JP2008207437A - Transfer member - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a transfer member capable of raising transfer operation efficiency by facilitating alignment to a portion to be transferred and reducing defective fraction in transfer operation to prevent a printing portion from remaining in an application film side during transferring without increasing manufacturing cost, a transferring method of the same, and a manufacturing method of the same. <P>SOLUTION: The transfer member transferring the printing portion to the member to be transferred has a separator, a base material portion removably affixed to the separator, the printing portion formed on the base material portion, and an application film arranged on the printing portion and removably covering the printing portion, the site of the separator corresponding to the printing portion is removably formed, the printing portion is exposed by removing and eliminating the portion of the separator corresponding to the printing portion, the alignment of the printing portion to the position to be transferred in the member to be transferred is completed, thereafter the printing portion is transferred to the member to be transferred by pushing and pressing the printing portion to the member to be transferred and simultaneously removing the separator and the application film. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention relates to a transfer member, and more particularly to a transfer member capable of transferring a character, a figure, or a radio wave antenna to a member to be transferred, a transfer method, and a manufacturing method thereof.

  Conventionally, as shown in FIG. 6, when characters or the like are transferred, or when a radio wave antenna is transferred to a window glass surface of an automobile or the like, a separator and characters or the like arranged on the separator are printed. And a transfer member composed of a sticky application film. An example of this is shown in Patent Document 1 or Patent Document 2.

  As shown in FIG. 6 and FIG. 7, the transfer method is as follows: the separator is peeled off, the application film with the adhesive on the back surface is attached to the adherend part of the member to be transferred, and the application film is peeled off. Transfers characters on film, printed radio antennas, etc.

However, since the application film is very thin, in the state where the separator is peeled off, it is difficult to handle when aligning the adherend site manually, and accurate alignment is very difficult.
Similarly, since the application film is very thin and has adhesive on the entire surface, a part of the application film sticks to a part other than the transfer part when transferring, and the application film is not transferred to the part to be transferred. In some cases, proper alignment could not be performed.
In such a case, since the application film is very thin, it is often difficult to remove and correct it again, and there is a problem that the defective rate during the pasting work is high. .

  Furthermore, due to the same situation, when the application film is pressed against the member to be transferred, it is difficult to press the entire application film against the member to be transferred with a uniform force, and air bubbles enter the printing part. There is a problem that wrinkles are easily generated, and the printing portion is easily transferred in a bent state. Similarly, there is a problem that the defective rate in the pasting operation is high.

  Also, since the adhesive is attached to the entire surface on the back side of the application film, when the application film on which characters, antennas, etc. are printed is pasted on the adherend, only the application film is peeled off. The application film has a strong adhesive force, and a part of the printed part remains on the peeled side of the application film, and the printed part of characters or the like cannot be transferred cleanly.

A means for solving such a problem is disclosed in Patent Document 3. In this publication, it is possible to perform alignment easily by coloring the periphery of the character to be transferred, and when the separator is peeled off before transfer by configuring the application film in double. Since the printed part is unlikely to remain on the separator and the adhesive layer between the printed part and the adherend surface is doubled, the printed part is less likely to remain on the application film side after transfer. It is configured so that it can be performed very easily.
However, in such a conventional transfer sheet, an application film is constituted by the first film and the second film, and a masking layer is formed between the first film and the second film and the separator. Since the printing portion is supported by the masking layer, the structure of the transfer sheet is complicated, and the production cost of the transfer sheet may increase.

Patent Document 4 discloses a sticking sheet that can stick only a display portion to a sticking surface. The technique of this publication is intended to provide an adhesive sheet that is displayed by being cut or cut into an adhesive sheet, and is not intended to transfer printed portions such as characters and radio wave antennas.
Japanese Utility Model Publication No. 5-26605 Japanese Patent No. 3746500 JP-A-5-85098 Japanese Utility Model Publication No. 58-26987

  The present invention has been made in order to solve such a problem, and without increasing the manufacturing cost, it facilitates the alignment with respect to the portion to be transferred, thereby increasing the transfer work efficiency and in the transfer work. Provided are a transfer member capable of reducing a defect rate and preventing a printed part from remaining on an application film side at the time of transfer, a transfer method thereof, and a manufacturing method thereof.

  In order to solve the above-described problem, a transfer member according to the first aspect of the present invention is a transfer member that transfers a printing portion to a member to be transferred, and is a separator and a substrate that is detachably attached to the separator. A portion corresponding to the printing portion of the separator, the printing portion formed on the base portion, and an application film disposed on the printing portion and releasably covering the printing portion Is formed so as to be removable, and the portion corresponding to the printing portion of the separator is peeled off and removed, the base material portion having the printing portion is exposed, and the position of the printing portion on the transferred member is aligned with the transferred position. After completion, the printed portion is transferred to the transferred member by pressing the substrate portion having the printed portion against the transferred member and simultaneously peeling the separator and the application film. The features.

Therefore, in the invention according to claim 1, the transfer member includes a separator, a base material portion that is detachably attached to the separator, a printing portion formed on the base material portion, and the printing. The transfer member is arranged on the part and has an application film that covers the print part in a peelable manner, and the entire structure of the transfer member is simple.
In addition, as described above, alignment with the transferred member is performed in a state where only the printed portion corresponding portion of the separator is removed, and after the alignment is completed, the substrate portion having the printed portion is pressed against the transferred member. Since the application film and the separator are both removed after being adhered at the position, the surface of the transfer member to which the adhesive has adhered does not come into contact with the non-transfer member. Positioning to the position becomes easy.

  The transfer member according to the invention described in claim 2 is characterized in that an adhesive is applied to the separator side of the base material portion and the separator side of the application film.

  The transfer member according to a third aspect of the invention is characterized in that a radio wave antenna is formed by the printing unit.

  Therefore, in the invention described in claim 3, the radio wave antenna can be transferred to the window glass surface of an automobile or the like.

The invention according to claim 4 is characterized in that the transfer member is formed in a sheet shape.
Accordingly, in the invention described in claim 4, a transfer member having a very small thickness dimension formed in a sheet shape can be formed.

  According to a fifth aspect of the present invention, in the transfer member, the printing part corresponding part of the separator is formed in a band shape, and a grip part for facilitating the peeling operation of the printing part corresponding part is provided. And

  Therefore, in the invention according to the fifth aspect, it is possible to easily perform the peeling operation of the printing portion corresponding portion of the separator by picking the grip portion.

  A transfer method according to a sixth aspect of the present invention is a transfer method for transferring a printing portion formed on a transfer member to a transfer target member, wherein the transfer member is detachably attached to the separator and the separator. A substrate portion, a printing portion formed on the substrate portion, and an application film that releasably covers the printing portion, and removing the printing portion corresponding portion of the separator, and the transfer A step of aligning the member with the transfer position of the member to be transferred, a step of pressing the base material portion having the printing portion against the member to be transferred and sticking it to the member to be transferred, and peeling the application film and the separator. And a step of peeling a part other than the printing part from the printing part.

  Therefore, in the invention described in claim 6, the transfer member is aligned with the transferred member in a state where only the printing portion corresponding portion of the separator is removed as described above, and after the alignment is completed, the printing is performed. It is configured to remove both the application film and the separator after the base material portion having the portion is pressed and adhered to the member to be transferred, and the surface portion to which the adhesive is adhered does not contact the non-transfer member in the separator. Therefore, it is easy to align the non-transfer member to the transfer position.

  In the transfer method according to the seventh aspect of the present invention, a radio wave antenna is formed by the printing unit.

  Therefore, in the invention described in claim 7, the radio wave antenna can be transferred to the window glass surface of an automobile or the like.

  In the method for manufacturing a transfer member according to the invention described in claim 8, after the sheet-like base material portion is adhered to the upper surface side of the sheet-like separator and the printing portion is formed on the upper surface of the base material portion, The part other than the part that supports the printing part of the material part is removed, the upper surface side of the printing part and the upper surface side of the separator are covered with an application film so as to be removable, and the printing part corresponding part of the separator is formed to be removable. It is characterized by that.

  According to a ninth aspect of the present invention, there is provided a transfer member manufacturing method in which a radio wave antenna is formed by the printing unit.

  Accordingly, the invention according to claim 9 is a method for manufacturing a transfer member that can be transferred onto a window glass surface of an automobile or the like.

  In the transfer member according to the first aspect of the present invention, the transfer member includes a separator, a base material part that is detachably attached to the separator, and a printing part formed on the base material part. Since it is a simple configuration having an application film that is disposed on the printing section and covers the printing section in a peelable manner, the manufacturing cost is not increased.

  In addition, as described above, the alignment with the transferred member is performed in a state where only the printed portion corresponding portion of the separator is removed, and the substrate portion having the exposed printed portion is pressed and adhered to the transferred member. Since the application film and the separator are both removed after the completion of the sticking, and the surface portion to which the adhesive is attached does not come into contact with the transferred member side, the alignment of the non-transfer member to the transfer position becomes easy. Transfer work efficiency is improved.

In addition, since the separator and the application film can be peeled simultaneously, a predetermined thickness dimension is formed on the transfer member, so that the transfer member can have rigidity.
As a result, unlike the conventional case where only the application film is brought into contact with the transferred member, the transfer member is easy to handle and can be easily aligned to the transferred portion. Work efficiency is improved.

In addition, when the application film is peeled off from the separator and transferred to the member to be transferred, as in the past, the wrinkles and air bubbles mixed in the printed printing portion, etc. that occurred due to the thin application film, etc. The occurrence of this situation can be prevented, and the situation where the printing portion is bent and transferred with respect to the non-transfer member can be prevented, so that the transfer failure rate due to the transfer operation can be reduced.
Moreover, since only the base material part which has the said printing part transcribe | transferred is comprised so that it can affix on a to-be-transferred member, the remaining prevention to the application film side of the printing part at the time of transcription | transfer can be aimed at.

  In the invention of claim 2, unlike the prior art, in order to perform the transfer work by bringing the anti-application film side surface portion of the separator to which the adhesive is not attached into contact with the member to be transferred, Effectively preventing the situation where part of the application film sticks to the part to be adhered and cannot be properly aligned, thereby improving the efficiency of the transfer work and transferring The defective rate in the work can be reduced.

  In the transfer member according to the third aspect of the present invention, since the radio wave antenna is formed by the printing unit, it is positioned with respect to the window glass surface of an automobile or the like without increasing the manufacturing cost by a simple configuration. It is possible to provide a transfer member capable of improving the transfer work efficiency by facilitating the alignment, reducing the defective rate in the transfer work, and preventing the radio wave antenna from remaining on the application film side at the time of transfer.

  Since the transfer member according to the invention described in claim 4 is formed in a sheet shape, the transfer member has a very small thickness that can be transferred and fixed to the member to be transferred. Thus, a sheet-like transfer member having excellent transportability and storage property can be provided.

  In the transfer member according to the fifth aspect of the present invention, since the grip portion for facilitating the peeling operation is provided, one of the separators corresponding to the printing portion of the separator is picked up by gripping the grip portion. The part can be easily peeled off and work efficiency is improved.

  In the transfer method according to the sixth aspect of the present invention, alignment is performed on the transfer target member in a state where only the printing portion corresponding portion of the separator is removed, and the substrate having the printing portion after the alignment is completed. Since the application film and the separator are both removed after the portion is pressed against the transfer member, the surface portion with the adhesive attached to the transfer member side does not contact the non-transfer member. Positioning of the transfer member to the transfer position is facilitated, and transfer work efficiency is improved.

In addition, since the separator and the application film can be peeled simultaneously, a predetermined thickness dimension is formed on the transfer member, so that the transfer member can have rigidity.
As a result, unlike the conventional case where only the application film is brought into contact with the transferred member, the transfer member is easy to handle and can be easily aligned to the transferred portion. Work efficiency is improved.

In addition, when the application film is peeled off from the separator and transferred to the member to be transferred, as in the past, the wrinkles and air bubbles mixed in the printed printing portion, etc. that occurred due to the thin application film, etc. The occurrence of this situation can be prevented, and the situation where the printing portion is bent and transferred with respect to the non-transfer member can be prevented, so that the transfer failure rate due to the transfer operation can be reduced.
In addition, since only the printing part corresponding part to be transferred is configured to be attached to the transfer target member, it is possible to prevent the printing part from remaining on the application film side during transfer.

  In the transfer method according to the seventh aspect of the invention, since the radio wave antenna is formed by the printing unit, the transfer work efficiency is increased by facilitating alignment with the window glass surface of an automobile or the like. It is possible to provide a transfer member transfer method that reduces the defect rate in transfer work and prevents the radio wave antenna from remaining on the application film side during transfer.

  In the transfer member manufacturing method according to the eighth aspect of the invention, since it is a simple manufacturing method, the transfer work efficiency can be improved by facilitating the alignment with respect to the transferred portion without increasing the manufacturing cost. In addition, it is possible to manufacture a transfer member that can reduce the defective rate in the transfer operation and prevent the printed portion from remaining on the application film side during transfer.

  In the method for manufacturing a transfer member according to the ninth aspect of the present invention, since it is a simple manufacturing method, the transfer is facilitated without increasing the manufacturing cost and by facilitating alignment with the window glass surface of an automobile or the like. It is possible to increase the work efficiency, reduce the defective rate in the transfer work, and manufacture a transfer member that can prevent the radio wave antenna from remaining on the application film side at the time of transfer.

  Hereinafter, a transfer member, a transfer method, and a transfer member manufacturing method according to the present invention will be described in detail based on embodiments shown in the accompanying drawings.

As shown in FIG. 1, a transfer member 10 according to the present embodiment is a transfer member that transfers a printing portion to a member to be transferred, and includes a separator 11 and a substrate that is detachably attached to the separator 11. Part 12, a printing part 13 formed on the base part 12, and an application film 14 which is arranged on the printing part 13 and covers the printing part in a peelable manner.
And the part 11b corresponding to the said printing part of the said separator 11 is formed so that removal is possible, the said printing part corresponding | compatible part 11b of the said separator 11 is peeled and removed, and the base-material part 12 which has the said printing part 13 is exposed. After the positioning of the printing part 13 on the transferred member 19 to the transferred position is completed, the substrate 12 having the printing part is pressed against the transferred member and the separator 11a and the application film 14 are peeled off simultaneously. By doing so, the printing unit 13 is transferred to the transferred member 19.
In the present embodiment, an adhesive layer 18 is provided on the surface of the application film 14 on the separator 11 side so as to cover the printing portion 13 in a peelable manner. When the film 14 is removed, it is formed so as to remain on the application film 14 side.
Further, an adhesive layer 17 is provided on the separator 11 side of the base material portion 12 having the printing portion 13 and is detachably bonded to the separator 11 via the adhesive layer 17. This adhesive layer 17 remains on the base material portion 12 even when the printing portion corresponding portion 11 b of the separator 11 is peeled off, and is applied to the transferred member 19 when pressed against the transferred member 19. It is formed to stick.

  In the transfer member transfer method according to the present embodiment, as shown in FIGS. 1 to 4, the transfer member 10 includes a separator 11 and a base that is detachably attached to the separator 11. The process which has the printing part 13 formed on the said base material part, the printing part 13 formed on the said base material part, and the application film 14 which covers the said printing part 13 so that peeling is possible, and removes the printing part corresponding | compatible part 11b of the said separator 11 And the step of aligning the transfer member 10 with the transfer position of the member 19 to be transferred, and peeling the application film 14 and the separator 11 while pressing the substrate part 12 having the printing part 13 against the member 19 to be transferred. And a step of peeling the portion 11 a other than the printing portion from the printing portion 13.

When the transfer member 10 configured as described above is transferred to the transferred member 19, first, as shown in FIG. 1B, the portion 11b corresponding to the printing portion of the separator 11 is peeled off and printed. The base material part 12 having the part 13 is exposed downward.
That is, when the printing unit 13 of the transfer member 10 is transferred to the member to be transferred 19, the transfer preparation is completed only by removing the portion 11 b corresponding to the printing unit 13 of the separator 11.

  When only the part 11b corresponding to the printing part 13 of the separator 11 is peeled off, since the printing part 13 is stuck to the application film 14 via the adhesive layer 18, the printing part corresponding part 11b of the peeled separator. The situation where the printing unit 13 adheres to the screen does not occur.

  In addition, since the adhesive layer 17 is not provided on the outer surface portion of the separator 11, a situation in which the peeled separator sticks to other places as in the conventional case does not occur.

  Next, as shown in FIG. 1C, in order to transfer the printing unit 13 to the transferred member 19, the separator 11 of the transfer member 10 is peeled off, and alignment is performed with the exposed transferred position of the printing unit 13. .

  In this case, as shown in FIG. 1B, only the printing part corresponding part 11b of the separator 11 is removed and the base part 12 having the printing part 13 is exposed, but the adhesive layer 17 of the base part 12 is exposed. Is positioned inward of the transfer member 10 relative to the outer surface A of the separator 11, the outer surface A of the separator 11 abuts against the non-adhesive member 19 when alignment is performed on the adherend member 19.

  As a result, the adhesive portion is not exposed at all to the member 19 to be transferred and there is no situation where the member 19 to be transferred and the transfer member stick to each other as in the prior art. Positioning of the transfer member 19 to the transferred position is facilitated.

  As a result, it is possible to increase the transfer work efficiency and reduce the defective rate in the transfer work.

Next, as shown in FIG. 1 (c), after the alignment of the printing unit 13 on the transferred member 19 to the transfer target is completed, the base member having the printing unit 13 from the application film 14 side of the transfer member 10 12 is pressed against the member 19 to be transferred, and the printing unit 13 is adhered to the member to be transferred.
In this case, the base material part 12 having the printing part 13 is adhered to the transfer position of the member to be transferred 19 by the adhesive layer 17 formed on the outer surface part of the base material part 12.

  Then, as shown in FIG. 1D, the portion 11a and the application film 14 that do not correspond to the printing portion of the separator 11 are peeled off at the same time.

  In this case, unlike the conventional case, in the present embodiment, only the base material part 12 having the printing part 13 is adhered to the transferred member 10 by the adhesive layer 17, and the application film Since 14 is not adhered to the member 19 to be transferred, it is possible to prevent the printing unit 12 from remaining on the application film 14 side during transfer.

  Next, as shown in FIGS. 2 to 4, the case where the radio wave antenna printing unit is transferred to the window glass surface of an automobile or the like and the radio wave antenna is provided on the window glass of the automobile will be described as an example.

As shown in FIG. 2, in the transfer member 10 according to the present embodiment, a radio wave antenna printing part 21 is formed on the base material part 12 between the separator 11 and the application film 14.
The printing part corresponding part 11b of the separator 11 is provided along the radio wave antenna printing part 21 and is formed in a strip shape. One end of the printing part corresponding part 11b is separated from the separator 11 of the printing part corresponding part. A grip portion 20 is provided to facilitate the peeling operation.

  The grip portion 20 is formed in a sticky shape having a predetermined color, and one end portion 20a in the length direction is fixed to the print portion corresponding portion 11b, and the other end portion 20b is formed as a free end. It is formed so that it can be gripped.

  That is, when the antenna printing part 21 of the transfer member 10 is transferred to the window glass 22 as a transfer target member, the other end part 20b of the holding part 20 shown in FIG. By pulling in the length direction, as shown in FIG. 3, it is possible to peel the printing part corresponding part 11b of the separator 11 from the part not corresponding to the printing part of the separator, that is, the separator main body 11a. And the defect rate due to the transfer operation can be reduced.

Next, a method for manufacturing a transfer member according to the present embodiment will be described.
As shown in FIG. 5, the manufacturing method of the transfer member according to the present embodiment attaches the sheet-like base material portion 12 to the upper surface side of the sheet-like separator 11 in a peelable manner, and the base material portion 12 described above. After forming the printing part 13 on the upper surface, the application film 14 is removable so that parts other than the part that supports the printing part 13 of the substrate part 12 can be removed and the upper surface side of the printing part 13 and the upper surface side of the separator 11 can be peeled off. The printed part corresponding part 11a of the separator 11 is formed so as to be removable.

  When manufacturing the transfer member 10 using the manufacturing method according to the present embodiment, first, as shown in FIG. 5A, the upper surface of the separator 11 can be peeled through the adhesive layer 17. The base material part 12 is stuck. The said adhesive bond layer 17 is provided in the base material part 12, and has adhere | attached the separator 11 with respect to the base material part 12 so that peeling is possible.

Next, as illustrated in FIG. 5B, the printing unit 13 is formed on the base material unit 12 by a printing process.
Next, as shown in FIGS. 5C and 5D, the portion 12 b that does not correspond to the printing portion of the base material portion 12 is removed.

  That is, the base portion 12a that supports the printing portion 13 of the base portion 12 is left, and the portion 12b that does not correspond to the printing portion of the base portion 12 is removed. At the time of transfer to the transfer member, the printing unit 13 is supported by the base member 12a with respect to the transfer member.

  Next, as illustrated in FIG. 5D, the upper surface side of the printing unit 13 and the upper surface side of the separator 11 are detachably covered with an application film 14 having an adhesive layer 18.

Next, as shown in FIG. 5E, the cut portion 16 is formed so that only the portion 11a corresponding to the printing portion 13 of the separator 11 can be peeled off.
The notch 16 is formed by a suitable means at a site that is large enough to cover the substrate 12a. Thereby, only the printing part corresponding | compatible part 11b of the separator 11 can be peeled.

Therefore, by removing parts other than the base material part that supports the printing part in the middle of the manufacturing process, it is easy to align the transferred part with a simple manufacturing method without increasing the manufacturing cost. As a result, the transfer work efficiency can be increased, the defect rate in the transfer work can be reduced, and a transfer member manufacturing method capable of preventing the printing part from remaining on the application film side during transfer can be provided.
In the present embodiment, the case where the printing unit 13 is a radio wave antenna has been described as an example. However, the present invention is not limited to the above embodiment, and may be a character, a figure, or the like.

  The present invention can be widely applied to a transfer member, a transfer method thereof, and a manufacturing method thereof.

It is sectional drawing which shows one Embodiment of the transfer member which concerns on this invention. It is a perspective view showing one embodiment of a transfer member concerning the present invention. It is a perspective view which shows one implementation of the state at the time of starting peeling of the separator of the transfer member concerning this invention. It is a perspective view which shows one implementation of the state at the time of starting to transfer the printing part of the transfer member which concerns on this invention to a to-be-transferred part. It is sectional drawing which shows one implementation method of the manufacturing method of the transfer member which concerns on this invention. It is sectional drawing of the conventional transfer member. It is a perspective view of the conventional transfer member.

Explanation of symbols

10 Transfer member 11 Separator 11a Site not corresponding to separator printing part (separator body)
11b Separator printing part corresponding part 12 Base part 12a Base part 12b supporting printing part Base part 13 removed in manufacturing process Printing part 14 Application film 15 Separator not corresponding to printing part and application film 16 Separator cut Part 17 Adhesive layer 18 Adhesive layer 19 Transfer member 20 Gripping part 20a One end part 20b in the length direction of the gripping part One end part in the length direction of the gripping part

DESCRIPTION OF SYMBOLS 21 Radio wave antenna printing part 22 Window glass 30 Conventional transfer member 31 Conventional transfer member separator 32 Conventional transfer member printing part 33 Conventional transfer member application film A Outer surface of separator

Claims (9)

A transfer member for transferring a printing part to a member to be transferred, the separator, a base material part that is detachably attached to the separator, a printing part formed on the base material part, and the printing part And an application film that releasably covers the printed part,
The part corresponding to the printing part of the separator is formed to be removable, the printing part corresponding part of the separator is peeled and removed, the base part having the printing part is exposed, and the printing on the transferred member is performed. After the positioning of the printing part to the transferred position is completed, the printed part is transferred to the transferred member by pressing the base part having the printed part to the transferred member and simultaneously peeling the separator and the application film. A transfer member.   The transfer member according to claim 1, wherein an adhesive is applied to the separator side of the base material portion and the separator side of the application film.   The transfer member according to claim 1, wherein a radio wave antenna is formed by the printing unit.   The transfer member according to claim 1, wherein the transfer member is formed in a sheet shape.   The printing part corresponding part of the separator is formed in a belt shape, and the printing part corresponding part is provided with a grip part for facilitating the peeling operation of the printing part corresponding part from the separator body. The transfer member according to claim 1, wherein the transfer member is characterized in that: A transfer method for transferring a printing portion formed on a transfer member to a transfer target member,
The transfer member includes a separator, a base material part that is detachably attached to the separator, a printing part that is formed on the base material part, and an application film that covers the printing part so as to be peelable. And
The step of removing the printing portion corresponding portion of the separator, the step of aligning the transfer member with the transfer position of the transferred member, and pressing the substrate portion having the printing portion against the transferred member to the transferred member A transfer method for transferring to a transferred portion, comprising: a step of attaching, and a step of peeling a portion other than the print portion from the print portion by peeling the application film and the separator.   The transfer method according to claim 6, wherein a radio wave antenna is formed by the printing unit.   A part other than the part that supports the printing part of the base material part after the sheet-like base material part is detachably attached to the upper surface side of the sheet-like separator and the printing part is formed on the upper surface of the base material part. The transfer member manufacturing method is characterized in that the upper surface side of the printing part and the upper surface side of the separator are detachably covered with an application film, and the printing part corresponding part of the separator is formed so as to be removable.   The method for manufacturing a transfer member according to claim 8, wherein a radio wave antenna is formed by the printing unit.

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