JPH08118298A - Manufacture of seal, label, sticker and the like on tack paper and manufacturing device therefor - Google Patents

Abstract

PURPOSE: To continuously form the attached paper sheets such as the seals having each differnct width by a punching-out cutter which possesses the versatile use performance by adjusting the distance in the intermittent conveyance which corresponds to the width. CONSTITUTION: The attached paper sheets T such as seals, labels, and stickers are continuously formed on a separator S by punching out only a tack seal paper P, together with a male mold 5 arranged below a worked paper sheet W, by raising and lowering a punching-out cutter 1, intermittently conveying the worked paper sheet W which is formed by laminating the separator S and the tuck seal paper P. The punching-out paper cutter 1 is formed by arranging a front frame cutter 1A for punching out the front frame part of the attached paper sheet T at the rear position set along the conveyance direction and a rear frame cutter 1B for punching out the rear frame part of the attached paper sheet T similarly at the front position, in the front and rear parts in the conveyance direction. The intermittent conveyance of the worked paper sheet W in the distance corresponding to the width set along the conveyance direction of the attached paper sheet T to be formed and the raising and lowering of the punching-out cutter 1 are related, and in the first stage, the front frame part of the attached paper sheet T is punched out, while in the second stage after the intermittent conveyance of the worked paper sheet W, the rear frame part is punched out similarly at the same time, continuously to the front part.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a tack paper for continuously arranging and forming sticker paper such as labels, stickers and the like having different widths arbitrarily set on a release mount called a separator. The present invention relates to a manufacturing method of a label, a sticker, etc. and a manufacturing apparatus thereof.

[0002]

2. Description of the Related Art Labeled labels, stickers, stickers, etc., which are attached to various articles for product description, decoration, etc., are pasted on a separator coated with a release agent. Are continuously arranged in a separated state, peeling each from the separator when needed,
It is to be attached to an article or the like. This sticky paper is
It is formed by cutting out the tack seal paper in a predetermined shape after performing necessary printing etc. on the tack seal paper laminated on the separator, peeling off unnecessary parts and leaving it on the separator. . Then, for cutting out the pasting paper, while intermittently transporting the strip-shaped processed paper in which the tack seal paper is laminated on the separator, the plane formed in correspondence with the pasting paper shape is rectangular, circular, or heart-shaped. This is performed by using a loop-shaped cutting blade having a shape or the like, and pressing and cutting only the tack seal paper portion by a pressing means.

[0003]

However, the cut-out cutting blades used for this cut-out are constructed differently according to the size, shape, etc. of the pasting paper to be formed. Therefore, the number will be enormous. For example, when storing this for reuse in the next time, it does not involve spatial and clerical work such as securing the storage location and creating a storage record. It is extremely troublesome.

Therefore, the present invention has been made in view of the above-mentioned various existing circumstances. Mainly, a sticky paper such as a sticker, a label, a sticker, etc. having a substantially rectangular shape or an oval shape in a plane is provided. When continuously forming, even if the width of the pasting paper is different, it is possible to cope with it with a versatile cutting blade only by adjusting the intermittent transport distance of the processed paper correspondingly. An object of the present invention is to provide a method of manufacturing a sticker, a label, a sticker, and the like on tack paper and a manufacturing apparatus thereof, which can greatly reduce the types of cutting and cutting blades used and, at the same time, can reduce the cost of printing production.

[0005]

In order to achieve the above-mentioned object, a sticker, a label, and the like in tack paper according to the present invention,
In the method of manufacturing a sticker or the like, the cutting blade 1 is cut out by a pressing means while intermittently transporting a processed paper W which is formed by stacking a tack seal paper P on a separator S in a peelable manner.
Is moved up and down, and only the tack seal paper P is cut out together with the male die 5 arranged below the processed paper W, and when the sticker paper T such as seals, labels and stickers is continuously formed on the separator S, the sticker paper along the conveying direction Intermittent conveyance and cut-out cutting blade W of the processed paper W are performed by the cut-out cutting blade 1 in which the front frame blade 1A for cutting out the front frame portion of T and the rear frame blade 1B for cutting out the rear frame portion are arranged before and after in the conveying direction. In relation to the ascending / descending of 1, in the first stage, the front frame portion of the pasting paper T is cut out, and in the second stage after the intermittent transfer of the processed paper W, it is continued to the front frame portion and the rear frame portion is also cut out. Characterize. Further, the rear frame portion of the pasting paper T at the front position in the transport direction that is continuously formed and the front frame portion of the pasting paper T at the rear position can be cut out at the same time, and the transport interval is the pasting paper to be formed. The total distance of the length interval of T along the transport direction and the width interval of the gap portion J between the adhesive sheets T can be set. On the other hand, in the apparatus for manufacturing the sticker, the label, the sticker, etc. of the tack paper according to the present invention which directly implements this, the processed paper W is
Transporting means for intermittently transporting the workpiece W, the male die 5 for supporting the cutting load on the transported workpiece W from below, and pressing the workpiece W from above in connection with the intermittent transport of the workpiece W,
A cut cutting blade 1 for cutting out the tack seal paper P together with the male die 5 and continuously forming sticker papers T such as seals, labels and stickers along the transport direction.
A front frame blade 1A for cutting out the front frame portion of the pasting paper T at the rear position in the transport direction and a rear frame blade 1B for cutting out the rear frame portion of the pasting paper T at the front position in the transport direction are arranged in the front and rear. It is characterized by being formed. Further, the width of the supporting length of the male die 5 along the carrying direction can be set and configured corresponding to the cutout length of the sticky paper T along the carrying direction.

[0006]

In the method and apparatus for manufacturing the sticker, label, sticker, etc. for tack paper according to the present invention, the front frame blade 1A is provided at the front and rear along the conveying direction of the processed paper W.
The cut-out cutting blade 1 in which the rear frame blades 1B are arranged cuts out and seals the tack seal paper P together with the male die 5 that supports the processed paper W from below when moving up and down in association with the intermittent conveyance of the processed paper W. A sticky paper T such as a label, a sticker, etc. is continuously formed. That is, the front frame blade 1A cuts out the front frame portion corresponding to the first half of the pasting paper T present at the rear position in the transport direction as the first stage, and when the processed paper W is subsequently transported and stopped, the rear frame As a second step, the blade 1B cuts out a rear frame portion corresponding to the latter half of the pasting paper T existing in the front in the transport direction, and by repeating this, the entire peripheral frame of one pasting paper T is cut out in two steps. Make it Moreover, the front frame blades 1A and the rear frame blades 1B arranged in the front and rear cut out the front half of the pasting paper T existing in the rear and the latter half of the pasting paper T existing in the front at the same time. The setting of the transport interval at this time corresponds to the width interval along the transport direction in the adhesive sheet T to be formed, and the total length of the left and right edge lengths along the transport direction in each of the front frame blade 1A and the rear frame blade 1B. The maximum width is defined as the maximum width. Further, the male die 5 that supports the cutting load of the ascending / descending cutout cutting blade 1 from below the processed paper W causes the tack seal paper P to be cut out by pressing the processed paper W together with the cutout cutting blade 1. The tack seal paper P cannot be cut out at a portion that does not support the load. Therefore, a substantial adjustment change of the width of the male die 5 along the transport direction is performed without forming a cutout line in the front and rear of the sticking paper T or the gap portion J when the width of the sticking paper T is considerably small, for example. The excess portion of the tack seal paper P other than the sticking paper T is continuously peeled and removed while keeping the excess portion continuous.

[0007]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described below with reference to the drawings. Reference numeral W shown in the drawings indicates a separator S which is a release mount having a coat structure having an upper surface coated with a release agent. It is a belt-shaped processed paper in which an unprocessed tack seal paper P is laminated, and the processed paper W is intermittently conveyed at a predetermined conveying distance via a conveying means (not shown), so that a predetermined width is obtained. The sticker paper T such as the sticker, label, sticker and the like set in the above is cut out and formed on the tack seal paper P through the gap portion J and continuously arranged on the separator S.

That is, only the tack seal paper S is transferred to the work paper W, which is conveyed and placed on the male mold 5 described later, while the work paper W is intermittently conveyed, through a pressing means (not shown). By cutting down the cutting blade 1 from above, the sticking paper T is continuously arranged on the separator S, and the gap portion J continuous to the extra residual frame portion around the sticking paper T is formed on the tack seal paper. It is peeled and removed from above P.

As shown in the figure, the cut-out cutting blade 1 used at this time cuts out a front frame portion, which is substantially the first half in the conveyance direction of the processed paper W in the adhesive paper T to be cut out, as the first step, and then intermittently. In the second step, the rear frame portion, which is the latter half of the conveyance direction, is cut out from the processed paper W that has been conveyed. Therefore, the cut-out cutting blade 1 itself includes a front frame blade 1A corresponding to a front half cutting blade that cuts out front frame portions in the conveyance direction of the adhesive sheets T adjacent to each other that are cut out, and a rear half portion that also cuts out the rear frame portion. It is formed by arranging a rear frame blade 1B corresponding to a cutting blade along the front and rear in the transport direction with the width of the gap portion J separated. That is, the front frame blade 1A
The rear frame blade 1B and the rear frame blade 1B are integrally supported in such a manner that their front and rear edges are back to back with each other, for example, by forcibly fitting the slits formed in the blade support plate 2 made of plywood. That is, the left and right edges of the processed paper W along the transport direction extend outward from each other.

The cut-out cutting blade 1 in FIGS. 1 to 3 comprises a pair of symmetrical front frame blades 1A and rear frame blades 1B having a substantially U shape in a plane so that the pasting paper T has a substantially rectangular shape. However, it goes without saying that the present invention is not limited to this. For example, according to the shape of the sticky paper T to be formed, the left and right edges of the front and rear frame blades 1A are set to have substantially equal intervals.
At least one of the rear frame blades 1B has a shape other than a rectangular shape, one of the left and right edges is longer than the other, and if necessary, the sticky paper T is cut out in two steps. Sometimes, the left and right edges of the respective blades 1A and 1B may be arranged so as to intersect with each other due to the widened shape. In addition, the modified concrete example will be described with reference to FIG.
As shown in FIG. 2, the front frame blades 1A and the rear frame blades 1B may have a plane shape that is substantially E-shaped in a plane so that two pasted paper sheets T are adjacent and continuous on the left and right in the transport direction (Fig. Four
(See (A)), a plurality of pasted paper sheets T may have a substantially saw-tooth shape in a plane so that a plurality of pasted paper sheets T are arranged at appropriate intervals (see FIG. 4B), or in the carrying direction. For example, it may have a substantially semicircular shape in which the free end extends linearly (see FIG. 4C), or may have a V shape or a mountain shape in the transport direction (see FIG. 4D). It can be appropriately set and selected. That is, in most cases, the shape of the cutout frame by the front frame blade 1A and the rear frame blade 1B is set corresponding to the planar shape of the pasting paper T to be created, with the left and right widths along the transport direction being substantially the same. Good,
It is possible to adjust the width by dividing the outer shape of the pasting paper T to be created into front and rear parts, and forming the left and right edges of the front frame blade 1A and the rear frame blade 1B with the divided parts being extended as they are. . The number of the sticky papers T arranged along the left-right direction at this time is not particularly limited.

The cutting process by the cutting cutting blade 1 composed of the front frame blade 1A and the rear frame blade 1B will be specifically described below. As shown in FIG. The width is n, the length interval in the front frame blade 1A along the conveyance direction of the processed paper W is a, and the rear frame blade 1B is also the same.
In FIG. 2B, the gap between the adhesive paper T and the gap J formed between the adhesive papers T is c (see FIG. 2A).
Since the maximum width of the width n of the sticky paper T is a + b and the minimum width is a or b, the cutout width n of the sticky paper T can be arbitrarily set between them. Further, when the processed paper W is conveyed, since the gap portion J is provided between the pasting papers T, the conveyance interval of the processed paper W is n + c, so the maximum width thereof is n + c (FIG. 2 (B)). The minimum width is a + c or b + c, and the width n of the adhesive sheet T can be set by arbitrarily adjusting the conveyance interval between them (see FIG. 2C). When the maximum width is set, the left and right edges of the front frame blade 1A and the left and right edges of the cutout line formed by the rear frame blade 1B come in contact with each other in a butt shape, and are similarly set to the minimum width. At this time, the left and right edges of the front frame blade 1A and the left and right edges of the cutout line by the rear frame blade 1B are respectively provided with overlapping cutouts on the tack seal paper P. Of course, the length interval a of the front frame blade 1A and the length interval b of the rear frame blade 1B may be the same. However, if they are different, the cutout width n of the pasting paper T may be n. Allows various settings of. In addition,
In FIGS. 2 and 3, (1A) and (1B) represent cutout lines for the tack seal paper P by the front frame blade 1A and the rear frame blade 1B, respectively.

Further, the cutting work for the tack seal paper P by the cutting cutting blade 1 is performed by pressing the male mold 5 together with the male mold 5 from above and below without imparting the cutting action to the separator S. . That is, when the descending cutting blade 1 reaches the processed paper W, the cutting action by this is that the male die 5 supporting the cutting load on the processed paper W exists below the processed paper W. If the supporting portion of the male die 5 does not exist, the descending cutting blade 1 only presses the processed paper W, and the tack seal paper P is not cut out. Therefore, the width of the male die 5 along the conveyance direction of the processed paper W is set corresponding to the width of the adhesive paper T to be formed, and the cut-out cutting blade is outside the set width of the male die 5. Even if 1 is lowered and a cutting action is given to the paper W to be processed, the tack seal paper P at that portion is not cut out. For example, as shown in FIG. 2 (B), the width of the male die 5 when the cutout is formed with the maximum width along the conveyance direction of the adhesive paper T is large, and
As shown in FIG. 2C, the width of the male die 5 when the width of the adhesive paper T is smaller than this may be small.

Specifically, as shown in FIG. 3, for example, this male mold 5 has a double structure in which an upper base 7 which is a hard plastic sheet is superposed on a lower base 6 which is a hard thick paper piece. It has sufficient hardness to support the descending cutting blade 1 and cut the tack seal paper P, and has a hardness that does not damage the blade portion of the cutting blade 1. According to the male die 5 having the double structure of the lower base 6 and the upper base 7, for example, the lower base 6
By cutting a part of the upper surface of the recessed portion 8 to form the recessed portion 8, the avoidance area of the cutout cutting blade 1 can be set, and the width of the adhesive paper T to be formed can be accommodated. In some cases, by forming the recess 8 corresponding to the portion corresponding to the gap portion J, the left and right edge lengths of the front frame blade 1A and the rear frame blade 1B of the cutout cutting blade 1 are large,
Even if the width of the patch paper T is considerably small, the left and right edges of the gap portion J can be continuously peeled and removed without cutting the left and right edges of the patch paper T except the patch paper T.

Next, the process of cutting out the tack seal paper P from the work paper W by the cut-out cutting blade 1 and the male mold 5 will be explained. In the male mold 5 fixed below the work paper W intermittently conveyed. On the other hand, the cut-out cutting blade 1 is moved up and down from above by the pressing means in response to the intermittent conveyance of the processed paper W. At that time, in order to correspond to the width of the formed sticky paper T in the transport direction, for example, a part of the upper surface of the lower table 6 is cut off to form the concave portion 8 and the supporting width of the male die 5 is preset. ,
The processed paper W is intermittently transported with a total width of the width of the sticky paper T and the width of the gap portion J between the sticky papers T. Then, Figure 2
As shown in (A), in the first stage, the front frame blade 1A of the cut-out cutting blade 1 descending moves the front frame portion of the adhesive paper T, and the rear frame blade 1B moves the rear frame portion of the adhesive paper T together with the male die 5. Cut out each at the same time.
Next, the work paper W is conveyed while the cutting blade 1 moves up, and as shown in FIG. 2 (B) or (C), the cutting paper blade 1 is lowered again in the second stage after the conveyance is stopped. The rear frame blade 1B cuts the rear frame portion of the pasting paper T at the front position in the transport direction where the front frame portion has already been cut out in the first stage, and at the same time, the front frame blade 1A cuts the pasting paper T at the rear position in the transport direction. Cut out the front frame part together with the male mold 5. The above-mentioned first step and the second step are repeated to cut out and form the adhesive sheet T continuously, and the total length of the left and right edges of the front frame blade 1A and the rear frame blade 1B is the total of the adhesive sheet T. The width becomes maximum, and when the width is made smaller than this, a part of the left and right edges of both 1A and 1B are cut out twice in an overlapping manner.

When the adhesive sheets T are continuously formed, it is possible to arrange them in an adjacent state without forming the gap portion J between them. The cut-out cutting blade 1 in this case has a substantially H-shape in a plane in which the front frame blade 1A and the rear frame blade 1B are combined.

[0016]

The present invention is configured as described above.
Therefore, for example, the sticky paper T having a substantially rectangular shape in a plane
Even when the width of the sticking paper T such as a sticker, a label, a sticker, etc. when continuously forming is different,
Correspondingly, since the versatile cut-out cutting blade 1 can be dealt with only by adjusting the intermittent conveying distance of the processed paper W, it is not necessary to prepare various cut-out cutting blades 1 to be used, and at a low cost. It can be created.

Further, since the front frame blade 1A and the rear frame blade 1B are arranged in the front and back of the cut-out cutting blade 1 along the conveying direction of the processed paper W, it is related to the intermittent conveyance of the processed paper W. When moving up and down, the tack seal paper P is cut out together with the male die 5 that supports the work paper W from below, and the front frame portion of the sticking paper T at the rear position in the transport direction is the first step, and the front frame part is the sticking paper at the front position. At T, the frame portion is cut out at the same time as the second step. As a result, by repeating this while intermittently transporting the processed paper W, it is possible to cut out the entire peripheral frame of one sticky paper T in two stages.

Further, since the conveyance interval of the work paper W is adjusted and set, it is assumed that the conveyance interval of the work paper W is adjusted to correspond to the width interval along the conveyance direction of the sticky paper T to be formed. Thus, the width of the patch paper T can be arbitrarily adjusted within the range in which the total length of the left and right edge lengths along the transport direction of the front frame blade 1A and the rear frame blade 1B is the maximum width. Therefore, if the front and rear edge shapes of the front and rear frames in the conveyance direction of the pasted paper T are the same, the front frame blade 1
A, it has versatility to accommodate various widths by forming a single cutting blade 1 having a rear frame blade 1B, and is a space for securing a storage place and creating a storage record, which were required in the past. You can save a lot of physical and clerical work.

Further, the male die 5 adapted to support the cutting load of the vertically moving cutting blade 1 from below the paper W to be processed,
Although the tack seal paper P can be cut out at the portion supported by the male die 5, it cannot be cut out at the portion where this does not exist. Therefore, by substantially changing the width of the male die 5 in the conveyance direction, It is also possible to set the clipping width. For example, when the width of the sticky paper T is considerably small, it is not necessary to form a cutout line in the front and rear of the sticky paper T in the gap portion J, and the extra portion of the tack seal paper P other than the sticky paper T is made continuous. Because you can leave it
It is possible to continuously peel off the remaining portion of the sticky paper T which is continuously arranged on the separator S after the preparation.

[Brief description of drawings]

FIG. 1 is a schematic perspective view showing the concept of the method of the present invention.

2A and 2B are plan views showing the conveyance and cutout of the paper to be processed in the method of the present invention, in which FIG. 2A is the cutout state in the first stage, and FIG. 2B is the second stage after the conveyance of the maximum width. (C) represents the second cutout mode after the conveyance within the maximum width.

FIG. 3 is a schematic sectional view of the device of the present invention.

4A to 4D are plan views showing examples in which the shapes of the front frame blade and the rear frame blade are different from each other.

[Explanation of symbols]

J ... Gap part P ... Tack sticker paper S ... Separator T ... Adhesive paper W ... Work paper Wa a ... Front frame blade cutout width b ... Front frame blade cutout width c ... Gap width n ... Adhesive paper width 1 ... Cutting cutting blade 1A ... Front frame blade 1B ... Rear frame blade 2 ... Blade support plate 5 ... Male 6 ... Lower base 7 ... Upper base 8 ... Recessed portion (1A), (1B) ... Cutting line

Claims (5)

[Claims] 1. A tack-seal paper together with a male die arranged below the work-paper, which is moved up and down by press means while intermittently conveying the work-paper, which is formed by stacking the tack-seal paper on the separator in a peelable manner. Cutting out only the sticker, which continuously forms sticker, label, sticker, etc. on the separator In the method of manufacturing sticker, label, sticker, etc. on tack paper, the front frame blade that cuts out the front frame part of the sticky paper along the transport direction. Similarly to the above, the rear frame blade for cutting out the rear frame portion and the cutting cutting blades arranged in the front and rear in the conveying direction are used to associate the intermittent conveyance of the processed paper with the raising and lowering of the cutting blade in the first stage. The frame part is the second after the paper is intermittently conveyed.
In the step, a method for manufacturing a sticker, a label, a sticker, etc. on tack paper, which is characterized in that the rear frame portion is cut out in succession to the front frame portion. 2. A sticker, label, or sticker for tack paper according to claim 1, wherein a rear frame portion of the pasting paper which is continuously formed in the front direction of the conveying direction and a front frame portion of the pasting paper which is also in the rear position are cut out at the same time. Etc. manufacturing method. 3. The conveyance interval of the paper to be processed is a total distance of a length interval along the conveyance direction of the pasting paper to be formed and a width interval of a gap portion between the pasting papers.
A method for manufacturing a sticker, a label, a sticker or the like on the described tack paper. 4. A transport means for intermittently transporting a work paper, which is formed by stacking tack-seal paper on a separator in a peelable manner, a male die for supporting a cutting load on the transported work paper from below, and a work material. Equipped with a cutting blade that presses the processed paper from above in relation to intermittent conveyance of the paper, cuts out the tack seal paper together with the male mold, and continuously forms sticker paper such as stickers, labels and stickers along the conveyance direction. The cutting blade consists of a front frame blade that cuts out the front frame part of the pasting paper at the rear position in the transport direction and a rear frame blade that cuts out the rear frame part of the pasting paper at the front position in the transport direction. An apparatus for manufacturing a sticker, a label, a sticker or the like on tack paper, which is formed by arranging the front and rear sides. 5. The sticker, label, or sticker for tack paper according to claim 4, wherein the width of the supporting length of the male die along the transport direction is set in correspondence with the cutout length of the pasting paper along the transport direction. And other manufacturing equipment.