JP5070567B2 - Transfer tool - Google Patents

Description

  The present invention relates to a transfer tool capable of suitably transferring a correction agent or an adhesive to paper or the like.

  Conventionally, for example, a transfer tape to which a transfer material such as an adhesive or a correction agent is attached is wound in a housing, and the transfer material is exposed at the position of the transfer head, and the exposed portion is transferred to paper or the like. Many transfer tools have been developed that can transfer a transferred material to a transfer object by moving the transfer head in contact with the object.

In particular, a transfer tool that uses a correction agent as a transfer product has been proposed in which a transfer head is supported by a transfer head in a state where a tape is swung by a predetermined angle in a casing from a wound state (for example, Patent Document 1). reference). In many cases, the angle at which the transfer tape is rotated is set to approximately 90 °, and is generally referred to as a horizontal pulling type. A transfer tool that supports the transfer head without rotating the tape in the housing is called a vertical pull type, which is distinguished from the horizontal pull type described above.
JP 2001-270292 A

  However, in the case of such a horizontal pulling type transfer tool, the transfer tape is guided to the transfer end where the transfer product is transferred at the tip of the transfer head in a state where the transfer tape is actually rotated. In such a case, the transfer tape is swung up to just before reaching the transfer end, in other words, in a twisted state.

  Here, FIG. 14 schematically shows a case where the transfer head H attached to the transfer tool body is employed in the conventional transfer tool. Such a transfer head H is attached to the transfer tool main body 1 to support a correction tape T which is an example of a transfer tape, and transfers the correction agent s at the transfer end H10a of the head main body H10. This figure shows the case where the correction tape is transferred in the width direction and shifted in the width direction at the transfer end 10a from the normal transfer direction by the movement of the finger or the like, as indicated by the arrow α. In this way, the transfer tape T moves in the width direction, that is, in the direction of the arrow α, and interferes with the illustrated guide wall H11 standing from the head body H10 and the transfer tool body (not shown). Then, the wrinkles and twists described above occur in the tape t supporting the correction agent s in the transfer tape T. In particular, such wrinkles and twists can occur remarkably when an acting force is applied in the direction in which the transfer tape is further swung, that is, the direction in which the twist is increased. As a result, any end of the transfer tape T is partially missing in plan view. In such a case, the correction agent s is not applied exactly at the desired location but is applied in a partially missing shape, so that the user can perform the transfer operation again while carefully handling the transfer tool again. Will be forced to work. Furthermore, when this happens, specifically, in the case of a correction agent, it cannot be applied to a desired location, which causes an extra work such as transferring the transfer tool carefully while handling it again. End up. On the other hand, when the transfer product is a pressure-sensitive adhesive, a sufficient amount of the pressure-sensitive adhesive is not transferred, and the transfer object cannot be reliably fixed.

  The present invention pays attention to such a problem, and provides a transfer tool capable of transferring a transfer product easily, accurately and reliably.

In order to achieve such an object, the present invention takes the following measures. That is, the transfer tool according to the present invention includes a transfer tool main body having a winding shaft portion for holding a transfer tape in which a transfer material that can be transferred to a transfer object such as paper is provided on the surface side of the tape, and the transfer tool main body A head main body that constitutes a transfer end capable of exposing the tape accommodated in the tape and transferring the transferred material to the transfer object on the front end side, and stands upright from the surface of the head main body to the transfer end from the transfer tool main body. The transfer tape that moves in the direction orthogonal to the width direction until it reaches the width of the transfer end is located on the opposite side of the transfer end and the pair of guide walls that are restricted by the inner surface from shifting in the width direction wherein the transfer tape to the transfer end extending longer than the width of the transfer tape comprising at least a transfer head having parallel support end for supporting the transfer tape to constitute a plane parallel to, the The said transfer head and rotary shaft portion, the are those that transfer tool the transfer tape in the body to constitute a swivel supporting unit that turns 90 °, the transfer head, a surface and the guide wall of said head body And an inclined guide surface that continues to the outer side of the guide wall and is gradually inclined away from the head body toward the outer side of the guide wall, and the width dimension of the inclined guide surface is set toward the transfer end. It is characterized by being gradually set larger.

  Here, the parallel support end may be formed on or attached to any component of the transfer tool. That is, in addition to the aspect provided in the transfer head, the transfer head may be provided on the transfer tool main body side or may be provided as a separate component from the transfer tool main body and the transfer head.

  With such a configuration, it is possible to guide the transfer tape from the parallel support end to the transfer end in a state in which the transfer tape is extended in a planar shape without turning. By doing so, even when an unnecessary acting force in the width direction acts on the transfer tape due to the movement of the user's finger or wrist at the time of transfer, the transfer tape stretched in a planar shape is in the width direction, that is, the width. An acting force can be received in a direction orthogonal to the direction. For this reason, it is possible to effectively eliminate the inconvenience that a part or the whole of the transferred product cannot be transferred due to bending of the transfer tape or the like, thereby realizing simple and accurate transfer.

  In order to maintain a parallel state between the parallel support end and the width direction of the transfer end without being affected by the assembly of the components constituting the transfer tool, the parallel support end is integrated with the transfer head. It is desirable to provide in.

In order to suitably suppress the slight movement of the transfer tape in the width direction due to the movement of fingers or wrists, the transfer head must be moved in the direction perpendicular to the width direction of the transfer tape from the parallel support end to the transfer end. It is desirable to further have a pair of guide walls that can be regulated by the inner surface from shifting in the width direction.

In order to realize reliable transfer even when an acting force exceeding the slight movement in the width direction as described above acts on the transfer tape, the guide wall should be erected vertically from the surface of the head body. It is desirable that the transfer head further includes an inclined guide surface that is continuous with the surface of the head main body and the inner side surface of the guide wall and can guide the transfer tape across the inner side surface of the guide wall in the width direction. In this case, as a configuration capable of effectively functioning the inclined guide surface, the present invention is characterized in that the width dimension of the inclined guide surface is gradually increased toward the transfer end . As another configuration capable of effectively functioning the inclined guide surface, a configuration employing a configuration in which the rising dimension at which the inclined guide surface rises from the surface of the head main body is gradually increased toward both ends in the width direction of the transfer head is exemplified. I can do things. According to such a configuration, when a certain amount of deviation or bend occurs, the tape is temporarily guided to the inclined guide surface, so that the transferred material is transferred in a deviated form or the tape itself is wrinkled. It is possible to more effectively avoid the transfer in the state of being caught.

  Furthermore, if the inclined guide surface is a curved surface curved in a concave or convex shape, the transfer tape can be guided more smoothly.

  If the guide wall is formed so that the standing dimension is gradually lowered from the transfer tool body to the transfer end, the transfer tape can be suitably guided as a structure that easily moves at a position close to the transfer end, and the tape In the case where the toner is greatly displaced in the width direction, the tape can be effectively guided on the base end side of the transfer head.

  In particular, the transfer tool according to the present invention suitably constitutes a so-called horizontal pulling-type transfer tool by making such a rotation support part capable of rotating the transfer tape by 90 °.

  In the present invention, in the case where the transfer tape is turned by a predetermined angle by the turning support portion described above, the transfer head can be transferred if the parallel support end can be supported with the transfer tape bent. The phase can be appropriately changed in the direction of bending with respect to the tool body. Therefore, it is possible to arrange the transfer end at a desired position with respect to the transfer tool body.

  The transfer tool according to the present invention uses a transfer tape as a correction tape provided with a correction agent on the surface side of the tape, thereby correcting the printed or written characters by transferring the correction agent easily and accurately. The transfer tool which can perform suitably can be comprised.

  According to the present invention, from the parallel support end to the transfer end, it is possible to guide the transfer tape in a state of being extended in a planar shape without turning. By doing so, even when an unnecessary acting force in the width direction acts on the transfer tape due to the movement of the user's finger or wrist at the time of transfer, the transfer tape stretched in a planar shape is in the width direction, that is, the width. An acting force can be received in a direction orthogonal to the direction. For this reason, it is possible to effectively eliminate the inconvenience that a part or the whole of the transferred product cannot be transferred due to bending of the transfer tape or the like, thereby realizing simple and accurate transfer. That is, according to the present invention, it is possible to provide a transfer tool capable of transferring a transfer product easily, accurately and reliably.

<First Reference Example >
A first reference example of the present invention will be described below with reference to the drawings.

A transfer tool A according to this reference example is shown in FIGS. The transfer tool A accommodates and holds in the transfer tool body 1 a correction tape T, which is a transfer tape, for transferring the correction agent s to the surface of the tape t onto a transfer object P such as paper. It is.

  Further, as shown in FIGS. 2 and 5, the transfer tool A is a so-called horizontal pulling type in which the correction agent s is drawn in parallel to the thickness direction of the transfer tool body 1. That is, the transfer support body 10 is configured to constitute a turning support portion 10 that can hold the correction tape T up to the transfer head 4 in a state where the correction tape T is turned at a predetermined angle of 90 °, that is, turned.

Here, the transfer tool A according to the present reference example has such a transfer tool body 1 and the transfer head 4, and in particular, the transfer end together with the head body 40 constituting the transfer end 40 a. It is characterized by having at least a parallel support end 44 that extends parallel to the width direction of 40a and can guide the correction tape T to the transfer end 40a.

  Hereinafter, a specific configuration of the transfer tool A will be described in detail.

  The transfer tool main body 1 includes a support housing 31 having a half structure and a cover housing 32. The transfer head 4 is sandwiched between the support housing 31 and the cover housing 32, and the transfer tool body 1 is a transfer product. It has the correction tape T which has applied the correction agent s, and the winding shaft part 2 holding the tape t after the correction agent s is transferred. The winding shaft portion 2 and the transfer head 4 constitute a turning support portion 10 for turning the correction tape 90 ° within the transfer tool body 1.

  As shown in the broken line in FIG. 2 and FIG. 3 and the like, the winding shaft portion 2 has a winding shaft portion 21 that is a tape storage portion that can wind and store the tape after the correction agent is transferred, and a correction tape. The unwinding shaft portion 24 that is held in rotation and a belt 27 for interlocking the rotation of the winding shaft portion 21 with the rotation of the unwinding shaft portion 24 are provided. The winding shaft portion 21 includes a winding core 23 that is rotatably supported by a support housing 31, and a winding pulley 22 that is attached to the winding core 23 and is wound around a belt 27. Here, in the present embodiment, the entire portion rotating around the axis including the winding core 23 and the tape t in a wound state rotating together with the winding pulley 22 is referred to as a winding shaft portion 21. ing. The unwinding shaft portion 24 mainly includes an unwinding core 26 supported by the support housing 31 and an unwinding pulley 25 attached to the unwinding core 26 and wound around a belt 27. Here, like the above-described winding shaft portion 21, in this embodiment, the entire portion rotating around the shaft core is also included in the unwinding shaft portion including the correction tape T that rotates together with the unwinding core 26 and the unwinding pulley 25. 24. Specifically, the belt 27 spans the unwinding pulley 25 and the winding pulley 22 to link the rotation of the unwinding shaft portion 24 and the rotation of the winding shaft portion 21. The means for interlocking the rotation is not limited to the belt 27, and various other existing configurations such as a mode using a gear can be adopted.

  As shown in FIGS. 3, 4, 5, and 6, the transfer head 4 mainly includes an accommodation guide portion 43 in addition to the head body 40 and the guide wall 41. The head main body 40 exposes the tape t accommodated in the transfer tool main body 1 and transfers the correction agent s to the paper P, which is a transfer object, at the transfer end 40a provided on the leading end side. A guide wall 41 is erected on both side edges of the head body 40 from the proximal end to the vicinity of the distal end. When the transfer end 40a is configured, the guide wall 41 stands vertically from the head body 40 and restricts the movement of the correction tape T in the width direction from the transfer tool body 1 to the transfer end 40a. The guide wall 41 will be described in detail. The standing dimension is gradually reduced from the transfer tool body 1 to the transfer end 40a. As shown particularly in FIG. 3, the accommodation guide portion 43 is disposed on the back surface side of the guide wall 41 in the head main body 40. More specifically, the movement of the correction tape T in the width direction from the transfer end 40a to the transfer tool body 1 is restricted. Even when the correction tape T moves in the width direction, the accommodation guide 43 can accurately guide the transferred tape t to the transfer tool main body 1 side.

Thus, as described above, the transfer tool A according to this reference example supports the correction tape T before the transfer head 4 extends in parallel with the width direction of the transfer end 40a and reaches the transfer end 40a, and supports the transfer end 40a. And at least a parallel support end 44 for guiding the head.

As shown in FIGS. 3, 4, 5, and 6, the parallel support end 44 protrudes from the head main body 40 on the opposite side of the transfer end 40 a in the transfer head 4, that is, on the base end side, in this reference example. Is formed. And the parallel support end 44 makes mutually parallel the virtual parallel support line (beta) formed of the front-end | tip part which supports the correction tape T from the back surface side with respect to the virtual line (gamma) which shows the width direction of the transfer end 40a. It is comprised as follows. By adopting such a parallel support end 44, as schematically shown in FIG. 6, a drawing plane F which is a horizontal plane from which the correction tape T does not rotate from the parallel support end 44 to the transfer end 40a is formed. ing. Further, as shown in FIG. 5, the parallel support end 44 supports the correction tape T in a bent state and leads it to the transfer end 40a. In other words, the transfer tool A according to the present reference example appropriately folds the correction tape T at the position of the parallel support end 44 to position the transfer head 4 at approximately the center in the thickness direction of the transfer tool body 1, thereby Reduced thickness dimension. By disposing the transfer head 4 in this way, in this reference example , the center of the winding shaft 2 in the width direction and the transfer end 40a have different phases in the thickness direction of the transfer tool A. Yes. In this reference example , the parallel support end 44 is provided on the transfer head 4. However, the parallel support end 44 is not limited to the mode provided on the transfer head 4. Even if it is provided on the side, it may be provided as a separate component from the transfer tool main body 1 and the transfer head 4.

  Even when the transfer tape A is used, a force in the width direction acts on the correction tape T when the transfer tool A is used, and the acting force from the guide wall 41 is applied even when the head body 40 slides in the width direction. In contrast to this, it works as a straight line as indicated by an arrow α in the surface direction of the drawing plane F. Therefore, such a force acts on the correction tape T in such a direction that the correction tape T is compressed straight from the width direction. Therefore, it is difficult to cause a situation in which the surface of the correction tape T bends or bends in the width direction to cause wrinkles along the extending direction of the tape, and accurate transfer of the correction agent can be realized. Yes.

With the configuration as described above, the transfer tool A according to this reference example supports the correction tape T that extends in parallel with the width direction of the transfer end 40a and reaches the transfer end 40a and guides it to the transfer end 40a. Therefore, the correction tape T is guided from the parallel support end 44 to the transfer end 40a in a state in which the correction tape T is stretched in a plane without rotating. be able to. By doing so, even when an unnecessary acting force in the width direction acts on the correction tape T due to the movement of the user's finger or wrist at the time of transfer, the correction tape T stretched in a planar shape is That is, it is possible to receive an acting force in a direction orthogonal to the thickness direction. Therefore, the trouble that the correction agent s cannot be partially or wholly transferred due to the correction tape T being bent can be effectively eliminated, and simple and accurate transfer can be realized.

  In order to suitably suppress the slight movement in the width direction of the correction tape T due to the movement of the finger or wrist, the movement of the correction tape T in the width direction from the parallel support end 44 to the transfer end 40a is preferably suppressed. The guide wall 41 is further provided.

On the other hand, in this reference example , the width of the correction tape T from the transfer end 40a to the transfer tool body 1 is transferred to the transfer head 4 in order to accurately store the tape t that has passed through the transfer end 40a in the transfer tool body 1 again. An accommodation guide portion 43 that can regulate the movement in the direction is provided.

In particular, as shown in FIG. 5, the correction tape T is supported in a bent state and led to the transfer end 40a. That is, the transfer tool A according to the present reference example appropriately folds the correction tape T at the position of the parallel support end 44, thereby disposing the transfer end 40 a at approximately the center in the thickness direction of the transfer tool body 1. The overall thickness is reduced. Of course, by separately setting the angle at which the correction tape T is folded back, it is possible to arrange the transfer end 40a at a desired position in the thickness direction of the transfer tool A, for example.
<Second embodiment>
Next, a second embodiment of the present invention will be described in detail with reference to FIGS. In the present embodiment, the same components as those in the first reference example are denoted by the same reference numerals, and detailed description thereof is omitted.

The transfer tool A according to the second embodiment includes a parallel support end 44 as in the above-described reference example . Further, the transfer tool main body 1 and the transfer head 4 including the head main body 40, the guide wall 41, and the accommodation guide portion 43 are also included.

Accordingly, the transfer tool A according to the second embodiment is continuous with the surface of the head main body 40 and the inner surface of the guide wall 41 , and can tilt the correction tape T across the inner surface of the guide wall 41 in the width direction. A guide surface 42 is further provided.

Specifically, the inclined guide surface 42 is such that the width dimension of the inclined guide surface 42 is set larger as it approaches the transfer end 40a, and the transfer tape is more easily moved, particularly at a position close to the transfer end 40a. The configuration is realized. More specifically, the standing dimension from which the inclined guide surface 42 protrudes from the surface of the head main body 40 is set to increase toward both ends in the width direction of the transfer head 4. In other words, the inclined guide surface 42 has a shape that gradually protrudes from the surface of the head body 40 toward both ends in the width direction of the transfer head 4.

Thus, as described above, the transfer head 4 according to the present embodiment is continuous to the surface of the head main body 40 and the inner surface of the guide wall 41 , and is inclined so as to guide the tape t across the inner surface of the guide wall 41 in the width direction. A guide surface 42 is provided. A mode in which the correction agent s is actually transferred onto the paper P or the like by the transfer head 4 is schematically shown in FIG.

First, FIG. 8A shows a normal transfer operation. In this case, the correction tape T is transferred in a straight and normal belt shape by passing between the inclined guide surfaces 42 at both ends. Here, FIG. 4B shows a case where the orientation of the transfer tool body 1 is distorted in one direction during the transfer of the correction agent s due to, for example, finger movement or wrist snap action. As described above, the correction tape T moves to the one guide wall 41 with a slight deviation from the center in the width direction of the transfer head 4. In this embodiment, however, the correction tape T gradually moves from the front end side of the inclined guide surface 42. As a result, the side edge of the correction tape T is effectively prevented from colliding with the inner surface of the guide wall 41. By doing so, wrinkles do not occur on the correction tape T, and the correction agent s can be accurately transferred in a normal state, that is, in a belt shape as illustrated. Of course, even when the direction of the transfer tool main body 1 is distorted in the opposite direction in FIG. 4C, the correction agent s can be transferred in an accurate belt shape. In the illustrated embodiment, the correction tape T is mounted only on the inclined guide surface 42. However, since the inclined guide surface 42 is continuous with the guide wall 41, the correction tape T is not included in the guide wall 41 . It is also possible to get over the side . Even if the inner surface of the guide wall 41 is overcome, the correction agent s can be transferred in an accurate belt shape as in the embodiment shown in FIG.

  In addition, as a modified example of the present embodiment, as shown in FIG. 9, the inclined guide surface 42r is a curved surface that is curved while being recessed, or is curved while being raised, although not shown. Even if it is a curved surface, it is possible to suitably guide the correction tape T as in FIG.

  With the configuration as described above, the transfer tool according to the present embodiment causes the transfer tool main body 1 that accommodates the correction tape T and the tape t accommodated in the transfer tool main body 1 to be exposed and transferred on the front end side. The head main body 40 constituting the transfer end 40a capable of transferring an object to the transfer object and the movement of the correction tape T in the width direction from the head main body 40 upright to the transfer end 40a are regulated. And a transfer head 4 having an inclined guide surface 42 that is continuous with the guide body 41 and can guide the tape t across the guide wall 41 in the width direction.

Further, in the present embodiment as in the above-described reference example , as shown schematically in FIG. 7, the horizontal support plane 44 does not cause the correction tape T to rotate from the parallel support end 44 to the transfer end 40 a. The drawer plane F is configured as follows.

  With such a configuration, the deviation or bending when the user performs the transfer operation is stabilized while the guide wall 41 is brought into contact with the side end of the transfer tape T constituting the pull-out plane F, while avoiding bending and wrinkles. Then, the movement of the transfer tool A is induced, and when the transfer tool A moves or deviates more than a certain amount, the transfer tape T is temporarily guided to the inclined guide surface 42, whereby the correction agent s is obtained. It is more effectively avoided that the image is transferred in a shifted state or irregularly distorted shape, or is transferred in a state in which the tape t itself is wrinkled.

  In order to guide the movement of the correction tape T in the width direction more suitably, in the present embodiment, the width dimension of the inclined guide surface 42 is set larger as it approaches the transfer end 40a, or from the head body 40. For example, a configuration in which the standing dimension to rise is set to be larger toward both ends in the width direction of the transfer head 4 is adopted.

Then, the guide wall 41 is formed such that the standing dimension is gradually lowered from the transfer tool main body 1 to the transfer end 40a, so that the correction tape is suitably configured to be easily moved at a position close to the transfer end 40a. While T can be guided, the tape t can be effectively guided on the base end side of the transfer head 4 when the tape t is largely displaced in the width direction.
<Third reference example >
Next, a third reference example of the present invention will be described in detail with reference to FIGS. In this reference example , the same components as those in the first reference example are denoted by the same reference numerals, and detailed description thereof will be omitted.

The transfer tool A according to the third reference example includes a parallel support end 44 as in the above reference example . Further, the transfer tool main body 1 and the transfer head 4 including the head main body 40, the guide wall 41, and the accommodation guide portion 43 are also included.

As shown in FIGS. 10 to 12, the transfer tool A according to the present reference example has a transfer head 4 continuous from the back side of the tape t, that is, the transfer tape T, to the guide wall 41 in addition to the above-described configuration. It has an assisting surface 42a that can guide the movement of the tape T in the width direction beyond the guide wall 41.

  More specifically, the dimension of the assisting surface 42a gradually increases from the transfer tool main body 1 side to the transfer end 40a side as the front surface side of the transfer head 4 supports the back surface side of the transfer tape T. Thus, a protruding edge 42a1 having a triangular shape in plan view with the transfer end 40a side as a base is formed.

Next, the behavior when the correction agent s is transferred in this reference example will be described with reference to FIG.

  First, FIG. 11A shows a normal transfer operation. In this case, the correction tape T is linearly transferred by passing between the guide walls 41 at both ends. In particular, in the figure, the correction tape T is always over the protruding edge 42a1 of the promoting surface. FIG. 5B shows a case where the orientation of the transfer tool body 1 is distorted in one direction during transfer of the correction agent s due to, for example, finger movement or wrist snapping. As described above, the correction tape T moves slightly toward the one guide wall 41 with a slight deviation from the center of the transfer head 4 in the width direction. By overcoming the guide wall 41 by gradually climbing over the entire promotion surface, it is effectively avoided that the side edge of the correction tape T collides with the guide wall 41. By doing so, wrinkles do not occur on the correction tape T, and the correction agent s can be accurately transferred in a normal state, that is, in a belt shape as illustrated. Of course, even when the direction of the transfer tool main body 1 is distorted in the opposite direction in FIG. 4C, the correction agent s can be transferred in an accurate belt shape. In the illustrated embodiment, the mode in which the correction tape T rides on only a part of the assisting surface is illustrated, but the embodiment illustrated in FIG. In the same manner as described above, the correction agent s can be transferred in an accurate belt shape.

The transfer tool A according to a third exemplary embodiment of the present invention by the above configuration, similarly to the first reference example, the parallel supporting end 44, as shown schematically in FIG. 10, parallel supporting A drawing plane F, which is a horizontal plane in which the correction tape T does not rotate from the end 44 to the transfer end 40a, is configured.

  In addition, due to the configuration related to the assisting surface 42a, slight deviation or bending when the user performs the transfer operation causes the guide wall 41 to abut the side end of the correction tape T that constitutes the drawing plane F. In addition, the movement of the transfer tool A is stably induced, and when a certain amount of deviation or bending occurs, the correction agent s is displaced by temporarily guiding the correction tape T to the assisting surface 42a. It is possible to effectively avoid the transfer or the transfer of the correction agent s in a state where wrinkles are generated on the correction tape T or the tape t itself.

  Further, in the present embodiment, the dimension that the assisting surface 42a supports the back side of the transfer tape T is set to gradually increase from the transfer tool body 1 side to the transfer end 40a side. Specifically, the transfer tape T supports the back surface side of the transfer tape T and forms a protruding edge 42a1 having a triangular shape in plan view with the transfer end 40a side as a base, so that the transfer tape T can be used as a support surface. The structure which can ride on 42a suitably is implement | achieved.

As a modification of the reference example , as shown in FIG. 11, a curved surface that is concaved as the facilitating surface 42ar, that is, a rounded surface, or a curved surface that is raised while projecting, It is good also as a structure which can guide the correction tape T smoothly.
<Fourth Reference Example >
Next, a fourth reference example of the present invention will be described in detail with reference to FIG. In this reference example , the same components as those in the first reference example are denoted by the same reference numerals, and detailed description thereof will be omitted.

The transfer tool A according to this reference example includes a parallel support end 44 as in the above reference example . Further, the transfer tool main body 1 and the transfer head 4 including the head main body 40, the guide wall 41, and the accommodation guide portion 43 are also included.

As shown in FIG. 13, the transfer tool A according to the present reference example , in addition to the above-described configuration, rises from the head body 40 and extends in the width direction of the correction tape T from the transfer tool body 1 to the transfer end 40 a. A guide wall 41 capable of restricting the movement is provided, and a slide allowable region 40b that allows the correction tape T to move in the width direction from the leading edge 41a located on the transfer end 40a side of the guide wall 41 to the transfer end 40a is provided. Is. Then, the allowable slide dimension d1 for allowing the movement of the correction tape in the width direction by the allowable slide area 40b is set larger than the restriction dimension d2 for restricting the movement of the correction tape T in the width direction of the correction tape T. It is characterized by.

In this reference example , the guide wall 41 has a dimension between the pair of guide walls 41 in the reference example in order to restrict the movement of the correction tape T in the width direction on the base end side in the head body 40. The width of the correction tape T is set to be 5% to 50% larger. And in this reference example , the dimension which such a guide wall 41 occupies along the extending | stretching direction of the correction tape T is made into the control dimension d2.

The slide allowable area 40b is an area where the correction tape T provided from the leading edge 41a of the guide wall 41 to the transfer end 40a can be supported in a flat shape. In the present reference example , the dimension that the slide allowable area 40b occupies along the extending direction of the correction tape T is the slide allowable dimension d1.

  Here, the regulation dimension d2 determined by the above-described guide wall 41 is set to 50% to 10% of the allowable slide dimension d1. By providing such a guide wall 41 and a slide allowable area 40b, the guide wall 41 is set to be slidable by 5% to 50% of the width dimension of the correction tape T. Further, the correction tape T can be configured to be slidable within a larger range. By configuring in this way, for example, the movement of the correction tape T in the width direction of the transfer end 40a due to the movement of a finger is effectively permitted, and the guide wall 41 effectively prevents the correction tape from sliding to a certain extent. Is possible.

With the above-described configuration, the transfer tool A according to this reference example sets the allowable slide dimension d1 to be larger than the regulation dimension d2. Specifically, the regulation dimension d2 is set to 50% to 10% of the allowable slide dimension d1. With such a configuration, while the movement of the preferred correction tape T in the width direction of the suitable slide allowance area 40b is ensured, the guide wall 41 preferably prohibits displacement and distortion of a certain dimension or more, and is simple and accurate. It is possible to guarantee the transfer of T.

  Further, in combination with the configuration related to the parallel support end 44, slight deviation or bending when the user performs the transfer operation contacts the guide wall 41 with the side end of the correction tape T constituting the pull-out plane F. Thus, the movement of the transfer tool A can be guided stably.

  Although the embodiment of the present invention has been described above, the specific configuration of each unit is not limited to the above-described embodiment, and various modifications can be made without departing from the spirit of the present invention.

  In the above-described embodiment, a so-called horizontal pulling type transfer tool in which the transfer tape is rotated by approximately 90 ° in the transfer tool main body has been disclosed, but the present invention is not limited to such a horizontal pull type transfer tool. You may apply to the transfer tool of the aspect which can be what is called a vertical pulling type and a horizontal pulling type by turning a transfer head. In such a case, it is a requirement that the rotation of the transfer head and the rotation of the parallel support end be configured equally.

  In addition, the specific configuration of each part is not limited to the above embodiment, and various modifications can be made without departing from the spirit of the present invention.

The external view which concerns on the 1st reference example of this invention. Same as above. Structure explanatory drawing concerning the reference example . The external view which shows the principal part which concerns on the reference example . Structure explanatory drawing concerning the reference example . The principal part explanatory drawing which concerns on the same reference example . The principal part explanatory drawing which concerns on 2nd embodiment of this invention. Action | operation explanatory drawing which concerns on the same embodiment. Explanatory drawing of the principal part which concerns on the modification of the embodiment. The principal part explanatory drawing which concerns on the 3rd reference example of this invention. Explanatory drawing concerning the reference example . Explanatory drawing of the principal part which concerns on the modification of the reference example . The principal part explanatory drawing which concerns on the 4th reference example of this invention. Explanatory drawing which concerns on the background art of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Transfer tool main body 10 ... Turning support part.

21 ... Tape accommodating part (winding shaft part)
DESCRIPTION OF SYMBOLS 4 ... Transfer head 40 ... Head main body 40a ... Transfer end 40b ... Sliding allowable region 41 ... Guide wall 41a ... Tip edge 42, 42b, 42r, 42r1 ... Inclined guide surface 42a, 42ar, 42ar1 ... Promoting surface 42a1 ... Extrusion edge 43 ... accommodating guide part 44 ... parallel support end A ... transfer tool.

d1 ... Allowable slide size d2 ... Regulated size P ... Paper, transfer object s ... Transfer (correcting agent)
t ... tape T ... transfer tape (correction tape)

Claims (6)

A transfer tool main body having a winding shaft for holding a transfer tape provided on the surface side of the tape with a transfer material that can be transferred to a transfer object such as paper;
A head body constituting a transfer end capable of exposing the tape accommodated in the transfer tool body and transferring the transferred material to a transfer object on the tip side, and the transfer tool body standing vertically from the surface of the head body The transfer tape that moves in the direction perpendicular to the width direction from the transfer end to the transfer end is positioned on the opposite side of the transfer end and the pair of guide walls that are regulated by the inner surface to deviate in the width direction. A transfer head having a parallel support end extending in parallel with the width direction of the end longer than the width dimension of the transfer tape and supporting the transfer tape so that the transfer tape forms a plane up to the transfer end. Equipped ,
The winding shaft portion and the transfer head constitute a turning support portion for turning the transfer tape by a predetermined angle within the transfer tool body ,
The transfer head further includes an inclined guide surface that is continuous with the surface of the head main body and the inner side surface of the guide wall and is inclined in a direction away from the head main body toward the outer side of the guide wall;
A transfer tool characterized in that the width dimension of the inclined guide surface is gradually increased toward the transfer end. The transfer tool according to claim 1, wherein the parallel support end is provided integrally with the transfer head. 3. The transfer tool according to claim 1, wherein a rising dimension at which the inclined guide surface rises from the surface of the head main body is set to gradually increase toward both ends in the width direction of the transfer head. The transfer tool according to claim 1, 2, or 3, wherein the inclined guide surface is a curved surface curved in a concave shape or a convex shape. The transfer tool according to claim 1, 2, 3, or 4, wherein the guide wall is formed so that a standing dimension is gradually lowered from the transfer tool body to the transfer end. The transfer tool according to claim 1, 2, 3, 4 or 5, wherein the transfer tape is a correction tape provided with a correction agent on the surface side of the tape.

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