JP4501749B2 - Sheet material cutting device, sheet material and sheet cassette - Google Patents

Description

  The present invention relates to a sheet material cutting apparatus for cutting a sheet material to create a predetermined sheet material, or performing printing on the sheet material and cutting the printed portion to create a predetermined sheet material, A sheet material cut by a sheet material cutting device to create a sheet material, and the sheet material is accommodated in the sheet material cutting device in order to cut the sheet material into a predetermined sheet material by the sheet material cutting device. The present invention relates to a sheet cassette that enables loading.

  Conventionally, as a device for creating a predetermined sheet material such as a label for mounting on a stick-shaped or various-shaped object using a tape-like printing tape as a sheet material, Japanese Patent Laid-Open No. 2001-519742 Are disclosed.

  In this apparatus, as the printing tape, a substrate tape, an adhesive layer, and a release paper laminated are used. For example, when creating a name label that is wrapped around and sticked to the outer periphery of a rod-like object such as a pencil Used for.

  In this case, the device inputs the character string of the name to be printed on the label, while setting the outer peripheral length of the pencil to the pencil cross-sectional shape such as a round shape or a hexagonal shape and those shapes. Printing is instructed by inputting the diameter and the length between opposite sides. In response to this instruction, the character string of the name entered on the printing tape is printed, and the printed part is separated by the length of the outer circumference of the set pencil plus the overlap allowance to create a name label. The

And the created label is in a state where the release paper is removed and the adhesive layer is exposed on the back surface of the base tape, and the stacking margin provided at one end of the label is turned around the outer periphery of the pencil as a starting end, The label is attached to the outer peripheral surface of the pencil by the adhesive layer, and the name label is attached to the pencil by attaching the other end of the label on the overlap allowance.
Special table 2001-519742 gazette

  The above apparatus is convenient because a label having an appropriate length corresponding to the outer periphery of a rod-like object such as a pencil can be easily created. In addition, the label attached to the object is attached around the periphery of the object by the adhesive layer, and by providing an overlap allowance, the label can be firmly attached to the object. If it is used as a name label or the like to be affixed to a pencil or a writing instrument, it can be held for a long time.

  By the way, depending on the application of the label, it may be sufficient to apply the label to the object for a short time or a short period of time. In that case, it is necessary to remove the label after attaching the label to the object.

  However, since the label created by the above apparatus is firmly attached to the outer periphery of the object by the adhesive layer, it takes time to remove the label. In addition, because it is attached to the object by the adhesive layer, the adhesive may remain on the outer peripheral surface of the object after removing the label, and the attached adhesive may have to be removed is there. In addition, depending on the object, it may be inappropriate to apply the adhesive without using the adhesive or using the adhesive.

  The present invention solves the above-mentioned problems, and while it can be easily and reliably attached to a predetermined object, it is easy to remove, and after removing, the surface of the object is an adhesive. A sheet material cutting device capable of creating a predetermined sheet material such as a label, which can be attached to an object that is inappropriate to be stuck using an adhesive without being stained, and its It is an object of the present invention to provide a sheet cassette used for a sheet material cutting device and a sheet cassette that can accommodate the sheet material and load the sheet material into the sheet material cutting device.

The invention according to claim 1 is a sheet for cutting a sheet material provided with a through-hole through which a predetermined object can be inserted at a predetermined pitch along a predetermined direction to create a predetermined sheet object to be attached to the object. A material cutting apparatus, comprising: conveying means for conveying the sheet material in the predetermined direction; cutting means for cutting the sheet material in a direction perpendicular to the predetermined direction; and at least the predetermined direction of the sheet material An area setting unit that sets an area having a predetermined length that exceeds a length obtained by adding the length in the predetermined direction of the through hole to a length twice the predetermined pitch; and the sheet material is conveyed by the conveying unit. At the same time, when the end of the area set by the area setting means is conveyed to the position of the cutting means, the operation of the conveying means is stopped so as to cut the area of the sheet material by the cutting means. A sheet material cutting device, characterized in that it comprises a control means for.

The invention of claim 2 further comprises storage means for storing data to be printed and printing means for printing on the sheet material, wherein the control means is a print stored in the storage means by the printing means. 2. The sheet material cutting device according to claim 1 , wherein data to be printed is printed in a range of an area of the sheet material to be cut by the cutting means.

The invention according to claim 3 further includes a bending crease caused by the sheet material being wound in a roll shape along the predetermined direction with a sheet surface on which printing is performed by the printing unit being inward. 3. The sheet material cutting device according to claim 2 , wherein the conveying means unwinds the sheet material wound in a roll shape and conveys the sheet material toward the printing means and the cutting means.

The invention of claim 4, further to claim 2, characterized in that it comprises a shaping means for bending the sheet surface side that printing is performed by the printing means of said sheet material in a concave shape along a predetermined direction It is a sheet | seat material cutting device of description.

The invention of claim 5 is further characterized in that the sheet material is preliminarily printed on a predetermined sheet surface side, wound in a roll shape along the predetermined direction with the sheet surface side inside, 2. The sheet material cutting device according to claim 1 , wherein the conveying unit unwinds the sheet material wound in a roll shape and conveys the sheet material toward the cutting unit.

According to a sixth aspect of the present invention, the sheet material is a sheet material on which a predetermined printing is performed in advance on a predetermined sheet surface side, and the sheet surface side of the sheet material has a concave shape along the predetermined direction. The sheet material cutting device according to claim 1 , further comprising: a brazing means for bending the sheet material.

According to a seventh aspect of the present invention, there is provided a sheet material provided with at least two rows of through-holes through which a predetermined object can be inserted at a predetermined pitch along a predetermined direction, or an index representing positional information together with the through-holes. Cut a sheet material having a bending wrinkle that is curved in a concave shape along a direction orthogonal to the predetermined direction on a sheet surface on which printing is performed, and create a predetermined sheet material to be attached to the object A sheet material cutting device for carrying out the sheet material from the sheet material loading section and conveying the sheet material in the predetermined direction; and a cutting means for cutting the sheet material in a direction orthogonal to the predetermined direction; Detecting means for detecting the through hole or the index of the sheet material conveyed by the conveying means; storage means for storing data to be printed; and printing means for printing on the sheet material The sheet material is conveyed by the conveying means, and a portion at a predetermined cutting position between adjacent through holes arranged in the predetermined direction is based on the detection of the through hole or the index by the detecting means. When the sheet is conveyed to the position, the operation of the conveying unit is stopped by the cutting unit so as to cut the sheet material, while the printing unit stores data to be printed stored in the storage unit by the cutting unit. And a control means for printing in a range of the area of the sheet material to be cut.

The invention of claim 8 is provided with a sheet material provided with at least two rows of through holes through which a predetermined object can be inserted at a predetermined pitch along a predetermined direction, or an index representing positional information together with the through holes. A sheet material cutting apparatus for cutting a certain sheet material to create a predetermined sheet material to be mounted on the object, a conveying means for conveying the sheet material in the predetermined direction, and the sheet material in the predetermined direction Cutting means for cutting in a direction orthogonal to the sheet, detection means for detecting the through hole or the index of the sheet material conveyed by the conveying means, storage means for storing data to be printed, and the sheet material Printing means for printing on the sheet, brazing means for bending the sheet surface of the sheet material, on which the printing is performed by the printing means, into a concave shape along a direction orthogonal to the predetermined direction, and the conveyance The sheet material is conveyed by a step, and based on detection of the through hole or the index by the detection means, a portion of a predetermined cutting position between adjacent through holes arranged in the predetermined direction is the position of the cutting means. The cutting means stops the operation of the conveying means to cut the sheet material, while the printing means stores the data to be printed stored in the storage means by the cutting means. Control means for printing in the range of the area of the sheet material.

According to a ninth aspect of the present invention, there is provided a sheet material provided with at least two rows of through-holes through which a predetermined object can be inserted at a predetermined pitch along a predetermined direction, or an index representing positional information together with the through-holes. With a certain sheet material, a predetermined printing is performed in advance on a predetermined sheet surface side, and the sheet surface side is cut along a direction perpendicular to the predetermined direction, and a sheet material having a bending ridge that is bent into a concave shape is cut, A sheet material cutting device for creating a predetermined sheet material to be mounted on an object, wherein the sheet material is pulled out from the sheet material loading unit and conveyed in the predetermined direction, and the sheet material is moved in the predetermined direction. A cutting means for cutting in a direction orthogonal to the sheet, a detection means for detecting the through hole or the index of the sheet material conveyed by the conveying means, and the conveying means for conveying the sheet material. Along with the detection of the through hole or the index by the detection means, when a portion of a predetermined cutting position between adjacent through holes aligned in the predetermined direction is conveyed to the position of the cutting means, And a control means for stopping the operation of the conveying means to cut the sheet material by the cutting means .

According to a tenth aspect of the present invention, there is provided a sheet material provided with at least two rows of through-holes through which a predetermined object can be inserted at a predetermined pitch along a predetermined direction, or an index representing positional information together with the through-holes. A sheet material cutting device that cuts a sheet material that has been printed in advance on a predetermined sheet surface side with a certain sheet material, and creates a predetermined sheet material to be mounted on the object, the sheet material A conveying means for conveying the sheet material in the predetermined direction, a cutting means for cutting the sheet material in a direction orthogonal to the predetermined direction, and the through hole or the index of the sheet material conveyed by the conveying means is detected. Detecting means; brazing means for bending the sheet surface side of the sheet material into a concave shape along a direction orthogonal to the predetermined direction; and conveying the sheet material by the conveying means; Based on the detection of the through hole or the index by a step, when a portion of a predetermined cutting position between adjacent through holes arranged in the predetermined direction is conveyed to the position of the cutting means, the cutting means And a control unit for stopping the operation of the conveying unit to cut the sheet material.

The invention of claim 11 is characterized in that the cutting means includes an automatic cutting mechanism that is driven and operated by a driving source, and the control means drives the driving source to operate the automatic cutting mechanism. It is a sheet | seat material cutting device in any one of Claims 1 thru | or 10 .

According to a twelfth aspect of the present invention, the cutting means includes a manual cutting mechanism that is operated by a user's operation, and the control means guides the user to operate the manual cutting mechanism. It is a sheet | seat material cutting device in any one of thru | or 10 .

The invention according to claim 13 is loaded into a sheet material cutting device, conveyed by the sheet material cutting device, and cut in a direction orthogonal to the conveying direction, and a cut-off portion is attached to a predetermined object. A sheet material used as a predetermined sheet material, wherein through holes through which the predetermined object can be inserted are provided at a predetermined pitch along the transport direction, and a predetermined sheet surface side is the sheet material The printing surface is a printing surface on which printing is performed by a printing unit provided in the cutting device, and bending creases are provided by winding the printing surface in a roll shape along the predetermined direction. is a Cie over door material be with.

The invention according to claim 14 is loaded into a sheet material cutting device, conveyed by the sheet material cutting device, and cut in a direction perpendicular to the conveying direction, and a cut-off portion is mounted on a predetermined object. A sheet material used as a predetermined sheet material, wherein through holes through which the predetermined object can be inserted are provided at a predetermined pitch along the transport direction, and a predetermined sheet surface side is the sheet material It is a printing surface on which printing is performed by printing means provided in the cutting device, has a predetermined sheet size, and the printing surface has a bending ridge that curves in a concave shape along the predetermined direction. which is a feature and be Resid over door material.

According to the fifteenth aspect of the present invention, the sheet material is loaded into the sheet material cutting device, conveyed by the sheet material cutting device, and cut in a direction perpendicular to the conveying direction, and a cut-off portion is mounted on a predetermined object. A sheet material used as a predetermined sheet material, wherein through holes through which the predetermined object can be inserted are provided at a predetermined pitch along the conveyance direction, printing is performed, it is a feature and be Resid over preparative material to the habit bending by and the seat surface on the inside is wound to the roll shape along a predetermined direction is attached.

According to the sixteenth aspect of the present invention, the sheet material is loaded into the sheet material cutting device, conveyed by the sheet material cutting device, and cut in a direction orthogonal to the conveying direction, and a cut-off portion is mounted on a predetermined object. A sheet material used as a predetermined sheet material, wherein through holes through which the predetermined object can be inserted are provided at a predetermined pitch along the conveying direction, and are set to a predetermined sheet size, previously prescribed printing is performed on the sheet surface side, it is a feature and be Resid over preparative material to which the sheet surface is given a tendency to bend curved in a concave shape along the predetermined direction.

The invention according to claim 17 is loaded in the sheet material cutting device and conveyed by the sheet material cutting device, and is cut in a direction perpendicular to the conveying direction, and a cut-off portion is mounted on a predetermined object. A sheet material used as a predetermined sheet material, wherein through holes through which the object can be inserted are provided in at least two rows at a predetermined pitch along the conveying direction, and the predetermined sheet surface side is the sheet material It is a printing surface on which printing is performed by printing means provided in the cutting device, and the printing surface has a bending ridge that curves so as to be concave along a direction orthogonal to the predetermined direction. which is a feature and be Resid over door material.

The invention of claim 18 is loaded into a sheet material cutting device and conveyed by the sheet material cutting device, and is cut in a direction perpendicular to the conveying direction, and a cut-off portion is attached to a predetermined object. The sheet material used as the predetermined sheet material is provided with through-holes through which the object can be inserted in at least two rows at a predetermined pitch along the conveying direction, printing is performed, which is a feature and be Resid over preparative material that has a residual bend curved in a concave shape along the direction in which the sheet surface is orthogonal to the predetermined direction.

The invention according to claim 19 is mounted on a sheet material cutting device and is conveyed by the sheet material cutting device, and is cut in a direction orthogonal to the conveying direction, and a cut-off portion is mounted on a predetermined object. A sheet cassette containing a sheet material used as a predetermined sheet material, wherein the sheet material is provided with through holes through which the object can be inserted at a predetermined pitch along the conveying direction. And a predetermined sheet surface side of the sheet material is a printing surface on which printing is performed by a printing unit provided in the sheet material cutting device, and the sheet material is in the predetermined direction with the printing surface inside. a feature and be Resid Tokasetto that habit bending by being wound into a roll is attached along.

The invention according to claim 20 is mounted on a sheet material cutting device, conveyed by the sheet material cutting device, and cut in a direction orthogonal to the conveyance direction, and a cut-off portion is mounted on a predetermined object. A sheet cassette containing a sheet material used as a predetermined sheet material, wherein the sheet material is provided with through holes through which the object can be inserted at a predetermined pitch along the conveying direction. There, the previously predetermined printing is performed on the predetermined sheet surface of the sheet material, habit bending by being wound into a roll along a predetermined direction by the sheet surface on the inside is attached it is a feature and to Cie Tokasetto a.

According to the sheet material cutting device of claim 1, the sheet material provided with the predetermined through holes at a predetermined pitch along the predetermined direction to be conveyed is provided in an area having a predetermined length in which at least two through holes are secured. By cutting and cutting out a sheet having at least two through holes, the object can be inserted into the two through holes and easily and securely attached to the object. A removable sheet can be created. And since it can be attached to an object by locking the through-hole without using an adhesive, it can be attached to an object that is inappropriate to use an adhesive, and after removal It is possible to create a sheet material in which the sticking agent does not remain on the surface of the object.

According to the sheet material cutting apparatus according to claim 2, by performing the printing in the region of the sheet material to be cut into sheets thereof, it may be a sheet prepared by notation characters.

According to claims 3 to 6 sheet material cutting device, the sheet obtained by cutting the sheet material, the sheet surface printing is performed by printing means, or the seat surface in advance predetermined printing has been performed in a concave shape Since it has a bending bend that is curved, the object is inserted into one of the two through-holes that are separated by a predetermined pitch from the sheet surface side, and is hidden under the other side of the sheet surface. If the sheet is inserted so as to protrude from the hole to the sheet surface side, the sheet is attached to the object against the bending wrinkles. Therefore, the sheet is stably attached to the object by the elasticity based on the bending wrinkles. It is locked and has good wearability, and the sheet is not easily detached from the object.

According to the sheet material cutting device according to any one of claims 7 to 10, the sheet material obtained by cutting the sheet material has a concave surface on a sheet surface on which printing is performed by a printing unit or a sheet surface on which predetermined printing has been performed in advance. Therefore, the object is inserted into one of the two through holes adjacent to each other apart from each other from the sheet surface side, and the object is submerged on the back surface side of the sheet surface. If the sheet material is inserted so as to protrude from the through hole to the sheet surface side, the sheet material is attached to the object against the bending fold, so the sheet material is stabilized on the object by the elasticity based on the bending fold. The sheet is not easily detached from the object.

According to the sheet material cutting device of the eleventh aspect, the sheet material can be cut by operating the automatic cutting mechanism by the driving source.

According to the sheet material cutting device of the twelfth aspect , it is possible to prompt the user to perform an operation and operate the manual cutting mechanism by the user's operation to perform the sheet material cutting process.

According to the sheet material of claims 13 to 16 , the sheet material is bent by attaching the sheet material to the object so as to pass the object between the two through-holes on the side opposite to the printing surface. Since the sheet material can be locked to the object by using the elasticity based on the heel, it is possible to create a sheet material with good wearability that is difficult to come off when mounted on the object.

According to the sheet material of claim 17 and claim 18, the sheet material created by this sheet material is made to pass the object on the side opposite to the printing surface between the two through holes. By attaching to the object, the sheet material can be locked to the object by using the elasticity based on the bending habit of the sheet material, so that a sheet material with good wearability that does not easily come off when attached to the object is created. be able to.

According to the sheet cassette of claim 19 and claim 20 , the sheet material created by the sheet material inside the sheet cassette is arranged so that the object passes between the two through holes on the side opposite to the printing surface. By attaching the sheet to the object, it is possible to lock the sheet to the object by using the elasticity based on the bending habit of the sheet material, so it is easy to attach when attached to the object. Sheets can be created.

  Hereinafter, embodiments of the present invention will be described with reference to the drawings.

  A sheet material cutting device according to an embodiment of the present invention is configured as a printing device having a printing function and a cutting function for a sheet material, and this printing device is stored and supplied in a sheet cassette (tape cassette). Printing on the printing tape), cutting the printed portion, or simply cutting the sheet material to a predetermined length, or cutting a pre-printed sheet material to a predetermined length, It is used to create a sheet (printed label) used by being mounted on the outer periphery of an object.

  FIG. 1 is a plan view showing an appearance of a printing apparatus 1 having a tape printing function and a tape cutting function according to an embodiment of the present invention. FIG. 2 is an appearance of a sheet cassette (tape cassette) 21 loaded in the printing apparatus 1. 2 is a perspective view showing a part of the internal structure of the printing apparatus 1. FIG.

  The printing apparatus 1 according to the embodiment of the present invention performs printing on a sheet material (printing tape) and cuts the printed portion to create a sheet (label). In this printing apparatus 1, while the base tape, the sticking layer, and the peeling tape can be laminated, a label for sticking to an object can be created using a conventional printing tape for creating a sticking label, A label as a sheet to be mounted on an object can be created using a printing tape for creating a mounting label composed of a base tape as a sheet material according to the present invention.

  As shown in FIGS. 1 and 2, the printing apparatus 1 includes a key input unit 3, a display unit 4, and an opening / closing lid 5 on the upper surface of the apparatus body 2. Inside the opening / closing lid 5 is formed a cassette loading section 6 for loading a tape cassette 21 containing a printing tape 31 and an ink ribbon 35. The cassette loading section is opened with the opening / closing lid 5 opened. 6 is detachably loaded.

  The key input unit 3 is a character key for inputting character string data to be printed, a print key for instructing start of printing, a cursor key for moving the cursor on the display screen of the display unit 4, and an editing process for the input character string Various control keys necessary for various setting processes, printing processes, and the like are provided. This control key is attached to an object using a "sticking label mode" for creating a label to be attached to an object using a printing tape for attaching a label, or a printing tape for creating a mounting label. In addition to the print mode key for setting the print mode such as “label mode for mounting” to create a label, Kana-Kanji conversion key, execution key for determining various selections and processing, cancel key for canceling processing, etc. are included. .

  The display unit 4 is a liquid crystal display device that displays input data, selection menu screens for various settings, messages about processing, and the like, the length of the label to be created, the type of printing tape, and the state of the printing mode Various information such as is displayed.

  In the cassette loading unit 6, a thermal head 7 having heating elements arranged in the vertical direction, a platen roller 8 facing the thermal head 7, and a ribbon take-up shaft 9 that winds up the ink ribbon 35 in the tape cassette 21. And a fitting shaft 11 that fits and positions the cassette receiving portion 10 for supporting the tape cassette 21 at a predetermined position and the tape cassette 21. Further, a tape transport mechanism for rotating the platen roller 8 and the ribbon take-up shaft 9 is provided below the bottom surface of the cassette loading unit 6.

  Further, the apparatus main body 2 is formed with a tape discharge port 12 that leads from the cassette loading unit 6 to the outside of the apparatus main body 2, and the tape discharge port 12 is fixed for cutting a printing tape 31 as a sheet material. A cutter 13 having a blade 13a and a movable blade 13b is provided.

  As this cutter 13, an automatic cutting mechanism described in Japanese Patent Laid-Open No. 11-1035 or a manual cutting mechanism described in Japanese Patent Laid-Open No. 7-156098, which is a well-known cutter mechanism in this type of printing apparatus, is employed. The

  The cassette receiving unit 10 is provided with a plurality of cassette type detection switches 15 for detecting the type of the tape cassette 21 or the type of the printing tape 31 accommodated in the tape cassette 21. In the vicinity of the thermal head 7, a tape position detection sensor 16 for detecting an index (in this case, a through hole provided in the printing tape, or a mark provided by printing or the like) provided on the printing tape. Is provided.

  On the other hand, the tape cassette 21 includes a cassette case 22 configured by combining an upper case 22a and a lower case 22b, as shown in the external perspective view of FIG. 2 and the plan view of the internal structure of FIG. Inside, there are a tape core 23 around which the printing tape 31 is wound, a ribbon supply core 24 around which an unused ink ribbon 35 is wound, and a ribbon take-up core 25 around which the used portion of the ink ribbon 35 used for printing is wound. It is stored. The printing tape 31 has one tape surface (sheet surface) as a printing surface, and is wound around the tape core 23 so that the printing surface faces inward.

  The tape core 23 is rotatably fitted to an upright shaft 26 integrally formed with the lower case 22b of the cassette case 22, and the ribbon supply core 24 is rotatably fitted to the upright shaft 11 formed integrally with the lower case 22b. The ribbon winding core 25 is rotatably supported between the upper case 22a and the lower case 22b.

  The cassette case 22 is provided with a concave portion 27 in which the thermal head 7 is arranged when the tape cassette 21 is loaded in the cassette loading section 6, and the printing tape 31 and the ink ribbon 35 face the concave portion 27. A feeding port 28a that is fed out to the outside and a recovery port 28b in which the ink ribbon 35 is pulled back into the cassette case 22 and collected are provided.

  In addition, a protrusion 29 for alignment that is engaged with and supported by the cassette receiving portion 10 of the cassette loading portion 6 is formed at a corner portion of the outer side portion of the cassette case 22. An identification unit 30 having a predetermined shape corresponding to the type of the printing tape 31 accommodated in the cassette case 22 is formed. The identification unit 30 selectively operates a plurality of cassette type detection switches 15 provided in the cassette receiving unit 10. In the printing apparatus 1, the cassette loading unit 6 is loaded based on information from the cassette type detection switch 15. The type of the print tape 31 accommodated in the tape cassette 21 is discriminated.

  One example of the printing tape 31 accommodated in the tape cassette 21 is shown in FIG. A printing tape 31a shown in FIG. 5 (a) has a through hole 33a having a round hole with a diameter b0 at a predetermined pitch a0 along the length direction at the center position in the width direction of a base tape 32 such as a resin sheet or a paper sheet. It is provided. The label 36a created by the printing tape 31a is not used by sticking to an object like a label made by a printing tape having a conventional adhesive layer, as shown in FIG. 5 (b). In addition, a predetermined character string or the like is printed between the two through holes 33a, and the label 36a is created by cutting between the next two through holes 33a (at the position of the cutting line 35 shown in the drawing). In addition, as shown in FIG. 6B, a round bar-like object 100 is inserted into the two through holes 33a of the created label 36a and attached to the object 100 for use.

  In addition, if the paper tape whose tear strength prescribed | regulated to JISP8116 is used as the base tape 32 of the said printing tape 31a is about 200-750 mN, when removing the label 40 from the target object 100, the label 40 is easily made. It can be shredded and is suitable.

  As described above, the mounting label 36a created by the printing tape 31a according to the present invention is provided with the through hole 33a through which the object 100 is inserted in advance, and the object to be inserted therethrough is locked by the through hole. A plurality of types of through holes 33a having different shapes and sizes are prepared in accordance with the axial cross-sectional shape and size of the rod-like object 100 to be mounted. Several types with different pitches or tape widths are also available.

  The printing tape 31b shown in FIG. 7A is a through hole 33b having a long hole with a predetermined pitch a1 and a length in the tape length direction b1 along the length direction at the center position in the width direction of the base tape 32. Is provided. On the printing tape 31b, as shown in FIG. 7B, a predetermined character string or the like is printed between the two through holes 33b, and between the next two through holes 33b (shown in the drawing). 7 (c) and FIG. 8 (a) is created by cutting at the position of the cutting line 35), and the two through holes 33b of the created label 36b are shown in FIG. 8 (b). As shown, the rod-like object 101 having an axial cross-sectional shape is inserted and attached to the object 101.

  In this printing apparatus 1, when the cassette loading unit 6 is loaded with the tape cassette 21, the alignment projections 29 of the tape cassette 21 engage with the cassette receiving unit 10 of the cassette loading unit 6 and the ribbon take-up shaft 9. And the fitting shaft 11 are fitted inside the ribbon take-up core 25 and the upright shaft 26 of the tape cassette 21, respectively, and the thermal head 7 is disposed in the concave portion 27 of the tape cassette 21.

  Then, the tape transport mechanism is actuated to rotate the platen roller 8 that sandwiches the printing tape 31 and the ink ribbon 35 with the thermal head 7, and the thermal head 7 is driven to generate heat, thereby being fed out from the tape cassette 21. Thermal transfer printing is performed on the base tape 32 of the printed tape 31 via the ink ribbon 35.

  The printing tape 31 printed on the printing surface of the base tape 32 is conveyed toward the downstream side by the rotation of the platen roller 8, and is discharged out of the apparatus main body 2 through the tape discharge port 12.

  On the other hand, the ink ribbon 35 is wound around the ribbon winding core 25 driven by the ribbon winding shaft 9 and collected in the cassette case 22. When printing is completed, the printed portion of the printing tape 31 is cut by the cutter 13.

  In addition, it is also possible to provide a thermosensitive coloring layer on the printing surface of the base tape 32 in the printing tape 31. In this case, the ink ribbon 35 is not used and the printing surface is provided on the printing surface via the thermal head 7. Desired information can be printed.

  In this printing apparatus 1, it is also possible to create a label by cutting only a previously printed printing tape. An example in this case is shown in FIG. 9, and as shown in FIG. 9A, the printing tape 31c has round holes at a predetermined pitch along the length direction at the center position in the width direction of the base tape 32. Through-holes 33c are provided, and pre-printing with a predetermined character string or the like is performed at positions between the through-holes 33c. In this printing tape 31c, an area including two through holes 33c is secured as a label area, and a label 36c as shown in FIG. 9B is created by cutting at an outer position of the two through holes 33c. To do.

  FIG. 4 is a block diagram showing the configuration of the electronic circuit of the printing apparatus 1. As shown in the figure, the electronic circuit of the printing apparatus 1 includes a control unit 50 including a CPU. The control unit 50 is stored in advance in the ROM 51 in response to a key operation signal from the key input unit 3. The control unit 50 is connected to the key input unit 3, the ROM 51, and the RAM 52, and the thermal head 7 is connected to the print data. In response to the drive circuit 53, the drive circuit 53 for driving the platen roller 8 and the ribbon take-up shaft 9, the drive circuit 55 for the transport motor 54, and the drive circuit 57 for the cutter motor 56 for driving the cutter 13. And a display unit 4 for displaying inputted character data and the like. Also connected to the controller 50 are a cassette type detection switch 15 for detecting the type of the tape cassette 21 and a tape position detection sensor 16 for detecting an index attached to the print tape 31.

  The ROM 51 stores in advance data of a plurality of types of bar-shaped objects having different axial cross-sectional shapes and sizes, and types of print tapes (tape cassette types) corresponding to the bar-shaped objects. In addition, data of the printing start position and cutting position according to the type of printing tape are stored in advance, and the maximum number of characters that can be printed in the space between the through holes having a predetermined pitch is determined according to the type of printing tape. Is remembered. This maximum number of characters corresponds to each printable character size, or when the printable character size is one, data for one maximum number of characters is stored. Further, a memory for generating pattern data of characters and symbols for display and printing is provided.

Further, the RAM 52 has an input data memory for storing keyed character data, a format data memory for storing format data such as a character size, character spacing, and margin length set for the input data. Each area of the print data memory in which the data is expanded and stored in the corresponding pattern data and the display data memory in which the pattern data displayed on the display unit 4 is stored is secured. A selection object register 52a for storing the type, a label length register 52b for storing the label length, a cutting position register 52c for storing the cutting position of the printing tape 31, a printing start position register 52d for storing the printing start position, Tape transport in which the transport amount (number of transport steps) of the printing tape 31 by the platen roller 8 is counted A counter 52e, other registers and counters that temporarily stores data necessary for processing is provided.
In addition, when the cutter 13 employs a cutting mechanism that is manually operated instead of driving the cutter motor 56, the cutter motor 56 and its drive circuit become unnecessary.

  As described above, the printing apparatus 1 has a tape printing function and a tape cutting function. By using both functions, printing on the printing tape and tape cutting can be performed, while a tape cutting function can be created. Can be used to create a solid label without printing.

  The printed label can be attached to the object as it is, and the plain label can be attached to the object, and information can be appropriately written in a blank area, or additionally written as necessary.

  Hereinafter, the printing operation of the printing apparatus 1 will be described. In this printing apparatus 1, a “sticking label mode” for creating a label to be stuck to an object using a printing tape for creating a sticking label, and a printing tape for creating a mounting label, FIG. Label creation is possible by the “mounting label mode” for creating a label to be mounted on the object shown in FIG. Hereinafter, a printing operation in the “mounting label mode” printing mode, which is a feature of the present invention, will be described with reference to the flowcharts shown in FIGS. 10 and 11.

  When the printing mode key of the key input unit 3 is operated to set “mounting label mode” and the label creation process is started, an object selection screen on which a list of object names is displayed on the display unit 4 is displayed. When the selection of an object to be selected by the user is made using this selection screen, data indicating the selected object is stored in the selection object register 52a in the RAM 52 (S1).

  Next, the state of the cassette type detection switch 15 is detected (S2), and it is determined whether or not the cassette type detected by the cassette type detection switch 15 corresponds to the object selected by the user (S3). ). When it is determined that the type of the tape cassette 21 loaded in the cassette loading unit 6 does not correspond to the object selected by the user, that is, the through hole of the printing tape 31 accommodated in the tape cassette 21 is selected. If the selected object is smaller than the object and cannot be inserted into the through hole, an error message is displayed on the display unit 4 to urge replacement of the tape cassette 21 (NO in S3, S4).

  Further, when it is determined that the type of the tape cassette 21 loaded in the cassette loading unit 6 corresponds to the object selected by the user, that is, the selection object and the tape that can be inserted through the through hole. If it is a combination with a cassette, it is determined whether or not the printing tape of the tape cassette 21 is a printing tape that has been pre-printed as shown in FIG. 9 (YES in S3, S5). In addition, in order to perform the determination process of S3, table data for determining whether or not the object and the tape cassette (printing tape) are compatible is provided in the ROM 51 in advance.

  Next, a selection screen for selecting whether to perform printing on the printing tape or only cutting without printing is displayed, and the user selects (S6). If it is determined that printing has been selected (YES in S7), input of characters such as characters and symbols to be printed is prompted. When a character is input by the user's operation on the key input unit 3, the input character data is stored in the input data memory in the RAM 52 (S8). In this character data input, since the maximum number of characters that can be printed in the space between the through holes of the printing tape is determined, the number of input characters is checked, and the user is alerted when the number exceeds.

  Next, the printing start position (for example, the distance from the first through hole 33a at the right end of the drawing to c0 in the case of the printing tape 31a in FIG. 5 and the first through hole 33b to c1 in the case of the printing tape 31b in FIG. And the cutting position 35 (for example, in the case of the printing tape 31a in FIG. 5, the position of the distance d0 from the second second through hole 33a from the right end of the drawing, and in the case of the printing tape 31b in FIG. 2) is set in the printing start position register 52d and the cutting position register 52c (S9).

  When there is an instruction to start processing from the key input unit 3, the pattern data of the input character is expanded and print data is generated (YES in S10, S11). When the transport motor 54 is driven and the print tape 31 and the ink ribbon 35 are transported, the first through hole of the print tape 31 being transported by the tape position detection sensor 16 (the most distal end on the downstream side in the transport direction). The presence or absence of detection of a through hole located at (S12, S13) is determined.

  When the first through hole of the printing tape 31 is detected by the tape position detection sensor 16, the number of transport steps of the transport motor 54 composed of a step motor is counted by the tape transport amount counter 52e based on the hole position. Further, the tape is further conveyed until the print start position is reached (YES in S13, S14, S15). When the value of the tape transport amount counter 52e corresponds to the data set in the print start position register 52d and it is determined that the print tape 31 has been transported to the print start position, the print tape 31 is transported as it is. At the same time, the thermal head 7 is driven in synchronism with it to start printing, and the print data generated in S11 is printed on the printing tape 31 (YES in S15, S16, S17).

  When the printing is completed, the energization to the thermal head 7 is stopped and the printing tape 31 is further transported, and the second through hole (positioned on the most downstream side in the transport direction and upstream of the frontmost through hole). It is determined whether or not the next through hole to be detected is detected (S18, S19). When the second through hole is detected, the printing tape 31 is further conveyed, and the number of conveyance steps of the conveyance motor 54 is newly set in the tape conveyance amount counter 52e with reference to the position of the second through hole. It is counted and it is determined whether or not the cutting position 35 has been reached (YES in S19, S20, S21).

  When the value of the tape conveyance amount counter 52e corresponds to the data set in the cutting position register 52c and it is determined that the printing tape 31 has reached the cutting position 35, the conveyance motor 54 is stopped to print the printing tape. 31 is stopped, and then the cutter motor 56 is driven to cut the print tape 31 by the cutter 13 (YES in S21, S22, S23).

  Thereby, the label 36a shown in FIG. 5C and the label 36b shown in FIG. 7C are obtained. Note that the process of S23 when the cutter 13 employs a manual cutting mechanism causes the display unit 4 to display a message prompting the user to manually operate the cutter 13.

  On the other hand, when the state of the cassette type detection switch 15 is the pre-printing tape 31c shown in FIG. 9 in S5, or the state of the cassette type detection switch 15 is the printing tape 31a of FIG. 5, printing is performed by the user in S6. If it is determined in S7 that no setting has been made (YES in S5, NO in S7), then the cutting position 35 (for example, in the case of the printing tape 31a in FIG. 5, the second from the right end of the figure). The position at the distance d0 from the second through hole 33a, or the position at the distance d1 from the second through hole 33b in the case of the printing tape 31b in FIG. 7 is set in the cutting position register 52c (S24).

  Then, when there is an instruction to start processing by an input from the key input unit 3 (YES in S25) and the transport motor 54 is driven and the print tape 31 is transported, the print tape being transported by the tape position detection sensor 16 is transferred. It is determined whether or not the first through hole 31 is detected (S26, S27).

  When the first through hole of the printing tape 31 is detected by the tape position detection sensor 16 (YES in S27), the processes of S18 to S23 are performed below based on the hole position, and the label cutting process is performed. Is done. FIG. 9B shows a label created in this way. Note that the ROM 51 stores in advance data of a print start position and a cutting position based on the through hole according to the type of the print tape.

  In the printing apparatus 1 of this embodiment, the cutter 13 is operated by the cutter motor 56. However, a cutter mechanism that is operated by a manual operation may be provided, and the cutter may be operated by a user's manual operation. In that case, instead of the cutting process of S23, a message prompting the user to perform a cutter operation is displayed on the display unit 4.

As shown in FIGS. 6A and 8A, the label 36a or the label 36b created by the printing apparatus 1 has the printing tape 31a and the base tape 32 of the printing tape 31b on the printing surface side. Since it is wound in a roll shape on the inner side and accommodated in the tape cassette 21, it has a bending ridge that makes the printing surface concave along the length direction. When this label is attached to the object, the object 100 is inserted from the printing surface side of one of the two through holes 33a of the label 36a, and is hidden on the back surface side of the printing surface so that the other through hole 33a is inserted. Since the label 36a is attached to the object 100 against the bending wrinkle of the label 36a so as to protrude from the printing surface side, the label 36a is stably engaged with the object 100 due to the elasticity based on the bending wrinkle. The label 36a is not easily detached from the object 100 because it is stopped and is easy to wear. The same applies to the label 36b.

  FIG. 12 shows an example of another printing tape. As shown in FIG. 11A, the printing tape 31d is a tape that is larger in the direction (width direction) perpendicular to the transport direction (longitudinal direction) than the printing tape of FIGS. In the length direction of the base tape 32 (conveying direction by the printing apparatus 1), through holes 33d are provided at a predetermined pitch (a2) in two vertical rows. The printing tape 31d is printed with a string of characters arranged in the tape width direction between the pair of through holes 33d separated in the tape width direction by the printing device 1 at the interval e2 on the basis of the hole position. The label 36d is created by cutting with (FIGS. 12B and 12C). In the case of this printing tape, a pre-printed one may be prepared and only the cutting process may be performed.

  FIG. 13 shows a modification of the printing tape of FIG. As shown in FIG. 13A, the printing tape 31e is provided with alignment marks 34 as indices at a predetermined pitch corresponding to the label area. Other configurations are the same as those of the printing tape 31a of FIG. In the printing tape 31a of FIG. 5, the printing start position is positioned based on the first through hole 33a detected first, and the cutting position is positioned based on the second detected through hole 33a. The printing tape 31e is used for positioning the printing start position and the cutting position with reference to the mark 34. The printing start position is set to the distance f0 from the mark 34, and the cutting position 35 is set to the distance g0 from the mark 34.

As described above, an index such as the mark 34 for detecting the tape position may be provided separately from the through hole 33a, and printing or cutting processing may be performed using the index.
Similarly, the print tape 31d shown in FIG. 12 can be provided with an index such as a mark for alignment, and the print start position and the cutting position can be positioned based on the index.

  FIGS. 14 and 15 are flowcharts when another different mounting label is created, and FIGS. 16, 17 and 18 show a printing tape and a created label used for the label creation process.

  In the process of creating the mounting label shown in FIG. 10 and FIG. 11, the through hole of the printing tape is detected, and the cutting position of the label is set with reference to the hole position. In this example, The label area is set to a predetermined length, and the printing tape is cut at that length.

  First, the printing tape will be described with reference to FIG. 16A. The base tape 32 of the printing tape 31f is provided with through holes 33f at a pitch a3 along the length direction. This through hole 33f is a round hole, and its diameter is b3. As in the case described above, a plurality of types of printing tapes having different through-hole shapes and sizes are prepared.

  A printing tape 31g shown in FIG. 17A is a pre-printing tape on which a predetermined character string or the like is repeatedly printed in the length direction, and the printing tape 31g also has a through hole having a diameter b4 in the length direction. 33g is provided at a predetermined pitch a4.

  Hereinafter, an example of label creation processing using the printing tape of FIGS. 16 and 17 will be described with reference to the flowcharts of FIGS. 14 and 15.

  When the printing mode key of the key input unit 3 is operated to start the process of “mounting label mode”, a list of names of objects to be labeled are displayed on the display unit 4, thereby When a selection of an object is performed by the user using this selection screen and the selection of the object is determined, data indicating the selection object is selected in the RAM 52. It is stored in the physical register 52a (S101).

  Next, the state of the cassette type detection switch 15 is detected (S102), and it is determined whether or not the cassette type detected by the cassette type detection switch 15 corresponds to the object selected by the user (S103). ). If the type of the tape cassette 21 loaded in the cassette loading unit 6 does not correspond to the object selected by the user, an error message for prompting the replacement of the tape cassette 21 is displayed on the display unit 4 (NO in S103). , S104).

  If the type of the tape cassette 21 loaded in the cassette loading unit 6 corresponds to the object selected by the user, the printing tape of the tape cassette 21 is pre-printed as shown in FIG. It is determined whether or not the print tape 31g has been printed (YES in S103, S105).

  Next, a screen for selecting whether to perform printing on the printing tape or only cutting without printing is displayed, and selection by the user is performed (S106). If it is determined in S106 that printing has been selected (YES in S107), the input of the character to be printed is prompted, and the character is input by the user's operation of the key input unit 3. This input character data is stored in the input data memory in the RAM 52 (S108).

  Next, a label area is set, and this label area is stored in the label length register 52b as label length data in the tape transport direction (S109). Since this mounting label is to be mounted on a target by inserting the target through the through hole, it is necessary that at least two through holes be secured in one label region. Therefore, in order to satisfy this condition, the length L of the label region in the length direction of the printing tape is at least 2 × (pitch of the through hole) + (length of the through hole in the length direction of the printing tape). It is necessary to make the length longer.

  However, when the length of L is increased, the number of through holes included in the label region is increased more than necessary. In this example, 2 × ((pitch of the through hole) + (length of the through hole in the length direction of the printing tape)). The length L of the label area to be set differs depending on the type of printing tape. For example, L is 2 × (a3 + b3) in the printing tape 31f in FIG. 16, and 2 × (a4 + b4) in the printing tape 31g in FIG.

  Next, when there is a process start input instruction from the key input unit 3, print data of the input character is generated (YES in S110, S111). Then, the transport motor 54 is driven to transport the printing tape and the ink ribbon, and the number of transport steps of the transport motor 54 consisting of a step motor is counted by the tape transport amount counter 52e, and the downstream end in the transport direction of the print tape It is determined whether the tape has been transported by the length of the front margin h on the side (S112, S113). When it is determined that the tape conveyance for the front margin h has been performed, the thermal head 7 is driven together with the conveyance of the printing tape and the ink ribbon by the conveyance motor 54, printing is started, and the printing generated in S111 on the printing tape is performed. Data is printed (YES in S113, S114, S115).

  When printing is completed, the thermal head 7 is de-energized, and the print tape is further transported. Whether the transport distance has reached the cutting position 35 corresponding to the end of the previously set label area or not is determined. The tape transport amount value counted by the tape transport amount counter 52e from the start of transport in S112 is compared with the label length data set in the label length register 52b (YES in S115, S116). , S117). When the cutting position 35 is reached, the transport motor 54 is stopped and the transport of the print tape 31 is stopped, and the cutter motor 56 is driven to cut the print tape by the cutter 13 (YES in S117, S118, S119). . Thereby, a label 36f shown in FIG. 16C is obtained. FIG. 18 shows the usage state of the label 36f.

  On the other hand, when the state of the cassette type detection switch 15 corresponds to the pre-printing tape 31g shown in FIG. 15 in S105, or the state of the cassette type detection switch 15 corresponds to the printing tape 31f of FIG. If it is determined in S107 that the user has set not to print (YES in S105, NO in S107), the label area is set similarly to S109 (S120).

  Then, there is an instruction to start processing from the key input unit 3 (YES in S121), the transport motor 54 is driven and the print tape is transported, and processing of S116 to S119 is performed to perform label cutting processing. FIG. 17B shows a label 36g created in this way.

  In this printing apparatus 1, as shown in FIG. 3, the printing tape is wound in a roll shape with the printing surface on which the printing is performed facing inward. Therefore, as shown in FIGS. 6 (a) and 8 (a), the label produced with this printing tape is provided with a bending ridge that is curved in a concave shape along the tape length direction. In such labels 36a and 36b, when the objects 100 and 101 are inserted through both the through holes 33a and 33b at both ends from the printing surface side of the surfaces of the labels 36a and 36b, the objects 100 and 101 are bent in a bending direction due to bending wrinkles. Since the labels 36a and 36b are deformed in the opposite direction and come into contact with the objects 100 and 101, the label is flat without bending wrinkles, or in the case of FIGS. 6 (a) and 8 (a). On the contrary, compared with the case where there is a bending wrinkle such that the printing surface side has a convex shape, it is possible to improve the mounting property of the label to the object and it is not easily detached from the object.

  As described above, the printing tape is wound in a roll shape with the printing surface side facing inward, so that a predetermined bending wrinkle is provided, but in the present invention, a stronger bending wrinkle is provided. You may make it add, or you may make it give a bending wrinkle compulsorily to the sheet material of the predetermined size which is not a roll-shaped long paper.

  FIG. 19 shows an example of a sheet material cutting device to which a mechanism for forcibly giving bending wrinkles to the sheet material is added. FIG. 19 shows a configuration of bending wrinkle applying means for forcibly applying bending wrinkles to a sheet material 80 such as a printing tape. The bending wrinkle applying means is provided in, for example, a printing apparatus, and includes a curved guide portion 70 in the discharge path of the sheet material 80 on the downstream side of the platen roller 8 and the thermal head 7, and the guide portion 70 has a part of the outer periphery. A brazing roller 71 is provided so as to abut. The brazing roller 71 is rotated at a higher speed than the platen roller 8 in the direction of the arrow by a drive mechanism (not shown). The rotating shaft of the brazing roller 71 and the rotating shaft of the platen roller 8 that feeds the sheet material 80 are in parallel.

  The sheet material 80 is fed between the guide unit 70 and the brazing roller 71 so that the printing surface side faces the brazing roller 71. In response to this feed, the sheet material 80 is provided with a strong bending wrinkle whose printing surface side is curved in a concave shape along the conveying direction.

  In the present invention, it is also possible to provide the sheet material with a bending ridge that curves in a concave shape along a direction perpendicular to the predetermined direction, which is the conveying direction, on the predetermined sheet surface side.

  In addition, as the sheet material of the present invention, a long printing tape wound in a roll shape has been described as an example, but the present invention is not limited thereto, and the sheet material having a predetermined size that is not long Technology can be adopted.

The top view which shows the printing apparatus as a sheet material cutting device which concerns on one Embodiment of this invention. FIG. 3 is an external perspective view of a tape cassette loaded in the printing apparatus and a perspective view showing a part of the internal structure of the printing apparatus. The top view which shows the internal structure of a tape cassette. FIG. 3 is a block diagram illustrating a configuration of an electronic circuit of the printing apparatus. (A) is a front view showing a printing tape as a sheet material, (b) is a front view showing a printing state on the printing tape, and (c) is a label as a sheet produced using the printing tape. Front view. (A) is a perspective view of the label, (b) is a perspective view of the label in use. (A) is a front view which shows the printing tape of another example, (b) is a front view which shows the printing state to the printing tape, (c) is a front view which shows the label produced using the printing tape. (A) is a perspective view of the label, (b) is a perspective view of the label in use. (A) is a front view which shows the printing tape of another example which is further different, (b) The front view of the label produced using the printing tape. The flowchart which shows the first half of the flow which produces a label. The flowchart which shows the second half of the flow which produces a label. (A) is a front view showing another example of the print tape, (b) is a front view of the printing state on the print tape, and (c) is a front view of a label created using the other print tape. . (A) is a front view showing another example of the print tape, (b) is a front view of the printing state on the print tape, and (c) is a front view of a label created using the other print tape. . The flowchart which shows the first half of the flow of the other example which produces a label. The flowchart which shows the second half of the flow of the other example which produces a label. (A) is a front view showing another example of the print tape, (b) is a front view of the printing state on the print tape, and (c) is a front view of a label created using the other print tape. . (A) is a front view which shows the printing tape of another different example further, (b) is a front view of the label produced using the printing tape. The perspective view of the use condition of the label. Explanatory drawing of a structure of a bending wrinkle provision means.

Explanation of symbols

1. Printing device (sheet material cutting device)
DESCRIPTION OF SYMBOLS 2 ... Main body 3 ... Key input part 4 ... Display part 5 ... Opening / closing cover 6 ... Cassette loading part 7 ... Thermal head 8 ... Platen roller 13 ... Cutter 15 ... Cassette type detection switch 16 ... Tape position detection sensor 21 ... Tape cassette ( Sheet cassette)
31 ... Printing tape (sheet material)
31a-31g ... Printing tape (sheet material)
33a to 33g ... through hole 34 ... mark (index)
35 ... Ink ribbon 36a-36g ... Label (sheet)
70 ... Guide part 71 ... Brazing roller 80 ... Sheet material 100.101 ... Object

Claims (20)

A sheet material cutting device for cutting a sheet material provided with a through-hole through which a predetermined object can be inserted at a predetermined pitch along a predetermined direction to create a predetermined sheet material to be attached to the object,
Conveying means for conveying the sheet material in the predetermined direction;
Cutting means for cutting the sheet material in a direction perpendicular to the predetermined direction;
A region setting means for setting a region having a predetermined length in the predetermined direction of the sheet material that exceeds a length obtained by adding a length in the predetermined direction of the through hole to at least twice the length of the predetermined pitch; ,
The sheet material is conveyed by the conveying unit, and the region of the sheet material is cut by the cutting unit when the end of the region set by the region setting unit is conveyed to the position of the cutting unit. Control means for stopping the operation of the transport means,
A sheet material cutting device comprising: Storage means for storing data to be printed;
Printing means for printing on the sheet material,
2. The sheet according to claim 1, wherein the control unit prints data to be printed stored in the storage unit by the printing unit in a range of an area of the sheet material to be cut by the cutting unit. Material cutting device. Furthermore, the sheet material has a bending wrinkle by being wound in a roll shape along the predetermined direction with the sheet surface on which printing is performed by the printing unit being inward,
The sheet material cutting device according to claim 2 , wherein the conveying unit unwinds the sheet material wound in a roll shape and conveys the sheet material toward the printing unit and the cutting unit. The sheet material cutting device according to claim 2 , further comprising a brazing unit that curves a sheet surface of the sheet material, on which printing is performed by the printing unit, into a concave shape along the predetermined direction. Further, the sheet material is preliminarily printed on a predetermined sheet surface side, wound in a roll shape along the predetermined direction with the sheet surface side inside,
The sheet material cutting device according to claim 1 , wherein the conveying means unwinds the sheet material wound in a roll shape and conveys the sheet material toward the cutting means. Further, the sheet material is a sheet material on which a predetermined printing is performed in advance on a predetermined sheet surface side,
The sheet material cutting device according to claim 1 , further comprising a brazing unit that curves the sheet surface side of the sheet material into a concave shape along the predetermined direction. Printing is performed with a sheet material provided with at least two rows of through-holes through which a predetermined object can be inserted at a predetermined pitch along a predetermined direction, or a sheet material provided with an index indicating positional information together with the through-holes. A sheet material cutting device that cuts a sheet material having a bending ridge that curves in a concave shape along a direction orthogonal to the predetermined direction, and creates a predetermined sheet material to be mounted on the object. And
Conveying means for pulling out the sheet material from the sheet material loading unit and conveying it in the predetermined direction;
Cutting means for cutting the sheet material in a direction perpendicular to the predetermined direction;
Detecting means for detecting the through-hole or the index of the sheet material conveyed by the conveying means;
Storage means for storing data to be printed;
Printing means for printing on the sheet material;
The sheet material is conveyed by the conveying means, and a portion at a predetermined cutting position between adjacent through holes arranged in the predetermined direction is based on the detection of the through hole or the index by the detecting means. When the sheet is conveyed to the position, the operation of the conveying unit is stopped by the cutting unit so as to cut the sheet material, while the printing unit stores data to be printed stored in the storage unit by the cutting unit. Control means for printing in the range of the area of the sheet material to be cut;
A sheet material cutting device comprising: Cutting a sheet material provided with at least two rows of through-holes through which a predetermined object can be inserted at a predetermined pitch along a predetermined direction, or a sheet material provided with an index indicating positional information together with the through-holes A sheet material cutting device for creating a predetermined sheet material to be attached to the object,
Conveying means for conveying the sheet material in the predetermined direction;
Cutting means for cutting the sheet material in a direction perpendicular to the predetermined direction;
Detecting means for detecting the through-hole or the index of the sheet material conveyed by the conveying means;
Storage means for storing data to be printed;
Printing means for printing on the sheet material;
A brazing means for curving a sheet surface of the sheet material, on which printing is performed by the printing means, into a concave shape along a direction orthogonal to the predetermined direction;
The sheet material is conveyed by the conveying means, and a portion at a predetermined cutting position between adjacent through holes arranged in the predetermined direction is based on the detection of the through hole or the index by the detecting means. When the sheet is conveyed to the position, the operation of the conveying unit is stopped by the cutting unit so as to cut the sheet material, while the printing unit stores data to be printed stored in the storage unit by the cutting unit. Control means for printing in the range of the area of the sheet material to be cut;
A sheet material cutting device comprising: A sheet material provided with at least two rows of through holes through which a predetermined object can be inserted at a predetermined pitch along a predetermined direction, or a sheet material provided with an index indicating positional information together with the through holes, Predetermined printing is performed on the sheet surface side in advance, the sheet surface side cuts a sheet material having a bending ridge that curves in a concave shape along a direction orthogonal to the predetermined direction, and is mounted on the object A sheet material cutting device for creating a sheet material,
Conveying means for pulling out the sheet material from the sheet material loading unit and conveying it in the predetermined direction;
Cutting means for cutting the sheet material in a direction perpendicular to the predetermined direction;
Detecting means for detecting the through-hole or the index of the sheet material conveyed by the conveying means;
The sheet material is conveyed by the conveying means, and a portion at a predetermined cutting position between adjacent through holes arranged in the predetermined direction is based on the detection of the through hole or the index by the detecting means. Control means for stopping the operation of the conveying means to cut the sheet material by the cutting means when conveyed to the position of
A sheet material cutting device comprising: A sheet material provided with at least two rows of through holes through which a predetermined object can be inserted at a predetermined pitch along a predetermined direction, or a sheet material provided with an index indicating positional information together with the through holes, A sheet material cutting device that cuts a sheet material that has been subjected to predetermined printing on the sheet surface side in advance and creates a predetermined sheet material to be attached to the object,
Conveying means for conveying the sheet material in the predetermined direction;
Cutting means for cutting the sheet material in a direction perpendicular to the predetermined direction;
Detecting means for detecting the through-hole or the index of the sheet material conveyed by the conveying means;
A brazing means for bending the sheet surface side of the sheet material into a concave shape along a direction orthogonal to the predetermined direction;
The sheet material is conveyed by the conveying means, and a portion at a predetermined cutting position between adjacent through holes arranged in the predetermined direction is based on the detection of the through hole or the index by the detecting means. Control means for stopping the operation of the conveying means to cut the sheet material by the cutting means when conveyed to the position of
A sheet material cutting device comprising: The cutting means includes an automatic cutting mechanism that operates by being driven by a driving source,
The control means, the sheet material cutting apparatus according to any one of claims 1 to 10, wherein the operating the automatic cutting mechanism by driving the driving source. The cutting means includes a manual cutting mechanism that is operated by a user operation,
The control means, the sheet material cutting apparatus according to any one of claims 1 to 10, characterized in that the guidance to prompt the operation of the manual cutting mechanism to the user. Loaded into a sheet material cutting device, transported by the sheet material cutting device, cut in a direction orthogonal to the transport direction, and used as a predetermined sheet material to be attached to a predetermined object by a cut portion by the cutting Sheet material,
A through surface through which the predetermined object can be inserted is provided at a predetermined pitch along the transport direction, and a predetermined sheet surface side is a printing surface on which printing is performed by a printing unit provided in the sheet material cutting device The sheet material is characterized in that a bending wrinkle is formed by winding in a roll shape along the predetermined direction with the printing surface inside. Loaded into a sheet material cutting device, transported by the sheet material cutting device, cut in a direction orthogonal to the transport direction, and used as a predetermined sheet material to be attached to a predetermined object by a cut portion by the cutting Sheet material,
A through surface through which the predetermined object can be inserted is provided at a predetermined pitch along the transport direction, and a predetermined sheet surface side is a printing surface on which printing is performed by a printing unit provided in the sheet material cutting device The sheet material is characterized in that it has a predetermined sheet size and the printing surface has a bending ridge that curves in a concave shape along the predetermined direction. Loaded into a sheet material cutting device, transported by the sheet material cutting device, cut in a direction orthogonal to the transport direction, and used as a predetermined sheet material to be attached to a predetermined object by a cut portion by the cutting Sheet material,
Through holes through which the predetermined object can be inserted are provided at a predetermined pitch along the transport direction, and predetermined printing is performed on a predetermined sheet surface side in advance, and the predetermined surface is set to the inner side. A sheet material characterized in that a bending wrinkle is attached by winding in a roll shape along a direction. Loaded into a sheet material cutting device, transported by the sheet material cutting device, cut in a direction orthogonal to the transport direction, and used as a predetermined sheet material to be attached to a predetermined object by a cut portion by the cutting Sheet material,
Through holes through which the predetermined object can be inserted are provided at a predetermined pitch along the transport direction, have a predetermined sheet size, and are subjected to predetermined printing on a predetermined sheet surface side in advance. A sheet material, characterized in that a bending ridge that is curved in a concave shape along the predetermined direction is attached. Loaded into a sheet material cutting device, transported by the sheet material cutting device, cut in a direction orthogonal to the transport direction, and used as a predetermined sheet material to be attached to a predetermined object by a cut portion by the cutting Sheet material,
A through surface through which the object can be inserted is provided in at least two rows at a predetermined pitch along the transport direction, and a predetermined sheet surface side is printed by a printing unit provided in the sheet material cutting device. The sheet material has a bending ridge that curves so that the printing surface has a concave shape along a direction orthogonal to the predetermined direction. Loaded into a sheet material cutting device, transported by the sheet material cutting device, cut in a direction orthogonal to the transport direction, and used as a predetermined sheet material to be attached to a predetermined object by a cut portion by the cutting Sheet material,
Through holes through which the object can be inserted are provided in at least two rows at a predetermined pitch along the transport direction, and predetermined printing is performed on a predetermined sheet surface side in advance, and the sheet surface side is orthogonal to the predetermined direction. A sheet material having a bending ridge that curves in a concave shape along a direction. Mounted on a sheet material cutting device, conveyed by the sheet material cutting device, cut in a direction perpendicular to the conveying direction, and used as a predetermined sheet material in which a cut-off portion is mounted on a predetermined object A sheet cassette containing a sheet material to be processed,
The sheet material is provided with through holes through which the object can be inserted at a predetermined pitch along the conveying direction, and a predetermined sheet surface side of the sheet material is provided in the sheet material cutting device. And the sheet material is provided with a bending wrinkle by being wound in a roll shape along the predetermined direction with the printing surface inside. Sheet cassette to be used. Mounted on a sheet material cutting device, conveyed by the sheet material cutting device, cut in a direction perpendicular to the conveying direction, and used as a predetermined sheet material in which a cut-off portion is mounted on a predetermined object A sheet cassette containing a sheet material to be processed,
The sheet material is provided with through holes through which the object can be inserted at a predetermined pitch along the conveyance direction, and predetermined printing is performed in advance on a predetermined sheet surface side of the sheet material. A sheet cassette, wherein the sheet cassette is bent in a roll shape along the predetermined direction with the surface side inward.

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