Abstract: In the case of a method for the production of punched parts in web- or sheet-like print substrates, wherein the punched parts are punched in the pass of the print substrates through a punching tool and thereafter provided in the pass through a further tool with a feature which requires a positioning within predetermined limits on them, it is suggested according to the invention that markings are punched out with the punching tool in the print substrates in each case arranged in a tolerance-free manner in terms of their position relatively to the punched parts and that these markings are used in the subsequent processing of the punched parts for guiding the feature mentioned.

Abstract: A multilayer material is provided in a continuous form on a roll having two bearing cover layers and an amorphous coating substance between the cover layers. At least one of the two cover layers is an at least translucent, oriented plastic film and the coating substance contains an adhesive. The multilayer material has an overall thickness (D) preferably in the range of 100-800 ?m, and the coating substance contributes at least 30% to this overall thickness. The adhesive contained in the coating substance is activatable at least once by heat and pressure, but is not sticky at room temperature. Methods for producing such a multilayer material and printing stock that is produced using a section of such a multilayer material are also described.

Abstract: A form with an integrated folding card comprising a flat substrate and a multi-layer material adhesively bonded to at least one part-region of the rear of the substrate with a first adhesive layer. The multi-layer material comprises, as viewed from the substrate, the first adhesive layer, a first dividing layer, a carrier layer, a second dividing layer, a second adhesive layer, and an at least partially transparent top layer. The folding card comprises two core parts and two covering parts. The form, in the region of the multi-layer material, has a first punch made from the front which forms the two core parts. The form, in the region of the multi-layer material, has a second punch made from the rear as far as the carrier layer at the most which forms the two covering parts.

Abstract: A form with an integrated folding card produced using two core parts which can be removed from the form and two covering parts which can be removed from the form. The two core parts have a flat substrate and a first adhesive layer. The two covering parts have an at least partially transparent top layer and a second adhesive layer. The form has a first punch which forms the two core parts. The form has a second punch which forms the two covering parts. The core parts and the covering parts are coextensive. The form has a first and a second page. The first page, as viewed from the front, comprises the flat substrate, the first adhesive layer, a first dividing layer and a first carrier layer and contains the two core parts formed by the first punch. The first punch is made from the front as far as the first carrier layer at the most.

Abstract: A coplanarly joined print carrier composed of at least two laminar partial print carriers. One of the partial print carriers contains a paper layer. The paper layer of one partial print carrier is attenuated in thickness along an edge strip by removing a partial layer. The other partial print carrier has a lesser thickness along one edge strip than elsewhere. The two partial print carriers are bonded together along their two edge strips. A method suitable for making such a print carrier is also provided.

Abstract: In a printing carrier for transferring confidential information with a transparent film layer onto the front side of which the confidential information can be printed and wherein a concealing means, which considerably complicates the capability to identify the confidential information on the film layer is present behind the film layer, provision is made according to the invention for the film layer to carry on the front side at least one structure imprint, which does not add to the confidential information and which improves the effect of the concealing means due to its irregular area coverage.

Abstract: In the case of a method for the production of punched parts in web- or sheet-like print substrates, wherein the punched parts are punched in the pass of the print substrates through a punching tool and thereafter provided in the pass through a further tool with a feature which requires a positioning within predetermined limits on them, it is suggested according to the invention that markings are punched out with the punching tool in the print substrates in each case arranged in a tolerance-free manner in terms of their position relatively to the punched parts and that these markings are used in the subsequent processing of the punched parts for guiding the feature mentioned.

Abstract: A coplanarly joined print carrier composed of at least two laminar partial print carriers. One of the partial print carriers contains a paper layer. The paper layer of one partial print carrier is attenuated in thickness along an edge strip by removing a partial layer. The other partial print carrier has a lesser thickness along one edge strip than elsewhere. The two partial print carriers are bonded together along their two edge strips. A method suitable for making such a print carrier is also provided.

Abstract: In a printing carrier for transferring confidential information with a transparent film layer onto the front side of which the confidential information can be printed and wherein a concealing means, which considerably complicates the capability to identify the confidential information on the film layer is present behind the film layer, provision is made according to the invention for the film layer to carry on the front side at least one structure imprint, which does not add to the confidential information and which improves the effect of the concealing means due to its irregular area coverage.

Abstract: A coplanarly joined print carrier composed of at least two laminar partial print carriers. One of the partial print carriers contains a paper layer. The paper layer of one partial print carrier is attenuated in thickness along an edge strip by removing a partial layer. The other partial print carrier has a lesser thickness along one edge strip than elsewhere. The two partial print carriers are bonded together along their two edge strips. A method suitable for making such a print carrier is also provided.

Abstract: In a coplanar-joined printing carrier of at least two sheet-like partial printing carriers, wherein one of the partial printing carriers has a paper layer, the invention provides that the paper layer of the one partial printing carrier is weakened in its thickness along a marginal strip by removal of a partial layer, the other partial printing carrier has less thickness along one marginal strip than elsewhere, and the two partial printing carriers are joined together along their two marginal strips. Also described are a method especially suited to the making of such a printing carrier.

Abstract: The invention relates to stock comprising a masking field on which an information pattern can be printed in such a way that it can be recognised in front of the background of the masking field only once certain manipulations have been carried out. The aim of the invention is to increase the security of the confidential information. To this end, the following measures are carried out individually or as a combination: the masking field contains irregularly distributed colour points of between 50 and 400 ?m, amounting to an entire surface area of between 0.3 and 0.5 cm2 per cm2; and/or the masking field consists of a plurality of superimposed printed layers; and/or the masking field is printed with a printing ink, of which at least 50% is concentrated in a masking field layer; and/or the masking field can be removed, at least partially and/or together with other layers, using an adhesive strip, with a peeling force of between 0.5 N/50 mm and 2 N/50 mm according to the Finat test method no.

Abstract: This invention concerns a form (1) which has an integrated card (3) which can be detached from it. A substrate material (2) is glued to the back of the form at least partly covering the area of the card (3). This substrate material (2) has both a substrate layer (21) and a peeling adhesive layer (22) which loses its stickiness upon being detached. The card (3) is a punched product which is held in the form (1) by the substrate layer (21). The peeling adhesive layer (22) has its normal properties with respect to the substrate layer (21)—when separated from it upon detaching the card (3), it (22) stays with the card (3). As the surface layer of the detached card (3), it can be written or printed upon, even if the back of the card is plasticized by a film (23) embedded in the substrate material. The writing or imprint can no longer easily be modified through the peeling adhesive layer (22). This makes the card considerably more tamper-proof than earlier cards.

Abstract: The form (1) is distinguished in that the integrated detachable card (2) is connected to the material surrounding it at least partly along its external margin in the form by an as [sic] bridge, the material thickness along the bridge being continuously less than the overall thickness of the form. The bridge is preferably formed by a part layer (9), all the remaining part layers (10-13) being severed. The card can be constructed simply, with plastification on one or both sides, as a vignette and/or as a so-called butterfly card. In addition, it may also be part of a self-adhesive label or may contain one.

Abstract: A form 1 has a detachable card 3. A peel glue layer 22 adheres a support layer 21 to the card 3. The card 3 is a blank produced by punching the form 1 up to the support layer 21. The blank is held in the form by the peel glue layer 22 and support layer until removed.

Abstract: The form (1) has an integrated, separable card. Parts (K1, K2) superimposed in the card are juxtaposed in the form (1), but can be bonded together by folding onto one another. Such cards are also called butterfly cards. At least one of the two card surfaces (F1) can be individually inscribed in the form (1), the inscription in the finished card being superimposed by a further layer and is consequently optionally sealed. For producing the form (1) it is sufficient to apply a prefabricatable multilayer material (2, 3) on one side to a form sheet (1) and in the vicinity of this material to perform at least one punching (S1, S2). The cards according to the invention can be punched out completely from the form (1), i.e. in web or frame-free manner and can consequently be easily released.

Abstract: A form (1) with a detachable card (3) is disclosed. A support material (2) is glued on the back of the form and contains besides a support layer (21) a layer of glue (22) that may be peeled off the card. The card (3) is a blank held by the supporting layer (21) within the form and produced by punching (31, 32) through the front of the form up to the supporting layer (21). The card may be punched all around its periphery without leaving any punching bridges.

Abstract: The present invention relates to a process for the production of paper sheets or webs (1) with self-adhesive labels (2) separable from the paper plane, in which to a running paper web (5) a contact adhesive application (4) and a separating paper (3) are applied at least in the vicinity of the labels (2) and during the passage of the paper web (5) through a punching device (9) the labels (2) are completely punched out of the paper web (5) prior to the application of the contact adhesive (4) and the separating paper (3), wherein the contact adhesive (4) is always applied together with and on the separating paper (3) to the paper web (5) and wherein the punched out labels (2) are fixed in the paper web (5) until their fixing is taken over by the separating paper (3) coated with the contact adhesive (4).

Abstract: A sheath for wrapping objects has a sheath body which extends over a circumferential surface (4) of an object (1) and comprises at least portions of a shrink foil pre-stretched in a circumferential direction. The sheath has a significant cohesion of the sheath body, is easy to tear off, and is characterized by low production costs. At least one foil edge (5a) is provided with a pair of preformed predetermined tear zones (7) which extend in the rim portion (6a) of the foil edge with a limited depth and are mutually spaced circumferentially. The tear zones have a reduced tear and/or separation resistance as compared with adjacent foil portions.