JPH0724942A - Manufacturing device for seal - Google Patents

Abstract

PURPOSE:To provide a means for forming an optional printed matter and the like easily so as to have the shape of a seal. CONSTITUTION:A device for forming a thin body such as an optionally printed matter and the like to obtain a seal is provided with a seal original body manufacturing unit 2, producing a seal original body 13 from a thin body 14, a tape body 7 for coating and a tape body 8 for a mount by a tape body moving means 5, an opposing means 5 and an introducing means 5, and a shaping unit 3, shaping the seal original body 13 into an optional configuration. The tapes 7, 8 can be rolled and a feed roller, a seal original body moving means 15, punching units 16, 20, a confirming window unit 19 and a punch selecting means can be provided for the same purpose.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a sticker or label manufacturing machine, and more particularly to an apparatus for processing an arbitrary printed matter or the like into a sticker or label.

[0002]

2. Description of the Related Art Conventionally, a sticker or a label (a sticker has a meaning of a sealing paper, a label has a meaning of a display paper such as a product name, and some of them are writable after being attached, and are also called as labels. However, there are various types of these (hereinafter simply referred to as seals), which are used for various purposes.
These have an adhesive surface on the back surface of a paper piece such as a circle, a square, and a cloud, and various indications are given on the surface. Usually, a release paper is provided on the adhesive surface and a transparent coating layer is provided on the surface. By peeling off the release paper, a seal can be attached to an arbitrary site. The surface of the seal is
Since it is protected by a coating layer made of transparent resin, scratches and stains are less likely to occur. That is, the display content of the sticker is maintained for a long time. For this reason, special designs, characters that are frequently used, etc. are materials for the seal.

[0003]

Since the seal is excellent in durability, storability, and finish, it is possible to print (or describe) trendy characters on the surface, cartoon characters, etc.
The seal itself that has been processed (or cut) into a heart shape or the like is distributed as a product.
Many of these have a high degree of interest, and buyers (especially children,
In the younger age group such as students), collecting hobbies is a hobby, and many kinds of hobbies are required at this time.

In addition to the hobby of collection, it may be purchased and used as an accent or seal in a letter, or to attach a favorite seal to personal belongings such as stationery. That is, the selection and use of the seal
It is used as a means of transmitting information or expressing feelings (for example, a heart-shaped sticker is attached to a letter to convey a love affair. A sticker of a cat is affixed to personal belongings to express love for cats, etc.). Therefore, various types of seals are sometimes required.

As described above, various kinds of seals are required, and it can be said that the ones having a rare value and the ones with high originality are more required. However, a seal is usually produced in large quantities at one time through a printing process, a die cutting process, and the like. And to be commercially viable,
You have to make something that is generally accepted.
For these reasons, it is difficult to manufacture many types of seals, and it goes without saying that it is difficult to provide a seal having a rare value (that is, a single-piece or small-volume production).

On the other hand, in general printed matter, wrapping paper, etc., there are many things having high aesthetic value and rare value,
There is a demand for molding these into a seal. In addition, since it is desired to display frequently used short sentences, words, etc. by a simple method only by a pasting operation, there is a demand to make them sticky.

However, no conventional technique has been provided to solve these problems (requests). As a similar technique, there is a label manufacturing technique disclosed in Japanese Patent Application Laid-Open No. 2-153769, but these are effective for producing a specific label, but they are used as a seal for an arbitrary object. It is difficult to mold it into a mold, and it does not include a technique to suggest molding in a seal shape.

In order to solve the above problems, the present invention provides
It is an object of the present invention to provide a means for easily molding an arbitrary printed matter or the like into a seal.

[0009]

In order to achieve the above object, the seal manufacturing apparatus according to the present invention has the following features.

The invention of claim 1 comprises means for laminating a mount tape having adhesive surfaces on both sides, a thin body to be a seal, and a coating tape having an adhesive surface on one side and having translucency. The thin body is composed of a seal raw material manufacturing section for obtaining a seal raw material stacked with the mount tape and the coating tape.

A second aspect of the present invention is an apparatus for shaping an arbitrary thin body into a seal shape, which is for a mount having an adhesive surface on one side and a translucent coating tape body and an adhesive surface on both sides. Tape body moving means capable of moving the tape body, tape body facing means for making the adhesive surface of the coating tape body and one adhesive surface of the mount tape body face each other, and both adhesives of the tape body facing each other. Introducing means for introducing the thin body so that each surface contacts the front surface and the back surface of the thin body, and the thin body introduced by the introducing means when the tape body moves, The seal raw material manufacturing section obtains a seal raw material formed by stacking the coating tape and the mount tape.

The invention of claim 3 comprises means for laminating a mount tape having adhesive surfaces on both sides, a thin body to be a seal, and a coating tape having an adhesive surface on one side and having translucency. And a shaping unit for obtaining a sealing raw material in which the thin body is stacked with the mount tape and the coating tape, and a shaping for cutting the sealing raw material to obtain a seal having a predetermined shape. It is composed of parts.

According to a fourth aspect of the present invention, there is provided a device for shaping an arbitrary thin body into a seal shape, which comprises a coating tape body having an adhesive surface on one side and a translucency and an adhesive surface on both sides. Tape body moving means capable of moving the tape body, tape body facing means for making the adhesive surface of the coating tape body and one adhesive surface of the mount tape body face each other, and both adhesives of the tape body facing each other. Introducing means for introducing the thin body so that each surface contacts the front surface and the back surface of the thin body, and the thin body introduced by the introducing means when the tape body moves, A structure having a seal raw material manufacturing section for obtaining a seal raw material formed by stacking the coating tape and the mount tape, and a shaping section for shaping the seal raw material into an arbitrary shape. is there.

According to a fifth aspect of the present invention, in the second or fourth aspect, the coat tape body and the mount tape body are roll-shaped, and the tape body moving means and the introducing means are: It is composed of feed rollers provided opposite to each other. In Claim 6, the shaping unit according to Claim 3 or 4, wherein the shaping unit moves a sealing unit moving unit, a punch unit shaping the sealing unit into a constant shape, and the punch unit. And a confirmation window portion capable of confirming the relative position of the seal original body. According to a seventh aspect, in the sixth aspect, the punch portion is provided with a seal raw material retainer capable of fixing the seal raw material when the punch portion operates. According to an eighth aspect, in the sixth aspect, the punch section includes a plurality of punch sections having different shapes, and a selection unit that selects one of the plurality of punch sections.

According to a ninth aspect of the present invention, in the shaping section, a punch cartridge mounting section for mounting and dismounting a punch cartridge having a punch main body incorporated therein, and the punch main body of the punch cartridge mounted in the punch cartridge mounting section. And an operating member for operating.

According to a tenth aspect of the present invention, the operating member includes a lever whose one end is axially supported, and the other end side of the lever,
It is located between the operation knob that is pushed down and the one end and the other end of the lever, and when the operation knob is pushed down, it moves downward and is attached to the punch cartridge attachment portion. It is configured by a convex portion that pushes the punch body of a punch cartridge.

The invention according to claim 11 is a punch cartridge mounted and used in the punch cartridge mounting part according to claim 9, wherein the housing, the punch body incorporated in the housing, and the inside of the punch body. And a clamp member for clamping the seal original body inserted in the.

In summary, it is an apparatus for molding a thin body such as an arbitrary printed matter into a seal shape, which is a thin body, a tape body for coating,
A seal original body manufacturing section, which uses the mount tape body as a seal original body by means of tape body moving means, facing means, and introducing means,
The seal original body is shaped into an arbitrary shape. The tape may be in the form of a roll, and may include a feed roller, seal original material moving means, punch section, confirmation window portion, seal original material retainer, and punch selection means.

The terms used in the claims have at least the following meanings. That is, in claims 1, 2, 3, and 4, "thin body" means a thin object such as a piece of paper,
With or without information such as arbitrary characters, photographs, patterns, etc., color, material (paper, synthetic resin, metal, inorganic substance, organic substance,
Etc.) and shapes (planar, linear, net-like, etc.) are not limited, and include objects having irregularities such as pressed flowers, cloth, and the like. "Seal" means a state in which one surface of a thin body having a specific shape is used as an adhesive surface, such as a sticker or a label, so that it can be attached to any sticky object. To do. In addition, it includes the case where the surface has a transparent coating and the adhesive surface has a release paper.

The term "adhesive surface" means a surface having an adhesive means having an adhesive property, including the case where the adhesive means is dot-shaped, linear, or partially provided, and the property, material, and adhesive properties of the adhesive means. Includes a stickable object, a thing having a minute suction cup, and an adhesive means using a magnet when the object to be stuck is a magnetic body, regardless of the effect level. In addition, a case where a release paper (paper-like body that is easily peeled off to protect the adhesive layer) is provided on one surface of the mount tape is included. The “tape body moving means” means a means that can move the tape body by acting on the tape body, for example, by pressing with a roller or moving without pressing. Move by pushing or pulling the edge of the tape body.
It is paid out by rotating the tape roll. By moving the thin body, the adhered tape body moves at the same time. Etc., including the use of conveyor belts, ultrasonic motors, etc.

The "introducing means" is a means for guiding the thin body to the adhesive surface of the tape body or for guiding the adhesive work surface of the tape body to the thin body, and includes an article having a feeding mechanism and a guide body. “Stacking” means a state in which a coat tape body, a thin body, and a mount tape body are laminated and adhered (or attached) to be integrated. "Shaping" is to adjust the shape, and is a die (punch) of any shape with a blade.
Punching, cutting with a cutter to a specified size or shape, including operations such as making cuts in the thickness direction of the seal original, three-dimensional (including uneven) flat seal original The operation (molding) or the operation of forming the three-dimensional seal original material on a flat surface is included.

In the fifth aspect, the term "rolled" means a rolled state, and includes a non-circular rolled state with or without a core. The "feed roller" is a roller-like body that rotates or rotates with a driving force capable of moving the tape body or the thin body, and is directly driven by an object, a gear body, a belt body, a pulley body, or the like. Including driven mechanically.

In claim 6, the "punch portion" is a portion for molding the seal raw material into the shape of the punch-shaped blade body by applying a pressure between the punch-shaped blade body and the seal raw material. Yes, having an upper blade part and a lower blade part, an object by the upper blade part and the receiving part, an object to which pressure is applied to the entire blade at a time,
Includes objects in which pressure is dispersed. The "confirmation window portion" is a means for confirming the positional relationship between the seal original material and the punch portion, and may be a means for directly observing the punch or the seal original material, or a separately provided frame, scale, or the like. , Including means for indirectly grasping the positional relationship.

[0024] In claim 8, "selecting means" means means for selecting only one punch part shape from a plurality of punch parts when punching the original seal material, and rotating, rotating, sliding the entire punch part. And a mechanism for changing the shape of the punch.

[0025]

The structure provided with the laminating means of claim 1 functions so that the seal original body is easily formed.

The structure provided with the tape body moving means and the thin body introducing means of the second aspect acts so that the original seal body is easily formed.

The configuration including the shaping portion according to the third aspect of the present invention functions so as to allow a seal having a desired shape to be manufactured immediately after the seal original body is manufactured.

According to the present invention, the coating tape body and the mount tape body are moved by the tape body moving means, the adhesive surfaces are opposed by the tape body facing means, and the tape body of the tape body is introduced by the introducing means. Since the thin body is introduced so as to make contact between the adhesive surfaces, the coating tape body is adhered to the surface of the thin body and the mount tape body is adhered to the back surface of the thin body (Mari is attached). Thereby, the front surface of the thin body is visually recognized by the translucency of the coating tape body, and the back surface of the thin body has an adhesive surface (which may have a release paper). Next, the original seal body is shaped into a desired shape by the shaping unit.

According to a fifth aspect of the present invention, the roll-shaped tape body is fed out by the feed roller, and at the same time, both tape bodies are
The thin body inserted between the adhesive surfaces of the tape body is simultaneously brought into contact (pressure is applied).

In the sixth aspect, the seal raw material moving means moves the seal raw material and guides it onto the punch portion. The punch section punches the seal original material, and cuts or cuts the seal original material into a punch shape. The confirmation window portion serves as means for visually recognizing the positional relationship between the seal original body and the punch portion and the punching condition.

In the seventh aspect, the seal original shaped by the punch section is fixed by the seal original pressing when the punch section is manually (shaped) until the operation of the punch section is completed. In the eighth aspect, the selecting unit selects one punch unit from the plurality of punch units.

According to the structure having the punch cartridge mounting portion of the ninth aspect, the punch acts as a cartridge.

According to the constitution of claim 10 in which the lever is provided and the punch main body is pushed by the convex portion in the middle of the lever, by using the lever principle, even if the pushing down force of the operating knob is light, it works.

According to the eleventh aspect of the present invention, the clamp member acts so as to prevent the original seal body from being displaced.

[0035]

【Example】

[First Embodiment] Next, a seal manufacturing apparatus 100-1 according to a first embodiment of the present invention will be described with reference to the drawings. Figure 1,
FIG. 2 relates to claims 1 to 6, wherein FIG. 1 explains the appearance and FIG. 2 explains the internal structure. In order to facilitate the following description, an example of a seal manufacturing apparatus will be described together with a method of use with reference to FIG. The main body 1 has a seal body manufacturing section 2
And the shaping unit 3 are integrally provided. Therefore,
First, the seal raw material manufacturing section 2 obtains a seal raw material,
Next, the shaping section 3 performs shaping (mold removal) of the seal. Since the seal original material manufacturing unit 2 and the shaping unit 3 can be separated from each other in mechanism, they can be separated from each other instead of being integrated. Also, it may be detachable.

As a method of use, first, a piece of paper (thin body) 1 such as an illustration, a photograph, or a wrapping paper having an appropriate pattern to be used as a seal is cut and inserted in advance so that it can be inserted into the insertion port A (introducing means). To do. Next, by rotating the handle 5 (tape body moving means), the paper piece (thin body) 4
The paper tape (thin body) 4 is coated with the coating tape 7 and the back surface is coated with the mount tape 8 (stacking), and is discharged from the discharge port 10. When the entire length of the paper piece (thin body) 4 is ejected, the seal original material 13 is cut by sliding the slide cutter 11 (obtained separately from the tape body).
be able to. The above is the description of the seal raw material manufacturing unit 2.

Next, the seal raw material 13 is inserted into the insertion port B, and the feed dial 15 is rotated to move the seal raw material 13 inward. A suitable guide 18 may be provided so that this movement does not shift when punching with the punch 16. It can be confirmed by the confirmation window 19 that the seal raw material 13 sent by the feed dial 15 has reached the punch 16. Therefore, by pulling the lever 20 in the arrow direction at a desired position, the seal raw material 13 is released from the die. It At this time, by adjusting the mechanism of the punch 16, it is possible to select whether to punch the seal original body 13 or to make a cut with the release paper of the mount tape 8 left. The completed seal 21 is discharged from the discharge port 12. The above is the description of the shaping unit 3.

From the above description, those skilled in the art can easily understand and manufacture (implement) the structure of the seal manufacturing apparatus, but a supplementary description will be given below. FIG. 2 shows the inside of FIG. 1 and shows a state where the upper portion 22 of the main body 1 is opened. At this time, the method of inserting the coat tape 7 and the mount tape 8 is explained. The coat tape 7 is placed in the tape box 28, and the mount tape 8 is placed in the tape box 2.
9 (appropriate shaft may be used at this time). The rotational force of the handle 5 is transmitted to the feed roller 25, and the upper feed roller 26 receives pressure via the coating tape 7, the paper piece (thin body) 4, and the mount tape 8, so that the coating tape 7 Rotate by moving. That is, it serves as both the introducing means (applying contact pressure) and the tape body moving means (rotating). 23 is a tape retainer. Although details of the punch are not shown and are not shown, it is sufficient if the punch having an appropriate shape and a blade on its frame can apply pressure to the seal original body 13 by a lever mechanism, a screw jack mechanism, or the like. Send dial 1
By transmitting the driving force of No. 5 to the roller 27 or the like, the seal original body 13 can be moved.

The coat tape 7 and the mount tape 8
May use a dedicated tape, but it is convenient for the user if a commercially available standard product can be used. Further, a light colored tape, a matte tape or the like may be used as the coating tape 7. Further, as the mount tape 8, a so-called double-sided adhesive tape can be used. At this time, there are those having release paper on both adhesive surfaces, those having release paper only on one side, and those having no release paper. Therefore, it may be selected and used according to the mechanism. Needless to say, a wider seal can be obtained by using a wide tape. In addition, if the thin body to be inserted is a pre-coated one, it is possible to obtain a seal raw material without using the coating tape (without setting), and to obtain the shape of the seal raw material to be obtained. If it satisfies, it is not necessary to use the shaping unit 3.

FIG. 3 shows a piece of paper (thin body) 4 to a seal original body 1.
This is a principle explanation up to the point where 3 is obtained. That is, the feed roller 25 and the upper feed roller 26 are provided so as to face each other, and by the feed roller 25 rotating in the direction of the arrow in the figure, the upper feed roller 26, the coating tape 7, and the mount tape 8 are provided. Also rotates in the respective arrow directions. That is, coat tape 7 and mount tape 8
Are fed out (see FIG. 3 (a)). At this time, since the adhesive surface 30 of the coating tape 7 and the adhesive surface 31 of the mount tape 8 face each other and are fed out, the paper piece (thin body) 4 is inserted between them and the paper piece (thin body) 4 The coating tape 7 is attached to the upper surface 33 and the mount tape 8 is attached to the lower surface 34 (see FIG. 3B). FIG. 3 (c) shows the finished seal original body 13, and FIG. 3 (d) shows an enlargement of the X portion of FIG. 3 (c). Here, the coating tape 7 including the coat layer 35 and the adhesive layer 36 is attached to the upper portion of the paper piece (thin body) 4, and the adhesive layer 37 and the base material are attached to the lower portion of the paper piece (thin body) 4. The mount tape 8 including the adhesive layer 38, the adhesive layer 39, and the release paper 40 is attached. still,
Instead of using the feeding roller, the tape roll may be directly driven and an introducing means may be separately provided (not shown).

FIG. 4 is a perspective view showing the production of the seal original body 13 and further illustrates punching (die cutting). That is, the seal original body 13 (FIG. 4B) includes a coating tape 7 attached to the upper part of the paper piece (thin body) 4 and a mount tape 8 attached to the lower part of the paper piece (thin body) 4. (FIG. 4A). Next, the original seal body 13 is punched by the punches 40, 41 and the like provided in the shaping section (FIG. 4C) to obtain seals 42, 43 (FIG. 4D).

FIGS. 5A and 5B show an example of the mechanism of the punch section according to claim 7, wherein FIG. 5A illustrates the state before the punching operation, and FIG. 5B illustrates the state during the punching operation. In FIG. 5A, there is a sufficient gap Y between the punching blade 50 and the receiver 51,
The gap Z between the seal body presser 52 and the receiver 51 is also appropriate. The seal original body (not shown) is inserted into the gap Z, and is a gap that can be freely moved after the insertion. After the position of the seal original material is determined here, by moving the handle 54, a cam 55 (lever mechanism) integrated with the handle 54 causes the extraction blade 50 and the seal original material retainer 52 to move.
The receiver can move in the direction of 51. At this time, the seal body presser 52
Applies an appropriate pressure to the seal original body by the spring 57 so as to fix the seal original body. Next, the punching blade 50
Narrow the gap with 1 and punch out the seal original material (or make a notch). Here, by returning (returning) the handle 54 to the original direction again, the punching (shaping) operation is completed. At the time of this return, even if the extraction blade 50 starts to separate from the seal original body, the seal original body retainer 52 continues to hold (fix) the seal original body in the extension range of the spring 57, so that the cut seal original body is removed. It does not remain inside the blade 50. The seal body presser 52 is made of a flexible material such as sponge or a hard material such as synthetic resin,
It is composed of a face body, a frame body or the like having the same shape as the internal shape of the punching blade 50. If necessary, this seal body pressing member may be used outside the punching blade 50. Also, the punching blade 5
The punching pressure of 0 is determined by the shape of the cam 55, the moving range of the handle 54, and the like, and may be appropriately selected.
Further, since the moving amount of the handle 54 correlates with the punch pressure, the operator may appropriately adjust the moving amount according to the property of the seal original material, the size of the punch, and the like. [Second Embodiment] FIG. 6 shows a seal manufacturing apparatus 100-2 according to a second embodiment of the present invention.

FIG. 6 and FIG. 7 relate to claim 8 and show an example in which the punch unit is provided with a selecting means. In this case, the appearance of the main body 1 is similar to that of FIG.
A punch switching knob 60 is provided on the upper part. The punch 64 can be selected by selecting the punch switching knob 60 as the alignment mark 61 or 62. FIG. 7 shows a mechanism as an example of the selecting means.
By selecting the punch switching knob 60 to be a or b, the movement of this rotation is amplified by the link 70, and the punch 64 is moved (slipped) between A and B.
Since this movement is equal to or greater than the punch section required distance D, it is possible to select the blades 72 and 73 of different types.

In addition to the embodiment described above, the seal original body manufacturing section and the shaping section are connected in series so that the thin body insertion to the shaping can be performed by an example operation. The same feeding mechanism is used for the tape moving means and the seal original moving means.
A transfer device is used for the moving means and the punch section. The tape body is not a roll tape but a laminated flat tape. Prepare multiple punches so that they can be replaced. For example, various modifications can be made without departing from the spirit of the present invention. [Third Embodiment] FIGS. 8 to 12 show a seal manufacturing apparatus 100-3 according to a third embodiment of the present invention.

The seal manufacturing apparatus 100-3 is different from the seal manufacturing apparatuses 100-1 and 100-2 described above mainly in the following points.

The mount tape roll and the coat tape roll are oriented horizontally and are arranged side by side and set together on the main body.

A configuration in which the punch is made into a cartridge.

As shown in FIGS. 8, 9 and 10, the seal manufacturing apparatus 100-3 includes a main body 101 having a substantially flat shape,
It has a lid 102 that can be opened and closed.

The main body 101 has a seal original body manufacturing section 103 on most of the right side and a shaping section 104 on the left end side.

The lid 102 covers the seal original body manufacturing unit 103 when closed.

The main body 101 has a housing 105.

The housing 105 includes the shaping section 104 on the left side.
Is higher, and the portion of the seal original body manufacturing unit 103 on the right side is lower than the portion of the shaping unit 104 by one step. [Structure of Seal Material Manufacturing Section 103] Next, the structure of the seal material manufacturing section 103 will be described.

The seal body manufacturing section 103 is shown in FIG. 9 and FIG.
0, the mount tape roll mounting portion 110 is provided on the left side, and the coating tape roll mounting portion 111 is provided on the right side.

The seal original manufacturing section 103 further includes a paper piece guide member 122, a laminating mechanism 130 and the like.

The mount tape roll mounting portion 110 has a diameter corresponding to the inner diameter of the mount tape roll, and the flat surface portion 11
3, a cylindrical convex portion 114 protruding above, a claw portion 115 for preventing the roll from coming off, an arc-shaped step portion 116 substantially surrounding the cylindrical convex portion 114 and higher than the flat surface portion 113, and the cylindrical concave portion 11
4 and the arcuate step portion 116.

The coating tape roll mounting portion 111 has a diameter corresponding to the inner diameter of the coating tape roll, and has a cylindrical protrusion 118 protruding above the flat surface portion 113, and a roll slip-out preventing claw portion 119. Surrounding the cylindrical convex portion 118,
It comprises an arcuate step 120 higher than the plane part 113, and a cylindrical recess 118 and an arcuate recess 121 between the step 120.

The space between the mounting portions 110 and 111 is shown in FIG.
A paper piece guide member 122 is provided across the inside and the longitudinal direction.

The paper piece guide member 122 has a shape corresponding to a shape obtained by bending an elongated plate piece in a U shape along a line in the longitudinal direction, and a paper piece for guiding the elongated paper piece 4 in the center. It has a passage 123.

The paper piece guide member 122 has an inlet portion 124 of the paper piece guide passage 123 at the upper end in FIG. 10, and an outlet portion 125 of the paper piece guide passage 123 at the lower end in FIG. Have.

The paper piece guide member 122 has a slit 126 for inserting a short paper piece for inserting a short paper piece in the vicinity of the outlet 125.

The paper piece guide member 122 is rotatably supported by the pin 127 on the side of the inlet portion 124, and normally abuts on the flat surface portion 113 and has a horizontal posture.

At the portion of the paper piece guide member 122 facing the outlet portion 125, a tape piece paper piece laminating mechanism 130 is provided.

The laminating mechanism 130 is generally composed of the first roller 1
31, a second roller 132, and a rotation operation knob 133.

As also shown in FIG. 11, the first roller 131 has a roller body 1 having a rubber layer 134a on its peripheral surface.
34 and a shaft 135 extending therethrough.

The first roller 131 has a lower portion of the shaft 135 rotatably supported by a bearing portion 137 of the chassis 136, and the top portion of the shaft 135 is attached to the tip of a bracket member 138 mounted on the chassis 136. It is supported by the section and is supported perpendicularly to the plane section 113. The upper surface of the chassis 136 constitutes the above flat surface portion 113.

The roller body 134 has a flange portion 1 which guides the upper edge of the tape body and regulates the height of the tape body.
34b.

The second roller 132, like the first roller 131, has a roller body 140 having a rubber layer 140a on its peripheral surface and a shaft 141 penetrating the roller body 140a.

The slide arm assembly 142 has a first slide arm 143, a second slide arm 144 inside the first slide arm 143, and a compression coil spring 145 incorporated between the two. The first slide arm 143 and the second slide arm 144 are integrated by the pin 146 and the opening 147, and are expandable and contractable within a range in which the pin 146 can move within the opening 147.

This slide arm assembly 142 has a first
The slide arm 143 is mounted on the chassis 136 so as to be movable in the directions of the arrows X ₁ and X _{2 while} being fitted in the tunnel portion 148.

The second roller 132 is rotatably provided on the tip of the second slide arm 144, with the upper part and the lower part of the shaft 141 being supported.

The shaft 141 has a groove 149 in the chassis 136.
(See FIG. 13). The displacement of the second roller 132 in the Y ₁ and Y ₂ directions is limited by the shaft 141 fitted in the groove 149.

The operation knob 150 is fixed to the first slide arm 143 through the slit 151 of the tunnel portion 148.

Further, a pressure release button 152 is provided near the operation knob 150. Pressing this pushbutton 152, in FIG. 11, the locking member 153, Z by a spring 154 ₂
Moved down in the direction. As shown in FIG. 11, the lock member 153 locks the end of the first slide arm 143 when moving upward in the Z ₁ direction.

At the tip of the second slide arm 144, a tape guide piece 155 for guiding the upper edge of the tape body to regulate the height of the tape body is provided.

As shown in FIGS. 11 and 13, the shaft 135
Gears 160 and 161 having the same diameter and the same module are fixed to the lower end of the shaft and the lower end of the shaft 141. Second roller 1
When the 32 is pressed against the first roller 131, the gear 1
61 meshes with the gear 160.

The rotary operation knob 133 is provided on the bracket member 1.
38, and is arranged at a portion between the coat tape roll mounting portion 111 and the first roller 131.

A gear member 163 is fixed to the shaft 162 of the rotary operation knob 133.

The gear portion 163a of the gear member 163 meshes with the gear 164. The gear 164 is the chassis 13
It is supported by a shaft on the lower surface of 6, and meshes with the gear 160.

Further, the ratchet portion 16 of the gear member 163.
A ratchet mechanism 167 composed of 3b, a detent claw 165, and a spring 166 is provided.

As a result, the operation knob 133 can be rotated only in the A ₁ direction and cannot be rotated in the A ₂ direction.

Further, as shown in FIGS. 9 and 10, a groove-shaped cut guide 170 and a pair of temporary fixing poles 171 and 172 are provided at a portion closer to the Y ₂ direction than the laminating mechanism 130.

As shown in FIG. 17, the cut guide 170 is provided so that the tip of the scissors can enter when cutting the tape with the scissors facing downward.

The temporary fixing poles 171 and 172 have flanges 171a and 172a at their tops.

As shown in FIG. 15, the temporary fixing poles 171 and 172 are provided for temporarily fixing the tape by sticking the tip side thereof.

The flange portions 171a and 172a act so as to determine the height position of the tape with respect to the flat surface portion 133 when temporarily fixed.

The cut guide 170 is the laminating mechanism 130.
And the temporary fixing poles 171 and 172.

The lid plate 102 is supported by the hinge 180 on the back side of the main body 101, and is in the open state shown in FIGS. 9 and 10 or the closed state shown in FIG.

The lid 102 has a paper piece inlet 181 and a seal original material outlet 182.

A transparent window 183 is provided on the lid 102. The window 183 can be opened and closed, and is opened as shown in FIG. 20 when a short piece of paper is used.

The lid 102 is formed with an opening 184 for fitting with the operation knob 133.

With the lid 102 closed, the paper piece inlet 181 faces the inlet 124 of the paper piece guide member 122, the seal original body outlet 182 substantially faces the laminating mechanism 130, and the window 183 is The sheet piece guide member 122 faces the short sheet piece insertion slit 126. [Manufacture of Seal Raw Material] Next, a method of manufacturing the seal raw material 13 by the seal raw material manufacturing unit 103 having the above configuration will be described.

When manufacturing the original seal body, the preparatory work shown in FIGS. 14 to 17 is performed. After that, a seal original material is manufactured.

First, the preparatory work will be described.

The preparatory work is performed in the following procedure.

Opening the lid (FIG. 14) In FIG. 8, the knob 185 is pushed to unlock the lid 102.
Open as shown in FIG.

The second roller 132 is replaced by the first roller 13
Release from 1 (FIG. 14) Press the push button 152 to unlock the slide arm assembly 142.

The knob 150 is operated in the X ₂ direction, the slide arm assembly 142 is slid in the X ₂ direction, the second roller 132 is moved in the X ₂ direction, and the first roller 1 is moved.
Separate from 31.

Mounting the Tape Roll (FIG. 14) The mount tape roll 190 is mounted by fitting it into the columnar convex portion 114 and locking the claw portion 115.

The tape roll 190 is mounted such that the mount tape 8 is wound in a counterclockwise direction from the inner circumference to the outer circumference when viewed from above the seal original body manufacturing unit 103.

Similarly, the coating tape roll 191 was
It is fitted to the columnar convex portion 118, the claw portion 119 is locked,
Mounting.

The tape roll 191 is mounted such that the coating tape 7 is wound in a clockwise direction from the inner circumference to the outer circumference when viewed from above the seal original body manufacturing unit 103.

Temporary tape fixing (FIG. 15) The paper piece guide member 122 is set up vertically so as not to disturb the work.

The mount tape 8 is pulled out from the tape roll 190, the mount tape 8 is passed under the tape guide piece 155, the surface of the release paper 40 is aligned with the second roller 132, and the adhesive layer 37 is temporarily attached. Stick it on the stop pole 172,
Temporarily fix the tip side.

The mount tape 8 is in a posture perpendicular to the flat surface portion 113, and its upper edge side is brought into contact with the tape guide piece 155 and the flange portion 172a to form a tape path 192 having a predetermined height. Form.

Similarly, the coating tape 7 is pulled out from the tape roll 191, the surface of the coating layer 35 is aligned with the first roller 131, the adhesive layer 36 is attached to the temporary fixing pole 171, and the front end side is temporarily fixed. .

The coating tape 7 is in a posture perpendicular to the flat surface portion 113, and its upper edge side is brought into contact with the flange portion 134b and the flange portion 171a to form a tape path 193 having a fixed height.

After that, the paper piece guide member 122 is returned to the original horizontal state.

At the locations of the first and second rollers 131 and 132, the adhesive layer 36 of the coat tape 7 and the mount tape 8 are formed.
The pressure sensitive adhesive layer 37 faces each other.

The second roller 132 is replaced by the first roller 13
Crimping to No. 1 (FIG. 16) Slide the operation knob 150 in the X ₁ direction until it clicks.

As a result, the slide arm assembly 142
Is as shown in FIG.

The first slide arm 143 is locked by the lock member 153, the spring 145 is compressed, and the second slide arm 143 is compressed.
The slide arm 144 is urged in the X ₁ direction by the spring force of the spring 145, and the second roller 132 is pressed against the roller 131 of the base 1.

As a result, the mount tape 8 and the coat tape 7 are pressure-bonded in a normal posture, and the adhesive layer 37 of the mount tape 8 and the adhesive layer 36 of the coat tape 7 are bonded.

Formation of Seal Element (FIGS. 17 and 18) The rotary operation knob 133 is rotated in the A ₁ direction.

As a result, the gears 163a, 164, 16
The first roller 131 in the direction of arrow B through 0, 161
The second roller 132 rotates in the direction of arrow C.

As a result, the mount tape 8 and the coat tape 7 are pulled out from the rolls 190 and 191 respectively.
The sticking element 194 is attached in the laminating mechanism 130, and the seal element 194 to which the mount tape 8 and the coding tape 7 are normally attached is sent out from the laminating mechanism 130.

Cutting (FIG. 17) The scissors 195 is used to cut the seal element 194 at the position of the cut guide 170, and the temporary fixing poles 171 and 172 are cut.
Remove the piece of tape stuck to.

Formation of Seal Element (FIGS. 17 and 18) The rotary operation knob 133 is again rotated in the A ₁ direction, and the tip of the seal element is slightly protruded from the seal original body manufacturing unit 103 at a position P _0. Form up to.

By closing the lid body 102, the sealing element 194 slightly protrudes from the outlet 182.

With the above, the preparatory work is completed.

The above preparatory work may be carried out when the device 100-3 is used for the first time and when the tape rolls 190 and 191 are replaced with new ones.

Next, the production of the seal original will be described.

The operation of manufacturing the seal original body is performed in the following procedure.

Inserting the Paper Piece 4 (FIGS. 8 and 18) The elongated paper piece 4 on which a picture is drawn is inserted from the inside of the inlet portion 181.

The paper piece 4 enters the paper piece guide passage 123 of the paper piece guide member 122 and is fed in the Y ₁ direction while maintaining the posture perpendicular to the flat surface portion 113.

The front end of the paper piece 4 has a guide member 22.
After passing through, the tape 7 and the tape 8 reach a position where they are pressure-bonded.

This state can be visually confirmed by looking through the window 183.

Formation of seal original material (FIG. 19) The operation knob 133 is rotated in the A ₁ direction.

As a result, the paper piece 4 together with the mount tape 8 and the coat tape 7 is applied to the first and second rollers 131 and 13.
The paper piece 4 is fed between the two and is pressed and laminated to adhere the lower surface 34 of the paper piece 4 to the adhesive layer 37 of the mount tape 8.
The original seal material 13 having the upper surface 33 adhered to the adhesive layer 36 of the coating tape 7 is formed from the tip side of the paper piece 4.

The formed seal original body 13 has an outlet portion 18
It is sent out from 2.

The turning operation of the operation knob 133 is performed while looking inside the window 183.

The piece of paper 4 is moved to the rear end by the first and second rollers 13.
1, 132, and the rear end of the paper piece 4 is at the outlet 82.
When it is confirmed that the operation knob 133 has come out further, the rotation operation of the operation knob 133 is stopped.

By using the scissors, the tapes 7 and 8 are cut at the position of the outlet portion 182 to obtain the seal original body 13.

Through the above steps, the original seal body 13 is manufactured.

Here, since the erroneous operation of rotating the operation knob 133 in the A ₂ direction is prevented, the tapes 7 and 8 do not jam, and the seal original body 13 can be manufactured normally.

It is also possible to peel off the release paper 40 of the original seal material 13 and use the original seal material 13 as a seal.

The sticker manufacturing apparatus 100-3 is also configured to be able to use a short piece of paper 4A.

That is, as shown in FIG. 20, the window 183 is opened, the short piece of paper 4A is dropped from the opening 196 into the slit 126, and fed in the direction of the arrow Y ₂ with a fingertip.

According to this structure, the operation amount of the operation knob 133 can be reduced by the time the rear end of the piece of paper 4A comes out of the outlet 182, that is, the length of the tapes 7 and 8 to be used can be shortened, and the tape is wasted. Can be reduced. [Structure of Shaping Unit 104] Next, the shaping unit 104 will be described.

As shown in FIGS. 8 to 12, the shaping unit 10
4 has a punch cartridge mounting portion 210 and a punch lever 211.

The punch cartridge mounting portion 210 is shown in FIG.
0 and FIG. 12, a recess 213 having an opening 212 on the left side surface of the main body 101, a click lock member 214 above the recess 213, and the click lock member 21.
4 and a spring 215 for urging 4 in the Z ₂ direction.

The punch lever 211 is provided so as to extend in the Y ₁ and Y ₂ directions and cross over the mounting portion 210.

The punch lever 211 has a shaft 216 on one end side.
And an operation knob 217 on the other end side, and projections 218 and 219 at intermediate positions.

In the punch lever 211, the shaft 216 is supported by the ribs 220 and 221 on the chassis 136,
Moreover, it is pushed up by the spring 222.

The protrusions 218 and 219 are portions facing the punch cartridge mounting portion 210, that is, the slits 26 on the upper surface of the punch cartridge 230 which will be described later.
It is provided at a portion facing 1,262. [Structure of Punch Cartridge] Next, the punch cartridge 230 will be described.

The punch cartridge 230 has a substantially rectangular parallelepiped shape and has the structure shown in FIGS. 21, 22, and 23.

The punch cartridge 230 includes a box-shaped housing 231 and the punch main body 2 shown in FIGS.
32, and the seal original body clamp member 233 shown in FIG.
And a lid member 234 on the bottom side.

As shown in FIGS. 24 and 25, the punch main body 232 has a die 235 and a punch 236.

The die 235 includes a die body 237,
It has the punch holder part 238 integrally.

The die main body portion 237 is a rectangular plate-like body in a plan view, and has a heart-shaped opening 239 at substantially the center.

As shown in FIG. 25, the punch holder portion 238 is substantially circular in plan view, and the size thereof is the die body portion 2.
It is smaller than 37 and has a columnar projecting step portion 240 at substantially the center thereof, and a heart-shaped through hole 241 is formed at the center thereof.

Punch holder 238 and die body 23
There is a narrow space 242 between 7 and 7.

The die main body portion 237 projects from the punch holder portion 238 in plan view to the outside.
43,244.

The punch holder portion 238 has convex portions 245 and 246 for attaching clamp members.

The punch 236 has a heart-shaped cross section and is fitted in the through hole 241.

The punch 236 has a square plate-shaped head 24.
Have 7.

A compression coil spring 248 is provided around the cylindrical hollow section 240.

As shown in FIG. 26, the clamp member 233 has a circular opening 250 at substantially the center and an operation knob portion 251 at one end.

As shown in FIGS. 26B, 26D, and 26E, the clamp member 233 has a circular opening 25 in the bottom surface.
0 and the operation knob 251 have L-shaped convex stepped clamp portions 252 and 253, and a circular opening 25.
Recesses 254 and 255 are provided at positions on both sides of 0.

In this clamp member 233, as shown in FIGS. 21 and 23, the circular opening 250 has a cylindrical protruding step portion 24.
0, and the concave portions 254 and 255 have the convex portions 245 and 2
It is mounted on the punch holder part 238 in a state of being fitted to 46.

The clamp parts 252 and 253 face the projecting parts 243 and 244, respectively. Operation knob 25
1 is located outside the end of the die 235 and protrudes downward.

The compression coil spring 248 is provided between the head 247 of the punch 236 and the clamp member 233.
Normally, the clamp parts 252 and 253 are the overhang parts 24.
3,244 are pressed.

The punch body 232 is housed in the housing 231 as shown in FIGS.

The housing 231 has two slits 261, 262 and one groove 263 on the upper surface 260.

The slits 261 and 262 correspond to the head 24.
It is formed in the part corresponding to 7.

The housing 231 has a handle portion 264 at a portion protruding laterally from the punch body 232. The handle portion 264 has a notch 265 for receiving a fingertip.

The lid member 234 is supported by a hinge 270 and can be opened and closed.

The lid member 234 is normally closed as shown in FIG.

The lid member 234 is opened as shown by the chain double-dashed line in FIG.

The housing 231 covers the head 247 of the punch 236, and functions so that the punch 236 is not pushed while the punch cartridge 230 is being handled.

The lid member 234 functions as a tray for the shaped seal in the closed state.

When the lid member 234 is opened, the bottom surface of the die body 237 is exposed as shown in FIG. 24D so that the operator can see the heart-shaped opening 239. . [Shaping of Seal Raw Material] Next, the operation of stamping and shaping the seal raw material 13 manufactured by the seal raw material manufacturing unit 103 will be described.

This operation is as follows: 1. Operation 280 of setting the seal original body 13 in the punch cartridge 230, 2. An operation 218 of mounting the punch cartridge 230 in the punch cartridge mounting portion 210; 3. An operation 282 of pushing down the punch lever 211; 4. An operation 283 for pulling out the punch cartridge 230 from the punch cartridge mounting portion 210; Operation 284 of opening the lid member 234 and removing the shaped seal. [Operation 280] As shown in FIGS. 27 and 28, the punch cartridge 230 is placed on the table in an inverted posture.

The lid member 234 is opened. This makes the heart-shaped opening 239 visible.

The operation knob portion 251 is pushed down with a fingertip as indicated by an arrow 290. As a result, the clamp portion 25
2, 253 separate from the projecting portions 243, 244.

In this state, as shown by an arrow 291, the seal raw material 13 is oriented from the handle portion 264 side to the punch holder portion 238 and the die main body with the coating tape 7 on the upper surface and the release paper 40 on the lower surface. Narrow space 2 between the parts 237
Insert in 42.

[0176] The seal original body 13 is appropriately moved and adjusted so that the pattern portion to be shaped comes to the center of the heart-shaped opening 239, and the fingertip is separated from the operation knob portion 251.

As a result, the seal original body 13 is clamped between the clamp portions 252 and 253 and the projecting portions 243 and 244 while being positioned, and is set in a state where it does not shift.

After that, the lid member 234 is closed.

Of the seal original body 13, a portion 292 protruding from the side opposite to the handle portion 264 of the punch cartridge 230 is cut with scissors. [Operation 281] Return the punch cartridge 230 to the normal posture, hold the handle 264,
30 is inserted into the mounting portion 210.

As shown in FIG. 12, the punch cartridge 230 is in a click-locked state with the click lock member 214 fitted in the groove 263.

Each of the slits 261 and 262 has a convex portion 21.
It is located directly below 8,219. [Operation 281] In FIG. 12, the operation knob 217 is pushed down.

As a result, the punch lever 211 rotates clockwise and the projections 218 and 219 move into the slits 261 and 261.
Enter into 62 and press head 247.

As a result, as shown in FIG. 30, the punch 236 moves downward, and the seal original body 13 is punched out.

The stamped heart-shaped sticker 295 is
It is received by the lid member 234 and remains on the lid member 234.

Due to the principle of leverage, the force of pushing down the operation knob 217 is light and sufficient.

The operating knob 217 is large and can be easily pushed down.

The punch lever 211 is returned by the spring 222. [Operation 282] Handle part 2 of punch cartridge 230
Hook your fingertip on 64 and pull with normal force.

Thus, the click lock by the click lock member 214 and the groove 263 is released, and the punch cartridge 230 is pulled out from the mounting portion 210. [Operation 283] The lid member 234 is opened, and the heart-shaped seal 295 is taken out.

The heart-shaped sticker 295 is shown in FIG.
It has the same size as the heart-shaped opening 239 of (D). That is, the heart-shaped opening 23 is formed by the above operation 280.
The part that can be seen from 9 is a heart-shaped sticker 295
Becomes

Therefore, it is possible to accurately define the contour of the portion of the seal original material that is desired to be the heart-shaped seal, and it is possible to prevent a part of the design from being cut off when the heart-shaped seal 295 is punched out.

The above is the operation of shaping the seal original body.

In the case of punching another place of the seal original body 13 into a heart shape, the above operations 280 to 284 are repeated. [Characteristics of Punch as Cartridge] The punch cartridge 230 is provided with a plurality of types of punch having a cross-sectional shape other than a heart shape, such as a tulip flower shape or a star shape.

As a result, an operator (a person who enjoys making seals) can shape various types of seals by selecting and using the punch cartridge.

That is, by making the punch into a cartridge, the operator has a wider range of selection, and the operator can have a sense of variation. [Characteristics of seal manufacturing apparatus 100-3] Seal manufacturing apparatus 1
In addition to the above, 00-3 has the following features.

In the main body 101, the seal original body manufacturing section 103
Since it is provided with the shaping section 104 and the shaping section 104, it is easy to assemble.

All the preparatory work for manufacturing the seal original can be performed from the upper side, and the work is easy.

[0197]

As described above, the seal manufacturing apparatus according to the present invention has at least the following effects. still,
These effects are subjective and not limiting.

According to the invention of claim 1, an arbitrary thin body is
You can easily make a sticker and enjoy making a sticker.

According to the invention of claim 2, an arbitrary thin body is
You can easily make a sticker and enjoy making a sticker.

According to the third aspect of the present invention, the seal original body manufacturing section can form a coat layer on the surface of an arbitrary thin body and the adhesive layer on the back side thereof, and the shaping section can shape it into an arbitrary shape. It is possible to easily form a thin body such as an arbitrary printed matter into a seal shape. This makes it possible to easily obtain many types of original seals that are not commercially available. Further, any printed matter or the like can be stored as a sticker, and the process of manufacturing the sticker can be enjoyed.

According to the fourth aspect of the present invention, the seal original body manufacturing section can form a coat layer on the surface of an arbitrary thin body and the adhesive layer on the back side thereof, and the shaping section can shape it into an arbitrary shape. It is possible to easily form a thin body such as an arbitrary printed matter into a seal shape. This makes it possible to easily obtain many types of original seals that are not commercially available. Further, any printed matter or the like can be stored as a sticker, and the process of manufacturing the sticker can be enjoyed.

According to the fifth aspect of the present invention, since the tape body is roll-shaped, a large amount of tape body can be stored and a commercially available standard product can be used. Further, since the feed rollers provided so as to face each other serve as the tape moving means and the introducing means, it is possible to have a small size and a simple structure.

According to the sixth aspect of the present invention, since the shaping original portion is provided with the seal raw material moving means, the punch portion and the confirmation window portion, the seal raw material is moved by the seal raw material moving means and is confirmed by the confirmation window portion. Then, by punching (cutting or cutting), it is possible to easily obtain a seal in which a design or the like is set at a desired position.

According to the seventh aspect of the present invention, since the seal original body is fixed by the seal original body retainer during shaping by the punch portion, the seal original body does not move or deform during shaping. As a result, the original seal body can be surely shaped into a punch, and the shaped seal is not deformed. Further, it is possible to prevent the cut seal raw material from remaining in the punch portion when the punch portion is separated from the seal raw material.

According to the eighth aspect of the present invention, one punching portion can be selected from the plurality of punching portions by the selecting means, so that seals having various shapes can be easily obtained.
Further, it is possible to easily form notches having different shapes on one seal original body.

According to the invention of claim 9, the punch can be made into a cartridge. By preparing multiple types of punch cartridges, the shape that can be shaped can be selected from many types, and the enjoyment of manufacturing seals can be expanded.

According to the tenth aspect of the invention, punching can be performed only by pushing with a light force. According to this, even a child, for example, about 4 years old can enjoy making stickers.

According to the eleventh aspect of the present invention, it is possible to position the seal original body so as not to be displaced, and it is possible to easily manufacture the seal having the intended pattern in the center.

[Brief description of drawings]

FIG. 1 is an external view showing a first embodiment of a seal manufacturing apparatus according to the present invention.

FIG. 2 is an internal explanatory diagram of FIG. 1 according to the present invention.

FIG. 3 is an explanatory view showing a process for producing a seal original according to the present invention.

FIG. 4 is an explanatory view of a structure of a seal original according to the present invention and a die cutting process.

FIG. 5 is an explanatory view showing an example of a punch portion and a seal original body pressing member according to the present invention.

FIG. 6 is an explanatory view by appearance showing an example of a seal manufacturing apparatus (seal provided with punch selecting means) according to the present invention.

FIG. 7 is an explanatory diagram showing an example of punch selecting means according to the present invention.

FIG. 8 is a perspective view of a seal manufacturing apparatus according to a third embodiment of the present invention.

FIG. 9 is a perspective view of the seal manufacturing device of FIG. 8 with a lid opened.

10 is a partially cutaway plan view of the seal manufacturing apparatus shown in FIG.

11 is a state in which the lid is closed in FIG.
It is sectional drawing which follows the XI-XI line.

FIG. 12 is a state in which the lid is closed in FIG.
It is sectional drawing which follows the XII-XII line.

FIG. 13 is a bottom view showing a part of the lower surface side of the chassis in FIG.

FIG. 14 is a diagram showing a state of a first stage of preparation for manufacturing a seal original body.

FIG. 15 is a diagram showing a state of a second stage of preparation for manufacturing a seal original body.

FIG. 16 is a diagram showing a state of a third stage of preparation for manufacturing a seal original body.

FIG. 17 is a diagram showing a state of a fourth stage (final stage) of preparation for manufacturing a seal original body.

FIG. 18 is a diagram illustrating the production of the original seal body.

FIG. 19 is a diagram illustrating the production of the original seal body.

FIG. 20 is a diagram illustrating insertion of a short piece of paper.

FIG. 21 is a partially cutaway perspective view of a punch cartridge.

FIG. 22 is a diagram showing a punch cartridge.

FIG. 23 is a cross-sectional view taken along the line XXIII-XXIII in FIG.

FIG. 24 is a view showing a punch body.

FIG. 25 is a cross-sectional view taken along the line XXV-XXV in FIG.

FIG. 26 is a view showing a seal original body clamp member.

FIG. 27 is a diagram illustrating setting of a seal original material on a punch cartridge.

FIG. 28 is a diagram illustrating setting of a seal original material on a punch cartridge.

FIG. 29 is a view showing a state where the original seal body is set in the punch cartridge.

FIG. 30 is a view showing a state when the seal original body is punched and shaped.

[Explanation of symbols]

 100-1, 100-2, 100-3 Seal manufacturing device 1 Main body 2 Seal original material manufacturing section 3 Shaping section 4 Paper piece (thin body) 7 Coat tape 8 Mount tape 13 Seal original body 15 Feed dial 16 Punch 25 Feed Roller 26 Upper feed roller 50 Punching blade 51 Receiving 52 Seal original material pressing 60 Punch switching knob 101 Main body 102 Lid 103 Seal original material manufacturing section 104 Shaping section 110 Mount tape roll mounting section 111 Coat tape roll mounting section 113 Flat section 114 Cylindrical convex part 115 Claw part 116 Arc-shaped step part 117 Recessed part 118 Cylindrical convex part 119 Claw part 120 Arc-shaped step part 121 Recessed part 122 Paper piece guide member 123 Paper piece guide passage 124 Inlet 125 Outlet 126 Short paper piece insertion slit 127 pin 130 Laminating mechanism 131 First roller 1 2 Second roller 133 Rotating operation knob 134 Roller body 134a Rubber layer 134b Flange portion 135 Shaft 136 Chassis 137 Bearing portion 138 Bracket member 139 Slide arm 140 Roller body 141 Shaft 142 Slide arm assembly 143 First slide arm 144 Second Slide arm 145 Compression coil spring 146 Pin 147 Opening 148 Tunnel 149 Groove 150 Operation knob 151 Slit 152 Crimping release push button 153 Lock member 154 Spring 155 Tape guide piece 160 Gear 161 Gear 162 162 Shaft 163 Gear member 163a Gear 163b Ratchet 163b Gear 165 Detent claw 166 Spring 167 Ratchet mechanism 170 Cut guide 171 and 172 Temporary stop pole 171a and 172a Collar 1 0 Hinge 181 Paper piece inlet 182 Seal raw material outlet 183 Transparent window 184 Opening 185 Knob 190 Mount tape roll 191 Coat tape roll 192, 193 Tape pass 194 Seal element 195 Scissors 196 Open 210 Punch cartridge mounting part 211 Punch Lever 212 Opening 213 Recessed portion 214 Click lock member 215 Spring 216 Shaft 217 Operation knob 218, 219 Convex portion 220, 221 Rib 222 Spring 230 Punch cartridge 231 Housing 232 Punch body 233 Seal original body clamp member 234 Lid member 235 Die 236 Punch 237 Dice Body part 238 Punch holder part 239 Heart-shaped opening 240 Cylindrical empty step part 241 Heart-shaped through hole 242 Narrow space 243, 244 Overhang part 245 246 convex portion 247 a head 248 compression coil spring 250 circular opening 251 operating knob portion 252 and 253 clamp unit 254, 255 recess 260 top surface 261, 262 slit 263 groove 264 handgrip 265 notch 270 hinge 280 to 284 operating 295 heart-shaped seal

Claims (11)

[Claims] 1. A mount tape body having adhesive surfaces on both sides,
A means for laminating a thin body to be used as a seal and a coating tape body having an adhesive surface on one side and having translucency, wherein the thin body is formed by the mounting tape body and the coating tape body. A seal manufacturing apparatus comprising a seal material manufacturing section for obtaining a stacked seal material. 2. A device for shaping an arbitrary thin body into a seal, wherein a coat tape body having an adhesive surface on one side and having translucency, and a mount tape body having an adhesive surface on both sides are moved. A tape body moving means, a tape body facing means for making the adhesive surface of the coating tape body and one adhesive surface of the mount tape body face each other, and both adhesive surfaces of the tape body facing each other are the thin layers. Introducing means for introducing a thin body so as to contact the front and back surfaces of the body, the thin body introduced by the introducing means when the tape body moves, the coating tape and the A seal manufacturing apparatus comprising a seal material manufacturing section for obtaining a seal material formed by stacking with a mount tape. 3. A mount tape body having adhesive surfaces on both sides,
A means for laminating a thin body to be used as a seal and a coating tape body having an adhesive surface on one side and having translucency, wherein the thin body is formed by the mounting tape body and the coating tape body. A seal manufacturing apparatus comprising: a seal raw material manufacturing unit for obtaining a stacked seal raw material; and a shaping unit for cutting the seal raw material to obtain a seal having a predetermined shape. 4. An apparatus for shaping an arbitrary thin body into a seal shape, wherein a coat tape body having an adhesive surface on one side and having translucency and a mount tape body having an adhesive surface on both sides are moved. A tape body moving means, a tape body facing means for making the adhesive surface of the coating tape body and one adhesive surface of the mount tape body face each other, and both adhesive surfaces of the tape body facing each other are the thin layers. Introducing means for introducing a thin body so as to contact the front and back surfaces of the body, the thin body introduced by the introducing means when the tape body moves, the coating tape and the A seal manufacturing method comprising a seal raw material manufacturing section for obtaining a seal raw material formed by stacking with a mount tape, and a shaping section for shaping the seal raw material into an arbitrary shape. apparatus. 5. The coating tape body and the mount tape body are roll-shaped, and the tape body moving means,
The seal manufacturing apparatus according to claim 2 or 4, wherein the introducing means is constituted by a feed roller provided so as to face each other. 6. The shaping unit moves a seal raw material for moving the seal raw material, a punch unit for shaping the seal raw material into a constant shape, and a relative position between the punch unit and the seal raw material. The seal manufacturing apparatus according to claim 3 or 4, further comprising a confirmation window portion capable of confirming. 7. The seal manufacturing apparatus according to claim 6, wherein the punch portion is provided with a seal raw material retainer capable of fixing the seal raw material when the punch portion is operated. 8. The seal according to claim 6, wherein the punch section includes a plurality of punch sections having different shapes and a selection unit that selects one of the plurality of punch sections. Manufacturing equipment. 9. The shaping unit includes a punch cartridge mounting unit for mounting and dismounting a punch cartridge having a punch main body incorporated therein, and an operating member for operating the punch main body of the punch cartridge mounted in the punch cartridge mounting unit. The seal manufacturing apparatus according to claim 3 or 4, wherein the seal manufacturing apparatus has a structure including: 10. The operating member includes a lever whose one end is pivotally supported, an operating knob which is on the other end side of the lever and which is pressed down, and between the one end and the other end of the lever. And a convex portion that moves downward when the operation knob is pushed down and pushes the punch main body of the punch cartridge mounted on the punch cartridge mounting portion. The seal manufacturing apparatus according to claim 9. 11. A punch cartridge mounted and used in the punch cartridge mounting portion according to claim 10, comprising: a housing, a punch body incorporated in the housing, and a seal inserted in the punch body. A punch cartridge comprising a clamp member for clamping an original body.