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    • 4. 发明公开
    • Bogenstanz- und -prägemaschine und Verfahren zur Bogenausrichtung
    • Bogenstanz- und-prägemaschineund Verfahren zur Bogenausrichtung
    • EP1882659A2
    • 2008-01-30
    • EP07111236.1
    • 2007-06-28
    • Heidelberger Druckmaschinen Aktiengesellschaft
    • Pasuch, MichaelEhrbar, DavidDr. Frank, Hendrik
    • B65H29/02
    • B65H29/02B26D7/0633B26D7/0675B26D2007/0043B65H2555/132B65H2701/176B65H2701/1762B65H2801/42
    • Die Erfindung betrifft ein Verfahren zur Bogenausrichtung in Bearbeitungsstationen (2, 3, 4) von mit Greiferwagen (8) durch eine Bogenbearbeitungsmaschine (100) transportierten Bogen (6) und eine Bogenstanz- und -prägemaschine (100) mit mindestens einer Bearbeitungsstation (2, 3, 4), einer Maschinensteuerung (15) und einem Bogentransportsystem (7) mit umlaufenden Greiferwagen (8) mit Greiferbrücken (20) an denen Greifer (21) befestigt sind, mit welchen die Bogen (6) an einem Greiferrand ergreifbar und durch die Maschine (100) hindurch bewegbar sind. Die Greiferwagen (8) besitzen jeweils zwei Fahrwagen (22) und das Bogentransportsystem (7) wird von Linearantrieben gebildet. Die Greiferbrücke (20) eines Greiferwagens (8) ist an beiden Enden über Federelemente (24) mit den Fahrwagen (22) verbunden, wobei die Federelemente (24) Relativbewegungen der Greiferbrücke (20) zu den Fahrwagen (22) quer und / oder senkrecht zur Bewegungsrichtung (B) des Bogens (6) sowie eine Gierbewegung der Greiferbrücke (20) um die Hochlage zulassen.
    • 机器具有处理站,机器控制器和片材输送系统,即线性电动机,带有紧固到夹持器(21)的拾取托架(8)。 载体具有两个托架(22),并且系统由线性致动器形成。 载体的夹持器桥(20)支撑在滑架的弹簧板(24)的两端。 弹簧板允许桥梁相对于托架横向和/或垂直于片材(6)的运动方向(B)的相对运动,和/或允许桥梁到高空区域的偏航运动。 还包括用于处理站中的纸张对齐方法的独立权利要求。
    • 7. 发明授权
    • VERFAHREN UND VORRICHTUNG ZUR GEHALTENEN FÖRDERUNG VON GEGENSTÄNDEN AUF EINER FÖRDERSTRECKE MIT PUFFERSPEICHER
    • 方法和装置与储罐载路由对象举行促销
    • EP1299298B1
    • 2004-04-14
    • EP01940041.5
    • 2001-06-26
    • Ferag AG
    • MÄDER, Carl, ConradMÜLLER, ErwinFELIX, Markus
    • B65H29/02
    • B65H29/003B65H29/02B65H33/04B65H2405/55
    • The invention relates to retaining elements (1), which are equipped for the suspended transport of individual objects (2) that can be displaced independently of one another in at least a limited manner along a section of rail (5) and that maintain a uniform minimum distance between one another, when being pushed along. During transport, the retaining elements accumulate at an accumulation point by means of an accumulation element (16), in such a way that a reserve store (12) is formed upstream of the accumulation point and said elements are then released from the reserve store (12) in a controlled manner. The retaining elements (1) are not released and transported away from the reserve store (12) individually, but in groups (15) of retaining elements. In said groups, (15) the retaining elements (1) advantageously maintain the aforementioned minimum distance between one another. An additional accumulation element (16), which acts at an additional accumulation point upstream of the first accumulation point, is used to form in advance the groups (12) that are to be released in the reserve store (12). In said manner, the formation of groups is integrated into the accumulation operation in the form of a concentration of the process and the stream of groups that is transported away from the accumulated store (12) can be fed, without further modification, to a unit (4), in which groups of objects suspended by retaining elements (1) are processed, for example, stacked and packaged in batches.
    • 9. 发明公开
    • VERFAHREN UND VORRICHTUNG ZUM STAPELN VON FLACHEN GEGENSTÄNDEN
    • 方法和装置层叠平面物体
    • EP1303452A1
    • 2003-04-23
    • EP01947093.9
    • 2001-07-13
    • Ferag AG
    • MÜLLER, Erwin
    • B65H29/02
    • B65H29/003B65H29/02B65H2405/55
    • Stacks (20) are formed, whereby flat objects (2), in particular, printed products, are carried individually by retaining elements (3) in the region of an object edge (10), groups (1) of objects (2) supported one behind the other are arranged in the form of a stack, whereby the regions of the objects opposite to the retained edges (10) are superimposed, whilst the objects remain fixed, the groups of objects, arranged in the form of a stack, are stabilised by means of suitable agents and only then are the objects (2) released from the retainer unit thereof. A stabilisation of the groups (1), arranged in the form of a stack, is achieved, whereby the regions of the objects opposite the retained edges (10) are placed on a stacking table (23), which may move vertically in a stacking shaft (22) and/or on an auxiliary support (31) and pressed or tightened with a suitable means. Before being placed on a stacking table (23), sequentially formed groups (1), arranged in the form of a stack, may be alternately rotated about the stacking axis (A), such that they are positioned as layers of an alternating stack in the stacking shaft (22). Said stacking is applicable, in particular, for the stacking of printed products and has the advantage over conventional stacking methods, that significantly fewer uncontrolled and uncontrollable movements of the products occur.
    • 10. 发明公开
    • VERFAHREN UND VORRICHTUNG ZUR GEHALTENEN FÖRDERUNG VON GEGENSTÄNDEN AUF EINER FÖRDERSTRECKE MIT PUFFERSPEICHER
    • 方法和装置与储罐载路由对象举行促销
    • EP1299298A1
    • 2003-04-09
    • EP01940041.5
    • 2001-06-26
    • Ferag AG
    • MÄDER, Carl, ConradMÜLLER, ErwinFELIX, Markus
    • B65H29/02
    • B65H29/003B65H29/02B65H33/04B65H2405/55
    • The invention relates to retaining elements (1), which are equipped for the suspended transport of individual objects (2) that can be displaced independently of one another in at least a limited manner along a section of rail (5) and that maintain a uniform minimum distance between one another, when being pushed along. During transport, the retaining elements accumulate at an accumulation point by means of an accumulation element (16), in such a way that a reserve store (12) is formed upstream of the accumulation point and said elements are then released from the reserve store (12) in a controlled manner. The retaining elements (1) are not released and transported away from the reserve store (12) individually, but in groups (15) of retaining elements. In said groups, (15) the retaining elements (1) advantageously maintain the aforementioned minimum distance between one another. An additional accumulation element (16), which acts at an additional accumulation point upstream of the first accumulation point, is used to form in advance the groups (12) that are to be released in the reserve store (12). In said manner, the formation of groups is integrated into the accumulation operation in the form of a concentration of the process and the stream of groups that is transported away from the accumulated store (12) can be fed, without further modification, to a unit (4), in which groups of objects suspended by retaining elements (1) are processed, for example, stacked and packaged in batches.