JP2016210125A - Paste transferring tool - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a paste transferring tool capable of transferring paste without bulging out from a margin of paper, close to the margin of a surface to be transferred of the paper.SOLUTION: A paste transferring tool includes a transfer roller 320 which transfers a tape T to the surface to be transferred. A guide member 330 for locking paper P is provided near the transfer roller 320. The guide member 330 is provided with a guide part 338 which comprises an extension part 338A and a jaw part 338B for locking the paper P. A user inserts the jaw part 338B below the paper P, pulls the paste transferring tool backward and, thereby, can transfer the paste G without bulging out from the paper P, close to the margin of the paper P.SELECTED DRAWING: Figure 17

Description

  The present invention relates to a glue transfer tool used for transferring a layered glue provided in a peelable state on one side of a tape to a predetermined transfer target surface.

A glue transfer tool used for transferring a layered glue provided in a state that can be transferred onto one side of a long tape to a predetermined transfer surface has been put to practical use.
The paste may be liquid, solid, or semi-solid, but in any case it is layered, and in the case of solid, it is a film. The glue may form an integral layer as a whole on one side of the tape, but it may be divided, for example, in the form of a large number of dots.

The glue transfer tool is usually a reel for supplying a long tape, and the tape is supplied from the first reel, and the glue provided on the tape is applied to a predetermined top plate of a desk or the like. A transfer member for transferring paper paste placed on a flat surface to a transfer target surface, which is a surface to be transferred, and a reel for recovering used tape that has passed through the transfer member. A certain second reel is provided, and these are attached to the case.
Usually, the 1st reel and the 2nd reel are stored in the inside of a case. The other transfer member is located outside the case at least when the glue transfer tool is used.

Such glue transfer tools generally have the advantage that, for example, there is almost no possibility of smearing the user's hand, desk, or other surrounding paper with glue, as compared with liquid or stick-like glue. In the future, it is expected to spread more and more.
However, the glue transfer tool is not without its improvements.
When the glue is transferred to the transfer surface using the glue transfer tool, there is still a situation in which it is desired to transfer the glue to the transfer surface along the edge of the transfer surface. For example, when it is desired to transfer glue along one side of a rectangular paper, there is a case where glue is desired to be transferred linearly along the length of the envelope to the edge of the envelope provided near the opening of the envelope.
Since the glue transfer tool is generally good at transferring glue linearly to the surface to be transferred, it is relatively suitable for transferring glue along the edge of the surface to be transferred as described above. .
However, it is difficult to completely eliminate the possibility of glue sticking out from the transfer surface when the paste is transferred to the transfer surface along the edge of the transfer surface by the glue transfer tool. When such a situation occurs, the advantage of the glue transfer tool that does not stain the user's hand or surrounding paper is impaired. In addition, in order not to soil the flat surface that supports the paper having the transfer surface, it is conceivable to lay another mount under the paper having the transfer surface. May be damaged.

  This invention makes it the subject to provide the glue transfer tool which can perform transfer of the glue along the edge part of a to-be-transferred surface reliably and easily.

In order to solve the above-mentioned problems, the present applicant proposes the following invention.
The present invention relates to a first reel that is a reel wound with a long tape on which one side of the layered glue can be transferred, and the tape fed from the first reel on a predetermined plane. A transfer member that transfers the glue of the tape to the surface to be transferred by pressing the glue of the paper placed on the surface to be transferred; and the transfer member A glue transfer tool comprising: a second reel that is a reel for winding the tape after the glue is transferred; and a main body to which the first reel, the second reel, and the transfer member are attached. .
In short, the glue transfer tool described above is a general glue transfer tool described in the Background Art section.
And in the main body of the glue transfer tool of the present application, it is possible to engage with the edge of the paper having the transferred surface, and when moving the transfer member along the edge of the transferred surface, A guide member that guides the transfer member along the edge of the surface to be transferred, and the guide member is urged toward the front side where the transfer member exists by its elastic force, and the guide is resisted against the elastic force. And an elastic body that allows the guide member to move rearward by pushing the member. When the transfer member is moved without being along the edge of the transfer surface, the guide member is pushed by the flat surface on the lower side of the paper and moves backward.
The glue transfer tool of the present application includes the guide member as described above. The guide member can be locked to the edge of the paper having the transfer surface, and when the transfer member is moved along the edge of the transfer surface, the transfer member is moved to the edge of the transfer surface. It is to be guided along the edge. Since this glue transfer tool has such a guide member, when it is desired to transfer the glue along the edge of the surface to be transferred, the edge of the paper is secured by engaging the guide member with the edge to which the glue of the paper is transferred. The distance between the transfer member moving along the edge and the edge of the paper can be kept constant. As a result, the glue can be reliably transferred to the edge of the transfer surface, and the paste does not protrude from the edge of the transfer surface. Even when the glue is transferred to the edge of the transfer surface, this glue transfer tool is easy because no other means such as a mount is required.
On the other hand, if the above-mentioned guide member projects too far forward, it may interfere with the transfer surface and possibly prevent the transfer member from pressing the tape against the transfer surface. is there. In particular, when the transfer member is moved without being moved along the edge of the transfer surface, the guide member and the transfer surface interfere with each other, and the transfer member presses the tape against the transfer surface to transfer the adhesive on the tape. It may be difficult to transfer to the surface. In order to prevent this, in the present invention, when the guide member is moved without being moved along the edge of the transfer surface, the guide member is pushed by the plane under the paper and moved backward. ing. In such a case where the guide member and the transfer surface interfere with each other, the guide member automatically moves backward without any special operation by the user, so that the guide member moves along the edge of the transfer surface. Even when the transfer member is moved, or when the transfer member is moved without being moved along the edge of the surface to be transferred, the user does not consciously change the method of using the glue transfer tool. In either case, the glue can be applied to the transfer surface as intended.
In other words, the glue transfer tool of the present invention can reliably and easily transfer glue along the edge of the transfer surface, and also transfer glue that does not follow the edge of the transfer surface. It can be performed easily and reliably, and the user is not forced to perform an intentional operation when using them properly.

As described above, the guide member of the present invention is moved backward by being pushed by the plane below the paper when the transfer member is moved along the edge of the transfer surface. Yes.
In addition, the guide member moves forward against the elastic force from the elastic body when a forward force is applied, and when the forward force disappears, the guide member is moved to its original position by the elastic force of the elastic body. You may come back to. When the transfer member is moved along the edge of the transfer surface, especially when the glue transfer tool is used upright with respect to the transfer surface, the edge of the paper locked by the guide member is The guide member may be lifted upward. If this happens, the edges of the paper may be creased or, in some cases, the edges of the paper may be damaged.
If the guide member can move forward, such a problem can be solved.

  The elastic body in the present invention may be integrated with the guide member. Although not limited to the guide member, the glue transfer tool is generally made up of many parts of resin. And, it is often possible to give a certain degree of elasticity to the resin parts by design. Therefore, it is possible to integrate the elastic body and the guide member, so that the number of parts can be reduced, and the manufacturing cost of the glue transfer tool can be reduced. .

The guide member guides the transfer member along the edge of the surface to be transferred when the transfer member is moved along the edge of the surface to be transferred. It doesn't matter.
For example, the guide member, more specifically, the guide portion that is a portion that locks the edge of the paper of the guide member is positioned on the front side of the transfer member in the predetermined traveling direction of the main body. It may be.
The guide portion is where the edge of the paper is locked when the transfer member is moved along the edge of the transfer surface. Therefore, even when the transfer member is moved without being along the edge of the transfer surface, there is a possibility that the transfer member contacts the paper. When the guide portion is positioned on the rear side of the transfer member in the planned traveling direction of the main body, the guide portion may come into contact with the glue transferred to the paper. On the other hand, if the guide portion is positioned on the front side of the transfer member in the planned traveling direction of the main body, the glue is transferred to the paper behind the traveling guide portion, so that the guide portion contacts the glue. There is no.

When the glue is transferred from the tape to the transfer surface with the edge of the paper being locked thereby, the transfer on the side close to the edge of the paper locked by the guide member is performed. The distance from the glue edge to the paper edge locked by the guide member may be within 5 mm.
Of course, the distance from the edge of the glue to the edge of the paper may be kept closer, for example, within 1 mm, which means that the user is transferring the glue to the last part of the edge of the paper Although the sensation can be obtained more strongly, if the distance from the edge of the glue to the edge of the paper is kept close to about 5 mm, the user can feel that the glue is being transferred to the last part of the edge of the paper. be able to.
The length of the transfer portion, which is a portion of the transfer member that contacts the tape, in the width direction of the tape is equal to or longer than the width of the tape, and both sides of the transfer portion in the width direction. The guide part is a part that completely overlaps with the tape in the width direction or protrudes from both sides of the tape in the width direction, and is a part that locks the edge of the paper among the guide members. May be located near the end of the transfer member in the width direction. By doing so, it becomes possible to position the transfer section that presses the tape against the transfer surface of the paper, in the immediate vicinity of the edge of the paper guided by the guide section, so that the glue is applied to the edge of the paper edge. Can be transferred.
Two guide portions may be provided on both sides in the vicinity of the end in the width direction of the transfer member. According to this, the movement direction of the glue transfer tool when the user transfers glue to the edge of the paper by selecting which guide portion is to be locked to the edge of the predetermined paper. Can be arbitrarily selected from two directions along the edge of the paper.
The guide portion in the guide member is such that the edge of the paper can be locked, and the edge of the paper can be moved while the edge of the paper is locked. For example, the guide portion may be a U-shaped groove having a U-shaped cross section so that an edge of the paper is sandwiched from both sides thereof.

The main body of the glue transfer tool according to the present invention includes a refill to which the first reel, the second reel, the transfer member, and the guide member are attached; a case in which the refill can be detachably stored; May be provided.
Some conventional glue transfer tools have a main body including a refill including a first reel, a second reel, and a transfer member, and a case for detachably storing the refill. Such a paste transfer tool including a refill and a case can be used for a long time by exchanging the refill, and is convenient for the user. On the other hand, as described above, the guide member may be provided anywhere on the main body. Therefore, when the main body has a refill and a case, the guide member can be attached to both the refill and the case.
By the way, the relative positional relationship between the guide member and the transfer member needs to be positioned as accurately as possible. If there is a change in the positional relationship between the two, for example, the relative positional relationship between the edge of the paper locked by the guide member and the transfer member may change, and the glue may not be accurately transferred to the edge of the paper. Because there is. When the guide member is attached to the case and the refill including the transfer member in a part thereof is detachable from the case, the relative positional relationship between the guide member and the transfer member is changed when the refill is replaced. Changes can occur. On the other hand, when both the guide member and the transfer member are provided in the refill, even if the refill is exchanged for the case, the relative position between the guide member and the transfer member is only required if the refill is manufactured accurately. The relationship will not change.
This contributes to making the refill exchange type glue transfer tool practical.

The perspective view which shows the external appearance of the glue transcription | transfer tool in embodiment of this invention. The right view of the glue transcription | transfer tool shown in FIG. The left view of the glue transfer tool shown in FIG. The top view of the glue transcription | transfer tool shown in FIG. The bottom view of the glue transfer tool shown in FIG. The front view of the glue transfer tool shown in FIG. The rear view of the glue transfer tool shown in FIG. The perspective view of the cover member contained in the glue transcription | transfer tool shown in FIG. The perspective view which shows the refill contained in the glue transfer tool shown in FIG. The perspective view of the refill main body contained in the refill shown in FIG. The perspective view which shows the state which attached the guide member to the refill main body shown in FIG. The perspective view which shows the state which removed the refill main body and the guide member from the refill shown in FIG. The schematic right view which shows the mechanism in which a refill moves back and forth with respect to the case contained in the glue transfer tool shown in FIG. The perspective view which expands and shows the structure of the front hole vicinity of the glue transcription | transfer tool shown in FIG. The perspective view which expands and shows the state which looked at the guide member contained in the glue transfer tool shown in FIG. 1 from the upper direction. FIG. 3 is a side view showing a method of transferring glue to a portion other than the edge of the transfer surface using the glue transfer tool shown in FIG. 1. The perspective view which showed the glue transfer tool in the case of transferring glue to the edge of a to-be-transferred surface from the back side of the paper shown as transparent. The bottom view of the front part of the refill in the glue transcription | transfer tool in a modification.

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

  The appearance of the glue transfer tool in this embodiment is shown in the perspective view of FIG. 2 is a right side view of the glue transfer tool, FIG. 3 is a left side view, FIG. 4 is a plan view, FIG. 5 is a bottom view, FIG. 6 is a front view, and FIG. Each is shown.

  This glue transfer tool transfers a glue layer provided in a layer form on one side of a tape to a transfer surface, for example, paper. Except for the presence of a guide member to be described later, this glue transfer tool may be configured in the same manner as a known or well-known extremely general glue transfer tool. It is so.

  The glue transfer tool includes a case 100. The case 100 is made of two left and right members made of resin. When the glue transfer tool is viewed from the front, the member located on the right is the right case member 110, and the member located on the left is the left case member 120. Both the right case member 110 and the left case member 120 have concave surfaces facing each other. The case 100 configured by joining the right case member 110 and the left case member 120 is hollow as in the case of a normal glue transfer tool. In the case 100, various members including a refill described later are accommodated.

A rectangular front hole 130 is provided slightly below the front surface of the case 100. The front hole 130 is for moving a transfer portion, which will be described later, inside and outside the case. As will be described later, when the glue transfer tool is used, the transfer portion is moved from the inside of the case 100 to the outside of the front side of the case 100 through the front hole 130.
A plate-like and substantially rectangular upper push plate 141 is provided on the upper side of the case 100, and a plate-like and substantially rectangular lower push plate 142 is provided on the lower side of the case 100. Both the upper push plate 141 and the lower push plate 142 have their base ends attached to the right case member 110. Further, the upper push plate 141 and the lower push plate 142 can separate the right case member 110 and the left case member 120 by simultaneously pressing them. The mechanism for separating the right case member 110 and the left case member 120 is not described in detail because a well-known technique may be used appropriately. The reason why the right case member 110 and the left case member 120 are separable is to allow the user to replace the refill described later. The user separates the right case member 110 and the left case member 120, takes out the used refill, attaches a new refill to the left case member 120, and then connects the right case member 110 and the left case member 120 again. Now, refills can be exchanged.
On the inner side surface of the left case member 120 of the case 100, a cylindrical guide rod (not shown) that protrudes in a small length in the inner direction of the case 100, but is not limited to this, is provided.

The right side surface of the case 100 is provided with a side hole 151 that is an arc-shaped hole that forms a part of a predetermined circle. The side hole 151 is for penetrating a knob of the lid member described later. The side hole 151 has such a shape that it is possible.
A small side hole 152 that is a small hole is also provided on the right side surface of the case 100. The small side hole 152 is provided in view of the necessity of the manufacturing process, and does not play a particular role.

The lid member and the refill are stored in the case 100.
First, the lid member 200 will be described. A perspective view of the lid member 200 is shown in FIG.
The lid member 200 is for opening and closing the side hole 151 described above, and for causing a refill described later to move back and forth with respect to the case 100.
Although the lid member 200 is not limited to this, in this embodiment, the lid member 200 is an integral one made of resin, and has a circular hole in the center, and more precisely a rotating plate that is a donut-shaped plate rather than a disk shape. 210 and a lid plate 230 that is connected to the rotary plate 210 via a rib 220 and is a plate having an arcuate cross section.
As will be described later, the lid member 200 is attached to the case 100, but a knob 211 is provided on the outer surface of the rotating plate 210 when the lid member 200 is attached to the case 100. The knob 211 is used when the user rotates the rotating plate 210 in a state where the knob 211 is picked. The knob 211 has a shape and size that can be easily picked by the user.
A cylindrical pin 212 is provided on the inner surface of the rotating plate 210 when the lid member 200 is attached to the case 100.
The lid member 200 is provided so as to protrude inwardly from the inner surface of the right case member 110 of the case 100, and the axis of the lid member 200 is a hole of the rotating plate 210 that is not shown in the figure. Installed in the inserted state. At this time, the outer surface of the rotating plate 210 in the lid member 200 is in a state substantially along the inner surface of the right case member 110, and the knob 211 passes through the side hole 151 provided on the right side surface of the case 100, The case 100 is exposed to the outside on the right side surface.
The lid member 200 is rotatable around the above-described axis. The user can pick the knob 211 exposed to the outside of the right side surface of the case 100 and rotate the lid member 200 with respect to the case 100.
The lid member 200 is rotatable with respect to the right case member 110 of the case 100, but is attached to the right case member 110 so as not to drop off from the right case member 110. Since such a drop-off prevention technique may be a known or publicly known technique, a detailed description thereof will be omitted.

The refill will be described with reference to FIGS. In addition, what combined refill and case 100 is a main body said by this application.
As shown in the perspective view of FIG. 9, the refill 300 is configured by assembling various parts to the refill main body 310.
Only the refill body 310 is shown in FIG. The refill main body 310 includes a right refill plate 311 which is a right side plate and a left refill plate 312 which is a left side plate. The right refill plate 311 and the left refill plate 312 have substantially the same shape. The right refill plate 311 and the left refill plate 312 are connected so as to be parallel to each other by a plate-like connection plate 313 and rod-like first shaft 314 and second shaft 315, respectively. A first reel, which will be described later, is rotatably attached to the first shaft 314 with the first shaft 314 as a rotation axis. A second reel, which will be described later, is rotatably attached to the second shaft 315 with the second shaft 315 as a rotation axis.
Near the front side of the outer surface of the right refill plate 311, an arc-shaped circle notch 311 </ b> A that forms a part of a circle is provided. The diameter of the circle formed by the circular notch 311A is equal to the diameter of the rotating plate 210 in the lid member 200. As will be described later, the refill 300 moves back and forth with respect to the case 100. When the refill 300 is lowered rearward, the rear side of the rotating plate 210 is fitted into the circular notch 311A.
From the rear of the outer surface of the right refill plate 311, there is provided a recess 311 </ b> B that combines a circular shape and an oval shape. A transmission gear, which will be described later, is fitted into the front portion of the recess 311B. A cylindrical third shaft 311B1 serving as a shaft of a transmission gear that can be rotated is provided at the center of the front portion of the recess 311B. A second gear, which will be described later, is connected to a second reel, which will be described later, in a portion closer to the rear of the recess 311B. In addition, a crescent-shaped notch along the arc is provided in the foremost portion of the recess 311B, and a portion of the side wall of the recess 311B corresponding to the arc portion of the crescent-shaped notch is provided. The walls have been removed, and they become communication holes 311B2 which are a series of holes. The communication hole 311B2 is for making a space for meshing a first gear, which will also be described later, connected to a first reel, which will be described later, and a transmission gear, which will be described later.
Although not shown, a groove that runs in the front-rear direction is provided on the outer surface of the left refill plate 312. The width of the groove is substantially equal to the width of the above-described guide bar provided on the inner surface of the left case member 120. When the refill 300 is stored in the case 100, the guide bar fits into the groove provided in the refill 300. Thereby, the refill 300 can move with respect to the case 100 only in the direction along the groove, that is, in the front-rear direction, and the movement direction is regulated.
An S-shaped hole 311C, which is a hole that curves in a substantially inverted S shape when the refill 300 is viewed from the right, is provided in a portion of the right refill plate 311 that is positioned on the front side of the circular notch 311A. When the refill 300 is stored in the case 100, the above-described pin 212 provided on the inner surface of the rotating plate 210 in the lid member 200 is inserted into the S-shaped hole 311C. The pin 212 and the S-shaped hole 311C realize a back-and-forth movement of the refill 300 with respect to the case 100 by a combination thereof.

The principle that the refill 300 moves back and forth with respect to the case 100 will be described with reference to FIG.
As described above, the pin 212 of the lid member 200 is inserted into the S-shaped hole 311C of the refill 300. The knob 211 of the lid member 200 is exposed to the outside from the right side surface of the case 100.
The lid member 200 is rotatable with respect to the case 100, but the center of the rotating plate 210 is pivotally supported by the case 100 and does not move with respect to the case 100.
Here, it is assumed that the user picks the knob 211 and rotates the rotating plate 210 from the position of FIG. 13A in the direction indicated by the arrow in FIG. Then, as the rotating plate 210 rotates, the pin 212 inserted into the S-shaped hole 311C rotates together with the rotating plate 210, and from the upper position shown in FIG. It moves in the S-shaped hole 311C along the length direction of the S-shaped hole 311C to the lower position indicated by 13 (B). Along with this, the pin 212 pushes the rear edge of the S-shaped hole 311 </ b> C rearward, so that the refill 300 having the S-shaped hole 311 </ b> C moves rearward with respect to the case 100. At this time, in the process of moving the pin 212, vertical force is also applied to the edge of the S-shaped hole 311C from the pin 212. However, as described above, the direction of movement of the refill 300 relative to the case 100 is provided in the refill 300. In addition, the combination of the above-described groove and the above-described guide rod provided in the case 100 restricts only in the front-rear direction. Therefore, the refill 300 moves only backward with respect to the case 100 by the movement of the pin 212 described above.
On the other hand, when the knob 211 is moved from the position shown in FIG. 13B to the position shown in FIG. 13A, the refill 300 moves forward with respect to the case 100.
In the state shown in FIG. 13A in which the refill 300 has moved forward, a transfer portion, which will be described later, in front of the refill 300 is exposed to the front of the case 100 from the front hole 130 in front of the case 100. On the other hand, in the state shown in FIG. 13B in which the refill 300 has moved rearward, the transfer portion of the refill 300 is stored in the case 100 through the front hole 130 of the case 100.
As described above, the lid member 200 includes the lid plate 230. When the rotating plate 210 rotates, the lid plate 230 connected to the rotating plate 210 via the ribs 220 rotates with the rotation. The lid plate 230 is located inside the case 100. However, in the state shown in FIG. 13A in which the refill 300 has moved forward, the lid plate 230 is located above the front hole 130 and opens the front hole 130. ing. On the other hand, in the state shown in FIG. 13B in which the refill 300 has moved rearward, the front hole 130 is blocked by being positioned at a portion corresponding to the front hole 130.
That is, although not limited to this, in this embodiment, when the user rotates the knob 211, the back and forth movement of the refill 300 and the opening and closing of the front hole 130 by the lid plate 230 are executed in conjunction with each other. It has become.

As described above, when the refill 300 moves forward with respect to the case 100, the front end portion of the refill 300 is exposed from the front hole 130 of the case 100 to the front side of the case 100. Of the refill 300 moved forward with respect to the case 100, a portion exposed from the case 100 is a transfer portion referred to in the present invention having a function of transferring glue attached to the tape to a predetermined target surface.
Near the tip of the inner surface of the left refill plate 312, there is a connection column 316 perpendicular to the inner surface of the left refill plate 312, and a first attached to the connection column 316 across the connection column 316. Two connection plates 317 are connected. On the other end side of the connection column 316, a tip plate 318 having a shape substantially the same as the tip portion of the left refill plate 312 is provided. The inner side surface of the tip plate 318 is connected not only to the connection column 316 but also to the second connection plate 317, and the outer side surface thereof is in a state along the inner side surface of the right refill plate 311.
Bearings 311 </ b> D and 312 </ b> D each having a groove shape that is wider toward the inside are provided at the tip of the tip plate 318 and the tip of the left refill plate 312.
As shown in FIG. 14 in which the front end portion of the refill 300 exposed from the front hole 130 when the refill 300 moves forward with respect to the case 100 is enlarged, the bearings 311D and 312D are provided at both ends of the transfer roller 320. The roller shaft 321 is supported. The transfer roller 320 has a cylindrical shape, and transfers the glue attached to the tape that moves along the outer periphery thereof to the transfer surface by pressing the tape against the transfer surface. . The roller shaft 321 has a cylindrical shape and is provided at both ends of the transfer roller 320 so as to be coaxial with the transfer roller 320. The roller shaft 321 is rotatably supported by the bearings 311D and 312D so that the transfer roller 320 can rotate.
The member for pressing the tape against the transfer surface is not necessarily a rotatable member such as the transfer roller 320, and may be a simple spatula, for example.

As shown in FIG. 10, a guide groove 312E, which is a groove running in the front-rear direction, is provided at a position closer to the lower side of the portion connected to the connection column 316 of the left refill plate 312. On the other hand, although not shown, a groove is also provided on the inner surface of the above-described tip plate 318 attached to the tip of the right refill plate 311. The groove is present at a corresponding position when the refill main body 310 is viewed from the side. Both the guide groove 312E and the groove provided on the inner surface of the tip plate 318 assist the back-and-forth movement of the guide portion in the guide member described later.
A locking portion 312F having a substantially rectangular parallelepiped shape formed by increasing the thickness of the left refill plate 312 or by projecting the inner surface of the left refill plate 312 slightly behind the guide groove 312E below the left refill plate 312. Is provided. The locking portion 312F positions the position of the rear end of the guide member described later.

Next, the guide member will be described.
As shown in FIGS. 9 and 11, a guide member 330 is attached to the refill main body 310. FIG. 11 is a view showing a state where only the guide member 330 is attached to the refill main body 310. 15 is an enlarged perspective view showing the guide member 330 as viewed from above.
The entire guide member 330 is made of resin and has a rectangular plate 331 that is a rectangular plate in plan view. The rectangular plate 331 is provided with two oblong holes 332 having a substantially oval shape whose longitudinal direction is the width direction. Further, a U-shaped notch 333 that is a U-shaped notch is provided behind the oblong hole 332 of the rectangular plate 331. A locking plate 334, which is a substantially square plate when viewed from the front, is provided at the tip of a member positioned further rearward of the U-shaped notch 333 of the guide member 330.
Side plates 335, which are plates extending upward, are respectively provided on both sides of the rectangular plate 331 in the guide member 330 in the width direction. On the outer side of the lowermost portion of both side plates 335, a receiving portion 336 is provided so that the lower surface thereof is flush with the lower surface of the rectangular plate 331 so as to protrude outward. A projecting portion 337 that protrudes outward is provided on the outer side of the portion of the both side plates 335 located above the receiving portion 336.
Guide portions 338 are provided on both ends in the width direction of the guide member 330. The guide unit 338 is locked to the edge of the paper as will be described later, and the glue transfer tool is used when the user moves the glue transfer tool along the edge of the paper by using the paper edge as a guide reference. In particular, for guiding the transfer portion along the edge of the paper. The guide part 338 includes an extending part 338A extending from both ends of the rectangular plate 331 in the width direction toward the front side, and a jaw part 338B connected to the front end so as to be bent inward. In both of the two guide portions 338, a groove surrounded on three sides by the front surface of the rectangular plate 331, the inner surface of the extending portion 338A, and the rear surface of the jaw portion 338B is formed. These grooves extend in the front-rear direction in the advancing direction of the glue transfer tool when the glue transfer tool is used and the glue is transferred from the tape to the transfer surface. It is sufficient that the width of these two grooves is sufficient to allow the edge of the paper having the transfer surface to pass between them. Although not limited to this, in this embodiment, the width of the two grooves is set to 1 mm. ing.

The guide member 330 is attached to the refill main body 310 as follows.
The guide member 330 is provided with the protrusions 337 located on both sides thereof on the guide groove 312E of the left refill plate 312, the tip of the right refill plate 311 and the inner surface of the tip plate 318 attached inside. It is attached to the refill main body 310 by being inserted into a groove (not shown). The protruding portion 337 is supported by the guide groove 312E and the above-described groove so as not to drop off from them. On the other hand, the protrusion 337 can slide back and forth in the guide groove 312E and the above-described groove. As a result, the guide member 330 is not dropped from the refill main body 310.
When the guide member 330 is attached to the refill body 310, the outer surfaces of the two side plates 335 are in contact with the inner surface of the left refill plate 312 and the inner surface of the tip plate 318, respectively. The upper surfaces of the two receiving portions 336 are in contact with the lower surface of the left refill plate 312 and the lower surface of the tip plate 318, respectively.
When the guide member 330 is attached to the refill main body 310, the rear surface of the locking plate 334 is locked to the front surface of the locking portion 312F provided below the left refill plate 312. It has become. Thereby, the member located further rearward of the U-shaped notch 333 of the guide member 330 is prevented from lowering further.
Further, when the guide member 330 is attached to the refill main body 310, the guide portion 338 is positioned substantially at both ends of the width in the left-right direction of the transfer roller 320 and is expected to contact the transfer surface of the transfer roller 320. It is designed to be located somewhat behind the marked part.

The guide member 300 attached to the refill main body 310 in this way has a longitudinal direction due to the presence of the U-shaped notch 333 provided in the rectangular plate 331 and the elasticity that the resin forming the guide member 300 originally has. Some compression is possible.
Thereby, the guide part 338 of the guide member 300 can be pushed down backwards by pushing the front-end | tip back.
As described above, the rear end of the guide member 300 is engaged with the front surface of the engaging portion 312F provided on the left refill plate 312 with the rear surface of the engaging plate 334 provided on the rear end thereof. The locking portion 312F cannot be lowered rearward. Therefore, the guide portion 338 pushed downward is always in a state where a force to return to the original position in front is applied.
This is equivalent to a state in which a forward force is always applied to the guide portion 338 from a predetermined elastic body. In this embodiment, the rectangular plate 331 integrated with the guide portion 338 is provided with the function of the above-described elastic body. However, a predetermined portion separated from the guide portion 338 is provided behind the guide portion 338. It is also possible to dispose an elastic body (for example, rubber, metal coil spring or leaf spring), so that a positive force can always be applied to the guide portion 338.

The above-described first reel, second reel, etc. are assembled to the refill main body 310.
A perspective view of the refill 300 with the refill main body 310 and the guide member 330 removed is shown in FIG.
In FIG. 12, 340 is the first reel. The first reel 340 is a reel around which a tape before use is wound. In FIG. 12, the description of the tape is omitted. The tape is wound around the first reel 340 so as to have a glue layer on the outer surface thereof. The first reel 340 is housed in the refill main body 310 in a state in which the first reel 340 is rotatably supported by the first shaft 314 included in the refill main body 310. The width of the tape is shorter than the length of the transfer roller 320 in the left-right direction.
The first reel 340 is connected to a first gear 341 that is a gear. The first gear 341 is coaxial with the first reel 340 and rotates with the rotation of the first reel 340. The rear portion of the first gear 341 is located in the communication hole 311B2 described above.
The first gear 341 is fitted into a circular portion in front of the concave portion 311B of the right refill plate 311 and the front portion thereof is a gear positioned in the communication hole 311B2, and the communication hole 311B2. Are engaged in the part. The transmission gear 351 is for transmitting the rotation of the first gear 341 to the second reel via an auxiliary gear and a second gear described later. The transmission gear 351 is rotatably supported by a cylindrical third shaft 311B1 provided at the center of a circular portion in front of the recess 311B.
The transmission gear 351 meshes with an auxiliary gear 361 that is a gear. The auxiliary gear 361 is for transmitting the rotation of the transmission gear 351 to the second gear. The auxiliary gear 361 is rotatably supported on a shaft (not shown) provided on the inner surface of the right refill plate 311.
The auxiliary gear 361 meshes with the second gear 371 that is a gear. The second gear 371 is connected coaxially with the second reel 370. The second gear 371 is for transmitting the rotation of the auxiliary gear 361 to the second reel 370. When the auxiliary gear 361 rotates, the second gear 371 engaged with the second gear 371 rotates, and when the second gear 371 rotates. Accordingly, the second reel 370 rotates.
The second reel 370 is a reel for winding up a tape that can be said to be after use after the glue is transferred to the transfer surface by the transfer roller 320.

Next, the usage method and operation of the glue transfer tool described above will be described.
The glue transfer tool before use is usually in the state shown in FIG. In this state, the front hole 130 of the case 100 is closed by the lid plate 230 of the lid member 200, and the refill 300 moving rearward with respect to the case 100 is housed inside the case 100. . Note that the glue transfer tool in the state before use or not in use after use is in this state by storing the glue adhering to the tape in the case 100. This is to prevent dust or the like from sticking to the glue.
The user picks the knob 211 provided on the rotating plate 210 of the lid member 200, and rotates the knob 211 clockwise in FIG. Then, the glue transfer tool is in the state shown in FIG. More specifically, when the user picks the knob 211 and rotates the rotating plate 210 clockwise, the pin 212 inserted in the S-shaped hole 311C rotates the rotating plate 210. Then, it rotates and moves in the S-shaped hole 311C along the length direction of the S-shaped hole 311C from the lower position to the upper position. Accordingly, the pin 212 pushes the front edge of the S-shaped hole 311C forward, so that the refill 300 having the S-shaped hole 311C moves forward with respect to the case 100.
On the other hand, when the knob 211 is rotated clockwise, the lid plate 230 is also rotated clockwise and moved to above the front hole 130.
As a result, the portion corresponding to the transfer portion referred to in the present invention on the front end side of the refill 300 is exposed to the front of the case 100 through the front hole 130.
In this state, the glue transfer tool can be used, that is, the glue attached to the tape can be transferred to the transfer surface.

  The transfer of glue on the transfer surface using the glue transfer tool is performed using the upper surface of the paper placed on a predetermined plane such as the top of a predetermined desk as the transfer surface. On the other hand, the glue transfer tool is moved.

First, a case where glue is transferred to a portion that is not the edge of the paper, that is, a portion that is not the edge of the transfer surface will be described with reference to the schematic diagram of FIG.
Similar to a normal glue transfer tool, this glue transfer tool presses the transfer roller 320 against the transfer surface P1 of the paper P through the tape T with the glue transfer tool tilted so that the back is high and the front is low. On the other hand, the glue transfer tool is moved rearward to transfer the glue G adhering to the tape T to the transfer surface P1. In all the drawings other than FIGS. 16 and 17, the tape T is not illustrated even if it should be performed.
The glue G adheres to the outer peripheral surface of the tape T. Accordingly, the glue G is transferred from the tape T to the transfer surface P1 by pressing the transfer surface 320 using the transfer roller 320 that rotates the tape T.
When the tape T is transferred to the transfer surface P1, the transfer roller 320 rotates clockwise. At the same time, the tape T moves in the direction indicated by the arrow in the figure. Note that the tape T reaches the lower side of the transfer roller 320 from the lower side of the first reel 340, and then is folded back by the transfer roller 320, and then reaches the upper side of the first reel 340 from the transfer roller 320. After the direction is changed downward on the upper side of 340, the lower reel 370 is reached. The movement of the tape T following such a path is as follows. First, the tape T sandwiched between the transfer roller 320 and the transfer surface P1 is pulled out from the first reel 340 by the frictional force between them. Arise.
When the tape T is unwound from the first reel 340, the tape T is pulled and the first reel 340 rotates clockwise. As the first reel 340 rotates, the first gear 341 also rotates clockwise. When the first gear 341 rotates clockwise, the transmission gear 351 meshing with the first gear 341 rotates counterclockwise, the auxiliary gear 361 meshing with the transmission gear 351 rotates clockwise, and the auxiliary gear The second gear 371 meshing with 361 rotates counterclockwise.
When the second gear 371 rotates counterclockwise, the second reel 370 connected to the second gear 371 rotates counterclockwise. As a result, the tape T is wound around the second reel 370. As described above, the glue G adhering to the tape T is transferred to the transfer surface P1 at the portion where the transfer roller 320 and the transfer surface P1 are in contact with each other through the tape T. The tape T wound around the second reel 370 is a used one.
Thus, in the glue transfer tool of this embodiment, the first reel 340 is rotated by the tension of the tape T, and the first reel 340 is rotated by the first gear 341, the transmission gear 351, the auxiliary gear 361, and the first reel 340. By transmitting using the two gears 371, it is possible to rotate the second reel 370 while being synchronized with the first reel 340. Thereby, in this glue transfer tool, the tape T can be fed from the first reel 340 to the second reel 370 while keeping the tension applied to the tape T constant. As the tape T is used, the diameter of the tape T wound around the first reel 340 is reduced, the diameter of the tape T wound around the second reel 370 is increased, and the tape T is wound around the second reel 370. Since the speed at which the tape is wound is gradually increased, the tension applied to the tape T gradually increases without any ingenuity. Considering such a point, for example, when the tension applied to the tape T becomes excessive, the first gear 341 can be idled with respect to the first reel 340, and the tape T is applied. It is also possible to devise a method for reducing the tension applied to the tape T when the tension becomes excessive. Such techniques are well known and have nothing to do with the essence of the present invention, so a detailed description is avoided.

When the glue transfer tool is moved backward while pressing the tape T against the transfer surface P1 by the transfer roller 320, the tip of the guide part 338 of the guide member 330, that is, the jaw part 338B, depending on how the glue transfer tool is inclined. The portion on the front end side may contact the transfer surface P1. As described above, the guide portion 338 of the guide member 330 can be moved rearward by the elasticity of the rectangular plate 331 of the guide member 330. Therefore, even if the tip of the guide portion 338 abuts the transfer surface P1, the guide portion 338 is guided. The portion 338 does not prevent the transfer roller 320 from pressing the tape T against the transfer surface P1.
In addition, the guide unit 338 is configured such that the transfer roller 320 is connected to the transfer surface P1 via the tape T when viewed in the advancing direction of the paste transfer tool during transfer of the paste to the transfer surface P1. It is located behind the abutting part. Accordingly, since the glue G is transferred to the transfer surface P1 after the guide portion 338 has advanced, the transferred glue is brought into contact with the paste G transferred to the transfer surface P1. G is not peeled off from the transfer surface P1, and the guide portion 338 is not soiled by the glue G.

  Although the guide portion 338 can be retracted with respect to the case 100, it is naturally preferable that the guide portion 338 is not in contact with the transfer surface P1 as much as possible. In order to make this possible, the lower surface of the guide portion 338 is preferably formed so as to become thinner toward the tip. This is 338B1 on the distal end side of the jaw 338B in FIG.

Next, the case where glue is transferred to the edge of the paper P, that is, the edge of the transfer surface P1, will be described.
What the user should do when transferring glue to the edge of the transfer surface P1 using the glue transfer tool is significantly different from what the user should do when transferring glue to a portion other than the edge of the transfer surface P1. Absent.
The user moves the glue transfer tool rearward while pressing the transfer roller 320 against the transfer surface P1 of the paper P over the tape T in a state where the glue transfer tool is inclined so that the rear is high and the front is low. The glue is transferred to the transfer surface P1.
The transfer of glue to the edge of the transfer surface P1 is different from the transfer of glue to a portion that is not the edge of the transfer surface P1, when the paste is transferred to the edge of the transfer surface P1. The paper is locked to the guide portion 338 on the side close to the edge of the paper P of the glue transfer tool to be moved along the edge. This is shown in FIG.
FIG. 17 is a view showing the glue transfer tool for transferring glue to the edge of the transfer surface P1 from the back side (the surface opposite to the transfer surface P1) of the paper P shown as transparent. In this way, the guide portion 338 is locked to the edge of the paper P, and more specifically, the jaw portion 338B is more glued than the portion X where the glue is applied to the transfer surface P1 by the transfer roller 320. The edge of the paper P is passed through a groove surrounded on three sides by the front surface of the rectangular plate 331, the inner surface of the extending portion 338A, and the rear surface of the jaw portion 338B. Thus, the transfer roller 320 is guided by the groove and the edge of the paper P so that the transfer roller 320 passes through the edge of the paper P. As a result, the glue G is transferred along the edge of the paper P or the transfer surface P1 without protruding from the transfer surface P1. At this time, although not limited to this, in this embodiment, the cover of the glue G passing between the grooves from the edge close to the edge of the transfer surface P1 passing between the grooves. The width W to the edge of the transfer surface P1 is 5 mm or less, preferably 1 mm or less.
In FIG. 17, the edge of the paper P is locked to the lower guide portion 338 in FIG. 17, and the glue transfer tool is moved from the left side to the right side in FIG. The image is transferred to the transfer surface P1. On the other hand, if the same edge of the paper P is locked to another guide portion 338 of the glue transfer tool, the glue G is moved from the right side to the left side in FIG. It becomes possible to transfer to the transfer surface. The presence of the two guide portions 338 across the transfer roller 320 allows the user to follow the movement direction of the glue transfer tool along the edge of the paper P when the glue G is transferred to the transfer surface P1 by the glue transfer tool. It becomes possible to select arbitrarily from two directions. Thereby, the user's workability at the time of transferring glue using the glue transfer tool is enhanced.

When the use of the glue transfer tool is finished, the user operates the knob 211 to return the glue transfer tool from the state shown in FIG. 13 (A) to the state shown in FIG. 13 (B).
When the use of the tape is finished, the right case member 110 and the left case member 120 of the case 100 are detached from each other as described above, and then the used refill 300 in the case 100 is taken out and a new refill 300 is removed. Replace it. After that, when the right case member 110 and the left case member 120 are joined, the glue transfer tool can be used again.

In the paste transfer tool described above, the refill 300 is detachable from the case 100, but it is not always necessary to do so.
In addition, the refill 300 in the glue transfer tool described above is movable back and forth with respect to the case 100, but it is not always necessary to do so.
In the glue transfer tool described above, the front hole 130 can be opened and closed by the cover plate 230, but it is not always necessary to do so.

<Modification>
A modification of the glue transfer tool described above will be described.
The glue transfer tool according to the modification has almost no difference in the glue transfer tool described in the above embodiment, its configuration, usage method and operation.
Regarding the configuration of the glue transfer tool according to the modified example, in the above-described embodiment, the locking plate 334 provided on the guide member 330 that is restricted only in the backward movement with respect to the refill main body 310 is the refill main body 310. It differs from the glue transfer tool according to the above-described embodiment only in that not only the backward movement but also the forward movement is restricted.

The glue transfer tool in the above-described embodiment includes a guide member 330, and the guide member 330 includes a U-shaped notch 333 and is attached to the tip of a member positioned further rearward of the U-shaped notch 333. A locking plate 334 was provided. On the other hand, the left refill plate 312 of the refill 300 in the glue transfer tool described above was provided with a locking portion 312F. When the guide member 330 is attached to the refill main body 310, the back surface of the locking plate 334 is brought into contact with the front surface of the locking portion 312F of the refill main body 310. The rear member of 333 is restricted from moving backward.
On the other hand, the guide member 330 included in the glue transfer tool in the modified example is the same as the guide member 330 provided in the glue transfer tool in the above-described embodiment, but the left refill plate 312 in the glue transfer tool in the modified example has an engagement. In addition to the locking portion 312F, the locking portion 312F is positioned in front of the locking portion 312F, and the gap between the locking portion 312F corresponds to the thickness of the locking plate 334 in the front-rear direction. A front locking portion 312F1 is provided (FIG. 18). In this modification, when the guide member 330 is attached to the refill main body 310, the locking plate 334 is inserted between the locking portion 312F and the front locking portion 312F1. Thereby, in the case of the glue transfer tool according to the modified example, the member behind the U-shaped notch 333 of the guide member 330 is restricted from moving backward or forward.

  As described above, when the member behind the U-shaped notch 333 of the guide member 330 cannot move forward or backward, the guide portion 338 of the guide member 330 functions as an elastic body as a whole. Can be moved back and forth. That is, the guide part 338 in the glue transfer tool according to the modified example can move backward against the elastic force from the guide plate 331, as in the above-described embodiment, when a backward force is applied thereto. In addition to this, when a forward force is applied thereto, it can move forward against the elastic force from the guide plate 331. When the guide portion 338 moves forward or backward, a force is generated on the guide plate 331 to return to the original shape, so that the guide portion 338 moves forward. If the forward force or the backward force is lost even when moving backward, the original position is restored.

The usage and operation of the glue transfer tool in the above modification are almost the same as those in the above-described embodiment. However, the operation of the guide member 330 when the glue is transferred to the edge of the transfer surface P1 using the glue transfer tool is slightly different from that in the above-described embodiment.
When the glue is transferred to the edge of the transfer surface P1 using the glue transfer tool according to the modified example, the guide portion 338 is engaged with the edge of the paper P as in the case of the glue transfer tool of the above-described embodiment. Stop. At this time, the user moves the glue transfer tool backward while pressing the transfer roller 320 against the transfer surface P1 of the paper P over the tape T in a state where the glue transfer tool is inclined so that the rear is high and the front is low. However, some users tilt the back of the glue transfer tool so that the back of the glue transfer tool is higher than most users do. When the user uses the glue transfer tool in such a manner, if the guide part 338 cannot move forward, the guide part 338 moves the edge of the paper P upward (toward the glue transfer tool). By pulling up, the edge of the paper P may be creased or the edge of the paper P may be damaged.
In the case of the glue transfer tool according to the modified example, as described above, when a forward force is applied to the guide portion 338, the guide portion 338 can move forward against the elastic force from the guide plate 331. Therefore, when the user uses the glue transfer tool, even if the user tilts the back of the glue transfer tool to be higher, the guide portion 338 moves forward. The possibility that the crease will be creased or the edge of the paper P is damaged is suppressed.

100 Case 110 Right Case Member 120 Left Case Member 130 Front Hole 151 Side Hole 200 Lid Member 210 Rotating Plate 211 Knob 212 Pin 220 Rib 230 Lid Plate 300 Refill 310 Refill Main Body 311 Right Refill Plate 311B Recess 311B1 Third Axis 311B2 Communication Hole 311C S-shaped hole 312 Left refill plate 312E Guide groove 312F Locking portion 312F1 Front locking portion 313 Connection plate 314 First shaft 315 Second shaft 316 Connection column 318 Tip plate 320 Transfer roller 330 Guide member 331 Rectangular plate 332 Small hole 333 U Character cutout 334 Locking plate 335 Side plate 336 Receiving portion 337 Protruding portion 338 Guide portion 338A Extending portion 338B Jaw portion 340 First reel 370 Second reel
G glue
P Paper P1 Transfer surface
T tape

Claims (10)

A first reel that is a reel on which a long tape on which one side of the layered paste is transferable is wound;
The tape sent from the first reel is pressed against a surface to be transferred, which is a surface to which the glue of the paper placed on a predetermined plane is to be transferred, whereby the glue of the tape is A transfer member for transferring to the transfer surface;
A second reel that is a reel for winding the tape after the glue is transferred by the transfer member;
A main body to which the first reel, the second reel, and the transfer member are attached;
A glue transfer tool comprising:
In the main body,
It is possible to engage with the edge of the paper having the transfer surface, and when the transfer member is moved along the edge of the transfer surface, the transfer member is moved along the edge of the transfer surface. A guide member for guiding,
An elastic body that urges the guide member to the front side where the transfer member exists by the elastic force, and moves the guide member to the rear side by pushing the guide member against the elastic force; ,
Is provided,
When the guide member is moved without being along the edge of the transfer surface, the guide member is pushed by the flat surface on the lower side of the paper to move backward.
Glue transfer tool. The guide member moves forward against the elastic force from the elastic body when a forward force is applied, and returns to its original position by the elastic force of the elastic body when the forward force disappears. ing,
The glue transfer tool according to claim 1. The elastic body is integrated with the guide member;
The glue transfer tool according to claim 1 or 2. The guide portion, which is a portion that locks the edge of the paper of the guide member, is positioned on the front side of the transfer member in a predetermined traveling direction of the main body when no force is applied to the guide member. Has become,
The glue transfer tool according to claim 1. When the glue is transferred from the tape to the transfer surface with the edge of the paper being locked thereby, the transfer on the side close to the edge of the paper locked by the guide member is performed. The distance from the edge of the glue made to the edge of the paper locked by the guide member is within 5 mm.
The glue transfer tool according to claim 1. The length of the transfer portion, which is a portion of the transfer member that contacts the tape, in the width direction of the tape is equal to or longer than the width of the tape, and both sides of the transfer portion in the width direction. Is completely overlapped with the tape in its width direction or protrudes from both sides of the tape in the width direction,
A guide portion, which is a portion for locking the edge of the paper among the guide members, is positioned near an end portion in the width direction of the transfer member.
The glue transfer tool according to claim 1. Two guide portions are provided on both sides in the vicinity of the end in the width direction of the transfer member.
The glue transfer tool according to claim 6. The guide portion is a U-shaped groove having a U-shaped cross section that is configured to sandwich the edge of the paper from both sides thereof.
The glue transfer tool according to claim 4, 6 or 7. The body is
A refill to which the first reel, the second reel, the transfer member, and the guide member are attached;
A case capable of detachably storing the refill;
With
The glue transfer tool according to claim 1.   The refill according to claim 9.

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