EP1693226A1 - Verfahren und System zur Charakterisierug von Gruppen von Signaturen in einer Buchbindemaschine mithilfe von Transponder - Google Patents

Verfahren und System zur Charakterisierug von Gruppen von Signaturen in einer Buchbindemaschine mithilfe von Transponder Download PDF

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Publication number
EP1693226A1
EP1693226A1 EP05101322A EP05101322A EP1693226A1 EP 1693226 A1 EP1693226 A1 EP 1693226A1 EP 05101322 A EP05101322 A EP 05101322A EP 05101322 A EP05101322 A EP 05101322A EP 1693226 A1 EP1693226 A1 EP 1693226A1
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EP
European Patent Office
Prior art keywords
signatures
binding machine
error condition
transponder
block
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Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
Granted
Application number
EP05101322A
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English (en)
French (fr)
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EP1693226B1 (de
Inventor
Roberto Fustinoni
Giuseppe Andreoni
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Meccanotecnica SpA
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Meccanotecnica SpA
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Priority to DE200560002924 priority Critical patent/DE602005002924T2/de
Priority to EP20050101322 priority patent/EP1693226B1/de
Publication of EP1693226A1 publication Critical patent/EP1693226A1/de
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Publication of EP1693226B1 publication Critical patent/EP1693226B1/de
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Classifications

    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B42—BOOKBINDING; ALBUMS; FILES; SPECIAL PRINTED MATTER
    • B42C—BOOKBINDING
    • B42C19/00—Multi-step processes for making books
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B42—BOOKBINDING; ALBUMS; FILES; SPECIAL PRINTED MATTER
    • B42B—PERMANENTLY ATTACHING TOGETHER SHEETS, QUIRES OR SIGNATURES OR PERMANENTLY ATTACHING OBJECTS THERETO
    • B42B2/00—Permanently attaching together sheets, quires or signatures by stitching with filamentary material, e.g. textile threads
    • B42B2/02—Machines for stitching with thread
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
    • B65H2511/00—Dimensions; Position; Numbers; Identification; Occurrences
    • B65H2511/40—Identification
    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65H—HANDLING THIN OR FILAMENTARY MATERIAL, e.g. SHEETS, WEBS, CABLES
    • B65H2557/00—Means for control not provided for in groups B65H2551/00 - B65H2555/00
    • B65H2557/10—Means for control not provided for in groups B65H2551/00 - B65H2555/00 for signal transmission
    • B65H2557/13—Data carrier, e.g. chip, transponder, magnetic strip

Definitions

  • the present invention relates to the bookbinding field. Particularly, the present invention relates to the production of books in a bookbinding system, and more specifically to the characterization of corresponding blocks of signatures.
  • the production of books involves a series of well-defined operations that are performed by corresponding machines of a bookbinding system.
  • large printed sheets are provided to a folding machine, where they are folded to obtain corresponding signatures.
  • the signatures of the same type are then loaded into respective hoppers of a gathering machine.
  • the gathering machine groups the signatures in the correct order, so as to obtain blocks each one defining a book.
  • the blocks of signatures are conveyed to a stacking machine that places several blocks of signatures on top of each other.
  • the signatures are then distributed to further machines, which complete the corresponding books.
  • the blocks of signatures can be either glued or sewn to each other, and the books can be finished with either a soft or a hard cover; every combination of these characteristics involves different operations.
  • the production of glued books with soft covers requires a perfect-binding machine that mills the signatures of each block, glues them, and at the end attaches the desired cover; the item so obtained is then passed to a three-knife trimmer machine, which cuts the signatures and the cover along each edge different from the spine (so as to open all the pages of the book).
  • the perfect-binding machine mills the signatures of each block and attaches a fastening lining to their spines; the signatures of the book blocks so obtained are cut in the three-knife trimmer machine.
  • the book blocks are then passed to a case-in machine for the application of the desired hard covers.
  • the production of sewn books with soft covers requires a sewing machine, where the signatures of each block are sewn together by means of continuous threads.
  • the book blocks so obtained are passed to the perfect-binding machine, which attaches the desired covers; these items are then cut in the three-knife trimmer machine.
  • the book blocks provided by the sewing machine are passed to a back-gluing machine, which attaches the linings to the spines of the signatures.
  • the signatures of the book blocks are cut in the three-knife trimmer machine, and are then passed to the case-in machine for the application of the desired hard covers.
  • each sewing machine (as well as each perfect-binding machine) may experience a number of error conditions (such as the breaking of a thread, the wrong position of the signature being currently sewn, an error in the sequence of the signatures of the block, and the like).
  • error conditions such as the breaking of a thread, the wrong position of the signature being currently sewn, an error in the sequence of the signatures of the block, and the like.
  • the occurrence of every error condition causes the sewing machine to stop automatically, with a warning message that is provided to a corresponding operator.
  • the operator then opens the sewing machine in order to verify the nature of the error condition. Once the correct operation of the sewing machine has been restored, the operator closes and restarts it manually.
  • the book block that was obtained with the sewing machine in the error condition may be defective.
  • this book block can loose its compactness and integrity during the next operations (with the signatures that can slide and even detach).
  • a signature projecting from the corresponding book block is generally not acceptable.
  • Other problems arise when the projecting signature must be removed by the operator (so as to avoid any jamming in the sewing machine), or when the signatures of the book block have been sewn together in the wrong order.
  • the defective book blocks should be discarded from a production line implemented by the above-described bookbinding system.
  • the identification of these book blocks is quite difficult.
  • Another attempted solution is of attaching a label so as to have it project from the signature; in this way, the label remains visible even when further signatures are sewn to form the desired book block.
  • a drawback of this solution is that the projecting label can cause a jamming in the sewing machine (or in the following machines of the bookbinding system).
  • transponders for characterizing the blocks of signatures.
  • an aspect of the present invention proposes a method for producing books in a bookbinding system.
  • the method starts with the step of binding blocks of signatures in succession by means of one or more binding machines.
  • a transponder is associated with at least one selected of the blocks of signatures inside each binding machine.
  • the method continues by emitting an interrogation signal outside the binding machines.
  • One or more characteristics of each selected block of signatures can now be sensed according to a response signal, which is returned by the corresponding transponder in response to the interrogation signal.
  • the proposed solution allows determining any desired characteristic of the blocks of signatures.
  • transponder it is possible to apply the transponder to the block of signatures so as not to interfere with operation of the bookbinding system (thereby preventing any jamming).
  • the transponder consists of an acoustic-magnetic tag that is attached to each selected block of signatures.
  • This implementation is very simple and cost effective; moreover, it ensures a high level of reliability, thanks to its noise-immunity (for example, to background magnetic fields) and its low sensitivity to the presence of metal objects (as it is typical of industrial environments).
  • the transponder is associated with a block of signatures being currently bound in response to the detection of an error condition of the binding machine; it is then possible to identify each selected block of signatures as defective in response to the receipt of the response signal (which is returned by the corresponding transponder).
  • This implementation efficiently solves the problem of identifying the blocks of signatures that are defective.
  • each defective block of signatures is discarded during its transport to a further machine (for completing corresponding books).
  • the transponder is selected so as to return a response signal that is indicative of a category of the error condition; it is then possible to unload each defective block of signatures into a collector associated with the category of the error condition (indicated by the corresponding response signal).
  • This additional feature adds more flexibility to the proposed solution (for example, it allows sorting the blocks of signatures for different defects).
  • a way to further improve the solution is to stop operation of the binding machine only when the error condition belongs to a first set of categories jeopardizing its operation (while the binding machine continues working when the error condition belongs to a second set of categories that do not jeopardize its operation).
  • the response signal returned by each transponder is indicative of one or more attributes of the binding machine.
  • the proposed feature provides additional information; for example, this allows analyzing the error conditions that have occurred and strongly facilitates their fixing.
  • those attributes include an identifier of the binding machine, an identifier of a setting of the binding machine, an identifier of an operative condition of the binding machine, or a combination thereof.
  • the system includes one or more binding machines for binding blocks of signatures in succession. Each binding machine is suitable to allow associating a transponder with at least one selected of the blocks of signatures inside the binding machine.
  • the system further includes means for emitting an interrogation signal outside the binding machines. Means is then provided for sensing one or more characteristics of each selected block of signatures according to a response signal, which is returned by the corresponding transponder in response to the interrogation signal.
  • a further aspect of the present invention proposes a computer program for performing the above-described method.
  • a still further aspect of the invention proposes a product embodying the program.
  • a portion of a bookbinding system 100 is illustrated; the system 100 is used to produce sewn books from signatures 105.
  • the signatures 105 are supplied to multiple sewing machines 110 (only one shown in the figure). Each machine 110 sews the signatures 105 together by means of continuous threads, so as to obtain a sequence of book blocks 115.
  • the book blocks 115 exit the sewing machine 110 on an unloading conveyor 120; in the example at issue, the book blocks 115 are placed side by side with their layers extending transversally to the unloading conveyor 120 (i.e., vertically).
  • the unloading conveyor 120 ends with an obstacle bar 125; when the book blocks 115 reach the obstacle bar 125, they fall onto an (independent) decoupling conveyor 130 with their layers parallel thereto (i.e., horizontal).
  • the decoupling conveyor 130 has the book blocks 115 pass through a selection station 132; as it will be apparent in the following, the selection station 132 discards any defective book blocks 115.
  • the other book blocks 115 are instead unloaded into a box 135 (where they stack on top of each other). Once the box 135 is filled with a predetermined number of book blocks 115 (for example, 5-10), the box 135 lifts and then pivots so as to lay down a resulting stack of book blocks 137 onto a connection conveyor 140.
  • connection conveyor 140 feeds the stacks of book blocks 137 to further machines (denoted as a whole with 150), which complete the production of the books (for example, including a back-gluing machine, a three-knife trimmer machine, and a case-in machine).
  • the books 155 so obtained are then ready to be delivered to corresponding suppliers.
  • the metal strip When the metal strip receives an interrogation signal consisting of a series of pulses at its resonance frequency (for example, with a duration of 1-2 ms at 10-20 ms intervals), it begins oscillating. The metal strip continues oscillating even after receiving the pulses (typically, for 3-10 ms). The presence of the acoustic-magnetic label can then be detected when a corresponding response signal (for example, consisting of a predefined number of pulses generated by the oscillating metal strip) is sensed after the end of each pulse of the interrogation signal.
  • a corresponding response signal for example, consisting of a predefined number of pulses generated by the oscillating metal strip
  • the acoustic-magnetic labels are substantially insensitive to any background magnetic field that is generated by the machines of the bookbinding system (since they respond to signals having a definite frequency only). Moreover, other metal structures of the bookbinding system do not respond after the end of the pulses of the interrogation signal, and then cannot generate any false response signal.
  • the acoustic-magnetic technology is widely used in anti-theft systems; in this case, the acoustic-magnetic label attached to each product on sale can be deactivated at a cash register by demagnetizing it after the product has been bought.
  • the labels 205 i of each reservoir 203 i differ in their resonance frequencies, which are slightly offset around the characterizing value of 58 kHz.
  • Pliers 210 extract a desired label 205 i from the corresponding reservoir 203 i .
  • This label (generically denoted with 205) is then provided to an applier 215, which sticks the label 205 onto the desired block of signatures; particularly, the label 205 is attached to a free layer of a signature 105 of the block being currently sewn; as it will be apparent in the following, this signature 105 can be either a last signature of the block or an internal one (to which further signatures are sewn later on).
  • Operation of the sewing machine 110 is managed by a Programmable Logic Controller (PLC) 220.
  • PLC Programmable Logic Controller
  • a sniffer 255 is arranged below the decoupling conveyor 130.
  • the sniffer 255 senses the labels (if any) of each book block 115 passing over it.
  • the sniffer 255 continually broadcasts the interrogation signal (for example, whenever the passage of a book block 115 is detected by a corresponding sensor, not shown in the figure); the effective distance of the interrogation signal corresponds to the area just above the sniffer 255, so as to ensure that only the label of the passing book block 115 is activated (and not the ones of the book blocks that are downstream or upstream).
  • the sniffer 255 listens for any response signal from the activated label.
  • Each discarding section 260 j includes a sloping-down track formed by a pair of idle roller segments 270 j .
  • the segments 270 j are controlled by a corresponding actuator 275 j (for example, including a pair of pneumatic pistons). Normally (see discarding section 260 1 ), the segments 270 j are close to each other so as to have the passing book block 115 slide on them.
  • the segments 270 j can be spaced apart so as to have the arriving book block 115 fall into a corresponding collection basket 280 j (which is arranged below the decoupling conveyor 130). Operation of the selection station 132 is likewise managed by a further PLC 285.
  • the main software components that run on the PLC 220 (of the sewing machine) and on the PLC 285 (of the selection station) are denoted as a whole with the reference 300.
  • the information is typically stored on non-volatile memories of the PLCs 220,285 and loaded (at least partially) into corresponding working memories when the programs are running.
  • a series of drives 305 control corresponding sensors of the sewing machine; these sensors are used to detect different error conditions of the sewing machine, such as the breaking of a thread, the wrong position of the signature being currently sewn, an error in the sequence of the signatures of the block, and the like.
  • Corresponding error signals are passed by the sensor drives 305 to an analyzer 310.
  • the analyzer 310 accesses a repository 315 of predefined categories of error conditions (that may occur in the sewing machine). For each possible error condition, the repository 315 stores an identification code of its category.
  • Each error code is associated with a corresponding severity flag; the severity flag is deasserted for categories relating to minor error conditions that should not jeopardize operation of the sewing machine (for example, when the signatures are not in the correct sequence), whereas it is asserted for categories relating to critical error conditions that do not allow the sewing machine to continue working properly (for example, when a thread breaks or a signature significantly projects from its block).
  • the analyzer 310 drives a controller 320 (which manages operation of the sewing machine) by means of a stop signal. Moreover, the analyzer 310 transmits the error code corresponding to the detected error condition to a selector 325.
  • the selector 325 accesses a file 330, which stores configuration information of the sewing machine; for example, the configuration file 330 identifies the sewing machine, the job currently in execution, different characteristics of the jobs (such as whether it is a pre-release), and the like.
  • the selector 325 chooses the desired type of labels (among the available ones) according to the error code (received from the analyzer 310) and the configuration information (extracted from the file 330).
  • a corresponding label code (identifying the selected type of labels) is then passed to a drive 345 for the pliers.
  • the pliers drive 345 controls a further drive 350 for the applier of the labels by means of an enabling signal.
  • a drive 355 controls the sniffer of the selection station; the sniffer drive 355 provides the response signal returned by a current label to a decoder 360.
  • the decoder 360 determines the error code and the configuration information corresponding to the specific frequency of the response signal received. This information is passed to a sorter 365.
  • the sorter 365 accesses a look-up table 375, which associates each error code and/or configuration information item with a corresponding discarding section.
  • the PLC 285 also includes a drive 380 j for the actuator of each discarding section; each actuator drive 380 j receives a corresponding enabling signal from the sorter 365.
  • the logic flow of a process illustrating operation of the above-described bookbinding system is represented with a method 400.
  • the method begins at the black start circle 403 in the swim-lane of the sewing machine, and then passes to block 406 wherein a new job is submitted.
  • the signatures are continually extracted from a hopper and supplied in succession to an opening station; the signatures are opened in the middle and placed astride a fixed saddle. Each signature is conveyed to a movable saddle (in an open position); the movable saddle is then closed and the signature is sewn to a previous one.
  • a test is made at block 412 to determine whether the desired block is complete (i.e., its last signature has been sewn). If not, the method returns to block 409 for reiterating the same operations.
  • the flow of activity then branches at decision block 418 according to the operative mode of the sewing machine. If the sewing machine is set to attach the labels to every book block, the configuration information of the sewing machine is extracted from the corresponding repository at block 421. Descending to block 424, the label representing this configuration information (identified by the corresponding label code) is selected. The desired label is attached at block 427 onto the free layer of the last signature of the book block. The flow of activity then proceeds to block 430; the same point is also reached from block 418 directly when the sewing machine is set to attach the labels to defective book blocks only. In this phase, the book block is placed onto the unloading conveyor of the sewing machine. The method then returns to block 409 for repeating the same operations described above.
  • the flow of activity passes from block 409 to block 433 as soon as an error condition is detected in the sewing machine (with the corresponding error signal that is asserted); in response thereto, the error code representing the category of the error condition is determined.
  • the configuration information of the sewing machine is extracted from the respective repository. The corresponding label (identified by the label code representing the error condition category and the configuration information) is selected at block 439.
  • the flow of activity then branches at block 442 according to the severity flag associated with the error code. If the severity flag is asserted to indicate a critical error condition, the sewing machine is stopped at block 445 (by asserting the stop signal that is provided to its controller).
  • the sewing machine is inspected to verify and solve the problem; for example, the operator can reinsert a thread that has broken into the corresponding needle, or s/he can unstitch a signature projecting from the respective book block. Passing to block 451, the operator closes the sewing machine and restarts it manually.
  • the method then returns to the swim-lane of the sewing machine at block 454; the same point is also reached from block 442 directly when the severity flag is deasserted (to indicate a minor error condition).
  • the label is attached onto the free layer of the available signature of the block (generally, an internal one). The standard flow of activity is then rejoined by going back to block 409.
  • the sniffer of the selection station at block 457 broadcasts the interrogation signal in response to a synchronization signal (which is asserted whenever the passage of a book block is detected).
  • the flow of activity then branches at decision block 460. Particularly, if a response signal is received it is decoded at block 463.
  • a test is now made at block 466 to determine whether the frequency of the response signal is indicative of an error code. If so, the method descends into block 472; in this phase, the book block is classified according to the error code and the configuration information (represented by the response signal), and it is then associated with a corresponding discarding section.
  • the actuator of this discarding section is enabled at block 475 (so as to open the corresponding idle roller segments).
  • the operation is performed with a delay equal to the time required by the book block to reach the discarding section (depending on its distance from the sniffer and on the speed of the connection conveyor); in this way, when the defective book block reaches the discarding section it falls into the corresponding collection basket.
  • the flow of activity then returns to block 457 to reiterate the same operations as soon as a further synchronization signal is received; the same point is also reached directly from block 460 (when no response signal is received) or from block 466 (when the response signal is not representative of any error code).
  • the discarded book blocks are collected periodically from the baskets (for example, at the end of the day). In this way, it is possible to put the book blocks that can be reused into a specific basket; for example, the book blocks being sewn in the wrong order or with a projecting signature are unstitched and returned to the beginning of the above-described production line. In any case, it is possible to analyze the defective book blocks for identifying the error conditions that have occurred; in this respect, the information associated with each defective book block is very useful for determining the cause of the corresponding error conditions. Moreover, this information can be collected automatically for obtaining statistical reports about the operation of the different sewing machines in the bookbinding system.
  • FIG. 5a-5b An exemplary application of the above-described process is illustrated in Figures 5a-5b.
  • a number of signatures 105 have already been sewn together by means of threads 505a and 505b (each one defining a row of plain stitches and a row of looped stitches).
  • threads 505a and 505b each one defining a row of plain stitches and a row of looped stitches.
  • the corresponding error signal is asserted and the sewing machine is stopped.
  • the operator can then recover the problem by re-inserting the broken thread 505b into the eye of the corresponding needle (not shown in the figure).
  • the sewing machine is then restarted.
  • a label 205 is attached to the free layer of the last signature 105.
  • the sewing of the block continues with further signatures 105 that are sewn to the preceding ones (leaving the stitches of the thread 505b interrupted).
  • the label 205 is covered by the further signatures 105, so that it is not visible to the outside of the block any longer; in any case, the label 205 can be sensed by the sniffer of the selection station.
  • the bookbinding system has a different architecture or includes other components.
  • the system can have any number of sewing machines (down to a single one); moreover, it is possible to have additional sewing machines where the proposed solution is not implemented.
  • the principles of the invention also apply to equivalent interrogation signals and/or response signals (for example, with multiple selection stations each one for a corresponding sewing machine).
  • the labels can work at different frequencies, or they can be replaced with any other acoustic-magnetic tag suitable to the attached to the blocks of signatures.
  • the book blocks can be transported (from the sewing machine to the other machines of the bookbinding system) with equivalent elements (such as belts, roller beds, and the like); likewise, the defective book blocks can be discarded with pivoting sections (which divert the defective book blocks towards other conveyors), or with push plates (which moves transversely to the decoupling conveyor).
  • the operation of discarding the defective book blocks might be performed along the connection conveyor (even if this would involve the waste of additional book blocks).
  • the sniffer whenever the sniffer detects a defective book block it drives the box (being used to stack the book blocks) to lay down the available book blocks onto the connection conveyor (with a delay required for receiving all the book blocks preceding the defective one).
  • the box Once the defective book block is unloaded into the (empty) box, the box is driven again to lay down the defective book block alone onto the connection conveyor. The operation of the box can then restart as usual. In this way, the defective book block is isolated and can be discarded later on at any desired point.
  • the operations for isolating the defective book block sometimes require a transient slowdown of the production line (so as to allow the box to complete the above-described additional strokes).
  • the discarded book blocks can also be collected onto dedicated conveyors that automatically transport them to corresponding handling stations.
  • the error conditions can be managed in a similar manner (for example, slowing down operation of the sewing machine if it is necessary).
  • the encoding of different attributes of the sewing machine into the response signals is within the scope of the invention (for example, specifying the name of the corresponding operator). Moreover, it is also possible to provide a printer downstream the sniffer (for printing information provided by the response signal returned by each label onto a top layer of the corresponding book block).
  • the solution of the invention lends itself to be implemented with programs that are structured in a different way, or with additional modules or functions; likewise, the different memory structures can be of other types, or can be replaced with equivalent entities (not necessarily consisting of physical storage media). Likewise, the proposed solution can implement equivalent methods (for example, with similar or additional steps).
  • the proposed solution can also be implemented with electromagnetic labels, harmonic labels, Radio Frequency Identification (RFID) labels (even directly printed on the book blocks), or more generally with any other transponder (which detects and automatically responds to a corresponding interrogation signal); particularly, in the case of the RFID labels, it is possible to configure them in the sewing machine directly (so as to return real-time information, such as when the error condition occurred).
  • RFID Radio Frequency Identification
  • An implementation wherein the labels are attached to different selected blocks of signatures is within the scope of the invention; for example, it is possible to attach the labels to book blocks relating to a pre-release, or to a first book block of different series (such as relating to books printed in different languages, in order to allow verifying the correct association of the corresponding covers into the perfect-binding machine or the case-in machine).
  • another implementation wherein the labels are attached to every book block is also contemplated; for example, this feature can be used to automatically sort the resulting books (such as according to their destination), to identify the blocks of signatures that are currently processed in a machine (where they are not visible from the outside), or to find books with desired characteristics by means of portable sniffers.
  • the discarding of the defective book blocks at any point in the production line is contemplated.
  • all the labels emit the same response signal; in this case, the system can only determine the defective book blocks (without the possibility of discriminating different error conditions).
  • the solution of the invention is suitable to provide information about whatever characteristics of the book blocks (or at least of some of them), such as a code of the corresponding books, their titles, and so on.
  • the labels can also be applied manually by the operator (when the sewing machine stops following the detection of an error condition).
  • the operator is also free to decide whether the error condition actually makes the current block of signatures defective and then the label must be attached; for example, when a thread breaks the operator can avoid applying the label if the interrupted stitch is inside the book block (and not at its boundaries).
  • the method according to the present invention lends itself to be carried out with a hardware structure (for example, integrated in chips of semiconductor material), or with a combination of software and hardware.

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  • Sewing Machines And Sewing (AREA)
  • Folding Of Thin Sheet-Like Materials, Special Discharging Devices, And Others (AREA)
EP20050101322 2005-02-22 2005-02-22 Verfahren und System zur Charakterisierug von Gruppen von Signaturen in einer Buchbindemaschine mithilfe von Transponder Ceased EP1693226B1 (de)

Priority Applications (2)

Application Number Priority Date Filing Date Title
DE200560002924 DE602005002924T2 (de) 2005-02-22 2005-02-22 Verfahren und System zur Charakterisierug von Gruppen von Signaturen in einer Buchbindemaschine mithilfe von Transponder
EP20050101322 EP1693226B1 (de) 2005-02-22 2005-02-22 Verfahren und System zur Charakterisierug von Gruppen von Signaturen in einer Buchbindemaschine mithilfe von Transponder

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Application Number Priority Date Filing Date Title
EP20050101322 EP1693226B1 (de) 2005-02-22 2005-02-22 Verfahren und System zur Charakterisierug von Gruppen von Signaturen in einer Buchbindemaschine mithilfe von Transponder

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EP1693226A1 true EP1693226A1 (de) 2006-08-23
EP1693226B1 EP1693226B1 (de) 2007-10-17

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WO2008043194A2 (de) * 2006-10-13 2008-04-17 Ferag Ag Rfid-druckproduktidentifikation
IT202200005018A1 (it) * 2022-03-15 2023-09-15 Meccanotecnica Spa Produzione di libri con stampa di informazioni identificative su garza di tenuta

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DE102022111433A1 (de) 2022-05-09 2023-11-09 Müller Martini Holding AG Verfahren und Anlage zur Herstellung differenter Buchblocks in einer Druckweiterverarbeitungsanlage
DE102022115485B3 (de) 2022-06-22 2023-12-28 Kay Hedrich Verfahren zur herstellung von buchbinderischen produkten und buchbinderisches produkt

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WO1996023664A1 (en) * 1995-01-30 1996-08-08 Abn Security Pty Ltd Perfect binding control system
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EP0386357A2 (de) * 1989-03-06 1990-09-12 McCain Manufacturing Corporation Auswerfvorrichtung für eine Maschine zum Zusammentragen von Signaturen
WO1996023664A1 (en) * 1995-01-30 1996-08-08 Abn Security Pty Ltd Perfect binding control system
EP1487726A1 (de) * 2002-03-26 2004-12-22 Koenig & Bauer Aktiengesellschaft G tertransportsystem und ein verfahren zum betreiben eines g tertransportsystems

Cited By (4)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2008043194A2 (de) * 2006-10-13 2008-04-17 Ferag Ag Rfid-druckproduktidentifikation
WO2008043194A3 (de) * 2006-10-13 2008-07-31 Ferag Ag Rfid-druckproduktidentifikation
IT202200005018A1 (it) * 2022-03-15 2023-09-15 Meccanotecnica Spa Produzione di libri con stampa di informazioni identificative su garza di tenuta
WO2023175641A1 (en) * 2022-03-15 2023-09-21 Meccanotecnica S.P.A. Production of books with printing of identification information on fastening linings

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DE602005002924D1 (de) 2007-11-29

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