JP2007238203A - Sticking tool for tape member - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To easily and inexpensively stick a tape member with high working efficiency. <P>SOLUTION: The sticking tool 1 is provided with a lengthy tool body 5 provided with a tape insertion passage 29 of an approximately rectangular cross section restricting movement in a width direction Y and a thickness direction X2 of the tape 17 and capable of being inserted with a tape 17 in a longitudinal direction and advancement-operated in a longitudinal direction of the tape; a pressing roller 23 for pressing the tape member 19 pivotally supported on one end in a longitudinal direction of the tool body 5 rotatably in the width direction of the tape 17; and a separation roller 25 provided at an advancement direction X1 side of the tool body 5 relative to the pressing roller 23, laid in the width direction of the tape 17 so as to be left from the pressing roller 23 by the thickness or more of the tape member 19 and peeling off a mold-releasing sheet 21 from the tape member 19. <P>COPYRIGHT: (C)2007,JPO&INPIT

Description

  The present invention includes a flexible plate-shaped tape member having adhesiveness on at least one side surface, and a flexible plate-shaped release sheet that is detachably bonded to the one side surface of the tape member. The present invention relates to a sticking jig for a tape member for peeling off the release sheet of the tape from the tape member and sticking the tape member to a sticking body.

In Patent Document 1, as a sticking device for sticking a tape member to a substrate or the like, a supply unit that supplies a tape in which the tape member and release paper are integrated, and a tape supplied from the supply unit A conveying unit that pulls out and conveys the tape, a detection unit that detects an end mark of the tape drawn out by the conveying unit, and a cut forming unit that forms a tape piece by cutting the tape conveyed by the conveying unit And a sticking part for sticking the tape piece formed by the notch forming part to the sticking body, and a controller for controlling the conveying part, the notch forming part, and the sticking part, and sticking the tape member without waste. A sticking device that can be worn is disclosed.
Japanese Unexamined Patent Publication No. 2004-115153 (paragraphs 0023-0028, FIG. 1)

  By the way, the sticking device described in the above-mentioned patent document 1 is complicated and expensive in configuration, and has a large footprint and a large footprint. For this reason, if the sticking apparatus described in patent document 1 is used, the cost which sticking of a tape member will increase. Therefore, in order not to cause this increase in cost, it is conceivable to stick the tape member to the sticking body manually using a jig. In this case, a jig capable of smoothly releasing the release paper (release sheet) attached to the tape member in a peelable manner from the tape member and attaching the tape member to the attached body is required.

  The present invention has been made in view of such a point, and an object of the present invention is to provide a tape member attaching jig that makes it possible to easily and inexpensively attach a tape member with high work efficiency. Is to provide.

  In order to achieve the above object, according to the present invention, a jig for separating the release sheet from the tape member together with a pressure roller for pressing the tape member is provided at one end of the jig body in the longitudinal direction, and the jig body is moved forward. By doing so, the release sheet and the tape member can be peeled at the same time.

  Specifically, the present invention relates to a flexible plate-shaped tape member having adhesiveness on at least one side surface, and a flexible plate-shaped mold release member that is releasably bonded to the one side surface of the tape member. The tape was provided with a sheet, and the release sheet of the tape was peeled off from the tape member and the tape member was attached to an adhesive body. .

  That is, the invention described in claim 1 is provided with a tape insertion path having a substantially rectangular cross section that restricts movement of the tape in the width direction and thickness direction and allows the tape to be inserted in the longitudinal direction. A long jig body that is moved forward in the direction, a pressure roller for pressing the tape member that is rotatably supported at one end in the longitudinal direction of the jig main body in the width direction of the tape, and the pressure roller The separation member is provided on the forward direction side of the jig main body, and is cross-linked in the width direction of the tape so as to be separated from the pressure roller by a thickness equal to or greater than the thickness of the tape member to separate the release sheet from the tape member. The tape release sheet is peeled off from the tape member by the separation member by the forward operation of the jig body, and the release sheet is peeled off. Characterized in that it is configured to go is adhered by being pressed by the attaching member by the pressing roller is inserted between the pressing roller and the separation member.

  Invention of Claim 2 is the sticking jig of Claim 1, Comprising: The said separation member is pivotally supported so that it may rotate by the tape member inserted between the said press roller and the said separation member. It is characterized by comprising a separating roller.

  Invention of Claim 3 is the sticking jig | tool of Claim 1 or 2, Comprising: The said jig | tool main body is arrange | positioned mutually, The 1st guide which controls the movement of the thickness direction of the said tape And the second guide portion, and the third guide portion and the fourth guide portion that are arranged opposite to each other and restrict movement of the tape in the width direction, and are configured to partition the tape insertion path, At least one of the first guide and the second guide is pivotally supported between the third guide and the fourth guide so as to be rotatable in the width direction of the tape, and is spaced apart in the tape insertion direction. A guide roller is arranged so as to be arranged and rotated by the tape.

  Invention of Claim 4 is the sticking jig | tool as described in any one of Claim 1 thru | or 3, Comprising: The said sticking rather than the said press roller on one side surface along the advance direction of the said jig | tool main body. A guide member is provided so as to protrude from the body side, and slides and guides the jig body in the forward direction by coming into contact with the corner side surface of the sticking body.

  According to the first aspect of the present invention, the tape member can be attached using a small attaching jig having a simple configuration without using a large and expensive attaching device. Costs required can be reduced. Further, at one end in the longitudinal direction of the jig body, together with a pressure roller for pressing the tape member, the release sheet is bridged from the tape member by being bridged in the width direction of the tape so as to be separated from the thickness of the pressure roller and the tape member. Since the separation member that peels off is provided, the release sheet of the tape inserted through the tape insertion path is peeled off from the tape member and the release sheet is peeled off by one operation of moving the jig body forward. The made tape member can be stuck to the sticking body. That is, by a simple operation, peeling of the release sheet and sticking of the tape member can be simultaneously performed easily and with high work efficiency. In addition, since the movement of the tape in the width direction and the thickness direction is regulated by the tape insertion path by the jig body, the tape is smoothly and stably supplied to one end in the longitudinal direction of the jig body provided with the pressure roller. Is done.

  According to the invention of claim 2, since the separation member is composed of the separation roller that is pivotally supported by the tape member that is inserted between the pressing roller and the separation member, the separation surface is separated from the sticking surface of the tape member. Adherence with the member is suppressed. Therefore, the tape can be smoothly inserted into the tape insertion path, and the tape member can be smoothly attached.

  According to the third aspect of the present invention, at least one of the first guide and the second guide is pivotally supported so as to be rotatable in the width direction of the tape, and is arranged separately from each other in the tape insertion direction. Therefore, the friction resistance between the tape and the jig body can be reduced, and the tape can be further smoothly inserted into the tape insertion path.

  According to the fourth aspect of the invention, the jig body is provided to protrude from the pressing roller toward the sticking body, and is slidably guided by the guide member that contacts the corner side surface of the sticking body. In addition, the jig body can be smoothly advanced. As a result, the tape member can be attached more easily and accurately.

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

  FIG. 1 is a side view of the sticking jig 1. FIG. 2 is a rear view of the sticking jig 1 viewed from the direction II in FIG. FIG. 3 is a front view of the sticking jig 1 viewed from the direction III of FIG. FIG. 4 is a bottom view of the sticking jig 1 viewed from the direction IV of FIG. And FIG. 5 is sectional drawing of the sticking jig | tool 1 in the VV line of FIG.

  The sticking jig 1 is a flexible plate-like tape member having a sticking surface 19a coated with an adhesive (not shown) (for example, made of a polyurethane-based foam soft material having flexibility and elasticity). 19 and a tape having a substantially rectangular cross section, including a flexible plate-like release sheet (for example, a paper release paper) 21 detachably bonded to the tape member 19 so as to cover the sticking surface 19a. The release sheet 21 of 17 is peeled from the tape member 19, the sticking surface 19a of the tape member 19 is exposed, and the tape member 19 is stuck to the sticking body 3 with the sticking surface 19a. .

  The sticking jig 1 includes a long jig body 5, a pressing roller 23, a separation roller 25 as a separation member, and a guide member 27. Specifically, the jig body 5 includes a first guide part 7, a second guide part 11, a third guide part 13, and a fourth guide part 15. As for each guide part 7,11,13,15, the 1st guide part 7 and the 2nd guide part 11 mutually oppose the thickness direction X2 of the tape 17, and the 3rd guide part 13 and the 4th guide part 15 are the same. It arrange | positions so that it may mutually oppose in the width direction Y of the tape 17. FIG. The guide portions 7, 11, 13, and 15 define a tape insertion passage 29 having a substantially rectangular cross section through which the tape 17 can be inserted.

  The first guide portion 7 is constituted by a plurality of guide rollers 9 arranged in the insertion direction Z of the tape 17. Each guide roller 9 has a through hole 15a formed at both ends thereof in a through hole 13a formed in the third guide part 13 and a fourth guide part 15 so as to face the through hole 13a and the width direction Y of the tape 17. The shaft 9a is rotatably supported in the width direction Y between the third guide portion 13 and the fourth guide portion 15 with the shaft 9a. The plurality of guide rollers 9 are configured to rotate by contact friction with the release sheet 21 while the tape 17 is inserted into the tape insertion passage 29. Therefore, substantially no frictional resistance is generated between the tape 17 and the guide roller 9, and the frictional resistance between the jig body 5 and the tape 17 can be reduced as a whole. Therefore, the insertion operation of the tape 17 in the tape insertion passage 29 can be made smooth. On the other hand, the second guide portion 11 facing the first guide portion 7 in the thickness direction X2 of the tape 17 is configured by a plate-like portion having a rectangular shape in plan view extending in the insertion direction Z. The distance between the second guide portion 11 and the first guide portion 7 (specifically, each guide roller 9 constituting the first guide portion 7) is set slightly larger than the thickness of the tape 17, and these The first guide portion 7 and the second guide portion 11 restrict the movement of the tape 17 inserted through the tape insertion passage 29 in the thickness direction X2.

  On the other hand, each of the third guide part 13 and the fourth guide part 15 is positioned perpendicular to the first guide part 7 and the second guide part 11, extends in the insertion direction Z, and advances from the center part to the bottom part. It is composed of a plate-like portion that bulges in the direction X1. Each of the third guide portion 13 and the fourth guide portion 15 is set such that the distance between the third guide portion 13 and the fourth guide portion 15 is set slightly larger than the width of the tape 17. The movement in the width direction Y of the tape 17 inserted through the tape insertion passage 29 is restricted by the 13 and the fourth guide portion 15. That is, the jig body 5 is configured so that the movement of the tape 17 inserted through the tape insertion passage 29 in the width direction Y and the thickness direction X2 is restricted. As will be described in detail later, the jig body 5 is advanced in the forward direction X1 shown in FIG. 1 when the tape member 19 is stuck to the sticking body 3.

  At the corner in the forward direction X1 at the end on the bottom surface side of the jig body 5 where the tape insertion passage 29 opens, the outer peripheral surface of the pressing roller 23 is closer to the sticking body 3 than the jig body 5 (in FIG. Side) and the back side (right side in FIG. 1). The pressing roller 23 is inserted into the tape insertion path 29 and presses and sticks the tape member 19 from which the release sheet 21 has been peeled off by the separating roller 25 described in detail later to the sticking body 3. is there. Specifically, the pressing roller 23 is formed so that both ends thereof are opposed to the through hole 13 b formed in the third guide portion 13 and the fourth guide portion 15 in the width direction Y of the through hole 13 b and the tape 17. The shaft 23a is inserted into the through hole 15b, and is supported by the shaft 23a so as to be rotatable in the width direction Y between the third guide portion 13 and the fourth guide portion 15.

  A separation roller 25 is provided along with the pressing roller 23 at one end in the longitudinal direction of the jig body 5 (end on the bottom surface side). The separation roller 25 is provided in the forward direction X1 side with respect to the pressing roller 23 and is bridged in the width direction Y of the tape 17 so as to be separated from the pressing roller 23 by a thickness equal to or greater than the thickness of the tape member 19. That is, the separation roller 25 is disposed such that the outer peripheral surfaces of the roller 25 and the pressing roller 23 are spaced apart from each other by a thickness greater than the thickness of the tape member 19. The separation roller 25 has a shaft 25a that extends in the width direction Y of the tape and is inserted into a through hole 13c formed in the third guide portion 13 and a through hole 15c formed in the fourth guide portion 15 at both ends. The shaft is rotatably supported by the shaft in the width direction Y of the tape. The separation roller 25 is for peeling the release sheet 21 from the tape member 19, and abuts on the sticking surface 19 a of the tape member 19 that passes between the pressing roller 23 and the separation roller 25. Is arranged so as to rotate with the insertion of the tape member 19. Therefore, the tape member 19 can be smoothly inserted without being stuck to the separation roller 25 and hindering the insertion of the tape member 19.

  Further, a guide member 27 is attached to the bottom surface side of the side surface of the fourth guide portion 15 along the forward direction X1 of the jig body 5. The guide member 27 contacts the side surface 3a of the corner portion 3b of the sticking body 3 to slide and guide the jig body 5 in the forward direction. The guide member 27 allows the forward operation of the jig body 5 to be performed. It becomes easier and the working efficiency of sticking the tape member 19 is improved. Furthermore, it becomes possible to stick the tape member 19 correctly to the desired sticking position of the sticking body 3. Specifically, the guide member 27 is provided so as to protrude from the pressing roller 23 toward the sticking body 3, and a guide portion 27 b that contacts the corner side surface 3 a and a square that attaches the guide portion 27 b to the fourth guide portion 15. It is comprised by the column-shaped attachment part 27a. The guide 27b may be cylindrical or polygonal. Of these, a cylindrical shape is particularly preferable. By making the guide portion 27b cylindrical, the guide portion 27b and the corner side surface 3a come into line contact, and the contact friction between the guide portion 27b and the sticking body 3 can be reduced and the guide portion 27b It can be slid reliably along the corner side surface 3a. Therefore, a smoother forward operation of the jig body 5 is possible.

  Next, the point which sticks the tape member 19 to the sticking body 3 using the sticking jig 1 based on FIG. 6 is demonstrated.

  FIG. 6 shows a state in which the worker 33 sticks the tape member 19 to the sticking body 3 using the sticking jig 1. A roll 35 around which the tape 17 is wound is prepared in the work place, and the tape 17 pulled out from the roll 35 is rotatably supported by a mounting member 37 attached to the fixed body 36 by a pulley 39. It is guided and supplied to the sticking jig 1 held by the worker 33. The worker 33 introduces the tape 17 supplied in this way into the tape insertion passage 29 formed in the jig body 5 so that the release sheet 21 faces the first guide portion 7 side, and for separation. The tape member 19 and the release sheet 21 are separated before the roller 25, and the tape member 19 is inserted between the pressing roller 23 and the separation roller 25, while the release sheet 21 advances more than the separation roller 25. The state guided in the direction X1 is arranged in advance. Then, as shown in FIG. 1, the jig body 5 is erected substantially vertically on the sticking body 3, and is brought into contact with the corner side surface 3 a of the sticking body 3 fixed on the receiving base 31. And the sticking surface 19a in the edge part of the tape member 19 exposed from the tape insertion path 29 is stuck to the sticking body 3 according to the sticking start position of the sticking body 3, and the worker 33 is a jig | tool from there. While pressing the main body 5 in the direction of the sticking body 3, the tape member 19 is stuck to the sticking body 3 by performing a forward operation so that the guide portion 27 b slides on the corner side surface 3 a. Here, in the tape insertion path 29, the tape 17 to which the release sheet 21 and the tape member 19 are integrally attached is moved by the separation roller 25 by the advancement of the attaching jig 1. And the tape member 19 are sequentially separated. And since the jig | tool main body 5 is slidably guided by the guide part 27b, the worker 33 moves forward accurately and easily with respect to the sticking position of the sticking body 3, and sticks the tape member 19 on it. Therefore, the work efficiency of attaching the tape member 19 can be improved.

  Hereinafter, the sticking operation of the tape member 19 will be described in more detail. When the worker 33 moves forward the jig body 5, the pressing roller 23 pressed against the sticking body 3 via the tape member 19 rotates and the tape 17 is drawn into the tape insertion path 29. Here, as described above, the movement of the tape 17 in the thickness direction X2 is restricted by the first guide portion 7 and the second guide portion 11, and the width direction of the tape 17 is restricted by the third guide portion 13 and the fourth guide portion 15. Since the movement of Y is restricted, the tape 17 is supplied smoothly and stably to one end portion in the longitudinal direction of the jig body 5 provided with the pressing roller 23 without largely moving in the tape insertion path 29.

  Further, since the first guide portion 7 is composed of a plurality of guide rollers 9 that are rotated by the release sheet 21 of the tape 17, the frictional resistance between the first guide portion 7 and the tape 17 is reduced, and the jig as a whole. The frictional resistance between the main body 5 and the tape 17 can be reduced. Accordingly, the insertion operation of the tape 17 into the tape insertion passage 29 is smoothly performed.

  The tape 17 drawn into the tape insertion passage 29 is further drawn to the pressing roller 23 side by the operator 33 operating the jig body 5 forward. Then, the release sheet 21 is smoothly peeled from the tape member 19 by the separation roller 25 positioned between the tape member 19 and the release sheet 21 at one end in the longitudinal direction of the jig body 5, and the tape member 19 is drawn between the pressing roller 23 and the sticking body 3 by the rotation of the pressing roller 23, while the release sheet 21 peeled from the tape member 19 is guided in the forward direction X1 by the separating roller 25. go. Here, the separation roller 25 is disposed so as to contact the exposed sticking surface 19 a of the tape member 19, and is inserted between the pressing roller 23 and the separation roller 25 as the operator 33 moves forward. The tape member 19 rotates in contact with the sticking surface 19a. For this reason, adhesion between the separating roller 25 and the sticking surface 19a of the tape member 19 is suppressed, and the tape member 19 is smoothly inserted between the pressing roller 23 and the separating roller 25. Further, since the tape member 19 and the release sheet 21 are each flexible, the release sheet 21 is smoothly peeled from the tape member 19 by the separation roller 25, and the tape insertion passage 29 is provided. The tape member 19 inserted into the sticking body 3 in a substantially vertical direction is bent approximately 90 ° by the rotation of the pressing roller 23 and is smoothly drawn between the pressing roller 23 and the sticking body 3. While being stuck to the sticking body 3, the peeled release sheet 21 is smoothly guided in the forward direction X1. That is, since each of the tape member 19 and the release sheet 21 has flexibility, the forward operation of the jig body 5 is not hindered by the released release sheet 21, and the tape of the release sheet 21 The peeling from the member 19 and the sticking operation of the tape member 19 can be performed smoothly.

  Then, the tape member 19 from which the release sheet 21 is peeled off by the separating roller 25 and the sticking surface 19a is exposed is drawn between the pressing roller 23 and the sticking body 3 by the pressing roller 23 together with the advance operation of the worker 33. Here, the tape member 19 is stuck by being pressed against the sticking body 3 by the pressing roller 23.

  Thus, the worker 33 can stick the tape member 19 easily and accurately with high work efficiency by performing the forward operation while pressing the sticking jig 1 in the direction of the sticking body 3. Moreover, according to the sticking procedure using this sticking jig 1, the tape member 19 can be stuck without using a large and expensive sticking device, and it is necessary to stick the tape member 19. Cost can be reduced.

  In addition, although the sticking of the tape member 19 formed in the sticking surface 19a by which the sticking material (adhesive) was apply | coated to one side here was demonstrated, for example, in addition to the sticking surface 19a, the sticking surface 19a The opposing surface 19b opposite to the other is also constituted by an adhesive surface to which an adhesive material (adhesive) is applied, and a double-sided adhesive tape member in which the release sheet is also peelably adhered to the opposing surface 19b, so-called A double-sided adhesive tape member can also be stuck using the sticking jig 1. In that case, according to the above procedure, first, the release sheet is adhered to the facing surface 19b with the release sheet adhered thereto, and then the release sheet adhered to the facing surface 19b is peeled off. It can be bonded to the sticker by pressing relatively.

  Further, in the sticking jig 1, the first guide portion 7 is composed of a plurality of guide rollers 9, but the first guide portion 7 is formed in a plate shape and the second guide portion 11 is used for a plurality of guides. You may comprise with a roller. Further, both the first guide portion 7 and the second guide portion 11 may be configured by a plurality of guide rollers, respectively, and the frictional resistance between the tape 17 and the jig body 5 may be further reduced.

  Moreover, for example, when the part where the tape member 19 of the tape member 19 is stuck to the sticking body is a concave stripe part, the guide member 27 is provided on the jig body 5 as in this embodiment. Without being provided on the side surface, the jig main body 5 may be provided such that the lower end surface is located in the forward direction of the separation roller 25 and is slid into the recess.

  The sticking jig 1 described above can be used widely, for example, for sticking tape members to automobile parts as described below, and for sticking tape members to building materials.

  Specifically, for example, the tape member 19 can be attached to the door inner panel 57 of the side door 51 shown in FIG.

  FIG. 7 is a sectional view of the side door 51. The side door 51 is a panel-like body attached with a metal door body 53 including a door outer panel 55 and a door inner panel 57, and a periphery of an opening 57 a of the door inner panel 57 with a bolt 63 and a weld nut 65. A resin carrier plate 59 and a door trim 61 attached so as to cover the carrier plate 59 from the vehicle interior side are provided. A tape member 19 having a function as a seal is provided between the door inner panel 57 and the carrier plate 59 along the outer peripheral edge of the carrier plate 59 on the vehicle outer side surface side. The sticking of the tape member 19 to the carrier plate 59 as the sticking body 3 can be performed using the sticking jig 1. In this case, the sticking jig 1 is advanced while the guide part 27 b of the sticking jig 1 is brought into contact with the side surface 59 a of the peripheral corner part 59 b of the carrier plate 59. By doing so, the cost required for sticking the tape member 19 to the carrier plate 59 can be reduced, and as a result, the manufacturing cost of the side door 51 can be reduced.

  The present invention includes a flexible plate-shaped tape member having adhesiveness on at least one side surface, and a flexible plate-shaped release sheet that is detachably bonded to the one side surface of the tape member. It is useful for a tape member sticking jig for peeling the tape release sheet from the tape member and sticking the tape member to a sticking body.

It is a side view of the sticking jig. It is the rear view which looked at the sticking jig | tool 1 from the direction II of FIG. It is the front view which looked at the sticking jig | tool 1 from the direction III of FIG. It is the bottom view which looked at the sticking jig | tool 1 from the direction IV of FIG. It is sectional drawing of the sticking jig | tool 1 in the VV line | wire of FIG. FIG. 3 is a conceptual diagram illustrating a state in which a worker 33 sticks the tape member 19 to the sticking body 3 using the sticking jig 1. 3 is a cross-sectional view of a side door 51. FIG.

Explanation of symbols

1 Sticking jig
3 Adhesives
3a Corner side
3b Corner
5 Jig body
7 First guide
9 Guide rollers
11 Second guide part
13 Third guide
15 4th guide part
17 tapes
19 Tape material
19a Adhesive surface
21 Release sheet
23 Pressing roller
25 Separation roller
27 Guide members
27a Mounting part
27b Guide section
29 Tape insertion path

Claims (4)

The release of the tape comprising: a flexible plate-like tape member having adhesiveness on at least one side; and a flexible plate-like release sheet that is releasably bonded to the one side of the tape member. A tape member attaching jig for peeling a mold sheet from the tape member and sticking the tape member to an adhesive body,
A long jig that includes a tape insertion passage having a substantially rectangular cross section that restricts movement in the width direction and thickness direction of the tape and allows the tape to be inserted in the longitudinal direction, and is advanced in the longitudinal direction of the tape member. The body,
A pressing roller for pressing the tape member that is pivotally supported at one end of the jig body in the longitudinal direction so as to be rotatable in the width direction of the tape;
It is provided on the forward direction side of the jig body with respect to the pressing roller, and is cross-linked in the width direction of the tape so as to be separated from the pressing roller by the thickness of the tape member, thereby peeling the release sheet from the tape member. A separating member to be
With
By advancing the jig body, the release sheet of the tape inserted through the tape insertion path is peeled from the tape member by the separation member, and the tape member from which the release sheet is peeled is An adhesive jig for a tape member, characterized in that the adhesive member is configured to be inserted between the separation member and pressed against the adhesive body by the pressing roller. In the sticking jig of the tape member according to claim 1,
The tape member sticking jig, wherein the separation member comprises a separation roller pivotally supported so as to rotate by a tape member inserted between the pressing roller and the separation member. In the sticking jig of the tape member according to claim 1 or 2,
The jig body is disposed opposite to each other, and a first guide portion and a second guide portion that restrict movement in the thickness direction of the tape, and a jig body that is disposed opposite to each other and restricts movement in the width direction of the tape. The tape guide passage is defined by the three guide portions and the fourth guide portion, and at least one of the first guide and the second guide is rotatable in the width direction of the tape. A tape that is pivotally supported between the third guide and the fourth guide, is arranged in a plurality spaced apart in the tape insertion direction, and is constituted by a guide roller so as to be rotated by the tape. Member sticking jig. In the sticking jig of the tape member according to any one of claims 1 to 3,
Provided on one side along the advancing direction of the jig main body so as to protrude from the pressing roller toward the adhering body, and abuts the corner side surface of the adhering body to slide the jig main body in the advancing direction. An adhesive jig for a tape member, comprising a guide member for carrying out the process.

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