JP2019105755A - Base sheet for tag label, tag label using the same, and method and apparatus for producing tag label - Google Patents

Abstract

To make it possible to create at low cost a tag label which is formed into a band (strip) shape and which is used by pasting the back (inner) sides with each other after passing through a package handle.SOLUTION: A tag label 2 is pre-printed on a sheet of a base material 1 folded in half and is cut out in a strip shape. The cut-out tag label 2 is used by pasting adhesive surfaces 213 and 214 of the inner (back) surface together, but the adhesive surfaces 213 and 214 and peeling surfaces 239 and 219 are formed to be offset from each other on two surfaces so that they can be peeled off in an unused state. It should be noted that, in the state of the sheet of the base material 1, bonding surfaces 24 of the tip (free) ends of the two-folded two surfaces are bonded to each other. Therefore, it adapts to the reciprocation conveyance of double-sided printing, and after printing, a portion of the bonding surface 24 is cut off from a cutting line 32, and the two surfaces can be opened, and the tag label 2 can be produced inexpensively by individually separating at a cutting line 33.SELECTED DRAWING: Figure 2

Description

  The present invention is formed in the shape of a band (strip), holds a part of an article to be attached, specifically passes through the handle of an article such as a package, and then passes the back (inner) face to each other. The present invention relates to a tag label to be used by laminating on the substrate, a base sheet as the material thereof, and a method and apparatus for manufacturing the tag label.

  The tag labels as described above are conventionally widely used for transportation, in order to manage loading and destination management of packages, and also to prevent confusion when delivering to passengers. In the case of airplanes in particular, after passengers leave luggage, the route of the kite to be mounted on the airplane is long, and it is an important means to prevent misloading, misstacking, and confusion of luggage among passengers.

  In the above-mentioned plane, the unique information which can be identified individually, specifically, the passenger name, boarding section, flight name, transit, baggage number, their bar code, etc. by characters and symbols such as alphanumeric characters, etc. It is necessary to describe a lot of variable information. Therefore, as in Patent Document 1, a label roll whose back (inner) surface has a full-face adhesive surface is printed while being fed out and cut, and the band (strip) tag label is created.

  Therefore, a lot of variable information (individually distinguishable unique information) can be described in the tag label, and it is easy to cope with the situation change such as stool change. However, there is a problem that the cost is very high. On the other hand, a simple, low-cost tag label is desirable, for example, when there is no need to move (reload) goods (packages), such as buses or hotel cloakers, or to use a barcode scanner. . The variable information (individually identifiable unique information) in that case is the number of the article (package) or preferably the name of the user.

  FIGS. 4 and 5 are views showing an example of such a simple tag label in development, and FIG. 4 is a front view and FIG. 5 is a back view. The base material of the tag label 5 is continuously wound in the width direction in a roll, and in a printing company, application and printing and perforation processing of a glue and a release agent to be described later are performed on its front and back. Thereafter, as shown in FIG. 4 and FIG. 5, they are cut out in the shape of a band (strip) and created. This tag label 5 shows an example of an airport bus tag label.

  The tag label 5 includes a tag label main body 51 and copy tags 52 connected to both sides thereof. The tag label main body 51 is used by sticking the back (back) side to each other by passing it through a handle of a package or the like. After the tag labels 51 are attached to the package, the cutaway tags 52 and 53 are used by being separated from the tag label 51 at the perforations 54. The reserve tag 53 is a user (passenger) reserve, and the reserve tag 52 is a driver, that is, a company reserve. The center of the tag label 5 (tag label main body 51) is a broken line 55, and is delivered to the bus company in a state of being folded in half.

  In the positive (front) side of FIG. 4, the tag label main body 51 at least describes a package number 511, a bus company name 512 and a destination (airport name and terminal number) 513. The number of the package 521 and 531 is described in the copy-tag 52 and 53. Although illustration is omitted, a company name etc. are described also in the cutaway tags 52 and 53, and these are fixed information common to each tag label 5 together with the bus company name 512 and the destination 513 and the like. On the other hand, package numbers 511, 521, 531 are unique information (variable information) that can be individually identified.

  On the other hand, on the back (back) side of FIG. 5, first, laminating with polyethylene (film is attached) for giving water resistance and strength is applied to the entire surface (the entire surface is uniform). So it does not appear in Figure 5). The manufacturer of the base material of the tag label 5 is delivered to the printing company in a state of being subjected to the laminating process, wound in the form of a roll. The roll is pulled out, and on the positive (front) side, the fixed information of the bus company name 512 and the destination 513 (although it is omitted in the figure, including the design etc.) is printed on the tag label body 51 part. Furthermore, on the back (back) side, after the letters and frames 514, 515 of the affixing position are printed on the part of the tag label main body 51 and the fixed information such as the company name 525 is printed on the part of the copy slip, It is taken up.

  After that, the roll on which the fixed information is printed is pulled out, and on the positive (front) surface, the individually identifiable unique information (variable information) of the package numbers 511, 521, 531 is printed and wound up. Be Furthermore, the roll is pulled out, and silicon is applied on the back (back) surface of the tag label main body 51 to form peeling surfaces 516 and 517, and in the frames 514 and 515, for example, acrylic strong adhesive glue Is applied to form adhesive surfaces 518 and 519, and the sheet is further folded in half at the broken line 55, for example, cut into the A3 size.

  It should be noted that the adhesive surfaces 518 and 519 and the peeling surfaces 516 and 517 are interchanged and formed on one side and the other side of the tag label main body 51 with the broken line 55 as the boundary. As a result, at the time of delivery from the printing company to the bus company, the adhesive surface 518 and the peeling surface 517 and the adhesive surface 519 and the peeling surface 516 face each other by being folded in two along the broken line 55 and can be peeled off. . On the other hand, at the time of use (at the time of attachment to a load), the adhesive surfaces 518 and 519 can be firmly attached to the handle or the like by pressing them with the adhesive surfaces 518 and 519 facing each other.

JP, 2017-144647, A

  Since the tag label 5 described above is simple in unique identification information which can be individually identified, specifically the contents of the package numbers 511, 521, 531, the cost can be kept much lower than that of the patent document 1. it can. However, since all printed parts of the tag label 5 are printed on the roll-like substrate at the printing company, there is a problem that the low-cost effect is thin unless a certain quantity, ie, lot, is produced. is there.

  An object of the present invention is a tag label base plate sheet which can be produced in small lots and at low cost in a strip-shaped tag label which is used by pasting the inner surfaces to each other with respect to a handle of a package, etc. A tag label and a method and apparatus for manufacturing the tag label.

  The base sheet of the tag label of the present invention is a base sheet of a strip-shaped tag label which is used by laminating the inner surfaces thereof so as to hold a part of the article to be attached, the base sheet On the inner surface of the two folded and folded surfaces, the adhesive surface to be bonded to each other and the peeling surface to which the adhesive on the adhesive surface is not applied are opposed in the folded-in two. It is pasted so that exfoliation is possible by being formed in a position where the tip of the above-mentioned two sides are pasted together mutually.

  In the tag label of the present invention, printing is applied to both sides of the base sheet of the tag label, and the tips bonded to each other are separated so that the two sides can be opened, and the two folds are made It is characterized in that it is cut at regular intervals in the direction of the broken line, cut in the direction perpendicular to the broken line, and cut in the strip shape.

  Furthermore, the method for producing a tag label according to the present invention is a method for producing a strip-shaped tag label in which the inner surfaces are pasted to each other so as to hold a part of an article to be attached. The double-folded, double-folded inner surface of the double-folded surface, the adhesive surface to be laminated to each other, and the peeling surface to which the adhesive of the adhesive surface is not adhered are opposed in the folded-in-two state Forming (coating) at a position to be formed, and forming (coating) a bonding surface to be bonded to each other at the tip (free) end of the two surfaces, the adhesive surface, bonding A step of aligning the pasting surface with the pasting surface of the base sheet having the surface and the peeling surface formed thereon, while making the pasting surface coincide with each other and making the two folds; On both sides of the folded base sheet, The step of printing information as a gravel, and separation of the front (free) end of the printed base sheet enables releasability between the two sides folded in two, and the broken line in the two folds. And separating the tag labels in the form of strips (strips) by separating them at equal intervals in the direction and at a cutting line extending in a direction perpendicular to the broken line.

  The tag label producing apparatus of the present invention is a strip tag label producing apparatus in which the inner surfaces are adhered to each other so as to hold a part of the article to be attached, and the base sheet is In the two-folded state, the adhesive surface to be laminated to each other and the peeling surface to which the adhesive on the adhesive surface is not adhered are opposed to the inner surfaces of the two folded surfaces. A coating machine for forming (coating) at a position and forming a bonding surface to be bonded to each other at the tip (free) end of the two surfaces, the adhesive surface, the bonding surface, and peeling A folding machine for aligning the pasting surface of the base sheet having the surface formed (coated) with the pasted surface of the opposing surface while aligning the pasting surface with each other, On both surfaces of the base sheet folded in two, A printer for printing information as a label, and separation of the front end of the printed base material sheet enables peeling between the two folded faces, and at equal intervals in the folding line direction of the folded folds. In addition, it is characterized in that it includes a cutting machine for cutting each tag label into the shape of a band (strip) by cutting it off at a cutting line extending in a direction perpendicular to the broken line.

  According to the above configuration, the strip (strip) tag label is printed on the base sheet folded in two in advance, instead of being printed while feeding out the label roll as in the prior art, and then cut out in a strip create. Use of the cut-out tag label is performed by pasting together the adhesive side of the inside (back) side of the two sides of the said two folds. However, if the adhesive surface is formed at the same distance from the broken line on the inner surface of the two folds, it will not be peeled off, so the peeling surface is also formed side by side, and before use, one of the two surfaces The adhesive surface and the peeling surface are mutually shifted and formed in two surfaces so that a peeling surface may oppose a peeling surface to the other. And it should be noted that in the present invention, in the state of the substrate sheet, the tip (free) ends of the two folded faces are stuck to each other.

  Therefore, no jamming occurs in the printer regardless of which of the polygonal line side and the leading (free) end side comes first in the state of the base sheet, that is, it is suitable for reciprocating conveyance of double-sided printing. The printing process can be performed on the substrate sheet in the same manner as the thick paper. After printing processing, by putting perforations in the tip (free) end side of the base material sheet or cutting with a cutting machine, the bonded part is cut off to allow the two surfaces to be opened, and the direction of the broken line The perforations extending in the direction perpendicular to the broken line can be cut at equal intervals, or can be cut off, or cut by a cutting machine to make a tag label in the form of a strip (strip). This makes it possible to produce the tag label printed with individually identifiable unique information (variable information) such as arbitrary characters and numbers required for the tag label in a small lot at a very low cost. In addition to the completion of tag labels at printing companies, they are shipped in the form of base sheets of printed materials for the adhesive and release surfaces, and are easily completed at the customer side using a printer and cutting machine. You can also

  Preferably, in the tag label manufacturing method of the present invention, in the printing step, the information as the tag label is unique information that can be individually identified and information that is common to each tag label, and the individually identifiable unique information The information is printed on only one surface of the two sides of the folded base sheet.

  Also preferably, in the tag label manufacturing apparatus of the present invention, the information as the tag label is unique information that can be identified individually and information that is common to each tag label, and the printer is unique that can be identified individually. Information is printed on only one of the two sides of the folded base sheet.

  Furthermore, preferably, in the base sheet of the tag label, on one of the surfaces of the two faces, a separable guard tag is formed on only one side, and an area in which unique information for individually identifying the tag label is described. Are characterized in that at least two are printed.

  Also preferably, in the above tag label manufacturing method, a sewing machine for separating the area in which unique information capable of individually identifying the tag label is described on only one of the two surfaces is a cutaway sheet. A step of forming an eye is performed prior to bonding of the two surfaces.

  Still further preferably, in the tag label manufacturing apparatus, the cutting machine is an individual uniquely distinguishable only on one of the two surfaces before the base sheet is passed through the coating machine. It is characterized by forming a perforation for separating the area where the information is to be written, so as to be a separable guard tag.

  According to the above configuration, when a part of the tag label attached to the article is cut off and used as a reserve note, as in the case of a user reserve and a company reserve, when two or more copy reserve notes are provided, It is necessary to print three or more sets of the individually identifiable unique information (variable information) in combination with the remaining part that becomes the tag label body. In this respect, in the prior art, both end portions of the strip tag label are separated and used as two backup notes, while in the present invention, one of the two surfaces of the two-fold base sheet is used. Print such unique information only on the That is, two or more guard tags are separated from only one end of the strip tag label.

  Therefore, the printing of the unique information may be only on one side of the two-fold base material, and on the other side, common information such as a company name and an advertisement can be printed on each tag label. By this, while it is difficult to programmatically align the unique information, for example, the serial number on both sides of the printing, it is possible to facilitate the program of printing by requiring only one side of such adjustment. It makes it easier to manage unique information. Specifically, when loss occurs due to printing failure or the like, there is a possibility that the number may be missing in the related art, but in the present invention, the management of the number is only one side of the printing. , Makes it easy to print replenishment. In addition, checking after printing becomes easy.

  Still preferably, in the tag label manufacturing method, the individually distinguishable unique information is a number, and in the printing step, a sheet of the base material sheet is adjacent to the tag labels in the broken line direction. A predetermined number of numbers are opened and printed, and in the step of cutting out each tag label in the strip shape, the base sheet is laminated by a predetermined number and then cut off in the strip state in the laminated state I assume.

  According to the above-described configuration, when one cut chunk is taken out, it is possible to create a tag label of a so-called through-through number in which 50 stacked sheets, for example, 100 sheets are bundled by a serial number.

  Still further preferably, in the tag label, the article to be attached is baggage, and is used as a baggage tag.

  According to the above configuration, since the tag label is very low cost, by using it as a baggage tag, it is possible to use the tag label in a less cost-effective manner because the time for which it is stored is short. , Can extend the application. In addition, since it can be made in small lots, it can be widely applied not only to applications that are consumed in large quantities such as transportation, but also to events and the like.

  The base sheet of the tag label of the present invention and the tag label using the same, and the method and apparatus for producing the tag label, as described above, print the band (strip) tag label while feeding out the label roll in the conventional manner. Instead, at the stage of the base sheet, form the adhesive side and the peeling side on the inner (back) side, fold it in two, and stick the free ends of the two folded faces together. Enables double-sided printing with a printer, and after printing unique information (variable information) that can be individually identified such as a number or a company name by double-sided printing, the above-mentioned (free) end is separated and a band Make a tag label by cutting it into (strip) shape.

  Therefore, tag labels printed with the above-mentioned specific information (variable information) can be produced in a small lot at a very low cost. In addition to the completion of tag labels at printing companies, they are shipped in the form of base sheets of printed materials for the adhesive and release surfaces, and are easily completed at the customer side using a printer and cutting machine. You can also

It is a front view of the base material of the tag label concerning one embodiment of the present invention. It is a rear view of the base material of the said tag label. It is a flowchart explaining the base material of the said tag label, and the production method of a tag label. It is a front view of the tag label of prior art. It is a rear view of the tag label of prior art.

  FIG. 1 is a front view of a base material 1 of a tag label 2 according to an embodiment of the present invention, and FIG. 2 is a rear view thereof. The base 1 is, for example, a sheet of A3 size folded in half at a broken line 31 and shipped, for example, from a printing company to a customer. Therefore, POD (print on demand) which can be printed at a level close to the quality by printing with a laser printer, preferably printing quality, and can uniquely identify unique information such as arbitrary numbers and names, like ordinary cardboard etc. Can be used for printers.

  As will be described later, after printing by a customer or the like, the base material 1 is divided by the cutting line 32 parallel to the broken line 31 and a plurality of cutting lines 33 extending in the perpendicular direction at equal intervals in the broken line 31 direction. It is cut into a (strip) shape to become individual tag labels 2. The tag label 2 is configured to include a tag label main body 21 and guard tags 22 and 23 connected to one end thereof. The tag label main body 21 is used by sticking the back (back) sides to each other through a handle of a package which is a part of an article to be attached. After the tag labels 21 are attached to the package, the tags 22 and 23 are used by being separated from the tag label 21 at the perforations 34 and 35.

  FIGS. 1 and 2 show an example of use at a bus company as in FIGS. 4 and 5, and a copy 23 of the tag label 2 is a copy of a user (passenger), and a copy 22 is It becomes a driver, that is, a company refusal. The longitudinal center of the tag label 2 in the shape of a band (strip) is a broken line 31 and delivered to the bus company in a state in which the base material 1 is folded in half as described above.

  In the positive (front) side of FIG. 1, at least the package number 215 and the bus company names 216 and 217 are described in the tag label main body 21. The tag label main body 21 is, in addition to the fixed information unit 211 in which the bus company name 217 which is information common to each tag label 2 is described bordering on the polygonal line 31, and the bus company name 216, the specific information which can be identified individually And a variable information unit 212 in which a package number 215 is written. In the copy tags 22 and 23 which are different variable information parts, the numbers 225 and 235 of the package which are the unique information which can be said individual identification are described respectively, and further, the copy tag 23 is a user from the ticket purchase information etc. The name 236 is described.

  On the other hand, on the back (back) side of FIG. 2, as in FIG. 5, first, laminating with polyethylene (film is attached) for giving water resistance and strength is applied to the entire surface. (Since the entire surface is uniform as in FIG. 5, it does not appear in FIG. 2). The manufacturer of the base material 1 of the tag label 2 is delivered to a printing company in a state of being subjected to the laminating process, wound in a roll. The roll of the substrate 1 may be a synthetic paper such as a beach coat.

  In a printing company, the roll is drawn out, and perforations 34 and 35 are first formed by a cutting machine, and are wound around the roll again. Next, the roll is pulled out, and on the back (back) side, the character and frame 218 at the sticking position are printed on the tag label body 21 and wound up again. Thereafter, the roll is pulled out again, and silicon is applied to the tag label body 21 and the tag 23 to form peeling surfaces 219, 239, and an acrylic strong adhesion is made inside the frame 218 and outside the cutting line 32, for example. The glue is applied to form the glue surfaces 213 and 214 and the bonding surface 24, and after being folded in two at the broken line 31, it is cut into A4 size and laminated as described above.

  At that time, adhesive surfaces 213 and 214 are formed on both ends of the tag label main body 21 so that the two surfaces of the base material 1 folded in two can be opened in a state where the bonding surface 24 is separated from the cutting line 32 The peeling surfaces 239 and 219 are formed at positions facing each other in a state of being folded in two by the broken line 31. As described above, after the glue surfaces 213 and 214 and the bonding surface 24 are formed, the two bonding surfaces 24 are folded in A4 size, and the bonding surfaces 24 are bonded, and cut with the length of A4 size. Are completed and delivered from the printing company to customers such as bus companies.

  At the customer, the package numbers 215, 225, 235 and bus company names 216, 217, etc. are printed by duplex printing using the POD printer or the like. Thereafter, a predetermined number of sheets are stacked, and a portion of the bonding surface 24 is cut at a cutting line 32 by a cutting machine, and further cut into individual strip-shaped tag labels 2 at a cutting line 33.

  FIG. 3 is a flow chart for explaining the method of producing the substrate 1 and the tag label 2. In step S1, the roll of the laminated base material 1 is carried into the printing company. In step S2, perforations 34 and 35 are formed by the cutting machine.

  In step S3, on the back (back) side of the sheet of the substrate 1, the characters and frame 218 at the application position are printed by the printing machine. In step S4, peeling is performed so that the adhesive surfaces of the adhesive surfaces 213 and 214 and the adhesive surfaces 213 and 214 of the adhesive surfaces 213 and 214 to be attached to each other by the coating machine are not attached to the sheet of the base material 1 to be folded in two. The surfaces 239 and 219 are formed (coated) at a distance from the broken line 31 so as to be opposed to each other between the two surfaces when folded in two (the coating), and At the free end, a bonding surface 24 to be bonded to each other is formed (coated).

  In step S5, the sheet of the base material 1 is folded by the folding machine so that the glue surfaces 213 and 214 of the surfaces facing each other coincide with the peeling surfaces 239 and 219, and the bonding surfaces 24 coincide with each other. . In step S6, the double-folded roll-like base material 1 is cut into sheets of A4 size by a cutting machine, and thus, when the sheet of base material 1 is completed, in step S7 from a printing company, a bus company, etc. Ship to the customer (delivery).

  In step S8, the tag label 2 is printed on both sides of the substrate 1 in the POD printer. In step S9, by peeling off the portion of the bonding surface 24 on the tip side from the cutting line 32 of the sheet of the base 1 folded in two by a cutting machine, peeling between the two sides of the two folds is enabled. At the same time, the sheets of the base material 1 are overlapped as necessary, and cut by a cutting machine with a cutting line 33 to cut out each tag label 2 into a band (strip) shape, and the tag label 2 is completed in step S10.

  When the number of tag labels 2 used is small and it is better to manage through the serial number for each sheet of substrate 1, etc., the cutting line 33 is replaced by a perforation and cut off from the sheet each time the tag label 2 is used. It is also good. In that case, perforations to be substituted for the cutting lines 33 can be created together in the forming strokes of the perforations 34 and 35 in step S2. By doing so, on the customer side, since the individual separation process of step S9 is eliminated, it is not necessary to provide a cutting machine. In addition, when specific information such as the user name 236 is not described as the individually identifiable unique information, and only the package number 215, 225, 235 which is the specific information is described, the printing company side The tag label 2 may be completely completed and delivered to the customer (bus company) side. By doing so, it is not necessary to provide a printer and a cutting machine at the customer side.

  The completed tag label 2 is folded in two by separating the adhesive surfaces 213 and 214 and the peeling surfaces 239 and 219, the tag label main body 21 is passed through the handle of the luggage, and the adhesive surfaces 213 and 214 are pasted together. At the perforations 34 and 35, the copy cards 22 and 23 are cut off. For example, in the case of a bus company, the company side can confirm the number of loaded packages by the copybook 22 and the user (passenger) side collates the number 235 of the copybook 23 with the number 215 of the tag label body 21 It is possible to prevent the confusion of the package.

  As described above, according to the tag label 2 of the present invention, the base material 1 of the tag label, and the method and apparatus for manufacturing the tag label, the tag label 2 is formed in a band (strip) shape, and a part of the article to be attached is held. Specifically, after passing through the handle of an article such as a package, in the tag label 2 used by sticking the back (inner) sides to each other, the band (strip) tag label is used as a label roll as in the prior art. Instead of printing while being fed out, printing is performed in advance on a sheet of the base material 1 folded in two (S8), and then cut out in a band (strip) shape (S9). And although use of cut-out tag label 2 is performed by pasting paste sides 213 and 214 of inner (back) sides together, a glue side is formed in the same distance from broken line 31 by the inner surface of two folds If it is used, it will not be peeled off, so the peeling surfaces 239 and 219 are also formed side by side, and before use, the adhesive surface is on one side and the peeling surface is on the other of the two folded in two. In this case, the adhesive surfaces 213 and 214 and the peeling surfaces 239 and 219 are formed to be offset from each other on two surfaces. And, it should be noted that in the present invention, in the state of the sheet of the base material 1, pasting surfaces 24 of the tip (free) end of the two folded two surfaces are pasted together.

  Therefore, no jam occurs in the printer regardless of which of the broken line 31 side and the tip (24) side comes first in the state of the sheet of the base material 1, that is, in the reciprocative conveyance of double-sided printing The sheet of the substrate 1 can be adapted to be subjected to the printing process (S7) in the same manner as the thick paper. After the printing process, the perforation (32) is put on the tip end (24) side or cut with a cutting machine (S9), the part of the bonding surface 24 is cut off and the two surfaces can be opened. In addition, the band (strip) tag label can be separated by putting perforations (33) extending in the direction perpendicular to the broken line 31 at equal intervals in the direction of the broken line 31 or by cutting with a cutting machine (S8) Create in 2.

  As a result, the tag label 2 printed with any individually identifiable unique information (215, 225, 235, 236) necessary for the tag label 2 can be produced in a small lot at a very low cost. According to the present inventor's prototype, the tag label 2 of the present invention can be produced at half the cost compared to the tag labels of FIG. 4 and FIG. Also, instead of completing the tag label 2 at a printing company, the adhesive sheet 213, 214 and the peeling surface 239, 219 are shipped in the form of a sheet of the substrate 1 of the printed material, and at least the printer Can be completed easily and flexibly (specifically, the design, the number, etc. can be easily changed).

  In addition, when part of the tag label 2 attached to the article is cut off and used as the notice tags 22 and 23, the tag label that remains on the article side when two or more copy cards are provided, such as a user note and a company note It is necessary to print three or more sets of uniquely distinguishable unique information (variable information) in combination with the portion to be the main body 21. In this point, conventionally, the both end portions of the strip (strip) tag label 5 are respectively separated and made into two copy tags 52 and 53, whereas the tag label 2 of the present invention and its base 1 and tag label are manufactured. According to the method and apparatus, such unique information (215, 225, 235, 236) is printed on only one of the two sides of the sheet of the folded base 1 and the band (strip Two or more copy cards 22 and 23 are separated from only one end of the tag label 2 in the form of.

  Therefore, the printing of the individually identifiable unique information (215, 225, 236, 236) may be only on one side of the half-folded substrate 1, and the other side is information common to each tag label, such as company name or advertisement 217) can be printed. This makes it difficult to align the unique information, for example, the serial numbers (215, 225, 235) on both sides of the printing programatically, whereas only one such adjustment can be made for printing. Programming is facilitated, and management of the unique information (215, 225, 236, 236) is facilitated. Specifically, if a loss occurs due to a printing failure or the like, the number may become a missing number, while the management of the number is only one side of the printing, the printing for the replenishment is It becomes easy.

  Further, according to the tag label 2 of the present invention and the base material 1 thereof and the method and apparatus for manufacturing the tag label, the specific information is the package number 215, 225, 235. A number of predetermined numbers (100 in the example of FIG. 1) is opened and printed between the tag labels 2 adjacent in the direction of the broken line 31, and after printing, the sheets of the substrate 1 are laminated by the predetermined number. In the state, it is separated in the shape of a band (strip). Therefore, when one cut-off mass is taken out, it is possible to create a tag label of so-called through-through number in which 50 stacks, for example, 100 stacks are bundled by a serial number.

  Furthermore, according to the tag label 2 of the present invention and its base material 1 and the method and apparatus for producing the tag label, the tag label 2 can be produced at a very low cost. The application can be extended to a low cost-effective application where the tag label 2 is to be deposited due to a short time for keeping a bus or the like from a terminal to an airport. In addition, since it can be made in small lots, it can be widely applied not only to applications that are consumed in large quantities such as transportation, but also to events and the like.

  In this respect, in the tag label 5 of FIG. 4 and FIG. 5, the roll-like base material described above is drawn out and appropriately printed, so the load numbers 511, 521, 531, which are variable information, straddle the broken line 55. There is no particular problem even if the tag label 5 is dispersed in the longitudinal direction. However, as in the tag label 2 of the present invention, after the base material 1 is delivered to the customer (S6), in the case of double-sided printing at the customer bordering the polygonal line 31 (S8) In contrast to this, in the present invention, printing on variable data can be supported on one side by aligning the copy slips 22 and 23 on one end side of the tag label main body 21, and such burden can be remarkably reduced. In addition, checking after printing becomes easy.

  Further, for example, when the size of the copy tags 22 and 23 is formed to be equal to each other in the same manner as the copy tags 52 and 53 of the tag label 5, in the tag label 5, the paste surfaces 518 and 519 are attached to each other. In the tag 53 of the present invention, the tag label main body 21 is on the back side of the tag tags 2 of the present invention, while the peeling surface 517 is left on the tag 53 side and the tag 52 overlapping the peeling surface 517 is difficult to separate. It does not overlap and it is easy to separate.

DESCRIPTION OF SYMBOLS 1 base material of tag label 2 tag label 21 tag label main body 211 fixed information part 212 variable information part 213, 214 adhesive surface 215 package number 216, 217 bus company name 218 frame 219 peeling surface 22, 23 cutaway tag 225, 235 package number 239 Peeling surface 24 Bonding surface 31 Broken line 32, 33 Cutting line 34, 35 Perforation

Claims (11)

In the base material sheet of the strip-shaped tag label used by laminating the inner surfaces to each other so as to hold a part of the article to be coated,
The base sheet is folded in two, and on the inner surface of the two folded faces, the adhesive surface to be laminated to each other, and the peeling surface to which the adhesive on the adhesive surface is not attached By being formed in the opposite position in the state of being folded in two, it is bonded releasably,
The tips of the two surfaces are bonded to each other, and the base sheet of the tag label.   The surface of the two surfaces is characterized in that at least two areas are printed on only one of the two surfaces, each of which is a separable guard tag and has unique information for individually identifying the tag label. The base material sheet of the tag label of 1.   Printing is applied to both sides of the base sheet of the tag label according to claim 1 or 2, and the tips bonded to each other are cut off so that the two sides can be opened, and the broken line of the two folds A tag label characterized by being separated at regular intervals in a direction, in a direction perpendicular to a broken line, and in the form of strips.   The tag label according to claim 3, wherein the article to be worn is baggage and is used as a baggage tag. A manufacturing method of a strip tag label which is used by laminating inner surfaces to each other so as to hold a part of an article to be coated,
The base sheet is folded in two, and on the inner surface of the two folded faces, the pasted surface to be bonded to each other and the peeling surface to which the pasted surface does not have the pasted surface are folded in two. Forming a bonding surface which is to be bonded to each other at the tip of the two surfaces, while forming in a position opposite to each other in the folded state;
With respect to the base sheet on which the pasting surface, the pasting surface, and the peeling surface are formed, the pasting surface and the pasting surface of the surfaces facing each other are made to coincide, and the pasting surfaces are made to coincide with each other. The process to
Printing information as a tag label on both surfaces of the double-folded base sheet;
The front end of the printed base sheet is separated to make it possible to peel off between the two folded faces, and also to cut extending in the direction perpendicular to the broken lines at equal intervals in the broken line direction of the folded folds. And c. Cutting the respective tag labels into the strip shape by separating them by lines.   In the printing step, the information as the tag label is unique information that can be identified individually and information that is common to each tag label, and the unique information that can be identified individually is the doubled base material The method for producing a tag label according to claim 5, characterized in that printing is performed only on one of the two sides of the sheet.   The step of forming a perforation for separating an area in which unique information capable of individually identifying the tag label is described on only one surface of the two surfaces so as to be a restriction sheet 7. The method for producing a tag label according to claim 6, wherein the method is performed before laminating. The unique information which can be individually identified is a number, and in the printing step, a predetermined number of numbers are opened and printed between tag labels adjacent in the direction of the broken line on one base sheet.
The tag label according to claim 5 or 6, wherein in the step of cutting out each tag label in the strip shape, the base sheet is stacked by a predetermined number and then cut in the strip state in the stacked state. Production method. An apparatus for manufacturing a band-shaped tag label in which inner surfaces are laminated to each other so as to hold a part of an article to be coated,
The base sheet is folded in two, and on the inner surface of the two folded faces, the pasted surface to be bonded to each other and the peeling surface to which the pasted surface does not have the pasted surface are folded in two. A coating machine which forms a bonding surface which is to be bonded to each other at the tip of the two surfaces, while being formed in the opposite position in the folded state;
With respect to the base sheet on which the pasting surface, the pasting surface, and the peeling surface are formed, the pasting surface and the pasting surface of the surfaces facing each other are made to coincide, and the pasting surfaces are made to coincide with each other. With a folding machine,
A printer for printing information as a tag label on both surfaces of the doubled base sheet;
The front end of the printed base sheet is separated to make it possible to peel off between the two folded faces, and also to cut extending in the direction perpendicular to the broken lines at equal intervals in the broken line direction of the folded folds. And a cutting machine for cutting each tag label into the strip shape by separating them by a line.   The information as the tag label is unique information that can be individually identified and information that is common to each tag label, and the printer is configured to fold the individually identifiable unique information into the doubled base sheet. The apparatus for producing a tag label according to claim 9, wherein printing is performed only on one of two surfaces.   The cutting machine is capable of separating an area in which the individually identifiable unique information should be described only on one surface of the two sides before passing the base sheet to the coating machine. 11. The tag label manufacturing apparatus according to claim 10, wherein perforations are formed to be separated in such a manner that

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