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    • 61. 发明申请
    • AN ENVELOPE-STUFFING MACHINE FOR STUFFING PILES OF ARTICLES IN SHEET FORM
    • 用于制作表格中的文章的安全机器
    • WO2013072876A1
    • 2013-05-23
    • PCT/IB2012/056465
    • 2012-11-15
    • C.M.C. S.R.L.
    • PONTI, Francesco
    • B43M3/04B65H29/12B65H29/60
    • B65B5/06B43M3/00B43M3/04B43M3/045B65B7/02B65H29/12B65H29/60B65H2301/34112B65H2404/2613B65H2511/20B65H2511/414B65H2220/01B65H2220/02B65H2220/11
    • A stuffing machine (1 ) for stuffing piles (2) of sheet articles, comprising: a first conveyor (11) for moving piles (2) of sheet articles in a first advancement direction (A1 ); a second conveyor (12) arranged downstream of the first conveyor (11 ) with respect to the first advancement direction (A1), which second conveyor (12) Is angularly arranged with respect to the first conveyor (11); a third conveyor (13) arranged downstream of the first conveyor (11) with respect to the first advancement direction (A1 ), which third conveyor (13) is aligned with the first conveyor (11), is extensible In a second advancement direction (A2) opposite the first advancement direction (A1), such as to assume an operating configuration (0) In which it passes over the second conveyor (12) and defines, with the first conveyor (11), a first conveying pathway (P1) and is retractable in a same direction as the first advancing direction (A1) in order to assume an Inactive configuration (I) which enables the first conveyor (11) and the second conveyor (12) to define a second conveying pathway (P2); a first stuffing unit (3) positionable along the first conveying pathway (P1) for stuffing the piles (2) of sheet articles; a second stuffing unit (4) positionable along the second conveying pathway (P2) for stuffing the piles (2) of sheet articles,
    • 1.一种用于填充片材(2)的填塞机(1),包括:用于沿第一前进方向(A1)移动片材(2)的第一输送机(11); 相对于第一前进方向(A1)布置在第一传送器(11)的下游的第二传送器(12),该第二传送器(12)相对于第一传送器(11)成角度地布置; 相对于第一前进方向(A1)布置在第一输送机(11)的下游的第三输送机(13),该第三输送机(13)与第一输送机(11)对准,在第二推进方向( A2)与第一前进方向(A1)相对,例如采用操作构型(0),其中它经过第二传送器(12)并且与第一传送器(11)限定第一传送路径(P1) 并且能够沿与第一前进方向(A1)相同的方向缩回,以便呈现能够使第一输送机(11)和第二输送机(12)限定第二输送路径(P2)的非活动结构(I); 第一填充单元(3),其可沿着用于填充片材(2)的第一输送路径(P1)定位; 第二填充单元(4),其可沿第二输送路径(P2)定位,用于填充片材制品的桩(2)
    • 62. 发明申请
    • A DYNAMIC BUFFER FOR A CONTINUOUS ENVELOPE STUFFING SYSTEM
    • 用于连续包装系统的动态缓冲器
    • WO2013035066A2
    • 2013-03-14
    • PCT/IB2012/054616
    • 2012-09-06
    • C.M.C. S.R.L.PONTI, Francesco
    • PONTI, Francesco
    • B65H29/60B65H39/10B65H29/12
    • B43M3/04B65H29/125B65H29/60B65H39/10B65H2301/4213B65H2301/42262B65H2301/4453B65H2301/4454B65H2301/4455B65H2404/1122B65H2511/50B65H2513/40B65H2801/66B65H2220/01B65H2220/02
    • The dynamic buffer (1) is suitable for supplying piles (P) In arrival from a cutting station (ST) to a continuous stuffing system (C) and comprises two storage levels (2), upper (2A) and lower (2B), in each of which parking cells (3) are arranged in series, suitable for receiving, retaining and dispensing the piles (P). Each cell (3) comprises: two consecutive roller-counter-roller pairs (32), spaced by a lower amount than a longitudinal extension of the piles (P), motorised in synchrony by a respective independent motor (33), suitable for adheringly gripping and drawing a pile (P); sensor means (34) destined to detect whether each parking cell (3) is free or occupied by a pile (P). The buffer (1) further comprises electronic managing and command means (10), suitable for receiving signals provided by the sensor means (34) and piloting the flow of piles (P) in inlet to the storage levels up to bringing each thereof to the most downstream free parking cell (3), transferring the piles (P) to the successive cells (3) and finally enabling outlet of the piles from the storage level, the electronic means (10) acting in phase relation with the cutting station (ST) and the stuffing system (C), such that the supply of the piles (P) thereto is done with a cadence proportional to the operating velocity thereof.
    • 动态缓冲器(1)适用于从切割站(ST)到连续填充系统(C)到达时提供桩(P),并且包括两个储存水平(2),上部(2A)和下部(2B) 在每个停车单元(3)串联布置,适于接收,保持和分配桩(P)。 每个电池单元(3)包括:两个连续的辊对置辊对(32),其间隔比桩(P)的纵向延伸更小的量,由相应的独立电动机(33)同步地电动,适合于附着 抓住并画出一堆(P); 用于检测每个停车单元(3)是否由桩(P)自由或占用的传感器装置(34)。 缓冲器(1)还包括电子管理和命令装置(10),其适于接收由传感器装置(34)提供的信号,并将入口中的桩(P)的流动引导到存储水平,以将其中的每一个引导到 最下游的自由停车单元(3)将桩(P)传送到连续的单元(3),并最终使得从储存水平出口的桩,电子装置(10)与切割站 )和填充系统(C),使得以其与其操作速度成比例的节奏来完成对其的供应(P)。
    • 64. 发明申请
    • ACCUMULATING APPARATUS FOR DISCRETE PAPER OR FILM OBJECTS AND RELATED METHODS
    • 用于离散纸或薄膜物体的累积装置及相关方法
    • WO2010118001A2
    • 2010-10-14
    • PCT/US2010/030066
    • 2010-04-06
    • KERN GLOBAL LLCBURI, Reinhard
    • BURI, Reinhard
    • B65H29/14
    • B65H29/145B43M3/04B65H31/3027B65H2301/42124B65H2301/4213B65H2301/42262B65H2404/1112B65H2404/1411B65H2511/10B65H2511/152B65H2513/11B65H2801/66B65H2220/01B65H2220/02B65H2220/11
    • An apparatus (100) is provided for accumulating discrete paper or film objects (110) traveling in a machine direction (130). A first accumulator (113a) element of the apparatus (100) is rotatable about a first axis of rotation (150a). A second accumulator element (115a) is disposed in confronting relationship with the first accumulator element (113a) and has a first, generally flat surface (144a), and a first arcuate surface (146a). Both of these surfaces (144a, 146a) are rotatable about the first axis of rotation (150a) and the first accumulator element (113a) has a first angular position that defines a first gap (184) relative to the second accumulator element (115a) for receiving the objects (110) there between. The first accumulator element (113a) has a second angular position that defines a second gap (284) relative to the second accumulator element (1 15a) for moving the objects (110) in the machine direction (130), with the second gap (284) being smaller than the first gap (184).
    • 提供一种装置(100),用于累积在机器方向(130)上行进的离散的纸或薄膜物体(110)。 设备(100)的第一累加器(113a)元件可围绕第一旋转轴线(150a)旋转。 第二蓄能器元件(115a)以与第一蓄电池元件(113a)相对的关系设置,并且具有第一大致平坦的表面(144a)和第一弧形表面(146a)。 这些表面(144a,146a)都能够围绕第一旋转轴线(150a)旋转,并且第一累积元件(113a)具有相对于第二蓄能器元件(115a)限定第一间隙(184)的第一角位置, 用于在其间接收物体(110)。 第一累积元件(113a)具有第二角位置,该第二角位置相对于第二储存元件(15a)限定第二间隙(284),用于在机器方向(130)上移动物体(110),与第二间隙( 284)小于第一间隙(184)。
    • 65. 发明申请
    • PAPIERHANDHABUNGSANLAGE UND VERFAHREN ZUR AUTOMATISCHEN REGELUNG DER VERARBEITUNGSGESCHWINDIGKEIT DERSELBEN
    • 纸张处理系统和方法处理速度相同自动控制
    • WO2008068007A1
    • 2008-06-12
    • PCT/EP2007/010566
    • 2007-12-05
    • BÖWE SYSTEC AGWIEGMANN, Michael
    • B65H43/00B65H5/34B65H7/20
    • B65H43/00B43M3/04B65H2511/31B65H2511/52B65H2513/10B65H2801/66B65H2801/78B65H2220/01B65H2220/02
    • Eine Papierhandhabungsanlage (100) wird zur Abarbeitung eines Jobs anfänglich eingestellt, um eine vorbestimmte Anzahl von Gütern während einer vorbestimmten Zeitdauer zu verarbeiten. Während der Verarbeitung wird die Anzahl der erfassten Güter, die während der vorbestimmten Zeitdauer verarbeitet werden, erfasst. Falls die erfasste Anzahl von Gütern größer oder gleich der vorbestimmten Anzahl ist, wird die Geschwindigkeit, mit der Güter in einem Abschnitt der Papierhandhabungsanlage verarbeitet werden, erhöht. Falls die erfasste Anzahl von Gütern kleiner der vorbestimmten Anzahl ist, wird erfasst, in welcher der Abschnitte (102-146) der Anlage (100) eine Reduzierung des Durchsatzes bewirkt hat, und welche Anlagenparameter und /oder Gutparameter zu diesem Zeitpunkt vorlagen. Basierend auf den erfassten Parametern wird dann ein Anlagenparameter des Abschnitts (102-146) eingestellt und/oder die Geschwindigkeit in zumindest diesem Abschnitt (102-146) abgesenkt. Diese Vorgehensweise wird wiederholt, bis der Job abgearbeitet ist.
    • 一种纸张处理系统(100)被初始设置为一个作业的执行期间的预定时间段来处理的物品的预定数。 在处理期间,被检测的物品,其在预定时间周期处理的数量。 如果物品的检测的数量大于或等于预定数量时,所述速度与商品在纸张处理装置的一个部处理增加。 如果检测到的比预定数量少的物品的检测的数量,具有其中系统(100)的部分(102-146)导致的减少的吞吐量,并且其系统参数和/或制品参数存在在这个时候。 基于检测到的参数,该部分的系统参数是然后(102-146)被设置和/或降低的速度在至少此部分(102-146)。 重复这个过程,直到作业完成。
    • 66. 发明申请
    • METHOD FOR MAKING MAILING COVERS AND MACHINE IMPLEMENTING SAID METHOD
    • 制作邮寄封面的方法和机器实施所述方法
    • WO2007012740A3
    • 2007-04-12
    • PCT/FR2006001799
    • 2006-07-24
    • MEGASPIREA PRODUCTION S A SFREYBURGER HUBERTFREBOURG THIERRY
    • FREYBURGER HUBERTFREBOURG THIERRY
    • B43M3/04
    • B43M3/02B43M3/04B43M5/04B65H35/00B65H39/10B65H39/115B65H2511/10B65H2511/30B65H2801/78B65H2220/01
    • The invention concerns a method for making personalized and unique mailing covers, providing a complete solution, integrating the manufacture of envelopes with that of documents to be enclosed, allowing work at high production rates, and ensuring integrity and confidentiality of the enclosures and reducing overall unit cost. The machine for manufacturing (1) mailing covers (100) comprises in particular a printing device (2) designed to print on a common paper web (10) the documents (13) to be enclosed and the envelopes (14) designed to contain the documents (13), in succession in the order of enclosing, each envelope being preceded or followed by the documents which it is meant to contain, a longitudinally cutting device (3) designed to place said documents (13) at the right width and to form the flaps (16) of the envelopes (14), a transversely cutting device (4) designed to separate the documents (13) and the envelopes (14) by placing them at the right length, a device for assembling (7, 8) the documents (13) with the envelope (14) corresponding thereto, a glueing and folding device (9) for closing the resulting mailing cover (100) and a central control unit which monitors the cutting devices based on the number and the format of the documents and the envelope of the mailing covers to be manufactured. The invention is applicable to batch mailing such as routing, transactional, hybrid mailing.
    • 本发明涉及制造个性化且独特的邮寄封面的方法,提供了一种完整的解决方案,将信封的制造与封装的文档的制造集成在一起,允许以高生产率工作,并确保封装的完整性和机密性并减少整体单元 成本。 用于制造(1)邮寄封面(100)的机器尤其包括打印装置(2),所述打印装置(2)被设计为在共同的纸幅(10)上打印待封闭的文档(13),并且封套(14) 文件(13)依次以封装的顺序排列,每个封套位于其意图包含的文件的前面或后面,纵向切割装置(3),其被设计成将所述文件(13)放置在正确的宽度并且 形成信封(14)的折板(16),设计成通过将文件(13)和信封(14)放置在合适长度上来分离文件(13)和横向切割设备(4),用于组装的设备(7,8 )具有与其对应的封套(14)的文件(13),用于封闭所得邮寄封面(100)的胶合和折叠装置(9)以及根据文件的数量和格式监视切割装置的中央控制单元 要制造的邮件封面的文件和信封。 本发明适用于批量邮寄,如路由,交易,混合邮件。
    • 67. 发明申请
    • CARD READING SYSTEMS AND METHODS
    • 卡读取系统和方法
    • WO2005067465A2
    • 2005-07-28
    • PCT/US2004/036056
    • 2004-10-27
    • FIRST DATA CORPORATIONWALPUS, TimGREENE, JayGATES, JonNOWLIN, Jeffrey, G.
    • WALPUS, TimGREENE, JayGATES, JonNOWLIN, Jeffrey, G.
    • B07C5/00B43M3/04G06K5/00G06K9/00G06K17/00
    • G06K17/0003B43M3/04G06K7/084G06K2017/0041
    • A card reader includes a receiving arrangement configured to sequentially receive cards from an upstream process and position the cards to be read. It also includes a first reader configured to read card information from cards a first time and a second reader configured to read card information from cards a second time. The second reader is positioned such that the information is read by the second reader after the information is read by the first reader. The card reader also includes an advancing mechanism configured to advance cards from the receiving arrangement, through the first and second readers, to a downstream process. The card reader also includes a processor programmed to receive card carrier information that identifies at least one card relating to a particular card carrier. The processor also receives card information from the first reader and from the second reader. The processor compares the card information as read by the first reader to the card information as read by the second reader and rejects the card if the card information is inconsistent. The processor also compares the card information as read by either the first or second reader to the card carrier information rejects the card if the card information does not match the card carrier information.
    • 读卡机包括被配置为从上游处理顺序地接收卡并定位要读取的卡的接收装置。 它还包括第一读取器,其被配置为第一次从卡读取卡信息,并且第二读取器被配置为第二次从卡读取卡信息。 定位第二读取器,使得在第一读取器读取信息之后,由第二读取器读取信息。 读卡器还包括前进机构,其构造成将卡从接收装置通过第一和第二读取器推进到下游处理。 读卡器还包括被编程为接收卡载体信息的处理器,其识别与特定卡片载体相关的至少一个卡。 处理器还从第一读取器和第二读取器接收卡信息。 处理器将由第一读取器读取的卡信息与由第二读取器读取的卡信息进行比较,并且如果卡信息不一致则拒绝该卡。 处理器还将由第一或第二读取器读取的卡信息与卡载体信息进行比较,如果卡信息与卡载体信息不匹配,则拒绝该卡。
    • 68. 发明申请
    • VORRICHTUNG ZUM EINFÜLLEN VON BLÄTTERN IN EIN KUVERT
    • 设备用于填充叶信封
    • WO2004098905A1
    • 2004-11-18
    • PCT/CH2003/000302
    • 2003-05-12
    • KERN INVESTMENT CONSULTING MANAGEMENT LTD.KERN, Peter
    • KERN, Peter
    • B43M3/04
    • B43M3/04
    • Bei einer Vorrichtung zum Einfüllen von Blättern in ein Kuvert mit einer Halteeinrichtung (11) für das Kuvert, Transportorganen (15) zum Zuführen der einzufüllenden Blätter zur Halteeinrichtung (11), einer Zuführeinrichtung (7, 8, 9) zum Zuführen des Kuverts zur Hal­teeinrichtung (11), entlang einer Zuführungsrichtung, und einer Abführeinrichtung (8, 22) zum Abführen des eingefüllten Kuverts von der Halteeinrichtung (11), entlang einer Abführ­einrichtung, sind die Zuführeinrichtung (7, 8, 9) und die Abführeinrichtung (8, 22) bezüglich der Halteeinrichtung (11) so angeordnet, dass ein erster Winkel zwischen der Zuführungs­richtung und einer Hauptfläche der Halteeinrichtung (11) und ein zweiter Winkel zwischen der Abführungsrichtung und der Hauptfläche der Halteeinrichtung (11) fest vorgegeben und voneinander verschieden sind. Dadurch vereinfacht sich die Konstruktion der Vorrich­tung, was den Herstellungsaufwand und die Fehleranfälligkeit der Vorrichtung reduziert. Durch Einsparen einer Schwenkbewegung wird Zeit gewonnen, so dass die Leistung der Vorrichtung erhöht wird.
    • 在用于插入薄片成信封与用于包络线传输机构(15),用于供给被填充的保持装置(11)的装置离开保持装置(11),一个进给装置(7,8,9),用于将信封输送到所述保持装置 (11),沿供给方向和用于从保持装置(11)移除所述填充包络,沿着一个去除装置,所述进给装置(7,8,9)和所述移除装置移除装置(8,22)(8,22) 相对于设置在所述保持装置(11),从而使进给方向和所述保持装置的一个主表面(11)和所述拆除方向并固定在保持装置(11)的主表面之间的第二角之间的第一角度彼此不同。 从而,该装置的结构,从而降低了制造费用和该装置的误差率被简化。 通过保存一个枢转运动时被获得,从而使装置的性能提高。
    • 69. 发明申请
    • PRODUCT AND DOCUMENT FULFILMENT SYSTEM
    • 产品和文件丰富系统
    • WO2004029844A1
    • 2004-04-08
    • PCT/CA2003/001376
    • 2003-09-09
    • PSI PERIPHERAL SOLUTIONS INC.
    • PANUNTO, John, P.LAM, Wing, Fai
    • G06F17/60
    • B43M3/04B65B61/20B65B61/26B65B63/005
    • A product and document fulfilment system (10) for merging together discrete articles and specific documentation which pertains to each discrete article, and for packaging and labelling the same. The system comprises an article conveyor (26) on which discrete articles are carried seriatim, a first machine code reader (30) for reading the unique machine readable code on each discrete article, a printer (34) for printing a specific document pertaining to the article, instruction control means (12) governing the delivery of the appropriate document to be merged with the article, a merging station (32) where the specific document and the article are merged, a second machine code reader (40) for reading the machine readable code on the specific document, first memory and counter means for recognizing the identity of the discrete article at the merging station, and accept/reject means (42) to accept the merged article and specific document when a match occurs, or reject the item when no match occurs.
    • 一种产品和文件履行系统(10),用于将分立的物品和与每个离散物品相关的特定文件合并在一起,并用于包装和标签。 该系统包括一个物品输送机(26),其上分离的物品被装载在其上;第一机器代码阅读器(30),用于读取每个离散物品上的独特机器可读代码;打印机(34),用于打印与 用于管理要与物品合并的适当文件的指定控制装置(12),合并特定文件和物品的合并站(32),用于读取机器的第二机器码读取器(40) 具体文件的可读代码,用于识别合并站上的离散物品的身份的第一存储器和计数器装置,以及接受/拒绝装置(42),以便在匹配发生时接受合并的物品和特定文件,或拒绝该物品 当不匹配时。
    • 70. 发明申请
    • BUCKLE FOLDING MACHINE
    • 屈曲
    • WO1994008882A1
    • 1994-04-28
    • PCT/AT1993000154
    • 1993-10-13
    • ZECHNER, Karl
    • B65H45/12
    • B43M3/04B65H45/12
    • A buckle folding machine has a stationary machine frame (1) and four parallel work cylinders (3, 4, 5, 6) of the same outer diameter arranged in pairs forming at least two folding slots for the products to be folded and rotatable at the same speed of rotation by means of a common gear. The four work cylinders (3, 4, 5, 6) and the common gear are arranged in a rotary frame (2) rotatively mounted in the machine frame (1) by means of a drive for drawing-in, folding and ejecting the products to be folded. At least one of the work cylinders (3, 4, 5, 6), which turns together with the rotary frame (2), is movably arranged therein. At least one of the work cylinders (3, 4, 5, 6) may be forcibly moved within the rotary cylinder by means of a mechanical control. A device for drawing-in the products to be folded associated with the first folding slot cooperates with the rotary frame (2) during drawing-in and folding.