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    • 1. 发明授权
    • Imaging device for a printing press
    • 印刷机成像装置
    • US07358982B2
    • 2008-04-15
    • US10958929
    • 2004-10-05
    • Thomas WolfBernhard ZintzenKarl Wisspeintner
    • Thomas WolfBernhard ZintzenKarl Wisspeintner
    • B41J15/14B41J27/00
    • B41J2/442G03F7/24
    • An imaging device (10) for a printing form (12), in particular in a printing unit (82) of a printing press (84), having at least one light source (14) and an imaging optics (18) for projecting the at least one light source (14) onto the printing form (12), at least one optical element (20), in particular a lens, of the imaging optics (18), being movable by way of an actuator element (48), and the imaging optics (18) including one sensor (24) for measuring the actual position of the optical element (20), the sensor having one coil (26) and at least one sensor target (28). The sensor (24) is assigned to a control element (66) for adjusting the position of the optical element (20) via the actuator element (48), so that a highly precise, dynamic positioning of the optical element (20) can be achieved.
    • 一种用于印刷形式(12)的成像装置(10),特别是在印刷机(84)的印刷单元(82)中,具有至少一个光源(14)和成像光学元件(18) 至少一个光源(14)到成像光学器件(18)上的至少一个光学元件(20),特别是透镜,能够通过致动器元件(48)移动到打印形式(12)上, 所述成像光学元件(18)包括用于测量所述光学元件(20)的实际位置的一个传感器(24),所述传感器具有一个线圈(26)和至少一个传感器目标(28)。 传感器(24)被分配给用于经由致动器元件(48)调节光学元件(20)的位置的控制元件(66),使得光学元件(20)的高度精确,动态的定位可以是 实现了
    • 2. 发明授权
    • Method of determining the distance of projection points on the surface of a printing form
    • 确定打印表面上投影点距离的方法
    • US06937959B2
    • 2005-08-30
    • US10674851
    • 2003-09-30
    • Hartmut KeylKlaus MuellerThomas WolfBernhard Zintzen
    • Hartmut KeylKlaus MuellerThomas WolfBernhard Zintzen
    • B41C1/00G03F7/20G01C17/38
    • G03F1/78
    • A method is described of determining the distance (50, 56) of a projection point (24) of a first imaging beam (22) of imaging device (20) from a measuring point (28) of a measuring device (26) or from a second projection point (36) of a second imaging beam (34) of a second imaging device (32) on the surface (10) of a printing form (12), both the projection point (24) of the first imaging beam (22) and the measuring point (28) of the measuring device (26) or the second projection point (36) being movable in relation to the surface (10) of the printing form (12). In the method, the reflected light intensity of at least a part of a pattern (84), which is produced by the first imaging beam (22) on the printing form (12), is measured as a function of the position of a measuring device (26), so that the distance (50, 56) may be formed as the difference of the position of the measuring device (26) and the correlated position of the imaging beam (22), at which the imaging beam (22) was located when the part of the first pattern (84) was written. The method may advantageously be used in a method of correcting the time triggering of an imaging beam (22), using which a projection point (24) may be produced on a surface (10) of a printing form (12).
    • 描述了从测量装置(26)的测量点(28)或从测量装置(26)的测量点(28)确定成像装置(20)的第一成像光束(22)的投影点(24)的距离(50,56) 第二成像装置(32)的第二成像光束(34)在打印形式(12)的表面(10)上的第二投影点(36),第一成像光束的投影点(24) 22)和测量装置(26)或第二投影点(36)的测量点(28)可相对于打印形式(12)的表面(10)移动。 在该方法中,测量由打印形式(12)上的第一成像光束(22)产生的图案(84)的至少一部分的反射光强度作为测量位置的函数 装置(26),使得距离(50,56)可以形成为测量装置(26)的位置与成像光束(22)的相关位置的差,成像光束(22) 当第一个模式(84)的部分被写入时。 该方法可有利地用于校正成像光束(22)的时间触发的方法,使用该方法可以在打印形式(12)的表面(10)上产生投影点(24)。
    • 3. 发明申请
    • Imaging device for a printing press
    • 印刷机成像装置
    • US20050078167A1
    • 2005-04-14
    • US10958929
    • 2004-10-05
    • Thomas WolfBernhard ZintzenKarl Wisspeintner
    • Thomas WolfBernhard ZintzenKarl Wisspeintner
    • B41J2/44B41J2/45B41J2/455G01B7/00G03F7/207G03F7/24B41J2/435
    • B41J2/442G03F7/24
    • An imaging device (10) for a printing form (12), in particular in a printing unit (82) of a printing press (84), having at least one light source (14) and an imaging optics (18) for projecting the at least one light source (14) onto the printing form (12), at least one optical element (20), in particular a lens, of the imaging optics (18), being movable by way of an actuator element (48), and the imaging optics (18) including one sensor (24) for measuring the actual position of the optical element (20), the sensor having one coil (26) and at least one sensor target (28). The sensor (24) is assigned to a control element (66) for adjusting the position of the optical element (20) via the actuator element (48), so that a highly precise, dynamic positioning of the optical element (20) can be achieved.
    • 一种用于印刷形式(12)的成像装置(10),特别是在印刷机(84)的印刷单元(82)中,具有至少一个光源(14)和成像光学元件(18) 至少一个光源(14)到成像光学器件(18)上的至少一个光学元件(20),特别是透镜,能够通过致动器元件(48)移动到打印形式(12)上, 所述成像光学元件(18)包括用于测量所述光学元件(20)的实际位置的一个传感器(24),所述传感器具有一个线圈(26)和至少一个传感器目标(28)。 传感器(24)被分配给用于经由致动器元件(48)调节光学元件(20)的位置的控制元件(66),使得光学元件(20)的高度精确,动态的定位可以是 实现了