JPH037149Y2 - - Google Patents
Info
- Publication number
- JPH037149Y2 JPH037149Y2 JP11044086U JP11044086U JPH037149Y2 JP H037149 Y2 JPH037149 Y2 JP H037149Y2 JP 11044086 U JP11044086 U JP 11044086U JP 11044086 U JP11044086 U JP 11044086U JP H037149 Y2 JPH037149 Y2 JP H037149Y2
- Authority
- JP
- Japan
- Prior art keywords
- film
- roll
- transfer
- chuck
- heating roll
- 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
Links
- 238000010438 heat treatment Methods 0.000 claims description 28
- 239000011888 foil Substances 0.000 description 17
- 238000004804 winding Methods 0.000 description 9
- 239000000463 material Substances 0.000 description 3
- 230000000694 effects Effects 0.000 description 2
- PCHJSUWPFVWCPO-UHFFFAOYSA-N gold Chemical compound [Au] PCHJSUWPFVWCPO-UHFFFAOYSA-N 0.000 description 2
- 229910052737 gold Inorganic materials 0.000 description 2
- 239000010931 gold Substances 0.000 description 2
- 238000000034 method Methods 0.000 description 2
- 230000002093 peripheral effect Effects 0.000 description 2
- 229910052709 silver Inorganic materials 0.000 description 2
- 239000004332 silver Substances 0.000 description 2
- 230000037303 wrinkles Effects 0.000 description 2
- BQCADISMDOOEFD-UHFFFAOYSA-N Silver Chemical compound [Ag] BQCADISMDOOEFD-UHFFFAOYSA-N 0.000 description 1
- BZHJMEDXRYGGRV-UHFFFAOYSA-N Vinyl chloride Chemical compound ClC=C BZHJMEDXRYGGRV-UHFFFAOYSA-N 0.000 description 1
- XAGFODPZIPBFFR-UHFFFAOYSA-N aluminium Chemical compound [Al] XAGFODPZIPBFFR-UHFFFAOYSA-N 0.000 description 1
- 229910052782 aluminium Inorganic materials 0.000 description 1
- 238000010276 construction Methods 0.000 description 1
- 229920003002 synthetic resin Polymers 0.000 description 1
- 239000000057 synthetic resin Substances 0.000 description 1
- 238000007740 vapor deposition Methods 0.000 description 1
Landscapes
- Duplication Or Marking (AREA)
- Decoration By Transfer Pictures (AREA)
- Printing Methods (AREA)
Description
【考案の詳細な説明】
この考案はロール式ホツトスタンプ機における
フイルム移送装置に関するものである。[Detailed Description of the Invention] This invention relates to a film transfer device for a roll-type hot stamp machine.
塩化ビニール等の合成樹脂フイルムに一定間隔
毎に蒸着された例えば金、銀、アルミ等の箔を間
欠的に移送しながら被転写物をフイルムと共に回
動する加熱ロールに圧接して被転写物の外周面に
所定の絵模様等に成形した箔を熱転写するロール
式ホツトスタンプ機は既に知られているが、従来
のこの種ロール式ホツトスタンプ機は一般に被転
写物の周面が上下同一径のものとか、テーパが付
いていても僅かなものに対して蒸着箔等を熱転写
するものであるため、転写の目的は十分に達成で
きる。 A foil of gold, silver, aluminum, etc., deposited at regular intervals on a synthetic resin film such as vinyl chloride, is intermittently transferred, and the object to be transferred is pressed against a heating roll that rotates together with the film. Roll-type hot stamp machines that thermally transfer foil formed into a predetermined pattern on the outer circumferential surface are already known, but conventional roll-type hot stamp machines of this type generally have a circumferential surface of the object to be transferred with the same diameter on the top and bottom. Since the vapor-deposited foil or the like is thermally transferred to a small object even if it has a taper, the purpose of the transfer can be fully achieved.
然し乍ら、被転写物の周面テーパが極端に付い
たもの、例えば円錐型をした被転写物に所定の絵
模様を成形した箔を熱転写するような場合は、上
述した従来のロール式ホツトスタンプ機では被転
写物の上下の回転ピツチが大幅に異なるためフイ
ルムの移送タイミングと加熱ロールに対する被転
写物周面の圧接タイミングを同期させることが極
めて困難である。したがつて従来のロール式ホツ
トスタンプ機で円錐型の容器に箔等を熱転写する
と被転写物と加熱ロールによつて圧接されるフイ
ルムに無理が加わり“しわ”が寄り、そのため箔
等の絵模様がゆがめられ不規則に熱転写されてし
まう欠点があつた。 However, when thermally transferring a foil with a predetermined pattern onto an object with an extremely tapered circumferential surface, such as a cone-shaped object, the conventional roll-type hot stamp machine described above can be used. In this case, since the rotation pitch of the upper and lower sides of the transferred object is significantly different, it is extremely difficult to synchronize the timing of transporting the film and the timing of pressing the circumferential surface of the transferred object against the heating roll. Therefore, when thermally transferring foil, etc. onto a conical container using a conventional roll-type hot stamp machine, stress is applied to the transferred material and the film that is pressed into contact with the heating roll, causing wrinkles, which causes the pattern on the foil, etc. The problem was that the images were distorted and transferred irregularly.
この考案のロール式ホツトスタンプ機における
フイルム移送装置は、所定の絵模様等を印刷又は
蒸着したフイルムを間欠的に移送しながら被転写
物をフイルムと共に回転する加熱ロールに圧接し
てフイルム上の絵模様等を被転写物に熱転写する
ロール式ホツトスタンプ機において、加熱ロール
の正面位置に停止した1間欠移送分のフイルム
の、少なくとも移送方向前方となる1側を挟持
し、移送方向に扇形回動することにより、上記加
熱ロールの正面位置に停止した11間欠移送分のフ
イルムを扇形移送するためのチヤツクバーを有す
る構成のものである。 The film transfer device of the roll-type hot stamp machine of this invention intermittently transfers the film on which a predetermined picture pattern, etc. has been printed or vapor-deposited, and presses the transferred material against a heating roll that rotates together with the film to transfer the image on the film. In a roll-type hot stamp machine that thermally transfers a pattern, etc. to an object to be transferred, a film for one intermittent transfer is stopped in front of the heating roll, and at least one side, which is the front side in the transfer direction, is held and rotated in a fan shape in the transfer direction. This configuration has a chuck bar for fan-shaped transfer of the 11 intermittently transferred films that are stopped in front of the heating roll.
以下、図面に基づいてこの考案の一実施例を詳
細に説明する。 Hereinafter, one embodiment of this invention will be described in detail based on the drawings.
第1図はこの考案にかかるロール式ホツトスタ
ンプ機におけるフイルム移送装置の一例を説明す
るための全体斜視図である。図中1は基台、2は
駆動機構収納ユニツト、3は制御ユニツト、4は
加熱ロール収納部である。加熱ロール収納部4は
基台1のテーブル上ほぼ中央に設けられ、この内
部には回転軸を垂直とする加熱ロール5が収納さ
れ、加熱ロール5の正面は基台1の前面に露出す
るように取り付けられる。なお加熱ロール5の回
転軸は基台1のテーブル下面に配置した前述の駆
動機構収納ユニツト2内に臨ませモーター等(図
示省略)によつて所定の回転を与えるようになつ
ている。一方テーブル上における6は送りロー
ル、7…はガイドロール、7a,7bはフイルム
駆動ロール、8は捲取ロールであつて、これら各
ロール6,7,7a,7b…8間にはフイルムA
が張設され、このフイルムAは上記フイルム駆動
ロール7a,7b及び捲取ロール8の間欠駆動に
より所定量捲取り移送されるようになつている。
上記両ロール7a,7b,8の間欠駆動は後述す
るマイクロスイツチ10によつて制御されてい
る。また上記のフイルムAの片側(基台1の正面
において作業者側となる面)には後述する被転写
物に熱転写するための例えば金、銀等の蒸着によ
る所定模様の箔Bがプリントされており、かつま
たフイルムAの図中上縁に当たる部分には上記の
箔Bが間欠移送に際し、加熱ロール5の正面に位
置した場合捲取ロール8の駆動を適格に停止させ
るためのセンサー遮光マークCが適宜の間隔でも
つてプリントされている。図中9は上記遮光マー
クCを検出して捲取ロール8の駆動を停止させる
ためのホトセンサーで、これらホトセンサー9と
捲取ロール8の作動制御は前述した制御ユニツト
3によつて行なわれるようになつている。次に図
中10は前述のフイルム駆動ロール7a,7b及
び捲取ロール8に駆動条件を与えるマイクロスイ
ツチで、このマイクロスイツチ10の作動は回動
カム11によつてON−OFFされるようになつて
いる。ところで上記回動カム11は下段の作動カ
ム12と同一の駆動軸13に固定され、同一速度
で回転するようになつている。一方上記作動カム
12の周面には作動杆14の一端に取り付けたコ
ロ15が摺接され、作動杆14に所定の揺動を与
えるようになつている。上記作動杆14はほぼ中
央1側に設けた枢軸16を支点として図示矢印X
で示すように揺動して他端に取り付けたコロ17
で揺動杆18を前述した加熱ロール5の方向へ移
動させるようになつている。上記揺動杆18は加
熱ロール5の正面テーブル上に配置され、左端枢
軸19を支点にして扇形回動(図示矢印Yで示す
ように)するようになつている。この揺動杆18
の扇形回動により揺動杆18の右端上面に植設し
た支持ピン20によつて支持された容器(被転写
物)21は先ず前述したフイルムAに接触し、次
にフイルムAをサンドする状態で上記加熱ロール
5の正面に圧接される。ところで、上記支持ピン
20と容器21は容器の中空上端で当接するのみ
で容器の中空下方は支持ピン20に対して非接触
(フリー)状態で、容器21の上端が加熱ロール
5に圧接すると同時に他の周面も加熱ロール5に
対して均一に圧接するように構成されている。 FIG. 1 is an overall perspective view for explaining an example of a film transfer device in a roll type hot stamping machine according to this invention. In the figure, 1 is a base, 2 is a drive mechanism storage unit, 3 is a control unit, and 4 is a heating roll storage section. The heating roll storage section 4 is provided approximately at the center of the table of the base 1, and a heating roll 5 whose rotational axis is vertical is stored therein, and the front surface of the heating roll 5 is exposed to the front surface of the base 1. can be attached to. The rotating shaft of the heating roll 5 faces into the aforementioned drive mechanism storage unit 2 disposed on the underside of the table of the base 1, and is rotated to a predetermined degree by a motor or the like (not shown). On the other hand, 6 on the table is a feed roll, 7... is a guide roll, 7a, 7b are film drive rolls, 8 is a take-up roll, and between these rolls 6, 7, 7a, 7b...
is stretched, and the film A is wound up and transported by a predetermined amount by the intermittent driving of the film driving rolls 7a, 7b and the winding roll 8.
The intermittent driving of both rolls 7a, 7b, 8 is controlled by a micro switch 10, which will be described later. Further, on one side of the above-mentioned film A (the side facing the operator in front of the base 1), a foil B having a predetermined pattern by vapor deposition of gold, silver, etc. is printed for thermal transfer to the object to be transferred, which will be described later. In addition, at the upper edge of the film A in the figure, there is a sensor light-shielding mark C for properly stopping the drive of the winding roll 8 when the foil B is located in front of the heating roll 5 during intermittent transport. are printed at appropriate intervals. In the figure, reference numeral 9 denotes a photosensor for detecting the light shielding mark C and stopping the drive of the winding roll 8, and the operation of the photosensor 9 and the winding roll 8 is controlled by the control unit 3 described above. It's becoming like that. Next, numeral 10 in the figure is a micro switch that provides driving conditions for the film drive rolls 7a, 7b and take-up roll 8, and the operation of this micro switch 10 is turned on and off by a rotary cam 11. ing. By the way, the rotary cam 11 is fixed to the same drive shaft 13 as the lower operating cam 12, and is designed to rotate at the same speed. On the other hand, a roller 15 attached to one end of the operating rod 14 is in sliding contact with the circumferential surface of the operating cam 12, so as to impart a predetermined rocking motion to the operating rod 14. The operating rod 14 is oriented around a pivot 16 provided approximately at the center 1 side as shown by the arrow X.
Roller 17 is swung and attached to the other end as shown in
The swinging rod 18 is moved in the direction of the heating roll 5 described above. The swinging rod 18 is arranged on the table in front of the heating roll 5, and is designed to rotate in a fan shape (as shown by the arrow Y in the figure) using the left end pivot 19 as a fulcrum. This swinging rod 18
Due to the fan-shaped rotation, the container (transferred object) 21 supported by the support pin 20 installed on the upper surface of the right end of the swinging rod 18 first comes into contact with the above-mentioned film A, and then the film A is sandwiched. It is pressed against the front surface of the heating roll 5. Incidentally, the support pin 20 and the container 21 contact only at the hollow upper end of the container, and the hollow lower part of the container is in a non-contact (free) state with respect to the support pin 20, and at the same time the upper end of the container 21 comes into pressure contact with the heating roll 5. The other circumferential surfaces are also configured to come into uniform pressure contact with the heating roll 5.
次に容器21によつてサンンドされて加熱ロー
ル5に圧接されるフイルムAはフイルム駆動ロー
ル7a,7b及び捲取ロール8がホトセンサー9
からの信号によつて捲取を停止した状態にあるた
め移動停止となつている。一方この状態での上記
フイルムAは上記加熱ロール5の正面左右に上方
より吊下配置した一対のチヤツクバー22,22
で左右を挟持され、容器21が接触し加熱ロール
5方向へ移行される際に“しわ”が寄ることがな
いように補強されている。上記のチヤツクバー2
2,22は第1図で概略を示し、第2図要部拡大
でその詳細構成を示す通り前述した加熱ロール収
納部4の上面に取り付けられた駆動部23(本実
施例では電磁プランジヤ使用)によつてフイルム
Aを中間に配して前後に設けられたバー22a,
22bが開閉して所定のチヤツク力が得られるよ
うになつている。また上記左右のチヤツクバー2
2,22は枢軸24によつて図示矢印Zのように
左右揺動自在になつており、常態(罵ー開放時)
では枢軸24に作用されたスプリング(図示省
略)でチヤツクバー22,22が第2図に示す仮
想線位置に附勢され、チヤツク力が働いて左右の
チヤツクバー22,22がフイルムAを挟持した
状態(バー閉止時)ではフイルムAがフイルム駆
動ロール7a,7b及び捲取ロール8の駆動ない
し加熱ロール5によつて左方向へ移動させられる
ためこれに伴なつて上記のチヤツクバー22,2
2も左方向へ回動させられるようになつている。
また上記左右のチヤツクバー22,22の扇形回
動の支点となる枢軸24の位置は、容器21の左
右テーパー面の延長線交点になるようになつてい
る。また上記左方向へのチヤツクバー22,22
の回動はチヤツクバー22,22を吊持したプラ
ンジヤープレート25,25が前述した枢軸24
によつて枢支されている関係でこれを中心とする
扇形回動となつてチヤツクバー22,22相互間
で張設した1間欠移送分のフイルムA及びこれに
プリントされた所定の絵模様等の箔Bの部分を扇
形回動に変換して移送することになる。従つて上
記の箔B部分及びフイルムAに圧接する容器(本
実施例では外形円錐形状の物)21は上記フイル
ムA等と同じ扇形角回転となつて外周面に上記箔
Bの熱転写を受けることになる。一方上記扇形回
動を行なつているチヤツクバー22,22は容器
21が一周した時点(このタイミングはチヤツク
バーの回動角で定まる)で電磁プランジヤの作動
が停止しチヤツク力が解かれるため、フイルムA
の移動に追随することなく旧位置にスプリングバ
ツクで復帰することになる。またこの場合は作動
杆14も揺動杆18の押圧を解除して旧位置にス
プリング(図示せず)によつて復帰するように構
成されている。一方熱転写終了の容器21を支承
した上記揺動杆18も同じくスプリング(図示せ
ず)バツクによつて旧位置に復帰する。そして外
周面に所定の箔Bの熱転写を受けた容器21は揺
動杆18に植設した支持ピン20から取り外され
ることになる。第3図は第1図に示すテーブル上
の各部品の取り付け配置状態を略記したものであ
る。 Next, the film A which is sanded by the container 21 and pressed against the heating roll 5 is exposed to the photo sensor 9 by the film driving rolls 7a, 7b and the winding roll 8.
Since winding has been stopped due to a signal from the machine, movement has stopped. On the other hand, in this state, the film A is attached to a pair of chuck bars 22, 22 suspended from above on the left and right sides of the front of the heating roll 5.
The container 21 is held between the left and right sides by the heating rollers 5, and is reinforced to prevent wrinkles from forming when the container 21 comes into contact and is moved toward the heating roll 5. Chuck bar 2 above
2 and 22 are schematically shown in FIG. 1, and the detailed configuration is shown in an enlarged view of the main part in FIG. 2. As shown in FIG. Bars 22a provided at the front and rear with the film A placed in the middle,
22b is opened and closed to obtain a predetermined chuck force. In addition, the left and right chuck bars 2 above
2 and 22 can be freely swung left and right by a pivot 24 as shown by the arrow Z in the figure, and are in the normal state (when opened).
2, the chuck bars 22, 22 are urged to the imaginary line position shown in FIG. 2 by a spring (not shown) acting on the pivot shaft 24, and the left and right chuck bars 22, 22 are in a state where the film A is held between them by the chuck force. When the bar is closed), the film A is moved to the left by the drive of the film drive rolls 7a, 7b and the take-up roll 8, or by the heating roll 5.
2 can also be rotated to the left.
Further, the position of the pivot 24, which serves as a fulcrum for fan-shaped rotation of the left and right chuck bars 22, 22, is located at the intersection of the extended lines of the left and right tapered surfaces of the container 21. In addition, the chuck bars 22, 22 to the left
The rotation of the plunger plates 25, 25, which suspend the chuck bars 22, 22, is caused by the above-mentioned pivot 24.
The film A for one intermittent transfer is stretched between the chuck bars 22, 22 in a fan-shaped rotation around the chuck bars 22, 22, and the predetermined picture pattern etc. printed thereon is The portion of foil B is transferred by converting it into fan-shaped rotation. Therefore, the container 21 (which has a conical outer shape in this embodiment) that is in pressure contact with the foil B portion and the film A undergoes the same fan-shaped rotation as the film A, etc., and receives the thermal transfer of the foil B on its outer peripheral surface. become. On the other hand, the chuck bars 22, 22, which are performing the fan-shaped rotation, stop operating the electromagnetic plunger and release the chuck force when the container 21 completes one revolution (this timing is determined by the rotation angle of the chuck bar), so that the film A
It will return to its old position by springback without following the movement of. In this case, the operating rod 14 is also configured to release the pressure from the swing rod 18 and return to its old position by a spring (not shown). On the other hand, the swinging rod 18, which supports the container 21 after the thermal transfer has been completed, is also returned to its old position by a spring (not shown) back. Then, the container 21 having the predetermined foil B thermally transferred onto its outer peripheral surface is removed from the support pin 20 implanted in the swinging rod 18. FIG. 3 is a simplified illustration of the mounting arrangement of each component on the table shown in FIG. 1.
なお上記の実施例ではチヤツクバー22,22
のプランジヤープレート25,25への取り付け
状態を説明しなかつたが、例えば両チヤツクバー
22,22の相互間隔において上方が狭く、下方
が広くなるよう若干テーパーを付けておいてもよ
い。又チヤツクバー22,22のチヤツク状態に
ついて左右のバーがフイルムAの両端を同時に挟
着すべく説明したが、例えば上記実施例において
フイルムAの進行方向前方となる1側(向つて左
側)をチヤツクバー22にのみチヤツク力を附与
して扇形回動において後方位置となる右のチヤツ
クバー22はフイルムAの一面に接触する程度に
調節しておいてもよく特に双方でもつて挟着せず
ともよい。また上記の実施例では枢軸24のアジ
ヤストについて説明しなかつたが、例えば容器2
1の肉厚等にバラ付がある場合、アジヤストを要
するので、これに対処すべく、アジヤストができ
るように構成されている。 In the above embodiment, the chuck bars 22, 22
Although the manner in which the chuck bars 22 are attached to the plunger plates 25, 25 has not been described, for example, the distance between the chuck bars 22, 22 may be slightly tapered so that the upper part is narrower and the lower part is wider. Furthermore, the chuck state of the chuck bars 22 has been explained in such a way that the left and right bars simultaneously clamp both ends of the film A. For example, in the above embodiment, the chuck bar 22 holds the front side (the left side) of the film A in the traveling direction. The right chuck bar 22, which applies chuck force only to the film A and moves to the rear position in the fan-shaped rotation, may be adjusted to such an extent that it contacts one surface of the film A, and in particular, it is not necessary to clamp both of them. Further, in the above embodiment, adjustment of the shaft 24 was not explained, but for example,
If there is variation in the thickness of the first part, adjustment is required, so in order to deal with this, the construction is such that adjustment can be performed.
以下上記の実施例に基づいてこの考案にかかる
フイルム移送装置の作用及び効果を併せて説明す
る。 The operation and effects of the film transporting device according to the invention will be explained below based on the above-mentioned embodiments.
先ず、フイルム移送方法については、基本的に
は送り出しロール6に捲回したフイルムAをフイ
ルム駆動ロール7a,7b及び捲取ロール8で捲
取るものであるためフイルムA全体の移送は水平
方向移送となるが、加熱ロール5の正面に位置す
る間欠移送中における1間欠移送分のフイルムA
は左右に配置したチヤツクバー22,22で挟着
して移送するものであるからこの部分での移送方
向は扇形移送となる。したがつて箔B等を熱転写
する容器21が円錐形状であるような場合、この
容器21の周面回転角に合わせて上記フイルムA
を移送することができるので、フイルムAを加熱
ロール5に圧接して移送してフイルムAないし箔
Bに“しわ”が寄るような無理は決してかからず
容器21の周面に優美な箔B等の熱転写が可能と
なる。 First, regarding the film transport method, basically the film A wound on the feed roll 6 is wound up by the film drive rolls 7a, 7b and the take-up roll 8, so the transport of the entire film A is horizontal transport. However, the film A for one intermittent transfer during intermittent transfer located in front of the heating roll 5
Since the paper is transferred by being clamped between the chuck bars 22, 22 arranged on the left and right sides, the transfer direction in this portion is a fan-shaped transfer. Therefore, when the container 21 to which the foil B etc. is thermally transferred has a conical shape, the film A is
Since the film A can be transferred under pressure to the heating roll 5, there is no need to force the film A or the foil B to become wrinkled, and the foil B can be placed on the circumferential surface of the container 21. It becomes possible to perform thermal transfer such as
次に上記移送方法を実施するに当り前述した装
置、即ち加熱ロール5の正面左右に一対のチヤツ
クバー22,22を配置して、このチヤツクバー
22,22で箔B等を熱転写する部分のフイルム
Aに扇形回動を附与して移送するようにしたので
水平方向へのみ移送されるフイルムAに異方向の
移送を容易に与えることができる。また上記チヤ
ツクバー22,22に対する回動力はチヤツクに
よつて挟持するフイルムAの次の間欠移送つま
り、フイルム駆動ロール7a,7b及び捲取ロー
ル8の捲取力で丁度引つ張るように移送するの
で、扇形回動に当たつて特に駆動源を必要としな
い。このことは同じに別駆動源を用いる際に起こ
りがちな同期調整を不用とでき構成を極めて簡単
にすることができる。またチヤツクバー22,2
2の旧位置への復帰をスプリングバツクによつて
実施するようにしたので、復帰動作が迅速で特別
な動力を必要としない。 Next, in carrying out the above-mentioned transfer method, a pair of chuck bars 22, 22 are arranged on the left and right sides of the front of the above-mentioned apparatus, that is, the heating roll 5, and the chuck bars 22, 22 are used to transfer the foil B etc. to the portion of the film A to be thermally transferred. Since the film is transferred with fan-shaped rotation, the film A, which is transferred only in the horizontal direction, can be easily transferred in a different direction. Further, the rotating force applied to the chuck bars 22, 22 is used to intermittently transport the film A held by the chucks, that is, to transport the film A so that it is just pulled by the winding forces of the film driving rolls 7a, 7b and the winding roll 8. , No special drive source is required for fan-shaped rotation. This also eliminates the need for synchronization adjustment that tends to occur when separate drive sources are used, and the configuration can be extremely simplified. Also, the chuck bar 22,2
Since the return to the old position of 2 is carried out by spring back, the return operation is quick and does not require special power.
以上、詳述した如くこの考案は熱転写に対応す
る部分のフイルムに扇形回動(移送)を与えるよ
うにしたので、極端にテーパーの付いた円錐形状
の容器周面に所定絵模様等を印刷ないし蒸着した
箔等を優美に熱転写することができ、そのための
装置についてもチヤツクバーの扇形回動でフイル
ムの移送を行なうようにしたので構成を極めて簡
単とすることができ、しかも取り扱い易く安価な
ものとすることができる等種々の優れた工業的効
果を有する。 As explained in detail above, this invention applies fan-shaped rotation (transfer) to the part of the film that corresponds to thermal transfer, so it is possible to print a predetermined pattern, etc. on the extremely tapered cone-shaped container circumferential surface. It is possible to elegantly thermally transfer vapor-deposited foil, etc., and since the film is transferred by fan-shaped rotation of the chuck bar, the structure of the device for this purpose is extremely simple, and it is easy to handle and inexpensive. It has various excellent industrial effects such as the ability to
第1図はこの考案にかかる装置の全体斜視図、
第2図は同上装置の要部拡大斜視図、第3図はテ
ーブル上の各部品配置関係を説明するための平面
図である。
1……基台、5……加熱ロール、6……送り出
しロール、7……ガイドロール、7a,7b……
フイルム駆動ロール、8……捲取ロール、9……
ホトセンサー、10……マイクロスイツチ、11
……回動カム、12……作動カム、13……駆動
軸、14……作動杆、15……コロ、16……枢
軸、17……コロ、18……揺動杆、19……枢
軸、20……支持ピン、21……容器(被転写
物)、22……チヤツクバー、22a,22b…
…バー、24……枢軸、25……プランジヤープ
レート、A……フイルム、B……箔、C……セン
サー遮光マーク。
Figure 1 is an overall perspective view of the device according to this invention;
FIG. 2 is an enlarged perspective view of the main parts of the same device, and FIG. 3 is a plan view for explaining the arrangement relationship of each component on the table. 1... Base, 5... Heating roll, 6... Feeding roll, 7... Guide roll, 7a, 7b...
Film drive roll, 8... Winding roll, 9...
Photo sensor, 10...Micro switch, 11
...Rotating cam, 12... Operating cam, 13... Drive shaft, 14... Operating rod, 15... Roller, 16... Pivot, 17... Roller, 18... Rocking rod, 19... Pivot , 20...Support pin, 21...Container (transferred material), 22...Chuck bar, 22a, 22b...
... Bar, 24 ... Pivot, 25 ... Plunger plate, A ... Film, B ... Foil, C ... Sensor light-shielding mark.
Claims (1)
間欠的に移送しながら被転写物をフイルムと共に
回転する加熱ロールに圧接してフイルム上の絵模
様等を被転写物に熱転写するロール式ホツトスタ
ンプ機において、加熱ロールの正面位置に停止し
た1間欠移送分のフイルムの、少なくとも移送方
向前方となる1側を挟持し、移送方向に扇形回動
することにより、上記加熱ロールの正面位置に停
止した1間欠移送分のフイルムを扇形移送するた
めのチヤツクバーを有することを特徴とするロー
ル式ホツトスタンプ機におけるフイルム移送装
置。 A roll-type hot stamp machine that thermally transfers the pattern, etc. on the film onto the transfer object by intermittently transporting a film on which a predetermined pattern, etc. is printed or vapor-deposited, and presses the transfer object against a heating roll that rotates with the film. At least one side of the intermittent transfer film stopped at a position in front of the heating roll is held at least on one side in the forward direction in the transfer direction, and the film is rotated in a fan shape in the transfer direction. 1. A film transfer device for a roll-type hot stamp machine, characterized in that it has a chuck bar for transferring the intermittent transfer amount of film in a fan shape.
Priority Applications (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP11044086U JPH037149Y2 (en) | 1986-07-18 | 1986-07-18 |
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
JP11044086U JPH037149Y2 (en) | 1986-07-18 | 1986-07-18 |
Publications (2)
Publication Number | Publication Date |
---|---|
JPS6225543U JPS6225543U (en) | 1987-02-17 |
JPH037149Y2 true JPH037149Y2 (en) | 1991-02-22 |
Family
ID=30989442
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
---|---|---|---|
JP11044086U Expired JPH037149Y2 (en) | 1986-07-18 | 1986-07-18 |
Country Status (1)
Country | Link |
---|---|
JP (1) | JPH037149Y2 (en) |
-
1986
- 1986-07-18 JP JP11044086U patent/JPH037149Y2/ja not_active Expired
Also Published As
Publication number | Publication date |
---|---|
JPS6225543U (en) | 1987-02-17 |
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