JP5039662B2

JP5039662B2 - Transfer tool

Info

Publication number: JP5039662B2
Application number: JP2008211006A
Authority: JP
Inventors: 俊博小林; 周孝平田
Original assignee: General Co Ltd
Current assignee: General Co Ltd
Priority date: 2008-08-19
Filing date: 2008-08-19
Publication date: 2012-10-03
Anticipated expiration: 2028-08-19
Also published as: JP2010046826A

Description

本発明は、転写部に力が伝達されにくく、使いにくいといった問題が生じることなく、片当たりを確実に防止すると共に、筐体からの力を適度に反映して直線的にも曲線的にも転写媒体を安定して転写することができる転写具に関する。 The present invention reliably prevents one-sided contact without causing a problem that force is not easily transmitted to the transfer portion and is difficult to use, and also reflects linearly or curvedly the force from the housing. The present invention relates to a transfer tool capable of stably transferring a transfer medium.

基材に転写媒体を塗布した転写テープを巻装した送出軸部と、送出軸部から送り出され、被転写媒体上に転写媒体を転写した後の基材を巻き取る巻取軸部と、送出軸部と巻取軸部との間の搬送経路上に設けた転写部とを筐体に有した転写具が知られている。 A feed shaft wound with a transfer tape coated with a transfer medium on a substrate, a take-up shaft that is fed from the feed shaft and takes up the substrate after the transfer medium is transferred onto the transfer medium, and feed There is known a transfer tool having a housing having a transfer portion provided on a conveyance path between a shaft portion and a winding shaft portion.

転写具は、筐体を手に持って、被転写体に対して、転写部の幅方向の左右均等に力がかかるようにして正しく使用すれば、該転写部の全面が被転写体に接触するから、転写媒体の幅方向全域が均一的に被転写体に転写されることになる。 If the transfer tool is used correctly by holding the housing in your hand and applying the force equally to the left and right of the transfer part in the width direction of the transfer part, the entire surface of the transfer part will contact the transfer object. Therefore, the entire width direction of the transfer medium is uniformly transferred to the transfer target.

ところが、例えば被転写体上で曲線状に転写媒体を転写した場合、直線状であっても力のかけ具合が左右均等ではない場合、においては、被転写体から転写部の一部が浮き上がって（この現象を以下、片当たりという）、転写媒体の幅方向の一部が被転写体に転写されないことがある。 However, for example, when the transfer medium is transferred in a curved shape on the transfer target, when the force is not evenly applied even if it is linear, a part of the transfer portion is lifted from the transfer target. (This phenomenon is hereinafter referred to as one piece), and a part of the transfer medium in the width direction may not be transferred to the transfer target.

片当たりが生じると、例えば被転写体においては、転写媒体が密着して転写されずに不完全な転写となったり、予定している幅に転写媒体が転写されないことになり、一方、例えば転写具においては、転写媒体が基材に残留して次回の使用開始箇所で正しく転写ができなくなる可能性がある。 When one-side contact occurs, for example, the transfer medium is not transferred in close contact with the transfer medium, resulting in incomplete transfer, or the transfer medium is not transferred to the expected width. In the tool, there is a possibility that the transfer medium remains on the base material and transfer cannot be performed correctly at the next start of use.

上記した片当たりを解消する構成を有した転写具について、以下の特許文献１〜７が存在する。 The following patent documents 1-7 exist about the transfer tool which had the structure which eliminates the above-mentioned piece contact.

実開平７−１３８６０号公報Japanese Utility Model Publication No. 7-13860 特開平８−１７５０９５号公報JP-A-8-175095 特開平１１−１７０７７０号公報JP-A-11-170770 再公表ＷＯ００／２１７６１号公報Re-published WO00 / 21761 特開２００３−２５２２号公報JP 2003-2522 A 特開２００４−２６８４１２号公報Japanese Patent Application Laid-Open No. 2004-268412 特開２００６−２８１４９６公報JP 2006-28196 A

特許文献１には、転写部の先端部から一体的に形成された軸が筐体内で回動自在に枢支され、片当たりが発生する使用状態のときには、転写部が軸を中心に回動（−９０°〜９０°の範囲）する構成が記載されている。 In Patent Document 1, a shaft integrally formed from the tip of the transfer portion is pivotally supported in the housing so that the transfer portion rotates around the shaft when in a use state in which one-side contact occurs. A configuration to be described (range of −90 ° to 90 °) is described.

特許文献２には、転写部が、先端部（圧着ブレード）における転写テープの幅方向と直角にかつ幅方向の中点を中心に応力が働いた時に回転し、応力が働かなくなった時に弾性力により復元するように装着される構成が示されている。 In Patent Document 2, the transfer portion rotates when a stress is applied at a point perpendicular to the width direction of the transfer tape at the front end portion (crimping blade) and centered on a middle point in the width direction, and elastic force is applied when the stress stops working. The configuration to be mounted so as to be restored is shown.

特許文献３には、転写部において筐体側に支持される両側面部に突起が形成され、筐体には転写部の突起の部分が挿入される区切室が形成されると共にこの区切室の両側面部に該突起が係合するスロットが形成され、区切室に弾性体（コイルばね）を挿入して転写部を先端方向に付勢する構成が示されている。 In Patent Document 3, protrusions are formed on both side surfaces supported on the housing side in the transfer section, and a partition chamber into which the projection portion of the transfer section is inserted is formed in the housing, and both side surfaces of the partition chamber are formed. In this figure, a slot is formed in which the projection is engaged, and an elastic body (coil spring) is inserted into the partition chamber to urge the transfer portion in the distal direction.

特許文献４には、転写部が矩形状の金属線材で形成され、この金属線が力のかけ具合によって弾性変形する構成が示されている。 Patent Document 4 shows a configuration in which the transfer portion is formed of a rectangular metal wire, and the metal wire is elastically deformed by the force applied.

特許文献５には、転写部のヘッド本体の両側面に取付孔が形成され、筐体のヘッド本体取付部位において該取付孔に嵌合する嵌合部材が形成された構成が示されている。 Patent Document 5 shows a configuration in which mounting holes are formed on both side surfaces of the head main body of the transfer portion, and a fitting member that fits into the mounting hole is formed at the head main body mounting portion of the housing.

特許文献６は、転写部を筐体に支持される側と、転写媒体を転写する側と、に分けて、筐体支持側は主に該転写部の上下方向の移動に弾性変形により追従し、転写媒体転写側は該筐体支持側に軸が枢支されることでの主にねじれ方向の移動に追従する構成とされている。 In Patent Document 6, the transfer unit is divided into a side that is supported by the housing and a side that transfers the transfer medium. The housing support side mainly follows the movement of the transfer unit in the vertical direction by elastic deformation. The transfer medium transfer side is configured to follow mainly the movement in the twisting direction by pivotally supporting the shaft on the housing support side.

特許文献７は、転写ヘッドのヘッド圧着部を筐体に支持する軸部が、上側に移動しようとするときに、該軸部に当接してその移動を規制する規制部材を備えた構成が示されている。 Patent Document 7 shows a configuration including a regulating member that abuts against the shaft portion and restricts the movement of the shaft portion that supports the head press-bonding portion of the transfer head on the housing when moving upward. Has been.

ところで、転写部が受ける力の方向としては、転写部の先端が被転写体の転写面の上下に移動する方向（以下、これを上下方向という）と、転写部の幅方向両端が相互に転写具の操作方向に前後する方向（以下、これを左右方向という）と、転写部の幅方向両端が相互に上下する方向（以下、これをねじれ方向という）と、がある。 By the way, the direction of the force received by the transfer unit is the direction in which the tip of the transfer unit moves up and down the transfer surface of the transfer target (hereinafter referred to as the up and down direction), and both ends in the width direction of the transfer unit transfer to each other. There are a direction back and forth in the tool operating direction (hereinafter referred to as the left-right direction) and a direction in which both ends in the width direction of the transfer portion move up and down (hereinafter referred to as the twist direction).

片当たりは、例えば直線状に転写媒体を転写しようとする場合においては、使用者の力のかけ具合が左右均等ではない場合、つまり左右方向やねじれ方向に力がかかった際に、発生する現象である。 For example, when the transfer medium is to be transferred in a straight line, the one-side contact is a phenomenon that occurs when the user's force is not evenly distributed, that is, when a force is applied in the left-right direction or twist direction. It is.

転写部は左右方向やねじれ方向の力を受けた際、これらの力を吸収できなければ、筐体の傾きをそのまま反映させてしまうから片当たりの発生頻度が増加すると共に、例えば円弧状や蛇行状（以下、総称して曲線状という）に転写媒体を転写することができない。 When the transfer unit receives a force in the left-right direction or torsional direction, if the force cannot be absorbed, the inclination of the housing is reflected as it is, and the occurrence frequency per piece increases. The transfer medium cannot be transferred in a shape (hereinafter collectively referred to as a curved shape).

しかし、過剰に各方向に力が伝達されると、使用者からの力が直ちに反映されて例えば直線状に転写させようとしても曲線状になるといったように意図するように転写媒体を転写することが困難となる。 However, when the force is transmitted excessively in each direction, the force from the user is immediately reflected, and the transfer medium is transferred as intended, for example, even if it is transferred in a straight line, it becomes a curved shape. It becomes difficult.

上記を踏まえて、特許文献１〜７は、次の問題があった。まず、特許文献１，５は、筐体からの力が直接的に転写部へ伝達されるから、僅かな左右不均等な力までも如実に伝達し、この力に応じて転写部が傾き、かつ傾いたままとなって、被転写体上に蛇行状に転写媒体を転写するといった現象が生じて、直線状に転写媒体を転写しようとするとかえってふらついて非常に使いにくいといった問題があった。 Based on the above, Patent Documents 1 to 7 have the following problems. First, in Patent Documents 1 and 5, since the force from the casing is directly transmitted to the transfer unit, even a slight left-right uneven force is transmitted, and the transfer unit is inclined according to this force. In addition, there is a problem that the transfer medium is transferred in a meandering manner on the transfer target as it is tilted, and if it is attempted to transfer the transfer medium in a straight line, it fluctuates and is very difficult to use.

特許文献２は、筐体からの力を吸収するが、この時の応力による弾性変形量が問題となる。すなわち、特許文献２の場合、転写部周辺に、弾性変形による該転写部の移動を規制する構成が存在しないので、転写部が特に上下方向に自由にヘッドが移動し、この結果、転写部への力がほとんど吸収されてしまい、使いにくいといった問題があった。 Patent Document 2 absorbs the force from the housing, but the amount of elastic deformation due to the stress at this time becomes a problem. In other words, in the case of Patent Document 2, there is no configuration around the transfer unit that restricts the movement of the transfer unit due to elastic deformation, so the transfer unit moves the head freely in the vertical direction. There was a problem that it was difficult to use.

特許文献３の場合、スロット内であれば突起（転写部）が自由に移動できるものの、該突起がスロット内から外れないように存在させておく必要があるから、自ずと突起の、特に左右方向の移動には著しく制限がかかっていることとなり、曲線状に転写させる際に自由度が小さいといった問題があった。 In the case of Patent Document 3, although the protrusion (transfer portion) can freely move within the slot, it is necessary to keep the protrusion from coming out of the slot. The movement is remarkably limited, and there is a problem that the degree of freedom is small when transferring in a curved shape.

特許文献４は、金属線材によって矩形状の変形により転写部にかかる力に追従するが、容易に変形しすぎて、つまり転写部への力が吸収されてしまって使いにくい場合と、変形した形状が戻らない場合とがあり、結果的に、片当たりも、使いやすさも改善されていないといった問題があった。 Patent Document 4 follows the force applied to the transfer portion by the rectangular deformation by the metal wire, but it is easily deformed too much, that is, the force applied to the transfer portion is absorbed and difficult to use. May not return, and as a result, there has been a problem that neither the contact nor the usability has been improved.

特許文献６は、上下方向の移動とねじれ方向に追従するが、転写媒体転写側は回転量の制限がされているものの自由に回転するので、直線状に転写媒体を転写しようとするとかえってふらついて非常に使いにくいといった問題があった。 In Patent Document 6, the movement in the vertical direction and the twisting direction follow, but the transfer medium transfer side is free to rotate although the amount of rotation is limited. Therefore, when trying to transfer the transfer medium in a straight line, it fluctuates. There was a problem that it was very difficult to use.

特許文献７は、特許文献２，３の課題である大きな力をかけた場合に部材が破損する点は解消できるとしても、使用時における転写部の傾動や揺動を規制しすぎて力をほとんど吸収せず、結果的に、片当たりが発生する可能性があるといった問題があった。 In Patent Document 7, even though the problem that the member is damaged when a large force, which is a problem of Patent Documents 2 and 3, can be solved, the tilting and swinging of the transfer portion during use is excessively restricted and almost no force is applied. As a result, there is a possibility that a piece of contact may occur.

要するに、本発明が解決しようとする問題点は、従来の特許文献１〜７は、転写部に伝達される力の、上下方向、左右方向、ねじれ方向、の少なくとも一方向において、伝達される力がほぼ吸収されてしまって使いにくい場合がある、又は過剰に伝達されて片当たりが生じたり曲線状に転写媒体を転写できない場合がある、並びに、上下方向、左右方向、ねじれ方向にバランス良く適度に力を伝達して片当たりを抑制しつつ曲線状に転写媒体を転写できない、点である。 In short, the problem to be solved by the present invention is that the conventional patent documents 1 to 7 show that the force transmitted to the transfer portion is transmitted in at least one of the vertical direction, the horizontal direction, and the twist direction. May be absorbed and may be difficult to use, or may be transmitted excessively, resulting in contact with each other or the transfer medium being unable to be transferred in a curved shape, and with a good balance in the vertical, horizontal, and twist directions In other words, the transfer medium cannot be transferred in a curved line while transmitting force to the plate and suppressing the half-contact.

上記問題点を解決するために、本発明は、筐体内に、転写媒体が塗布された基材を巻装した送出軸部と、被転写体へ転写した後の基材を巻き取る巻取軸部と、送出軸部と巻取軸部との間の基材搬送経路上に該筐体から一部を露出させて設けた転写部と、を備えた転写具において、前記転写部に、筐体に取付部を介して支持され、該取付部から筐体の転写部の露出開口へ延設される接続部及びこの接続部の基材搬送面幅方向両端に設けられたガイド板を有する支持部と、この支持部に弾性変形を伴って支持され、該支持部のガイド板の下方に延設された腕部を介して形成された連結部と、該連結部の該腕部を設けた側と反対側に設けられた転写板及びこの転写板の筺体側に設けられ、前記接続部の裏面と当接することで該転写板の左右方向及びねじれ方向の弾性変形量を規制する規制部を有した先端部と、を備えることとした。 In order to solve the above-described problems, the present invention provides a feeding shaft portion in which a base material coated with a transfer medium is wound in a casing, and a winding shaft for winding the base material after being transferred to a transfer target. And a transfer unit provided with a part exposed from the housing on the substrate transport path between the delivery shaft unit and the take-up shaft unit. A connecting portion that is supported by the body through the mounting portion and extends from the mounting portion to the exposed opening of the transfer portion of the housing, and guide plates provided at both ends of the connecting portion in the width direction of the substrate transport surface a support portion that, the support portion of the elastic deformation is supported with the a connecting portion formed through an arm portion extending downwardly of the support portion of the guide plate, the the arm portion of the connecting portion provided in the housing side of the provided side opposite to the transfer plate provided on the side and the transfer plate, the left-right direction of the transfer plate by contact with the rear surface of the connecting portion and A distal end having a restricting portion for restricting the elastic deformation amount in the direction Gillet, was appreciated by one skilled in the art.

本発明に係る転写具は、次の作用効果を有する。まず、使用感を向上させることができる転写部の条件について説明する。片当たりを発生させずに直線状に転写媒体を転写する場合は、被転写体に対して転写部の幅方向の左右均等に力がかけられたときであるが、左右に偏った力がかけられたときは、この偏った力を転写部に至るまでに吸収すればよい。 The transfer tool according to the present invention has the following operational effects. First, the conditions of the transfer part that can improve the feeling of use will be described. When transferring a transfer medium in a straight line without causing a piece-to-piece contact, a force is applied equally to the left and right of the transfer part in the width direction of the transfer part. If it is, the biased force may be absorbed before reaching the transfer portion.

片当たりを発生させずに曲線状に転写媒体を転写する場合は、そもそも被転写体に対して転写部の幅方向の左右に偏った力がかけられているから、偏った力を上記の直線状のように全て吸収してしまうと片当たりが発生しないが曲線状にも転写できないことになる。 When transferring a transfer medium in a curved line without causing a piece-to-piece contact, a biased force is applied to the transfer object in the lateral direction of the width of the transfer part. If it is completely absorbed as in the shape, no contact occurs, but it cannot be transferred in a curved shape.

よって、片当たりを発生させずに曲線状に転写媒体を転写する場合は、片当たりが発生するような過剰に偏った力を吸収して転写しようとする方向へかかる力を反映させる必要があると共に、筐体において力がかけられる方向への移動に転写部を速やかに追従させる必要がある。これらを満たさなければ、意図する方向に転写できないことになる。 Therefore, when a transfer medium is transferred in a curved line without causing a piece hit, it is necessary to absorb an excessively biased force that causes a piece hit and reflect the force applied in the direction of transfer. At the same time, it is necessary to cause the transfer unit to quickly follow the movement in the direction in which force is applied in the housing. If these conditions are not satisfied, the image cannot be transferred in the intended direction.

また、転写部は、偏った力により、転写部が、被転写体に対して傾いたり回転したままとなったり、無制限に転写部が傾いたり回転したり、わずかな偏った力により転写部が傾いたり回転したり、のように転写部が不安定であると、例えば、転写部がふらついて直線状に転写媒体を転写できなかったり、初期位置を保つべき力を要したり、傾いたり回転したままの転写部を戻す力を要したり、といったように通常の使用に要する力とは別の余分な力（操作）が必要となり、使い勝手が悪くなる。 In addition, the transfer unit may be inclined or rotated with respect to the transfer target due to the biased force, the transfer unit may be tilted or rotated without limitation, or the transfer unit may be tilted or rotated with a slight bias. If the transfer part is unstable, such as tilting or rotating, for example, the transfer part may fluctuate and the transfer medium cannot be transferred linearly, requires a force to maintain the initial position, or tilts or rotates. An extra force (operation) different from the force required for normal use, such as a force for returning the transferred portion as it is, is required, and the usability deteriorates.

以上を整理すると、転写部は、直線状に転写媒体を転写する場合には被転写媒体に対して転写部の幅方向の左右に偏った力を吸収し、曲線状に転写媒体を転写する場合には片当たりが発生するような過剰に偏った力を吸収して転写しようとする方向へかかる力を反映させると共に、筐体において力がかけられる方向への移動に転写部を速やかに追従させる、という条件を満たせば、片当たりを生じずに意図通りに転写媒体を転写できることになり、かつ初期位置で安定させることができれば、使用以外の余分な力（操作）が不要となり、使い勝手は格段に向上する。 In summary, when transferring the transfer medium in a straight line, the transfer part absorbs the force biased to the left and right in the width direction of the transfer part with respect to the transfer medium, and transfers the transfer medium in a curved line. Reflects the force applied in the direction to transfer by absorbing excessively biased force that causes contact, and causes the transfer unit to quickly follow the movement in the direction in which force is applied in the housing. If the above condition is satisfied, the transfer medium can be transferred as intended without causing any contact, and if it can be stabilized at the initial position, no extra force (operation) other than use is required, and the usability is markedly improved. To improve.

つまり、本発明に係る転写具は、先端部の連結部が弾性変形することで、筐体から伝達される上下方向とねじれ方向の過度な力を吸収する。したがって、主に直線状に転写媒体を転写する場合には被転写体に対して転写部の幅方向の左右に偏った力を吸収する条件が満たされる。また、連結部で弾性変形により吸収しきれない力は、規制部へ伝達されることになる。 That is, the transfer tool according to the present invention absorbs excessive forces in the vertical direction and the twist direction transmitted from the casing by elastically deforming the connecting portion at the tip. Therefore, when transferring a transfer medium mainly linearly, a condition for absorbing a force biased to the left and right in the width direction of the transfer portion with respect to the transfer target is satisfied. Further, the force that cannot be absorbed by the elastic deformation at the connecting portion is transmitted to the restricting portion.

規制部では、連結部で減衰された力が伝達されて弾性変形して支持部と当接し、支持部との当接により連結部の弾性変形量が規制される。つまり、連結部は片当たりが生じるような力を吸収し、連結部で弾性変形により吸収しきれない力については曲線状に転写しようとする際の転写しようとする方向へかかる力として、規制部が支持部に当接することで力を伝達する。 In the restricting portion, the force attenuated by the connecting portion is transmitted and elastically deformed to come into contact with the support portion, and the amount of elastic deformation of the connecting portion is restricted by contact with the support portion. In other words, the connecting portion absorbs a force that causes a single contact, and the force that cannot be absorbed by elastic deformation at the connecting portion is applied as a force applied in the direction of transfer when trying to transfer in a curved shape. Transmits force by contacting the support.

したがって、主に曲線状に転写媒体を転写する場合には片当たりが発生するような過剰に偏った力を吸収して転写しようとする方向へかかる力を反映させる条件が満たされる。また、先端部では、筐体からかかる過剰な力に対する被転写体からの反力も吸収するから、結果的に転写しようとする方向へかかる力のみが反映される。 Therefore, when a transfer medium is transferred mainly in a curved line, a condition for reflecting the force applied in the direction to transfer by absorbing an excessively biased force that causes one-sided contact is satisfied. In addition, since the tip portion absorbs a reaction force from the transfer target with respect to an excessive force applied from the casing, only the force applied in the direction to be transferred is reflected as a result.

そして、先端部の連結部は、弾性変形の後に速やかに弾性復元すること、及び先端部には支持部と当接することで連結部の弾性変形量が規制される規制部が設けられていることから、筐体において力がかけられる方向への移動に転写部を速やかに追従させる条件が満たされる。 And the connecting part of the tip part is elastically restored promptly after elastic deformation, and a restricting part is provided at the tip part to restrict the elastic deformation amount of the connecting part by contacting the support part. Therefore, the condition for causing the transfer unit to quickly follow the movement in the direction in which the force is applied in the housing is satisfied.

このように、本発明に係る転写具は、転写部を支持部と先端部とから構成することで、筐体から伝達される使用者による力を段階的に、しかも上下方向、ねじれ方向、左右方向にバランス良く吸収する一方で使用に要する力は確実に伝達し、また、初期位置で安定させることができる。 As described above, the transfer tool according to the present invention includes the transfer portion that includes the support portion and the tip portion, so that the force transmitted by the user from the housing is stepwise, and in the vertical direction, the twist direction, and the left and right directions. While absorbing in a well-balanced direction, the force required for use is reliably transmitted and can be stabilized at the initial position.

また、支持部と先端部の連結部は、上記のとおり弾性変形に伴って必ず弾性復元を伴い、かつ連結部の弾性変形量を規制する規制部を設けているから、転写部を直線状に転写媒体を転写する状態の初期位置で安定させることができる。 Further, as described above, the connecting portion between the support portion and the distal end portion is always accompanied by elastic restoration accompanying elastic deformation, and is provided with a restricting portion that restricts the amount of elastic deformation of the connecting portion. It is possible to stabilize the transfer medium at the initial position in the transfer state.

本発明の転写具は、図１〜図９に示す第１及び第２形態により実施可能である。図１〜図４に第１形態を、図５〜図９に第２形態を各々示す。なお、第１形態において、第２形態と共通する構成について説明し、第２形態では第１形態と異なる構成のみを説明することとする。また、転写具全体については、本願の特徴構成ではないので図示は省略している。 The transfer tool of the present invention can be implemented by the first and second embodiments shown in FIGS. 1 to 4 show the first form, and FIGS. 5 to 9 show the second form. In the first embodiment, a configuration common to the second embodiment will be described, and only the configuration different from the first embodiment will be described in the second embodiment. Further, the entire transfer tool is not illustrated because it is not a characteristic configuration of the present application.

（第１形態）
転写具は、筐体内に、転写媒体が塗布された基材を巻装した送出軸部と、被転写体へ転写した後の基材を巻き取る巻取軸部と、送出軸部と巻取軸部との間の基材搬送経路上に該筐体から一部を露出させて設けた転写部１と、を備えている。 (First form)
The transfer tool includes a feed shaft portion in which a base material coated with a transfer medium is wound in a housing, a take-up shaft portion that winds the base material after being transferred to a transfer target, and a feed shaft portion and a take-up portion. And a transfer unit 1 that is partly exposed from the housing on a substrate conveyance path between the shaft unit and the shaft unit.

こうした転写具１において、本願の特徴的な構成である転写部１は、図１〜図４に示す第１形態では、次の構成とされている。転写部１は、筐体に支持される支持部２と、この支持部２に支持される先端部３とからなる。そして、転写部１は、支持部２と先端部３が例えばＰＯＭ（PolyOxyMethylene：polyacetal：ポリアセタール）やＰＰ（PolyproPylen；ポリプロピレン)の樹脂材料を用いて一体射出成型により作成している。 In such a transfer tool 1, the transfer unit 1, which is a characteristic configuration of the present application, has the following configuration in the first embodiment shown in FIGS. 1 to 4. The transfer unit 1 includes a support unit 2 supported by the casing and a tip 3 supported by the support unit 2. The transfer portion 1 is formed by integral injection molding using a resin material such as POM (PolyOxyMethylene: polyacetal) or PP (PolyproPylen) for the support portion 2 and the tip portion 3.

支持部２は、次の構成とされる。筐体の左右方向両側面の内側に設けられ、キーが形成された支持軸（不図示）には、回り止めの溝２ａが形成された枢支孔２ｂが形成された取付部２ｃが設けられている。 The support unit 2 has the following configuration. A support shaft (not shown) provided inside the left and right side surfaces of the housing and provided with a key is provided with a mounting portion 2c formed with a pivot support hole 2b formed with a non-rotating groove 2a. ing.

この取付部２ｃの外周面には、筐体における転写部１の露出開口（不図示）へ延設された接続部２Ａが一体的に設けられている。接続部２Ａは、上記のとおり、樹脂材料を用いていることと、板状とされていることから、後述する規制部３Ｂ及び結合部２ｅを介して主に上下方向、場合によってはねじれ方向に弾性変形及び弾性復元する。 A connecting portion 2A that extends to an exposed opening (not shown) of the transfer portion 1 in the housing is integrally provided on the outer peripheral surface of the mounting portion 2c. Since the connecting portion 2A is made of a resin material and has a plate shape as described above, the connecting portion 2A is mainly in the vertical direction and in some cases in the twisting direction via a regulating portion 3B and a coupling portion 2e described later. Elastic deformation and elastic recovery.

また、接続部２Ａの基材搬送面幅方向両端には、ここを通過する転写テープが接続部２Ａ上からの脱線を防止するガイド板２ｄが設けられており、本例では、このガイド２ｄから後述する先端部３の連結部３Ａが延設されている。 Further, guide plates 2d are provided at both ends of the connecting portion 2A in the width direction of the base material conveying surface to prevent the transfer tape passing therethrough from derailing from the connecting portion 2A. A connecting portion 3A of the distal end portion 3 to be described later is extended.

接続部２Ａの裏面の基材搬送面幅方向中央には、後述する先端部３の規制部３Ｂと結合する、つまり本例では支持部２と規制部３Ｂとは当接した状態とすると共に、該規制部３Ｂの必要以上の弾性変形を禁止する結合部２ｅが設けられている。 At the center of the back surface of the connecting portion 2A in the width direction of the base material conveyance surface, it is coupled with a restricting portion 3B of the tip portion 3 described later, that is, in this example, the support portion 2 and the restricting portion 3B are in contact with each other, A coupling portion 2e for prohibiting the elastic deformation of the regulating portion 3B beyond necessity is provided.

一方、先端部３は、次の構成とされている。支持部２のガイド板２ｄには、該ガイド板２ｄの下方へ延設された腕部３ａを介して上方に隆起する湾曲状に形成された連結部３Ａが設けられている。連結部３Ａを、上方に隆起する湾曲状に形成することで、主としてねじれ方向と、基材搬送方向の上下方向の弾性変形量を大きくすることができる。 On the other hand, the tip 3 has the following configuration. The guide plate 2d of the support portion 2 is provided with a connecting portion 3A formed in a curved shape that protrudes upward via an arm portion 3a that extends downward from the guide plate 2d. By forming the connecting portion 3A in a curved shape that protrudes upward, the amount of elastic deformation mainly in the twisting direction and in the vertical direction in the substrate transport direction can be increased.

また、連結部３Ａは、接続部２Ａに対して、基材搬送面の幅方向の両端で腕部３ａを介して接続することで、基材搬送面の幅方向の両端の各々で独立して弾性変形することが可能となる。したがって、このようにすることで、操作時の筐体のふらつきを抑制しつつも確実に片当たり抑制すること、意図した曲線状に転写することと、が可能となる。 Further, the connecting portion 3A is connected to the connecting portion 2A via the arm portions 3a at both ends in the width direction of the base material transport surface, so that each of the both ends in the width direction of the base material transport surface is independent. Elastic deformation is possible. Therefore, by doing in this way, it is possible to surely suppress the one-sided contact while suppressing the wobbling of the casing at the time of operation, and to transfer in the intended curved shape.

そして、この連結部３Ａにおける前記腕部３ａを設けた側と反対側には、転写板３ｂが設けられている。また、転写板３ｂの上面における基材搬送面幅方向両端には、支持部２の上記ガイド板２ｄの対向面間距離が等しくされたガイド部３ｃが形成されている。 A transfer plate 3b is provided on the opposite side of the connecting portion 3A from the side on which the arm portion 3a is provided. Further, guide portions 3c having the same distance between the opposing surfaces of the guide plate 2d of the support portion 2 are formed at both ends of the upper surface of the transfer plate 3b in the substrate conveyance surface width direction.

転写板３ｂの筐体側には、接続部２Ａの裏面と当接することで、該転写板３ｂの左右方向及びねじれ方向の弾性変形量を規制する規制部３Ｂが設けられている。規制部３Ｂは、上記のとおり、接続部２Ａの裏面に設けられた結合部２ｅにより結合しており、ねじれ方向の過剰な力により該規制部３Ｂの幅方向両端が接続部２Ａと当接するが、必要以上の（左右方向の）弾性変形が禁止されている。 On the housing side of the transfer plate 3b, there is provided a restricting portion 3B that restricts the amount of elastic deformation of the transfer plate 3b in the left-right direction and torsional direction by contacting the back surface of the connecting portion 2A. As described above, the regulating portion 3B is coupled by the coupling portion 2e provided on the back surface of the connecting portion 2A, and both ends in the width direction of the regulating portion 3B abut against the connecting portion 2A due to excessive force in the twisting direction. Unnecessary elastic deformation (in the left-right direction) is prohibited.

上記構成の第１形態における転写具は、例えば筐体から被転写体に対して基材搬送面の左右均等な過度な力がかかった場合は、この過度な力を連結部３Ａの弾性変形により吸収する。連結部３Ａでも吸収できないほどの過度な力は、規制部３Ｂ及び結合部２ｅを介して接続部２Ａの前方が下方に（これと相対して後方が上方に）弾性変形することで力を伝達しつつ吸収される。 The transfer tool according to the first embodiment having the above-described configuration, for example, when an excessive force equal to the left and right of the substrate transport surface is applied from the housing to the transfer target, the excessive force is caused by elastic deformation of the connecting portion 3A. Absorb. An excessive force that cannot be absorbed by the connecting portion 3A is transmitted by elastically deforming the front of the connecting portion 2A downward (relative to the rear upward) via the restricting portion 3B and the connecting portion 2e. While being absorbed.

筐体から被転写体に対して基材搬送面の例えば右に偏った力、つまり右に偏って下方へ押しつける力が加わると、筐体操作方向の前方右側の連結部３Ａが下方に、相対的に前方左側の連結部３Ａが上方に、各々弾性変形して、この偏った力を吸収する。 When a force that is biased to the right of the substrate transport surface from the housing, for example, to the right, that is, a force that biases to the right and pushes downward is applied, the connecting portion 3A on the front right side in the housing operation direction is moved downward. Thus, the front left connecting portion 3A is elastically deformed upward to absorb this biased force.

前記偏った力が連結部３Ａにおいて全て吸収される程度の偏った力がかかった場合とは、通常、直線状に転写しようとしている、つまり基本的に左右均等に力をかけている（はずである）のに、偏った力がかかったという程度の力であるから、被転写体からの反力が規制部３Ｂ及び結合部２ｅを介して接続部２Ａに伝達されず、よって、転写板３ｂは被転写体に対して片当たりが生じない。 When the biased force is applied so that all the biased force is absorbed by the connecting portion 3A, the transfer is usually performed in a straight line, that is, the force is basically applied evenly on the left and right. However, the reaction force from the transfer target is not transmitted to the connecting portion 2A via the restricting portion 3B and the coupling portion 2e, and thus the transfer plate 3b. No contact occurs with respect to the transfer object.

筐体からの力は接続部２Ａから結合部２ｅ及び規制部３Ｂを介しても転写板３ｂへ伝達されるが、接続部２Ａは筐体からの力を直接受けて弾性変形するのではなく、被転写体からの連結部３Ａで吸収しきれない力を結合部２ｅ及び規制部３Ｂを介して受けることで主として上下方向に弾性変形する。 The force from the housing is also transmitted from the connecting portion 2A to the transfer plate 3b via the coupling portion 2e and the restricting portion 3B, but the connecting portion 2A is not directly elastically deformed by directly receiving the force from the housing. By receiving a force that cannot be absorbed by the connecting portion 3A from the transferred body via the coupling portion 2e and the restricting portion 3B, it is elastically deformed mainly in the vertical direction.

すなわち、接続部２Ａは、筐体からの力ではなく、被転写体からの（連結部３Ａで吸収しきれない）反力により弾性変形するから、ふらついた使用感は生じず、適度な安定性を維持できるのである。 That is, the connecting portion 2A is elastically deformed not by the force from the housing but by the reaction force from the transfer target (cannot be absorbed by the connecting portion 3A), so that there is no flickering feeling and moderate stability. Can be maintained.

一方、意図して曲線状に転写しようとしている、つまり意図的に左右不均等にちからをかけている場合、以下、例えば、意図的に、右へ円弧状に転写しようとする場合は、連結部３Ａは、右側の連結部３Ａが接続部２Ａ側に接近するように、相対的に左側の連結部３Ａが接続部２Ａから離間するように、弾性変形する。 On the other hand, when the transfer is intentionally performed in a curved shape, i.e., intentionally left and right unevenly, for example, when the transfer is intentionally performed in an arc shape to the right, the connecting portion 3A is elastically deformed so that the left connecting portion 3A is relatively separated from the connecting portion 2A so that the right connecting portion 3A approaches the connecting portion 2A side.

上記のように連結部３Ａの弾性変形により、転写板３ｂは被転写体に対して密着した状態のまま、基材搬送面幅方向中央を中心として、該幅方向の一端側、力がかけられた側（右側）が、筐体操作方向に（よって相対的に他端側が筐体操作方向と反対方向に）回動する、つまり左右方向に弾性変形する。このとき、転写板３ｂ及び規制部３Ｂが幅方向右側が下方に、相対的に左側が上方に、つまりねじれ方向に弾性変形する。 As described above, due to the elastic deformation of the connecting portion 3A, a force is applied to one end side in the width direction around the center in the width direction of the substrate conveyance surface while the transfer plate 3b is in close contact with the transfer target. The other side (right side) rotates in the casing operation direction (and thus the other end side is relatively opposite to the casing operation direction), that is, elastically deforms in the left-right direction. At this time, the transfer plate 3b and the restricting portion 3B are elastically deformed in the width direction on the lower side and relatively on the left side in the upper direction, that is, in the twist direction.

そして、意図して円弧状に転写する場合、片当たりが生じるような左右不均等な力よりさらに大きな力が（この場合）右に偏ってかかっていることになるから、この力は被転写体からの反力として転写板３ｂから伝達される。 If the transfer is intentionally performed in an arc shape, a force that is greater than the uneven force that causes left-right contact (in this case) is biased to the right. Is transmitted as a reaction force from the transfer plate 3b.

転写板３ｂには、前記意図的に右への力が被転写体から反力としてかかることとなる。そして、この反力は転写板３ｂを介して規制部３Ｂに伝達される。規制部３Ｂは、幅方向両端が接続部２Ａに当接するまでねじれ方向に弾性変形するが、ねじれ方向のうちの上下方向の力は結合部２ｅを介して接続部２Ａが吸収する。 The transfer plate 3b is intentionally subjected to the rightward force as a reaction force from the transfer target. This reaction force is transmitted to the restricting portion 3B via the transfer plate 3b. The restricting portion 3B is elastically deformed in the torsional direction until both ends in the width direction come into contact with the connecting portion 2A, but the connecting portion 2A absorbs the force in the vertical direction in the torsional direction via the coupling portion 2e.

すなわち、転写板３ｂ及び規制部３Ｂにかかる上記ねじれ方向の弾性変形のうちの上下方向の力については、該規制部３Ｂ及び結合部２ｅを介して、接続部２Ａの前方（転写板３ｂ側）が下方に、相対的に後方が上方に、つまり上下方向に弾性変形して吸収するのである。 That is, regarding the vertical force of the elastic deformation in the torsional direction applied to the transfer plate 3b and the restricting portion 3B, the front of the connecting portion 2A (on the transfer plate 3b side) via the restricting portion 3B and the coupling portion 2e. Is absorbed by being elastically deformed in the downward direction and relatively upward in the rear direction, that is, in the vertical direction.

また、上記の状態から、さらに左側に円弧状に転写しようとする場合、上記の、弾性変形した各部が速やかに弾性復元して一旦は初期状態に戻った後、左右方向のみ上記と逆に弾性変形する。弾性復元は、弾性変形が力のかけ具合に応じて発揮されるのと同様に、力のかけ具合に応じて即時的に復元するから、結果的に意図通りに操作することができる。 In addition, when trying to transfer the arc further to the left side from the above state, the elastically deformed parts are quickly elastically restored and once returned to the initial state, and then elastically opposite to the above only in the left-right direction. Deform. Since the elastic restoration is instantly restored according to the force applied in the same manner as the elastic deformation is exerted according to the applied force, it can be operated as intended as a result.

このように、支持部２の接続部２Ａ、先端部３の連結部３Ａ及び規制部３Ｂの各部が弾性変形及び弾性復元することで、片当たりが生じることなく、かつ意図する方向に柔軟に、操作可能となり、転写媒体を曲線状に転写することができる。 Thus, each part of the connecting part 2A of the support part 2, the connecting part 3A of the tip part 3 and the restricting part 3B is elastically deformed and elastically restored, so that one-sided contact does not occur and flexibly in the intended direction. Operation becomes possible, and the transfer medium can be transferred in a curved line.

そして、曲線状に転写しようとするが、さらに過剰な力、つまり連結部３Ａにて吸収しきれない（それ以上弾性変形しない）ほどの力がかかると、被転写体からの反力も増加して、これがねじれ方向の力となって転写板３ｂに大きくかかることとなる。 Then, when trying to transfer in a curvilinear shape, if an excessive force, that is, a force that cannot be absorbed by the connecting portion 3A (is not elastically deformed any more), the reaction force from the transfer object also increases. This is a force in the twisting direction and is greatly applied to the transfer plate 3b.

このとき、転写板３ｂは、ねじれ方向に大きく弾性変形しようとするが、規制部３Ｂの幅方向の両端のうち、力がかけられている側の一方端が、接続部２Ａの裏面に当接することで、該規制部３Ｂのねじれ方向へのそれ以上の弾性変形が禁止される。 At this time, the transfer plate 3b tends to be greatly elastically deformed in the torsional direction, but one end on the side where the force is applied contacts the back surface of the connecting portion 2A among both ends in the width direction of the restricting portion 3B. Thus, further elastic deformation in the twisting direction of the restricting portion 3B is prohibited.

このとき、被転写体からの反力は、上記結合部２ｅのみならず、規制部３Ｂの当接した端部からも伝達されるから、接続部２Ａは、上記では上下方向であったが、この場合、ねじれ方向に弾性変形してこの過剰な力を吸収する。これにより、仮に曲線状に転写する場合において過剰な左右不均等な力がかかった場合にも、上記のように曲線状に転写が可能となる。 At this time, the reaction force from the transfer object is transmitted not only from the coupling portion 2e but also from the abutted end portion of the regulating portion 3B. In this case, the excessive force is absorbed by elastic deformation in the twisting direction. As a result, even when an excessively uneven right / left force is applied in the case of transferring in a curved line, it is possible to transfer in a curved line as described above.

もちろん、上記左右不均等な過剰な力がなくなり、左右不均等な適正な力に戻れば、それまで弾性変形していた各部が速やかに弾性復元（変形）して、引き続き曲線状に転写が可能である。 Of course, if the left and right unequal excessive force disappears and the right and left unequal appropriate force is restored, each part that had been elastically deformed until then can be quickly elastically restored (deformed) and transferred in a curved line. It is.

このように、本発明の転写具は、支持部２に接続部２Ａを、先端部３に連結部３Ａ及び規制部３Ｂを設けることで、各々が独立して筐体からの過剰な力、被転写体からの過剰な反力を、弾性変形により吸収して、転写板３ｂを常に被転写体に対して密着させるから、直線状、曲線状のいずれにおいても片当たりが生じることがない。 As described above, the transfer tool of the present invention is provided with the connecting portion 2A on the support portion 2 and the connecting portion 3A and the restricting portion 3B on the distal end portion 3, so that each of them can independently receive excessive force from the casing. Excess reaction force from the transfer body is absorbed by elastic deformation, and the transfer plate 3b is always brought into close contact with the transfer target body, so that no contact occurs in either a linear shape or a curved shape.

また、本発明の転写具は、支持部２の接続部２Ａ、先端部３の連結部３Ａ及び規制部３Ｂが、弾性変形した後にその力のかけ具合に応じて速やかに初期位置に復元する弾性復元を伴うから、曲線状、直線状、を繰り返すといったように使用者の意図する方向に確実に操作することが可能となる。 In addition, the transfer tool of the present invention is an elastic material in which the connecting part 2A of the support part 2, the connecting part 3A of the tip part 3 and the restricting part 3B are elastically deformed and quickly restored to the initial position according to the force applied. Since restoration is involved, it is possible to reliably operate in the direction intended by the user, such as repeating a curved line or a straight line.

（第２形態）
図５〜図９に示す第２形態は、支持部２においては結合部２ｅが省略され、これに変わって規制部３Ｂを左右方向に案内する斜面２ｆ及び案内谷部２ｇを形成した点、先端部３においては案内山部３ｄを形成した点、転写板３ｂに形成されたガイド部３ｃを省略した点が、第１形態と異なる点である。なお、ガイド部３ｃは、図示において省略しているだけであって、第２形態において存在していても構わない。 (Second form)
The second embodiment shown in FIGS. 5 to 9 is that the connecting portion 2e is omitted in the support portion 2, and instead, a slope 2f and a guide valley portion 2g for guiding the regulating portion 3B in the left-right direction are formed. The point 3 is different from the first embodiment in that the guide peak 3d is formed and the guide 3c formed on the transfer plate 3b is omitted. In addition, the guide part 3c is only abbreviate | omitting in illustration, Comprising: You may exist in a 2nd form.

斜面２ｆは、接続部２Ａの基材搬送面幅方向中央に、この当接点を支点として、表面側に向けて突出する段部が形成され、この段部における裏面側の幅方向中央が下方（該裏面側に）に山状に突出し、この位置から幅方向両端に向けて各々下り勾配とされている。 The slope 2f is formed with a stepped portion projecting toward the front surface side with the contact point as a fulcrum at the center of the connecting portion 2A in the substrate conveyance surface width direction, and the widthwise center of the back surface side of the stepped portion is downward ( It protrudes in a mountain shape on the back surface side, and is inclined downward from this position toward both ends in the width direction.

案内谷部２ｇは、上記接続部２Ａにおいて、段部が形成された裏面側から見た窪みが、図６に示すように、先端を前方とした場合の後方へ集合する略Ｖ字状とされ、この谷部分に形成されている。そして、先端部３の規制部３Ｂは、前記後方へと集合する同略Ｖ字状とされ、この山部分に案内山部３ｄが形成されている。これら案内谷部２ｇと、案内山部３ｄは、案内部を構成している。 The guide valley portion 2g has a substantially V-shape in which the depression seen from the back side where the step portion is formed gathers rearward when the tip is the front as shown in FIG. 6 in the connecting portion 2A. It is formed in this valley part. And the regulation part 3B of the front-end | tip part 3 is made into the same substantially V shape which gathers to the said back, and the guide mountain part 3d is formed in this mountain part. The guide valley portion 2g and the guide mountain portion 3d constitute a guide portion.

すなわち、斜面２ｆは、規制部３Ｂが当接した際に、速やかに基材搬送面幅方向のいずれか一方側へ該規制部３Ｂを案内することで、連結部３Ａにおけるねじれ方向の弾性変形のうち左右方向に、柔軟かつ速やかに弾性変形することができると共に、規制部３Ｂの弾性変形に一層の自由度を設けて接続部２Ａに反映させないようにしているのである。 That is, the inclined surface 2f promptly guides the restricting portion 3B to one side in the width direction of the base material transport surface when the restricting portion 3B comes into contact, thereby causing elastic deformation in the twisting direction in the connecting portion 3A. Among them, the elastic deformation can be made quickly and flexibly in the left-right direction, and a further degree of freedom is provided for the elastic deformation of the restricting portion 3B so as not to be reflected in the connecting portion 2A.

こうすることにより、第２形態では、規制部３Ｂが、通常時は接続部２Ａと離間した状態であるため、接続部２Ａが直ちに連結部３Ａや規制部３Ｂからの弾性変形の影響を受けず、また、真に過剰で偏った力のみを接続部２Ａが吸収するから、安定感が向上する。 By doing so, in the second embodiment, since the restricting portion 3B is normally separated from the connecting portion 2A, the connecting portion 2A is not immediately affected by the elastic deformation from the connecting portion 3A or the restricting portion 3B. In addition, since the connecting portion 2A absorbs only a truly excessive and biased force, the sense of stability is improved.

また、第２形態の構成であれば、上記のとおり、規制部３Ｂが通常時は接続部２Ａと離間した状態であるため、許容範囲内において斜めになった被転写体上に転写する際、転写板３ｂ（連結部３Ａ）が被転写体の斜面に沿って斜めに傾くように弾性変形するから、片当たりを生じることなく、使用者が被転写体の斜面を意識することなく使用することができる。 Further, if the configuration of the second embodiment, as described above, since the regulating portion 3B is normally separated from the connecting portion 2A, when transferring onto the transfer target that is inclined within the allowable range, Since the transfer plate 3b (the connecting portion 3A) is elastically deformed so as to be inclined obliquely along the inclined surface of the transfer object, the transfer plate 3b (connecting portion 3A) is used without causing any contact and without the user being aware of the inclined surface of the transfer object. Can do.

そして、第２形態は、筐体から斜面２ｆが規制部３Ｂに当接するような過剰な上下及びねじれ方向の力、被転写体から規制部３Ｂが斜面２ｆに当接するような過剰な上下及びねじれ方向の反力、がかかった場合には、規制部３Ｂが斜面２ｆに案内されて速やかに連結部３Ａが速やかに弾性変形するから、例えば急激に蛇行状に転写するといった使い方をしても、確実に追従し、一層使い勝手が向上する。 In the second embodiment, excessive vertical and torsional force is applied so that the inclined surface 2f comes into contact with the restricting portion 3B from the housing, and excessive up and down and twisted such that the restricting portion 3B comes into contact with the inclined surface 2f from the transfer target. When a reaction force in the direction is applied, the restricting portion 3B is guided to the inclined surface 2f and the connecting portion 3A is quickly elastically deformed. Follow up reliably and further improve usability.

また、第２形態は、上記のように斜面２ｆと規制部３Ｂに当接するような過剰な上下及び左右方向の力、被転写体から規制部３Ｂが斜面２ｆに当接するような過剰な上下及び左右方向の力、がかかった場合には、次のように弾性変形（弾性復元）するから、使い勝手が向上する。 Further, in the second mode, as described above, excessive vertical and horizontal forces that contact the inclined surface 2f and the regulating portion 3B, excessive vertical and horizontal forces that cause the regulating portion 3B to contact the inclined surface 2f from the transfer target, When a force in the left-right direction is applied, it is elastically deformed (elastic restoration) as follows, so that the usability is improved.

すなわち、まず連結部３Ａが上下方向に弾性変形して、先端部３が接続部２Ａにおける案内谷部２ｇの位置に達すると、左右方向の力により先端部３（規制部３Ｂ）の案内山部３ｄが、該案内谷部２ｇの谷面に当接し、この当接により該案内谷部２ｇを中心に谷面を滑って先端部３が左右（幅方向の一端が前方、相対して他端が後方）に速やかに弾性変形する。これにより左右方向の過剰な力（ねじれ方向の過剰な左右方向の力も）を吸収して、転写板３ｂを追従させることができる。 That is, first, when the connecting portion 3A is elastically deformed in the vertical direction and the distal end portion 3 reaches the position of the guide valley 2g in the connecting portion 2A, the guide mountain portion of the distal end portion 3 (regulating portion 3B) is caused by the lateral force. 3d abuts against the valley surface of the guide valley portion 2g, and by this abutment, the tip portion 3 slides along the valley surface around the guide valley portion 2g so that the distal end portion 3 is left and right (one end in the width direction is forward, the other end is opposite). Quickly elastically deforms backward). As a result, excessive force in the left-right direction (and excessive left-right force in the twist direction) can be absorbed and the transfer plate 3b can be made to follow.

本発明の第１形態による転写具の転写部のみを側面上方から見た斜視図である。It is the perspective view which looked at only the transfer part of the transfer tool by the 1st form of the present invention from the side upper part. 本発明の第１形態による転写具の転写部のみを前方上方から見た斜視図である。It is the perspective view which looked at only the transfer part of the transfer tool by the 1st form of this invention from the front upper direction. 本発明の第１形態による転写具の転写部のみを下方後方から見た斜視図である。It is the perspective view which looked at only the transfer part of the transfer tool by the 1st form of this invention from the downward rear. 本発明の第１形態による転写具の転写部のみを平面方向から見た図である。It is the figure which looked at only the transfer part of the transfer tool by the 1st form of this invention from the plane direction. 本発明の第２形態による転写具の転写部のみを側面上方から見た斜視図である。It is the perspective view which looked at only the transfer part of the transfer tool by the 2nd form of the present invention from the side upper part. 本発明の第２形態による転写具の転写部のみを底面方向から見た図である。It is the figure which looked at only the transfer part of the transfer tool by the 2nd form of this invention from the bottom face direction. 本発明の第２形態による転写具の転写部のみを平面方向から見た図である。It is the figure which looked at only the transfer part of the transfer tool by the 2nd form of this invention from the plane direction. 本発明の第２形態による転写具の転写部のみを側面方向から見た図である。It is the figure which looked at only the transfer part of the transfer tool by the 2nd form of this invention from the side surface direction. 本発明の第２形態による転写具の転写部の図５のＡ−Ａ線断斜視図である。FIG. 6 is a perspective view taken along line AA in FIG. 5 of a transfer portion of a transfer tool according to a second embodiment of the present invention.

Explanation of symbols

１転写部
２支持部
２Ａ接続部
２ｅ結合部
２ｆ斜面
３先端部
３ａ腕部
３ｂ転写板
３Ａ連結部
３Ｂ規制部
DESCRIPTION OF SYMBOLS 1 Transfer part 2 Support part 2A Connection part 2e Coupling part 2f Slope 3 Tip part 3a Arm part 3b Transfer plate 3A Connection part 3B Control part

Claims

A feeding shaft portion in which a base material coated with a transfer medium is wound in a housing, a winding shaft portion for winding the base material after being transferred to a transfer target, and a feeding shaft portion and a winding shaft portion. A transfer unit provided with a part exposed from the casing on the substrate transport path between the transfer unit and the transfer unit supported by the casing via the mounting unit. with a support portion that have a housing connection part and the guide plate provided on the substrate transport surface both widthwise ends of the connection portion is extended into the exposure opening of the transfer portion of the elastic deformation to the support portion from A connecting portion formed through an arm portion extending below the guide plate of the supporting portion, a transfer plate provided on the opposite side of the connecting portion from the side on which the arm portion is provided, and provided in the housing side of the transfer plate, regulations restricting the elastic deformation of the left-right direction and the twisting direction of the transfer plate by contact with the rear surface of the connecting portion part Transfer tool, characterized in that it comprises a distal portion having, a.

The transfer tool according to claim 1, wherein an inclined surface for moving the restricting portion from the contact portion is formed at a place where the support portion and the restricting portion at the tip end are in contact with each other.

The transfer tool according to claim 1, wherein a guide portion that guides movement of the tip portion in the width direction of the substrate transport surface is provided at a contact portion between the support portion and the restriction portion of the tip portion.

The transfer tool according to any one of claims 1 to 3, wherein the connecting portion of the tip portion is curved and is connected to the support portion at both ends in the width direction of the substrate transport surface.