JP4899092B2 - Transfer tool - Google Patents

Description

  The present invention relates to a transfer tool capable of suitably transferring a transfer object to a transfer object such as paper.

  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. Such a so-called lateral pulling type transfer tool secures a space in the housing for rotating the transfer tape in a state where the transfer tape is linearly extended.
JP 2001-270292 A

  However, such a lateral pulling type transfer tool has a space that is large enough to allow the tape to be swiveled within the housing, so that the housing is enormously enlarged or has a size for turning the tape. The current situation is that it is difficult to make the entire transfer tool compact, such as a partially protruding shape for securing.

  The present invention pays attention to such inconveniences, and provides a transfer tool in which the housing itself can be made compact by effectively ensuring a space in which the tape can be rotated at a predetermined angle.

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 winding shaft portion that winds a tape that can constitute a transfer tape provided with a transfer material that can be transferred to a transfer object such as paper, and the winding shaft portion. a housing accommodating and supporting the, and a transfer head for forming a transfer head joining line where the tape may contact the winding shaft portion joining line and the joint tape from being attached to the housing the winding shaft portion at an angle different from that of the said transfer head angle joint line forms, for guiding the tape and deflecting the supporting portion at a predetermined angle to the support by bending the and tape guides, the tape and the winding shaft portion bondline It has at least a turning assist mechanism.

  If it is such, it can be set as the structure which can turn a required angle by a long distance, making it bend in the middle in the space in the limited housing | casing. With such a configuration, it is possible to effectively use the space in the housing as compared with the conventional transfer tool in which the tape is swung at a predetermined angle in the linear portion. By doing so, it is possible to constitute a transfer tool having a more compact housing.

  Here, the angle at which the tape is swiveled in the present invention is not limited, but a transfer tool that can swivel a required angle tape within the housing, for example, the head is not only fixed to the housing, but also to the housing. Therefore, the present invention can be effectively applied to a transfer tool having a configuration that can be swung or moved.

  In particular, as a specific configuration of the transfer tool having such a configuration, the transfer head is positioned so that the transfer head joining line is substantially perpendicular to the winding shaft joining line, and the rotation assist mechanism is provided with the transfer head joining line. A tape that can be guided by swiveling the tape from a wire to the winding shaft joining line is swung at a right angle, thereby forming a suitable horizontal pulling type transfer tool. .

  In order to suitably guide the tape in a desired direction and position, it is desirable that the deflection support portion has a deflection shaft that can guide the tape by folding the tape at a predetermined angle. Here, the number of deflection axes is not limited to one, and a plurality of deflection axes may be provided.

  Examples of configurations that can guide the tape while effectively using the space in the housing include a configuration in which the deflection support portion is folded back to 90 ° or more by the deflection shaft, and a configuration in which the tape is guided along the periphery of the winding shaft portion. be able to.

And when the winding shaft portion is a winding shaft portion that can wind up the tape supported by the transfer head, the turning assist mechanism can guide the tape from the transfer head to the winding shaft portion , The tape after the transfer product is transferred can be suitably wound. In addition, when winding the tape around the winding shaft part, in order to effectively eliminate the problem that the transfer product that could not be transferred accidentally in the transfer head accidentally adheres to the turning assist mechanism, The turning assist mechanism may be supported from the back side of the tape.

And when the winding shaft portion and a winding Dejiku unit may send out the tape to the transfer head, and that the turning-assist mechanism from the winding Dejiku unit shall be send out suitably tape to the transfer head.

  In particular, by appropriately setting the position of the transfer head in the thickness direction of the housing, the thickness of the transfer tool can be effectively reduced, so that the transfer head is wound around the winding shaft portion. It is desirable to position the tape at a position where the phase is different from the virtual plane formed by the center in the width direction of the tape that has been rotated.

  In order to position the transfer head at a more suitable position, it is preferable that the rotation assist mechanism guides the tape by changing the phase to a position beyond the end of the winding shaft in the width direction of the tape.

  In particular, when guiding the tape by the deflection support portion, as one configuration that can effectively avoid loosening the tape, one end side guide dimension for guiding one end side in the tape width direction from the winding shaft portion to the transfer head, and the like. It is desirable to configure the turning assist mechanism so that the other end side guide dimension for guiding the end side becomes equal.

  And it is preferable to make the above structures into the correction tape which provided the correction agent on the surface side of the tape as a transfer tape.

  According to the present invention, when the tape is swung from the transfer head to the winding shaft portion, it is limited by providing a deflection support portion that guides the tape at a predetermined angle during the swiveling and bends and supports the tape. The tape can be rotated at a required angle over a long distance while being bent in the middle of the space inside the casing. By doing so, the space in the housing can be effectively used as compared with the conventional transfer tool in which the tape is swung at a predetermined angle in the linear portion. By adopting such a configuration, it is possible to configure a transfer tool having a more compact housing.

Hereinafter, an embodiment of the present invention will be described with reference to the drawings.

  A transfer tool A according to this embodiment is shown in FIGS. This transfer tool A holds a correction tape T, which is a transfer tape, for transferring a correction agent s onto the surface of the tape t onto a transfer object P such as paper.

  As shown in FIG. 2, the transfer tool A is a so-called horizontal pulling type in which the correction agent s is drawn in parallel with the thickness direction of the housing 3. As shown in FIGS. 1, 2 and 3, the transfer tool A includes a housing 3, a transfer head 4 attached to the housing 3, and a winding shaft portion 2 housed in the housing 3. I have mainly.

  Here, in the transfer tool A according to the present embodiment, the transfer head 4 makes contact with the tape t at an angle different from the angle formed by the winding shaft joining line 2a that joins the tape t from the winding shaft 2. The transfer head bonding line 2a to be obtained is formed. In addition, the winding side deflection as a deflection support portion that guides the tape t at a predetermined angle from the angle formed by the transfer head bonding line 4a to the angle formed by the winding shaft bonding line 2a and bends and supports the tape t. The turning assist mechanism 1 having the support portion 11 and the unwinding side deflection support portion 14 is provided.

  Using such a configuration, the transfer head joining line 4a is positioned so as to be substantially perpendicular to the winding shaft joining line 2a, and the turning assist mechanism 1 is moved from the transfer head joining line 4a to the winding shaft. As described above, the so-called lateral pulling type transfer tool A is suitably configured by rotating and guiding the tape t at a substantially right angle to the part joining line 2a.

  Hereinafter, each component in the transfer tool A will be described in detail.

  The housing 3 includes a support housing 31 having a halved structure and a cover housing 32, and the transfer head 4 is sandwiched between the support housing 31 and the cover housing 32. The winding shaft 2 is supported on the support housing 31 side, and a winding-side deflection shaft 15 (not shown), which will be described later, is formed. In the cover housing 32, a winding side deflection shaft 12 described later is formed.

  The winding shaft portion 2 includes a winding shaft portion 21, an unwinding shaft portion 24, and a belt 27 for interlocking the rotation of the winding shaft portion 21 and the rotation of the unwinding shaft portion 24. It is what. 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 is stretched over 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.

  As shown in FIGS. 3, 4, and 5, the transfer head 4 is configured to support the tape t on the transfer position 41 at the front end where the transfer tape t can be brought into contact with the transfer object P and on the winding shaft portion 21 side. At least the tape t is in contact with the side support position 42 and the unwinding side support position 43 that supports the correction tape T on the unwinding shaft portion 24 side. In this embodiment, as shown in FIG. 4, the transfer position 41 has a phase different from the virtual plane X formed by the center in the width direction of the tape t in the winding shaft portion 2 in the top view shown in the drawing. It is configured. Lines in contact with the tape t at these positions are represented as transfer head bonding lines 4a that are in the same direction. Since the transfer tool A according to the present embodiment is a so-called horizontal pull-type transfer tool A as described above, the transfer head joining line 4a is wound as shown in FIGS. It is substantially perpendicular to the winding shaft joining line 2a to which the tape t is joined from the shaft 2.

  The transfer tool A according to the present embodiment includes a turning assist mechanism 1 that guides the tape t or the correction tape T from the transfer head 4 to the winding shaft 2 as will be described in detail below. is there. As shown in FIGS. 3, 4, 5, and 6, the turning assist mechanism 1 can guide the tape t by turning the tape t from the transfer head joining line 4a to the winding shaft joining line 2a at a substantially right angle. A winding-side deflection support portion 11 and an unwinding-side deflection support portion 14.

  As shown in FIG. 3, the unwinding-side deflection support portion 14 can guide the tape t with different phases from the unwinding shaft portion 24 to the unwinding-side support position 43 of the transfer head 4. Specifically, it is mainly configured by the unwinding side deflection shaft 15, and the correction tape T is supported from the back side by the unwinding side deflection support surface 16 formed on the unwinding side deflection shaft 15. . The tape t is guided along the periphery of the unwinding shaft portion 24 by the unwinding side deflection support portion 14.

  Here, the unwinding deflection support section 14 not only guides the tape t with different phases, but also, as shown in FIG. 3, between the transfer head joining line 4a and the winding shaft joining line 2a. An extension line 15a that functions as a deflection support portion according to the present invention that can guide the tape t at a predetermined angle α, and indicates a direction in which the unwinding-side deflection shaft 15 configured in a cylindrical shape extends. However, it is comprised so that the angle of (alpha) may be comprised with respect to the winding shaft part joining line 2a. The operation of the deflection support portion according to the present invention will be described in detail later.

  The winding-side deflection support portion 11 can guide the tape t from the transfer head 4 to the winding shaft portion 21. Specifically, it has a winding side deflection support surface 13 that can support the tape t from the back surface side at a deflected angle indicated by θ in FIGS. 5 and 6 from the axial direction of the winding shaft portion 2. Specifically, the winding side deflection support portion 11 includes a winding side deflection shaft 12 that is a single shaft having a winding side deflection support surface 13. In addition, the winding side deflection | deviation support part 11 is not restricted to the aspect comprised by the one winding side deflection | deviation axis | shaft 12, The aspect comprised by a some axis | shaft, and the winding side deflection | deviation support without taking the shape of an axis | shaft It can also be configured by a rib or the like that can form the surface 13. Further, the winding side deflection support portion 11 is specifically guided by the winding side deflection shaft 12 at a predetermined angle, in this embodiment, at an angle of 90 ° or more and guided to the winding shaft portion 21. Further, as shown in FIG. 5, the phase is varied to the position of the winding side support portion of the transfer head 4 positioned at a position beyond the line Y indicating the width direction end portion of the tape t in the winding shaft portion 2. It is assumed that the tape t is guided.

  Here, as shown in FIG. 6, the winding side deflection support portion 11 not only guides the tape t with different phases but also extends from the transfer head joining line 4a to the winding shaft joining line 2a. The deflection line 13a (showing the direction in which the end of the winding side deflection support surface 13 extends) functions as a deflection support portion according to the present invention that can guide the tape t by deflecting it by a predetermined angle θ. FIG. 7) is configured to form an angle θ with respect to the winding shaft joining line 2a. The operation of the deflection support portion according to the present invention will be described in detail later.

  In this embodiment, the turning assist mechanism 1 is configured such that the one end side guide dimension a + b for guiding one end side in the width direction of the tape t from the winding shaft portion 2 to the transfer head 4 and the other end side guide dimension for guiding the other end side. A '+ b' is configured to be equal. Hereinafter, such a configuration will be described with reference to the same drawing, particularly the configuration of the winding side deflection support portion 11. As shown in FIG. 6, the angle that the winding side deflection support surface 13 faces is deflected by a predetermined angle θ from the winding shaft joining line 2a. Specifically, the angle θ formed by the winding-side deflection shaft 12 is inclined with respect to the direction in which the transfer head joining line 4a extends and the direction in which the winding shaft joining line 2a extends, in other words. It is assumed that it is provided in an inclined direction. In the drawing, the one end side head guide dimension a is a dimension for guiding one end side of the tape t from the winding side support position 42 of the transfer head 4 to the end of the winding shaft deflection support surface 13. The one end side winding guide dimension b is a dimension for guiding one end side of the tape t from the end of the winding shaft deflection support surface 13 to the winding shaft joining line 2a in the winding shaft portion 21. The sum of the one end side head guide dimension a and the one end side winding guide dimension b is defined as one end side guide dimension a + b. On the other hand, the other end side head guide dimension a ′ is a dimension for guiding the other end side of the tape t from the winding side support position 42 of the transfer head 4 to the end of the winding shaft deflection support surface 13. The other end side winding guide dimension b 'is a dimension for guiding the other end side of the tape t from the end portion of the winding shaft deflection support surface 13 to the winding shaft joint line 2a in the winding shaft portion 21. The sum of the other end side head guide dimension a 'and the one end side winding guide dimension b' is taken as the other end side guide dimension a '+ b'. In this embodiment, the angle θ is set so that the one end side guide dimension a + b is equal to the other end side guide dimension a ′ + b ′. With such a configuration, when winding is performed with a phase different from the winding side support position 42 of the transfer head 4, only one end side or the other end side of the tape t is loosened and wound on the winding shaft portion 21. It is possible to effectively prevent the problem of being lost.

  As described above, the deflection support portions in the turning assist mechanism 1 according to the present embodiment, that is, the unwinding side deflection support portion 11 and the winding side deflection support portion 14 are the winding side support positions 42 of the transfer head 4. The transfer head bonding line 4a is formed at an angle substantially perpendicular to the angle formed by the winding shaft bonding line 2a at the unwinding side support position 43, and the winding shaft bonding line 2a is formed from the angle formed by the transfer head bonding line 4a. The tape t or the transfer tape T is guided at a predetermined angle θ and α up to the angle formed by and bent and supported. Hereinafter, such a configuration of the winding side deflection support portion 11 and the unwinding side deflection support portion 14 will be described with reference to the schematic diagrams shown in FIGS. 7 and 8 in addition to FIGS.

  As shown in FIGS. 6 and 7, the winding-side deflection support portion 11 has an extension line 13a indicating the direction of the winding-side deflection support surface 13 and the transfer head joining line 4a with respect to the winding shaft joining line 2a. The tape t is supported so as to support an angle θ which is an acute angle up to. On the other hand, as shown in FIGS. 3 and 6, the tape t is bent at an angle of 90 ° or more. Therefore, the tape t can be swung at a substantially right angle with a sufficient length in a space formed between the winding shaft portion 21 and the unwinding shaft portion 24 in the housing 3. In addition, the tape t can be turned while effectively utilizing the space formed between the winding shaft portion 21 and the unwinding shaft portion 24.

  As shown in FIGS. 3 and 8, the unwinding side deflection support portion 14 has an extension line 15a of the unwinding side deflection shaft 15 at an acute angle to the transfer head bonding line 4a with respect to the winding shaft bonding line 2a. The transfer tape T is arranged to support the transfer tape T at an angle α. On the other hand, as shown in FIG. 3, the transfer tape T is guided along the periphery of the unwinding shaft portion 14 in the housing 3. Therefore, the transfer tape T can be rotated substantially at right angles while effectively using the space formed between the winding shaft 2 and the housing 3 in the housing 3.

  With the configuration as described above, the transfer tool A according to the present embodiment includes the turning assist mechanism 1 having such a configuration, so that the limited space in the housing 3 is bent halfway. However, the tape t or the transfer tape T can be swung at a required angle, that is, substantially at a right angle, at a distance longer than a distance of only a straight line. By adopting such a configuration, it is possible to effectively use the space in the housing 3 as compared with the conventional transfer tool A in which the tape t is swung at a predetermined angle in the linear portion. By doing so, the transfer tool A according to the present embodiment is a so-called horizontal pulling type, and the housing 3 is configured to be compact in the past.

  In this embodiment, the angle at which the tape t is swung is not limited. However, the swivel assist mechanism 1 turns and guides the tape t and the transfer tape T at a substantially right angle so that a suitable lateral pulling type can be achieved. The transfer tool A can be configured.

  In order to suitably guide the tape t in a desired direction and position, in this embodiment, the take-up side deflection support part 11 and the unwinding side deflection support part 14 which are deflection support parts are attached to the tape t or the transfer tape T. A winding side deflection shaft 12 and an unwinding side deflection shaft 15 that can be guided by folding back at a predetermined angle are provided.

  Further, in the present embodiment, by adopting a configuration in which the winding side deflection shaft 12 is folded back to 90 ° or more, and a configuration of the winding side deflection shaft 15 that guides the tape t along the peripheral edge of the winding shaft portion 24, As a configuration that can guide the tape t while effectively using the space in the housing 3, the housing 3 itself is made compact. Here, for example, if the winding shaft portion 2 adopts a configuration in which gears are provided on the winding shaft portion 21 side and the unwinding shaft portion 24 side and interlocked without using the belt 27, the winding shaft portion 21 is Although it rotates in the direction opposite to the configuration shown in the drawing, the same operation and effect can be obtained for such a configuration by appropriately setting the angle at which the tape t is folded back at the winding side deflection shaft 12. It has become.

  When the winding shaft portion 2 is the winding shaft portion 21 capable of winding the tape t supported by the transfer head 4, the turning assist mechanism 1 can guide the tape t from the transfer head 4 to the winding shaft. By setting it as a thing, the tape t after transferring a transcription | transfer material can be wound up suitably. Also in the unwinding shaft portion 24, the tape t can be suitably fed from the unwinding shaft to the transfer head 4 by the configuration of the unwinding side deflection support portion 14.

  In addition, since the take-up deflection support surface 13 is also supported from the back side of the tape t, the transfer head 4 is not accidentally transferred to the transfer object P and is transferred to the take-up shaft portion 21 by the tape t. In addition, the correction agent s that is guided along therewith effectively eliminates the problem of erroneously adhering to the winding side deflection support surface 13.

  On the other hand, the transfer tool A according to this embodiment is positioned at a position whose phase is displaced from the virtual plane X formed by the center in the width direction of the tape t around which the transfer head 4 is wound around the winding shaft portion 2. Therefore, the transfer head 4 can be arranged so that the transfer head 4 does not protrude in a desired position in the thickness direction, that is, in the thickness range of the housing 3 in the present embodiment. A compact transfer tool A in which the thickness dimension to be configured is effectively reduced can be configured. In addition, with this configuration, it is possible not only to effectively prevent one end side or the other end side of the tape t from being loosened, but also to reduce the distance between the winding shaft portion 2 and the transfer head 4. As a result, the size of the housing 3 itself can be reduced. In order to position the transfer head 4 at such a position, as shown in FIG. 5, the phase of the tape t is changed to a position beyond the line Y indicating the width direction end of the tape t in the winding shaft portion 2. It is assumed to have been guided. Further, in order to suitably guide the tape t according to the position of the transfer head 4, the winding side deflection support surface 13 that can support the tape t at an angle deflected from the axial direction of the winding shaft portion 2 and the unwinding. A winding side deflection support part 11 and an unwinding side deflection support part 14 having a side deflection support surface 16 are provided. Specifically, by providing the winding side deflection shaft 12 and the winding side deflection shaft 15 that can guide the tape t by folding back at a predetermined angle, in this embodiment, the winding side deflection support portion 11 and the winding side deflection support are provided. The part 14 is suitably configured.

  Here, normally, when a shaft that is folded back only in a direction parallel to the axial direction of the winding shaft portion 2 is employed, when winding with a phase different from the winding-side support position 42 of the transfer head 4, Only one end side or the other end side of the tape t is in a loosened state and is wound on the winding shaft portion 21. Here, in the present embodiment, as shown in FIG. 6, the winding side deflection support portion 11 has a deflection support portion one end side guide dimension a + b and another end side guide dimension a ′ + b ′. Since the turning assist mechanism 1 is configured to be equal, such a problem can be effectively prevented.

  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.

  For example, in the embodiment described above, a single deflection shaft is employed as the turning assist mechanism. However, the embodiment described above does not limit the number of deflection shafts. It is also possible to configure the turning assist mechanism by adopting a shape. Further, for example, in the above embodiment, the casing directly holds the winding shaft portion and the like, but the housing holds the cartridge after holding the transfer head and the winding shaft portion in a separate cartridge. Accordingly, a configuration in which the winding shaft portion and the transfer head are indirectly held, that is, a refillable configuration may be employed.

  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 one Embodiment of this invention. Same as above. Structure explanatory drawing which concerns on the same embodiment. The typical explanatory view concerning the embodiment. FIG. FIG. The typical explanatory view concerning the embodiment. Same as above.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Turning assist mechanism 11 ... Deflection support part (winding side deflection support part 11)
12 ... Deflection axis (winding side deflection axis 12)
13. Deflection support surface (winding side deflection support surface)
14 ... Deflection support part unwinding side deflection support part 14)
15 ... Deflection shaft (unwinding deflection shaft 15)
16: Deflection support surface (unwinding side deflection support surface 16)
DESCRIPTION OF SYMBOLS 2 ... Winding shaft part 2a ... Winding shaft part joining line 21 ... Winding shaft part 24 ... Unwinding shaft part 3 ... Case 4 ... Transfer head 4a ... Transfer head joining line A ... Transfer tool a + b ... One end side guide dimension a ′ + b ′: guide dimension on the other end s: transferred material, correction agent (correction agent)
t ... tape T ... transfer tape, correction tape (correction tape)
P: Transfer object X: Virtual plane

Claims (12)

A winding shaft for winding a tape that can constitute a transfer tape provided on the surface side with a transfer material that can be transferred to a transfer object such as paper;
A housing that houses and supports the winding shaft portion, and a transfer head that forms a transfer head bonding line with which the tape can come into contact;
In the different angles from the attached to the housing the winding shaft portion and the angle formed by the winding shaft portion joining line and the transfer head joint line joining tape to guide the tape and the winding shaft portion bondline A transfer tool comprising at least a turning assisting mechanism for guiding the tape at a predetermined angle with a deflection support portion for bending and supporting the tape. The transfer head is positioned so that the transfer head joining line is substantially perpendicular to the winding shaft joining line,
The transfer tool according to claim 1, wherein the turning assist mechanism can guide the tape by turning the tape substantially perpendicularly from the transfer head joining line to the winding shaft joining line. The transfer tool according to claim 1 or 2, wherein the deflection support portion has a deflection shaft capable of folding back the tape that can be guided by folding the tape at a predetermined angle. The transfer tool according to claim 3, wherein the deflection support portion can be folded back 90 ° or more about the deflection axis. The transfer tool according to claim 3, wherein the deflection shaft is capable of bending the tape along the periphery of the winding shaft portion. The winding shaft portion is a winding shaft portion capable of winding the tape supported by the transfer head,
It said pivoting transfer tool according to claim 1, 2, 3, 4 or 5, wherein the auxiliary mechanism is assumed to be guiding the tape from the transfer head to the winding spool. The transfer tool according to claim 6, wherein the turning assist mechanism is supported from the back side of the tape. 3. The winding shaft portion is a winding shaft portion that can feed the tape to the transfer head, and the turning assist mechanism is capable of guiding the tape from the winding shaft portion to the transfer head. The transfer tool according to 3, 4, 5, 6 or 7. The said transfer head is located in the position which made the phase different from the virtual plane which consists of the width direction center of the said tape wound in the said winding axial part. 7. Transfer tool according to 7 or 8. The transfer tool according to claim 9, wherein the rotation assist mechanism guides the tape by changing a phase to a position beyond an end of the winding shaft in the width direction of the tape. In the turning assist mechanism, one end side guide dimension for guiding one end side in the width direction of the tape and the other end side guide dimension for guiding the other end side are equal between the winding shaft portion and the transfer head. The transfer tool according to claim 9 or 10, which is configured as described above. The transfer tool according to claim 1, 2, 3, 4, 5, 6, 7, 8, 9, 10 or 11, wherein the transfer tape is a correction tape provided with a correction agent on the surface side of the tape.

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