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    • 3. 发明申请
    • COMPUTER SYSTEM, ARRANGEMENT FOR REMOTE MAINTENANCE AND REMOTE MAINTENANCE METHOD
    • 计算机系统,远程维护和远程维护方法的安排
    • US20140316603A1
    • 2014-10-23
    • US13992512
    • 2011-12-05
    • Friedrich LedererImmanuel KöhnWerner Frank
    • Friedrich LedererImmanuel KöhnWerner Frank
    • G05F1/625
    • G05F1/625G06F1/3209H04L12/12Y02D50/40
    • A computer system includes a power supply unit providing at least one first supply voltage for operation of the computer system, a system board has at least one first power supply line that distributes the at least one first supply voltage; at least one processor arranged on the system board and coupled to the first power supply line that executes program code of user programs; a system monitoring module arranged on the system board having a microcontroller that executes program code for remote maintenance; at least one network interface coupled to the system monitoring module; and at least one splitter, coupled to the network interface that taps off a remote feed voltage provided via the network interface and feeds in a second supply voltage into at least one second power supply line of the system board, the second power supply line being coupled to the system monitoring module.
    • 计算机系统包括提供用于计算机系统的操作的至少一个第一电源电压的电源单元,系统板具有分配至少一个第一电源电压的至少一个第一电源线; 布置在所述系统板上并耦合到执行用户程序的程序代码的所述第一电源线的至少一个处理器; 系统监视模块,布置在具有执行用于远程维护的程序代码的微控制器的系统板上; 耦合到所述系统监控模块的至少一个网络接口; 以及耦合到所述网络接口的至少一个分离器,其分离经由所述网络接口提供的远程进给电压并将第二电源电压馈送到所述系统板的至少一个第二电源线中,所述第二电源线被耦合 到系统监控模块。
    • 5. 发明授权
    • Method for producing gradient index refraction index profiles in polymer optical fibers
    • 聚合物光纤中梯度折射率折射率分布的方法
    • US06527985B1
    • 2003-03-04
    • US09700896
    • 2000-11-20
    • Werner FrankJuergen KaufholdOlaf Ziemann
    • Werner FrankJuergen KaufholdOlaf Ziemann
    • B29D1100
    • G02B6/02038
    • In a method for producing graded-index profiles in polymeric optical fibers, ionizing radiation is used to cause an increase in the refractive index, for example in PMMA. Polymeric optical fibers, preforms or fiber-core preforms are irradiated with ionizing radiation of predetermined wavelength and dose while being moved past the radiation source in the longitudinal direction at a given speed and are subsequently tempered for a defined length of time. Through the control of the spatial distribution of the ionizing radiation with the aid of mirrors, lenses or aperture systems, a uniform, radial graded-index profile is produced over the entire fiber length, so that the polymeric fiber, used as an optical waveguide, has improved transmission characteristics for optical signals.
    • 在用于在聚合物光纤中产生渐变折射率分布的方法中,使用电离辐射来引起折射率的增加,例如在PMMA中。 聚合光纤,预成型件或纤维芯预成型件以预定波长和剂量的电离辐射照射,同时以给定速度在纵向方向上移动通过辐射源,并随后回火一段限定的时间长度。 通过借助于镜子,透镜或孔径系统控制电离辐射的空间分布,在整个纤维长度上产生均匀的径向渐变折射率分布,使得用作光波导的聚合物纤维, 改善了光信号的传输特性。
    • 8. 发明授权
    • Friction separation device
    • 摩擦分离装置
    • US4634111A
    • 1987-01-06
    • US692882
    • 1985-01-15
    • Werner Frank
    • Werner Frank
    • B65H1/02B65H1/04B65H3/04B65H3/54
    • B65H3/045B65H1/02B65H1/04B65H2701/1916
    • A friction separator for separating letters and similar flat items from a stack of such items. The friction separator comprises a base belt for supporting the stack of items and conveying them in a first direction, a guide wall extending along one side of the belt and a removal member for withdrawing the foremost items in the stack through a gap between the guide wall and the removal member. A first support member is positioned in a plane defined by the leading edge of the stack at the trailing portion of the shortest item withdrawn by the removal member, the first support member supporting the stack at a point spaced from the guide wall by a distance which is less than the length of the shortest item to be processed. A second support member is positioned at a location between the plane and the trailing edge of the stack of items supported by the belt, and is further positioned at a distance from the guide wall which is less than the length of the longest item to be processed. Means are provided for resiliently pressing at least one of the first and second support members against the stack.
    • PCT No.PCT / EP84 / 00144 Sec。 371日期1985年1月15日 102(e)日期1985年1月15日PCT提交1984年5月15日PCT公布。 第WO84 / 04517号公报 日期:1984年11月22日。一种摩擦分离器,用于从这些物品的堆叠中分离字母和类似的平坦物品。 摩擦分离器包括用于支撑物品堆叠并沿第一方向输送的基带,沿着带的一侧延伸的引导壁和用于通过引导壁之间的间隙抽出堆叠中的最前面的物品的拆卸构件 和去除构件。 第一支撑构件定位在由排出构件撤回的最短物品的尾部处由堆叠的前缘限定的平面中,第一支撑构件在与导向壁间隔开的位置处支撑堆叠一定距离, 小于要处理的最短项目的长度。 第二支撑构件定位在由带支撑的物品堆叠的平面和后缘之间的位置处,并且进一步定位成距离导向壁一定距离,该距离小于待处理的最长物品的长度 。 提供了用于将第一和第二支撑构件中的至少一个弹性压靠在堆叠上的装置。
    • 10. 发明授权
    • Separating apparatus for flat objects
    • 扁平物体分离装置
    • US4691913A
    • 1987-09-08
    • US801147
    • 1985-11-22
    • Werner Frank
    • Werner Frank
    • B07C1/02B65H3/04B65H3/52
    • B07C1/025B65H3/04B65H3/52B65H2701/1912
    • A singling apparatus for letters, vouchers, receipts, checks, punched cards, or other main items of all kinds up to a given size and thickness, singles out the items arriving in any irregular sequence one below the other, unarranged and oriented on a longitudinal or transverse edge. To obtain a high singling output and draw-off quality, the items are transported in vertical position through a transport mechanism and, by using a restricting guiding unit, into the draw-off region of a draw-off belt revolving about deflection bodies tangentially toward the draw-off belt surface. In the contact zone of draw-off belt and one deflection body the inflowing mail items are pressed against the draw-off belt and only the items coming into contact with the draw-off belt directly are drawn off by friction, by deflection of these items around the deflection body.
    • 用于信件,凭单,收据,支票,打孔卡或其他各种尺寸和厚度的主要物品的单打设备,将以任何不规则顺序排列的物品单独排列在另一个下方,未分类并纵向定向 或横向边缘。 为了获得高单色输出和抽出质量,物品通过运输机构在垂直位置运输,并且通过使用限制引导单元进入绕偏转体的切向区域的切向区域,其绕着偏转体切向地朝向 抽出皮带表面。 在牵引带和一个偏转体的接触区域中,流入的邮件物品被压靠在排出带上,并且只有直接与排出带接触的物品通过摩擦被这些物品的偏转 围绕偏转体。