressure-sensitive adhesive tape is pressure-bonded to the outer surface of the laminated plate body so as to straddle the U-shape in the thickness direction In the configuration consisting of the cutter provided, the flat side of the laminated plate body is pushed. A slender elastic rubber plate and a stainless steel thin plate adhered to at least one side of it to form a friction pinch body, and its base end is fixed to the upper or lower part of the moving block together with the receiving plate material, and its length is a convex arc part. While forming it, the other end is slidably attached to the lower or upper part of the moving block, the friction pinching body is interposed near the pressing member, and a knife-type cutter is attached slightly behind the convex arc surface. It is a thing.
上記の手段に基づく作用を説明すると、まず、積層板
体又は摩擦挟圧体とローラー型押さえ部材を移動させる
と、ローラー型押さえ部材は、バネを抗して後退しなが
ら積層板体の底面に粘着テープを押付け、摩擦挟圧体は
積層板体の平面側に対して粘着テープを押圧密着しなが
ら摺動する。これによって、粘着テープは積層板体の縁
辺の厚さ方向に跨がって、その平面と側面及び底面に接
着される。Explaining the operation based on the above means, first, when the laminated plate body or the friction pinching member and the roller type pressing member are moved, the roller type pressing member moves backward against the spring and moves to the bottom surface of the laminated plate body. The pressure-sensitive adhesive tape is pressed, and the friction pinching body slides while pressing the pressure-sensitive adhesive tape against the flat surface side of the laminated plate body. As a result, the adhesive tape straddles the edge of the laminated plate body in the thickness direction, and is adhered to the plane, side face, and bottom face thereof.
そして、前記の摩擦挟圧体の凸弧状部位は積層板体側
に対する押圧によって弾性変形し、受け部材の小弧面に
沿って小さい弧状になり、その分曲成下辺側が押されて
移動ブロックの下部又は上部に取付けた他端が後方に延
出する。The convex arcuate portion of the friction pinch member is elastically deformed by pressing against the laminated plate side, and becomes a small arc shape along the small arc surface of the receiving member. Alternatively, the other end attached to the upper part extends rearward.
接着後のテープの余剰部はカッターの進出によって切
断して1工程が終了する。The surplus portion of the tape after adhesion is cut by the advance of the cutter, and one process is completed.
次に本考案の実施例を図面を以て説明する。 Next, an embodiment of the present invention will be described with reference to the drawings.
第1図は本考案の内部機構を示す概略正面図、第2図
は第1図の一部の平面図、第3図は摩擦挟圧体の平面
図、第4図は第3図の4−4線に沿う断面図、第5図は
積層板体の斜視図、第6図は第1図の他の例を示す概略
正面図である。FIG. 1 is a schematic front view showing the internal mechanism of the present invention, FIG. 2 is a plan view of a part of FIG. 1, FIG. 3 is a plan view of a friction pinch body, and FIG. 4 is a plan view of FIG. -4 is a sectional view taken along line -4, FIG. 5 is a perspective view of the laminated plate body, and FIG. 6 is a schematic front view showing another example of FIG.
第1図において、1は側面が略コ字状に形成された移
動ブロックで、その直下のガイドレール20によって前後
方向に水平移動ができるように配置されている。In FIG. 1, reference numeral 1 denotes a moving block whose side surface is formed in a substantially U shape, and is arranged so that it can be horizontally moved in the front-rear direction by a guide rail 20 directly below the moving block.
2は移動ブロックの下辺11に設けたローラー形の押さ
え部材を示し、バネ21によって上下動ができるように設
けられている。2 shows the roller-shaped pressing member provided on the lower side 1 1 of the movable block is provided to allow vertical movement by the spring 2 1.
3は移動ブロックの上辺12側に配置した摩擦挟圧体で
あって、粘着テープの幅より広い幅wに形成した細長の
弾性ゴム板31の表面にステンレス薄板32を接着剤で貼付
けて一体化し、長手lの中途部位を折返して略U字形の
凸弧状部3′を曲成し、上辺側の基端31を移動ブロック
の上辺にボルトその他の止着具34で脱着できるように固
定し、下辺側に長孔33をあけ、その長孔にボルト35を通
して自由端32を移動ブロックの下辺11に摺動可能に取付
けてある。なお、その自由端部位におけるゴム板の裏面
にもステンレス薄板片32′を貼付けてある。3 is a frictional clamping pressure body arranged on the upper side 1 2 side of the movable block, integral stainless thin plate 32 on the surface of the elastic rubber plate 31 elongated to form a large width w than the width of the adhesive tape pasted with an adhesive However, it forms the song convex arcuate portion 3 'of the generally U-shaped and folded middle portion of the longitudinal l, as the proximal end 3 1 of the upper side detachably to the upper side of the moving block with bolts other fastening member 34 fixed and, opening the long hole 33 on the lower side, it is mounted slidably to the free end 3 2 through bolts 35 to the lower side 1 1 of the movable block to the long hole. A stainless thin plate piece 32 'is also attached to the back surface of the rubber plate at its free end portion.
前記摩擦挟圧体3の具体的な構成は、ゴム板の厚さt
=1.2〜1.3mm、最大幅w=2.4〜2.6mm、全長l=100mm
程度に設定し、またステンレス薄板は、厚さt′=0.1
〜0.2mm程度にするほかは、最大幅及び全長はゴム板と
同じに設定するものとする。The specific structure of the friction pinching body 3 is the thickness t of the rubber plate.
= 1.2 to 1.3 mm, maximum width w = 2.4 to 2.6 mm, total length l = 100 mm
The thickness t '= 0.1 for thin stainless steel plates.
The maximum width and overall length shall be set to be the same as the rubber plate, except for ~ 0.2mm.
4はナイフ形カッターで、移動ブロックの上辺12に摩
擦挟圧体の基端と共に固定してある。そして、前記カッ
ターの刃先41は摩擦挟圧体の上面に重ね、且つ凸弧状の
トップ面3′より少し引っ込めた位置に設定してある。4 is a knife-shaped cutter, is fixed with the base end of the friction clamping pressure body on the upper side 1 2 of the movable block. Then, the cutting edge 4 1 of the cutter friction superposed on the upper surface of the clamping pressure body, and is set slightly retracted position than the top surface 3 'of the convex arcuate.
5は積層板体の固定型の載置台を示し、その先端に位
置決め部51を設け、且つその先端の移動ブロック1に対
峙する部位に切欠き凹部51が形成されている。5 shows the fixed mounting table laminate body, the positioning portion 5 1 is provided at its front end, and the cutout recess 51 in a portion facing the moving block 1 of the tip are formed.
6は移動ブロック1の上方に位置させたロール巻きの
粘着テープ、7は後記の押え部材と積層板体とが離間し
ている際に、押さえ部材と積層板体との間に、積層板体
の厚さ方向に粘着テープを所定長さで送り込む送り出し
機構である。6 is a roll-wound adhesive tape positioned above the moving block 1, and 7 is a laminated plate body between the pressing member and the laminated plate body when the pressing member and the laminated plate body described later are separated from each other. Is a feeding mechanism that feeds the adhesive tape in a predetermined length in the thickness direction.
8は先端部位に小径の弧面8′を形成した摩擦挟圧体
の受け部材であって、摩擦挟圧体3の下面側に配置する
と共に、その基端部位を移動ブロック1にボルト81で取
付けてある。なお、第6図にあっては、載置台5上の積
層板体17に対する移動ブロック1、摩擦挟圧体3、テー
プ送り出し機構7の配置関係が第1図とは反対に構成さ
れている。従って、ローラー形の押さえ部材2はブロッ
クの上辺12に設け、且つ摩擦挟圧体3の上辺に長孔33を
あけると共に、基端31を移動ブロックの下辺11側に配置
する。Reference numeral 8 is a receiving member of the friction pinching body having a small-diameter arc surface 8'formed at the tip end portion, which is arranged on the lower surface side of the friction pinching body 3 and whose base end portion is attached to the moving block 1 by a bolt 81. It is installed. In FIG. 6, the positional relationship of the moving block 1, the friction pinching body 3, and the tape feeding mechanism 7 with respect to the laminated plate body 17 on the mounting table 5 is configured to be opposite to that in FIG. Therefore, the pressing member 2 of the roller shaped provided the upper side 1 2 block, and with open elongated hole 33 to the upper side of the friction clamping pressure body 3, placing the proximal end 3 1 the lower side 1 1 side of the movable block.
9は駆動モーターであって、取出し軸10、回転板11、
往復作動杆12を介して移動ブロック1に連結してある。9 is a drive motor, which is a take-out shaft 10, a rotating plate 11,
It is connected to the moving block 1 via a reciprocating rod 12.
13は積層板体3の押さえバーであり、移動ブロック1
の左右両側に配置し、前記移動ブロックの後方の取付け
枠体14に回動できるように軸止めし、バネ15によって常
に引っ張り方向に付勢されている。また、16は移動ブロ
ック1の待機位置において押さえバー13の下降を規制し
ているストッパーを示す。前記の押さえバーには、全長
の後半部の高さh1に段差131を形成して前半部の高さh2
を細くしている。これによって移動ブロック1が前進し
たときに、ストッパー16が解除され、前記押さえバーの
先端部位が積層板体の平面を押圧するように構成されて
いる。Reference numeral 13 is a pressing bar of the laminated plate body 3, which is a moving block 1.
Are arranged on both the left and right sides of the movable block, are axially fixed to a mounting frame body 14 at the rear of the moving block so as to be rotatable, and are constantly urged in a pulling direction by a spring 15. Reference numeral 16 denotes a stopper that restricts the lowering of the pressing bar 13 at the standby position of the moving block 1. A step 13 1 is formed at the height h 1 of the second half of the entire length of the pressing bar, and the height h 2 of the first half is formed.
Is thin. As a result, when the moving block 1 advances, the stopper 16 is released, and the tip portion of the pressing bar presses the flat surface of the laminated plate body.
17は粘着テープを接着するための積層板体を示し、製
品となる板体171の平面に銅板やアルミニウムなどの上
板172を、前記板体の底面にベークライト板などの下板1
73を当てて挟み、これを載置台5に載置して位置決め部
51にセットする。Reference numeral 17 denotes a laminated plate body for adhering an adhesive tape. An upper plate 17 2 such as a copper plate or aluminum is provided on the flat surface of the product plate body 17 1 and a lower plate 1 such as a bakelite plate is provided on the bottom surface of the plate body.
7 Place 3 on the table and place it on the table 5.
Set to 5 1 .
18は載置台5の先端の切欠き部51の両側に設けたマイ
クロスイッチであり、積層板体17を載置台上に置き、先
端の位置決め部にセットするとスイッチオンとなるよう
になっている。Reference numeral 18 denotes microswitches provided on both sides of the notch 51 at the tip of the mounting table 5, and when the laminated plate body 17 is placed on the mounting table and set in the positioning portion at the tip, it is turned on.
上記の第1図及び第6図の実施例に基づく具体的な工
程例を説明する。A concrete process example based on the embodiment shown in FIGS. 1 and 6 will be described.
(1)積層板体17を載置台上15を滑らせるようにし位置
決め部51に接してセットする。(1) Set against the positioning portion 5 1 so as to slide the table on 15 mounting the laminate body 17.
(2)マイクロスイッチ18をオンして、モーター9を1
回転させる。(2) Turn on the micro switch 18 and set the motor 9 to 1
Rotate.
(3)回転板11の半回転により、連動する往復作動杆12
が前進し、同時に移動ブロック1が積層板体17に向かっ
て前進移動する。(3) Reciprocating rod 12 that is interlocked by half rotation of the rotating plate 11.
Move forward, and at the same time, the moving block 1 moves forward toward the laminated plate body 17.
(4)押さえバー13を受けているストッパー16が段差13
1によって解除され、前記押さえバーの下面又は上面で
積層板体17を押圧する。(4) The stopper 16 receiving the pressing bar 13 has a step 13
It is released by 1 , and the laminated plate body 17 is pressed by the lower surface or the upper surface of the pressing bar.
(5)移動ブロック1の前進に伴い、先にローラー型押
さえ部材2が積層板体の下面の縁辺に接し、さらにバネ
21に抗して僅かに下降しながらロール巻きから垂直方向
に送り込まれている粘着テープ6の下端部位又は上端部
位をローラー面によって積層板体の下面173′又は上面
に押圧する。(5) As the moving block 1 moves forward, the roller-type pressing member 2 first comes into contact with the edge of the lower surface of the laminated plate body, and further, the spring.
While slightly down against the 2 1 a lower portion or an upper end portion of the adhesive tape 6 is fed in a vertical direction from the rolled pressing on the lower surface 17 3 'or top surface of the laminate body by a roller surface.
(6)次いで、摩擦挟圧体3の凸弧状部3′で垂下して
いる粘着テープ6の中途部位を積層板体17の先端側面17
4に押付けると同時に所定長さを保持してカッター4で
切断する。(6) Next, the midway portion of the adhesive tape 6 depending on the convex arcuate portion 3 ′ of the friction pinching body 3 is attached to the tip side surface 17 of the laminated plate body 17.
While pressing it to 4 , hold the specified length and cut with the cutter 4.
(7)さらに、摩擦挟圧体3が前進して凸弧状部の下辺
部位又は上辺部位で切断したテープ6の上端部位又は下
端部位を積層板体の平面に摺動しながら押圧して貼付け
る。その結果、テープはコ字形に跨がって積層板体17に
貼着される。(7) Further, the friction pinching body 3 moves forward to press and attach the upper end portion or the lower end portion of the tape 6 cut at the lower side portion or the upper side portion of the convex arc portion while sliding on the plane of the laminated plate body. . As a result, the tape is attached to the laminated plate body 17 straddling the U-shape.
(8)回転板がさらに半回転することにより、移動ブロ
ック1が元の位置まで後退して次の作動まで待機する。(8) When the rotary plate rotates a further half turn, the moving block 1 retracts to the original position and stands by until the next operation.
(9)積層板体17を載置台5から取外すと、マイクロス
イッチ18がオフとなり、これに伴って送り出し機構7が
作動してモーター(図示省略)が駆動して粘着テープを
所定長さで垂下させる。(9) When the laminated plate body 17 is detached from the mounting table 5, the micro switch 18 is turned off, and along with this, the feeding mechanism 7 is actuated and the motor (not shown) is driven to hang the adhesive tape at a predetermined length. Let
これによって、1工程が終了する。 This completes one step.
本考案は上記の構成であるから、駆動モーターの1回
転により粘着テープを積層板体に自動的に貼付けること
ができる粘着テープの貼着装置において、粘着テープを
積層板体に押圧するための摩擦挟圧体を弾性ゴム板とス
テンレス薄板とで複合構造であるから、押圧時のゴムの
撓み性によって凸弧状部が積層板体の圧接部位に沿って
円滑に曲成変形し、粘着テープを摩擦摺動して均等な圧
力で確実に接着させることができる。Since the present invention is configured as described above, in an adhesive tape sticking device capable of automatically sticking an adhesive tape to a laminated plate body by one rotation of a drive motor, the adhesive tape is for pressing the adhesive tape to the laminated plate body. Since the friction pincer has a composite structure consisting of an elastic rubber plate and a stainless thin plate, the convex arc portion smoothly bends and deforms along the press contact portion of the laminated plate body due to the flexibility of the rubber when pressed, and the adhesive tape is formed. It can be frictionally slid and can be reliably adhered with a uniform pressure.
そして、摩擦挟圧体の粘着テープ及び積層板体に接す
る面にステンレス薄板を設けたことによって、その表面
の摩擦係数が小さく、従って粘着テープや積層板体に接
触しても摺動が円滑であって、傷を付けるような恐れが
ない。By providing a stainless steel thin plate on the surface of the friction pinching body that contacts the adhesive tape and the laminated plate, the coefficient of friction of the surface is small, and therefore the sliding is smooth even when the adhesive tape or the laminated plate is contacted. There is no fear of scratching.
また、前記のステンレス薄板によって、曲成変形を繰
り返しても、長期の耐久性が得られ、実際に試験では、
最低でも3ケ月、最高6ケ月の稼働に耐えた結果が得ら
れた。而も金属でありながら板厚がきわめて薄い材料を
用いているからゴム板の弾性変形に良く馴染み、適度の
可撓性と剛性とが得られる。In addition, the stainless thin plate described above can provide long-term durability even after repeated bending deformation.
The results have been obtained after operating for at least 3 months and at most 6 months. Further, since a material that is a metal and has an extremely thin plate thickness is used, it is well adapted to the elastic deformation of the rubber plate, and appropriate flexibility and rigidity can be obtained.
さらに、摩擦挟圧体と凸弧状部の内側に設けた受け部
により、その先端の小弧状面に沿って摩擦挟圧体を常に
適正な状態で曲成変形を保持することができる。Further, the friction pinch member and the receiving portion provided inside the convex arcuate portion can always hold the bending pinch member in an appropriate state along the small arcuate surface at the tip thereof.
図面は本考案に係る粘着テープの貼着装置の実施例を示
すもので、第1図は内部機構を示す概略正面図、第2図
は第1図の一部の平面図、第3図は摩擦挟圧体の平面
図、第4図は第3図の4−4線に沿う断面図、第5図は
積層板体の斜視図、第6図は第1図の他の例を示す概略
正面図である。 1……移動ブロック 2……ローラー型押さえ部材 3……摩擦挟圧体 4……カッター 5……載置台 6……粘着テープ 7……テープ送り出し機構 8……摩擦挟圧体の受け部材 9……モーター 10……動力取出し軸 11……回転板 12……往復作動杆 13……押さえバー 14……取付け枠体 15……押さえバーの引っ張りバネ 16……押さえバーのストッパー 17……積層板体 18……マイクロスイッチThe drawings show an embodiment of an adhesive tape sticking device according to the present invention. FIG. 1 is a schematic front view showing the internal mechanism, FIG. 2 is a plan view of a part of FIG. 1, and FIG. Fig. 4 is a plan view of the friction pinching body, Fig. 4 is a cross-sectional view taken along line 4-4 of Fig. 3, Fig. 5 is a perspective view of the laminated plate body, and Fig. 6 is a schematic view showing another example of Fig. 1. It is a front view. 1-moving block 2-roller type pressing member 3-friction pressing member 4-cutter 5-mounting table 6-adhesive tape 7-tape feeding mechanism 8-friction pressing member receiving member 9 …… Motor 10 …… Power take-off shaft 11 …… Rotating plate 12 …… Reciprocating rod 13 …… Presser bar 14 …… Mounting frame 15 …… Presser bar tension spring 16 …… Presser bar stopper 17 …… Stacking Plate 18 …… Micro switch
Claims (1)
を積層板体が圧入された際に押圧すべく、弾性材料で支
持された一対の押さえ部材と、 前記押さえ部材と積層板体とが離間している際に、前記
押さえ部材と積層板体との間に、積層板体の厚さ方向に
粘着テープを所定長さで送り出し機構と、 前記押さえ部材と積層板体とを相対的に移動させて、積
層板体を一対の押さえ部材間に圧入し、粘着テープを押
さえ部材で押圧して積層板体の厚さ方向にコの字状に跨
がるように積層板体の外表面に圧着した際に粘着テープ
を適宜位置で切断すべく設けたカッターとから成る構成
において、 前記の積層板体の平面側を押さえる細長形の弾性ゴム板
(31)と、その少なくとも片面にステンレス薄板(32)
を貼着して摩擦挟圧体(3)とし、 その基端(31)を受け板材と共に移動ブロック(1)の
上部又は下部に固定し、その長手を凸弧状部(3′)を
形成すると共に、他端(32)を移動ブロック(1)の下
部又は上部に摺動可能に取付け、押さえ部材(2)の近
傍に前記の摩擦挟圧体(3)を介在してナイフ形カッタ
ー(4)を取付けたことを特徴とする粘着テープの貼着
装置。1. A pair of pressing members supported by an elastic material so as to press the front and back surfaces of a laminated body in which a plurality of plate-shaped materials are laminated when the laminated plate body is press-fitted, the pressing member and the laminated plate. When the body is separated, between the pressing member and the laminated plate body, a mechanism for feeding an adhesive tape with a predetermined length in the thickness direction of the laminated plate body, and the pressing member and the laminated plate body. By relatively moving, the laminated plate body is press-fitted between the pair of pressing members, and the adhesive tape is pressed by the pressing member so that the laminated plate body extends in a U-shape in the thickness direction of the laminated plate body. And a cutter provided to cut the adhesive tape at an appropriate position when it is pressure-bonded to the outer surface of the laminated plate body, and the elongated elastic rubber plate (31) for holding the flat side of the laminated plate body, and at least one surface thereof. Stainless steel thin plate (32)
The by sticking a frictional clamping pressure body (3), fixed to the top or bottom of the movable block (1) with the sheet material receiver its base end a (3 1), forming a longitudinal projection arc portion (3 ') while, the other end (3 2) mounted slidably at the bottom or top of the moving block (1), the pressing member (2) interposed to knife-shaped cutter the friction clamping pressure body (3) into the vicinity of the (4) An adhesive tape sticking device characterized by being attached.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP7647089U JPH082084Y2 (en) | 1989-06-29 | 1989-06-29 | Adhesive tape sticking device |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP7647089U JPH082084Y2 (en) | 1989-06-29 | 1989-06-29 | Adhesive tape sticking device |
Publications (2)
Publication Number | Publication Date |
---|---|
JPH0315307U JPH0315307U (en) | 1991-02-15 |
JPH082084Y2 true JPH082084Y2 (en) | 1996-01-24 |
Family
ID=31617970
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP7647089U Expired - Lifetime JPH082084Y2 (en) | 1989-06-29 | 1989-06-29 | Adhesive tape sticking device |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPH082084Y2 (en) |
-
1989
- 1989-06-29 JP JP7647089U patent/JPH082084Y2/en not_active Expired - Lifetime
Also Published As
Publication number | Publication date |
---|---|
JPH0315307U (en) | 1991-02-15 |
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EXPY | Cancellation because of completion of term |