JP6330191B2 - Correction tape sticker - Google Patents

Description

The present invention unwinds a correction tape whose one surface is an adhesive surface and the other surface is a writing surface writable with a writing tool from an unwinding portion, and pastes only the necessary amount on a surface to be pasted such as paper. The present invention relates to a correction tape applicator that cuts a correction tape at an attachment end position and ends the attachment.

Conventionally, in order to correct mistakes or to copy documents while hiding some characters at the time of copying, unwind the tape called correction tape from the unwinding part and apply only the necessary amount to the surface to be applied. The correction tape sticking tool which cut | disconnects a tape in a sticking and a sticking completion position, and complete | finishes sticking is used. As such a correction tape sticking tool, the thing like patent document 1 and patent document 2 is proposed. However, in the adhesive tape holder of Patent Document 1 (corresponding to the correction tape application tool of the present invention), the cutting edge of the cutting tool for cutting the correction tape is exposed to the outside, and the user's fingertip and the surface to be bonded are covered by this blade. There was a risk of injury.

On the other hand, Patent Document 2 discloses a hand-held device (corresponding to the correction tape application tool of the present invention) that cuts the correction tape on the outer periphery of an application roll that applies the correction tape to the surface to be applied. Since the hand-held device of Patent Document 2 presses the blade of the blade onto the application roll and cuts the correction tape, like the adhesive tape holder of Patent Document 1, the blade of the blade damages the user's fingertip and the surface to be bonded. There is no fear. However, in the hand-held device of Patent Document 2, the cutting area where the correction tape is cut by the blade of the blade is behind the contact area where the application roll attaches the tape to the surface to be applied. Even if the correction tape is to be applied to the surface to be applied, the correction tape is not immediately applied to the surface to be applied, and it is difficult for the user to start applying the correction tape from the position where the user tried to start application. Moreover, in the hand-held device of Patent Document 2, since the application roller is used to press and apply the correction tape to the application surface, the tape application position is on the inner side of the application roller outer circumference by the radius of the application roller, There was a problem that it was difficult to see where the correction tape was applied.

As described above, the conventional correction tape affixing tools have different problems, and it is easy to confirm the correction tape sticking start position and end position, and the cutting edge of the correction tape can be used to cut the correction tape. There has been no solution that simultaneously solves the three problems that the attachment surface of the correction tape can be easily started at the location where the user tries to start the application of the correction tape without damaging the application surface. In order to solve these three problems at the same time, the internal structure of the correction tape applicator is complicated, and it is difficult to provide a small correction tape applicator that can be used with one hand.

JP 3-1-19033 Special table 2003-523857

The present invention has been made in view of the above problems, and the problem to be solved by the present invention is that in the correction tape applicator, the correction tape application start position and end position can be easily confirmed, and correction is made. A small tool that does not damage the user's fingertips or the surface to be applied with the blade that cuts the tape, and that allows the user to easily start applying the correction tape at the point where the user is about to start applying the correction tape. Provide a correction tape sticker.

1st invention sticks the unwinding part which hold | maintains the correction tape which one side is an adhesive surface, and the other surface is a writing surface writable with a writing instrument so that unwinding is possible, and the adhesive surface of the said correction tape In a correction tape sticking tool that holds at least a sticking part to be attached to a surface in a housing, the tip of the sticking part has a spatula shape, and has a button that can be moved by pressing from the outside. A cutting tool for cutting the correction tape in conjunction with the movement by the inside of the housing, and a recess for inserting a blade provided at the tip of the cutter is provided in the vicinity of the tip of the sticking part, It has an elastic member that presses the button in the direction opposite to the pressing from the outside, and has a feeding portion that interlocks with the movement of the button in the direction opposite to the pressing from the outside, and the interlocking of the feeding portion causes the Cut with a blade And it is the tip of the correction tape and correction tape sticking device, wherein the unwinding until joining possible locations on the application surface by the bonding unit.

2nd invention, after affixing the said correction tape on the said to-be-applied surface by moving a correction tape sticking tool on the to-be-applied surface, pressing the said correction tape on the to-be-attached surface in the said attaching part, A button is pressed from the outside, a blade provided at the tip of the blade is inserted into the recess provided in the vicinity of the tip of the sticking part, the correction tape is cut, and the correction tape is applied to the surface to be stuck. After the pasting is finished, the pasting portion is separated from the surface to be pasted, and further, the button and the blade are pressed from the outside of the button by the elastic force of the elastic member by releasing the press from the outside of the button. The correction tape cut by the blade by the feeding portion that moves in the opposite direction and feeds the correction tape in the direction of the sticking portion in conjunction with the movement in the opposite direction of the pressing from the outside of the button. Said end by said sticking unit which is the first invention sticking method of correction tape by correction tape sticking device according to, characterized in that unwinding until joining possible locations to a landing surface.

3rd invention consists of the correction tape pancake which wound the correction tape around the shaft part in which the above-mentioned unwinding part was provided in the above-mentioned case, and the core which can rotate and detachably engage with the above-mentioned axial part, The correction tape unwound from the correction tape pancake by engaging the core with the shaft portion and pinching the leading end of the correction tape unwound from the outer periphery of the correction tape pancake to the feeding portion. The correction tape sticking tool according to the first aspect of the present invention is characterized in that a leading end of the correction tape can be fed by the feeding portion.

As a result of intensive studies by the inventor of the present invention, a cutting tool for cutting the correction tape is provided inside the correction tape attaching tool behind the sticking roll for sticking the correction tape to the surface to be pasted, and a cutting tool for cutting the correction tape is provided. In conjunction with the operation of returning from the cutting position, by providing a feeding part that feeds the tip of the cut correction tape to the sticking position of the sticking roll, the user's fingertip and the surface to be pasted are damaged by the cutting tool that cuts the correction tape. It has been found that the application of the correction tape can be easily started at a location where the user has attempted to start the application of the correction tape.

However, these configurations alone are insufficient in that the correction tape sticking start position and end position can be easily confirmed. Also, since the blade and the sticking roll need to be provided apart so that the operation of the knife does not interfere with the sticking roll, the distance for feeding the tip of the correction tape becomes longer after cutting the correction tape, and the tape is fed out. As a result, there is a problem that the entire correction tape sticking tool becomes large.

In order to solve these problems, the inventor of the present invention has further studied diligently. As a result, the means for sticking the correction tape to the transfer surface is a spatula-like sticking portion, and the correction tape is near the tip of the spatula-like sticking portion. By providing a receiving part for the blade of the blade that cuts and cutting the correction tape at this receiving part, the distance from the correction tape cutting position to the correction tape application position can be shortened, so the correction tape is cut. The feeding part that is fed from the position to the pasting position can be reduced. As a result, even if the feeding part is added, the entire correction tape sticking tool does not become extremely large, and at the same time, the correction tape sticking start position and end The present inventors have found that it is possible to provide a correction tape affixing tool whose position is easy to confirm, and have reached the present invention.

That is, in the present invention, by having the following configurations (a) to (d) together, it is easy to confirm the correction tape sticking start position and end position, and the cutting edge of the correction tape cuts the fingertip of the user. The small correction tape sticking tool which can start the sticking of a correction tape easily at the location where the user tried to start the sticking of the correction tape without damaging the surface to be stuck could be provided.
(A) A cutting tool for cutting the correction tape is provided inside the correction tape applicator behind the application part for applying the correction tape to the surface to be applied.
(A) A correction tape feeding portion for feeding the cut end of the corrected tape to the sticking position of the sticking portion is provided in conjunction with the operation in which the cutting tool for cutting the correction tape returns from the cutting position.
(C) The tip of the sticking part for sticking the correction tape to the sticking surface is made a spatula.
(D) A recess into which the blade of a cutting tool for cutting the correction tape is inserted is provided near the tip of the spatula-like sticking portion.

The correction tape sticking tool A of 1st Embodiment of this invention The correction tape sticking tool B of 2nd Embodiment of this invention It is a figure which shows the use condition of the correction tape sticking tool A of 1st Embodiment of this invention.

The correction tape sticking tool A of 1st Embodiment of this invention is shown in FIG. FIG. 1A is a front view of the correction tape affixing tool A with the cover removed, and FIG. 1B is a front view, a bottom view, and a left side of the correction tape affixing tool A set. FIG. 1C is a view showing details of the vicinity of the sticking portion of the correction tape sticking tool A with the roll cover 9 opened, and FIG. 1D is a cross-sectional view taken along line MM in FIG. It is a figure which shows a cross section, FIG.1 (e) is a figure which shows the NN cross section of Fig.1 (a).

As shown in FIG. 1, the correction tape affixing tool A is a case composed of a case 1 and a cover 2, and a correction tape T in which one surface is an adhesive surface and the other surface is a writing surface writable by a writing instrument. The unwinding part 3 is wound so that it can be unwound, the spatula-like sticking part 4 for sticking the correction tape T to a sticking surface such as paper, and the like, provided at a position protruding from the casing and pressed from the outside by the outside of the casing A button 5 that moves in the internal direction, a blade 6 that is connected to the button 5 and moves together with the button 5 to cut the correction tape T, an elastic member 7 that presses the button 5 in a direction opposite to the external pressure, and the button 5 Although it is composed of a feeding portion 8 that feeds the correction tape T in the direction of the sticking portion 4 in conjunction with the movement in the opposite direction of the pressing from the outside, other mechanisms can be added if necessary. It is not limited to.

When the tip of the spatula-like sticking part 4 of the correction tape sticking tool A is pressed against the sticking surface such as paper, the sticking part 4 presses the adhesive surface of the correction tape T against the sticking surface, and in this state the correction tape sticking tool A When the whole is moved, the correction tape T is unwound from the unwinding portion 3, and the correction tape T is sequentially attached to the surface to be bonded as shown in FIG.

The unwinding unit 3 is provided with a brake mechanism that applies tension to the correction tape T so that the correction tape T to be unwound does not meander or slack. In the correction tape affixing tool A, the pressing piece 3D is provided on the shaft 3C formed integrally with the case 1, and when the unwinding core 3E around which the correction tape T is wound is mounted on the shaft 3C, the pressing piece 3D is unwound. Although the braking force is generated by the force pressing the inner periphery of the core 3E, the mechanism for generating the braking force is not limited to this. In the correction tape affixing tool A, an appropriate braking force is applied to the unwinding core 3E by the pressing piece 3D, whereby an appropriate tension is applied to the correction tape T unwound from the unwinding core 3E. It is unwound from the unwinding core 3E without meandering or sagging.

In the correction tape affixing tool A, the protrusion provided on the blade 6 can move within the long hole provided on the button 5, and the blade 6 moves in conjunction with the movement of the button 5. For this reason, in the correction tape sticking tool A, when the button 5 is pressed and pushed into the housing in a state where the sticking portion 4 is pressed against the surface to be stuck, it is connected to the button 5 as shown in FIG. The cut blade 6 moves in the direction of the sticking portion 4 and cuts the correction tape T near the tip of the sticking portion 4. The sticking portion 4 is provided with a recess 4C. When the correction tape T is cut with the blade 6, the blade at the tip of the blade 6 is inserted into the recess 4C. The provision of the recess 4C makes it easy to cut the correction tape, and the tip of the blade does not come in contact with anything other than the correction tape T, so that the blade is not damaged.

An elastic member 7 is connected to the button 5. The elastic force of the elastic member 7 acts on the button 5 in the direction opposite to the pressing of the button 5 from the outside, that is, in the direction in which the button 5 protrudes outside from the housing. When the correction tape applying tool A is lifted from the surface to be applied after the correction tape T is cut and the external pressure on the button 5 is released, the button 5 is moved by the elastic force of the elastic member 7 as shown in FIG. It is pushed back in the direction that protrudes outside from the housing.

The button 5 is provided with a large number of triangular teeth 5C continuously in a straight line. When the button 5 moves in a direction protruding outward from the housing, the button 5 is provided on the outer periphery of the end of the feeding roll 8C of the feeding portion 8. The feeding roll 8C is rotated by meshing with the provided triangular tooth 8CC. The feeding roll 8C sandwiches the correction tape T between the driven roll 8D, and when the feeding roll 8C rotates counterclockwise in FIG. It is fed out to a position where it can be pasted on the pasting surface. The triangular teeth 5C and 8CC are strongly engaged with each other when the button 5 moves in the direction protruding from the casing, and on the contrary, when the button 5 moves in the direction toward the inside of the casing, they are difficult to engage with each other and slip. The tooth surface is slanted for ease. Further, the feeding roll 8C and the cover 2 are provided with an anti-rotation mechanism 12 that prevents the feeding roll 8C from rotating in the direction opposite to the direction in which the correction tape T is fed in the direction of the sticking portion 4. For this reason, when the button 5 moves in the direction protruding from the housing, the feeding roll 8C also rotates in conjunction with the movement of the button 5, but when the button 5 is pushed into the housing, the feeding roll 8C does not rotate. .

Since the supply roll 8C comes into contact with the adhesive surface of the correction tape T and supplies the correction tape, the correction tape T may stick to the supply roll 8C. For this reason, the outer peripheral portion of the feeding roll 8C in contact with the correction tape T is subjected to surface treatment or coating treatment such as plasma coating or silicon coating for imparting non-adhesiveness, or the outer peripheral material itself is made non-adhesive. It is preferable to use a material such as fluororesin.

When the button 5 is at the position where it is most pushed into the housing, the triangular tooth 5C of the button 5 that meshes with the triangular tooth 8CC is not provided. The triangular tooth 5C is provided so that the triangular tooth 8CC and the triangular tooth 5C are engaged for the first time at a position where the button 5 is pushed a certain distance from the position where the button 5 is pushed most into the housing. Therefore, after the blade 6 is pushed back by a certain distance by the elastic force of the elastic member 7, the feeding roll 8C of the feeding unit 8 starts to rotate. When the feeding roll 8C starts rotating and the tip of the correction tape T is fed out in a state where the blade 6 is at the most pushed position in the housing, the tip of the correction tape T and the blade 6 interfere with each other. After 6 is pushed back to the position where it does not interfere with the correction tape T, the feeding roll 8C starts to rotate.

Even when the button 5 is in the position that protrudes most from the housing, the triangular tooth 5C of the button 5 that meshes with the triangular tooth 8CC is not provided. The triangular tooth 5C is provided so that the triangular tooth 8CC and the triangular tooth 5C are engaged for the first time at a position where the button 5 is pushed a certain distance from the position where it protrudes most from the housing. Therefore, when the button 5 is at the position that protrudes most from the housing, the triangular teeth 5C do not hinder the rotation of the feeding roll 8C, and the feeding roll 8C can rotate with a small force. Therefore, if the button 5 is at the most protruding position from the housing, the unwinding force of the correction tape T when the correction tape T is applied by the applying portion 4 even if the feeding roll 8C is in contact with the correction tape T. The correction tape T does not become difficult to unwind from the inside of the housing.

Since the recess 4C, which is the position where the blade 6 cuts the correction tape T, is provided near the tip of the sticking portion 4, the correction tape T is stuck on the surface to be stuck by the sticking portion 4 from the cutting position of the correction tape T. The distance to the possible position is short. For this reason, the length of the correction tape which the delivery roll 8C delivers in one operation can be shortened. This length is preferably 2 to 8 mm, more preferably 2 to 5 mm. Since the length for feeding out the correction tape T is short, the pushing amount of the feeding unit 8 and the button 5 can be reduced. As a result, the whole correction tape sticking tool A can be reduced in size.

When the correction tape T is cut, the blade at the tip of the blade 6 is inserted into the recess 4C of the sticking portion 4 and is not exposed to the outside. Moreover, since the exit of the correction tape sticking tool A which takes out the correction tape T toward the front-end | tip direction of the sticking part 4 is narrow and a user's finger | toe does not enter into the correction tape sticking tool A from here, a correction tape is used. The cutting tool 6 to be cut does not damage the user's fingertip or the surface to be pasted.

Moreover, since the correction tape sticking tool A makes the sticking part 4 into a spatula shape, it is easy to confirm the tape sticking start position and end position, and the cutter 6 for cutting the correction tape T returns from the cutting position. Since the feeding portion 8 for feeding the cut end of the corrected correction tape T to the application position of the application portion 4 is provided in conjunction with the operation of the correction tape T, T sticking can be started easily.

In the correction tape sticking tool A, the end of the correction tape T is adhered to the unwinding core 3E so as to be peeled off. The peeling force at which the adhesive surface at the end of the correction tape T is peeled off from the unwinding core 3E is smaller than the force for unwinding the correction tape T while the correction tape T is applied to the surface to be applied by the applying portion 4. Therefore, when all the correction tapes T of the correction tape applicator A are attached to the surface to be applied, only the unwinding core 3E around which the correction tape T is not wound remains in the correction tape applicator A.

In the correction tape sticking tool A, the cover 2 is engaged with the case 1 so as to be opened and closed. In addition, a roll cover 9 that rotatably holds the driven roll 8D is also engaged with the case 1 so as to be opened and closed. When the cover 2 is engaged with the case 1 and the cover is closed, the roll cover 9 is disengaged from the case 1 and cannot be opened from the case 1.

Thus, in the correction tape sticking tool A, since the cover 2 and the roll cover 9 can be opened and closed with respect to the case 1, the unwinding core 3E that has been opened and finished using the correction tape can be removed. The unwinding core 3E around which the correction tape T is newly wound (hereinafter referred to as the correction tape pancake 10) is attached to the unwinding core 3E. It can be done.

Replacement of the unwinding core 3E that has finished using the correction tape T with a new correction tape pancake 10 can be performed by the following procedure. First, the engagement between the case 1 and the cover 2 is released, and the cover 2 is opened. When the cover 2 is opened, the unwinding core 3E can be detached from the shaft 3C, so the unwinding core 3E is removed. Next, the engagement between the case 1 and the roll cover 9 is released, and the roll cover 9 is opened. When the roll cover 9 is opened, a gap is formed between the feeding roll 8C and the driven roll 8D. Next, a new modified tape pancake 10 is prepared. The correction tape T is unwound from the outer peripheral portion of the correction tape pancake 10, and the unwinding core 3E is moved to the shaft 3C while the leading end of the unwound correction tape T enters the gap between the feeding roll 8C and the driven roll 8D. Installing. Next, the roll cover 9 is closed, and the front end of the correction tape T is sandwiched between the feeding roll 8C and the driven roll 8D. Finally, the cover 2 is closed, the button 5 is pressed and pushed in as far as it will go, and then the release of the button 5 is released. It is extended to a possible position.

The correction tape sticking tool B of 2nd Embodiment of this invention is shown in FIG. The correction tape sticking tool B is composed of an exchange unit 11 and a main body 14. 2 (a) is a front view of the correction tape sticking tool B with the replacement unit 11 removed, and FIG. 2 (b) is a front view of the state in which the replacement unit 11 of the correction tape sticking tool B is set. FIG. 2C is a view showing the replacement unit 11 of the correction tape sticking tool B, FIG. 2D is a view showing a section MM in FIG. 2A, and FIG. It is a figure which shows the state which started mounting | wearing to the main-body part 14 of the unit 11, FIG.2 (f) is a figure which shows the NN cross section of FIG.2 (c).

In the correction tape sticking tool A, the correction tape pancake 10 is replaced by the correction tape pancake 10 alone, whereas in the correction tape sticking tool B, the correction tape pancake 10 and the follower roll are attached to the replacement unit base 11D. The exchange unit 11 in which 8D is set is exchanged. The correction tape sticking tool B is the same as the correction tape sticking tool A except that the method for replacing the correction tape pancake 10 is different.

In the correction tape sticking tool B, the shaft 3C is provided on the replacement unit base 11D. Similar to the correction tape sticking tool A, the shaft 3C is provided with a pressing piece 3D, and the pressing piece 3D generates a braking force by a force that presses the inner periphery of the unwinding core 3E. The mechanism is not limited to this.

The tip of the correction tape T unwound from the outer periphery of the correction tape pancake 10 while being attached to the replacement unit 11 is unwound to a position facing a driven roll 8D provided rotatably on the replacement unit 11. Is held in the state. The correction tape T is held by the replacement unit 11 so that the front end of the correction tape T faces the driven roll 8D by engaging with four claws 11C provided on the replacement unit base 11D. At the center of the main body 14 to which the unwinding core 3E is mounted, an engagement protrusion 13C having a distal end widened to the left and right is provided. Further, an engagement square hole 13D is provided in a mounting portion of the unwinding core 3E of the replacement unit base 11D. When the replacement unit 11 is put on the main body 14 in the state of FIG. 2 (e), the engaging protrusion 13C can be inserted into the engaging square hole 13D. In this state, when the replacement unit 11 is rotated counterclockwise so as to change from the state of FIG. 2E to the state of FIG. The replacement unit 11 is engaged and fixed to the main body 14. Although omitted in FIG. 2, it is preferable to provide at least one engagement fixing means for the replacement unit 11 and the main body portion 14 in the vicinity of the affixing portion 4 apart from the engagement protrusion 13 </ b> C and the engagement square hole 13 </ b> D. By providing the engagement fixing means near the sticking portion 4, even if the sticking portion 4 is strongly pressed against the surface to be stuck, a gap is hardly generated between the main body portion 14 and the replacement unit 11, and the correction tape can be stably run. To do.

As described above, when the replacement unit 11 is rotated counterclockwise and fixed to the main body 14, the tip of the correction tape T held by the replacement unit 11 is sandwiched between the feeding roll 8C and the driven roll 8D. . Immediately after the replacement unit 11 is mounted on the main body 14, as shown in FIG. 2C, the correction tape T is engaged with the tab 11C. Since the engagement between the claw 11C and the correction tape T is set so as to be disengaged when tension is applied to the correction tape, the correction tape T is disengaged from the claw 11C by feeding the tip of the correction tape T by the feeding portion 8. It has become.

As shown in FIG. 2 (a), the main body 14 excluding the replacement unit 11 of the correction tape applicator B has a case 1, a cover 2 that covers only the vicinity of the application portion 4, and a surface to which the correction tape T is applied, such as paper. A spatula-like sticking portion 4 to be attached to a button, a button 5 which is provided at a position protruding from the case 1 and moves inward of the case 1 by pressing from the outside, is connected to the button 5 and moves together with the button 5 and cuts the correction tape T The cutting tape 6, the elastic member 7 that presses the button 5 in the opposite direction of the external pressing, and the correction tape T in the direction of the sticking portion 4 in conjunction with the movement of the button 5 in the opposite direction of the external pressing. Although it is comprised from the delivery roll 8C to pay out, another mechanism can be added if necessary, and is not limited to this.

In the correction tape affixing tool B, after the replacement unit 11 that has finished using the correction tape T is replaced with a new replacement unit 11, the correction tape pan is simply pressed by pushing the button 5 to the end and releasing the button 5. The cake 10 can be exchanged for a new one. When the above operation is completed, the front end of the correction tape T is drawn out to a position where it can be pasted on the surface to be pasted by the pasting portion 4. Thus, in the correction tape sticking tool B, the correction tape pancake 10 can be easily replaced.

A, B: Correction tape affixing tool 1: Case
2: Cover
3: Unwinding part
3C: Shaft 3D: Pressing piece 3E: Unwinding core 4: Sticking part
4C: Recess 5: Button 5C: Triangular tooth (button)
6: Cutlery
7: Elastic member
8: Feeding part 8C: Feeding roll 8CC: Triangular tooth (feeding roll)
8D: Follower roll 9: Roll cover 10: Correction tape pancake
11: Replacement unit 11C: Claw 11D: Replacement unit base 12: Anti-rotation mechanism 13C: Engagement projection 13D: Engagement square hole 14: Main body T: Correction tape

Claims (3)

An unwinding portion for holding the correction tape in such a manner that one surface is an adhesive surface and the other surface is a writing surface writable by a writing instrument, and the adhesive surface of the correction tape is attached to a surface to be bonded. In the correction tape affixing tool that holds the part at least on the housing, the tip of the affixing part is a spatula, has a button that can be moved by an external press, and interlocks with the movement of the button by an external press. A cutting tool for cutting the correction tape is provided inside the housing, and a recess for inserting a blade provided at the tip of the cutting tool is provided in the vicinity of the tip of the sticking portion. It has an elastic member that presses the button in the opposite direction, has a feeding portion that interlocks with the movement of the button in the opposite direction of the pressing from the outside, and is cut by the blade by the interlocking of the feeding portion Said modification Correction tape sticking device, characterized in that pay out the tip of the-loop to joining can be located in a landing surface at the bonding part. The button is pressed from the outside after the correction tape is affixed to the affixing surface by moving the correction tape affixing tool on the affixation surface while pressing the correction tape against the affixation surface at the affixing portion. After cutting the correction tape by inserting a blade provided at the tip of the cutter into the recess provided in the vicinity of the tip of the sticking portion, and after pasting the correction tape on the surface to be stuck The sticking part is moved away from the sticking surface, and the pressing from the outside of the button is released, and the button and the blade are moved in the direction opposite to the pressing from the outside of the button by the elastic force of the elastic member. In addition, the front end of the correction tape cut with the blade by the feeding portion that feeds the correction tape in the direction of the sticking portion in conjunction with the movement of the button in the opposite direction of the pressing from the outside. The sticking method of correction tape by correction tape sticking device of claim 1, wherein the unwinding until joining possible locations on the application surface in parts. The unwinding portion comprises a shaft portion provided in the housing, and a correction tape pancake in which the correction tape is wound around a core that is rotatably and detachably engaged with the shaft portion, and the core is connected to the shaft. The leading end of the correction tape unwound from the outer periphery of the correction tape pancake is sandwiched between the feeding portions and the leading end of the correction tape unwound from the correction tape pancake is The correction tape sticking tool according to claim 1, wherein the correction tape sticking tool can be fed by a portion.

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