EP1284476A2 - Method and device to produce labels and so produced label - Google Patents

Abstract

The printed paper web (100) from which the label booklets are produced is provided in the die-cutting unit (104) with die cuts which form at least one row of die-cut areas (109) and non-die-cut areas (110), the die-cut areas (109 ) each remain connected to the non-punched areas (110) along a line (111) running in the transverse direction of the paper web (100). In the folding unit (105), each punched area (109) is deflected from the plane of the paper web (100) by a blast of compressed air, folded against the direction of travel by means of a pressure roller (113) and pressed onto the associated non-punched area (110). In the laminating unit (106), a transparent plastic sheet (121), which is self-adhesive on its underside, is over-laminated and pressed over the folded paper sheet (100), so that a multilayered sheet (122) is formed, which on its underside rests on a carrier sheet (123). rests, which is coated on its side facing the paper web (100) adhesive-repellent. The labels are punched out of the multilayered web in the punching unit (107), the carrier web (123) coated in an adhesive-repellent manner remaining intact. <IMAGE>

Description

The present invention relates to a method and an apparatus for manufacturing of labels and a label obtainable from this process.

Products packaged in glass or plastic containers are often used on the Labeled packaging labeled. Especially in the pharmaceutical sector however, given the usually small container sizes, the packaging surface is sufficient often not enough, the abundance of sufficient product labeling place the required information on a single-layer label. Therefore, so-called booklet labels are widely used today. This is what it is about labels whose multilayer structure is a booklet, i.e. a multi-page booklet or a single or multiple folded leaflet. While the footprint of the Booklets through the area available for labeling, for example the Lateral surface of a cylindrical or prismatic jar or vial, can be limited by a higher number of booklet pages with information printable area can be multiplied. About what is usually made of paper To protect booklet from damage and dirt, this is usually done with a transparent plastic film covered.

Such a label and a method for its production are disclosed in EP 0 232 054 B1. The label consists of a carrier piece that is self-adhesive on its underside and a single or multiple folded leaflet, which is attached to the top of the carrier piece by means of a transparent, self-adhesive film.
To produce the labels, the folded leaflets are placed in a stack and placed on the top of a carrier web which has a self-adhesive coating on its underside and is provided with release material. Then the carrier web, including the leaflets, is covered with self-adhesive laminate on the underside. The laminate is also presented as a web and pressed on with the help of a press roller. The individual labels are punched out by means of a punch roll, the punchings cutting through the laminate and the carrier web, but leaving the peeling material intact, so that after the grid formed between the labels has been peeled off, a web of peeling material is present on which the labels are arranged. The process is carried out continuously in that the carrier web is unwound from a roll and guided over a production line along which the production steps mentioned take place.

However, such a manufacturing process has certain problems. The Papers have to be prepared separately and presented as a stack. As a result, there is, among other things, the risk of rejects due to the stack contained faulty or misaligned leaflet is generated. Also are the devices required to place the leaflets on the carrier web complicated, which makes the procedure more expensive. For example proposed the leaflets over provided with a vacuum suction mechanism Pick up arms from the stack and put them on the carrier web. A problem consists in particular in positioning the folded leaflets exactly on the web and to prevent the leaflets from slipping during or before overlaminating. One tries to overcome this difficulty by complex measures, for example by using papers that have a pressure-sensitive underside Have pressure sensitive adhesive and be pressed when placing on the web, or by Before applying the leaflets, apply a small amount of adhesive to the top of the Carrier web are applied. Another increase in the cost of manufacture or the devices required for this is the result, wherein incorrectly aligned labels are still not completely excluded can be.

Another label of the type described above and a method for the same Production is disclosed in EP 0 839 365 B1. The label has a folded one Papers or stapled booklet, which by means of a self-adhesive laminate is attached to the top of a backing made of release material. In the folded Papers can have other papers inserted. In addition, one on its bottom self-adhesive carrier piece can be provided, on which the leaflet by means of Laminate is attached.

To produce the labels, folded sheets are individually cut out onto a web Peel-off material or already on it, self-adhesive on its underside Carrier pieces placed. Then a self-adhesive film web overlaminated and labels of the type described above are punched out.

It is true that sheets of a width can be used that make it possible to use one sheet single sheet after overlaminating several in a row side by side to cut the label papers arranged on the peeling material, the basic principle However, the technical problem remains that individual sheets are as accurate as possible a track must be placed, which is often with reasonable technical effort does not succeed with sufficient accuracy.

In addition, the problem of checking the booklet labels is usually over all sides of distributed imprint. Defective copies can often not be recognized because the pressure of the internal pages are beyond simple control.

The object of the present invention is a method for the production to provide booklet labels that circumvent the aforementioned problems and so on enables inexpensive and reliable label production. There continues the object of the present invention is to implement this Process suitable device to create. In addition, one from this procedure available label can be created, which has the advantages of known booklet labels has, but also with more than four printable surfaces characterized by a low manufacturing cost.

According to one aspect of the invention, this object is achieved by a manufacturing method solved for labels, which has the following steps. A flat first, Material web, preferably made of paper, is provided with die cuts, which is at least one row running in the longitudinal direction of the first material web form alternately punched and non-punched areas, the punched Areas each along a transverse to the first material web, preferably with a perforation line with the not punched Stay connected. The punched areas are folded over so that everyone punched area is at least partially on a non-punched area and forms a folded piece of material with it. A continuous or interrupted Top label layer, which is at least partially self-adhesive on one side, is applied to the first web of material so that the self-adhesive coated Side of the top label layer at least partially rests on the first material web and forms a multi-layer web with it. The labels are made from the multilayer Sheet punched out so that each label is a folded piece of material or booklet as well one protruding from the folded piece of material on at least one side of the top label layer formed, self-adhesive coated fastening strips having.

The problem, pre-made, individually available, possibly occasionally incorrect or wrong Having to place aligned papers or booklets is not necessary, since all label booklets can be made from a single material web and up to this stay connected to the step of punching out the finished labels.

As a rule, label booklets printed with numerical, text or image information should be created, the first web of material is provided with die cuts preferably printed on one or both sides or is already printed. Consequently for the method according to the invention there is the possibility of the total pressure of the booklets to be checked visually in a simple manner, since none before the folding process of the future booklet pages is covered. The check can be done through above and Cameras arranged below the printed first material web take place

In a preferred embodiment, the top label layer consists of a continuous, flat, preferably transparent second material web, which expediently has approximately the same width as the first material web and is overlaminated. The second web of material can also be printed; in this case it is usually useful if it is opaque, but for whole or partially transparent version of the top label layer also conceivable that the Imprint on the top label layer with the translucent imprint of the content of the above booklet page.

In another advantageous embodiment, the top label layer consists of discreet top labels, which are donated over the folded material pieces, so that they are in the longitudinal direction in front of and behind them over the pieces of material protrude. The top labels or parts thereof thus form after the die-cut Labels of their respective fastening strips. This embodiment offers the Advantage of a low material expenditure for the top label layer, since no or only little material is applied between the labels to be formed, which should then be removed again. The top labels can be registered be placed. They can be transparent so that the top booklet pages through them are visible or readable, or else they are opaque and attached to the Printed on top. In the latter case, it proves advantageous if the Upper labels are only partially self-adhesive, so that they can be folded with the Pieces of material should only be adhesively bonded near the fold lines. In the Applying the labels can thus remove the top booklet page by partially detaching the The fastening strip can be easily exposed from the base. Not on that self-adhesive coated part of the bottom of each top label can also be a Imprint attached so that the fastening strip of each finished label two can offer additional information areas next to the pages of the respective booklet.

Before dispensing, the top labels are preferably already on one adhesive-repellent coated web. Alternatively, the top labels can be placed in front dispensing from a continuous, flat, at least on its underside partially self-adhesive coated web are pre-punched. Because the top labels can be spaced closer here than the finished labels, this results in one Material savings compared to the continuous lamination of the self-adhesive coated web on the first web of material.

The first side is preferably on the side facing away from the top label layer Material web applied a carrier web. According to a particularly preferred The embodiment is on the side facing the first material web adhesive-repellent coating.

According to a further advantageous development, the carrier web is on the first Side facing away from the material web, self-adhesive coated and with peeling material covered. This embodiment of the method according to the invention can be used also produce conventional booklet labels with a carrier piece, without to have to accept the disadvantages of known methods.

The punched areas are advantageously somewhat longer than the non-punched areas Areas to glue the underside of the folded piece of material with to avoid the fastening strip. It is sufficient for this that the punched areas are only slightly longer than the non-punched areas, but the former can also tower significantly.

According to a particularly preferred embodiment of the present invention folding in two steps. First, the respective die cut Area deflected from the level of the first material web. This is preferably done by means of a compressed air blast, by means of electrostatic interactions or by an eccentric. Then the respective punched area is made using a roller or another suitable device folded and not on the associated one punched area pressed so that the transverse direction of the first web running line over which the respective punched area with the associated not punched area remains connected to the fold line is formed.

According to a further particularly preferred embodiment, the stamped Areas each essentially the shape of a rectangle, preferably with at least two rounded corners. This will be three sides of the rectangle formed by punch lines. The fourth side of the rectangle represents the cross direction of the first line of material running line over which the respective punched Area remains connected to the respective non-punched area.

According to an advantageous development of the invention, each punched area is given when folding over several in the transverse direction of the first material web Fold lines. This means that labels with more than four booklet pages can also be produced.

According to a particularly advantageous development of the invention, several parallel rows of alternately punched and not punched Areas formed on the first web of material, and this is after folding the punched areas and before applying the top label layer with at least provided a longitudinal fold, so that each of the folded pieces of material are at least partially on top of each other. The rows are preferably alternating punched and non-punched areas in the longitudinal direction of the first material web offset to each other that each of the partial when applying the top label layer overlapping folded pieces of material in contact with the self-adhesive coated side of the top label layer comes. Labels can also be used in this way Produce with more than four booklet pages, since each row alternately punched and not punched areas at least four booklet pages each to the resulting Booklet labels contributed.

According to a particularly preferred embodiment of the invention, the method carried out continuously, preferably the first material web gradually in Is guided in the longitudinal direction, and the die cuts are oriented so that the punched areas in the direction of rotation in front of the associated not punched Areas and preferably the first material web for exact guidance Has peripheral perforations. The leading edge of each folded piece of material preferably a fold line, which results in a particularly good machine The labels can be applied from the carrier web to containers, etc. results.

According to a further aspect of the invention, an apparatus for producing Provided labels, which has the following functional units: a Punching unit for providing a flat first material web with punchings, which at least one row running in the longitudinal direction of the first material web form alternately punched and non-punched areas, the punched Areas each along a transverse to the first material web Line connected to the non-punched areas, a folding unit to Fold over the punched areas so that each punched area is at least partially rests on a non-punched area and with it a folded piece of material forms a laminating unit for applying a continuous or interrupted Top label layer, which is at least partially self-adhesive on one side, onto the first web of material so that the self-adhesive coated side of the Top label layer at least partially rests on the first material web and with this forms a multilayer web, and a punching unit for punching out the Labels from the multi-ply web so that each label is a folded piece of material and a protruding piece of material on at least one side, self-adhesive coated fastening strips formed from the top label layer having.

According to a preferred embodiment, the laminating unit is for overlaminating a continuous, flat second material web suitable.

According to another preferred embodiment, the laminating unit has a Dispensing unit for dispensing discreet top labels, which the Form top label layer. According to an advantageous further development, a Pre-punch unit for pre-punching the top labels from a continuous, flat second web of material provided.

In addition, the device preferably has a printing unit for printing or printing two-sided printing on the first material web. A device can advantageously for visual inspection of the imprint of the die before the punching the booklet pages arising from the first material web can be provided. For this you can common cameras and electronic image processing systems are used.

According to a particularly preferred development, the folding unit has the following: Deflection means for deflecting each punched area from the plane of the first Material web, folding means for folding over each punched area and one Roller or other suitable means for pressing on each punched area the associated non-punched area so that the transverse of the first Line of material running line over which the respective punched area with the associated non-punched area remains connected to the fold line is formed.

The deflecting means preferably have either at least one compressed air outlet for the periodic application of compressed air blows which cause the deflection by blowing effect the punched areas, or at least one statically chargeable element, which the deflection by attracting or repelling electrostatic Interactions with the punched areas, or an eccentric, which causes the deflection by mechanical lifting of the punched areas.

In a particularly advantageous further development, the punching unit is for education several parallel rows of alternately punched and non-punched areas formed, and the folding unit has means for providing the first material web with at least one longitudinal fold between the rows.

According to a particularly preferred embodiment, the device for designed for continuous operation and preferably has guide means, which preferably have mandrel gears, the mandrels of which are in peripheral perforations of the first Intervene material web, which for the gradual feeding of the first Material web is used to the functional units, the direction of travel of the first Material web is equal to its longitudinal direction. The pinwheels can also be used additional layers, such as the carrier web, provided that these have R perforations are provided, whereby an exact positioning of the individual layers to each other is guaranteed.

According to a further aspect of the present invention there is a label for sticking on created on a base, which at least one along at least one Folded line, first piece of material preferably made of paper has, and a one-sided at least partially self-adhesive coated, with its self-adhesive coated underside on at least part of the top of the folded piece of material lying on and on two sides over the first Projecting piece of material, preferably made of plastic Fastening strips, the underside of which is partially direct when glued on Has contact with the pad and the label by adhesive action on the pad holds. There are also between the first piece of material and the fastening strip at least two glue-free surfaces, which can be removed by loosening a connection the part opposite the fold line protruding beyond the piece of material of the fastening strip can be made accessible. When connecting it is preferably a perforation line or the adhesive connection of the protruding beyond the piece of material on the side opposite to the fold line Part of the fastening strip with the underlay. The fastening strip protrudes two sides and the first piece of material to one side over the glue-free Areas beyond. The folded piece of material is preferably at least on one side Numbers, pictures and / or text information printed.

Such a label can be easily, reliably and inexpensively after Produce manufacturing method according to the invention.

An inventive label is advantageously below the first piece of material within its projection area free of glue and becomes exclusive by means of the parts of the adhesive-coated protruding beyond the material Fastening strip attached to a base. This is the Manufacturing effort is particularly low. This also ensures that the one below Material side, which is usually intended, printed To carry information, is available over the entire surface for wearing an imprint.

According to a preferred embodiment of the invention, one of the between the first piece of material and the fastening strip existing adhesive-free surfaces from a non-adhesive coated area on the underside of the Fastening strip formed. If the fastening strip is opaque, you can use Printing on the top and the non-adhesive coated area additional information areas are created on its underside, but also a mounting strips printed on one side or unprinted are possible.

According to a particularly preferred development of the invention, at least one of the existing between the first piece of material and the fastening strip adhesive-free areas a area between the first piece of material and the Fastening strips arranged, preferably also folded second Piece of material. This can either entirely or only partially on its top be glued to the mounting strip.

If the fastening strip is advantageously at least partially transparent, it is the top of the first or second piece of material located directly below visible through it.

For as much information printed as possible with the least possible material expenditure To be able to accommodate on the label are preferably all between the first Piece of material and the fastening strip existing adhesive-free surfaces printed.

According to a further particularly preferred development, the label for the Labeling the outer surface of a cylindrical or prismatic vessel trained and preferably dimensioned in the manner of an all-round label, that the first piece of material on two sides protruding mounting strips in glued state overlaps itself at least partially. Preferably, the when overlapping when glued on, the lower part of the Fastening strip on its top with an adhesive-repellent layer provided so that it is to open the from the first piece of material and If necessary, easily peel off other pieces of material from existing booklets leaves. This can advantageously be done when overlapping in the glued-on state part of the fastening strip located above is a detachable, printed Document section be formed.

Fig. 1

zeigt hierbei in schematischer Schnitt-Darstellung den Schichtaufbau eines erfindungsgemäßen Etiketts mit einem gefalzten Materialstück. Die Darstellung ist nicht maßstäblich, insbesondere sind die Schichtdicken aus Anschaulichkeitsgründen stark vergrößert gezeichnet. Ein Ausschnitt der Unterlage, welche nicht Bestandteil des Etiketts ist, ist mit dargestellt.

Fig.2

zeigt in schematischer Schnitt-Darstellung den Schichtaufbau eines erfindungsgemäßen Etiketts mit zwei übereinander angeordneten gefalzten Materialstücken, wobei das obere Materialstück drei klebstofffreie Flächen zwischen dem unteren Materialstück und dem Befestigungsstreifen zur Verfügung stellt. Die Darstellung ist wiederum nicht maßstäblich, insbesondere sind die Schichtdicken aus Anschaulichkeitsgründen stark vergrößert gezeichnet. Ein Ausschnitt der Unterlage, welche nicht Bestandteil des Etiketts ist, ist mit dargestellt.

Fig.3

zeigt in schematischer Schnitt-Darstellung den Schichtaufbau eines weiteren erfindungsgemäßen Etiketts mit ebenfalls zwei übereinander angeordneten gefalzten Materialstücken, wobei das obenliegende Materialstück hier vier klebstofffreie Flächen beisteuert. Die Darstellung ist wiederum nicht maßstäblich, insbesondere sind die Schichtdicken aus Anschaulichkeitsgründen stark vergrößert gezeichnet. Ein Ausschnitt der Unterlage, welche nicht Bestandteil des Etiketts ist, ist mit dargestellt.

Fig.4

zeigt in schematischer Schnitt-Darstellung den Schichtaufbau eines erfindungsgemäßen Etiketts in bevorzugter Überrundum-Ausführung, aufgeklebt auf einen Behälter. Die Darstellung ist wiederum nicht maßstäblich, insbesondere sind die Schichtdicken aus Anschaulichkeitsgründen stark vergrößert gezeichnet.

Fig.5a

zeigt schematisch die wesentlichen Elemente einer erfindungsgemäßen Vorrichtung zur kontinuierlichen Durchführung des erfindungsgemäßen Verfahrens mit Aufbringen einer durchgehenden Oberetikettenlage.

Fig.5b

zeigt schematisch die wesentlichen Elemente einer erfindungsgemäßen Vorrichtung zur kontinuierlichen Durchführung des erfindungsgemäßen Verfahrens mit Aufbringen einer unterbrochenen Oberetikettenlage.

Fig.6

zeigt schematisch die Umfalzeinheit einer erfindungsgemäßen Vorrichtung in bevorzugter Ausführung.

Fig.7a

illustriert schematisch den Umfalzvorgang im Rahmen des erfindungsgemäßen Verfahrens, wobei mehrere Stadien des Vorgangs anhand eines Ausschnitts einer Materialbahn dargestellt sind.

Fig.7b

illustriert schematisch die Querfaltung einer Materialbahn, welche bei der erfindungsgemäßen Herstellung von Etiketten nach der in Fig. 2 dargestellten Art erfolgt.

Fig.8

zeigt in zweidimensionaler Draufsicht das nicht maßstäbliche Stanz- und Falzmuster zur Herstellung eines zickzackartig mehrfach gefalteten Materialstücks aus einer ausschnittweise dargestellten Materialbahn im Rahmen der Herstellung eines erfindungsgemäßen Bookletetiketts.

Fig.9

illustriert schematisch den Umfalzvorgang bei einem nach dem Muster aus Fig.8 gestanzten Materialstück aus einer ausschnittweise dargestellten Materialbahn.

Fig.10a und Fig. 10b

illustrieren schematisch die zweimalige einfache Falzung zur Herstellung eines mehrfach gefalteten Materialstücks aus einer ausschnittweise dargestellten Materialbahn im Rahmen der Herstellung eines erfindungsgemäßen Bookletetiketts.

Fig.11

zeigt schematisch ein erfindungsgemäßes, mittels Faltung gemäß Fig. 10a,b erhältliches Etikett

Examples of preferred embodiments of the present invention are explained in more detail with reference to the accompanying drawings.

Fig. 1

shows a schematic sectional view of the layer structure of a label according to the invention with a folded piece of material. The representation is not to scale, in particular the layer thicknesses are drawn greatly enlarged for reasons of clarity. A section of the document, which is not part of the label, is also shown.

Fig.2

shows a schematic sectional view of the layer structure of a label according to the invention with two folded pieces of material arranged one above the other, the upper piece of material providing three adhesive-free areas between the lower piece of material and the fastening strip. The representation is again not to scale, in particular the layer thicknesses are drawn greatly enlarged for reasons of clarity. A section of the document, which is not part of the label, is also shown.

Figure 3

shows a schematic sectional view of the layer structure of a further label according to the invention with likewise two folded pieces of material arranged one above the other, the upper piece of material here contributing four adhesive-free areas. The representation is again not to scale, in particular the layer thicknesses are drawn greatly enlarged for reasons of clarity. A section of the document, which is not part of the label, is also shown.

Figure 4

shows a schematic sectional view of the layer structure of a label according to the invention in a preferred all-round design, glued to a container. The representation is again not to scale, in particular the layer thicknesses are drawn greatly enlarged for reasons of clarity.

5a

shows schematically the essential elements of a device according to the invention for the continuous implementation of the method according to the invention with the application of a continuous top label layer.

5 b

shows schematically the essential elements of a device according to the invention for the continuous implementation of the method according to the invention with the application of an interrupted top label layer.

Figure 6

shows schematically the folding unit of a device according to the invention in a preferred embodiment.

7a

schematically illustrates the folding process in the context of the method according to the invention, wherein several stages of the process are shown on the basis of a section of a material web.

Figure 7b

illustrates schematically the transverse folding of a material web, which takes place in the manufacture of labels according to the invention in the manner shown in FIG. 2.

Figure 8

shows a two-dimensional top view of the not-to-scale punching and folding pattern for the production of a zigzag multiply folded piece of material from a section of material shown as part of the production of a booklet label according to the invention.

Figure 9

illustrates schematically the folding process for a piece of material punched out according to the pattern from FIG. 8 from a material web shown in sections.

Fig.10a and Fig. 10b

illustrate schematically the two-fold folding for producing a multiply folded piece of material from a material web shown in detail in the context of the production of a booklet label according to the invention.

Figure 11

schematically shows an inventive label obtainable by folding according to FIGS. 10a, b

The label shown in Figure 1 consists of a folded piece of paper 1 and one fastening strips 2 made of plastic provided with a pressure-sensitive adhesive layer 3, which protrudes the paper piece 1 in two directions, and direct contact with the document has 4. Due to the adhesive effect of the pressure sensitive adhesive, the Fastening strips 2 adhere to the base 4 and thus hold the piece of paper 1 in his position. At the same time, the fastening strip 2 covers the piece of paper 1 and protects it from destruction or pollution. The piece of paper 1 lies directly on the base 4. An additional support piece of any kind is not required. The label is below the first piece of material 1 within it Projection screen free of adhesives.

By folding the piece of paper 1 forms a booklet with four pages (two Outer sides 1a, 1b, which on the base 4 and the bottom of the Fastening strip 2 abut, as well as two inner sides 1c, 1d). The Pressure-sensitive adhesive layer 3 is in area 2a of the underside of the fastening strip 2, where this rests on the piece of paper 1, interrupted so far that the Paper piece 1 only on a narrow area near the fold 5 with the Fastening strip 2 is glued; the rest of the outside of the booklet 1b and the area 2a of the fastening strip 2 where the pressure-sensitive adhesive layer 3 is interrupted, form adhesive-free areas. All four booklet pages have one each different imprint (not shown) on which image, text and May contain numerical information. To open the booklet, fold 5 Opposing, the piece of paper 1 projecting part 6 reversible from the base be designed to be detachable, for example by a corresponding design of the Pressure sensitive adhesive layer 3, or a perforation 7 is provided, which the Tearing the fastening strip 2 allowed. The fastening strip 2 is opaque executed and both on its top and in the area 2a of it The underside, where the pressure-sensitive adhesive layer 3 is interrupted, is printed (printing not ) Shown. The latter area 2a is also at the tear on the Perforation 7 is visible and thus functions as an additional booklet page.

The label shown in FIG. 2 has two printed, folded pieces of paper 11a, 11b. It has a transparent layer provided with a pressure-sensitive adhesive layer 13 Fastening strip 12, which has direct contact with the base 14, and the Holds pieces of paper 11a, 11b in place. As materials come for the Fastening strips 2, including polyester or acrylate. But also from other suitable plastics for the production of transparent films Fastening strips 2 exist. The pieces of paper 11a, 11b are slightly offset arranged to each other, so that the underlying paper piece 11a in the area of the fold 15a via the pressure-sensitive adhesive layer 13 directly on the fastening strip 12 sticks, whereas the paper piece 11b lying on the top side over its entire surface is glued to the fastening strip 12.

The booklet 10 formed from the pieces of paper 11a, 11b has eight pages. The upper on the fastening strip 12 is the outside of the booklet 10 through this readable through. To open the booklet 10 are again in the description of the Measures mentioned in FIG. 1 embodiment are conceivable. The Overlying part 18 of the overhead piece of paper 11b protrudes slightly to the To protect inner pages of the booklet from sticking with the fastening strip 12.

The label shown in Fig. 3 has essentially the same components, like the label shown in Fig. 2, wherein the fastening strip 12 is opaque.

However, the top of the overhead paper piece 11b is only near the Fold 15b glued to the fastening strip 12. In the remaining area 12a, where the underside of the fastening strip on the top piece of paper 11b rests, the pressure-sensitive adhesive layer 13 is interrupted. In this area 12a Provide a print (not shown) on the underside of the fastening strip, accessible after the perforation is torn open.

The label shown in FIG. 4 is glued to a container 24 as All-round label designed, i.e. the one that consists of two folded sheets of paper 21 a, 21 b existing booklet 20 protruding part 26 of the transparent The fastening strip 22 overlaps the other, the booklet 20 on the fold side 25a, 25b projecting part 27. This is on its top with a adhesive-repellent layer 30, so that the underside with Pressure sensitive adhesive 23 coated fastening strips 22 can be loosened at this point can to open the booklet 20. All eight pages of booklet 20 are printed. Again, the upper part 28 of the upper piece of paper 21b stands somewhat over to the inner booklet pages before being glued to the fastening strip 22 protect. The pieces of paper 21a, 21b are arranged slightly offset from one another, so that the underlying piece of paper 21a in the vicinity of the fold 25a over the Pressure-sensitive adhesive layer 23 adheres directly to the fastening strip 22.

With the help of FIGS. 5a-7b, the implementation of an advantageously carried out is now The inventive method by means of an advantageously carried out device according to the invention explained. Web running and turning directions are through Arrows marked accordingly. The paper web 100, printed on both sides, from which the label booklets are created is presented on a paper roll 101. The paper web is provided with peripheral perforations 102 so that it can be used with the aid of Mandrel gears 103a, 103b, 103c, the mandrels of which engage in the peripheral perforations 102, can be guided and transported exactly. The paper web 100 becomes like this gradually, continuously, in the longitudinal direction of the punching unit 104, the Folding unit 105, the laminating unit 106 and the punching unit 107 fed.

In the punching unit 104, the paper web 100 is provided with die cuts, which two parallel rows 108a, 108b of alternately punched areas 109 and not form punched areas 110, the punched areas 109 each along a line 111 running in the transverse direction of the paper web 100, which for Relief of the following folding process can expediently be perforated, remain connected to the non-punched areas 110, as in FIG is illustrated. Each punched area 109 is in the shape of a rectangle, with three Pages are formed by punch lines 115a, 115b, 115c, and the fourth side of the Rectangle represents the line 111 running in the transverse direction of the paper web which the respective punched area 109 with the respective not punched Area 110 remains connected. The punched areas 109 are slightly longer than that non-punched areas 110. The rows 108a, 108b are light in the longitudinal direction offset from each other.

In the folding unit 105, which is shown schematically in FIG. 6, each punched area 109 by a blast of compressed air from a compressed air nozzle 112 from the Level of the paper web 100 deflected. In Fig.7a middle are punched areas in deflected position 109 '. Each punched area then becomes 109 folded against the direction of rotation by means of a pressure roller 113 and onto the associated not punched area 110 pressed. As a result, the in Transverse direction of the paper web 100 extending line 111, over which the respective punched areas 109 connected to the associated non-punched area 110 remains, to the fold line 111 ". In Fig. 7a right are punched areas in folded Position 109 ", folded back to the associated non-punched area 110", shown.

Then a cross fold is made so that two die cuts are made Regions 109a, 109b come to lie on one another. This is schematic in Fig. 7b shown. According to the terminology used here, cross folds occur longitudinal fold 114, whereas in the case of a longitudinal fold an in Cross-fold would result. The cross fold is made using a Cross fold roller 116, a guide 117 and a pressure roller 118 made. The paper web 100 is advantageously provided with center perforations 119 which after the transverse folding to edge perforations 119 ". The slight offset of the Rows 108a, 108b to each other become a small area 120 of the one punched area 109a in the vicinity of the fold line 111 "is not covered.

In the described embodiment of the method, labels are created with eight-page booklets of the type shown in Fig.2, with front and Backs of the punched and non-punched areas 109a, 109b, 110a, 110b each result in a booklet page. Should conventional labels with four-sided Booklets or labels of the type shown in Fig.1 are then created the step of cross folding is omitted.

In the laminating unit 106, a transparent one, which is self-adhesive on its underside coated plastic web 121 overlaminated over the folded paper web 100 and pressed here by means of a press roller 128, so that a multilayered web 122 arises. The uncovered small area 120 of the one punched area 109a in close to the fold line 111 "and the full area of the other row 108b belonging to the respective non-punched area 110b come during overlaminating in direct contact with the self-adhesive coated side of the plastic sheet 121. The multilayered web 122 lies on its underside on a carrier web 123, which is coated on its side facing the paper web in an adhesive-repellent manner, Edge perforations at the same distance from the edge perforations 102 of the paper web 100 and is also supplied in the laminating unit 106. Both the Plastic web 121 as well as the carrier web 123 are on rollers 124, 125 submitted, the plastic web 121 on its self-adhesive coated side is initially covered with peel-off material 126, which is before overlaminating withdrawn and wound on a waste roll 127.

Alternatively, as in the variant shown in FIG. 5b, in the laminating unit 106 transparent, self-adhesive coated top labels on the bottom folded paper web dispensed so that each booklet created during the folding process is covered by an upper label. The donation can, as shown, via a Dispensing edge 131 take place, but alternatively the labels can also be made by means of others usual methods, such as a movable arm, dispensed in register become. The top labels are pressed on by means of rollers 138. The top labels are created in a pre-punching unit 132 by punching from one on one Adhesive-resistant coated sheet 133 lying on the transparent underside self-adhesive coated plastic sheet 134. The between the top labels The lattice 135 created during the pre-punching process is pulled off and onto a waste roll 136 rolled up. The adhesive-repellent coated web 133 is after the Donation also rolled up on a waste roll 137. The uncovered little one Surface 120 of the one punched area 109a in the vicinity of the fold line 111 "and the full area of the respective non-die cut belonging to the other row 108b Area 110b come into direct contact with the self-adhesive when dispensing coated side of the top label. The multilayered web 122 lies on hers Underside on a carrier web 123, which on the paper web 100th facing side is coated to be adhesive-repellent, edge perforations of the same Has distance of the edge perforations 102 of the paper web 100 and also in the Laminating unit 106 is supplied. The carrier web 123 is on a roll 125 submitted.

In the punching unit 107, the labels are punched out of the multilayer web, wherein the adhesive-repellent coated carrier web 123 remains intact. The grid 129 created between the labels by the punching process withdrawn and rolled up on a waste roll 130. Each label includes one as above explains booklet 10 formed from paper web 100 and one on two sides fastening strips 12 protruding beyond the booklet 10. The labels are on the Adhesive-resistant coated carrier web 123 is arranged, of which they can be mechanically dispensed onto containers or other documents. in this connection proves to be particularly useful that the fold lines 111 "lead so that the Booklets 10 are not disrupted when dispensing.

Labels with a booklet with more than four pages can be separated according to one also produce the method according to the invention by punching the regions 209, 309 are executed several times longer than the non-punched areas 210, 310 and provided with one or more transverse folds 202, 203, 302, 303 become. This is illustrated with the help of Fig. 8-11. 8 shows in two dimensions Top view of the not-to-scale stamping and folding pattern for the invention Production of a multi-page label booklet from a section material web 200 shown with edge perforation 201. FIG. 9 illustrates schematically the folding process for a piece of material punched out according to the pattern from FIG of the material web 200 shown in sections.

The punched area 209 consists of three wings 209a to be formed during the folding, 209b, 209c. That of the between the not punched area 210 and the stamped area 209 running fold line 211 seen from first and second Wings 209a and 209b are over the cross fold 202 and from the fold line 211 seen second and third wings 209b and 209c over the cross fold 203 with each other connected. The first wing 209a adjacent to the non-punched area 210 is slightly longer (in the longitudinal direction of the material web 200) than either of the other two Wings 209b, 209c. The third, furthest from the un-punched area 210 wing 209c removed is somewhat wider (in the transverse direction of material web 200) than the other two wings 209a, 209b. The side over the first and second wing Areas 209a, 209b protruding from the third wing 209c are punched over Legs 204a, 204b connected to the remaining material web 200. The thigh 204a, 204b are over the extended fold line 203 on the third wing 209c and over the fold lines 202a, 202b are articulated and serve on the remaining material web 200 to the fact that the three wings 209a, 209b, 209c of the punched to be formed during folding Part 209 can be deflected in a zigzag shape, without together as a single To fold the wing. The fold lines 202a, 202b lie in the extension of the fold line 202, as long as the wings 209a, 209b, 209c are not out of the plane of the material web are deflected.

The punching pattern required for this construction looks like this: The two Punching lines 207a and 207b represent the lateral, longitudinal direction Limitation of the middle wing 209b to the legs 204a, 204b and the lateral, longitudinal limitation of the first wing 209a to remaining material web 200. The punching lines 208a and 208b represent the lateral, longitudinal limitation of the legs 204a and 204b and the third wing 209c. The transverse cutting line 208c delimits the third wing 209c toward the side farther from the middle wing 209b and connects the punch lines 208a and 208b together. The fold line 202 is in their center is interrupted by a narrow, fully punched area 206.

After the zigzag-like unfolding of the three wings 209a, 209b, 209c and of the non-die cut area 210, the fully die cut area 206 being the defined folding along the fold line 202 is facilitated, one-sided self-adhesive coated web overlaminated and the label to be formed is punched out. In the process, those that protrude laterally beyond the fully punched-out region 206 Areas of the three wings 209a, 209b, 209c along the dividing lines 212a, 212b cut off. The front and back of the three wings 209a, 209b, 209c and the Area 210 forms the eight pages of the label booklet. The edges of the full Punched out area 206 now form side edges of the label booklet on the open booklet page. Because the first wing 209a is slightly longer than that other two wings 209b, 209c comes a narrow area portion of the first Wing near the fold line to be exposed, so that it is the next Overlaminate the self-adhesive coated top label layer with the self-adhesive coating comes into contact. Ultimately, a label is created in the manner of the label shown in Figure 2, the first wing 209a together with the non-punched area 210 forms the underlying material piece 11a, and the second wing 209b together with the third wing 209c the overhead Forms piece of material 11b.

By sandwiching two or three material webs with after The above pattern of folded pieces of material so that the areas not punched 210 folded wings 209a, 209b, 209c of a material web 200 each offset the corresponding areas of the other material webs come to rest, namely in such a way that the wings 209a, 209b, 209c which have been released by folding over Area 213 of the respective material web 200 the folded material pieces of the other material webs, can be a continuous when overlaminating Top label layer considerably save material. While using only one Material web 200 and a continuous web forming the top label layer made of self-adhesive laminate, which is fixed on the sides by folding the wings 209a, 209b, 209c liberated area 213 struck after the punching of the If labels become waste, the same laminate area is sufficient previous bringing together two or three material webs in the above described for two or three times the number of labels. The two or three material webs can be due to the presence of Edge perforations 201 are performed exactly.

In Fig.10a, b it is shown how with a similar punching pattern as in Fig.8-9 twice simply folding the label according to the invention shown in FIG. 11 can be manufactured. In Fig.10a and Fig.10b there are three different stages of the folding process, which essentially consists of two simple folds composed, represented. In FIG. 10 a, part of the punched area 309 is shown in FIG Plane of material web 300 deflected with edge perforation 301, i.e. the first fold has begun. The first fold is already in the left half of FIG. 10b completed, and another part of die-cut area 309 is from the plane of FIG Web 300 deflected, i.e. the second folding has started. In the right Half of Fig. 10b, the second fold is also completed, and the double fold The piece of material is ready to be laminated with the top label layer.

The stamped area 309 consists of three wings 309a to be formed during the folding, 309b, 309c. The first and second as seen from the non-punched area 310 Wings 309a and 309b are over the cross fold 302, and those of the non-die cut Area 310 seen from second and third wings 309b and 309c over the cross fold 303 connected. The third, from the unpunched area 310 am most distant wing 309c is slightly wider (in the transverse direction of the material web 300) than the other two wings 309a, 309b. The side over the first and second wing 309a, 309b projecting areas of the third wing 309c connected to the remaining material web 300 via stamped legs 304a, 304b. The legs 304a, 304b go next to the fold line 303 in the third wing 309c and are on the rest of the material web via the fold lines 302a, 302b 200 hinged. They ensure that when you first fold it, only the second and third wings 309b, 309c are deflected, but the first wing 309a still remains in the plane of the material web 300. The fold lines 302a, 302b lie in the extension of the fold line 302, as long as the second folding has not yet started.

The two punching lines 307a and 307b represent the lateral, in the longitudinal direction running boundary of the middle wing 309b to the legs 304a, 304b and the lateral, longitudinal boundary of the first wing 309a to the remaining material web 300. The punching lines 308a and 308b represent the lateral, longitudinal limitation of the legs 304a and 304b and of the third wing 309c. The transverse punch line 308c delimits the third wing 309c after that more distant from the middle wing 309b Side and connects the punch lines 308a and 308b together. The fold line 302 is interrupted in the middle by a narrow, fully punched-out area 306. Located at the transition between non-punched area 310 and first wing 309a an elongated punched-out recess 305, into which a tongue 320 as Extension of the not punched area 310 protrudes, as well as on both sides of the Recess 305 fold lines 311a, 311b.

The first folding takes place along the fold line 302 and its extensions 302a, 302b. The second wing 309b comes on the first wing 309a and the third Wing 309c to lie on the non-punched area 310. The second folding takes place along the fold lines 311a, 311b, 303, whereby the second wing 309a on the third wing 309c comes to rest.

After the second folding, a small proportion of the area lies under the punched-out area 306 second wing 309b near the fold line 303 free, and beyond the fold line 303 the exposed tongue 320 of the non-punched area 310 protrudes Overlaminating the top label layer will result in both of these exposed Surfaces as well as the first wing 309a with the self-adhesive underside of the Layer of top labels in contact.

After punching out the finished labels, the side over the full punched area 306 projecting areas of the three wings 309a, 309b, 309c are cut along the dividing lines 312a, 312b, form the edges of the fully punched out area 306 now margins of the label booklet on the open booklet page. The finished label is sketched in Fig. 11. The one from the Fastening strips 32 formed on the top label layer hold the three wings 303a, 309b, 309c and the bottom booklet page created from the non-die-cut area 310 by means of the pressure-sensitive adhesive layer 33 on the base 34. The label booklet thus consists of a folded piece of material, which the second and third wing 309b, 309c comprises, and two unfolded pieces of material, which from the first Wing 309a and the non-punched area 310 have arisen.

Claims (57)

Method for producing labels, comprising the following steps: a) Providing a flat first material web (100, 200, 300) with punchings which have at least one row of alternately punched areas (109, 209, 309) and non-punched areas (110) running in the longitudinal direction of the first material web (100, 200, 300) , 210, 310), the punched areas (109, 209, 309) each along a line (111, 211, 311a, b) running in the transverse direction of the first material web (100, 200, 300) with the non-punched areas ( 110, 210, 310) remain connected, b) folding over the punched areas (109, 209, 309) so that each punched area (109, 209, 309) lies at least partially on a non-punched area (110, 210, 310) and forms a folded piece of material with it, c) applying a continuous or interrupted top label layer, which is at least partially self-adhesive on one side, to the first material web (100, 200, 300), so that the self-adhesive coated side of the top label layer is at least partially on the first material web (100, 200, 300) rests and forms a multilayered web (122) with it, and d) punching out the labels from the multilayer web (122), so that each label has at least one folded piece of material (1, 11a, 21a) and one protruding from the upper label layer on at least one side beyond the folded piece of material (1, 11a, 21a) formed, self-adhesive coated mounting strips (2, 12, 22, 32). The method of claim 1, wherein the top label layer from a continuous, flat second material web (121). The method of claim 1, wherein applying the top label ply is Includes discreet top label dispensing. The method of claim 3, wherein the top labels prior to dispensing pre-punched on an adhesive-repellent coated web (133). The method of claim 3, wherein the top labels are made of a prior to dispensing continuous, flat second material web (134), which on a adhesive-repellent coated web (133) rests, be pre-punched. Method according to one of the preceding claims, wherein the first material web (100, 200, 300) printed on one or both sides with die cuts becomes. Method according to one of the preceding claims, wherein the first material web (100, 200, 300) consists of paper. Method according to one of the preceding claims, wherein the top label layer is at least partially transparent. Method according to one of the preceding claims, wherein the Side of the first material web (100, 200, 300) facing away from the top label position a carrier web (123) is applied. The method of claim 9, wherein the carrier web (123) is on top of the first Material web (100, 200, 300) facing side coated with adhesive is. Method according to one of claims 9 and 10, wherein the carrier web (123) the side facing away from the first material web (100, 200, 300) is self-adhesive is coated. The method of claim 11, wherein the self-adhesive coated side of the Carrier web (123) is covered with release material. Method according to one of the preceding claims, wherein the punched areas (109, 209, 309) are longer than the non-punched areas (110, 210, 310). Method according to one of the preceding claims, wherein the step of folding over the punched regions (109, 209, 309) comprises the following substeps: i) deflecting each punched area (109, 209, 309) from the plane of the first material web (100, 200, 300) and ii) folding and pressing each punched area (109, 209, 309) onto the associated non-punched area (110, 210, 310). so that the line (111, 211, 311a, b) running in the transverse direction of the first material web (100, 200, 300), over which the respective punched area (109, 209, 309) with the associated non-punched area (110, 210 , 310) remains connected to the fold line (111, 211, 311a, b). The method of claim 14, wherein flipping and pushing each punched area (109, 209, 309) on the associated non-punched Area (110, 210, 310) is carried out by means of at least one roller (113). A method according to any one of claims 14-15, wherein the deflection of each punched Region (109, 209, 309) from the plane of the first material web (100, 200, 300) is carried out by means of a blast of compressed air. A method according to any one of claims 14-15, wherein the deflection of each punched Region (109, 209, 309) from the plane of the first material web (100, 200, 300) is caused by electrostatic interactions. A method according to any one of claims 14-15, wherein the deflection of each punched Region (109, 209, 309) from the plane of the first material web (100, 200, 300) is carried out by means of an eccentric. Method according to one of the preceding claims, wherein the punched areas (109, 209, 309) each have essentially the shape of a rectangle, three sides of the rectangle are formed by punch lines and the fourth side of the Rectangle in the transverse direction of the first material web (100, 200, 300) running line (111, 211, 311a, b) over which the respective punched area (109, 209, 309) with the respective non-punched area (110, 210, 310) remains connected. The method of claim 19, wherein at least two corners of the rectangle are rounded. A method according to any one of the preceding claims, wherein each punched area (209, 309) when folding several in the transverse direction of the first material web (200, 300) running fold lines (202, 203, 302, 303). Method according to one of the preceding claims, wherein the in the transverse direction of the first material web (100, 200, 300) running line (111, 211, 311a, b), over which the respective punched area (109, 209, 309) with the respective non-punched area (110, 210, 310) remains connected to one Perforation is provided. Method according to one of the preceding claims, wherein several rows (108a, 108b) alternately punched areas (109) and not punched Areas (110) are formed, and the first material web (100) after the Fold over the punched areas (109) and before applying the Top label layer is provided with at least one longitudinal fold (138) so that at least several of the folded pieces of material (11a, 11b, 21a, 21b) partially lying on top of each other. The method of claim 23, wherein the rows (108a, 108b) alternate punched areas (109) and not punched areas (110) so in Longitudinal direction of the first material web (100) are offset from one another that at Apply the top label layer of each of the partially overlapping folded pieces of material (11a, 11b, 21a, 21b) in contact with the self-adhesive coated side of the top label layer comes. Method according to one of the preceding claims, wherein the method running continuously. 26. The method of claim 25, wherein the first web of material (100, 200, 300) is gradually guided in the longitudinal direction, and the punchings are oriented in this way be that the punched areas (109, 209, 309) each in the direction of rotation the associated non-punched areas (110, 210, 310). Method according to claim 26, characterized in that the first material web (100, 200, 300) has peripheral perforations (102, 201, 301) for guiding the first material web (100, 200, 300). The method of any of claims 26-27, wherein the leading edge of each folded piece of material is a fold line (111, 211). Device for producing labels, which has the following functional units: a) a punching unit (104) for providing a flat first material web (100, 200, 300) with punchings which have at least one row of alternately punched regions (109, 209, 309) running in the longitudinal direction of the first material web (100, 200, 300) and non-punched areas (110, 210, 310), the punched areas (109, 209, 309) each along a line (111, 211, 311 a, b.) running in the transverse direction of the first material web (100, 200, 300) ) remain connected to the non-punched areas (110, 210, 310), b) a folding unit (105) for folding over the punched areas (109, 209, 309), so that each punched area (109, 209, 309) lies at least partially on a non-punched area (110, 210, 310) and with it forms a folded piece of material (1, 11a, 21a), c) a laminating unit (106) for applying a continuous or interrupted top label layer, which is coated on one side with self-adhesive, to the first material web (100, 200, 300), so that the self-adhesive coated side of the top label layer on the first material web (100, 200, 300) lies at least partially and forms a multilayered web (122) with it, and d) a punching unit (107) for punching out the labels from the multilayer web (122), so that each label has at least one folded piece of material (1, 11a, 21a) and at least one side over the folded piece of material (1, 11a, 21 a) protruding, formed from the top label layer, self-adhesive coated fastening strips (2, 12, 22, 32). The apparatus of claim 29, wherein the laminating unit (104) is for application a continuous, flat second material web (121) as a top label layer is trained. The apparatus of claim 29, wherein the laminating unit (104) is one Dispensing unit for dispensing discreet top labels, which the form interrupted top label layer, includes. 32. The apparatus of claim 31, wherein the apparatus comprises a pre-punch unit (132) for pre-punching the top labels from a continuous, flat second Material web (134), which is on an adhesive-repellent coated web (133) rests. Device according to one of claims 29-32, wherein the device additionally a printing unit for printing on one or two sides of the first material web (100, 200, 300). Apparatus according to any one of claims 29-33, wherein the folding unit comprises: i) deflection means (112) for deflecting each punched area (109, 209, 309) from the plane of the first material web (100, 200, 300), ii) folding means (113) for folding each punched area (109, 209, 309) and iii) a roller (113) for pressing each punched area (109, 209, 309) onto the associated non-punched area (110, 210, 310), so that the line (111, 211, 311a, b) running in the transverse direction of the first material web (100, 200, 300), over which the respective punched area (109, 209, 309) with the associated non-punched area (110, 210 , 310) remains connected to the fold line (111, 211, 311a, b). 35. The apparatus of claim 34, wherein the deflection means comprises at least one Compressed air outlet (112) for periodically applying compressed air blows, which the deflection by blowing on the punched areas (109, 209, 309) effect, have. 35. The apparatus of claim 34, wherein the deflection means is at least one static have rechargeable element, which the deflection by attractive or repellent electrostatic interactions with the punched areas (109, 209, 309). Apparatus according to claim 34, wherein the deflection means at least one eccentric have, which the deflection by mechanical lifting of the punched Areas (109, 209, 309) caused. Device according to one of claims 29-37, wherein the punching unit (104) for Formation of several rows (108a, 108b) of alternately punched areas (109) and not punched areas (110) is formed and the folding unit (105) Means for providing the first material web (100) with at least one has a longitudinal fold (138) located between the rows (108a, 108b). Device according to one of claims 24-30, wherein the device for continuous operation is designed. Device according to claim 39, wherein the device has guide means, which for gradually feeding the first material web (100, 200, 300) serves the functional units, and the running direction of the first material web (100, 200, 300) equal to the longitudinal direction of the first material web (100, 200, 300) is. Apparatus according to claim 40, wherein the guide means mandrel gears (103a, 103b, 103c), the spikes of which are in peripheral perforations of the first material web (100, 200, 300) intervene. Label for sticking on a base, comprising a) a first piece of material (1, 11a, 21a) folded along at least one fold line (5, 15a, 25a, 211, 303), b) a self-adhesive, at least partially coated on one side, with its self-adhesive coated underside resting on at least part of the top (1b) of the first piece of material (1, 11a, 21a) and projecting on two sides beyond the first piece of material (1, 11a, 21a) Fastening strips (2, 12, 22, 32), the underside of which, when stuck on, has partial direct contact with the base (4, 14, 24, 34) and holds the label on the base (4, 14, 24, 34) by adhesive action . characterized in that between the first piece of material (1, 11a, 21a) and the fastening strip (2, 12, 22, 32) there are at least two adhesive-free surfaces (1b, 2a, 12a), which by loosening a connection on the fold line (5, 15a, 25a, 211, 303) opposite side (6, 26) of the fastening strip (2, 12, 22, 32) protruding beyond the first piece of material (1, 11a, 21a), wherein the fastening strip (2, 12, 22, 32) on two sides and the first piece of material (1, 11a, 21a) on one side protrudes beyond the adhesive-free surfaces (1b, 2a, 12a). Label according to Claim 42, characterized in that the connection on the part (6) of the fastening strip (2, 12) on the side opposite the fold line (5, 15a) beyond the first material piece (1, 11a) has a perforation line (7, 17) is. Label according to Claim 42, characterized in that the connection on the part (26) of the fastening strip (22) which projects beyond the first material piece (21a) on the side opposite the fold line (25a), the adhesive connection of the side on the side opposite the fold line over the material piece protruding part (26) of the fastening strip (22) with the base (24). Label according to one of claims 42-44, characterized in that one of the areas (1b, 2a, 12a) between the first piece of material (1, 11a) and the fastening strip (2, 12) consists of a non-self-adhesive coated area (2a , 12a) of the underside of the fastening strip (2, 12, 22, 32) is formed. Label according to one of claims 42-45, characterized in that at least one of the adhesive-free surfaces between the first material piece (11a, 21a) and the fastening strip (12, 22, 32) has a surface area between the first material piece (11a, 21a ) and the fastening strip (12, 22, 32) arranged second piece of material (11b, 21b, 309a). Label according to claim 46, characterized in that the second piece of material (11b, 21b) is folded along at least one fold line (15b, 25b). Label according to one of claims 42-47, characterized in that the first piece of material (1, 11a, 21a) is printed on at least one side. Label according to one of claims 42-48, characterized in that at least one of the adhesive-free surfaces (1b, 2a, 12a) between the first piece of material (1, 11 a, 21 a) and the fastening strip (2, 12, 22, 32) ) is printed. Label according to Claim 49, characterized in that all adhesive-free surfaces (1b, 2a, 12a) existing between the first piece of material (1, 11 a, 21 a) and the fastening strip (2, 12, 22, 32) are printed. Label according to claim 50, characterized in that the fastening strip (2, 12) is essentially opaque. Label according to one of claims 42 to 50, characterized in that the fastening strip (12, 22, 32) is at least partially transparent. Label according to one of claims 42 to 52, characterized in that the fastening strip (2, 12, 22, 32) consists of plastic. Label according to one of claims 42 to 53, characterized in that the first piece of material (1, 11a, 21a) consists of paper. Label according to one of Claims 42 to 54, characterized in that the label is dimensioned in the manner of an all-round label in such a way that the fastening strip (22) overlaps itself at least partially in the glued-on state. Label according to Claim 55, characterized in that the part (27) of the fastening strip (22) which is at the bottom when overlapped in the glued-on state is provided on its upper side with an adhesive-repellent layer (30). Label according to one of claims 55-56, wherein the overlap in the glued state overhead part (26) of the fastening strip (22) detachable, printed document section is formed.

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