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    • 1. 发明申请
    • AN APPARATUS COMPRISING A SHAFT AND A BALANCING DEVICE FOR BALANCING THE SHAFT
    • 包括轴和平衡轴的平衡装置的装置
    • WO2014037211A1
    • 2014-03-13
    • PCT/EP2013/067143
    • 2013-08-16
    • SIEMENS AKTIENGESELLSCHAFT
    • KNOWLES, Grahame
    • F16F15/32
    • F16F15/322
    • An apparatus comprising a shaft (5) and a balancing device for balancing the shaft (5), wherein the shaft (5) is mounted for rotation and the balancing device is mounted on the shaft (5) to rotate with the shaft (5), wherein the balancing device comprises first and second leaf springs (1) and a balancing weight, wherein the leaf springs (1) extend axially along the shaft (5) and are disposed on opposite sides of the shaft (5) in diametrically opposed relation, wherein each leaf spring (1) has one end secured to the shaft (5) and its remaining length unencumbered to flex upon rotation of the shaft (5), wherein the balancing weight is mounted on a remaining length of a leaf spring (1), characterised in that the balancing device further comprises a coupling mechanism (11, 23, 31) which couples together the remaining lengths of the leaf springs (1) so that the remaining lengths flex in unison.
    • 一种包括轴(5)和用于平衡轴(5)的平衡装置的装置,其中所述轴(5)安装成用于旋转,并且所述平衡装置安装在所述轴(5)上以与所述轴(5)一起旋转, ,其中所述平衡装置包括第一和第二板簧(1)和平衡重块,其中所述板簧(1)沿着所述轴(5)轴向延伸并且设置在所述轴(5)的径向相对关系的相对侧上 ,其中每个板簧(1)具有固定到所述轴(5)的一端,并且其剩余长度在所述轴(5)旋转时不受阻碍地弯曲,其中所述平衡重被安装在板簧(1)的剩余长度上 ),其特征在于,所述平衡装置还包括联接机构(11,23,31),其将所述板簧(1)的剩余长度联接在一起,使得剩余的长度一致地弯曲。
    • 2. 发明申请
    • HIGH VOLTAGE ARM ASSEMBLY WITH INTEGRATED RESISTOR, AUTOMATIC HIGH VOLTAGE DEFLECTION ELECTRODE LOCATOR, AND SPECIAL INSULATION
    • 具有集成电阻的高电压ARM组件,自动高电压电极定位器和特殊绝缘
    • WO2005123393A1
    • 2005-12-29
    • PCT/EP2005/006433
    • 2005-06-15
    • VIDEOJET TECHNOLOGIES LIMITEDSHRIVASTAVA, DilipRYBICKI, Michael, J.
    • SHRIVASTAVA, DilipRYBICKI, Michael, J.
    • B41J2/09
    • B41J2/09
    • According to an embodiment of the present invention, a deflection electrode assembly is provided for use in a continuous ink jet printer of the type which projects a stream of ink drops toward a substrate and controls placement of the ink drops on the substrate by selectively charging the individual ink drops and passing the charged ink drops through a deflection field created by the deflection electrode assembly. The deflection electrode assembly includes a high voltage electrode, a low voltage electrode, and an insulating housing which positions the high and low voltage electrodes in a predetermined spaced relationship along the ink drop stream. The insulating housing also has an internal resistor in electrical connection to the high voltage electrode and an external circuit. The insulating housing also contains an insulating member which supports the high voltage electrode as well as minimizes the possibility for arcing between the two electrodes.
    • 根据本发明的一个实施例,提供了一种用于连续喷墨打印机的连续喷墨打印机,该喷墨打印机将墨滴流投向基板,并通过有选择地将 单独的墨水滴落并使带电墨滴通过由偏转电极组件产生的偏转场。 偏转电极组件包括高压电极,低电压电极和绝缘壳体,其将高电压电极和低电压电极沿着墨滴流定位成预定间隔的关系。 绝缘外壳还具有与高压电极电连接的内部电阻器和外部电路。 绝缘壳体还包含一个绝缘构件,其支撑高压电极,并且最小化两个电极之间电弧的可能性。
    • 5. 发明申请
    • PRINTING METHOD FOR CONTINUOUS INK JET PRINTER
    • 连续喷墨打印机的打印方法
    • WO2003035399A1
    • 2003-05-01
    • PCT/EP2002/011766
    • 2002-10-21
    • VIDEOJET TECHNOLOGIES LIMITED
    • SHRIVASTAVA, Dilip, K.GEORGE, Henry, F.FICKLING, Andrew, E.
    • B41J2/02
    • B41J2/02B41J2/095B41J2/185B41J2002/022
    • A continuous ink jet printer projects a stream of evenly spaced ink drops toward a substrate and controls placement of the ink drops on the substrate by selectively charging the individual ink drops and passing the charged ink drops through an electric field to control placement of said charged ink drops on a substrate. The printer may be used to print either single or multiple lines of print in a single stroke. A stroke consists of a single column from all lines and can have adjacent drops printed in alternating lines to reduce drop interaction. Each line of print in the stroke having N virtual print positions, at least some of which are being divided into pairs of adjacent positions. Each pair of adjacent positions has a first print position and a second print position. The printer includes a controller having a plurality of first and second look-up tables, each of which is associated with a different one of said pairs of adjacent print positions. Each of the look-up tables contains a plurality of charge values which correspond to the charge to be applied to a print drop in one of the first or second print positions, respectively, as a function of the charges of each of a predetermined number of drops that are proximate to the print drop in the drop stream. The adjacent drops may include a predetermined number of history drops that precede the print drop in the stream and a predetermined number of future drops that follow the print drop in the stream. The controller determines the charge to be applied to drops and produces a control signal responsive thereto by (1) retrieving a charge value from one of the first lookup tables if the drop is to be printed in one of the first print positions, or (2) retrieving a charge value from one of the second look-up tables if the drop is to be printed in one of the second print drop positions. A charging tunnel receives the control signal from the controller and charges the drops to the determined charges in response thereto.
    • 连续喷墨打印机将均匀间隔的墨滴流朝向基底投射,并且通过选择性地对单个墨滴进行充电并控制带电的墨滴通过电场来控制墨滴的放置,以控制所述带电墨水的放置 滴在基材上。 打印机可以用于单次打印单张或多行打印。 笔画由所有行中的单个列组成,并且可以以交替的线条打印相邻的墨滴以减少墨滴的相互作用。 行程中的每行打印具有N个虚拟打印位置,其中至少一些被划分为相邻位置对。 每对相邻位置具有第一打印位置和第二打印位置。 打印机包括具有多个第一和第二查找表的控制器,每个查找表与所述一对相邻的打印位置中的不同的一个相关联。 每个查找表包含多个电荷值,其对应于应用于第一或第二打印位置中的一个打印位置中的打印墨滴的电荷,作为每个预定数量的 在滴流中靠近打印下降的液滴。 相邻的液滴可以包括在流中的打印下降之前的预定数量的历史墨滴和在流中的打印下降之后的预定数量的未来墨水。 控制器确定要应用于下降的电荷,并且通过以下步骤产生响应于此的控制信号:(1)如果要在第一打印位置中的一个印刷位置打印液滴,则从第一查找表中的一个检索电荷值,或者(2 )如果要在第二打印下降位置中的一个打印液滴,则从第二查找表中的一个检索表获取电荷值。 充电隧道接收来自控制器的控制信号,并且响应于此,将液滴充电到所确定的电荷。
    • 9. 发明申请
    • INK JET INK COMPOSITION AND METHOD FOR SECURITY MAKING
    • INK喷射墨水组合物和安全制造方法
    • WO2004081125A1
    • 2004-09-23
    • PCT/EP2004/002652
    • 2004-03-15
    • VIDEOJET TECHNOLOGIES LIMITEDKOZEE, MichaelLOOMAN, Steven, D.FOLKERS, John, P.
    • KOZEE, MichaelLOOMAN, Steven, D.FOLKERS, John, P.
    • C09D11/00
    • C09D11/32B41M3/144C09D11/50Y10T428/24835
    • Disclosed is an ink composition suitable for ink jet printing comprising a luminescent compound, a solvent, and an energy active compound, and optionally a non-luminescent colorant. The energy active compound, when exposed to energy, generates one or more active species that can react with the luminescent compound to alter one or more of the characteristics of the luminescent compound. The luminescent compound can be colored or colorless. Also disclosed is a method for marking substrates comprising providing a mark comprising a luminescent compound and an energy active compound. Further disclosed is a jet ink composition suitable for printing on substrates authentication or security marks which can be rendered unreadable. The luminescence of the mark is quenched and the visible color is changed when irradiated with a light.
    • 公开了适用于喷墨印刷的油墨组合物,其包含发光化合物,溶剂和能量活性化合物,以及任选的非发光着色剂。 能量活性化合物当暴露于能量时,产生一种或多种可与发光化合物反应以改变发光化合物的一种或多种特性的活性物质。 发光化合物可以是有色或无色的。 还公开了一种用于标记基材的方法,包括提供包含发光化合物和能量活性化合物的标记。 还公开了一种喷墨油墨组合物,其适用于印刷在基板上的认证或安全标记,这些标记可能会变得不可读。 标记的发光被淬灭,并且当用光照射时可见的颜色改变。
    • 10. 发明申请
    • INK JET PRINTER DEFLECTION ELECTRODE ASSEMBLY HAVING A DIELECTRIC INSULATOR
    • 具有电介质绝缘体的喷墨打印机偏转电极组件
    • WO2003082579A1
    • 2003-10-09
    • PCT/EP2003/003403
    • 2003-03-31
    • VIDEOJET TECHNOLOGIES LIMITED
    • SHRIVASTAVA, Dilip, K.EREMITY, FrankARWAY, George
    • B41J2/09
    • B41J2/02B41J2/09
    • According to certain aspects of an embodiment of the present invention, a deflection electrode assembly is provided for use in a continuous ink jet printer of the type which projects a stream of ink drops toward a substrate and controls placement of the ink drops on the substrate by selectively charging the individual ink drops and passing the charged ink drops through an electric (deflection) field created by the deflection electrode assembly. The deflection electrode assembly includes a high voltage deflection electrode (56) and a low voltage deflection electrode (44) positioned on opposite sides of the ink drop stream. A dielectric insulating member (46) is mounted on at least one of the deflection electrodes. The insulating member include a longitudinal opening (66) which exposes the deflection electrode (42) along the path of the ink jet stream, thereby virtually eliminating the tendency for accumulated ink to decrease the strength of the deflection field. The insulating member extends inwardly and underlies the bottom face of the deflection electrode along at least its front and side edges. Providing insulation along the front and side edges of the deflection electrode reduces arcing between the deflection electrodes. Providing the longitudinal opening in the insulating member reduces the field distortion effects of micro-satellite ink drops that would otherwise accumulate on the insulating member.
    • 根据本发明的实施例的某些方面,提供了一种用于连续喷墨打印机的连续喷墨打印机,该打印机将墨滴流朝向基板投射,并通过以下步骤控制墨滴在基板上的放置: 选择性地对各个墨滴进行充电,并使带电的墨滴通过由偏转电极组件产生的电(偏转)场。 偏转电极组件包括位于墨滴流的相对侧上的高电压偏转电极(56)和低电压偏转电极(44)。 绝缘绝缘构件(46)安装在至少一个偏转电极上。 绝缘构件包括沿着喷墨流的路径使偏转电极(42)露出的纵向开口(66),从而实际上消除了累积墨水降低偏转场强度的倾向。 绝缘构件沿着至少其前侧和侧边缘向内延伸并且在偏转电极的底面下方延伸。 沿着偏转电极的前边缘和侧边缘提供绝缘,减少了偏转电极之间的电弧。 在绝缘构件中提供纵向开口减小了否则会积聚在绝缘构件上的微卫星墨滴的场失真效应。