JP2006088652A - Patch sticking implement - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a patch sticking implement which is equipped with proper operability, without requiring a position adjusting operation for a patch laminate. <P>SOLUTION: In this patch sticking implement 1, when a leading end 17 abuts on a surface of a horizontal support member 27 in one sticking operation, a shaft body 15 is pushed into the side of a hollow part 12 or a space 5 by being subjected to reaction in that case, and concurrently with that, a flange part 19 nearer to the side of the leading end 17 than a flange part 19 locked to a protrusive piece 11 until then is to be newly locked to the protrusive piece 11. Thus, the leading end 17 is subjected to the reaction by performing a sticking operation in such a manner that the leading end 17 abuts on the surface of the member 27, so that the operation of pushing in the shaft body 15 can be semi-automatically performed and so that a new locking position can be maintained by a so-called INSULOK (R) mechanism which comprises the shaft body 15 and the protrusive piece 11. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a punch hole reinforcing patch applicator used to reinforce punch holes for files of documents and documents. The present invention relates to a patch sticking tool to be attached to a pad.

  One type of patch applicator is a stapler-type applicator that can apply patches by a one-touch operation in the same manner as a stapler (see Patent Document 1). A stamper type has also been proposed (see Patent Document 2).

  The former stapler type sticking tool is shown in FIG. Like a stapler, one end of the lever 70 and the lever 71 is rotatably connected to each other by a mandrel 72, and the levers 70 and 71 are normally held in a constant open state by a leaf spring 73. A paper stand 74 is rotatably attached to the other end of the lever 70 and is supported by a leaf spring 75. A guide shaft 76 is attached to the other end of the lever 71 by being screwed with a knob 77. On the guide shaft 76, a patch laminate 80 in which the patches are adhered and laminated together is inserted, and a patch presser 78 is attached as a nut. The patch laminate 80 is prevented from coming off the guide shaft 76 due to friction between each patch and the guide shaft 76. The lower surface 80a of the patch in the lowermost layer of the patch laminate 80 is an adhesive surface.

  When using this patch applicator, hold the lever 70 and the knob 77 in the hand, insert the paper P into the paper base 74, align the positions of the punch hole of the paper P and the tip of the guide shaft 76, and push the knob 77. Push. Then, the guide shaft 76 passes through the punch hole, and the patch in the lowermost layer of the patch laminate 80 is stuck around the punch hole. At this time, the paper base 74 rotates and the leaf spring 75 is pushed down, so that the paper P and the adhesive surface 80a of the patch become parallel.

  The latter stamper type sticker is shown in FIG. A sub case 111 is fixed in a cylindrical main body case 110, and a cylindrical slide member 112 is slidably attached to the sub case 111. At the inner end of the slide member 112, a claw portion 112a for preventing removal is provided.

  In the center of the cylindrical slide member 112, a hollow shaft 113 that can be inserted into the punch hole and the patch hole is disposed so as to be movable in the central axis direction. At the inner end of the hollow shaft 113, a claw portion 113a for preventing removal is provided. The inner end portion of the hollow shaft 113 is inserted into a cylindrical support member 114 provided in the main body case 110. A coil spring 115 is disposed between the sub case 111 and the support member 114. The coil spring 115 biases the slide member 112 in the direction of exiting the main body case 110, and the claw portion 112 a is engaged with the step portion of the sub case 111 in a normal state. Another coil spring 116 is disposed inside the support member 114. The coil spring 116 biases the hollow shaft 113 in the direction of exiting the main body case 110, and the claw portion 113 a is engaged with the step portion of the support member 114 in a normal state.

  An annular patch holding member 117 for holding the patch laminate 180 is fitted into the hollow shaft 113 and screwed by a nut support member 114. Thereby, the patch holding member 117 is supported by the main body case 110 so as to be relatively movable between the slide member 112 and the hollow shaft 113. A patch laminate 180 is inserted into a portion where the hollow shaft 113 protrudes from the patch holding member 117, and the innermost patch of the patch laminate 180 is adhered and held on the patch holding member 117.

  When this stamper type sticking tool is used, when the hollow shaft 113 is aligned with a punch hole formed in the paper and the main body case 110 is pushed toward the paper, the slide member 112 and the hollow shaft 113 are placed on, for example, paper. When pressed by a certain desk, it moves toward the main body case 110 against the urging force of the coil springs 115 and 116, and the patch laminate 180 protrudes relatively. Thereby, a patch is affixed around a punch hole. When the pressing of the main body case 110 is stopped, the slide member 112 and the hollow shaft 113 are pushed back by the coil springs 115 and 116, and when the slide member 112 presses the paper, the first patch is peeled off from the patch laminate 180. Complete the patch application.

JP-A-11-11073 JP-A-11-198579

  However, in the above-described stapler-type sticker, the patch laminate 80 is held by friction with the guide shaft 76, and the patch presser 78 is only positioned on the upper side of the patch laminate 80, so that the number of patches decreases. The patch laminate 80 and the patch presser 78 are separated from each other, and each time it is necessary to perform an adjustment operation for rotating the patch presser 78 to lower the position of the patch laminate 80, there is a problem that the usability is not good.

  In addition, since the stamper-type sticker does not have the function of adjusting the position of the patch laminate 180 such as the adjustment patch presser 78 described above, when the number of remaining patches decreases, the stroke for pressing the main body case 110 becomes longer. It became difficult to press the patch with great force. For this reason, as the remaining amount of the patch decreases, it has to be pressed harder and there is a problem that the operability is not constant. In particular, in the case of a stamper type sticking tool, since it has a multiple slide structure with a coil spring 115 or the like, there is a problem that it is difficult to provide a position adjustment function such as the above-described adjustment patch presser 78 in a compact manner.

  In view of the above-described problems, an object of the present invention is to provide a patch applicator having good operability without requiring a position adjustment operation of a patch laminate.

The present invention has been made to solve the above problems, and a first embodiment of the present invention is a patch laminate in which patches each having a hole corresponding to a punch hole of an adherend are adhered and laminated to each other. A patch sticking tool that is attached to the main body portion, and that allows the patches to be stuck one by one around the punch hole from the patch laminate, and the shaft is attached to the outer peripheral side surface of the shaft body. A plurality of convex portions provided along the direction, a shaft body housing portion that is provided in the main body portion and accommodates the shaft body, and a projecting portion that projects from the inner peripheral side of the shaft body housing portion. The shaft body is movable in a direction in which one end side is accommodated in the shaft body accommodating portion according to a decrease in the patch laminated body, and any one of the plurality of convex portions is the projection portion. It is a patch sticking tool designed to be locked.

  According to a second aspect of the present invention, in the first aspect, a lower body including a pedestal on which the adherend is placed is provided, and the main body is pivotally supported on one end side of the lower body, A patch applicator that allows the free end of the main body to turn and the adhesive layer of each patch of the patch laminate to face the pedestal, and is attached to the free end of the main body It is the patch sticking tool which provided the said shaft body accommodating part.

  According to a third aspect of the present invention, in the second aspect, the pedestal is substantially parallel to the patch surface when a patch pressing force is applied to the adherend by the rotation of the free end. Thus, the patch sticking tool is provided so as to be elastically deformable.

  According to a fourth aspect of the present invention, in the first aspect, the main body portion includes a case body and a hollow slide portion that is slidably attached to the case body and has an open end. The shaft body accommodating portion is provided in the hollow portion of the slide portion, and the shaft body is inserted into the hollow portion from the opening side together with the patch laminated body with the adhesive layer of each laminated patch facing the opening side. The one end side is a patch sticking tool that can be accommodated in the shaft body accommodating portion.

  According to a fifth aspect of the present invention, in any one of the first to fourth aspects, the convex portion is formed so as to project in a bowl shape along the outer periphery of the shaft body, and the plurality of convex portions are defined as predetermined. It is the patch sticking tool provided along the said axial direction at intervals.

  According to the first aspect of the present invention, the plurality of convex portions provided along the axial direction on the outer peripheral side surface of the shaft body, and the shaft body housing portion that is provided on the main body portion and in which the shaft body is housed. And a protrusion projecting on the inner peripheral side of the shaft body housing portion, and the shaft body can be moved in a direction in which one end side is housed in the shaft body housing portion as the patch laminate decreases. In addition, since any one of the plurality of protrusions is locked with the protrusion, the other member moves in one direction within one member by the protrusion and the protrusion. It is possible to form a so-called “insulok (registered trademark)” mechanism that cannot move in the reverse direction, and can be locked by the engaging action of the projection and the projection. This insulation lock mechanism is used for, for example, a binding band and a cable tie. In this embodiment, by providing the above-described insulation lock mechanism, the patch pressing force at the time of patch application becomes a reaction and the one end side of the shaft body is gradually moved in the direction of being accommodated in the shaft body accommodating portion. While working, the one end side of the shaft body can be pushed into the shaft body housing portion side by side, so that the trouble of separately performing the position adjustment work of the patch laminated body is unnecessary, and good operability can be provided.

  According to the second aspect of the present invention, in the stapler-type sticker provided with the free end portion of the main body portion that is pivotally supported on one end side of the lower main body and is rotatable, the shaft body and the shaft The above-described insulation lock mechanism is configured in the body accommodating portion, and the position adjustment work of the patch laminated body is not required, and favorable operability can be provided.

  According to a third aspect of the present invention, in the second aspect, the pedestal is substantially parallel to the patch surface when a patch pressing force is applied to the adherend by the rotation of the free end. Is provided so that it can be elastically deformed, so that the pasted patch is quickly peeled off from the patch laminate, and one end side of the shaft body is moved to the shaft body housing portion side while performing the pasting operation. The shaft body can be pushed in gently, and the one end side of the shaft body can be gradually housed in the shaft body housing portion in accordance with the reduction of the patch laminate.

  According to a fourth aspect of the present invention, in the stamper-type sticking tool that stores and holds the patch laminate and the shaft body in the hollow slide portion slidably attached to the case body, the shaft The above-described insulation lock mechanism is configured in the body and the shaft body housing portion, and the position adjustment work of the patch laminated body is not required, and favorable operability can be provided.

  According to a fifth aspect of the present invention, in any one of the second to fourth aspects, the convex portion is formed to project like a bowl along the outer periphery of the shaft body, and the plurality of convex portions are arranged. Since the projections are provided along the axial direction at a predetermined interval, it is possible to configure an insulation lock mechanism in which the hook-shaped projections are easily engaged with the projections and locked, and are movable only in one direction. In particular, the hook-shaped form constitutes an insulation lock mechanism that can be reliably advanced and locked in one direction if a convex portion that forms an acute angle with respect to the direction of movement of the shaft body and the longitudinal axis of the shaft is used. be able to.

  Hereinafter, a stapler type patch applicator according to an embodiment of the present invention will be described with reference to the drawings. FIG. 1 is a partially broken cross-sectional view of the patch applicator. The main body portion of the patch applicator 1 includes a lower main body 3 extending in the longitudinal direction and an upper main body 2 hinged through a shaft member 7 fitted on one end side of the lower main body 3. The hinge portions 8 of the upper main body 2 and the lower main body 3 are coaxial with each other and have a shaft shape having the same diameter. The upper main body 2 and the lower main body 3 are formed by resin molding. A pair of guide pieces 9 are formed by integral molding on both side surfaces of the intermediate portion of the upper body 2. The guide piece 9 includes a protrusion 30 provided on the inner side of the lower end, and the protrusion 30 is engaged with the vertical groove 29 of the lower main body 3. When the upper body 2 rotates around the center of the shaft member 7, the protrusion 30 moves along the vertical groove 29, and stabilizes the swinging motion of the upper body 2. In the recess 13 of the head 4 on the free end side of the upper main body 2, a shaft body holding member 14 for holding the patch laminate 18 holding shaft body 15 is attached. The shaft body holding member 14 has a hollow cylindrical shape, and a male screw portion 16 is formed on one end face side. The shaft holding member 14 is fixed to the head 4 by screwing a male screw 16 into a female screw formed on the head 4 of the upper body 2. In a state where the shaft body holding member 14 is fixed, the hollow portion 12 of the shaft body holding member 14 communicates with the space 5 inside the head 4.

  The lower body 3 includes a recess 28 extending in the horizontal direction forward, and is hinged with the upper body 2 via the shaft member 7 at the opposite end. An arc spring member 10 having one end fixed by a shaft member 31 is attached on the hinge side of the lower main body 3. The tip of the spring member 10 is in contact with the surface of the support member 6 inside the middle part of the upper body 2. The support member 6 is formed over the entire middle portion of the upper body 2 of the upper body 2. When the upper body 2 is rotated downward against the spring force of the spring member 10 by pressing the head 4 of the upper body 2, the tip of the spring member 10 is pushed down along the support member 6, and the head 4 When the pressing force is released, the elastic force of the spring member 10 is applied to the upper body 2 by contact with the support member 6, and the upper body 2 rotates in the reverse direction so as to bounce upward.

  A pedestal 20 and a guide piece 23 are attached to the recess 28 of the lower main body 3. The pedestal 20 is bent in a substantially rectangular shape and is positioned and fixed by a projection 25 provided on the horizontal support member 27 of the lower body 3. The pedestal 20 is inclined obliquely upward from the bent portion 22 and is formed so as to be elastically deformable. A through-hole 21 that penetrates when the tip portion 17 of the shaft body 15 descends is formed in the center of the inclined surface. Yes. An adherend P such as a document is inserted into the gap between the base 20 and the guide piece 23. The guide piece 23 has a stepped shape, and is attached to the horizontal support member 27 together with the base 20 with a screw 26 at one end side. A through hole 24 is formed in the horizontal portion of the guide piece 23 so as to face the through hole 21 of the base 20. The inner diameter of the through hole 24 is larger than the outer diameter of the patch, and the patch laminated body 18 held by the shaft body 15 can be loosely inserted. Below the through hole 21, an opening 40 is formed so that the tip 17 of the shaft body 15 descends to the lowest point where it abuts against the horizontal support member 27.

  The patch laminate 18 is a patch assembly in which a large number of patches are laminated with each patch adhered to each other. Each patch is made of a resin or paper donut-shaped sheet having a through hole of the same size as the punch hole, and an adhesive layer that adheres to the adherend P is provided on one side. The shaft body 15 is composed of a bolt-like long shaft, and has a tip portion 17 that is slightly larger than the through hole of each patch of the patch laminate 18. The patch laminated body 18 is inserted through the shaft body 15 so as to be slightly inserted from the distal end portion 17 with the adhesive surface of the lowermost layer patch facing the base 20 side, and is mounted and held. The shaft body 15 has a total length longer than that of the patch laminate 18 before the start of use. Note that the patch laminate 18 may be attached to and held by the last sheet of the patch laminate 18 with respect to the front end surface of the shaft body holding member 14.

  The outer peripheral structure and mounting form of the shaft body 15 will be described with reference to (2A) of FIG. 2 and FIG. (2A) of FIG. 2 shows an enlarged cross section of the shaft body 15 locking portion A of FIG. As shown in (2A) of FIG. 2 and (3B) of FIG. 3, the flange portion 19 is formed to protrude from the shaft portion 35 along the outer periphery of the shaft portion 35 of the shaft body 15 at a constant interval C. The outer peripheral diameter D2 of the collar portion 19 is slightly smaller than the through hole of each patch so that the patch laminate 18 can be inserted. The flange portion 19 has a gap 32 formed on the distal end portion 17 side. As shown in FIG. 3 (3A), a pair of protruding pieces (protruding portions) inclined at an acute angle on the hollow portion 12 side, that is, the inner peripheral side, at the inner edge of the opening of the shaft body holding member 14 11 is protruded. The inner diameter D <b> 1 of the hollow portion 12 is slightly larger than the outer peripheral diameter D <b> 2 of the flange portion 19, and the protruding length of the protruding piece 11 is slightly smaller than the flange length of the flange portion 19. The shaft body 15 holding the patch laminate 18 on the outer periphery is inserted into the opening of the shaft body holding member 14 from the upper end portion on the side opposite to the tip end portion 17, so that the flange portion 19 in the vicinity of the upper end portion is connected to the protruding piece 11. The shaft body 15 can be mounted on the head 4 of the upper body 2 by being locked. The shaft body 15 provided with a large number of flanges 19 and the projection piece 11 constitute an insulation lock mechanism in the present invention. Further, when the shaft body 15 is mounted, the space 5 inside the head 4 and the hollow portion 12 communicate with each other to form a shaft body housing portion that houses the shaft body 15. The formation interval C is not constant, and the pitch may be gradually changed.

  As shown in FIG. 2 (2A), in the insulation lock mechanism according to the present invention, the flange portion 19 having the gap 32 is formed in a hook shape, and is locked to the protruding piece 11 only in one direction and moves in the opposite direction. It is set as the member structure which does not. In addition, about a protrusion piece, various forms can be given according to the relationship with each member. For example, as shown in FIG. 3 (3A), a wide protruding piece 33 widened in the inner peripheral direction of the hollow portion 12 may be used, or another set of protruding pieces 34 may be juxtaposed in the orthogonal direction. . In addition, either one of the inclined portions 19 or the protruding pieces 11 may be horizontally formed.

  Furthermore, when applying a patch using the patch applicator 1 having the above-described configuration, as shown in FIG. 1, while visually observing the approximate center of the punch hole H formed in the adherend P. Then, it is inserted between the upper surface of the base 20 and the guide piece 23. In a state where the adherend P is set, the head 4 of the upper body 2 is pressed from above. As a result, the shaft body 15 holding the patch laminate 18 is lowered to the pedestal 20 side, passes through the through hole 24 from the distal end portion 17, and the patch on the lowermost surface is around the punch hole H of the adherend P. Affixed to. When the distal end portion 17 of the shaft body 15 enters the opening 40 and comes into contact with the lowest point on the surface of the horizontal support member 27, the shaft body 15 does not descend any further. Due to the pressing force at this time, the pedestal 20 bends from a state facing outward and is displaced in a substantially horizontal posture. Therefore, the patch is brought into surface contact with the punch hole H and the adhesive layer of the patch is uniform around the punch hole H. Can be adhered to. When the patch application is finished and the pressing force is released, the upper main body 2 is rotated upward by the elastic restoring force of the arc-shaped spring member 10 to return to the original state. Further, the pedestal 20 that has been bent is also returned to the inclined state by its elastic restoring force. At this time, since the upper surface of the patch attached to the adherend P forms an acute angle with respect to the adhesive lower surface of the next patch, the attached patch is smoothly peeled off from the patch laminate 18 and separated. . The pedestal 20 may be provided so as to swing in a seesaw shape by a pin that is rotatably supported.

  In the patch applicator 1, when the distal end portion 17 comes into contact with the lowest point on the surface of the horizontal support member 27 during a single attaching operation, the shaft body 15 receives the reaction at that time, so that the shaft body 15 becomes the hollow portion 12 or the space 5. At the same time as being pushed in, the flange 19 closer to the tip 17 side than the flange 19 that has been locked to the protruding piece 11 is newly locked to the protruding piece 11. That is, the sticking operation is performed so that the tip end portion 17 is in contact with the lowest point of the surface of the horizontal support member 27, so that the tip portion 17 receives the reaction described above, and the pushing operation of the shaft body 15 is semi-automatically performed. In addition, a new locking position can be maintained by the insulation lock mechanism constituted by the shaft body 15 and the projecting piece 11. Therefore, in the stapler-type patch applicator 1, the shaft body 15 can be moved in the direction in which the one end side is accommodated in the hollow portion 12 or the space 5 as the patch laminated body 18 decreases, and a plurality of flange portions 19 ( Even if the patch consumption is advanced by gradually changing the locking position between the protrusions 11 and the protrusions 11, the lowest layer patch of the patch laminate 18 can be semi-automatically and stably positioned on the tip side. The adjustment work for lowering the position of the patch laminate 18 is not required every time the patch is consumed, and the operability is extremely convenient.

  Next, a stamper type patch applicator which is another embodiment of the present invention will be described with reference to FIG. FIG. 4 is a partially broken cross-sectional view of the patch applicator. In addition, the same code | symbol is attached | subjected about the member similar to the said embodiment.

  In this patch applicator, an intermediate case 51 is fixed in a main body case 50 serving as a grip portion. A hollow slide member 52 whose one end is opened is slidably attached to the intermediate case 51. The slide member 52 has a claw portion 55 at its inner end, and the claw portion 55 engages with an engagement portion formed on the inner peripheral surface of the intermediate case 51, so that the slide member 52 is in the intermediate case 51. You can't get out of it.

  A support member 54 is fixed inside the intermediate case 51 by fitting. The support member 54 has an outer diameter smaller than the inner diameter of the slide member 52, opens to the outside, and includes a long hollow portion 59 along the central axis. The hollow portion 59 forms a shaft body housing portion that houses the shaft body 53. A coil spring 56 is inserted between the intermediate case 51 and the support member 54. The coil spring 56 biases the slide member 52 in the direction of exiting from the main body case 50. A female screw portion is formed on the open end side of the support member 54, and a male screw portion 58 of a hollow holding member 57 that holds the patch laminate 18 is screwed. The patch laminate 18 is attached to and held by the last sheet of the patch laminate 18 with respect to the holding member 57. The holding member 57 has a hollow shape into which the shaft body 53 is loosely inserted. The shaft body 53 has a long shaft shape that penetrates the patch laminate 18. The shaft body 53 may be hollow to reduce the weight. Further, similarly to the shaft body 15 of the above embodiment, the patch laminate 18 may be held by the shaft body 53 without using the hollow holding member 57.

  The outer peripheral structure and attachment form of the shaft body 53 will be described with reference to (2B) of FIG. (2B) of FIG. 2 shows an enlarged cross-section of the shaft body 53 locking portion B of FIG. As shown in FIG. 2B, flanges 37 are formed on the shaft portion 36 of the shaft body 53 so as to protrude from the shaft portion 36 along the outer periphery at regular intervals. The collar portion 37 has the same shape as the collar portion 19 of the above-described embodiment, and the outer diameter thereof is slightly smaller than the through hole of each patch so that the patch laminate 18 can be inserted. The flange portion 37 has a gap 38 formed on the tip side of the shaft body 53. On the other hand, a pair of protruding pieces 60 that are inclined toward the hollow portion 59 side, that is, the inner peripheral side, are provided on the inner edge of the opening of the support member 54. The inner diameter of the hollow portion 59 is slightly larger than the outer peripheral diameter of the flange portion 37, and the protruding length of the protruding piece 60 is slightly smaller than the flange length of the flange portion 37.

  The shaft body 53 penetrating the patch laminated body 18 is inserted through the hollow holding member 57 and inserted into the hollow portion 59, so that the collar portion 37 near the upper end portion is engaged with the protruding piece 60, thereby It can be attached to the support member 54. In the same manner as in the above embodiment, the shaft body 53 provided with a large number of the flange portions 37 and the projection piece 60 constitute an insulation lock mechanism in the present invention.

  In this patch applicator, when the tip of the shaft 53 comes into contact with the desk surface on which the adherend is placed during a single attaching operation by sliding movement of the slide member 52, the reaction at that time In response, the shaft body 53 is pushed into the hollow portion 59 side, and at the same time, the flange portion 37 closer to the distal end side than the flange portion 37 that has been locked to the protruding piece 60 is newly locked to the protruding piece 60. It will be. Therefore, similarly to the above-described embodiment, in this stamper type patch applicator, the shaft body 53 can be moved in the direction in which one end side is accommodated in the hollow portion 59 in accordance with the decrease in the patch laminated body 18, and a plurality of Even if the engagement position between the flange 37 (projection) and the protrusion piece 60 is gradually changed and the consumption of patches progresses, the lowest layer patch of the patch laminate 18 is semi-automatically and stably positioned on the tip side. This eliminates the need for adjustment work for lowering the position of the patch stack 18 each time the patch is consumed, and has operability that is extremely convenient.

  In addition, the patch sticking tool concerning this invention is not limited to the said embodiment, In the range which does not deviate from the summary of this invention, it can change variously.

  As is apparent from the above, according to the first embodiment of the present invention, the convex portion and the projection portion constitute a so-called insulation lock mechanism and can be locked by the locking action of the convex portion and the projection portion. In addition, since one end side of the shaft body is gradually moved in a direction in which the shaft body is accommodated in the shaft body accommodating portion due to the reaction of the patch pressing force at the time of patch pasting, one end side of the shaft body is attached while performing the pasting operation. Can be pushed into the shaft body housing portion little by little, so that it is not necessary to separately perform the position adjustment work of the patch laminate, and a patch applicator having good operability can be provided.

  According to the second embodiment of the present invention, it is not necessary to adjust the position of the patch laminate, and it is possible to provide a stapler type patch applicator having good operability.

  According to the third aspect of the present invention, the pedestal can be elastically deformed so as to be substantially parallel to the patch surface when a patch pressing force is applied to the adherend by rotation of the free end. Because it is provided on the taper, a patch of a stapler type or the like that can quickly peel off the stuck patch and can gently push one end side of the shaft body into the shaft body housing part side while sticking. Dressing can be provided.

  According to the 4th form of this invention, the position adjustment operation | work of a patch laminated body is unnecessary, and it becomes possible to provide the stamper type patch sticking tool provided with favorable operativity.

  According to the fifth aspect of the present invention, it is possible to provide a patch applicator provided with an insul lock mechanism in which the hook-shaped convex portion is easily engaged and locked with the protruding portion and is movable only in one direction.

It is a partially broken sectional view of the stapler type patch sticking tool which is one embodiment of the present invention. FIG. 5 is an enlarged partial cross-sectional view of a part A in FIG. 1 and a part B in FIG. 4. It is a figure which shows the shaft body and projection piece which concern on this invention. It is a partially broken sectional view of the stamper type patch sticking tool which is another embodiment of the present invention. It is a longitudinal cross-sectional view of the conventional stapler type patch sticking tool. It is a partially broken sectional view of the conventional stamper type patch applicator.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Patch sticking tool 2 Upper main body 3 Lower main body 4 Head 5 Space 6 Support member 7 Shaft member 8 Hinge part 9 Guide piece 10 Spring member 11 Projection piece 12 Hollow part 13 Recess 14 Shaft body holding member 15 Shaft body 16 Male Threaded portion 17 Tip portion 18 Patch laminated body 19 Gutter portion 20 Base 21 Through hole 22 Bent portion 23 Guide piece 24 Through hole 25 Protrusion 26 Screw 27 Horizontal support member 28 Recess 29 Vertical groove 30 Protrusion 31 Shaft member 32 Gap 33 Protrusion piece 34 Projection piece 35 Shaft portion 36 Shaft portion 37 Gutter portion 38 Gap 40 Opening portion 50 Main body case 51 Intermediate case 52 Slide member 53 Shaft body 54 Support member 55 Claw portion 56 Coil spring 57 Holding member 58 Male thread portion 59 Hollow portion 60 Projection piece H Punch hole P Substrate

Claims (5)

A shaft having a hole corresponding to the punch hole of the adherend is adhered to each other and a shaft passing through the laminated patch laminate is attached to the main body, and the patches are punched one by one from the patch laminate. A patch applicator that can be applied around a hole,
A plurality of convex portions provided along the axial direction on the outer peripheral side surface of the shaft body;
A shaft body accommodating portion that is provided in the main body portion and accommodates the shaft body;
A protrusion projecting on the inner peripheral side of the shaft body accommodating portion,
As the patch laminate decreases, the shaft body can be moved in a direction in which one end side is accommodated in the shaft body accommodating portion, and any one of the plurality of convex portions engages with the projecting portion. A patch applicator characterized by doing so. A lower main body including a pedestal on which the adherend is placed; the main body is pivotally supported on one end side of the lower main body, the free end of the main body is rotatable; and the patch A patch applicator in which the adhesive layer of each patch in the laminate of the laminate is directed to the pedestal side,
The patch sticking tool according to claim 1, wherein the shaft body accommodating portion is provided at a free end portion of the main body portion.   The said base is provided so that elastic deformation is possible so that a patch pressing force may be given to the said to-be-adhered body by rotation of the said free end part so that it may become substantially parallel to a patch surface. Patch applicator. The main body part is composed of a case body and a hollow slide part that is slidably attached to the case body and has an open end.
The shaft body accommodating portion is provided in the hollow portion of the slide portion,
The shaft body is inserted into the hollow portion from the opening side together with the patch laminated body with the adhesive layer of each laminated patch facing the opening side, and the one end side can be accommodated in the shaft body accommodating portion. The patch sticking tool according to claim 1.   5. The projection according to claim 1, wherein the projections are formed in a bowl shape along the outer periphery of the shaft body, and the plurality of projections are provided along the axial direction at predetermined intervals. Patch applicator.

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