WO2018054950A1

WO2018054950A1 - Collating apparatus and method for separating and sorting double pages

Info

Publication number: WO2018054950A1
Application number: PCT/EP2017/073736
Authority: WO
Inventors: Andreas Gümmer; Henry Henschel; Dennis Isensee; James Zerbel; Darko OJDANIC; Hans-Georg HERWIG; Ingolf Krampertz; Florian Tielker
Original assignee: Bundesdruckerei Gmbh
Priority date: 2016-09-20
Filing date: 2017-09-20
Publication date: 2018-03-29
Also published as: EP3515717B1; DE102016218044A1; DE102016218044B4; EP3515717A1

Abstract

The invention provides an apparatus (300) for separating and sorting double pages (108) for a book -like identity or security document or document of value (100), wherein the apparatus (300) has the following: - a storage device (304) for supplying and dispensing separated double pages (108), - a collecting device (308) for receiving the double pages (108) from the storage device (304), and - a removal device (356), wherein the collecting device (308) has a plurality of collecting racks (348) for in each case a plurality of double pages (108) dispensed from the storage device (304), wherein the collecting racks (348) have a receiving opening (352) and a dispensing opening (354), wherein the collecting racks (348) can be moved between a starting position and a collecting position, wherein the collecting racks (348) in the starting position are arranged one behind the other in a collecting direction (350), in particular in a single plane, and in the collecting position are arranged one above the other and the dispensing openings (354) are arranged in a plane located perpendicularly to the collecting direction (350), wherein the removal apparatus (356) is designed for removing the double pages (108) from the collecting racks (348) in the collecting position of the collecting racks (348).

Description

Assembly device and method for separating and sorting

double pages

Description

The invention relates to a collator and a method for separating and sorting double pages for a book-shaped ID card, value or security document. The invention further relates to a method and system for producing a book-shaped badge, value or security document.

Book-type identity, value or security documents, for example travel passports, consist of a cover and a passbook block protected by the cover, which has personal and / or document-specific information. The passbook block has several double pages as well as a data card. The data card is, for example, a plastic or paper-based card on which personal and / or document-specific information such as a passport photograph, name or address of the user or a card number are applied, in particular also in machine-readable form. The double pages may contain further personal and / or document-specific information or be designed, for example, as visa pages for receiving visa stamps. The badge, value or security document, in particular the data card, can have a chip on which personal and / or document-specific information is stored.

At one edge of the data card a flexible tab is provided. The tab is sewn along a seam with the double pages and a cover sheet enclosing the double pages and the data card to the passbook block. To protect the seam usually a Fälzelband is provided along the seam.

Book-shaped identity, value or security documents of this type are usually produced by the passbook block is assembled and sewn. Subsequently, the passbook block is glued to the cover and folded the resulting passbook blank. The double pages of the passbook block are created from a sheet of paper that is printed and / or personalized and then cut into several double pages. The resulting double pages are then assembled into a stack. The object of the invention is to provide a device and a method for separating and sorting double pages for a book-shaped identity card, value or security document, which allow individual sorting of the double pages. The object of the invention is furthermore to provide a method and a system for producing a book-shaped identification, value or security document which make possible an individual production of a book-shaped identification, value or security document. The objects underlying the invention are achieved by the features of the independent claims. Embodiments of the invention are indicated in the dependent claims. Embodiments of the invention are particularly advantageous, since with the device according to the invention or the method according to the invention, a quick and individual collating or collecting of several provided double-sided stacks can take place in one stack. The double pages are presorted by the storage device and placed in a fixed order in the collection trays, so that the inserted in a collective storage double pages have a defined sorting. Subsequently, these double-sided stacks can be collected by the device according to the invention, so that the double pages are present in a desired sorting in a stack.

In the text which follows, a "document of identification, value or security" is understood to mean a paper and / or plastic-based document on which person-specific and / or document-specific information is optically readable, which identifies the user or the document, for example for release This includes, for example, identity documents, in particular passports, identity cards, visas and driver's licenses, vehicle registration documents, vehicle registration documents, company ID cards, health cards or other ID documents as well as consignment notes or other proofs of entitlement The document may comprise a chip or other electronic components, in particular for storage of person-specific and / or document-specific information Identity, value or security document arranged paper- or plastic-based card understood on the person-specific and / or document-specific Information are visually readable, which allows identification of the user or the document, for example, for the release and use of certain services or functions. The data card can have a chip or other electronic components, in particular for the storage of person-specific and / or document-specific information.

According to embodiments of the invention, an apparatus for separating and sorting double pages for a book-shaped badge, value or security document is provided, in particular as part of a device for compiling e, len of double pages for a passbook block of a passport, value or security document. The identification, value or security document has a cover and a passbook block comprising a data card, several double pages, a cover sheet and a fälzelband. The data card has a flexible tab connected along its edge to the data card, with the data card having the flexible tab, the double pages, the leader and the selvage taped together with a seam. The cover is glued to an inner surface with an outer side of the pre-sheet. The device comprises:

- A storage device for the provision and output of a few 20 double pages,

- A collecting device, for receiving the double pages from the storage device, and

- a withdrawal facility,

The collecting device has a plurality of collection trays for a plurality of double pages which are output from the depositing device, the collecting trays having a receiving opening and a dispensing opening. The collecting trays are movable between a starting position and a collecting position, wherein the collecting trays in the starting position in a collecting direction one behind the other,

30 are arranged in particular in a plane and are arranged one above the other in the collecting position and the discharge openings are arranged in a plane perpendicular to the collecting direction level. The sampling device is intended for take the double pages formed from the collection trays in the collection position of the collection trays.

By way of example, the depositing device has a plurality of dispensing openings arranged one behind the other in the collecting direction, each collecting tray being assigned an outlet opening. The collective trays can each receive the double pages from a dispensing opening, which can be part of a tray assembly, the double pages can be stored in a predetermined order from the tray assemblies in the collection trays, so that a sorting of the double pages takes place.

The collection bins can each have an output unit for transferring the double pages to the removal device in order to ensure reliable transfer of the double pages recorded in the collection bins.

Alternatively or additionally, the removal device may comprise at least one removal unit for removing the double pages from the collection trays, wherein for each collection tray a removal unit may be provided. The removal unit has, for example, a gripper and the collection trays have recesses into which the gripper can engage. Through the recesses, a portion of the double sides is exposed, on which the gripper can attack. The collecting trays may also have a recess extending in the collecting direction and extending as far as the dispensing opening, wherein the dispensing unit has at least one web which dips into the recesses and is displaceable in the collecting direction relative to the collecting trays. The bridge holds the double sides on the unloading device while the collecting trays are moved back to the starting position. Preferably, a guide for the Sannnnelablagen and a drive for moving the Sammelablagen along the guide are provided. The guide ensures that the collection trays are reliably moved between the starting position and the collection position.

The collection trays can be arranged in the collecting position obliquely to the collecting direction. This allows the double sides to slide to the lower edge of the collection trays, so that all double sides of a collecting tray have the same position and orientation, whereby the removal of the double pages, in particular with a gripper, is simplified.

For each collecting device, a running rail may be provided, on which a carriage are slidably mounted in the collecting direction, wherein the collecting trays are each mounted pivotably on the carriage. For each Sammelablage a substantially extending in the collecting direction individual control rail is provided, wherein at each Sammelablage a control is provided which cooperates with the Sammelablage associated control rail such that when moving the Sammelablage from the starting position to the collection position pivoting of the collection tray to the carriage takes place.

Furthermore, a guide rail can be provided for each collecting tray, in which a guide element is displaceably mounted between an initial position and an end position, a translation linkage being provided, which connects the guide element to the carriage of the respective collecting tray. The individual guide elements of the collecting shelves are coupled to one another such that a simultaneous displacement of the guide elements takes place between the initial position and the end position. Furthermore, the guide rails are formed so that the collecting trays are in the initial position of the guide elements in the starting position and in the end position of the guide elements, the collecting trays are in the collecting position and the carriages abut each other directly. The distance of the guide rails from the control rails increases in each case in the direction from the initial position to the end position.

The guide elements are coupled to each other, for example via linkages.

The drive of the collection trays is preferably arranged on one of the carriages.

The receiving openings may be provided at the top of the collection trays so that the double pages may fall from the dispensing openings into the collection tray. The dispensing openings are preferably provided on the collection edge in the collecting direction of the collection trays, so that all existing in a collective storage double pages can be issued simultaneously or detected, for example, with a gripper.

Optionally, the device may further comprise:

a feeder for providing isolated double pages,

- A transfer device for transferring the isolated double pages to a storage device, and

- a controller.

The storage device or the storage modules are movable such that the discharge openings of the individual shelves are each arranged in a plane with the flat support of the transfer device, and movable so that the discharge openings are at the level of the collector. The transfer device has a flat support, wherein the double pages on the flat support in a directed by the feeder to the storage device transport direction behind each other and next to each other are provided. The number of side-by-side double pages is equal to or less than the number of shelves. The storage device has at least two storage modules arranged side by side, each with at least two oversize storage units. arranged on each other shelves, each tray having a transfer device facing receiving opening and an oppositely arranged, for collection leinrichtung facing discharge opening. The controller is configured to assign the individual double pages to the individual shelves in dependence on a defined or received sorting sequence, wherein the controller controls the storage device or the filing assemblies such that the each associated front in the transport direction double pages shelves in a plane with the plane Edition of the transfer device are located. The double pages can be personalized and / or printed before cutting. Subsequently, the paper sheet is divided in the longitudinal and transverse directions into several double pages, which are provided next to and behind each other. Printing or personalizing takes place before cutting, as handling the entire sheet of paper is easier, especially for two-sided printing, where the paper sheet has to be turned completely or in sections. Preferably, the printing takes place in the edge region of the paper sheet. In particular, with a two-sided printing so not the entire sheet of paper must be turned. However, this leads to the fact that the double pages are provided in any sort next to and behind each other. The device enables a simple sorting of the provided double pages in any desired order. First, the order of the double pages is determined, with each double page assigned to a tray. Subsequently, the tray assemblies are moved so that the shelves, which are assigned to the respective front, ie the tray assemblies closest double pages are located with their receiving openings at the level of the transfer device and sorted the respective front double pages in the respective shelves. This process is then repeated for the following double pages. If all the double pages are sorted into the assigned trays, they can be output to the collecting device via the discharge openings, wherein the double pages sorted in a tray module each form a double-page stack. The double-sided stacks can finally be pushed together by the collecting device to form a double-sided stack. Sorting can take place both when the double pages are sorted into the shelves and when the double pages are output to the sander, so that any sorting of the double pages within a double-sided stack can be achieved.

The storage modules can be moved as desired in order to move the receiving openings at the level of the transfer device or the discharge openings at the level of the collecting device. In particular, the storage modules can be linearly movable. In a preferred embodiment, the shelf assemblies are pivotally mounted about a pivot axis and with respect to the pivot axis next to each other, in particular immediately adjacent, arranged. The pivot axis is provided on the side facing the collecting device of the storage device. The shelves are arranged radially with respect to the pivot axis, so that a space-saving arrangement of the shelves can be achieved.

The shelves may each have a holding device for the double pages. The holding device fixes the double pages after sorting, so that they are securely held in the shelves until they are dispensed to the collecting device.

In order to accelerate the sorting of the double pages in the tray assemblies, the tray assemblies can be moved separately, in particular pivotable, be separated. The respective front double sides can for example be assigned to different shelves of the respective storage module. Since the assemblies are movable separately, the tray assemblies can be individually pivoted so that the front double pages associated shelves each tray assembly is in a plane with the flat support of the transfer device. Alternatively, the storage modules can also be coupled to one another, in particular connected to one another. In this embodiment, only one drive for the storage device is required, whereby the control effort is reduced. To- The storage device can be made more compact. If in such an embodiment the respective front double pages are assigned to different trays of the respective tray assembly, first a double page whose associated tray is located on a plane with the flat support of the transfer device is sorted. Subsequently, the coupled tray assemblies are pivoted so that the next front double page associated tray is located in a plane with the flat support of the transfer device and this double page sorted. This process is carried out for each double page, wherein several front double pages can be sorted simultaneously, if the associated shelves of the double pages are simultaneously in a plane with the flat support of the transfer device.

The transfer device may comprise transport means for feeding the isolated double pages to the trays, wherein the transport means are in particular grippers which are associated with the individual tray assembly. The transsport means allow a quick and reliable sorting of the double pages in the trays. By means of the transport means, the double sides can both be moved in the transport direction into the trays and be moved transversely to the transport direction if the tray assemblies are arranged at a distance from one another transversely to the transport direction.

For example, the storage modules each have a common discharge opening for the shelves. The dispensing opening may be arranged so that it is always at the level of the collecting device.

Alternatively, the tray assembly may also have separate dispensing openings for each tray. In this embodiment, the tray assemblies are pivoted so that in each case the output opening of a tray for dispensing the double page from this tray is at the level of the collector.

The removal of the double pages from the shelves can be done by aligning them so that the double pages can fall out of the shelves. Haltehehungen be provided in the shelves, which are disabled to remove the double pages. At the discharge openings but can also be provided for removing the double pages from the shelves in order to ensure a reliable and fast removal of the double pages from the shelves.

The double pages are usually made from a sheet of paper. The feeder has, for example, a first and a second cutting device in order to cut such paper sheets in double pages. The feeder is configured to receive a sheet of paper and the cutters to cut the paper into individual pages. The cutting directions of the cutting devices are perpendicular to each other, wherein a first cutting direction extends in the transport direction and a second cutting direction transverse to the transport direction. By the cutting device, a paper sheet can thus be divided into several double pages in the transport direction and transverse to the transport direction. The number of adjacent in the transport direction double pages corresponds at most to the number of storage modules. The cutting device is designed so that this number of double pages can be created and optionally an edge of the paper sheet can be removed.

The cutting devices have, for example, a plurality of knives, in particular roller knives, wherein the cutting directions of the knives of a cutting device each extend parallel to one another. Optionally, only one knife may be provided which is moved relative to the paper sheet in order to execute several cuts successively.

Furthermore, a printing device for one-sided or two-sided printing of paper sheets may be provided to print document and / or person-specific information on the paper sheets. In another aspect of the invention, there is provided a system for making a book-type identity, value or security document comprising a summarizing apparatus as described above, further comprising:

- A recognition device, wherein the recognition device is formed

o for detecting an identification feature of the data card, and o for creating an individual for each data card

BOM for the badge, value or security document as a function of the detected identification feature,

a device for attaching the tab to an edge of the data card,

a device for providing and attaching a selvedge strip to a pre-sheet,

a device for connecting the double pages, the front page, the folding strip and the tab to a passbook block,

a delivery device for a cover,

a gluing and folding device for connecting the pre-sheet to the cover and for folding the passbook blank,

a finishing device for the passbook blank, wherein the

Finishing device processes the outer edges of the passbook blank, and

a personalization device for a chip provided in the identification, value or security document, in particular in the data card, with a secure memory area,

The data card, the passbook block, a passbook blank and / or the passport, value or security document are transported individually between the devices, wherein the data card, the passport block, the passport book block, a Passbook blank and / or the identity, security or security document An association of the respective data card, the passbook block, the passbook blank and / or the card, value or security document to the individual bill of materials created by the recognition device is done. According to a further aspect of the invention, a method for separating and sorting double pages for a book-shaped identity, value or security document is provided. The identification, value or security document has a cover and a passbook block comprising a data card, several double pages, a cover sheet and a fälzelband. The data card has a flexible tab connected to the data card along one edge, with the flexible tab, the double pages, the leader sheet, and the selvedge data card stitched together with a seam. The cover is glued to an inner surface with an outer side of the pre-sheet. The method uses a device as described above and comprises the following steps:

Providing individual double pages by the depositing device,

Sorting of the double pages from the depositing device into the storage compartments, the storage compartments being in the starting position, moving the storage compartments into the collecting position, the double sides being substantially congruent one above the other in the collecting position,

- Removal of the double pages from the trays by the removal device.

The removal from the collection bins can take place simultaneously, for example, wherein a presorting of the double pages can be done by the order of filing within a collection tray. The removal from the collection bins can also take place in succession, it being possible to carry out a further sorting of the double-sided piles of the individual collection bins during removal. The removal from the individual storage compartments takes place in a fixed order, in particular from bottom to top. The removal from the collection bins can take place, for example, by pushing out the double pages from the collection bins. Alternatively, the removal of the double pages from the collection trays can also take place by holding the double pages by the removal device and at the same time moving the collection trays counter to the collection direction. The method may further comprise the following steps:

Providing the separated double sides by the feed device, wherein the double sides are arranged side by side and one behind the other in a transport direction from the feed device to the depositing device, the number of adjacent double sides being equal to or less than the number of the stackable subassemblies,

Determining the sort order of the double pages, each double page being associated with a bin,

Sorting the double pages into the assigned tray by the transfer device, wherein the storage device or the storage modules are each moved in such a way that the receiving openings of the trays associated with the respective front double pages in the transport direction are each in a plane with the flat support of the transfer device;

Outputting the double pages from the trays through the discharge openings to the collecting device, wherein the double pages are output in a fixed order from the trays of a tray assemblies, wherein the double pages output from a tray assembly each form a double page stack in which the double pages in the specified range lie one above the other,

- Gather the double-page stacks in a specified order into a stack.

Adjacent double pages can be moved together into the respective associated shelves of the respective storage modules, wherein the respective shelves are moved so that they are at the level of the transfer device. Are the storage modules coupled together and can only be moved together, the double pages, which are each in the transport direction forward and their associated storage is in a plane with the flat support of the transfer device, can be sorted simultaneously. The storage modules may also be movable apart, in particular pivotable, be, wherein the storage modules for receiving the double sides moved separately from each other, in particular pivoted, are. In particular, each module can be moved in such a way that the tray assigned to the respective front double page is in a plane with the flat support of the transfer device, so that all respective front double pages can be sorted simultaneously regardless of their assignment to the respective shelves.

The double pages are preferably fed by means of transport, in particular grippers, to the shelves.

Furthermore, the double sides can be removed from the shelves by means for removing the double sides from the shelves, in particular with grippers, whereby a reliable and rapid removal of the double pages from the shelves is ensured.

In the shelves can be provided holding devices. The double pages can be held in the respective tray after sorting by the holding devices, wherein when removing the double pages by the Ausgaböff- openings deactivating the holding devices takes place. This ensures that the double pages are removed from the shelves at the desired time. The shelves can also be pivoted or moved so that the double pages fall out of the shelves. In such an embodiment, it must be ensured that the double pages do not fall out of the trays at the wrong time. This is ensured by the holding devices. In particular, the holding devices may be placed in a predetermined order of ge be disabled so that the double pages arrive in a predetermined order from the shelves in the collector.

The double sides of a storage module are each stored in a collection tray of the collecting device associated with the respective storage module in a double-sided stack.

The provision of the double pages may include the following steps: providing a paper sheet, and

- Cutting the paper sheet into individual double pages, the paper sheet is cut in particular in two mutually perpendicular cutting directions. According to a further aspect of the invention, a method for producing a book-shaped identity, value or security document is provided. The passport, value or security document has a cover and a passbook block comprising a data card, several double pages, a cover sheet and a cover tape. The data card has a flexible tab connected to the data card along one edge, with the flexible tab, the double pages, the leader sheet, and the selvedge data card stitched together with a seam. The cover is glued to an inner surface with an outer side of the pre-sheet. The method comprises the following steps: providing the passbook block,

- providing the cover,

- Providing an adhesive layer, in particular an adhesive tape, wherein the adhesive layer is applied to a carrier film, wherein the adhesive layer has an activation temperature at which the adhesive layer develops adhesive properties and a curing temperature, wherein the

Crosslinked and cured adhesive layer, wherein the curing temperature is higher than the activation temperature, Heating the adhesive layer, in particular to the activation temperature,

Applying the adhesive layer to the inside of the cover, the adhesive layer adhering to the inside of the cover, and releasing the adhesive layer from the support film,

Connecting the cover and the book contents to a passport blank, wherein the outside of the cover page is placed on the inside of the cover,

Then heating the adhesive layer to the curing temperature, and

- Fix the passbook blank in the folded state until the adhesive layer is cured and a fabric and / or positive connection between the cover and cover sheet is made.

The passbook block is provided with the following steps:

Providing the data card and attaching the flexible tab to an edge of the data card, in particular with an ultrasonic welding method,

Providing and sorting the double pages by a method as described above,

- providing and the pre-sheet,

- attaching the Fälzelbandes on the outside of the pre-sheet,

- compilation of the data card, the double pages and the pre-sheet,

- Sewing the flap, the double pages, the front page and the Fälzelbandes along a seam to a passbook block. The adhesive is supplied, for example, on the carrier film as endless material, wherein the width of the adhesive layer corresponds to a required width which corresponds to the carrier film substantially the width of the cover, and wherein the adhesive layer to a required before heating to the activation temperature on the carrier film Length is cut. This ensures that the adhesive layer has the dimensions required for the respective identification, value or security document. In particular, by cutting to size immediately prior to sticking to various dimensions, the identification, value or security document so that identification, value or security documents of different dimensions can be produced.

Preferably, the carrier film with the adhesive layer is guided in a transport direction on a flat support, wherein the application of the adhesive layer on the inside of the cover on the support takes place, wherein the length of the support substantially equal to the length of the required length of the adhesive layer, and wherein the support has rounded edges at its front and rear edges in the transport direction, the support film being guided over the rounded edges. Due to the rounded edges of the support, the carrier film before and behind the portion carrying the applied adhesive layer, pulled down so that only the trimmed adhesive layer is on the support and come in contact with the cover in contact and adhere to this can. In particular, if the length of the adhesive layer is slightly shorter than the length of the cover, this offers the advantage that the adhesive layer following immediately on the carrier film, which is separated in particular only by a cut from the applied adhesive layer, can not adhere to the cover. If the adhesive layer also has a residual rigidity, the front and rear edges guided over the edges can detach from the carrier film, so that the adhesive layer can be more easily removed from the carrier film.

In this method, a portion of the carrier film can be performed with the adhesive layer on the support until there is a front in the transport direction edge of the adhesive layer at the front in the transport direction edge of the support. Subsequently, at the rear edge in the transport direction, the adhesive layer can be cut to the required length. This can ensure that the adhesive layer always has the required length and no immediately following adhesive layer can rest on the support.

Preferably, the required width of the adhesive layer is equal to or less than the width of the cover and / or the width of the passbook block. and the required length of the adhesive layer is equal to or less than the length of the cover and / or the length of the passbook block. After heating the adhesive layer, this can deform plastically. When folding the passbook and fixing in the folded state, a defined pressure is exerted thereon, whereby the adhesive layer is distributed between the cover sheet and the cover and can escape slightly at the edges. This ensures that the pre-sheet and the cover are glued together flat. The length and the width of the adhesive layer are selected such that the adhesive layer exits only marginally at the edges in order to prevent contamination of the document, value or security document or the device for producing the identification, value or security document or sticking together of the passbook block.

The heating to the activation temperature can be done before guiding the carrier film on the support. As a result, the production time could be shortened, as can be done immediately after applying to the support, the application of the adhesive layer on the inside of the cover.

Alternatively, the heating to the activation temperature can also be effected on the support, wherein the support can be used to uniformly heat the adhesive layer. In particular, the pad may be heated to maintain the temperature of the heated adhesive layer.

For example, folding the passbook blank can be done with the following steps:

- introducing a folded edge in the region of the seam,

- Inserting the Passbuchrohlings between two pairs and arranged in parallel, spaced rollers by a stamp, the stamp engages the fold edge and pushes the passbook blank with the outside of the cover first between the rollers. Between the paired rollers, a gap is formed, in which the passbook blank is inserted with the outside of the cover. The rollers press the halves of the passbook blank on both sides of the stamp, which folds the passbook blank. The previous introduction of the folding edge has the advantage that the folding edge is defined, so that it is ensured that the passbook blank is folded in half along the seam. It can be provided in the insertion direction a plurality of successively arranged pairs of rollers. The distance between the rollers of the roller pairs can decrease in the insertion direction, so that the gap between the rollers tapers in the direction of insertion. As a result, the folding process can be simplified.

In order to further improve the folding process, after the introduction of the folded edge, a first half of the book can be prefolded relative to a second half of the book about the folded edge. As a result, the folded edge is additionally defined, so that a shifting of the passbook blank during the folding process is prevented. For this purpose, the second half of the passbook blank can be fixed, for example between the punch and a jaw, wherein the punch and the jaws terminate in the region of the folding edge. Subsequently, the protruding over the punch first half is folded at right angles, for example, by a transversely to the insertion direction movable second punch.

For example, the heating of the adhesive layer to the curing temperature and the fixing of the passbook blank in the folded state between a plurality of pairs and arranged in parallel, spaced rollers. By means of these rollers, a fixing of the passbook blank in the folded state is possible while the passbook blank is being transported further, for example to a subsequent processing station. The distance of the rollers of a pair of rollers is chosen so that a desired pressure is exerted on the passbook blank.

Optionally, after applying the adhesive layer to the inside of the cover, a visual check can be made as to whether the adhesive layer is flat on the cover is applied. Further processing takes place only when the adhesive layer is applied over the entire surface. If the cover is not completely covered with the adhesive layer, the cover is sorted out and a new cover is provided on which an adhesive layer is again applied. This avoids the production of badge, value or security documents where the cover can not be fully bonded to the passbook block.

After curing of the adhesive layer, for example, a mechanical processing of the side edges of passport blank, in particular a blank of the free edges on a defined format of the identity card, value or security document. The cover and passbook block or meadow passport blank are produced with a slight oversize and only then cut to the desired format. As a result, manufacturing tolerances can be compensated. Furthermore, this method of production has the advantage that a side leaked between the cover and passbook block adhesive layer can be removed. If pages of the badge, value or security document are glued together by the leaked adhesive layer at the edges, this edge can be removed together with the leaked adhesive layer. The length and width of the passbook blank is preferably selected such that a sufficiently broad projection on the free edges can be removed.

The identity card, value or security document, in particular the data card, can have a chip with a secure memory area, with personal and / or document-specific data being stored in the secure memory area of the chip. Preferably, the storage of the personal and / or document-specific data takes place after the completion of the identification, value or security document, so that it is ensured that the data is not stored on a faulty identity card, value or security document. For this purpose, after the identification, value or security document has been produced and prior to the storage of the data, a quality control of the identification, value or security document takes place. The data is only displayed on the card, value or security document if the identity, value or security document has passed the quality control.

In a further aspect of the invention, a book-type identity, value or security document is provided. The passport, value or security document comprises a cover and a passbook block comprising a data card, a plurality of double pages, a cover sheet and a selvedge, the data card having a flexible tab connected along one edge to the data card. The data card with the flexible flap, the double pages, the cover page and the felts tape are sewn together with a seam. The cover is glued to an inside surface with an outside of the cover sheet. The identity, value or security document is produced by a method according to the invention.

The book-type identity card, value or security document, in particular the data card, can have a chip with a secure memory area, personal and / or document-specific data being stored in the secure memory area of the chip.

Hereinafter, embodiments of the invention will be explained with reference to the drawings. In these show:

1 shows a perspective view of a book-shaped identity card, value or security document, FIGS. 2 a) -f) method steps for producing the book-shaped identification card,

Value or security document of Figure 1, a schematic representation of a system for producing a book-shaped card, value or security document, FIG. 4 shows a flow diagram of a method for producing a

book-shaped card, value or security document with the system of Figure 3, Figure 5 shows a device for separating and sorting double pages for a book-shaped card, value or security document,

6 shows a detailed view of the feed device, the transfer device and the depositing device of the device from FIG. 3, FIG.

Figures 7a & 7b detailed views of the collecting device of the device of FIG

3,

FIGS. 8a-8h process steps of the method for separating and sorting double pages for a book-type identification, value or book

A security document

FIG. 9 shows a device for providing a binding and a gluing and folding device,

FIG. 10 shows the device for providing a binding from FIG. 9,

1 1, the gluing and folding unit of Figure 10,

Figures 12a - 12g process steps of the adhesive and folding process, and

FIG. 13 shows a flow chart of the method from FIGS. 12a to 12g. FIG. 1 shows a book-shaped identity, value or security document 100. The identification, value or security document 100 is, for example, an identification document, in particular a passport or identity card. The passport, value or security document 100 has a cover 102 and a passbook block 104 held in the cover 102. The passbook block 104 consists of a data card 106, a plurality of double pages 108, a front page 1 10 and a Fälzelband 1 12, which are connected to a seam 1 14 together.

The data card 106 is a plastic or paper-based card on which personal and / or document-specific information is applied. For example, the data card 106 may include a passport picture 16 and a user's personal information 18. The information 1 18 is preferably applied to the data card 106 in a machine-readable form. Furthermore, the data card 106 has a likewise machine-readable identification feature, which uniquely identifies the data card 106 during the production process of the identification, value or security document 100. The data card 106 may further comprise a chip in which personal and / or document-specific information can be stored. In particular, the chip has a secure memory area for storing the personal and / or document-specific information. Furthermore, the data card 106 may have visible and / or invisible security features that prevent counterfeiting of the data card 106.

On the data card 106, a flexible tab 120 is provided, which is made of an endless belt. The tab 120 is made of a fabric that is coated and / or sheathed with a flexible plastic material. The tab 120 is positively and / or materially attached to the data card 106 and thus part of the data card 106. On the tab 120 further security features can be provided.

The double sides 108 are each cut from a sheet, preferably a paper sheet and folded along its center line 122. The double pages 108 can be printed, for example with personal and / or document-specific information, page numbers or other information. The double pages 108 may also be prepared for receiving stamps, such as visa stamps. Preferably, the double sides 108 also contain security features that prevent counterfeiting of the double sides 108. The security features may, for example, be printed, worked into the double sides 108 or incorporated into them. For example, the double sides 108 include a perforation, wherein the perforation tapers conically by the double sides 108.

The front page 1 10 forms the outer end of the passbook block 104. With the outside 124 of the front page 1 10 of the passbook block 104 is glued to the inside 126 of the cover 102.

The Fälzelband 1 12 serves as a reinforcement of the seam area and is glued before sewing the passbook block 104 on the outside 124 of the pre-sheet 1 10.

The cover 102 is made of a paper and / or plastic-based material and may also have a chip. The production of the book-shaped ID card, value or security document 100 shown in FIG. 1 is explained below with reference to FIGS. 2 a) to 2 f).

In a first method step, the data card 106 is provided and the tab 120 is attached to the data card (FIG. 2a). The manufacture of the data card 106 is well known and will not be discussed in detail. The tab 120 is supplied as an endless belt 220, cut to the desired length and connected in an overlapping region 121 form and / or materially connected to the data card 106. Subsequently, the Fälzelband 1 12 is applied to the seam region of the pre-sheet 1 10 and the passbook block 104 consisting of the double sides 108, the data card 106 and the pre-sheet 1 10 assembled (Figure 2b) and. The data- The card 106 is inserted into the passbook block 104 in such a way that the tab 120 is arranged in the seam area.

Subsequently, the passbook block 104 is sutured along the center line 122 of the double sides 108 (FIG. 2c).

After sewing the passbook block 104, the cover 102 is provided, bonded to the inner side 126 with the outer side 124 of the pre-sheet 1 10, and the resulting passbook blank 128 folded (FIGS. 2d and 2e).

Finally, the free edges of the passbook blank 128 are processed and thus the passbook blank 128 is cut to the final format of the passport, value or security document 100 (FIG. 2f). As free edges, the edges adjacent to the spine as well as the edge of the passport blank 128 or the identification, value or security document 100 opposite the spine are considered.

Subsequently, further security features, for example a perforation, can be applied to the double sides 108.

After the identification, value or security document 100 has been produced, quality control and optionally personalization of the chip are usually carried out.

The production of such a badge, value or security document takes place in a system 150 shown schematically in FIG. 3. The system 150 has a device 200 for producing a data card 106 with a flexible tab 120 attached thereto, an assembly device 300 for the passbook block 104, a device 400 for providing and attaching the selvedge 1 12, a device 500 for collecting and connecting the double sides 108, the Vorblattes 1 10, the Fälzelbandes 1 12 and the tab 120 to a passbook block 104, a supply device 600 for the cover, an adhesive and folding direction 700, a finishing device 800, a Personalisierungsvorrich- device 850 and a transfer device 870.

Furthermore, transport and holding devices 900, 1000 are provided to the data card 106, the front page 1 10, the cover 102, the double pages 108, the passbook block 104, the passport blank 128 and / or the identity, value or security document 100 between the devices 200, 300, 400, 500, 600, 700, 800 to transport individually. In addition, a data card acceptor 250 is provided, which is part of the apparatus 200 in the embodiment shown here. The acceptance device 250 can receive data cards 106 individually or in blocks, occasionally supplying them to further production. Furthermore, a controller 152 is provided, which is coupled to the devices 200, 250, 300, 400, 500, 600, 700, 800 as well as to the transport and holding devices 900, 1000.

FIG. 4 shows a flow diagram of a method for producing a passport, value or security document (100). In the first step (S01), the data card (106) is manufactured with a tab (120). Each data card (106) is then provided with the respective double pages (108) (S02) and the corresponding page sheet (110) (S03). On the pre-sheet (1 10) is then attached to the Fälzelband (1 12) (S04). The data card (106) is then brought together with the double pages (108) and the leader sheet (110) (S05) and sewn to a passbook block (104) (S06). Now, the cover (102) is provided (S07) and connected to the passbook block (104) to a passbook blank (128) (S08). Finally, the passbook block (104) is finished (S09) and the chip is personalized (S10).

The device 200 is designed to produce a data card 106 with a flexible tab 120 attached thereto. For this purpose, the device 200 may adopt a tabless data card 106 from the acceptor 250 and attach a flexible tab 120 thereto. The tab 120 is for example as Endless belt 220 is supplied and cut to the desired length, wherein the end portions of the endless belt are sealed to prevent fraying. Subsequently, the tab 120 is attached to the data card 106 by an ultrasonic welding process. After attaching the tab 120, a quality control and detection of an identification feature provided on the data card 106 takes place.

The identification feature is then transmitted to the controller 152 and accessed by the controller 152 to a piece list stored in a memory 154 corresponding to the identification feature, indicating the number and type of the double pages 108, optionally the type of the sheet 1 10, the Art of the binding 102 and further production-specific features of the identification, value or security document 100 to be produced. For example, each data card 106 has an identification feature that uniquely identifies the data card 106. However, the identification feature can also contain only a reference to a parts list or contain an assignment to a parts list, without containing detailed information about the individual data card 106. The parts list can then be transmitted to the subsequent devices 300, 400, 500, 600, 700, 800 as well as the transport and holding devices 900, 1000, on which the data card is located or the components for the identity card, value card and data card assigned to the data card. or security document 100.

The controller 152 is preferably designed such that it can track the position of the data card 106 or the components of the identity card, value or security document 100 assigned to the data card 106. For example, the identification feature of the data card 106 can be detected at the respective devices and transmitted to the controller 152. Thereafter, the controller 152 may select the respective parts list or components required for manufacture of the badge, value or security document 100 to the respective device 300, 400, 500, 600, 700, 800 transmit.

The scheduler 300 may determine, provide, personalize, and assemble in a desired order the number and type of the spreadsheets 108 depending on the bill of material determined upon detection of the identification feature.

The device 400 can provide a selvedge belt 12 and attach it to a provided leader sheet 1 10 in the seam area.

In the device 500, the personalized and provided double pages 108, the front page 1 10 and the data card 106 are combined into a passbook block 104 and connected to each other along the center line 122 with a seam 1 14.

The cover providing apparatus 600 provides the cover 102 in response to the individual parts list and / or the identification feature and applies an adhesive layer to the inside 126 of the cover 102.

In the bonding and folding device 700, the cover 102 is connected to the passbook block 104 to a passbook blank 128 and folded along the center line 122.

The finisher 800 may cut the folded passport blank 128 to the final shape or format of the badge, value or security document 100. The personalization device 850 may include individual features in the passport, value or security document 100, such as a laser perforation, or personal and / or document specific information in a chip of the badge, value or security document 100. In the embodiment shown here, the personalization device 850 has a unit 852 for unfolding the badge, value or security document 100, a unit 854 for introducing a laser perforation into the sides of the badge, value or security document 100, a unit 856 to the Close the badge, value or security document 100 and a unit 858 for writing the chip of the badge, value or security document 100.

The system 150 is configured such that a direct transfer of the badge, value or security document 100 or its components takes place between the devices 200, 300, 400, 500, 600, 700, 800, 850. Optionally, however, transfer devices or buffer stations may also be provided between individual devices 200, 300, 400, 500, 600, 700, 800, 850. The handover device 870 may collect and / or hand over the manufactured and personalized badge, value or security documents 100 to a subsequent collection and packaging system.

Between the units 852, 854, 856, 858 of the personalization device 850 and the transfer device 870, a holding and transporting device 1000 is provided with two annular guide units 1002, in each of which a holding receptacle 1006 is slidably mounted, so that an inserted in the holding receptacle 1006 card , Value or security document 100 between the units 852, 854, 856, 858 of the personalization device 850 and the transfer device 870 can be transported.

Between the devices 200, 300, 400, 500, the devices 500, 600, 700 or the device 800 and the holding and transporting device 1000 holding and transporting devices 900 are each provided, which have a multi-jointed arm 902, which consists of several segments 904, wherein each adjacent segments 904 are pivotable relative to each other and / or rotatable. The arm 902 is in the system with a foot 906 provided on a segment 904 150 held. Alternatively, the foot 906 may be slidably mounted, for example on a rail, to increase the range of movement of the holding and transporting device 900. FIG. 4 shows a flowchart of a method for producing a badge, value or security document (100). In the first step (S01), the data card (106) is manufactured with a tab (120). Each data card (106) is then provided with the respective double pages (108) (S02) and the corresponding page sheet (110) (S03). On the pre-sheet (1 10) is then attached to the Fälzelband (1 12) (S04). The data card (106) is then brought together with the double pages (108) and the leader sheet (110) (S05) and sewn to a passbook block (104) (S06). Now, the cover (102) is provided (S07) and connected to the passbook block (104) to a passbook blank (128) (S08). Finally, the passbook block (104) is finished (S09) and the chip is personalized (S10).

Referring now to FIGS. 5 and 6, apparatus 300 for singulating and sorting doublesides 108 for a book-shaped badge, value or security document 100 is shown. The device 300 has a feed device 302, a depositing device 304, a transfer device 306 and a collecting device 308. Furthermore, a controller 310 for the feeder 302, the tray 304, the transfer device 306 and the collector 308 is provided. As can be seen in FIG. 6, the feed device 302 has a support surface 312 on which a paper sheet 314, from which the double sides 108 are produced, can be placed. On the bearing surface 312, a propulsion device 316 is provided which can move the paper sheet 314 or the double sides 108 in a transport direction 318. The propulsion device 316 has a roller 320, the lateral surface of which runs essentially tangentially to the plane of the bearing surface 312 or protrudes slightly beyond it, and a drive for the roller 320. Furthermore, a printing device 322 is provided for one-sided or two-sided printing of the paper sheet 314. The feeder further includes first and second cutters 324, 326. The first cutting device 324 is formed by a plurality of roller blades 328 provided in the region of the advance device 316, the cutting direction of which runs parallel to the transport direction 318. The second cutting direction has a single knife 330 which can be moved transversely to the transport direction 318 and which is arranged in front of the advance device 316.

The transfer device 306 is used to transfer the separated by the feeder 302 double sides 108 to the transport direction 318 subsequent storage device 304. The transfer device 306 has a flat support 332, which is an extension of the support surface 312 of the feeder 302. The transfer device 306 furthermore has a plurality of transport means 334 designed as grippers for the separated double sides 108.

The depositing device 304 has three tray assemblies 336 arranged next to one another with respect to the transport direction 318, wherein each tray module 336 has three trays 338 arranged one above the other.

The storage modules 336 are coupled together or arranged in a common housing 340 and about a pivot axis 342, which is arranged on the transfer device 306 facing away from the storage device 304, pivotable.

The trays 338 each have a receiving opening 344 and an output opening 346, wherein the receiving openings 344 are assigned to the transfer device 306 and the discharge openings 346 are provided on the side of the depositing device 304 facing away from the transfer device 306. Each shelf 338 has a Haltevornchtung that can hold a sorted in the respective tray 338 double page 108 in the respective tray 338.

The collecting device 308 illustrated in FIGS. 7a and 7b has a plurality of collecting trays 348, which are arranged in a collecting direction 350, which runs transversely to the transporting direction 318, in a starting position shown in FIG. 7a one behind the other and in one plane. Each collecting tray 348 has a receiving opening 352, which in the embodiment shown here is provided in each case on the upper side of the collecting tray 348 and a discharge opening 354 arranged in the collecting direction 350 at the front.

The collection trays 348 are slidable along a guide from the home position shown in Figure 7a, in the collection direction 350 to a collection position shown in Figure 7b, with a drive provided to move the collection trays 348 between the home position and the collection position.

In the collection position, the collection trays 348 are superposed, with the discharge openings 354 in a plane perpendicular to the collection direction 350. Furthermore, the collecting trays 348 and the trays of the collecting trays 348 are inclined in the collecting position obliquely to the collecting direction 350. However, it is also possible that the collection trays 348 are aligned in the collection position parallel to the collection direction 350.

Each tray assembly 336 is associated with a collection tray 348, wherein the collection trays 348 are positioned in the home position so that they can receive the double sides 108 dispensed from the discharge openings 346. In particular, the collection trays 348 are located below the associated tray assembly 336 in the home position. The tray assemblies 336 may each include means for removing the double sides from the trays 338 and for loading the double sides 108 into the accumulation trays 348. Alternatively, the trays 338 may also be placed above the collection shelves 348 may be arranged so that the double sides 108 may fall from the shelves 338 in the Sannnnelablagen.

In the collecting direction 350 in front of the collecting bins 348 arranged in the collection position, a removal device 356 is provided which, as will be explained below, can receive the double pages from the sacking bins 348.

An output unit can be provided on the collecting trays 348, which can push out the double pages 108 in the collecting position through the dispensing openings 354 and / or on the unloading device 356, a removal unit 358 can be provided which takes the double sides 108 from the collecting trays 348 and the Extraction device 356 can perform. The extraction unit 358 can be formed, for example, by a gripper, which can grasp and hold the double sides 108 in the collection position after moving the collection trays 348 or can remove them from the collection trays 348.

The method for separating and sorting the double sides 108 will be described below with reference to FIGS. 8a to 8h. First, a paper sheet 314 is provided and printed or personalized. The paper sheet 314 may be retrieved from a magazine, depending on a received bill of materials, in which various paper sheets 314 are provided, for example for various badge, value or security documents 100. The paper sheets 314 may already be prepared for the respective type of the identification, value or security document 100, for example by an imprint or corresponding security features.

The paper sheet 314 is printed with the printing device 322, wherein the printing device 322 can print the paper sheet 314 on both sides or on one side. Double-sided printing is possible by section-wise or complete turning of the paper sheet 314 or by a correspondingly formed double-sided printing device 322. Prior to the printing and personalization process, the position of each double page 108 on the paper sheet 314 and the subsequent sort order of the double pages 108 are determined, with the double pages associated with the trays 338. The positions of the individual double pages 108 may depend, for example, on the specified sorting order or on the technical possibilities of the printing device. If the paper sheet for two-sided printing is not to be completely turned over, double-sided pages 108 to be printed on both sides can be arranged in the edge region of the paper sheet 314, so that only a section-wise turning of the paper sheet 314 is required.

Subsequently, the paper sheet 314 is placed in a defined orientation on the support surface 312 and the cutting means 324, 326 supplied (Figure 8a). The paper sheet 314 is moved in the transporting direction 318, wherein the second cutting device 326 divides the paper sheet 314 transversely to the transport direction 318 and the first cutting device 324 cuts the resulting strips in the transport direction 318 into double sides 108. Optionally, a side projection of further knives of the first cutter 324 can be removed. A front or rear overhang in the transport direction can be removed by the second cutting direction 326.

The thus isolated double sides 108 are subsequently fed to the transfer device 306 (FIG. 8b). The storage modules 336 are then pivoted so that the in the transport direction front double sides 108 associated shelves 338 are in a plane with the support 332. Subsequently, the front in the transport direction 318 double pages are sorted by the transport 334 in the associated shelves 338 (Figure 8c). If the trays 338 are assigned to different heights in the transport direction 318 on the front, the tray assemblies 336 are first pivoted such that the tray 338 associated with a first one of the front double sides 108 is in a plane with the rest 332 located and this double page 108 sorted. Subsequently, this process is repeated for a second of the front double sides 108 until the front double pages are sorted into the tray assemblies 336. The following double pages are subsequently tracked in the transport direction 318 and the process repeated for them until all double pages 108 are sorted into the shelves 338 and / or a double page 108 is located in all trays 338 (FIG. 8d). After sorting the double sides 108 into the shelves 338, the tray assemblies 336 are pivoted such that the discharge openings 346 are located on the collecting tray 348 moved to the starting position or via this. Subsequently, the double pages 108 are output from the trays 338 in a sequence determined by the sorting order into the collection trays 348 (FIG. 8e).

The double sides 108 are preferably each held by a holding device in the shelves 338, so that they can be output individually to the collecting trays 348. The output is effected by deactivating the holding device and / or removing it by appropriate means.

After removing the double sides 108 from the shelves, the double sides 108 of a tray assembly 336 lie in a fixed sequence in a double-sided stack 360 in the collective tray 348 associated with the respective tray assembly 336 (FIG. 8f). If the double sides 108 are already in the predetermined order in the trays 338, multiple double sides 108 can also be removed from a tray assembly 336 at the same time.

Subsequently, the double-sided stacks are brought together from the collecting trays 348 by moving the collecting trays 348 in the collecting direction 350 into the collecting position. As can be seen in Figure 8g, are the Double-sided stack 360, including the double sides 108, in this position one above the other.

The double-sided stacks 360 are held in this position, for example moved back to the starting position by removal units 358 of the removal device 356 and the Sammelabla- 348. Subsequently, the double sides 108 are in a stack in the predetermined order on the removal device 356. The removal of the double-sided stack 360 from the collection trays 348 may alternatively take place in a defined order, the double-sided stack 360 individually removed from a collection unit 358 from the collection trays 348 become (Figure 8h). As an alternative to fixing the double-sided stack 360 by a removal unit 358, the double-sided stack 360 can also be pushed out of the collecting bins 348 by an output unit. Preferably, the pushing out occurs synchronously with the movement of the collection trays 348 to the home position so that the double-sided stacks 360 are not moved back to the accumulation trays 348.

For example, the collecting trays 348 may each have a recess extending in the collecting direction 350, into which a web can dip. After moving the collection trays 348 into the collection position, the web is guided relative to the collection direction 350 behind the double-sided stack 360 through the recesses. As the collection trays 348 are moved back to the home position, the double-sided stacks 360 are retained by the web.

If the number of double pages 108 for the badge, value or security document 100 is greater than the number of trays 338, individual steps of the method can be repeated. For example, after the output of the double pages 108 from the trays 338 to the accumulation trays 348, new double pages may be created 108, in particular a new paper sheet 314, provided, are sorted into the shelves 338 and placed on the existing already in the collection trays 348 double-page stack 360. Alternatively, the double-side stacks 360 can be gathered together and the entire process can be repeated again for new double-sided pages 108, with the resulting stack being placed on the stack already present in the removal device 356.

In the embodiment shown here, the trays 338 each have separate dispensing openings 346. However, it is also conceivable that the storage modules 336 each have a common discharge opening for all trays 338 of a tray assembly 336.

Furthermore, the storage modules 336 can also be decoupled from one another and can be pivoted separately from one another.

In addition, the tray assemblies may be otherwise movable as long as it is ensured that the trays 338 are movable so that the receiving openings 344 in the plane of the transfer device 306 and / or the discharge openings are located on the collecting device 306.

After sorting the double sides 108, the resulting stack of double pages 108 with a data card 106 and a front page 1 10, to which a Fälzel band 1 12 is mounted, collected and sewn together. Subsequently, the resulting passbook block 104 can be glued to a cover 102 and the resulting passport blank 128 folded and fed to a finishing and the ID card, value or security document 100 thus produced are personalized.

The collecting device 308 has, for each collecting tray 348, a running rail running in the collecting direction 350, on which a carriage in the collecting direction 350 is slidably mounted. The Sannnnelablage is in each case pivotally mounted on the carriage.

Furthermore, an individual control rail extending essentially in the collecting direction is provided for each collecting tray 348. The control rail and the running rail can be arranged separately from each other. But it is also possible that these form a common component.

At each collecting tray 348 a control is provided that cooperates with the collecting tray 348 associated control rail such that when moving the collecting tray from the starting position to the collection position, a pivoting of the collecting tray 348 is carried around the carriage.

Optionally, the running track can also have a plurality of control elements, with each control element being assigned an individual control rail. In such an embodiment, the collecting tray 348 may, for example, additionally be mounted movably on the carriage in the vertical direction, so that the collecting tray 348 is not only pivoted but also raised. In any case, the control rails are designed such that the collecting trays 348 are arranged one above the other in the collecting position in the position shown in FIG. 8g.

To drive the carriage, a guide rail is provided in each case, in which a guide element is displaceably mounted between an initial position and an end position. The guide element is in each case coupled to the carriage of a collecting tray 348 via a transmission linkage.

For example, a common control rail is provided for two adjacent headers 348 and the carriages of the two headers 348 are coupled to a common control. The guide elements can also be coupled to one another via a linkage. The individual guide elements of the Sannnnelablagen 348 are coupled together such that a simultaneous displacement of the guide elements between the initial position and the end position takes place.

The distance of the guide rails from the control rails or of the rails increases in each case in the direction from the initial position to the end position, wherein each guide rail has an individual geometry. In the initial position and the end position, the distance of the guide rails from the control and the rails respectively equal.

The increasing distance of the guide rails from the control rails or from the rails has the consequence that the transmission linkage in the initial position have a relatively shallow angle relative to the rails or to the horizontal. In the final position, the linkage have a relatively steep angle. Furthermore, the distances of the guide members in the end positions in the collecting direction 350 are smaller than the distances of the distances of the guide elements in the initial positions in the collecting direction 350. This causes the carriages and thus the collecting trays to be spaced apart in the initial positions of the guide elements in the collecting direction 350 are and are pushed together when moving in the end positions of the guide elements, so that the collecting trays 348 are in the end positions of the guide elements one above the other in the collection position. When the guide elements are moved back to the initial positions, the collection trays 348 are moved apart again.

Since the guide elements are coupled to each other, thus only one drive is required to move all collecting trays 348. The drive can be arranged arbitrarily. For example, on one of the slides or on one of the guide elements. Preferably, the drive is provided on one of the carriages. FIG. 9 shows a device 600 for providing a cover 102 as well as an adhesive and folding device 700 for bonding the cover 102 to the passbook block 104 and for folding the passbook blank 128. Adhesive unit 602 may apply an adhesive layer 612 to a provided cover 102.

The adhesive device 600 has an adhesive unit 602 and a magazine 604 for various covers 102. As can be seen in FIG. 10, the gluing unit 602 has a flat support 606, whose front and rear edges 614, 616 have rounded edges in a transport direction 608 of a support film 610 provided with an adhesive layer 612 (S20, FIG. The width of the support 606 substantially corresponds to the width of the support film 610 and / or the adhesive layer 612, the length of the support 606 corresponds substantially to the length of the adhesive layer 612 required for the identification, value or security document 100.

Below the support 606, a magazine 618 is provided for the carrier film 610 with the adhesive layer 612 applied thereon. In the embodiment shown here, the carrier film 610 is wound on a roller 620, which is rotatably mounted in the magazine 618. To rotate the roller 620, a drive is provided. Furthermore, a second roller 622 for rolling up the empty carrier film 610 is provided. The second roller 622 may also have a drive. The carrier film 610 is guided from the first roller 620 via the support 606 to the second roller 622, the drives being controlled such that the carrier film 610 rests flat on the support 606 and is moved in the transport direction 608. The rollers 620 and 622 form a transport device 624. The adhesive unit 602 further includes a heater 626 that can heat the adhesive layer 612 on the carrier film 610 to an activation temperature at which the adhesive layer 612 develops adhesive properties. The heating Device 626 is arranged underneath the support 606 or provided thereon. At the rear edge 616 in the transport direction 608, a cutting device 628 is provided which can cut through the adhesive layer 612, wherein the carrier film 610 is not severed.

Preferably, two transport devices 624 each having a carrier film 610 are provided so that a redundant supply of the carrier film 610 with the adhesive layer 612 can take place. Alternatively, the entire assembly of transport means 624, support 606 and heater 626 may be duplicated.

The adhesive and folding device 700 shown in FIG. 11 has a support 702, a folding unit 704 and a fixing unit 706. The folding unit 704 has a plurality of rollers 708, wherein the rollers 708 are arranged in pairs and parallel to each other. In an insertion direction 710 several of these roller pairs 712 are arranged one behind the other. Between the rollers 708 of the roller pairs 712 extending in the direction of insertion 710 gap 714 is formed.

Below the pairs of rollers 712, a holding device 716 is provided for a passbook blank 128 consisting of the passbook block 104 and the cover 102 prefixed to the passbook block 104. The holding device 716 is formed by a jaw 718 and a punch 720, wherein the jaw 718 can be pressed laterally against the punch 720. The punch is flat and positioned so that it can be inserted in the insertion direction 710 in the gap 714 between the rollers 708. Above the jaw 718, a second punch 722 is provided, which can be moved transversely to the insertion direction 710. The second punch 722 may be formed by rollers.

Furthermore, a further punch 724 is provided, which is provided on the support 702 and can introduce a folded edge 728 into the passbook blank 128. On the support 702 further comprises a transport device is provided, which can pass the passbook blank 128 of the holding device 716.

Behind the folding unit 704, a fixing unit 706 is provided, which can fix the passbook blank 128 in a folded state, as explained below, and which has a heating device 726 for heating the adhesive layer 612 to the curing temperature. The fixing device 706 is formed by a plurality of roller pairs 712. To produce a passport, value or security document 100, an adhesive layer 612 is first applied to a cover 102. For this purpose, a cover 102 is removed from the magazine 604 by the holding and transport device 900 in accordance with a bill of materials prepared for the identity, value or security document.

On the gluing unit 602, a portion of the carrier film with an adhesive layer 612 in the transporting direction 608 is moved onto the support 606 by the transport device 624 until the front edge of the adhesive layer 612 is in the area of the front edge 614 of the support 606. The adhesive layer 612 has an activation temperature at which the adhesive layer 612 develops adhesive properties and a curing temperature at which the adhesive layer 612 cross-links and cures, the curing temperature being higher than the activation temperature. Subsequently, the adhesive layer 612 is severed by the cutting device 628 at the rear edge 616 of the support 606, the adhesive layer 612 having, after severing, the length required for the cover 102, which is preferably slightly shorter than the length of the cover 102 (FIG. 12a). , The carrier film 610 is held taut, so that this applies to the rounded edges of the edges 614, 616. The subsequent section of the adhesive layer 612 is thereby pulled back slightly, so that only the ab- cut portion of the adhesive layer 612 is located on the support 606. If the adhesive layer has a defined rigidity, protruding regions can also detach from the carrier film 610 via the edges 614, 616. At the same time, the adhesive layer 612 is heated by the heating device 626 to an activation temperature.

Subsequently, the selected and provided cover 102 is picked up by the holding and transporting device 900 and placed on the adhesive layer 612, the adhesive layer 612 adhering to the inside 126 of the cover (S22, FIG. 13). The cover is then lifted off the carrier film 610, the adhesive layer 612 being detached from the carrier film 610 (FIG. 12b).

In a next process step, the cover 102 is supplied with the adhesive layer 612 of a recognition device 630 and checked by this, whether the adhesive layer 612 is applied over the entire surface of the inside 126 of the cover 102.

If the inside 126 of the cover 102 completely covered with the adhesive layer 612, the cover 102 is placed with the inside 126, so the adhesive layer 612 on the passbook block 104 (S24, Figure 13) or on the outer side 124 of the pre-sheet 1 10, the advance was placed with the outside 124 of the pre-sheet 1 10 up on the support 702 (Figure 12c).

Subsequently or already when placing the cover 102, the cover 102 and the passbook block 104 are aligned relative to each other (S26, Figure 13). Since the adhesive layer 612 has cooled after being bonded to the cover 102, it does not adhere to the release sheet 110, so that alignment of the cover 102 and the passbook block 104 is possible. Subsequently, the passport blank 128 formed from the cover 102 and the passbook block 104 prefixed to the cover 102 is folded. First, a fold edge 728 is formed on the support 702 by the stamp 724 along the seam 1 14 introduced. The fold edge 728 is formed by embossing the passbook blank 128 in the region of the seam 1 14 and divides the passbook blank into a first and a second book half 730, 732 (S28, FIG. 13). Subsequently, the passbook blank 128 is moved into the holding device 716, wherein the second book half 732 between the jaw 718 and the punch 720 is fixed (Figure 12d). The first half of the book 730 protrudes from the holding device 716. The cover 102 rests with the outside on the jaw 718. Subsequently, the second punch 722 is moved transversely to the insertion direction, so that this rests against the first half of the book 730 and in a further movement, this relative to the second half of the book 732 substantially at right angles to fold (Figure 12e). After the second punch 722 has been withdrawn, the first punch 720 is moved with the passport blank 128 held thereon in the insertion direction between the rollers 708, wherein the cover 102 comes into contact with the roller 708. Upon further movement of the punch 720 in the insertion direction 710, the book halves 730, 732 are folded relative to one another by the rollers 708 and pressed laterally against the punch 720 (FIG. 12f).

After folding the passbook blank 128, the punch 720 is retracted and the folded passbook blank 128 is moved by the rollers 708 into the fixing unit 706. In this, the adhesive layer 612 is heated by the heater 726 to the curing temperature. By the heating and the subsequent cooling, the adhesive layer 612 crosslinks and cures (S30, FIG. 13), so that the cover 102 and the passbook block 104 are bonded to one another in a material-locking manner (FIG. 12g) (S32, FIG. 13). After curing and crosslinking of the adhesive layer 612, the passbook blank 128 can be removed from the fixing unit 706 and further processed. Upon heating of the adhesive layer 612, it may leak through the forces acting on the passbook blank 128 at the free edges between the cover 102 and the passbook block 104. Distributing the adhesive layer 612 by these forces is desirable to effect uniform distribution of the adhesive layer 612.

In order to prevent excessive leakage of the adhesive layer 612, the length and width of the adhesive layer 612 is selected to be slightly smaller than the length and width of the cover 102 and the passbook block 104, respectively.

After gluing and folding passport blank 128, the free edges of passport blank 128 are processed, cutting passport blank 128 to the desired format. In this process, protruding residues of the adhesive layer 612 can be removed. As the free edges of passport blank 128 are machined, margins of the sides adhered to each other by adhesive layer 612 may also be removed.

The sequence of the method is shown again in FIG. 13 as a flow diagram. Since the curing and crosslinking of the adhesive layer 612 takes place only when the passbook blank 128 has been folded in, the passbook blank 128 and thus also the identification, value or security document 100 are acted upon in this folded state. When the identification, value or security document is unfolded, the crosslinked and hardened adhesive layer between cover 102 and passbook block 104 generates stresses which act on the identification, value or security document in the closed state. Numeral 1 iste

100 ID, value or security document

102 cover

104 passbook book

106 data card

108 double pages

110 Leaflet

112 folding band

114 seam

116 passport photo

118 data

120 tab

121 Overlap area

122 centerline

124 outside of the front page

26 inside of the cover

128 passbook blank

150 system for making a book-shaped badge,

Value or security document

152 control

154 memory

200 Device for producing a data card

250 acceptance device

300 assembly device

302 feeder

304 storage device

306 transfer device

308 collection device

310 control

312 bearing surface

314 paper sheets 316 propulsion device

318 transport direction

320 roll

322 printing device

324 cutting device

326 cutting device

328 roller blades

330 knives

332 edition

334 means of transport

336 Storage module

338 filing

340 housing

342 pivot axis

344 receiving opening

346 discharge opening

348 collection tray

350 collection direction

352 reception opening

354 discharge opening

356 withdrawal facility

358 withdrawal unit

360 double-sided piles

400 device for providing and attaching the Fäl zelbandes

500 Device for connecting the double pages, the front page, the Fälzelbandes and the tab

600 Device for providing the cover

602 adhesive unit

604 magazine

606 edition

608 transport direction 610 carrier film

612 adhesive layer

614 front edge

616 rear edge

618 magazine

620 roll

622 roll

624 transport device

626 heating device

628 cutting device

630 recognition device

702 edition

704 folding unit

706 fuser unit

708 rolls

710 insertion direction

712 pairs of rollers

714 gap

716 holding device

718 baking

720 stamp

722 second stamp

724 more stamps

726 heating device

728 folding edge

730 first half of the book

732 second half of the book

800 finishing device

850 personalization device

852 unit of the personalization device

854 unit of the personalization device

856 unit of the personalization device 858 unit of the personalization device

870 transfer device

900 holding and transport device

902 arm

1000 holding and transport device

501 Making the data card with tab

502 Provision of the double pages

503 Providing the pre-sheet

504 Attaching the Fälzelbandes on Vorblatt

505 Compilation of the data card, the double pages and the pre-sheet

506 Sewing the passport block

507 Deploying the cover

508 Connecting the cover page and cover to a passbook blank

509 Finishing the passbook blank

510 Personalizing the chip

S20 Providing the adhesive layer

S22 Applying the adhesive layer to the inside of the cover

S24 Placing the cover on the passbook block

S26 Aligning the passbook block and the cover

S28 folding the passbook blank

S30 heating the adhesive layer

S32 Fastening the passbook blank when folded

Claims

A collating apparatus (300) for separating and sorting double pages (108) for a book-shaped badge, value or security document (100), in particular as part of a device for assembling double pages (108) for a passbook block (104) A passport, value or security document (100), wherein the passport, value or security document (100) includes a cover (102) and a passbook block (104) comprising a data card (106), a plurality of double pages (108) A data sheet (106) having a flexible tab (120) connected along one edge to the data card (106), the data card (106) being connected to the flexible tab (120) ), the double sides (108), the pre-sheet (1 10) and the Fälzelband (1 12) are sewn together with a seam (1 14), and wherein the cover (102) having an inner side (126) surface with an outer side ( 124) of the pre-sheet (1 10) verk is alive,

the device (300) comprising:

A storage device (304) for providing and outputting individual double pages (108),

- A collecting device (308), for receiving the double sides (108) from the storage device (304), and

- a removal device (356), wherein the collecting device (308) has a plurality of collecting trays (348) for a plurality of double pages (108) output from the depositing device (304), the collecting trays (348) having a receiving opening (352) and an output opening (354 ), wherein the collecting trays (348) are movable between a starting position and a collecting position, wherein the collecting trays (348) are arranged in the starting position in a collecting direction (350) one behind the other, in particular in one plane, and one above the other in the collecting position. and the discharge openings (354) are arranged in a plane perpendicular to the collecting direction (350), the removal device (356) for removing the double sides (108) from the collecting trays (348) in the collecting position of the collecting trays (348). is trained.

2. Assembly device according to claim 1, wherein the storage device (304) has a plurality of collecting direction (350) arranged one behind the other output openings (346), each collecting tray (348) is associated with a discharge opening (346).

3. Assembly device according to claim 1 or 2, wherein the collecting trays (348) each have an output unit for transferring the double sides (108) to the removal device (356).

4. Assembly device according to one of the preceding claims, wherein the removal device (356) at least one removal unit (358) for removing the double sides (108) from the collecting trays (348), wherein for each collecting tray (348) a removal unit (358) is provided ,

The assembly of claim 4, wherein the extraction unit (358) comprises a gripper and wherein the collection trays (348) have recesses into which the grippers can engage.

6. Assembly device according to claim 4 or 5, wherein the collecting trays (348) in a collecting direction (350) extending, up to the discharge opening (354) extending recess, wherein the removal unit (358) has at least one web, which dive into the recesses and displaceable in the collecting direction (350) relative to the collecting trays (348).

An assembly according to any one of the preceding claims, wherein a guide for the collection trays (348) and a drive for moving the collection trays (348) along the guide are provided.

8. Assembly device according to one of the preceding claims, wherein the collecting trays (348) are arranged in the collecting position obliquely to the collecting direction (350).

9. Assembly device according to one of the preceding claims, wherein for each collecting device (348) a running rail is provided, on which a carriage in the collecting direction (350) are displaceably mounted, wherein the collecting trays (348) are each mounted pivotably on the carriage,

wherein an individual control rail extending in the collecting direction (350) is provided for each collecting tray (348), a control element being provided on each collecting tray (348) which cooperates with the control rail associated with the collecting tray (348) such that when the collecting tray ( 348) from the starting position into the collecting position, a pivoting of the collecting tray (348) takes place about the carriage.

10. Assembly device according to claim 9, wherein for each collecting tray (348) a guide rail is provided, in which a guide element between an initial position and an end position is slidably mounted, wherein a translation linkage is provided, that the guide element with the carriage of the respective collecting tray (348 ),

wherein the individual guide elements of the collecting trays (348) are coupled together such that a simultaneous displacement of the guide elements between the initial position and the end position, wherein the guide rails are formed so that the collecting trays (348) in the initial position of the guide elements in the starting position are located and in the end position of the guide elements, the Sammelablagen (348) are in the collection position and the carriages abut directly against each other.

11. The assembling device according to claim 10, wherein the distance of the guide rails from the control rails increases in each case in the direction from the initial position to the end position.

12. Assembly device according to claim 10 or 1 1, wherein the guide elements are coupled together via linkage.

13. A collator according to any one of claims 10 to 12, wherein the drive of the collecting trays (348) is arranged on one of the carriages.

The assembly of any one of the preceding claims, wherein the receiving apertures (352) are provided at the top of the collection trays (348) and the discharge apertures (354) are located at the collecting header (350) leading edge of the collection trays (348).

The assembling apparatus according to any one of the preceding claims, wherein the apparatus (300) comprises:

a feed device (302) for providing individual double pages (108),

- A transfer device (306) for transferring the isolated double pages (108) to the storage device (304), and

- A controller (310), wherein the storage device (304) at least two juxtaposed filing assemblies (336) each having at least two superposed shelves (338), each tray (338) to the transfer device (306) facing receiving opening (344) and an oppositely arranged output opening (346) facing the collecting device (308), wherein the transfer device (306) has a flat support (332), wherein the double sides (108) on the flat support (332) in a direction of the feed device (302) to the depositing device (304) directed transport direction (318) are provided in succession and side by side wherein the number of side-by-side double sides (108) is equal to or less than the number of shelf assemblies (336), the tray (304) or shelf assemblies (336) being movable such that the output trays (346) of the individual trays (338) are each arranged in a plane with the planar support (332) of the transfer device (306) and is movable such that the discharge openings (346) are at the level of the collecting device (308). wherein the controller (310) is configured to associate the individual pages (108) with the individual trays (338) in response to a specified or received sort order, the controller (310) storing the tray (304) or trays (336) controls that the shelves (338) associated with each of the front double sides (108) in the direction of transport (318) are located in one plane with the flat support of the transfer device (306).

16. Assembly device according to claim 15, wherein the tray assemblies (336) about a pivot axis (342) are pivotally mounted and with respect to the pivot axis (342) side by side, in particular immediately adjacent, are arranged, wherein the pivot axis (342) on the collecting means (308 ) facing side of the storage device (304) is provided.

17. Assembly device according to one of claims 15 and 16, wherein the shelves (338) each have a holding device for the double sides (108).

18. Assembly device according to one of claims 15 to 17, wherein the tray assemblies (336) are movable separately, in particular pivotable, are.

19. Assembly device according to one of claims 15 to 17, wherein the tray assemblies (336) coupled to each other, in particular interconnected, are.

20. Assembly device according to one of claims 15 to 19, wherein the transfer device (306) transport means (334) for supplying the isolated double sides (108) to the shelves (338), wherein the transport means (334) are in particular grippers, the individual Tray assemblies (336) are assigned.

The assembling apparatus according to any one of claims 15 to 20, wherein the tray assemblies (336) each have a common discharge opening (346) for the trays (338).

The assembling apparatus according to any one of claims 15 to 20, wherein the tray assemblies (336) each have separate discharge openings (346) for each tray (338).

23. Assembly device according to one of claims 15 to 22, wherein at the output openings (346) means for removing the double sides (108) from the shelves (338) are provided.

The assembling apparatus according to any one of claims 15 to 23, wherein the feeder (302) comprises first and second cutters (324, 326), wherein the feeder (302) is configured to receive a paper sheet (314) and the cutters (324 , 326) is configured to cut the paper sheet (314) into individual double sides (108), wherein the cutting means of the cutters (324, 326) are perpendicular to each other.

25. Assembly device according to claim 24, wherein the cutting devices (324, 326) have a plurality of knives (328), in particular roller knives (328), wherein the cutting directions of the knives of a cutting device (324, 326) each extend parallel to one another.

26. Assembly device according to one of claims 24 and 25, wherein a printing device (322) for one-sided or two-sided printing of the paper sheets (314) is provided.

27. A system (150) for producing a book-shaped badge, value or security document (100), comprising an assembly device (300) according to any one of the preceding claims, wherein the system (150) further comprises:

- A recognition device, wherein the recognition device is formed

o for detecting an identification feature of the data card (106), and

o for creating an individual for the respective data card (106)

BOM for the badge, value or security document (100) depending on the detected identification feature,

a device (200) for attaching the tab (120) to an edge of the data card (106),

- A device (400) for providing and attaching a Fälzelbandes (1 12) on a pre-sheet (1 10),

- A device (500) for connecting the double sides (108), the pre-sheet (1 10), the Fälzelbandes (1 12) and the tab (120) to a passbook block (104),

- a supply device (600) for a cover (102),

- An adhesive and folding device (700) for connecting the pre-sheet (1 10) with the cover (102) and for folding the passbook blank (128), a finishing device (800) for the passbook blank (128), wherein the finishing device (800) processes the outer edges of the passport blank (128), and

- A personalization device (850) for a in ID card, value or security document (100), in particular in the data card (106) provided chip with a secure memory area, wherein the data card (106) has an identification feature that the type of book-shaped card 100, wherein the data card (106), the passbook block (104), a passport blank and / or the identification, value or security document (100) between the devices are transported individually, wherein the An association of the respective data card (106), the passbook block (104), the passbook blank (128) and / or the ID card, value or security document (100) to the created by the recognition device individual BOM is done. 300

28. A method for separating and sorting double pages, in particular double pages (108) for a book-shaped badge, value or security document (100), wherein the badge, value or security document (100) comprises a cover (102) and a passbook block (104) comprising a data card (106), a plurality of double pages (108), a leader sheet (110) and a leader tape (1 12), the data card (106) having a border connected to the data card (106) flexible tab (120), wherein the data card (106) with the flexible flap (120), the double sides (108), the front page (1 10) and the Fälzelband (1 12) are sewn together with a seam (1 14) and wherein the cover (102) is adhesively bonded to an inner side (126) flat with an outer side (124) of the pre-blade (110), with a device (300) according to one of the preceding claims, the method comprising the following steps:

- Providing individual double pages (108) by the storage device (304), Sorting the double sides (108) from the depositing device (304) into the sinuous rests (348), with the sinuous rests (348) being in the starting position,

- Moving the Sannnnelablagen (348) in the collection position, wherein the double sides (108) in the collection position are congruent to each other,

- Removing the double pages (108) from the collecting trays (348) by the removal device (356).

29. The method of claim 28, wherein the removal from the collection trays (348) occurs simultaneously.

30. The method of claim 28, wherein the removal from the collection trays (348) takes place successively, wherein the removal from the individual collection trays (348) in a predetermined order, in particular from the bottom up, takes place.

31. The method according to any one of claims 28 to 30, wherein the removal from the collecting trays (348) by pushing out of the double sides (108) from the collecting trays (348) takes place.

32. The method of claim 28, wherein the removal of the double sides from the collection trays by holding the double sides through the removal device and simultaneous movement of the collection trays opposite to the collection trays Collection direction (350) takes place.

33. The method according to any one of claims 28 to 31, wherein the method comprises the following steps:

- Providing the isolated double sides (108) by the Zuführeinrich- device (302), wherein the double sides (108) in a transport direction (318) from the feeder (302) to the storage device (304) side by side and in succession and provided, the number of the adjacent double sides (108) equal or less than the number of shelf assemblies (336),

Determining the sort order of the double pages (108), wherein each double page (108) is associated with a tray (338),

- Sorting the double sides (108) in the associated shelves (338) by the transfer device (306), wherein the storage device (304) or the tray assemblies (336) are each moved so that the receiving openings (344) of the respective in the transport direction (318) shelves (338) associated with front double-side in each case in a plane with the flat support (332) of the transfer device (306),

Outputting the double pages (108) from the trays (338) through the output ports (346) to the collector (308), the double pages (108) output from the trays (338) of a tray assembly (336) in a predetermined order wherein the double pages (108) output from a tray assembly (336) each form a double page stack (360) in which the double pages (108) are stacked in the specified order,

- collating the double-page stacks (360) in a fixed order.

34. The method of claim 33, wherein in the transport direction (318) adjacent double sides (108) at the same time in shelves (338) of the respective storage modules (336) are moved, wherein the respective shelves (338) are moved so that their receiving openings ( 344) at the level of the transfer device (306).

35. The method of claim 33 or 34, wherein the tray assemblies (336) are movable separately, in particular pivotable, wherein the tray assemblies (336) for receiving the double sides (108) moved separately from each other, in particular pivoted.

36. The method according to any one of claims 33 to 35, wherein in the trays (338) holding devices are provided, and the double sides (108) after sorting by the holding devices in the respective tray (338) are held, wherein in the removal of the double sides (108) through the discharge openings (346) deactivating the holding devices takes place.

37. The method of claim 33, wherein providing the double pages comprises the steps of:

- Providing a paper sheet (314), and

- Cutting the paper sheet (314) into individual double sides (108), wherein the paper sheet (314) is cut in particular in two mutually perpendicular cutting directions.

38. A method of making a book-type identity, value or security document (100), the identification, value or security document

(100) comprises a cover (102) and a passbook block (104) comprising a data card (106), a plurality of double pages (108), a leader sheet (1 10) and a leader tape (1 12), wherein the data card (106) is along a an edge with the data card (106) connected flexible tab (120), wherein the data card (106) with the flexible tab (120), the double sides

(108), the pre-sheet (1 10) and the Fälzelband (1 12) are sewn together with a seam (1 14), and wherein the cover (102) having an inner side (126) surface with an outer side (124) of the pre-sheet (1 10), the method comprising the following steps:

Providing the passbook block (104),

Providing the cover (102),

Providing an adhesive layer (612), in particular an adhesive tape, wherein the adhesive layer (612) is applied to a carrier film (610), the adhesive layer (610) having an activation temperature at which the adhesive layer (612) develops adhesive properties and a curing temperature at which the adhesive layer (612) crosslinked and cured, wherein the curing temperature is higher than the activation temperature,

Heating the adhesive layer (612), in particular to the activation temperature,

Applying the adhesive layer (612) to the inside (126) of the cover (102), wherein the adhesive layer (612) adheres to the inside (126) of the cover (102), and releasing the adhesive layer (612) from the support film (610) .

Placing the cover (102) on the passbook block (104), wherein the outer side (124) of the pre-sheet (1 10) on the inside (126) of the cover (102) is applied,

Folding passport blank (128),

Then heating the adhesive layer (612) to the curing temperature,

Fixing the passbook blank (128) in the folded state until the adhesive layer (612) is cured and a material and / or positive connection between cover (102) and pre-sheet (1 10) is prepared, wherein providing the passbook block (104) with the following Steps take place:

Providing the data card (106) and attaching the flexible tab (120) to an edge of the data card (106), in particular with an ultrasonic welding method,

Providing and sorting the double sides (108) with a method according to one of claims 28 to 37,

- providing and the pre-sheet (1 10),

- collating the data card (106), the double pages (108) and the pre-sheet (1 10),

- attaching the Fälzelbandes (1 12) on the outer side (124) of the pre-sheet (1 10), Sewing the tab (120), the double sides (108), the pre-sheet (1 10) and the Fälzelbandes (1 12) along a seam (1 14) to a passbook block (104).

39. The method of claim 38, wherein the badge, value or security document (100), in particular the data card, has a chip with a secure memory area, personal and / or document-specific data being stored in the secure memory area of the chip.

40. A book-shaped identification, value or security document (100), the identification, value or security document (100) comprising a cover (102) and a passbook block (104) comprising a data card (106), several double-pages (108), a preflash (10) and a selvedge belt (1 12), the data card (106) having a flexible tab (120) connected along one edge to the data card (106), the data card (106) being connected to the flexible tab (Fig. 120), the double sides (108), the pre-sheet (1 10) and the Fälzelband (1 12) are sewn together with a seam (1 14), and wherein the cover (102) with an inner side (126) surface with an outer side (124) of the pre-sheet (1 10) is glued, wherein the identification, value or security document (100) with a method according to any one of claims 38 and 39 is made.

41. Book-shaped identification, value or security document according to claim 40, wherein the card, value or security document (100), in particular the data card (106), has a chip with a secure memory area, wherein personal and / or document-specific data in the secure Memory area of the chip are stored.