JP3381768B2 - A roll-shaped continuous band that can be separated for each unit pattern printing, a method of manufacturing the same, and a manufacturing apparatus thereof. - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a stamped paper, a stamp, a stamp, and the like, and a paper strip material provided with a row of fine holes and a positioning hole for separating each unit, and the paper strip material is cut into each row. Then, the present invention relates to a continuous band such as a stamp wound in a roll shape, a manufacturing method thereof and an apparatus thereof.

[0002]

2. Description of the Related Art Conventionally, stamps, stamps, stamps, etc. of this kind are
Prior to this application, a method of winding in a roll, loading it into an automatic vending machine, unrolling it, and then separating it into one or several sheets for sale has been adopted in Japan, Europe and the United States. . However, as shown in FIG. 19, the stamps supplied to the stamps are formed by repeating one unit pattern 10 consisting of patterns and letters, and each row of the stamps has a small hole array 11 in the transverse direction between the unit patterns.
The continuous vending machine is provided with a perforated line, and both side edges 12 are cut by a sharp cutter to form a straight line, and continuous stamps that are continuous in the longitudinal direction are wound in a roll shape as a unit pattern printing continuous band on the vending machine. Is being supplied.

The punching device is a rotary type or press type punching device, and unit patterns 10 such as stamps, stamps, and stamps are printed in blocks for every 4 to 100 sheets, or a group of these patterns. Is supplied to this rotary type punching device, and the small hole rows 11 are punched in the form of vertical and horizontal lattices between the patterns 10 and along the outer periphery thereof. In particular, as described above, since each unit pattern 10 is punched in block units, there is a section in which no small hole punch group is punched in the original strip of paper between the blocks, and the original strip of paper is set in the punching device during this period. There is a risk of misalignment.

As a device for preventing the deviation of the feed direction of the strip of paper from the punching device, the one described in Japanese Utility Model Laid-Open No. 5-56396, which was previously developed and filed by the present applicant, is known. The outline of this device is that a punch group of the same size as the small hole punch group is arranged in a row in the part where the small hole punch group is interrupted, and any one of the small hole punch groups is always used as a strip stock. By engaging with each other, the displacement of the original web of the strip is prevented. Further, even if an attempt is made to slit from the center of a row of small holes lined up in the longitudinal direction of the perforated paper strip, conventionally there has been no method and apparatus for accurately positioning the perforated web strip with respect to the slitter in the width direction. . In addition, as a manufacturing device for stamps, stamps, and other stamps of this type, there are a printing device in which several printing machines are sequentially arranged in series from the upstream side, a punching device, a cutting device for cutting into a unit number, and a product receiving stand. Lined, plain paper strips are supplied, unit stamp patterns, stamps, etc. are repeatedly printed vertically and horizontally, and then supplied to a punching device, on each side and both sides of the unit patterns arranged vertically and horizontally. Along with this, a row of small holes for cutting is punched, and the paper strips are cut in units of a predetermined number and stacked on the product table. In addition to the above-mentioned known device, although not known, the order of the printing device and the punching device is reversed. First, the punching device punches a row of small holes for cutting into a grid on the plain paper band material, and then this grid pattern is used. A method and device for printing a pattern such as a stamp or a stamp with a printing device in each section of the row of small holes are also conceivable.

[0005]

DISCLOSURE OF THE INVENTION The present invention has all the four sides which are conventionally familiar and familiar in Japan and other countries, because both side edges of the roll-shaped continuous strip which can be separated for each known unit pattern printing are not straight lines. Is to provide a roll-shaped continuous strip which can be separated for each unit pattern printing, which is a stamp having a shape in which a row of cut-out small holes is separated, a manufacturing method and a manufacturing apparatus for the same. Since the manufacturing of stamps, stamps, etc., which are separated from the aforementioned row of small holes for cutting on the four sides, requires a high level of technology, it greatly contributes to the prevention of counterfeiting of this kind, and stamps, stamps, etc. of this form are obtained. There is a demand in the market for this.

[0006] To make stamps, stamps, etc. as described above,
If the center part of the small hole array is not accurately divided from the center, not only the appearance is bad, but also it may become unusable in some cases. Therefore, the present invention enables to accurately cut the center of the small hole row punched by the above-mentioned punching device, and to accurately and continuously wind a continuous stamp cut to the width of the stamp that has been cut. The method and the device thereof are provided to the market. Further, it is an object of the present invention to provide the market with a continuous strip wound in a roll shape that can be separated for each unit pattern by these methods or apparatuses.

[0007]

In order to solve the above-mentioned problems, the invention of this product has at least one column of unit patterns (patterns, characters) repeatedly printed vertically on a paper strip material. A row of small holes for cutting is punched in the transverse direction between the patterns, and both side edges are formed in the shape of a row of small semi-circular depressions obtained by cutting the row of small holes for cutting at the central portion. A roll-shaped continuous strip that can be separated for each unit pattern printing, characterized in that the raw fabric is wound around a core tube in a roll shape of a desired length.

In order to solve the above-mentioned problems, the invention of this product is provided with a pattern band area in which at least one unit pattern (pattern, character) is repeatedly printed vertically in the original paper band. A row of small holes for cutting is punched between each unit pattern, and a blank area outside the pattern band area is provided in parallel with the pattern band area. In this margin band area, a row of positioning holes having a diameter significantly larger than the small holes for cutting are successively punched at a predetermined pitch at a predetermined interval. In some cases, the roll-shaped continuous band is separable for each unit pattern printing, which is characterized by being wound around.

In order to solve the above-mentioned problems, the invention of this product has a pattern band region formed by repeatedly printing unit patterns (patterns, characters) vertically and horizontally on a paper band original,
At least both side edges outside this pattern band area are blank band areas, and a row of vertical and horizontal grid-like small holes for cutting are punched along the space between each unit pattern and the outside thereof, and the margin band area is formed. Is a positioning hole row having a diameter significantly larger than each hole diameter of the cutting small hole row and drilled at a predetermined pitch, and the distance between the small hole row and the positioning hole row in the length direction is accurate. A certain continuous strip is wound around a core tube in a roll shape of a desired length to provide a roll-shaped continuous strip that can be separated for each unit pattern printing. Here, that the interval between the row of small holes and the row of positioning holes in the lengthwise direction of the continuous band is exactly constant means an error of ⅕ or less of each hole diameter of the row of small holes.

Further, in order to solve the above-mentioned problems, the invention of this method is to sequentially supply plain paper web stock to a rotary type and a press type perforating apparatus, leaving at least the margin band areas on both side ears. , Sequentially perforating a row of small holes for cutting in a grid pattern, and then sequentially feeding the punched paper strips to a printing device, and in each section surrounded by the row of cutting holes for cutting a grid pattern. First, a first method of printing the same unit pattern respectively, and first supplying a plain unit blank plain fabric belt to a printing apparatus, and leaving the margin band regions at least on both side edges, the unit pattern vertically and horizontally. To form a pattern band area, and then the printed paper band originals are sequentially supplied to a punching device to be cut out at a position between the unit patterns and along the outside thereof. Second for sequentially drilling small hole rows
And one of the two methods of the first method and the second method, simultaneously with the perforation by the perforation device included in the method, sequentially in the margin band area, in the small area for cutting. A first hole hole for positioning, which is significantly larger than each hole of the hole row, is punched at a predetermined pitch by the punching device.
Process. In the first step, a positioning projection row provided in one of a positioning roller, a positioning caterpillar, and a timing belt is sequentially fitted into each of the positioning hole rows of the paper web that has been punched and printed, and conveyed. A second step in which the center of each of the row of small holes for cutting in the flow direction or the center of an arbitrary row in the flow direction is cut by a cutter in the vertical direction during this conveyance. A third step of collectively winding the cut continuous strips, each of which has been divided into narrow widths, onto a unit core tube supported by a winding shaft. A method for producing a roll-shaped continuous strip that can be separated for each unit pattern printing, characterized by comprising the above first to third steps.

In order to solve the above-mentioned problems, in the invention according to claim 4 of the method for producing a roll-shaped continuous strip which can be separated for each unit pattern printing, the second method is The method of using a type of punching device of a rotary type punching device and a press type punching device as the punching device, the roll-shaped continuous strip separable for each unit pattern printing according to claim 4. Manufacturing method.

In order to solve the above-mentioned problems, the invention of this device is such that a printing device, a paper web feed control device and a punching device are provided on the downstream side from the upstream side.
The punching device is a rotary type, one of a pair of drums rotating at 1: 1 is a punch drum, and the other is a die drum, and a small hole row is formed on the outer peripheral surface of the punch drum vertically and horizontally. A hole punch group is vertically and horizontally planted, and a small hole die group that is successively fitted to the small hole punch group is formed on the other die drum, and the unit punch (pattern, character) is provided on the punching device. A pattern band area that is repeatedly printed vertically and horizontally is provided. In the device in which the paper strip material is fed under the control of the paper strip material feeding control device, and a row of small holes for cutting that respectively surrounds the unit patterns of the paper strip material is formed vertically and horizontally, A positioning device and a winding device are sequentially provided on the downstream side of the device, and at a position on the outer peripheral surface of the punch drum where at least two blank band regions outside the pattern band region of the paper web pass. Has at least two rows of punching holes for positioning holes, which are significantly larger than the diameters of the punching holes for small holes, at equal intervals in the circumferential direction. On the other hand, the punching groups for positioning holes are sequentially fitted to the die drum. Matching hole die groups are provided respectively, and all of the small hole punch group and the positioning hole punch group have the same height from the peripheral surface of the punch drum, and the punching device and the winding device have the same height. Between A positioning device is provided, and the positioning device is equipped with one of a positioning drum, a caterpillar, and a timing belt, each of which has a protrusion that sequentially engages with each row of positioning holes formed in the processed paper web. The winding shaft of the winding device is detachably equipped with a core tube, and the positioning device or a slit device is provided between the positioning device and the winding device. Is composed of a plurality of disc cutters and a receiving roller, and the position of the disc cutters is the position of the row of small holes in the flow direction, which are perforated in the paper web. An apparatus for producing a roll-shaped continuous strip, which is composed of the above-mentioned respective components and is separable for each unit pattern printing.

Further, in order to achieve the above-mentioned object, the present invention provides a printing device, a paper web feed control device, and a punching device on the downstream side from the upstream side. It is a reciprocating type consisting of a pair of punch blocks and a die block that come in contact with and separate from each other, and a group of small hole punches for forming rows of small holes vertically and horizontally are planted vertically and horizontally on the surface of the punch block, and the other die block. A group of small hole dies that fit together with the group of small hole punches are punched in the machine, and the punching device is provided with a pattern band area in which unit patterns (patterns, characters) are repeatedly printed vertically and horizontally. In a device in which a certain paper strip material is controlled and fed by the paper strip material feeding control device, and a row of perforations for cutting that surrounds each of the unit patterns of the paper strip is formed vertically and horizontally. , Located downstream of the perforator A deciding device and a winding device are sequentially provided, and the small hole is provided at a position on the pressing surface of the punch block where at least two blank band regions outside the pattern band region of the paper band original pass. At least two rows of punching holes for positioning holes, which are significantly larger than the diameters of the punching groups, are planted at equal intervals in the circumferential direction, and on the other hand, positioning holes for punching groups for punching positioning holes are successively fitted in the die block. Die groups are provided respectively, and all of the small hole punch group and the positioning hole punch group have the same height from the peripheral surface of the punch drum, and are positioned between the punching device and the winding device. The positioning device is provided with one of a positioning drum, a caterpillar, and a timing belt, each of which has a protrusion that sequentially engages with each row of positioning holes formed in the processed paper web. There Yes equipped,
A core tube is detachably mounted on the winding shaft of the winding device, and a slit device is provided between the positioning device or the positioning device and the winding device.
This slitting device consists of a plurality of disc cutters and a receiving roll.
The disk cutter is located at the position of a row of small holes in the flow direction, which are punched in the original web. An apparatus for producing a roll-shaped continuous strip, which is composed of the above-mentioned respective components and is separable for each unit pattern printing.

In order to achieve the above-mentioned object, the sprocket gear shafts on the upstream and downstream sides which support the caterpillar of the roll-shaped continuous strip manufacturing apparatus which can be separated for each unit pattern printing, are provided with the above-mentioned paper strip material. In some cases, a plurality of narrow belt conveyors supporting the above are provided.

Further, in order to achieve the above-mentioned object, each endless belt which constitutes the belt conveyor of the roll-shaped continuous strip manufacturing apparatus which can be separated for each unit pattern printing, and a pulley with which the belts engage with each other. Is provided so as to avoid the slit position of the paper strip, and the cutting edge portions of the plurality of disk cutters of the slit device are located between the endless belts and the pulleys with which they engage. May be characterized.

[0016]

According to the invention of claim 1, the stamp can be supplied to a vending machine such as a stamp, and when separated into unit patterns, the four sides are half-holes like a known stamp. It becomes the uneven shape of. In the invention according to claim 2, in addition to the function of the invention according to claim 1, an accurate pitch is provided by utilizing the positioning hole in the blank band region connected to one side of the unit pattern band region. It can be transported by.

In the invention of the third aspect, when the unit patterns of each single row are cut later, the positioning hole rows arranged in the flow direction are sequentially fitted to the positioning projections of the positioning device. If a wide continuous strip is conveyed, this wide roll-like continuous strip that can be separated for each unit pattern printing is conveyed straight, without meandering left and right, and a small hole row and a positioning hole row arranged in the vertical direction. Since the interval is exactly constant, the slit device has the effect of being able to perform perfect alignment. Also,
When the roll-shaped continuous strip that can be separated for each unit pattern print of a narrow width such as a single row or a double row after the slit is wound, it is conveyed straight in the same manner and can be wound accurately.
Further, when the positioning hole row lined up in the flow direction is provided not only on the left and right but also in the middle of the width of the wide continuous band, when supplied to the positioning device, the intermediate portion of the wide continuous band is also supported, More accurate transportation is possible.

In the method invention of claim 4, the first aspect
In the process, since a row of small holes for cutting is formed at the same time as the hole for positioning is drilled, the positional relationship between these is accurate, and in the second step, the group of positioning protrusions are sequentially fitted. By combining and transporting, the cutter
It has the effect that the relationship between the position and the pattern area becomes constant,
The center of the row of small holes for cutting is accurately cut with a cutter.

In the method of the fifth aspect of the present invention, when a rotary type device is used as the punching device, all the work is performed in a continuous flow, and the work is smooth and quiet. When a punching device is used as the punching device, the press die is simple and suitable for small-quantity production. In the device invention according to claim 6,
The raw paper strip is continuously conveyed, and even when the wide continuous strip after perforating is once wound, the positioning hole row is used to prevent the wide continuous strip from being left and right meandering during the conveyance just before winding. Be blocked. Further, a slitting device is provided between the positioning device or the positioning device and the winding device, and the slitting device comprises a plurality of disc cutters and a receiving roller, and the position of the disc cutter is the above-mentioned. Since the device is characterized in that the small holes are aligned in the flow direction in the continuous zone, the cutting action is rolling, and the frictional resistance is small and high-speed operation is possible.

According to the seventh aspect of the present invention, the paper strip material is intermittently conveyed, and the paper strip material after the punching process is continuously conveyed. Even when the wide continuous strip after the punching process is once wound. By utilizing the row of positioning holes, left and right meandering of the continuous belt at the time of conveyance just before winding is prevented. Further, a slitting device is provided between the positioning device or the positioning device and the winding device, and the slitting device comprises a plurality of disc cutters and a receiving roller, and the position of the disc cutter is the above-mentioned. Since the device is characterized in that the small holes are aligned in the flow direction in the continuous zone, the cutting action is rolling, and the frictional resistance is small and high-speed operation is possible.

In addition to the function of the invention of claim 6 or 7, in the apparatus invention of claim 8, the sprocket gear shafts on the upstream and downstream sides, which support the track, are provided with several thin shafts which support the continuous band. Since the width belt conveyor is provided, even in a portion where there is no caterpillar, the continuous belt is normally supported in a flat state.

In the apparatus invention according to claim 9, in addition to the operation of the apparatus invention according to claim 8, the belt conveyor
Endless belts that compose the
Is provided avoiding the slit position of the continuous band,
Since the cutting edge portions of the plurality of disc cutters of the slitting device are located between the endless belts and the pulley with which these are engaged, they do not hit other than the continuous band to be cut and maintain their sharpness for a long time. However, since the endless belts and the pulleys with which these endless belts engage do not hit the disk cutter, there is almost no wear.

[0023]

Embodiment 1 Embodiment 1 is an embodiment of the invention of the object described in claim 1 as shown in a and b of FIG. A single unit pattern 10 in which the unit pattern 10 comprises a row 11 of transverse small holes.
A continuous strip W2 that can be cut off is wound around the core tube in a roll shape, and both side edges 12 are formed by cutting off the center of the small hole row 11 to form a semicircular cutout row. Usually, the rolled material shown in FIG. 2b is supplied to the vending machine. Therefore, when separated from the row of small holes 11 in the transverse direction for each unit pattern, the shape becomes like a normal stamp having a semi-arcuate depression with small four sides.

Embodiment 2 It is shown in a, b or c of FIG. 3, and is an embodiment of the invention of the second aspect. In FIG. 3, the same reference numerals as those in the first embodiment indicate the same constituent elements and perform the same operation. In this state, a difference from the first embodiment is that a blank band area 15 is always provided on one side of one or two rows of the pattern band areas 14 in the vertical direction.
According to, it is a continuous roll wound in a roll. That is, in FIG. 3A, the blank band area 15 is continuous to one side of the pattern band area 14, and in FIG. 3B, the pattern band area 14 is continuous to both sides of the blank band area 15. In the case of c, the unit pattern 11 has a blank band region 15 at one side edge of the pattern band region 14 consisting of two rows. Both are within the scope of this embodiment.

The hole array 13 for positioning in the blank band area 15 is the same as that of the second embodiment, but the processed continuous band W1 is used in the positioning device even during the manufacturing process.
It is useful for preventing the meandering to the left and right when conveying, and it can be stably supplied to the winding device even when it is wound into a roll after processing.

Further, when supplied to the vending machine, by utilizing the positioning hole array 13 of the margin band area 15, even when a required number of stamps or the like are accurately fed, the number of holes can be detected and the sensor can be used. However, it is not limited to an optical sensor, and an electrical contact sensor can be used electrically.

Embodiment 3 As shown in FIG. 1, it is an embodiment of the invention according to claim 3, and Embodiments 1 and 2 are intermediate products produced therefrom. In FIG. 1, W1 is a processed continuous strip, on which characters such as stamps, stamps and other stamps,
A pattern unit pattern 10 is repeatedly printed vertically and horizontally to form a pattern band area 14. Usually, these unit patterns 10 are arranged in parallel in the transverse direction of the continuous band W1, usually 10 rows, and are repeatedly formed 10 times in the length direction to form a pattern group, which is repeated in the vertical direction to form a pattern.
It becomes a band zone 14 and both sides (ears) become a blank zone 15. The aforementioned pattern band area 14 is a single continuous band W.
There may be two or more sets for one, and in this case, the margin band region 15 has at least one blank space region 15 in the center of the continuous band W1 of the two sets of pattern band regions 14. (See Figure 1). The number of parallel unit patterns 10 in each pattern band region 14 is preferably 1, 2, 4, 5, or 10 rows.
On each side of each unit pattern 10 and pattern band area 14, small hole rows 11 for cutting are formed in a vertical and horizontal lattice pattern, and the hole diameters of these small hole rows 11 are 0.7 to 0.9 mm. is there. The shape of each hole in the row of small holes is not limited to a round shape, and is not particularly limited to an ellipse, a rhombus, a cloud shape, or the like. Also the size is 2
There is no problem even if more than one kind is mixed.

Positioning hole rows 13 are bored at a predetermined pitch in the above-mentioned margin band area 15, and this hole diameter is usually much larger than the hole diameter of the above-mentioned small hole row for cutting, and has a round or elliptical shape. In the case, the diameter is 3 mm to 5 mm, and in the case of the square type, the length of one side is 3 mm to 5 mm.
It suffices that the pitch of the positioning hole array 13 be two for each unit pattern 10 or one for every two unit patterns 10. The position of each hole of the positioning hole array 13 is preferably a position that does not coincide with the position of the small hole array 11 in the transverse direction. The pitch of the positioning hole array 13 is not limited to the above example. Vertical small hole row 1 mentioned above
1 and the position of the positioning hole row 13 are the wide continuous band W1.
The lengths of the holes are accurately matched, and the error may be ⅕ or less of each hole diameter of the small hole row 11, but in reality, the error does not exceed 10 microns.

In the third embodiment, as described above,
The hole array of the seed is processed into a roll shape, which is usually supplied to the positioning device 30 to be described later while unraveling this in a post-process, and the row of small holes 11 arranged in the vertical direction. A unit pattern continuous band W2 that can be cut into the unit patterns 10 arranged in the longitudinal direction by cutting the center with a cutter (see FIG. 2).

Embodiment 4 As shown in FIGS. 4 and 5, an apparatus according to claim 6 is used, which is used in the main part of the invention of the method according to claim 4 by operating the apparatus. is there. 4 and 5
In, the punching device 20, the positioning device 30, and the winding device 40 are sequentially provided from the upstream side to the downstream side. On the upstream side of the punching device, there is a printing device in which several printing machines are installed in series, but not shown. The punching device 20 is a rotary type, 21 is a punch drum, and a group of small hole punches 22 for forming a small hole row 11 between and around the unit pattern 10 of the paper web stock W supplied thereto and A positioning punch group 23 for forming the positioning hole row 13 in the margin area 15 is provided so as to project in the radial direction of the punch drum, and the tops of these two punch groups 22 and 23 are: All are made equal from the peripheral surface of the punch drum 21.

Reference numeral 25 is a die drum to which the two punch groups 22 and 23 are just fitted. A die hole group 27 for the small hole row and a positioning die hole group 28 are provided, and the radius of the cylindrical surface including the tops of the punch groups 22 and 23 of the punch drum 21 and the radius of the outer peripheral surface of the die drum 25 are mutually defined. The punch drum 21 and the die drum 25 are supported by the machine frame F so that their axes are horizontal so as to rotate at a ratio of 1: 1.

The positioning device 30 is provided immediately downstream of the punching device 20, and is positioned at a position where the margin band region 15 of the continuous band W1 of the positioning roller 31a horizontally supported by the machine frame F passes. Positioning projection groups 32 are provided at exactly the same pitch as that of the punch group 23 for use in positioning, and the tip end portion of each positioning projection group 32 has a hemispherical shape. Reference numeral 33 is a comb-tooth-like or fork-shaped pressing member that presses both sides of the protrusion 32, which is usually a leaf spring, and is pressed against the outer peripheral surface of the positioning roller 31a, and the root thereof is
Each is fixed to the machine frame F of the positioning device 30.

Between the punching device 20 and the positioning device 30, several guide rollers 35 for guiding the wide continuous band W1 having been punched are rotatably supported by the machine frame, one of which is rotatably supported. The guide roller of the dancer roller 36,
The dancer roller 36 is vertically movable so that the amount of relaxation (length) of the continuous band W1 can be adjusted.

The winding device 40 has a wide continuous band W that has been punched.
1 (see FIG. 1), and in the case shown in the figure, a biaxial winding shaft 4 is provided to improve the winding efficiency.
Although the turret type 1 is shown in FIG. 1, there is no difference in the present invention even if a turret type one having a uniaxial or triaxial winding shaft 41 is used. Although the punching device 20 is provided on the downstream side of the printing device (not shown) in the above-described embodiment, the punching device 20 may be provided on the upstream side of the printing device. 5 is within the scope of the apparatus for carrying out.

Operation of Embodiment 4 The operation of this device invention is an embodiment of the method invention of claim 4. Hereinafter, this operation will be described. A unit pattern is printed by a printing device (not shown) of the above-described plain paper band material and the paper band material W is supplied to the punching device 20 to print each unit pattern on the paper band material W. Using a control device (not shown), the paper strip material W is moved so that the small hole punch group 22 and the small hole die hole group 26 for forming the small hole row 11 are aligned with each other and on both sides of the sheet. Supply to the punching device 20. The above-mentioned control device controls the left and right positions of each unit pattern 10 printed on the paper web W and adjusts the positional deviation in the flow direction, and is attached to a known perforation device. , Make use of this. Of course, the control in the left-right direction may be performed manually or by a servomotor with the punching device 20 movable in the width direction.

In the punching device 20, the small hole row 11 and the positioning hole row 13 are formed in the marginal band area 15 at the desired position of the paper web W, and thus the small hole row 11 and the positioning hole row are formed. The processed wide continuous band W1 in which 13 is bored is sequentially guided by several guide rollers 35 and dancer rollers 36 to be aligned with the surface of the positioning roller 31a of the positioning device 30, and is sequentially positioned in the positioning hole array 13. Projection group 3
2 are sequentially fitted, and then the processed continuous band W1 is pressed against the peripheral surface of the positioning roller 31a by the pressing member 33 on both sides of the projection group 32. It is sufficient that the processed continuous wide band W1 along the peripheral surface of the positioning roller 31a is fitted with at least three, usually 3 to 5 projection groups 32 in the flow direction. The processed wide continuous strip W1 that has passed through the positioning device 30 is supplied to the winding device 40 and wound up, and the entire device is operated.

In this way, when the entire apparatus is operated, the unit paper 10 is first printed on the pattern belt area 14 by the printing apparatus, and then the perforating apparatus 20 simultaneously positions the small holes 11 and the positioning holes. The row 13 is also perforated at the same time to form a continuous band W1 and the positional relationship between the two is constant. Even if the small hole row 11 is interrupted, some of the positioning punch group 23 has a continuous band W1.
The positional relationship of is maintained constant, the next small hole punch group 22 becomes an accurate position, and all the punches become accurate positions.

Further, in the positioning device 30, since the processed continuous band W1 is conveyed by sequentially fitting the positioning projection group 32 into the positioning small hole row 13, the processed continuous band W1 is left and right. The product is supplied to the winding device while maintaining an accurate posture without meandering in, and is accurately wound into a coil.

Embodiment 5 This embodiment is an embodiment of the device invention according to claim 7, and is different from the embodiment 4 in that the punching device 20.
Is not a rotary type, but a press type. The principle shape of the structure is as shown in FIGS. 6 and 9. The same reference numerals as those in the fourth embodiment indicate the same components,
Do the same.

Since the difference is the press type, the punch block 21a and the die block 25a are made of a cube.
So that the small hole punch group 22 and the positioning hole punch group 23 provided on the punch block 21a are fitted and separated from the small hole die group 26 and the positioning hole die group 27 of the die block 25a. Has become. Other relationships are as shown in FIG. However, the rotary disk cutter 52 in FIG. 9 is not provided.

Operation of Embodiment 5 The operation of Embodiment 5 is the embodiment of the method invention according to claims 4 and 5. The paper web W is intermittently transferred by the transfer means 29 provided immediately on the transfer side of the punching device 20 with one pitch (or a group of unit putters) at which the punch block 21a and the die block 25a can punch at one time. To do. Thus, the punch block 21a is brought closer to the die block 25a every time the paper is stopped, and the paper strip W
The small hole row 13 is bored at the desired position. Instead of intermittent transfer, the transfer means 29 performs continuous transfer, and the punch block 21a and the die block 25a move in the transfer direction along with the continuously-processed paper web W for each cycle during the processing, The fifth embodiment of the present invention includes the one that is returned to the upstream side while the punch block 21a and the die block 25a are separated from each other.
The processed continuous band W1 passes through the transport means 29 and is supplied to the positioning device 30. The subsequent operation is the same as the operation of the fourth embodiment, but the description is omitted.

Embodiment 6 FIG. 7, FIG. 8, FIG. 10 and FIG. 11 are shown, in which the processed continuous band W1 is not wound up once, but as shown in FIG. While being guided to 30, the position of the positioning device 30 or the position immediately after this is sequentially cut at the positions of the small hole rows 11 aligned in the vertical direction of the continuous band W1 processed by the cutter. The same reference numerals as those in the other embodiment 4 denote the same constituent members or portions and have the same functions. 7, 10 and 11, the positioning roller 31a and the receiving roller 51 of the slit device 50 are integrally provided on a coaxial line, and the receiving roller 51 has a clearance groove 53 into which the cutting edge of the disk cutter 52 is inserted. Are provided in the circumferential direction several times, and the position of this escape groove 53 is set when the positioning hole row 13 of the processed continuous band W1 is sequentially fitted to the positioning projection group 32.
The escape groove 53 is provided at a position to be cut in the vertical direction in the processed continuous strip W1. The receiving roller 51 is of an assembled and disassembled type, and is configured by alternately and coaxially inserting a collar having a large diameter and a collar having a small diameter, and tightening with screws from both ends. The disk cutter 52 may have the peripheral speed of its cutting edge portion the same as the conveying speed of the processed continuous band W1, but it is preferable to slightly increase the peripheral speed to enhance the sharpness. Escape groove 53 of the disk cutter 52 and the receiving roller 51
Is provided corresponding to each small hole row 11 in the vertical direction of the processed continuous belt W1, the processed continuous belt W1 is cut from the position of each small hole row 11, and As shown in a, when both side edges are stamped in a single row with jagged edges, and when the blank strip area 15 of the processed continuous strip W1 is present not only at both edge portions but also in the intermediate portion, a row of small holes in the vertical direction. 11
A disk cutter 52 is provided only in the position of the small hole row 11 in the vertical direction to be cut, and after cutting with the disk cutter 52, a coil of a narrow continuous band W2 in which the pattern band region 14 and the blank band region 15 are arranged side by side. (See FIG. 3). In FIG. 8, the winding shaft 41 is the same as that of the fourth embodiment, except that the core tube 42 (usually called a paper tube) fitted to the winding shaft 41 is manufactured in advance. The coil is cut into the width of the coil to be fitted into the winding shaft 41, and the continuous band W2 such as vertically divided stamps is collectively wound into a coil by the slit device 50. Yes (see FIG. 10).

A single winding shaft 41 may be used, but two or three winding shafts may be used at the same time, and continuous strips W2 that are vertically divided may be provided every other strip.
Alternatively, each of the two bands is wound around a single shaft, and the plurality of winding shafts 41 are provided.
It may be rolled up at the same time. When wound in this way, in the one winding shaft 41, the adjacent coils of the vertically divided continuous strip W2 are wound in the separated state, and thus are wound in the subsequent process. When the coils are removed from the winding shaft 41, the coils are already separated and easy to handle.

Embodiment 7 It is shown in FIG. 9 and is different from Embodiment 6 in that the punching device 20 is not a rotary type but a press type, and is an embodiment of the invention of claim 7. In FIG.
The same reference numerals as those in the fourth, fifth and sixth embodiments are the same components or members and have the same operations as those, so that the description thereof will be omitted.

Embodiment 8 As shown in FIG. 12, it is substantially the same as Embodiment 6 and has the same operation. The difference is that the positioning roller 31a and the receiving roller 51 are different from the disk cutter 52.
The positional relationship with respect to the wide continuous band W1 is simply reversed. In this Embodiment 8,
For the rotary punching device 20, the positioning roller 3
1a and the receiving roller 51 can approach each other, and the entire apparatus becomes compact.

[Embodiment 9] FIG. 13 shows another embodiment of the positioning device 30 used in the device invention of claim 6,
Like the positioning device 30 of the fourth embodiment, the positioning roller 31a is not large in diameter and has a small diameter, and several rollers are arranged in parallel from the upstream side to the downstream side, and are supported by the belt-shaped belt conveyor 33. The positioning projections 32 of the positioning rollers 31a are sequentially fitted while the wide continuous band W1 passes. Slit device 50
Is equipped with a receiving roller 51 on the shaft of the positioning roller 41 on the most downstream side, and a pulley 54 with which the belt conveyor 33 engages at a desired interval via a spacer 55. Each of the gaps serves as an escape groove 53 of the receiving roller 51, and the cutting edge portion of the disc cutter 52 is inserted into this portion (see FIGS. 15 and 16). In other words, this is an embodiment of the invention described in claims 8 and 9.

Embodiment 10 FIG. 14 shows another embodiment of the positioning device 30 used in the device invention of claim 6 or 7, and is an embodiment of the invention of claim 8 and 9. Form. In this mode 10, a plurality of tracks 31b are provided at positions corresponding to positions where the blank band region 15 of the wide continuous band W1 passes, and each constituent element 31c or several constituent elements 31c of this caterpillar 31b is provided. The positioning projections 32 are provided for each of them, and a positioning projection group 32 is formed as a whole, and at least three of these projection groups 32 are provided so as to fit into the positioning hole row 13 at a time in the flow direction. In FIG. 14, the caterpillar 31
The element 31c of b is exaggeratedly described with respect to the sprocket gear 55, but in reality, it is naturally smaller. Therefore, the length of the caterpillar 31b in the transport direction is about 3 to 5 sheets (5 cm) of a normal stamp.
To 10 cm) is sufficient. All the tracks 31b mesh with the sprocket gears 55 of the tracks so that they operate in a completely synchronized cycle. Sprocket gear 5
5 are fixed to their respective rotary shafts. A strip or string-shaped belt conveyor 33 is provided between the caterpillars 31b as in the eighth embodiment. In FIG.
Although the slit device 50 is provided on the downstream side of the positioning device 30 including the caterpillar 31b, the receiving roller 51 of the slit device 50 may be provided on the rotary shaft of the sprocket gear 55 on the downstream side of the caterpillar 31 as in the ninth embodiment. This is included in the embodiments of the present invention (see FIGS. 15 and 16).

Embodiment 11 This is shown in FIGS. 16 and 17. Slit device 50
It is another embodiment of. The receiving roller 51a without the escape groove 53 is formed by a hard metal roller, and the disc cutters 52 are independent of each other.
A spring 56 elastically presses the outer peripheral surface of a,
Moreover, the disc cutter 52 is provided such that its position can be changed and fixed in the axial direction of the receiving roller 51a. The elastic force of the spring 54 is adjustable so that the disc cutter 52 does not press the receiving roller 51a more than necessary.
The material of the disc cutter 52 is softer than that of the receiving roll 51a. Therefore, each disc cutter 52 adjusts the position in the axial direction of the receiving roller 51a to a position to be cut and fixes only that position before the operation.

The outer peripheral cutting edge of the disc cutter 52 and the outer peripheral surface of the receiving roller 51a push down the longitudinal small hole row portion of the wide continuous strip W1. Since the disc cutter 52 is softer than the receiving roller 51a, most of the disc cutter 52 is worn, and if the sharpness decreases, the disc cutter 52 is re-ground and used again.
The disk cutter 52 is independent and elastically receives the receiving roller 51.
Since it is pressed against a, the wide continuous strip is surely divided in the longitudinal direction at any of the disc cutters 52.

In this case, the escape groove 53 is formed in the receiving roller 51a.
Since the receiving roller 51a has no shape, the shape of the receiving roller 51a is simplified, the apparatus is simplified, and the cost is reduced. Further, regardless of the width of the unit pattern 10, it suffices to adjust only the axial position of the receiving roller 51a of the disk cutter 52, and the width of the unit pattern 10 is different. It has the effect that it can be done by simple setup. The positioning roller 31a or the positioning caterpillar 31b of the positioning device 30 according to the fourth and eleventh embodiments may be driven, but the invention is the same even if the positioning roller 31a or the positioning caterpillar 31b engages with the wide continuous band W1 and encircles it. These are included in the embodiments of the invention. In this case, the positioning roller 3
It is preferable that the 1a or the positioning caterpillar 31b is made of a lightweight member such as engineering plastic to reduce the inertial force.

[0051]

According to the invention of claim 1, the coiled product can be supplied to the vending machine, and when the unit pattern is separated from the row of small holes arranged in the transverse direction, Similar to a stamp or the like, it has an effect that the four sides have a jagged shape in the shape of an anti-hole.

In addition to the effect of the above-mentioned claim 2, the effect of the invention of claim 2 is that, when this continuous band is loaded in a vending machine, the positioning hole in the margin band area is utilized to obtain this effect. It has an effect of becoming a mark when the continuous belt is conveyed for a required length. According to the third aspect of the present invention, when this is later supplied to the slit device, the positioning projection array of the slit device positioning device can be engaged with the positioning hole array of the wide continuous band, and the slit of the slit device can be provided. When processing, a wide continuous band does not meander to the left and right, it can be slit accurately, and the subsequent winding can be done just downstream of the slitting device.
Can be accurately wound into a cylindrical coil. Further, since the slit device does not meander to the left and right, the slit device does not require another device for preventing the meandering to the left and right.

In the method invention of claim 4, the first aspect
Since the small hole row and the positioning hole row are simultaneously drilled in the process, the positional relationship between these two kinds of hole rows is always constant, and thereafter, the positioning hole row is used to perform slitting with this as a reference. Therefore, the slit position can be easily aligned with the row of small holes arranged in the vertical direction, and the center of the row of small holes arranged in the vertical direction can be accurately slit. Is stable and does not collapse. In the method invention according to claim 5, either rotary type or press type device can be used as the punching device, and particularly in the method using the rotary type punching device, continuous operation becomes possible in all the steps. It becomes quiet itself. Further, when the press type punching device is used, the original web of paper strip passing through this portion may be intermittently conveyed, but generally the same effect as the invention of claim 4 is achieved.

The invention of the apparatus according to claim 6 can be implemented by a method excluding the slit processing in the second step according to claim 4,
As a result, the wide continuous zone shown in the invention of claim 1 has the effect of being manufactured at high speed. The invention of the apparatus according to claim 7 can be carried out by a method except for slitting in the second step of the method according to claim 5, and as a result, the wide continuous band shown in the invention of the object according to claim 3 can be obtained. It produces the effect of being manufactured at high speed.

In the invention according to claim 6 or 7, it is possible to supply a wide continuous band of the object according to claim 1, and to arrange the positioning device in the positioning hole row drilled in this wide continuous band. By sequentially engaging the positioning protrusions provided on the outer peripheral surface of the roller, the caterpillar, the timing belt, etc., the position of the cutter in the vertical direction to be cut can be easily aligned with the position of the cutter, and It can be cut accurately and the continuous strip according to claim 1 or 2 can be easily manufactured.

In the apparatus invention according to claim 8, since the positioning device is provided with a plurality of narrow belt conveyors between a pair of left and right positioning tracks, the wide continuous belt is horizontally supported by the front width, and a disk is formed. An effect that the slit position by the cutter does not shift is achieved.

In the invention described in claim 9, claim 1
Like the invention described in 0, the blade edge of the disk cutter can be protected, and it is not necessary to provide a receiving roller.
The device becomes simple.

[Brief description of drawings]

FIG. 1 is a partially omitted plan view of a wide continuous band.

FIG. 2 is a continuous roll band that can be separated for each unit pattern printing.

FIG. 3 is a partially omitted plan view showing another third embodiment of a continuous roll band that can be separated for each unit pattern printing.

FIG. 4 is a principle mechanism diagram showing a side surface of an apparatus according to a fourth embodiment.

FIG. 5 is a partially longitudinal front view of a punch drum and a die drum of a rotary punching device.

FIG. 6 is a partially longitudinal front view of a press type punch block and a die block.

FIG. 7 is a mechanical side view of the device according to the sixth embodiment.

FIG. 8 is a partially longitudinal front view showing a state where a continuous strip is wound around a winding shaft.

FIG. 9 is a mechanical side view of the device according to the seventh embodiment.

FIG. 10 is a front view of an embodiment in which a positioning device and a slit device are integrated.

FIG. 11 is a front view of another embodiment in which a positioning device and a slit device are integrated.

FIG. 12 is a mechanical side view of the device according to the eighth embodiment.

FIG. 13 is a mechanical side view of the positioning device of the device according to the ninth embodiment.

FIG. 14 is a side view of the entire mechanism including the positioning device shown in the tenth embodiment.

FIG. 15 is a front view of another embodiment in which a positioning device and a slit device are integrated.

16 is a partially enlarged, partially vertical side view of FIG.

FIG. 17 is a front view showing another embodiment of the slit device.

FIG. 18 is a side view of FIG.

FIG. 19 is a plan view of a known continuous band.

[Explanation of symbols]

W Paper Belt W1 wide continuous belt W2 narrow continuous band F machine frame 10 unit pattern 11 small hole row 12 side edges 13 Positioning hole row 14 pattern band area 15 blank area 20 punching device 21 punch drum 21a Punch block 22 Small hole punch group 23 Positioning hole punch group 25 die drum 25a die block 27 Small hole die hole group 28 Die hole group for positioning holes 30 Positioning device 31a Positioning roller 31b Positioning track 32 Positioning projection group 40 Winding device 42 core 50 slitting device 51, 51a receiving roller 52 disk cutter

─────────────────────────────────────────────────── ─── Continuation of the front page (56) Reference JP-A-6-99398 (JP, A) JP-A-7-171786 (JP, A) JP-A-9-193085 (JP, A) JP-A-7- 195294 (JP, A) JP-A-61-142099 (JP, A) JP-A-6-143189 (JP, A) Actual Kaihei 5-56396 (JP, U) (58) Fields investigated (Int.Cl. ⁷ , DB name) B26F 1/00-1/46

Claims (9)

(57) [Claims] 1. A unit pattern (pattern, character) for a paper strip stock.
Is repeatedly printed vertically in at least one row, and a row of perforations for cutting is perforated in the transverse direction between each pattern, and both side edges are cut at the center of the row of perforations for cutting. A roll-shaped continuous strip that can be separated for each unit pattern printing, characterized in that it is formed in the shape of a row of small semi-perforated hollows, and this paper web is wound around a core tube in a roll shape of a desired length. 2. A unit pattern (pattern, character) for a paper strip stock.
At least one column is provided with a pattern band area which is repeatedly printed in the vertical direction, and a row of small holes for cutting is punched between each unit pattern, and the pattern band area is parallel to this pattern band area. A blank area outside the pattern band area connected by a row of small holes is provided, and a row of positioning holes, which are significantly larger than the small holes for cutting, are successively drilled at a predetermined pitch in this blank band area. A roll-shaped continuous strip that is separable for each unit pattern printing, characterized in that the paper strip material is wound around a core tube in a roll shape of a desired length. 3. A unit pattern (pattern, character) for a paper strip stock.
Are repeatedly printed vertically and horizontally to form a pattern band area, and at least both side edges outside this pattern band area are margin band areas. Row of small holes for cutting out
Positioning hole rows, which are significantly larger than the respective hole diameters of the cutting small hole rows, are perforated at a predetermined pitch in the margin band area, and the distance between the small hole rows and the positioning hole row in the length direction is A roll-shaped continuous strip that can be separated for each unit pattern printing, characterized in that a continuous strip that is exactly constant is wound around a core tube in a roll shape of a desired length. 4. A blank paper strip is sequentially supplied to a rotary type and a press type punching device, and a small hole row for cutting is sequentially punched in a vertical and horizontal lattice pattern, leaving blank band regions at least at both ear portions. After that, the punched paper web is sequentially supplied to the printing device to print the same unit pattern in each section surrounded by the grid-like row of small holes for cutting. First, supply the method and plain unitary plain paper band stock to the printing device,
The unit patterns are printed side by side in rows and columns, leaving a blank band area at least on both side ears, to form a pattern band area, and then the printed paper band originals are sequentially supplied to the punching device, and each of the above A second method of sequentially drilling a row of small holes for cutting between the unit patterns and along the outside thereof, and one of the two methods of the first method and the second method In, simultaneously with the perforation by the perforation apparatus included in the method,
A first step of drilling a hole hole for positioning, which is significantly larger than each hole of the small hole hole for cutting, at a predetermined pitch in the margin band area by the hole punching device. In the first step, a positioning projection row provided in one of a positioning roller, a positioning caterpillar, and a timing belt is sequentially fitted into each of the positioning hole rows of the paper web that has been punched and printed, and conveyed. A second step in which the center of each of the row of small holes for cutting in the flow direction or the center of an arbitrary row in the flow direction is cut by a cutter in the vertical direction during this conveyance. A third step of collectively winding the cut continuous strips, each of which has been divided into narrow widths, onto a unit core tube supported by a winding shaft. A method for producing a roll-shaped continuous strip that can be separated for each unit pattern printing, characterized by comprising the above first to third steps. 5. The invention according to claim 4, wherein in the second method, the punching device is a rotary punching device,
5. The method for manufacturing a roll-shaped continuous strip that can be separated for each unit pattern printing according to claim 4, wherein the method is one that uses one of the press-type punching devices. 6. A printing device, a paper web feed control device, and a punching device are provided on the downstream side from the upstream side. The punching device is a rotary type, and a pair of rotating 1: 1. One of the drums is a punch drum, and the other is a die drum.On the outer peripheral surface of the punch drum, small hole punch groups for vertically and horizontally forming a row of small holes are planted vertically and horizontally, and the other die drum has A small band die group which is successively fitted with the small hole punch group is punched, and the punching device is provided with a pattern band region in which unit patterns (patterns, characters) are repeatedly printed vertically and horizontally. In a device in which a raw material is fed by being controlled by the paper strip material feeding control device, and a row of cut-out small holes that surrounds each of the unit patterns of the paper raw material is vertically and horizontally punched, Positioning device and winding device on the downstream side of the device And the diameter of each of the small hole punch groups is at a position where at least two blank band regions outside the pattern band region of the paper web pass through on the outer peripheral surface of the punch drum. At least two rows of significantly larger positioning hole punch groups are planted at equal intervals in the circumferential direction, while the die drum is provided with positioning hole die groups into which these positioning hole punch groups are successively fitted. All of the small hole punch group and the positioning hole punch group have the same height from the peripheral surface of the punch drum, and a positioning device is provided between the punching device and the winding device. This positioning device is equipped with one kind of a positioning drum, a caterpillar, and a timing belt, each of which has a projection that sequentially engages with each row of positioning holes formed in the processed web of paper. Ri to the winding axis of the device are those core tube are equipped detachably, the positioning device or between the positioning device and the winding device is provided with a slit apparatus,
This slitting device consists of a plurality of disc cutters and a receiving roll.
The disk cutter is located at the position of a row of small holes in the flow direction, which are punched in the original web. An apparatus for manufacturing a roll-shaped continuous strip, which is composed of the above-mentioned components and is separable for each unit pattern printing. 7. A printing device, a paper web feed control device, and a punching device are provided on the downstream side from the upstream side, and the punching device is composed of a pair of punch blocks and die blocks which are adjacent to each other. It is of a reciprocating type, and on the surface of the punch block, small hole punch groups for vertically and horizontally forming small hole rows are planted vertically and horizontally, and the other die block is fitted together with the small hole punch group. A group of small-hole dies for punching is provided, and the punching device is provided with a pattern strip area in which unit patterns (patterns, characters) are repeatedly printed vertically and horizontally. In a device that is fed by being controlled by an anti-feeding control device and vertically and horizontally pierces a row of small holes for cutting that surrounds each of the unit patterns of the paper web, a positioning device is provided downstream of the punching device. The winding device is installed in sequence, At the position where at least two blank band regions outside the pattern band region of the paper band pass through on the press surface of the punch block, a punch for positioning holes having a diameter significantly larger than each diameter of the small hole punch group. At least two rows of groups are planted at equal intervals in the circumferential direction, and on the other hand, the die block is provided with positioning hole die groups into which these positioning hole punch groups are sequentially fitted, respectively. All of the group and the group of punches for positioning holes have the same height from the peripheral surface of the punch drum, and a positioning device is provided between the punching device and the winding device. The winding shaft of the winding device is equipped with one of a positioning drum, a caterpillar, and a timing belt, each of which has a protrusion that sequentially engages with each of the positioning hole rows formed in the web. Are those core tube are equipped detachably, between the positioning device to the positioning device and the winding device is provided with a slit apparatus,
This slitting device consists of a plurality of disc cutters and a receiving roll.
The disk cutter is located at the position of a row of small holes in the flow direction, which are punched in the original web. An apparatus for manufacturing a roll-shaped continuous strip, which is composed of the above-mentioned components and is separable for each unit pattern printing. 8. The positioning device is of a caterpillar type, and the upstream and downstream sprocket gear shafts for supporting the caterpillar are provided with several narrow belt conveyors for supporting the material web. Claim 6 or 7 characterized
An apparatus for manufacturing a roll-shaped continuous strip that can be separated for each unit pattern printing described. 9. The endless belts constituting the belt conveyor and the pulleys engaged with these end belts are provided so as to avoid the slitting positions of the paper web, and a plurality of disc cutters of the slitting device. 9. The manufacturing apparatus for a roll-shaped continuous strip that can be separated for each unit pattern printing according to claim 8, wherein the blade edge portion of each of the endless belts is located between the endless belts and the pulleys with which the endless belts engage with each other. .