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    • 1. 发明授权
    • Continuous ink jet print head having power-adjustable segmented heaters
    • 连续喷墨打印头,具有功率可调分段加热器
    • US06213595B1
    • 2001-04-10
    • US09221256
    • 1998-12-28
    • Constantine N. AnagnostopoulosJames M. ChwalekGilbert A. Hawkins
    • Constantine N. AnagnostopoulosJames M. ChwalekGilbert A. Hawkins
    • B41J2105
    • B41J2/03B41J2002/032B41J2202/16
    • Apparatus for controlling ink in a continuous ink jet printer in which a continuous stream of ink is emitted from a nozzle includes a nozzle bore to establish a continuous stream of ink; a heater having a plurality of selectively independently actuated sections which are positioned along respectively different portions of the nozzle bore; a variable power source for the heater sections; and an actuator adapted to selectively activate none, one, or a plurality of said heater sections with an adjustable amount of power such that actuation of heater sections associated with only a portion of the entire nozzle bore perimeter produces an asymmetric application of heat to the stream to control the direction and the amount of deflection of the stream as a function of the amount of power of the activated heater sections.
    • 用于控制连续喷墨打印机中的油墨的装置,其中从喷嘴喷射连续的墨水流包括喷嘴孔,以建立连续的墨水流; 加热器,具有多个选择性地独立地致动的部分,其沿喷嘴孔的不同部分定位; 用于加热器部分的可变电源; 以及致动器,适于以可调整的功率选择性地激活所述加热器部分中的一个,一个或多个加热器部分,使得仅与整个喷嘴孔周边部分相关联的加热器部分的致动产生热量对流的不对称施加 以根据活化的加热器部分的功率量来控制流的方向和偏转量。
    • 3. 发明授权
    • Continuous ink jet print head having multi-segment heaters
    • 具有多段加热器的连续喷墨打印头
    • US06217163B1
    • 2001-04-17
    • US09221342
    • 1998-12-28
    • Constantine N. AnagnostopoulosJames M. ChwalekGilbert A. Hawkins
    • Constantine N. AnagnostopoulosJames M. ChwalekGilbert A. Hawkins
    • B41J202
    • B41J2/03B41J2/09B41J2/105B41J2002/032B41J2202/16
    • To compensate for droplet placement errors, a continuous ink jet printer includes a heater having a plurality of selectively independently actuated sections which are positioned along respectively different portions of the nozzle bore's perimeter. An actuator selectively activates none, one, or a plurality of the heater sections such that: actuation of heater sections associated with only a portion of the entire nozzle bore perimeter produces an asymmetric application of heat to the stream to control the direction of the stream between a print direction and a non-print direction, and simultaneous actuation of different numbers of heater sections associated with only a portion of the entire nozzle bore perimeter produces corresponding different asymmetric application of heat to the stream to thereby control the direction of the stream between one print direction and another print direction.
    • 为了补偿液滴放置误差,连续喷墨打印机包括具有多个选择性独立致动部分的加热器,其沿着喷嘴孔的周边的不同部分定位。 致动器选择性地激活任何一个,一个或多个加热器部分,使得仅与整个喷嘴孔周边的一部分相关联的加热器部分的致动产生热量对流的不对称施加,以控制流之间的方向 打印方向和非打印方向,并且与仅与整个喷嘴孔周边的一部分相关联的不同数量的加热器部分的同时致动产生热量对流的相应不同的不对称应用,从而控制流在一个 打印方向和其他打印方向。
    • 4. 发明授权
    • Continuous ink jet printer with variable contact drop deflection
    • 连续喷墨打印机具有可变的接触液滴偏转
    • US6012805A
    • 2000-01-11
    • US953525
    • 1997-10-17
    • Gilbert A. HawkinsConstantine N. AnagnostopoulosJames M. ChwalekDavid L. Jeanmaire
    • Gilbert A. HawkinsConstantine N. AnagnostopoulosJames M. ChwalekDavid L. Jeanmaire
    • B41J2/095B41J2/03B41J2/085B41J2/09B41J2/105
    • B41J2/09B41J2/03B41J2002/032B41J2202/16
    • Apparatus is disclosed for controlling ink in a continuous ink jet printer in which a continuous stream of ink is emitted from a nozzle, wherein an ink stream generator establishes a continuous flow of ink in a stream such that the stream breaks up into a plurality of droplets at a position spaced from the ink stream generator. A stream deflector includes a body having a surface positioned adjacent to the stream between the ink stream generator and the position whereat the stream breaks up into droplets such that the stream contacts the surface and is deflected at least in part due to a tendency of liquid to contact a surface in proportion to liquid-solid free energy. The stream may be deflected substantially totally due to a tendency of liquid to contact a surface in proportion to liquid-solid free energy, or may be deflected partially due to a tendency of liquid to contact a surface in proportion to liquid-solid free energy and partially due to a reactive force on the stream exerted by the surface as a result of collision of the stream with the surface.
    • 公开了用于控制连续喷墨打印机中的油墨的装置,其中从喷嘴喷射连续的墨水流,其中油墨流发生器建立流中连续的油墨流,使得流分解成多个液滴 在与墨水流发生器隔开的位置处。 流偏转器包括主体,该主体具有邻近油墨流发生器之间的流定位的位置,并且该流分解成液滴的位置,使得该流接触该表面并由于液体的倾向至少部分地偏转 与液固自由能成比例地接触表面。 由于液体与液体 - 固体自由能成比例地接触表面的倾向,流可以基本上完​​全偏转,或者由于液体与液体 - 固体自由能成比例地接触表面的倾向而部分地偏转, 部分原因是由于流与表面的碰撞而由表面施加的流上的反作用力。
    • 9. 发明授权
    • Continuous ink jet print head having heater with symmetrical configuration
    • 具有对称构型的加热器的连续喷墨打印头
    • US06217156B1
    • 2001-04-17
    • US09334810
    • 1999-06-17
    • Gilbert A. HawkinsJames M. ChwalekConstantine N. Anagnostopoulos
    • Gilbert A. HawkinsJames M. ChwalekConstantine N. Anagnostopoulos
    • B41J205
    • B41J2/09B41J2/03B41J2/105B41J2002/032B41J2202/16
    • Apparatus for controlling an ink jet printer includes a substrate; an ink delivery channel below the substrate; and a nozzle bore through the substrate and opening into the ink delivery channel to establish an ink flow path. A resistive heater has an upper surface above the upper surface of the substrate and defines a symmetrical radially-outward heater perimeter edge. Ink tends to form a meniscus on the upper surface of the heater, the meniscus tending to pin at the heater perimeter edge. A plurality of electrodes make contact with the heater at spaced-apart positions below the perimeter edge. The ink may flow in a continuous stream from the nozzle bore. The heater defines a plurality of sections, each section having a pair of electrodes. The actuator is adapted to apply the power source across selected pairs of the electrodes such that actuation of only a portion of the heater sections produces an asymmetric application of heat to the stream to control the direction and the amount of deflection of the stream as a function of the activated heater sections.
    • 用于控制喷墨打印机的设备包括:基板; 在基底下方的墨水输送通道; 以及喷嘴孔穿过基底并且进入墨水输送通道以建立墨水流动路径。 电阻加热器在基板的上表面上方具有上表面,并且限定对称的径向向外的加热器周边边缘。 油墨倾向于在加热器的上表面上形成弯月面,弯液面倾向于在加热器周边边缘处引脚。 多个电极在周边边缘下方的间隔位置与加热器接触。 墨水可能以喷嘴孔的连续流动。 加热器限定多个部分,每个部分具有一对电极。 致动器适于将电源施加在所选择的电极对之间,使得只有一部分加热器部分的致动产生热量对流的不对称施加,以控制流的方向和偏转量作为功能 的激活加热器部分。
    • 10. 发明授权
    • Apparatus and method for drying receiver media in an ink jet printer
    • 用于在喷墨打印机中干燥接收介质的装置和方法
    • US06505927B2
    • 2003-01-14
    • US09464227
    • 1999-12-15
    • Constantine N. AnagnostopoulosDavid S. RossJames M. Chwalek
    • Constantine N. AnagnostopoulosDavid S. RossJames M. Chwalek
    • B41J201
    • B41J11/002
    • An apparatus and method for drying a receiver media (30) in an ink jet printer. The apparatus generally comprises a means for creating a pressure differential between the upper surface (20) and the lower surface (50) of the receiver media (30), wherein the pressure at the lower surface (50) of the receiver media (30) is lower than the pressure at the upper surface (20) of the receiver media (30). The pressure differential-creating means may include a vacuum pump (70) adapted to generate a vacuum at the lower surface (50) of the receiver media (30) or an air pump (130) adapted to pass air currents (140) across the lower surface (50) of the receiver media (30) to cause a “Bernoulli effect”. The method generally comprises the steps of depositing ink droplets (10) onto the upper surface (20) of the receiver media (30); and creating a pressure differential between the upper surface (20) and the lower surface (50) of the receiver media (30), whereby carrier fluid contained in ink droplets (10) is drawn through the receiver media (30) from the upper surface (20) to the lower surface (50).
    • 一种用于干燥喷墨打印机中的接收介质(30)的设备和方法。 该装置通常包括用于在接收介质(30)的上表面(20)和下表面(50)之间产生压差的装置,其中接收介质(30)的下表面(50)处的压力 低于接收介质(30)的上表面(20)处的压力。 压力差产生装置可以包括适于在接收器介质(30)的下表面(50)产生真空的真空泵(70)或适于使气流(140)穿过的空气泵(130) 接收介质(30)的下表面(50)引起“伯努利效应”。 该方法通常包括以下步骤:将墨滴(10)沉积到接收介质(30)的上表面(20)上; 以及在所述接收介质(30)的所述上表面(20)和所述下表面(50)之间产生压力差,由此包含在墨滴(10)中的载体流体从所述接收介质(30)从所述上表面 (20)到所述下表面(50)。