JP6421538B2 - Tape processing unit - Google Patents

Description

  The present invention relates to a tape processing apparatus used when an adhesive tape is cut to a required length.

  Conventionally, for example, a holder for holding an adhesive tape wound and held, and a leading end side pulled out by the holder so that an adhesive tape coated with an adhesive on one side of the substrate can be cut to a required length. A tape dispenser having a cutter mechanism capable of cutting an adhesive tape is well known.

  Some of these tape dispensers have been devised so that, for example, the base material can be easily peeled off from the fastening object after being fastened to the fastening object. As an example, there is one in which a part of one end side of a fastening surface provided by coating on the entire area of one surface of the base material is folded back and the fastening surfaces are fastened (for example, Patent Document 1). With such a configuration, the adhesive tape comes to face one surface side and the other surface side, which is the back side of the one surface, to the surface to be fixed, and between the other surface side where the adhesive is not provided and the surface to be fixed. It is possible to fix the adhesive tape in a state where the adhesive tape can be easily peeled off by inserting a finger with a finger when appropriate and not picking it up.

  However, even if it is as described in the above-mentioned patent document, since the base material is in contact with the surface to be fixed or close to a position where there is almost no gap, a finger or the like is inserted from one end side of the adhesive tape. It may be difficult to do.

Japanese Patent No. 3683190

  This invention pays attention to the points as described above, and an object thereof is to provide a tape processing apparatus capable of easily separating a base material of an adhesive tape once fixed from a surface to be fixed. .

  In order to achieve such an object, the present invention takes the following measures.

  That is, in the tape processing apparatus according to the present invention, one surface side of a predetermined region in the width direction of the base material is a fastening surface provided with an adhesive, and one surface side of the width direction including one end in the width direction of the base material is The adhesive tape is used for an adhesive tape having a non-stick surface provided with no adhesive, and includes a bending mechanism for bending or bending the non-stick surface of the adhesive tape to the other surface side.

  Here, as an aspect in which the pressure-sensitive adhesive is provided, for example, a liquid or gel-like pressure-sensitive adhesive is directly applied to the base material, for example, on a nonwoven fabric soaked in pressure-sensitive adhesive or both front and back surfaces. A mode in which a separate sheet coated with a pressure-sensitive adhesive is attached to a substrate is also included.

  In such a case, the adhesive tape is fixed to the surface to be fixed in a state where the non-fixed surface of the base material is curved or bent to the other surface side by the bending mechanism. Thereby, the user can easily pick a region having the non-stick surface of the base material. As a result, it is possible to realize a tape processing apparatus capable of applying an adhesive tape so that the base material can be easily peeled off from the surface to be fixed by the user's will.

As a configuration that allows the base material to be attached to the fastening target surface in a state where it can be more easily peeled off from the fastening target surface, the bending mechanism turns the non-sticking surface back to the other surface side and faces the other surfaces of the base material. .

In particular, in order to make it easy to attach the adhesive tape to the bending mechanism while maintaining the function of reliably bending the base material, the tape processing apparatus according to the present invention has the bending mechanism in contact with the one surface side of the base material. A backing member and a pressing member that presses the folded non-fixed surface toward the backing member. A hinge for connecting the backing and the pressing member so as to be relatively rotatable in the width direction is provided .

As a configuration for reliably positioning the folded base material, the pressing member includes a first pressing surface that presses the folded non-stick surface, a second pressing surface that presses the other surface side of the adhesive tape, and the second pressing surface. And a stepped surface interposed between the one pressing surface and the second pressing surface and capable of coming into contact with one end edge in the width direction of the substrate.

In order to be able to pull out smoothly while effectively avoiding the problem that the adhesive tape is displaced in the width direction when the substrate is bent or bent by the bending mechanism, making it difficult to function the bending mechanism at the required position. to the backing, and a roller which is rotated by the operation of the substrate while in contact with the fastening surface.

  In particular, the tape processing apparatus of the present invention can be suitably applied to a pressure-sensitive adhesive tape referred to as a so-called double-sided tape in which the pressure-sensitive adhesive tape is configured to be peelable from the base material. That is, the base material can be promptly removed from the surface to be fixed when the double-sided tape is used.

As a configuration for realizing the tape dispenser described above with a simple configuration, a cutter mechanism having a cutter main body for cutting the adhesive tape and a cutter holding portion for supporting the cutter main body in an exchangeable manner is provided. , that have no the configuration as molded integrally with the mechanism bend the cutter holder.

<Reference example>
Further, as a tape processing apparatus that is different from the tape processing apparatus according to the present invention and is not included in the present invention, one end in the width direction of the adhesive tape having one surface side of the base material as a fastening surface provided with an adhesive is provided. A tape processing apparatus comprising a bending mechanism that bends or bends the base material so that the surfaces of the base material face each other with the part thereof turned toward the other end, and the back side where the bending mechanism touches from one side of the base material A pressing member that presses a part including one end in the width direction of the backing and the folded base member toward the other part facing each other, and a hinge that connects the backing and the pressing member so as to be relatively rotatable in the width direction; The tape processing apparatus can be mentioned.

  If it is such, the subject that the tape dispenser which is a tape processing device of the above-mentioned patent documents 1 has the procedure which can attach and use an adhesive tape to a bending mechanism can be solved. In other words, the procedure for enabling the adhesive tape to be attached to the bending mechanism can be configured to be easier while using a simple configuration.

  And if it concerns the said reference example, the adhesive tape will make the whole area | region of one surface of a base material into the fastening surface which applied the adhesive, and the tape of the structure by which a bending mechanism faces a fastening surface mutually The present invention can also be suitably applied to a processing apparatus.

  According to the present invention, it is possible to provide a tape processing apparatus capable of easily separating a base material of an adhesive tape once fixed from a surface to be fixed.

The left view which concerns on one Embodiment of this invention. The right side view. The external view. Action | operation explanatory drawing which concerns on the same embodiment. Structure explanatory drawing which shows the principal part of this embodiment. FIG. 3 is a cross-sectional view taken along line AA according to FIG. 2. The left view of the principal part which concerns on FIG. The right view of the principal part which concerns on FIG. Explanatory drawing which concerns on the modification of the embodiment. The figure which illustrates typically the principal part which concerns on the reference example different from this invention.

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

  As shown in FIGS. 1 to 8, the tape dispenser 1 as the tape processing apparatus according to the present embodiment adheres to the surface to be fixed by peeling the adhesive T2 provided on the base T1 from the base T1. It can be suitably applied to a pressure-sensitive adhesive tape T called a double-sided tape, which can fix different things via the agent T2. The adhesive tape T used in the tape dispenser 1 has a non-fixed surface T4, also called a dry edge, on which one side of the width direction including one end of the base material T1 in the width direction is not provided with the adhesive T2. It is a thing. In other words, the adhesive tape T has one surface side of a predetermined region in the width direction of the substrate T1 as a fastening surface T3 provided with the adhesive T2, and one surface side of a width direction including one end in the width direction of the substrate T1. The non-stick surface T4 is provided with no adhesive T2. In the present embodiment, the pressure-sensitive adhesive T2 is formed into a sheet shape by immersing and covering the gel-like pressure-sensitive adhesive composition in, for example, a sheet-like nonwoven fabric formed separately from the base material T1. Thereby, the sheet-like pressure-sensitive adhesive T2 can stably maintain the sheet-like shape even after being peeled from the substrate T1. The pressure-sensitive adhesive tape T is wound and held on a core, which is a cardboard formed into a ring shape, for example.

  Here, the tape dispenser 1 according to the present embodiment has a holder 2 that holds the adhesive tape T, and a cutter mechanism 4 that cuts the adhesive tape T at the tip side of the adhesive tape T held by the holder 2. ing. In particular, the tape dispenser 1 as a tape processing apparatus includes a bending mechanism 3 that bends or bends the non-fixed surface T4 to the other surface T5 side, for example, on the base end side of the cutter mechanism 4. It is.

  Hereinafter, the structure of each part of the tape dispenser 1 will be described. The tape dispenser 1 is configured by assembling a separate tip unit 10 to a holder 2 that holds an adhesive tape T. The tip unit 10 plays the role of the cutter mechanism 4, the bending mechanism 3, and the attachment mechanism 5 for attaching to the holder 2. That is, the tape dispenser 1 has a holder 2, a cutter mechanism 4, a bending mechanism 3, and an attachment mechanism 5.

  The holder 2 is configured by punching a sheet material such as cardboard or sheet-like resin into an appropriate shape and bending it. The holder 2 has a tape holding portion 21 that rotatably holds the adhesive tape T at a central portion in a side view, a stand 22 for allowing the holder 2 itself to stand on a desk, for example, and a unit attachment portion for attaching the tip unit 10. 23. The unit mounting portion 23 is formed by making appropriate openings and notches in two portions of the sheet material positioned so as to sandwich the adhesive tape T with the side view edge portion of the holder 2 interposed therebetween.

  Hereinafter, each part of the tape dispenser 1 which comprises the front-end | tip unit 10 is demonstrated. The tip unit 10 is mainly composed of an integrally molded resin molded product, and is configured by assembling a roller 31 and a cutter body 41, which will be described later, separately on the resin molded product. However, of course, the tip unit 10 is not limited to such a configuration. In addition, in FIG.5, FIG.7 and FIG.8 which are the structure explanatory drawings which show the front-end | tip unit 10, illustration of the cutter main body 41 is abbreviate | omitted for convenience.

  The attachment mechanism 5 includes a first attachment portion 51 that sandwiches the unit attachment portion 23 located on one end side in the width direction of the adhesive tape T from the width direction, and a second attachment portion that is engaged with and fixed to the unit attachment portion 23 on the other end side. 52. The first mounting portion 51 includes a first mounting plate 53 that contacts and engages with the unit mounting portion 23 from the inside, and a sheet material that constitutes the unit mounting portion 23 together with the first mounting plate 53 to sandwich the unit mounting portion 51. And a first clamping plate 54 for firmly fixing to the portion 23. The first mounting plate 53 and the first clamping plate 54 are integrally formed with each other via a resin hinge h in order to reduce the number of parts constituting the tip unit 10. The plates 54 may be configured separately. The second attachment portion 52 is engaged with the unit attachment portion 23 from the inside at the other end side of the first attachment portion 51 via the adhesive tape T and also with the bending mechanism 3 by being engaged with the bending mechanism 3. This is for maintaining the state where T is correctly mounted. The second mounting portion 52 is mainly composed of a second mounting plate 55 that engages with the unit mounting portion 23 from the inside, and an engaging projection 55 a provided on the second mounting plate 55 constitutes a sheet material constituting the unit mounting portion 23. Is engaged with the bending mechanism 3 side outside. In the present embodiment, the shape for engaging the attachment mechanism 5 on the holder 2 side is not particularly limited, and various existing shapes and configurations can be applied, and thus detailed description thereof is omitted.

  The cutter mechanism 4 includes a cutter main body 41 for cutting the adhesive tape T and a cutter holding portion 42 that supports the cutter main body 41 so that the cutter main body 41 can be replaced. As part of the structure. In other words, the cutter holding part 42 is formed integrally with the bending mechanism 3. The cutter body 41 is a substantially rectangular metal plate whose one side is formed into an appropriate shape so that the adhesive tape T can be cut with a small force. In this embodiment, by forming an opening in the cutter body 41, the opening and the three sides that do not cut the adhesive tape T are appropriately engaged with or brought into contact with the cutter holding part 42, so that it is suitable for the cutter holding part 42. It can be fixed to. However, the existing various aspects can be applied to the shape and configuration of the cutter main body 41 to be fixed to such a cutter holding portion 42. The cutter holding part 42 includes a cutter mounting plate 43 to which the cutter body 41 can be assembled, and a cutter clamping plate 44 that can clamp the cutter body 41 together with the cutter mounting plate 43 from the thickness direction and securely fix the cutter body 41. ing. In the present embodiment, the cutter mounting plate 43 and the cutter clamping plate 44 are integrally formed with each other via a resin hinge h in order to reduce the number of parts constituting the tip unit 10. The plates 44 may be configured separately from each other.

  Therefore, the tape dispenser 1 according to the present embodiment includes the bending mechanism 3 that turns the non-fixing surface T4 toward the other surface T5 and faces the other surfaces T5 of the base material T1.

  The bending mechanism 3 includes a roller 31 that is a backing that the bending mechanism 3 comes into contact with from one side of the substrate T1, a pressing member 32 that presses the folded back non-stick surface T4 toward the roller 31, and a roller 31. On the other hand, a hinge 33 that moves the pressing member 32 so as to be relatively rotatable in the width direction, and is fixed to the holder 2 and the mounting mechanism 5 in a state in which the hinge 33 is closed, so that the rollers 31, the pressing member 32, and the hinge 33 are fixed. And an engaging portion 34 that can fix the relative position to a required position.

  The roller 31 includes a rotating shaft 31a attached to the resin structure, and an elastic member 31b that covers the rotating shaft 31a and has an elastic resin material formed in a cylindrical shape. The surface of the elastic member 31b is subjected to a peeling process such as silicon processing. As a result, the roller 31 can sequentially contact the adhesive T2 by the operation of the substrate T1 by pulling out the adhesive tape T, and can rotate while being separated.

  The pressing member 32 includes a first pressing surface 36 on which the pressing member 32 presses the folded back non-stick surface T4, a second pressing surface 37 that presses the other surface T5 side of the adhesive tape T, and the first pressing surface. Between the surface 36 and the second pressing surface 37, there is a step surface 38 which is interposed so as to be recessed with respect to the second pressing surface 37 and can come into contact with one end edge T6 in the width direction of the substrate T1. doing. And since the dimension of the level | step difference surface 38 is set to the thickness dimension of the base material T1 or a dimension slightly larger than the said thickness dimension, when the press member 32 presses toward the roller 31, it is below the 1st press surface. An accommodation space X that can accommodate the folded base material T2 is formed.

  That is, the bending mechanism 3 provided in the tip unit 10 according to the present embodiment inserts the adhesive tape T with the hinge 33 opened as shown in FIGS. 5, 7, and 8, and the hinge as shown in the other drawings. By setting 33 in the closed state, the adhesive tape T can be easily attached correctly. The engaging portion 34 is mainly composed of a plate-shaped engaging plate 34a. When the engaging hole 34b provided in the engaging plate 34a closes the hinge 33, the engaging portion 34 is engaged with the engaging protrusion 55a. The engaging portion 34 and the pressing member 32 are fixed to the holder 2.

  And in this embodiment, when pulling out the adhesive tape T, the adhesive T2 provided on the fastening surface T3 comes into contact with the roller 31, and the base member T1 is bent by the pressing member 32 while rotating. It is possible to bend the non-stick surface T4 accurately without any deviation of the adhesive tape T. Specifically, one end edge T6 in the width direction of the adhesive tape T is in contact with the step surface 38 as shown in FIG. At the same time, the non-stick surface T4 bent is pressed by the first pressing surface 36. Thereby, the bending mechanism 3 according to the present embodiment can bend the base material T1 accurately in combination with the action of the roller 31 in the width direction.

  By adopting the above-described configuration, the adhesive tape T is fixed to the fixing target surface in a state where the non-fixing surface T4 of the base material T1 is curved or bent to the other surface T5 side by the bending mechanism 3. The user can easily pick a region having the non-stick surface T4 of the base material T1. As a result, the tape dispenser 1 is realized as a tape processing apparatus capable of applying the adhesive tape T so that the base material T1 can be easily peeled off from the surface to be fixed by the user's will.

  In the present embodiment, the bending mechanism 3 folds the non-fixed surface T4 back to the other surface T5 side so that the base material T1 can be attached to the target surface in a state where the base material T1 is more easily peeled off from the target surface. A configuration in which the other surfaces T5 of T1 face each other is applied.

  In particular, as an effective configuration for facilitating the attachment of the adhesive tape T to the bending mechanism 3 while maintaining the function of reliably bending the base material T1, in the present embodiment, the bending mechanism 3 includes the base material T1. A roller 31 that is in contact with one surface side, a pressing member 32 that presses the folded back non-fixed surface T4 toward the roller 31, and a hinge 33 that connects the roller 31 and the pressing member 32 so as to be relatively rotatable in the width direction. I have it. Such a configuration also facilitates maintenance when a turn-back failure occurs.

  In this embodiment, as a configuration for surely positioning the folded base material T1, the pressing member 32 presses the folded back non-stick surface T4 and the other surface T5 of the adhesive tape T. A structure having a second pressing surface 37 that presses the side and a step surface 38 that is interposed between the first pressing surface 36 and the second pressing surface 37 and can be in contact with one end edge T6 in the width direction of the substrate T1. Has been applied. In particular, in the present embodiment, by providing this stepped surface 38, a base material T1 that forms a non-fixed surface T4 that is bent and stacked below the first pressing surface 36 is accommodated, thereby making the base material T1 smoother. The bend is realized.

  When the bending mechanism 3 bends or bends the base material T1, the adhesive tape T can be pulled out smoothly while effectively avoiding the problem that the bending mechanism 3 is displaced in the width direction, making it difficult to function the bending mechanism 3 at a required position. In order to do so, in this embodiment, a roller 31 that rotates by the operation of the base material T1 while being in contact with the fixing surface T3 is applied as a backing.

  In particular, in this embodiment, by adopting a so-called double-sided tape as the pressure-sensitive adhesive tape T, the base material T1 once fixed to the surface to be fixed can be quickly removed. Prompt work using can be performed.

  In order to effectively reduce the number of parts constituting the tape dispenser 1, in this embodiment, the cutter main body 41 is replaceably supported and a part of the bending mechanism 3 is integrally formed as a tip unit 10. The configuration is applied.

<Modification>
Although the modification of the said embodiment is explained in full detail below, the same code | symbol is attached | subjected about the thing equivalent to the component of the said embodiment in the said modification, and the detailed description is abbreviate | omitted.

  In the tape dispenser 1 according to the above-described embodiment, the bending mechanism 3 having the hinge 33 is applied as a bending mechanism 3, but the bending mechanism 3 without the hinge 33 may be applied.

  A tape dispenser 1 as a tape processing apparatus according to this modification has a bending unit 30 constituting a bending mechanism 3 and a cutter mechanism 4 assembled separately to a holder 2.

  The cutter mechanism 4 includes a cutter body 41 that can cut the adhesive tape T as in the above-described embodiment, and an insertion piece 45 that protrudes in a direction bent from both sides of the cutter body 41. The insertion piece 45 is fixed by being inserted into the unit mounting portion 23 in the holder 2.

  In addition, in this modified example, in addition to the tape holding part 21, the stand 22, and the unit mounting part 23, the holder 2 partially uses a sheet material in order to expose both end faces in the width direction of the adhesive tape T that is wound and held. A tape exposed portion 24 formed by being recessed is provided. By providing the exposed portion 24, when the adhesive tape T is cut by the cutter mechanism 4, the adhesive tape T can be pressed so as not to rotate in the holder 2 by picking it with fingers.

  Therefore, the bending mechanism 3 of the tape dispenser 1 according to this modification is formed in a slit shape integrally with the roller 31 and the bending unit 30 similar to the above-described embodiment, and the non-stick surface T4 is curved toward the other surface T5. And a guide portion 35 formed accordingly.

  Even in such a case, the non-fixed surface T4 which is the dry edge portion of the adhesive tape T can be bent to the other surface T5 side as in the above embodiment, and after the adhesive tape T is fixed to the surface to be fixed Only the base material T1 can be easily peeled off.

  As mentioned above, although embodiment of this invention, the modification, and the reference example which is not included in this invention were demonstrated, the specific structure of each part is not limited only to embodiment mentioned above and a modification, This book Various modifications can be made without departing from the spirit of the invention.

  For example, in the above-described embodiment, a mode in which the base material and the pressure-sensitive adhesive are configured to be peelable as the pressure-sensitive adhesive tape is disclosed, which is a so-called double-sided tape. There may be. Such an adhesive tape can be effectively used for applications such as sticky notes that can be easily separated from the attachment target surface together with the adhesive and the base material after being attached to the attachment target surface. Furthermore, although the said embodiment disclosed the aspect with which the tape processing apparatus was integrally provided in the holder for hold | maintaining an adhesive tape, of course, it can be assembled | attached to a part of cyclic | annular adhesive tape separately from a holder or a cutter mechanism. It is good also as a tape processing device comprised in this. Of course, a tape processing apparatus in which the bending mechanism can be retrofitted to the holder or the cutter mechanism may be used. Further, in the above-described embodiment, a mode in which the base material is curved or bent over the entire longitudinal region, which is the direction in which the adhesive tape is drawn out, is disclosed. Of course, only a part of the adhesive tape in the longitudinal direction is curved or bent. It may be anything. Specifically, by configuring the cutter mechanism and the bending mechanism in conjunction with each other, the bending mechanism operates only when the cutter mechanism cuts the adhesive tape, and only the base material at the end of the cut adhesive tape. The aspect which curves or bends can be mentioned. Further, specific modes such as the arrangement and structure of the hinges and rollers are not limited to those of the above-described embodiment, and various modes including the existing ones can be applied.

  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.

<Reference example>
Below, based on FIG. 10, unlike the said embodiment and modification, the reference example which is not included in this invention is described. Also in the reference example, components corresponding to the constituent elements of the embodiment are given the same reference numerals, and detailed description thereof is omitted.

  That is, in the configuration of the above-described embodiment, the bending mechanism 3 presses the backing 31 </ b> A in contact with the one surface side of the base material T <b> 1 and the part including the one end in the width direction of the base material T <b> 1 toward the other part that faces. The point which has the hinge 33 which connects the pressing member 32 and these backing 31A and the pressing member 32 so that relative rotation is possible in the width direction is also novel.

  That is, the said tape dispenser 1 which is a tape processing apparatus as a reference example is set to the fastening surface T3 provided by, for example, directly applying, for example, a liquid or gel-like adhesive T2 on one surface side of the substrate T1. It has a holder 2 for holding the adhesive tape T and a cutter mechanism 4 for cutting the adhesive tape T at the tip side of the held adhesive tape T. Therefore, the tape dispenser 1 is a base material, for example, on the base end side with respect to the cutter mechanism 4 so that a part including one end in the width direction of the adhesive tape T is turned toward the other end and the surfaces of the base material T1 face each other. A tape dispenser 1 including a bending mechanism 3 that bends or bends T1, wherein the bending mechanism 3 includes a backing 31A that is in contact with one side of the substrate T1 and one end in the width direction of the substrate T1 that is folded back. Separately from the pressing member 32 having a pressing surface 39 that presses toward the other portion facing each other, the backing 31A and the hinge 33 that connects the pressing member 32 so as to be relatively rotatable in the width direction, and the backing 31A. It has a roller R that can rotate while contacting the adhesive T2 at a location facing the backing 31A.

  FIG. 10 schematically illustrates the structure according to this reference example. In the figure, since the existing configuration including the above embodiment and the reference example can be used as appropriate for the holder 2 and the cutter mechanism 4, illustration and description thereof are omitted.

  In the tape dispenser 1 which is a tape processing apparatus according to the present reference example, the adhesive tape T to be used is a fixing surface T3 coated with the adhesive T2 on the entire surface of the substrate T1, and for example, the adhesive T2 is the substrate T1. In contrast, the pressure-sensitive adhesive tape T is configured to be non-peelable and is not a so-called double-sided tape. And the bending mechanism 3 which concerns on this reference example makes the fastening surfaces T3 of the adhesive tape T face each other.

  In this reference example, the backing 31A is not the roller 31 but is formed on the pressing member 32 via the hinge 33 and is in contact with the other surface T5 side of the base material T1 of the adhesive tape T. That is, in this reference example, since the backing 31A formed via the hinge 33 and the pressing surface 39 of the pressing member 32 face each other so as to come into contact with each other from the other surface T5 side of the substrate T1, the adhesive tape T has one end. The fastening surfaces T3 are fastened to the side by the adhesive T2, and a portion that cannot be fastened to the fastening target surface can be formed.

  As described above, in the tape dispenser 1 according to this reference example, the problem that the procedure for attaching and using the adhesive tape T to the bending mechanism 3 is complicated is effectively solved. In other words, the procedure for enabling the adhesive tape T to be attached to the bending mechanism 3 is made easier by applying the hinge 33, while using a simple configuration.

  The present invention can be used as a tape processing device used when cutting an adhesive tape to a required length.

T ... Adhesive tape T1 ... Base material T2 ... Adhesive T3 ... Fastening surface T4 ... Non-sticking surface T5 ... Other side 1 ... Tape processing device (tape dispenser)
2 ... Holder 3 ... Bending mechanism 31 ... Backing (roller)
32 ... Pressing member 33 ... Hinge 36 ... First pressing surface 37 ... Second pressing surface 38 ... Step surface 4 ... Cutter mechanism

Claims (6)

Non-fixing in which one surface side of a predetermined region in the width direction of the base material is a fixing surface provided with an adhesive, and one surface side in a width direction including one end in the width direction of the base material is not provided with the adhesive It is used for the adhesive tape as a surface,
It comprises a bending mechanism for bending or bending the non-stick surface of this adhesive tape to the other surface side,
The bending mechanism is configured to fold back the non-fixed surface to the other surface side so that the other surfaces of the base material face each other;
The bending mechanism includes a backing that comes into contact with one side of the base material and a pressing member that presses the folded non-fixed surface toward the backing ,
A tape processing apparatus having a hinge for operating the pressing member to be rotatable relative to the backing in the width direction . Non-fixing in which one surface side of a predetermined region in the width direction of the base material is a fixing surface provided with an adhesive, and one surface side in a width direction including one end in the width direction of the base material is not provided with the adhesive It is used for the adhesive tape as a surface,
It comprises a bending mechanism for bending or bending the non-stick surface of this adhesive tape to the other surface side,
The bending mechanism is configured to fold back the non-fixed surface to the other surface side so that the other surfaces of the base material face each other;
The bending mechanism includes a backing that comes into contact with one side of the base material and a pressing member that presses the folded non-fixed surface toward the backing,
Between the first pressing surface and the second pressing surface, the first pressing surface that presses the folded back non-stick surface, the second pressing surface that presses the other surface side of the adhesive tape, and the first pressing surface. A tape processing device having a stepped surface that can be in contact with one end edge in the width direction of the substrate. Non-fixing in which one surface side of a predetermined region in the width direction of the base material is a fixing surface provided with an adhesive, and one surface side in a width direction including one end in the width direction of the base material is not provided with the adhesive It is used for the adhesive tape as a surface,
It comprises a bending mechanism for bending or bending the non-stick surface of this adhesive tape to the other surface side,
The bending mechanism is configured to fold back the non-fixed surface to the other surface side so that the other surfaces of the base material face each other;
The bending mechanism includes a backing that comes into contact with one side of the base material and a pressing member that presses the folded non-fixed surface toward the backing,
The tape processing apparatus, wherein the backing has a roller that rotates by the operation of the base material while in contact with the fixing surface. Non-fixing in which one surface side of a predetermined region in the width direction of the base material is a fixing surface provided with an adhesive, and one surface side in a width direction including one end in the width direction of the base material is not provided with the adhesive It is used for the adhesive tape as a surface,
It comprises a bending mechanism for bending or bending the non-stick surface of this adhesive tape to the other surface side,
The bending mechanism is configured to fold back the non-fixed surface to the other surface side so that the other surfaces of the base material face each other;
The bending mechanism includes a backing that comes into contact with one side of the base material and a pressing member that presses the folded non-fixed surface toward the backing,
A cutter mechanism having a cutter main body for cutting the adhesive tape and a cutter holding part that supports the cutter main body in a replaceable manner;
A tape processing apparatus in which the cutter holding portion is formed integrally with the bending mechanism. The tape processing apparatus according to claim 1, 2, 3, or 4, wherein the pressure-sensitive adhesive tape is configured to be able to peel the base material and the pressure-sensitive adhesive. Non-fixing in which one surface side of a predetermined region in the width direction of the base material is a fixing surface provided with an adhesive, and one surface side in a width direction including one end in the width direction of the base material is not provided with the adhesive It is used for the adhesive tape as a surface,
A tape processing apparatus comprising a bending mechanism for bending or bending the non-stick surface of the adhesive tape to the other surface side,
A cutter mechanism having a cutter main body for cutting the adhesive tape and a cutter holding part that supports the cutter main body in a replaceable manner;
A tape processing apparatus in which the cutter holding portion is formed integrally with the bending mechanism.

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