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    • 3. 发明授权
    • Reserve-surface cleaner and vacuum for ring-spinning machine
    • 环形纺纱机的储备表面清洁和真空
    • US5319917A
    • 1994-06-14
    • US985677
    • 1992-12-04
    • Jakob BothnerDaniel FriedrichThomas PeterRainer MaierRainer KurzBernd Paulisch
    • Jakob BothnerDaniel FriedrichThomas PeterRainer MaierRainer KurzBernd Paulisch
    • D01H1/38D01H11/00
    • D01H1/385D01H11/006
    • A reserve-surface cleaning apparatus is used in combination with a ring-spinning machine having a longitudinally extending row of spindles each adapted to hold a roving sleeve and each formed below the respective sleeve with a respective reserve winding area and a longitudinally extending frame extending along a back side of the row and a service area extending along a front side of the row. The cleaning system has a guide rail extending on the frame longitudinally along the back side of the row of spindles, a cleaner carriage displaceable longitudinally along the rail past the spindles, and a drive for displacing the cleaner carriage longitudinally along the rail past the spindles. A set of tools on the cleaner carriage strips roving from the reserve surfaces as the cleaner carriage passes same. A vacuum carriage displaceable longitudinally along the frame has an attachment with an end projecting from the front side back toward the stations level with the reserve surfaces for aspirating roving stripped therefrom by the tools and a drive engaged between the vacuum carriage and the frame displaces the vacuum carriage longitudinally along the frame and thereby sequentially positions the attachment immediately adjacent the surfaces. A synchronizing unit connected between both of the drives synchronously jointly moves the carriages and maintains the attachment transversely aligned with the tools.
    • 备用表面清洁装置与环锭纺纱机组合使用,该纺丝机具有纵向延伸的一排主轴,每个主轴适于保持粗纱套筒,并且每个形成在相应套筒下方,具有相应的备用卷绕区域和沿着 行的后侧和沿着行的前侧延伸的服务区。 所述清洁系统具有沿着所述主轴纵向延伸的所述框架上的导轨,沿着所述轨道经过所述主轴纵向移动的清洁器支架,以及用于沿着所述轨道纵向移动所述清洁器托架通过所述心轴的驱动器。 清洁器车架上的一组工具在清洁器车架通过时从保留表面上粗纱。 沿着框架纵向移动的真空滑架具有附接件,其端部从前侧向后朝向工位水平面突出,备用表面用于通过工具从其中剥离的粗纱,并且在真空托架和框架之间接合的驱动器使真空 沿着框架纵向滑动,从而顺序地将附件紧邻表面定位。 连接在两个驱动装置之间的同步装置同步地共同地移动支架并维持附件与工具横向对准。
    • 6. 发明授权
    • Method and apparatus for introducing a cable into a vulcanization chamber
    • 将电缆引入硫化室的方法和装置
    • US4309167A
    • 1982-01-05
    • US159664
    • 1980-06-16
    • Rainer KurzRuedi Walther
    • Rainer KurzRuedi Walther
    • H01B13/14B29C35/00B29C35/04B29C37/00B29C47/00F27B3/22F27D1/18F26B25/00
    • B29C37/0089B29C47/00B29C47/0016B29K2021/00
    • The cable is introduced into a sealing tube containing elastic sealing elements before entering the vulcanization chamber which is separated from the extruder. The elements have closed chambers which can be individually pressurized by, in each case, one line, while pressure regulation takes place by means of pressure reducing valves. Gaps can be provided between the individual chambers and they are filled by the heat transfer medium which brings about the crosslinking of the layer extruded onto cable and which passes out of the intake opening of vulcanization chamber. A leakage flow forms along the entire sealing tube and this passes through the openings of sealing elements and completely fills the annular clearance between the boundary of the opening and the cable, so that any contact between the cable and the sealing elements is at least substantially prevented. The gaps can be filled with a sealing liquid, which then forms the leakage flow instead of or together with the heat transfer medium.
    • 在进入与挤出机分离的硫化室之前,将电缆引入含有弹性密封元件的密封管中。 这些元件具有闭合的腔室,其可以在每种情况下单独地加压一行,同时通过减压阀进行压力调节。 可以在各个室之间提供间隙,并且由传热介质填充,导致挤出到电缆上的层的交联,并且其从硫化室的进气口进出。 沿着整个密封管形成泄漏流,并且这个泄漏流通过密封元件的开口并且完全填充开口的边界和电缆之间的环形间隙,使得电缆和密封元件之间的任何接触至少基本上被防止 。 间隙可以用密封液体填充,然后密封液体形成泄漏流而不是传热介质或与传热介质一起形成泄漏流。
    • 10. 发明授权
    • Position-sensitive director
    • 对职位敏感的董事
    • US4937455A
    • 1990-06-26
    • US155048
    • 1988-02-11
    • Rainer Kurz
    • Rainer Kurz
    • G01B11/00G01J1/02G01T1/29G01V8/10H01J31/50H01J47/02H01J47/06
    • H01J31/505G01T1/2935H01J47/062
    • A position-sensitive detector for electronically imaging objects emitting low-intensity light radiation, comprises a photocathode means for converting incident low-intensity light radiation into electrons; electron acceleration means disposed in series with the photocathode means for accelerating the electrons generated by the photocathode means; transducer means disposed in series with the acceleration means for converting the accelerated electrons into ultra-violet radiation; and a multi-wire chamber means disposed in series with the transducer means for providing readout of the position of the ultra-violet radiation.A detector having a solid scintillator for electronically imaging objects emitting low-intensity x-ray or gamma ray or the like is also disclosed.
    • 用于电子地成像发射低强度光辐射的物体的位置敏感检测器包括用于将入射的低强度光辐射转换成电子的光电阴极装置; 电子加速装置与光电阴极装置串联设置,用于加速由光电阴极装置产生的电子; 传感器装置与加速装置串联设置,用于将加速的电子转换成紫外辐射; 以及与换能器装置串联设置的多线室,用于提供紫外线辐射位置的读出。 还公开了一种具有用于电子成像发射低强度x射线或γ射线等的物体的固体闪烁体的检测器。