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    • 1. 发明授权
    • Method for measuring ink density
    • 油墨浓度测量方法
    • US4712918A
    • 1987-12-15
    • US671629
    • 1984-11-14
    • Helmut WeigendBernd MorgensternPeter Reinhardt
    • Helmut WeigendBernd MorgensternPeter Reinhardt
    • B41F33/00G01N21/86
    • B41F33/0063
    • In a method for measuring ink density of printed sheets by means of photodiodes which scan light reflection from measuring marks provided on printed sheets, the start of a dynamic measuring process during the running of the printing machine is released by the control of impulse flanks, and the reflected light is scanned by sensors having a short response time. A medium reflection value of the surface of the measuring mark is determined. The control of impulse flanks takes place by a leading edge of the mark printed on the sheet, and the signal, released by that control, switches on the photodiodes and the light source. A changed voltage occurring at the output of each photodiode is amplified, and its peak value is stored; and the photodiodes and the light source are switched off thereafter.
    • 在通过光电二极管测量打印片材的墨密度的方法中,其通过扫描从打印片材上提供的测量标记的光反射来测量打印机运行过程中的动态测量过程的开始是通过脉冲侧面的控制来释放的, 反射光被具有较短响应时间的传感器扫描。 确定测量标记的表面的中等反射值。 脉冲侧面的控制由打印在纸张上的标记的前缘进行,并且由该控制释放的信号打开光电二极管和光源。 在每个光电二极管的输出处发生的变化的电压被放大,并且其峰值被存储; 此后,光电二极管和光源被关闭。
    • 4. 发明申请
    • METHOD FOR MELT SPINNING, STRETCHING, AND WINDING A MULTIFILAMENT THREAD AS WELL AS A DEVICE FOR PERFORMING THE METHOD
    • 用于熔融纺丝,拉伸和卷绕多层螺纹的方法,作为用于实施方法的装置
    • US20110121480A1
    • 2011-05-26
    • US12993177
    • 2009-05-22
    • Helmut WeigendHansjörg MeiseDetlev Schulz
    • Helmut WeigendHansjörg MeiseDetlev Schulz
    • D02J13/00B29C47/26
    • D01D11/06B29C47/0014B29C47/20D01D5/16D01D10/02D01D10/0436D01D13/02
    • A method for melt spinning, stretching, and winding a multifilament thread to form an FDY-yarn as well as a device for performing the method are presented. Hereby, a plurality of filaments are first extruded from thermoplastic melt, cooled to a temperature below the glass transition temperature of the thermoplastic material, and gathered to form a filament bundle without adding a preparation fluid. The filament bundle is then drawn-off at a speed above 1,500 m/min., heated to have a temperature above the glass transition temperature of the thermoplastic material, and stretched at a drawing speed above 4,000 m/min. Preparation of the filament bundle with a preparation fluid and winding the thread to form a spool is then performed. The device has the preparation device arranged in a zone of the thread course between the drawing device and the winding device, in which the thread has a thread-running speed above 4,000 m/min.
    • 提出了一种用于熔融纺丝,拉伸和缠绕多丝线以形成FDY纱线的方法以及用于执行该方法的装置。 因此,首先将多根长丝从热塑性熔体挤出,冷却至低于热塑性材料的玻璃化转变温度的温度,并聚集成丝束而不添加制备流体。 然后将丝束以高于1500m / min的速度拉出,加热至具有高于热塑性材料的玻璃化转变温度的温度,并以4,000m / min的拉伸速度拉伸。 然后进行具有制备流体并缠绕线以形成线轴的丝束的制备。 该装置具有布置在牵引装置和卷绕装置之间的线程的区域中的准备装置,其中线程具有高于4000m / min的线程运行速度。
    • 7. 发明授权
    • Apparatus for melt spinning and windup of synthetic yarn
    • 用于熔融纺丝和合成纱线卷起的装置
    • US07802977B2
    • 2010-09-28
    • US12181009
    • 2008-07-28
    • Michael SchröterHelmut Weigend
    • Michael SchröterHelmut Weigend
    • D01D7/00
    • D01D13/00B65H54/20B65H57/16B65H57/26B65H2701/3132
    • An apparatus for melt spinning and winding up synthetic yarns comprising a spinning appliance, a treating appliance and a windup machine. The treating appliance comprises a runoff godet for guiding the yarns before entry and distribution of the yarns into a plurality of winding stations in the windup machine, the runoff godet being arranged above the windup machine and guiding the yarns in a parallel side by side arrangement on its circumference. The runoff godet is arranged transversely to a winding spindle and above the windup machine, the windup machine comprising a plurality of head yarn guides which are disposed upstream of the winding stations and are arranged in a vertically oriented runup plane. To ensure a very low-friction guidance for the yarns, the invention provides that the head yarn guides of the winding stations are disposed downstream of the runoff godet immediately in the yarn path and such that on deflection of the yarns into the runup plane an angle of deflection of not more than 15° is not exceeded.
    • 一种用于熔融纺丝和卷绕合成纱线的装置,包括纺丝器具,处理器具和卷绕机。 处理器具包括用于在纱线进入和分配到卷绕机中的多个卷绕工位之前引导纱线的径流导丝器,径流导丝辊布置在卷绕机上方并沿并排的方式引导纱线 它的圆周​​。 径流导丝辊横向于卷绕心轴并且在卷绕机上方布置,该卷绕机包括多个头纱导纱器,它们设置在卷绕站的上游并且布置在垂直定向的流动平面中。 为了确保纱线的摩擦力很低,本发明提供了将卷绕工位的头部纱线引导件立即设置在纱线通道中的径向导丝管的下游,并且使得在将纱线偏转到膨胀平面中的角度 不超过15°的偏转。
    • 8. 发明申请
    • APPARATUS FOR MELT SPINNING AND WINDUP OF SYNTHETIC YARN
    • 用于熔融纺丝和合成纱线的装置
    • US20090022833A1
    • 2009-01-22
    • US12181009
    • 2008-07-28
    • Michael SchroterHelmut Weigend
    • Michael SchroterHelmut Weigend
    • D01D13/02D01D7/00B65H54/00
    • D01D13/00B65H54/20B65H57/16B65H57/26B65H2701/3132
    • An apparatus for melt spinning and winding up synthetic yarns comprising a spinning appliance, a treating appliance and a windup machine. The treating appliance comprises a runoff godet for guiding the yarns before entry and distribution of the yarns into a plurality of winding stations in the windup machine, the runoff godet being arranged above the windup machine and guiding the yarns in a parallel side by side arrangement on its circumference. The runoff godet is arranged transversely to a winding spindle and above the windup machine, the windup machine comprising a plurality of head yarn guides which are disposed upstream of the winding stations and are arranged in a vertically oriented runup plane. To ensure a very low-friction guidance for the yarns, the invention provides that the head yarn guides of the winding stations are disposed downstream of the runoff godet immediately in the yarn path and such that on deflection of the yarns into the runup plane an angle of deflection of not more than 15° is not exceeded.
    • 一种用于熔融纺丝和卷绕合成纱线的装置,包括纺丝器具,处理器具和卷绕机。 处理器具包括用于在纱线进入和分配到卷绕机中的多个卷绕工位之前引导纱线的径流导丝器,径流导丝辊布置在卷绕机上方并沿并排的方式引导纱线 它的圆周​​。 径流导丝辊横向于卷绕心轴并且在卷绕机上方布置,该卷绕机包括多个头纱导纱器,它们设置在卷绕站的上游并且布置在垂直定向的流动平面中。 为了确保纱线的摩擦力很低,本发明提供了将卷绕工位的头部纱线引导件立即设置在纱线通道中的径向导丝管的下游,并且使得在将纱线偏转到膨胀平面中的角度 不超过15°的偏转。