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    • 1. 发明申请
    • PRINTING UNIT CYLINDER AND SLEEVE FOR A PRINTING UNIT CYLINDER
    • 打印单元缸印刷单元和套筒
    • US20130167743A1
    • 2013-07-04
    • US13541221
    • 2012-07-03
    • Alfons GRIESERGeorg Schmid
    • Alfons GRIESERGeorg Schmid
    • B41F3/02
    • B41F3/02B41F13/085B41F13/10B41F13/193B41F27/105B41F30/04B41P2227/20
    • A printing unit cylinder and a sleeve for a printing unit cylinder is disclosed. The printing unit cylinder has an axial end section on the operator's side and a lateral surface having a plurality of openings through which compressed air can be passed so that a sleeve thereby widened can be pulled onto the lateral surface and pulled off of it over the axial end section. A noise reduction structure is provided on the axial end section for reducing the noises generated by compressed air emerging between the sleeve and the lateral surface. The noise reduction structure is equipped to support an inside circumferential surface of the sleeve on the axial end section over at least a portion of its circumference, so that vibrational excitation of the sleeve based on the escaping compressed air is prevented.
    • 公开了一种印刷单元滚筒和用于印刷单元滚筒的套筒。 印刷单元滚筒在操作者侧具有轴向端部部分和具有多个开口的侧表面,压缩空气可以通过该开口通过,使得由此加宽的套筒可以被拉到侧面上并被拉出轴向 结束部分。 在轴向端部设有减噪结构,用于减少由套筒和侧面之间出现的压缩空气产生的噪音。 降噪结构被设置成在其圆周的至少一部分上在轴向端部上支撑套筒的内周面,从而防止基于逸出的压缩空气的套筒的振动激励。
    • 3. 发明申请
    • Web-Fed Printing Press
    • 网络印刷出版社
    • US20090277350A1
    • 2009-11-12
    • US12434055
    • 2009-05-01
    • Klaus T. ReichelGeorg Schmid
    • Klaus T. ReichelGeorg Schmid
    • B41F31/00
    • B41F13/10B41F13/193B41F27/105B41F30/02B41F30/04B41P2227/11B41P2227/21
    • A web-fed printing press, wherein the printing couple or each printing couple comprises a form cylinder, a transfer cylinder (10), an inking couple, and preferably a dampening unit, wherein a transfer system is assigned to the transfer cylinder and a printing form system is assigned to the form cylinder, and wherein the transfer system (11) and/or the printing form system includes plural rubber sleeves (13, 14) positioned in the axial direction on the transfer cylinder and/or the printing form system includes plural form sleeves positioned in the axial direction on the form cylinder. The transfer cylinder (10) and/or the form cylinder have at least three independent compressed air systems (19, 20, 21) for installing the rubber sleeves (13, 14) and/or the printing form sleeves, on the respective transfer cylinder and/or the form cylinder, and also to remove the sleeves from the respective cylinder.
    • 一种网状印刷机,其中所述印刷对或每个印刷对包括成型滚筒,传送滚筒(10),上墨联接件,优选地是润湿单元,其中传送系统被分配给传送滚筒和打印 并且其中传送系统(11)和/或打印形式系统包括在传送滚筒上沿轴向定位的多个橡胶套筒(13,14)和/或打印形式系统包括: 多个形式的套筒沿轴向位于成形滚筒上。 传送滚筒(10)和/或成型滚筒具有至少三个独立的压缩空气系统(19,20,21),用于在相应的传送滚筒上安装橡胶套筒(13,14)和/或印刷版套筒 和/或成形缸,并且还可以从相应的气缸中移除套筒。
    • 5. 发明授权
    • Method for influencing lateral web spreading in a printing unit in a rotary printing press
    • US07240614B2
    • 2007-07-10
    • US11522633
    • 2006-09-18
    • Eduard HoffmannChristian SameitGeorg Schmid
    • Eduard HoffmannChristian SameitGeorg Schmid
    • B41F5/00B41F3/00
    • B41F7/12B41F13/02
    • A method for influencing lateral web spreading in a printing unit in a rotary printing press, the printing unit having first and second transfer cylinders contacting each other along a contact zone for receiving a web to be printed on therebetween and undergoing a deflection during operation, and at least one plate cylinder which is respectively settable against one of the first and second transfer cylinders for printing on at least one side of the web receivable in the contact zone. The method includes passing the web between the first and second transfer cylinders through the contact zone; and applying a bending moment to at least one of the first and second blanket cylinders counter to a direction of the deflection of the at least one of the first and second blanket cylinders to reduce the deflection, the bending moment being effected by a variable force applied to a cylinder axle of the at least one of the first and second blanket cylinders by a bending apparatus, so that a pressure in a center region of the contact zone along a length of the contact zone is increased thereby increasing the effective radius of at least one rubber blanket clamped onto one of the first and second transfer cylinders from the center region of the contact zone outward so that a concave velocity profile is produced on the web passing through the contact zone between the first and second transfer cylinders, the velocity at the outer sides of the concave velocity profile being greater than the velocity at the center of the velocity profile.
    • 6. 发明申请
    • Printing cylinder with clamping channel
    • 带夹紧通道的印刷滚筒
    • US20050193910A1
    • 2005-09-08
    • US11062653
    • 2005-02-22
    • Georg Schmid
    • Georg Schmid
    • B41F27/12B41F27/00
    • B41F27/1293B41F27/1262
    • The printing cylinder such as a rubber blanket cylinder of a web fed offset printing machine is provided. The printing cylinder includes a rotatable clamping mechanism in a clamping channel. A side of the clamping channel is configured so as to be movable such that the clamping channel can be opened by turning the clamping mechanism. When the clamping channel is open, the ends of the rubber blanket can be inserted. The clamping channel can then be closed by turning the clamping mechanism in the opposite direction such that the ends of the rubber blanket adjoin one another.
    • 提供了诸如卷筒纸胶版印刷机的橡皮布滚筒的印刷滚筒。 印刷滚筒包括在夹紧通道中的可旋转夹紧机构。 夹持通道的一侧构造成可移动,使得可以通过转动夹紧机构来打开夹紧通道。 当夹紧通道打开时,可以插入橡皮布的端部。 然后可以通过沿相反方向转动夹紧机构使得夹紧通道闭合,使得橡皮布的端部彼此相邻。
    • 9. 发明申请
    • Modular total prosthesis for the middle ear
    • 中耳模块化全假体
    • US20090164010A1
    • 2009-06-25
    • US12313388
    • 2008-11-20
    • Uwe SteinhardtHeinz KurzGeorg SchmidWalter Heckmann
    • Uwe SteinhardtHeinz KurzGeorg SchmidWalter Heckmann
    • A61F2/18
    • A61F2/18A61F2002/183
    • A total prosthesis for the middle ear, with a prosthesis body, with a first coupling element for connection of the prosthesis to the tympanic membrane or for coupling to the manubrium, and with a second coupling element for connection to the footplate of the stirrup, which second coupling element has a receiving part, connected rigidly to the prosthesis body, and has an insert part with a plug element that can be inserted coaxially, and with a shoe that is connected rigidly to the plug element and that bears on the footplate of the stirrup, is characterized in that the receiving part has an elongate cavity as a receiving opening with a cylindrical bore which extends axially and encloses the full circumference of the plug element and whose inside diameter is greater than the maximum transverse extent of the plug element, which elongate cavity is closed at the end away from the insert part and acts as an end abutment for the plug element, and in that the second coupling element extends axially by at most a third of the axial length of the prosthesis body. In this way, it is easy to produce a desired defined length of the prosthesis, which also remains fixed after surgery, and it is also possible, during surgery, to react to the specific individual situation of the stirrup bone.
    • 用于中耳的全假体,具有假体,具有用于将假体连接到鼓膜或用于连接到管状体的第一联接元件,以及用于连接到马蹄足板的第二联接元件,其中 第二联接元件具有刚性地连接到假体的接收部分,并且具有插入部分,该插入部分具有可以同轴插入的插塞元件,并且具有刚性地连接到插塞元件并且支承在插座元件 马镫的特征在于,所述接收部具有作为接收开口的细长空腔,所述孔具有圆柱形孔,其轴向延伸并且包围所述塞子元件的整个圆周并且其内径大于所述塞子元件的最大横向范围, 细长腔在远离插入部分的一端处封闭,并且用作插塞元件的端部邻接,并且第二联接元件延伸 假肢体的轴向长度的三分之一以上。 以这种方式,容易产生假体的期望的限定长度,其也在手术之后保持固定,并且在手术期间也可以对镫骨的特定个体情况作出反应。