JPS6056553A - Separating method and device of heat transfer medium - Google Patents
Separating method and device of heat transfer mediumInfo
- Publication number
- JPS6056553A JPS6056553A JP58165061A JP16506183A JPS6056553A JP S6056553 A JPS6056553 A JP S6056553A JP 58165061 A JP58165061 A JP 58165061A JP 16506183 A JP16506183 A JP 16506183A JP S6056553 A JPS6056553 A JP S6056553A
- Authority
- JP
- Japan
- Prior art keywords
- transfer
- transferred
- base film
- peeling
- thermal transfer
- 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.)
- Pending
Links
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41F—PRINTING MACHINES OR PRESSES
- B41F16/00—Transfer printing apparatus
Landscapes
- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Impression-Transfer Materials And Handling Thereof (AREA)
- Thermal Transfer Or Thermal Recording In General (AREA)
Abstract
Description
【発明の詳細な説明】
技術分野
本発明は、熱転写媒体を被転写体に熱転写した後の被転
写面からのベースフィルムの剥離手段に関する。DETAILED DESCRIPTION OF THE INVENTION Technical Field The present invention relates to a means for peeling off a base film from a transfer surface after thermal transfer of a thermal transfer medium to a transfer object.
従来技術
従来、実施されて来た箔押し方式においては、熱転写媒
体のベースフィルムの被転写面からの剥離は熱転写直後
にベースフィルムを上方に瞬時に移動させることによっ
て行っていた。この場合、ベースフィルムと転写層との
接着力が大きいものについては、接着剤の未硬化に起因
する転写層の浮きが発生ずる欠点があった。Prior Art In the conventional foil stamping method, the base film of the thermal transfer medium is peeled off from the transfer surface by instantly moving the base film upward immediately after thermal transfer. In this case, when the adhesive strength between the base film and the transfer layer is strong, there is a drawback that the transfer layer lifts due to uncured adhesive.
目 的
本発明は、上述の従来技術が有する欠陥を改善するため
に提案されたものであって、熱111ム写後のベースフ
ィルムの剥離工程において、前述転写層の浮きを発生さ
せることなく被転写面がらベースフィルムの剥離を行う
ことができる方法および装置を提供することを目的とす
る。Purpose The present invention was proposed in order to improve the defects of the above-mentioned prior art, and it is possible to remove the transfer layer without causing any lifting of the transfer layer in the step of peeling off the base film after thermal 111-photography. It is an object of the present invention to provide a method and apparatus capable of peeling off a base film from a transfer surface.
構 成
本発明は、
(1) 熱転写媒体を被転写体に熱転写直後に、転写層
を支持していたテープ状のベースフィルムと被転写体と
を剥離する方法において、ホットプレスのスタンプ位置
と転写済ベースフィルム巻取り側との間に、被転写体の
移送方向に向いて鋭角を有し、かつ、前記転写体の移送
平面に沿い、また、これに近接した剥離ブレードを設置
し、転写済ベースフィルムを前記剥離ブレード表面を沿
わせ、その移送方向の向きを少くとも90°を超えて変
換させてから、ガイドバーを介して転写済フィルム巻取
り側に向うようにして、熱転写後、少くとも剥離ブレー
ド位置においてベースフィルムと被転写体との移送速度
が合致するよう両部材を同時に同方向に引張るようにし
たことを特徴とする熱転写媒体の剥離方法。Structure The present invention provides: (1) Immediately after thermal transfer of a thermal transfer medium onto a transfer target, a method for peeling off a tape-shaped base film supporting a transfer layer from the transfer target, in which the stamp position of the hot press and the transfer target are separated. A peeling blade is installed between the base film winding side, which has an acute angle toward the transfer direction of the transfer object, and is along and close to the transfer plane of the transfer object. The film is placed along the surface of the peeling blade, the direction of the film is changed by at least 90 degrees, and then the transferred film is taken up via a guide bar, and after thermal transfer, at least A method for peeling a thermal transfer medium, characterized in that the base film and the material to be transferred are simultaneously pulled in the same direction so that the transfer speeds of the base film and the transfer target match at the position of the peeling blade.
(2)熱転写媒体を被転写体に熱転写した直後に、転写
層を支持していたテープ状のベースフィルムと被転写体
とを剥離する装置であって、ポットプレスのスタンプ位
置と転写済ベースフィルム巻取り位置との間に、被転写
体の移送方向に向いて鋭角を有し、かつ、前記転写体の
移送平面に沿い、また近接した断面三角形状の剥離ブレ
ードを設置し、転写箔ベースフ・イルムを前記!、11
部ブレードの鋭角面に沿わせて、その移送方向の向き
を少くとも90°を超えてからガイドバー表面を介して
巻取り側に移送するようにすると共に、熱転写後、少く
とも前記剥1’l[iブレード位置において転写済ベー
スフィルムと被転写体との移送速度が合致するよう両部
祠を同時に同方向に引張るようにしたことを特徴とする
熱転写媒体の剥離装置。(2) Immediately after the thermal transfer medium is thermally transferred to the transfer target, a device that peels off the tape-shaped base film supporting the transfer layer and the transfer target, the device including the stamp position of the pot press and the transferred base film. A peeling blade with a triangular cross section that has an acute angle toward the transfer direction of the transfer object and is close to and along the transfer plane of the transfer object is installed between the transfer foil base plate and the winding position. Said ilm! , 11
Along the acute-angled surface of the part blade, the direction of the transfer is made to exceed at least 90 degrees before being transferred to the winding side via the guide bar surface, and after thermal transfer, at least the peeling 1' l[i] A thermal transfer medium peeling device characterized in that both parts are pulled in the same direction at the same time so that the transfer speeds of the transferred base film and the transferred object match at the blade position.
であって、今、その一実施例を図示の装置の説明に基い
て明かにする。One embodiment of this will now be made clear based on the description of the illustrated device.
第1図は、熱転写装置全体の側面図であって、図中、1
は、磁気テープ供給リールで、ここには、ベースフィル
ム9上に磁気層7が、予めアイランド状に加工、貼着さ
れたデーブ状素拐が内向きに巻込まれている。第3図を
参照して、前記素H中、磁気層7のアイランドとアイラ
ンドとの間隔(1は第2図示の剥離ブレード6の「1]
氾よりも長くなる」二う(ニカロエされている。FIG. 1 is a side view of the entire thermal transfer device, and in the figure, 1
1 is a magnetic tape supply reel, on which a magnetic layer 7 is wound inwardly on a base film 9, and a wave-like strip in which the magnetic layer 7 has been processed and pasted in an island shape in advance. Referring to FIG. 3, in the element H, the distance between the islands of the magnetic layer 7 (1 is "1" of the peeling blade 6 shown in the second diagram).
It will be longer than the flood.''
第1図に戻って、2は、転写済ベースフィルム9の巻取
リリールで、好ましくは常時適当な太きさのフィルム巻
取りトルクが加えられてしする。3および3′は、巻取
リリール2の直前にあつ−〔転写済ベースフィルム9を
両面から挾みfCC10間欠回転し、フィルム9に引張
り力を与えるD −/し、4および4′は、剥離ブレー
ド6の下流直後(二あって、磁気膜(層)7を熱転写し
た被転写体8を、その両面から挾みながら間欠回転して
、被転写体8を移送するロール、5は、磁気テープ供給
す)し1とベースフィルム巻取リリール2との間に位置
して、ベースフィルム9、磁気膜7および被転写体8の
順に重ねて移送された積層材を加圧、加熱し、−コース
フィルム9側に貼着している磁気膜7を被に写体8側に
転写するホットプレス、6は、断面か鋭角を有する三角
形の剥離ブレードで、ホットプレス5のスタンプ位置と
被転写体引張【〕ロール4゜4′との間であって、その
長手方向は被転写体8の移送方向と直角方向に延び、か
つ、その底面カー移送方向平面に沿って設置されている
。また、剥離ブレード6の鋭角は被転写体8の移送方向
(11句(すて設ける。Returning to FIG. 1, reference numeral 2 denotes a winding reel for the transferred base film 9, to which preferably a film winding torque of an appropriate thickness is applied at all times. 3 and 3' are located just before the take-up reel 2, and 4 and 4' are the peeling reel D-/ which pinches the transferred base film 9 from both sides and rotates intermittently fCC10 to apply a tensile force to the film 9. Immediately after the downstream of the blade 6 (2), a roll rotates intermittently while sandwiching the transferred object 8 with the magnetic film (layer) 7 thermally transferred from both sides thereof, and transports the transferred object 8; 5 is a magnetic tape; The laminated material, which is placed between the base film take-up reel 2 and the base film take-up reel 2, is pressed and heated, and the base film 9, the magnetic film 7, and the transferred object 8 are stacked in this order and transferred. The hot press 6 is a triangular peeling blade with an acute angle in cross section, which transfers the magnetic film 7 attached to the film 9 side to the object 8 side. [] It is located between the rolls 4 and 4', its longitudinal direction extending perpendicularly to the direction of transfer of the transfer target 8, and along the plane of its bottom surface in the direction of transfer. Further, the acute angle of the peeling blade 6 is provided in the direction of transfer of the transfer target 8 (11 points).
再び、第2図を参照し−〔、剥離ブレード6の詳細構造
は、被転写体の移送方向11」を氾どし、これに直角に
頂角が鋭角の三角形断面のブレードが前記移送面に沿っ
て設けてあり、その−1:、 yll+で同ブレードに
平行して方向変換パー、好ましくはローラが軸支されて
いる。ベースフィルム9は、ポットプレス位置を通過後
、一旦剥離ブレード6の底面を通り抜けてからブレード
の鋭角に沿って折曲ってその移送方向を150〜160
”程瓜変換してから、ブレード6の上部に架設された方
向q1L換バーの周面に沿って曲り、再び移送方向を9
0”はど変更し、前記ベースフィルム引張りロール3,
3′の間を通ってベースフィルム巻取リリール2によっ
て巻取られている。Referring again to FIG. 2, the detailed structure of the peeling blade 6 is such that a blade with a triangular cross section with an acute apex angle is perpendicular to the conveying direction 11 of the transferred object and is perpendicular to the conveying direction 11 of the transfer object. A direction-changing par, preferably a roller, is pivotally supported parallel to the blade at -1:, yll+. After passing through the pot press position, the base film 9 passes through the bottom surface of the peeling blade 6 and is then bent along the acute angle of the blade to change its transport direction from 150 to 160 degrees.
After converting the transfer direction, it bends along the circumferential surface of the direction q1L conversion bar installed on the top of the blade 6, and then changes the transfer direction to 9 again.
0", the base film tension roll 3,
3' and is wound up by the base film take-up reel 2.
上述構造の装置は、全体として次のとおり作動する。す
なわち、ペースフィルA 9−ヒに支持したアイランド
状砂気層7を新規’Ic被11す、写体8の表面所定位
置に対向するよう移送した後、両者を重ねてベースフィ
ルム9側からホットプレス5により抑圧、加熱して、そ
の磁気層7を被転写体8側に熱転写し、ホットプレス5
が熱転写位置から離れたときに、ベースフィルム引張り
ロール3,3′が間欠回転をしてパースフ・イルム9、
磁気層7および被転写体8よりなる熱転写積層材を被転
写体引張りロール4,4′側に移送する。この際、被転
写体8が通帳などのように重い場合は、ベースフィルム
の引張りカのみでの移送が困難な場合もあり、このとき
は被転写体8を別の移送装置で等速に移送する手段を施
すことにffる。連続用紙の場合も同様とする。熱転写
積層イ」は、ベースフィルム9によって引張られて一旦
は剥離ブレード6の底面を通過するが、ベースフィルム
9のみは、その鋭角部に沿って向きを150〜160°
変換し、磁気層7および被転写体8の移送方向平面から
剥離して、さらに、その上部に架設された方向転換バー
周面に沿って方向を変えてベースフィルム引張りロール
3.3′の間に挾まれる。これによって、剥離ブレード
6の先端ではベースフィルム9により引張られる積層材
のうち、磁気層7および被転写体8よりなる積層材は剥
離ブレード6の底面に沿って移送されて被転写体引張り
ロール4,4′側に引渡されて、さらに移送される一方
、ベースフィルt、 9 ハフL’−ドロの先端鋭角部
で前記積層4A表面から150〜160°向きを変えさ
せられて引張られるから、積層材表面からベースフィル
ム9を剥離するときに、ベースフィルム剥離面に対し垂
直方向の剥離作用が強く生じることがなく、むしろ18
0°反対方向に引張るのに近いので、ベースフィルム9
を引剥すことに基き、被転写体上の磁気層7を直角方向
に引上げる現象が生ぜず、したがって、ベースフィルム
9が強い接着力を有する場合でも従来みられた転写層表
面にあばた状の気泡が発生するおそれがない。The device constructed as described above generally operates as follows. That is, after transferring the island-like sand layer 7 supported by the pace film A 9-A so as to face a predetermined position on the surface of the subject 8 where the new 'Ic layer 11 is to be coated, the two are overlapped and a hot film is applied from the base film 9 side. The magnetic layer 7 is pressed and heated by the press 5 to thermally transfer it to the transfer target 8 side, and then the hot press 5
is away from the thermal transfer position, the base film tension rolls 3, 3' rotate intermittently and the perspective film 9,
The thermal transfer laminated material consisting of the magnetic layer 7 and the transferred object 8 is transferred to the transferred object pulling rolls 4 and 4'. At this time, if the object to be transferred 8 is heavy, such as a bankbook, it may be difficult to transport it only by the tension of the base film, and in this case, the object to be transferred 8 may be transferred at a constant speed using another transfer device It is ff to take measures to do so. The same applies to continuous paper. Thermal transfer lamination A' is pulled by the base film 9 and passes through the bottom surface of the peeling blade 6, but only the base film 9 is oriented 150 to 160 degrees along its acute angle.
The magnetic layer 7 and the transferred object 8 are separated from the plane in the transport direction, and further changed direction along the circumferential surface of the direction changing bar installed on top of the magnetic layer 7 and the transfer target 8, and then transferred between the base film pulling rolls 3.3'. sandwiched between. As a result, at the tip of the peeling blade 6, among the laminated materials pulled by the base film 9, the laminated material consisting of the magnetic layer 7 and the transferred object 8 is transferred along the bottom surface of the peeling blade 6, and transferred to the transferred object pulling roll 4. , 4' side and further transferred, while the base fill t, 9 is turned 150 to 160 degrees from the surface of the laminated layer 4A at the acute angle part of the 9 huff L'-dro, and is pulled. When peeling the base film 9 from the surface of the material, there is no strong peeling action in the direction perpendicular to the base film peeling surface;
Since it is close to pulling in the opposite direction at 0°, the base film 9
As a result, the phenomenon of pulling up the magnetic layer 7 on the transfer target in the perpendicular direction does not occur, and therefore, even if the base film 9 has strong adhesive strength, the pock-like appearance on the surface of the transfer layer, which has been observed in the past, does not occur. There is no risk of bubbles forming.
所定長さのベースフィルム9の剥離が完了した時、すな
わち、転写箔磁気層7の終端がブレード6の先端に届く
まで、引張りロール3,3′が間欠回転をしたときには
、次の新た7:c ?iXt気層7を支持するベースフ
ィルムが供給リール1側から巻戻されポットプレス5の
スタンプ位置を占め、同時に新たな被転写体8が磁気層
7の位置に対応して移送され定位置にセットされ°C1
次の熱転写加工の準備が完了する。When the peeling of a predetermined length of the base film 9 is completed, that is, when the tension rolls 3 and 3' rotate intermittently until the end of the transfer foil magnetic layer 7 reaches the tip of the blade 6, the following new 7: c? The base film supporting the iXt air layer 7 is rewound from the supply reel 1 side and occupies the stamp position of the pot press 5, and at the same time, a new transfer target 8 is transferred in accordance with the position of the magnetic layer 7 and set in a fixed position. is °C1
Preparations for the next thermal transfer process are completed.
一方、ベースフィルム引張りロール3,3′によって、
スタンプ位置から引揚げられた転写箔ベースフィルム9
は弱い巻取りlルクを加えられた巻取リリールに、次々
と巻取られる。Meanwhile, by the base film tension rolls 3, 3',
Transfer foil base film 9 pulled up from the stamp position
are wound one after another on a take-up reel to which a weak winding torque is applied.
他方、剥離ブレード6の下流では磁気層7を支持した被
転写体8が常時回転する引張りロール4゜4′に挾まれ
て装置外に移送、排出される。On the other hand, downstream of the peeling blade 6, the transferred object 8 supporting the magnetic layer 7 is conveyed and discharged from the apparatus while being held between constantly rotating tension rolls 4.about.4'.
なお、上記実施例において〔1〉uである条件は、磁気
層7のいずれの端縁部分にもホットプレス5を作用させ
ることを要するために定めたものである。In the above embodiment, the condition [1>u] was determined because it is necessary to apply the hot press 5 to any edge portion of the magnetic layer 7.
以上、述べた工程を経て、熱転写操作の一ザイクル動作
が完了する。Through the steps described above, one cycle of thermal transfer operation is completed.
効 果
従来の熱転写方式におい゛C1熱転写後ベースフィルム
と転写層とを剥離しようとする場合、転写面に直角方向
の力を加えると接着剤の未硬化によって転写層の表面に
、あばた状の気泡が発生する場合があり、安定した熱転
写を行うことができ7:cかった。本発明方式を採用す
ることにより、転写層とベースフィルムとの剥離角度を
常時150〜160゜程度に保てるのでベースフィルム
剥囲〔の際、転写層を転写面に垂直な方向に引張る力が
発生せず、転写層表面に上述のような気泡が生じるおそ
れがない。Effects In the conventional thermal transfer method, when trying to separate the base film and transfer layer after C1 thermal transfer, applying force in the direction perpendicular to the transfer surface will cause pock-like bubbles to form on the surface of the transfer layer due to uncured adhesive. 7:c may occur, and stable thermal transfer could not be performed. By adopting the method of the present invention, the peeling angle between the transfer layer and the base film can be maintained at about 150 to 160 degrees at all times, so when the base film is peeled off, a force is generated that pulls the transfer layer in the direction perpendicular to the transfer surface. Therefore, there is no possibility that bubbles as described above will be generated on the surface of the transfer layer.
本発明装置によれば、剥離ブレードが小型であって、か
つ簡単な構造よりなり、被転写体8とベースフィルム9
との移送速度のみのコンl−1−J−ルによってベース
フィルムの剥離が行われるため、装置全体が簡便なもの
となる。According to the device of the present invention, the peeling blade is small and has a simple structure, and the peeling blade is small and has a simple structure.
Since the base film is peeled off by the controller with only the transfer speed, the entire apparatus becomes simple.
また、被転写体が連続でも枚葉でも、熱Φ)、写、剥離
をすることが可能である。Furthermore, whether the object to be transferred is continuous or sheet-like, it is possible to carry out heat transfer, copying, and peeling.
本発明方式は、磁気通帳とか磁気単票用の熱転写装置に
実施すると好適である。The method of the present invention is suitable for implementation in a thermal transfer device for magnetic passbooks or magnetic slips.
第1図は、本発明の一実施例装置の概略側面図、第2図
は、剥離ブレードの拡大斜視図、第3図は転写層を支持
したベースフィルムの平面図を示す。
3.3′・・・ベースフィルム引張りロール4.4′・
・・被転写体引張り【1−ル5・・・・・・ホットプレ
ス 6・・・・・・剥離プレーF7・・・・・・磁気層
8・・・・・・被転写体9・・・・・・ベースフィル
ム
代理人 弁理士 今 誠FIG. 1 is a schematic side view of an apparatus according to an embodiment of the present invention, FIG. 2 is an enlarged perspective view of a peeling blade, and FIG. 3 is a plan view of a base film supporting a transfer layer. 3.3'...Base film tension roll 4.4'.
...Tension of transferred object [1-Rule 5... Hot press 6... Peeling play F7... Magnetic layer 8... Transferred object 9... ...Base Film Agent Patent Attorney Makoto Kon
Claims (1)
層を支持していたテープ状のベースフィルムと被転写体
とを剥離する方法において、ホットプレスのスタンプ位
置と転写箔ヘースソイルノ・ヲ取り側との間に、被転写
体の移送方向に向いて鋭角を有し、かつ、前記転写体の
移送平面に沿い、また、これに近接した剥離ブレードを
設置し、転写済ベースフィルムを前記剥離ブレード表面
を沿わせ、その移送方向の向きを少くとも90”を超え
て変換させてから、ガイドバーを介して転写済フィルム
巻取り側に向うようにして、熱転写後、少くとも剥離ブ
レード位I6においてベースフィルムと被転写体との移
送速度が合致するよう両部材を同時に同方向に引張るよ
うにしたことを特徴とする熱転写媒体の剥離方法。 (2)熱転写媒体を被転写体に熱i1t7g写した1n
後に、転写層を支持していたテープ状のベースフィルム
被転写体とを剥離する装置であって、ポットプレスのス
タンプ位置と転写済ベースフィルン・巻取り位置との間
に、被転写体の移送方向に向いて鋭角を有し、かつ、前
記転写体の移送平面に沿い、また近接した断面三角形状
の剥離ブレードを設置し、転写済ベースフィルムを前記
剥離ブレードの鋭角面に沿わせて、その移送方向の向き
を少くとも90°を超えて変えてからガイドバー表面を
介して巻取り側に移送するようにすると共に、熱転写後
、少くとも前記剥離ブレード位置において転写済ベース
フィルムと被転写体との移送速度が合致するよう両部拐
を同時に同方向に引張るようにしたことを特徴とする熱
転写媒体の剥離装置。[Claims] (11 Immediately after thermal transfer of a thermal transfer medium to a transfer target, in a method of peeling off the transfer target from the tape-shaped base film supporting the φJ: photographic layer, the hot press stamp position and A peeling blade is installed between the transfer foil head and the soil removal side, which has an acute angle toward the transfer direction of the transfer object, and is along and close to the transfer plane of the transfer object. After thermal transfer, the transferred base film is aligned with the surface of the peeling blade, the direction of transfer is changed over at least 90'', and then the transferred base film is directed toward the transferred film winding side via a guide bar, and after thermal transfer, A method for peeling a thermal transfer medium, characterized in that the base film and the transfer target are simultaneously pulled in the same direction so that the transfer speeds of the base film and the transfer target match at least at the peeling blade position I6. 1n transferred to the transfer body with heat i1t7g
Afterwards, it is a device that peels off the tape-shaped base film supporting the transfer layer from the transferred object, and is used to transport the transferred object between the stamp position of the pot press and the transferred base film/winding position. A peeling blade having an acute angle in the direction and having a triangular cross section along and close to the transfer plane of the transfer body is installed, and the transferred base film is aligned with the acute angle surface of the peeling blade, and the The transfer direction is changed by at least 90 degrees before being transferred to the take-up side via the guide bar surface, and after thermal transfer, the transferred base film and the transferred object are separated at least at the peeling blade position. A peeling device for a thermal transfer medium, characterized in that both strips are pulled in the same direction at the same time so that the transfer speed matches that of the strip.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP58165061A JPS6056553A (en) | 1983-09-09 | 1983-09-09 | Separating method and device of heat transfer medium |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP58165061A JPS6056553A (en) | 1983-09-09 | 1983-09-09 | Separating method and device of heat transfer medium |
Publications (1)
Publication Number | Publication Date |
---|---|
JPS6056553A true JPS6056553A (en) | 1985-04-02 |
Family
ID=15805106
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP58165061A Pending JPS6056553A (en) | 1983-09-09 | 1983-09-09 | Separating method and device of heat transfer medium |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPS6056553A (en) |
Cited By (2)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
US5310573A (en) * | 1991-10-23 | 1994-05-10 | Kawasaki Steel Corporation | Method of controlling thickness of coated film on web-like member by roll coater |
JP2010208245A (en) * | 2009-03-12 | 2010-09-24 | Dainippon Printing Co Ltd | Paper booklet, method for manufacturing the same and transfer device |
Citations (4)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPS5595582A (en) * | 1979-01-16 | 1980-07-19 | Toshiba Corp | Thermal transfer recorder |
JPS55100172A (en) * | 1979-01-26 | 1980-07-30 | Toshiba Corp | Thermal transcription recorder |
JPS55100171A (en) * | 1979-01-25 | 1980-07-30 | Toshiba Corp | Thermal transcription recorder |
JPS589747B2 (en) * | 1977-11-07 | 1983-02-22 | クインライト電子精工株式会社 | Groove forming device for elastic sheet |
-
1983
- 1983-09-09 JP JP58165061A patent/JPS6056553A/en active Pending
Patent Citations (4)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
JPS589747B2 (en) * | 1977-11-07 | 1983-02-22 | クインライト電子精工株式会社 | Groove forming device for elastic sheet |
JPS5595582A (en) * | 1979-01-16 | 1980-07-19 | Toshiba Corp | Thermal transfer recorder |
JPS55100171A (en) * | 1979-01-25 | 1980-07-30 | Toshiba Corp | Thermal transcription recorder |
JPS55100172A (en) * | 1979-01-26 | 1980-07-30 | Toshiba Corp | Thermal transcription recorder |
Cited By (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
US5310573A (en) * | 1991-10-23 | 1994-05-10 | Kawasaki Steel Corporation | Method of controlling thickness of coated film on web-like member by roll coater |
US5435848A (en) * | 1991-10-23 | 1995-07-25 | Kawasaki Steel Corporation | Apparatus for controlling thickness of coated film on web-like member by roll coater |
JP2010208245A (en) * | 2009-03-12 | 2010-09-24 | Dainippon Printing Co Ltd | Paper booklet, method for manufacturing the same and transfer device |
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