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    • 5. 发明授权
    • Continuous printing using temperature lowering pulses
    • 使用降温脉冲进行连续打印
    • US07988250B2
    • 2011-08-02
    • US12903244
    • 2010-10-13
    • Gilbert A. HawkinsSiddhartha GhoshChristopher N. DelametterEdward P. Furlani
    • Gilbert A. HawkinsSiddhartha GhoshChristopher N. DelametterEdward P. Furlani
    • B41J29/38B41J29/377B41J2/165B41J2/14B41J2/05B41J2/07B41J2/02B41J2/085
    • B41J2/03B41J2002/022
    • A printer includes a printhead and a source of liquid. The printhead includes a nozzle bore. The liquid is under pressure sufficient to eject a column of the liquid through the nozzle bore. The liquid has a temperature. A thermal modulator is associated with the nozzle bore. The thermal modulator is operable to transiently lower the temperature of the liquid as the liquid is ejected through the nozzle bore. An electrical pulse source is in electrical communication with the thermal modulator. The electrical pulse source is operable to provide a series of pulses to the thermal modulator that control the transient temperature lowering of the liquid. The series of pulses includes a first pulse applied at a first power level for transferring heat to the liquid, a second pulse applied at a second power level for transferring heat to the liquid, and a third pulse applied at a third power level for transferring heat to the liquid. The third power level is in between the first power level and the second power level.
    • 打印机包括打印头和液体源。 打印头包括喷嘴孔。 液体的压力足以通过喷嘴孔喷出液体柱。 液体有一个温度。 热调制器与喷嘴孔相关联。 热调制器可操作以在液体通过喷嘴孔喷出时瞬时降低液体的温度。 电脉冲源与热调制器电连通。 电脉冲源可操作以向控制瞬态温度降低的热调制器提供一系列脉冲。 所述一系列脉冲包括以第一功率电平施加的用于将热量传送到液体的第一脉冲,以第二功率电平施加的用于将热传递到液体的第二脉冲,以及以第三功率电平施加以传递热量的第三脉冲 到液体。 第三功率电平处于第一功率电平和第二功率电平之间。
    • 6. 发明授权
    • Drop-on-demand liquid emission using asymmetrical electrostatic device
    • 使用不对称静电装置的按需喷液发射
    • US06715704B2
    • 2004-04-06
    • US10155306
    • 2002-05-23
    • Gilbert A. HawkinsEdward P. FurlaniChristopher N. Delametter
    • Gilbert A. HawkinsEdward P. FurlaniChristopher N. Delametter
    • B05B500
    • B41J2/14314
    • A liquid emission device includes a chamber having a nozzle orifice. Separately addressable dual electrodes are positioned on opposite sides of a central electrode. The three electrodes are aligned with the nozzle orifice. A rigid electrically insulating coupler connects the two addressable electrodes. To eject a drop, an electrostatic charge is applied to the addressable electrode nearest to the nozzle orifice, which pulls that electrode away from the orifice, drawing liquid into the expanding chamber. The other addressable electrode moves in conjunction, storing potential energy in the system. Subsequently the addressable electrode nearest to the nozzle is de-energized and the other addressable electrode is energized, causing the other electrode to be pulled toward the central electrode in conjunction with the release of the stored elastic potential energy. This action pressurizes the liquid in the chamber behind the nozzle orifice, causing a drop to be ejected from the nozzle orifice.
    • 液体排放装置包括具有喷嘴孔的室。 单独寻址的双电极位于中心电极的相对侧上。 三个电极与喷嘴孔对齐。 刚性电绝缘耦合器连接两个可寻址电极。 为了喷射液滴,静电电荷施加到最接近喷嘴孔的可寻址电极,该电极将该电极拉离孔口,将液体引入扩张室。 其他可寻址电极一起移动,将势能存储在系统中。 随后,最接近喷嘴的可寻址电极被断电,另一个可寻址电极通电,使另一个电极与存储的弹性势能的释放一起被拉向中心电极。 这种作用使喷嘴孔后面的腔中的液体加压,导致从喷嘴口喷出的液滴。
    • 7. 发明授权
    • Drop-on-demand liquid emission using asymmetrical electrostatic device
    • 使用不对称静电装置的按需喷液发射
    • US06626520B1
    • 2003-09-30
    • US10153990
    • 2002-05-23
    • Gilbert A. HawkinsJames M. ChwalekChristopher N. DelametterEdward P. Furlani
    • Gilbert A. HawkinsJames M. ChwalekChristopher N. DelametterEdward P. Furlani
    • B41J204
    • B41J2/14314
    • A liquid emission device includes a chamber having a nozzle orifice. Separately addressable dual electrodes are positioned on opposite sides of a central electrode. The three electrodes are aligned with the nozzle orifice. A rigid electrically insulating coupler connects the two addressable electrodes. To eject a drop, an electrostatic charge is applied to the addressable electrode nearest to the nozzle orifice, which pulls that electrode away from the orifice, drawing liquid into the expanding chamber. The other addressable electrode moves in conjunction, storing potential energy in the system. Subsequently the addressable electrode nearest to the nozzle is de-energized and the other addressable electrode is energized, causing the other electrode to be pulled toward the central electrode in conjunction with the release of the stored elastic potential energy. This action pressurizes the liquid in the chamber behind the nozzle orifice, causing a drop to be ejected from the nozzle orifice.
    • 液体排放装置包括具有喷嘴孔的室。 单独寻址的双电极位于中心电极的相对侧上。 三个电极与喷嘴孔对齐。 刚性电绝缘耦合器连接两个可寻址电极。 为了喷射液滴,静电电荷施加到最接近喷嘴孔的可寻址电极,该电极将该电极拉离孔口,将液体引入扩张室。 其他可寻址电极一起移动,将势能存储在系统中。 随后,最接近喷嘴的可寻址电极被断电,另一个可寻址电极通电,使另一个电极与存储的弹性势能的释放一起被拉向中心电极。 这种作用使喷嘴孔后面的腔中的液体加压,导致从喷嘴口喷出的液滴。
    • 9. 发明申请
    • CONTINUOUS PRINTING USING TEMPERATURE LOWERING PULSES
    • 连续打印使用温度降低脉冲
    • US20110025741A1
    • 2011-02-03
    • US12903244
    • 2010-10-13
    • Gilbert A. HawkinsSiddhartha GhoshChristopher N. DelametterEdward P. Furlani
    • Gilbert A. HawkinsSiddhartha GhoshChristopher N. DelametterEdward P. Furlani
    • B41J29/38
    • B41J2/03B41J2002/022
    • A printer includes a printhead and a source of liquid. The printhead includes a nozzle bore. The liquid is under pressure sufficient to eject a column of the liquid through the nozzle bore. The liquid has a temperature. A thermal modulator is associated with the nozzle bore. The thermal modulator is operable to transiently lower the temperature of the liquid as the liquid is ejected through the nozzle bore. An electrical pulse source is in electrical communication with the thermal modulator. The electrical pulse source is operable to provide a series of pulses to the thermal modulator that control the transient temperature lowering of the liquid. The series of pulses includes a first pulse applied at a first power level for transferring heat to the liquid, a second pulse applied at a second power level for transferring heat to the liquid, and a third pulse applied at a third power level for transferring heat to the liquid. The third power level is in between the first power level and the second power level.
    • 打印机包括打印头和液体源。 打印头包括喷嘴孔。 液体的压力足以通过喷嘴孔喷出液体柱。 液体有一个温度。 热调制器与喷嘴孔相关联。 热调制器可操作以在液体通过喷嘴孔喷出时瞬时降低液体的温度。 电脉冲源与热调制器电连通。 电脉冲源可操作以向控制瞬态温度降低的热调制器提供一系列脉冲。 所述一系列脉冲包括以第一功率电平施加的用于将热量传送到液体的第一脉冲,以第二功率电平施加的用于将热传递到液体的第二脉冲,以及以第三功率电平施加以传递热量的第三脉冲 到液体。 第三功率电平处于第一功率电平和第二功率电平之间。
    • 10. 发明授权
    • Drop-on-demand liquid emission using interconnected dual electrodes as ejection device
    • 使用互连的双电极作为喷射装置的点播液体排放
    • US06527373B1
    • 2003-03-04
    • US10122566
    • 2002-04-15
    • Christopher N. DelametterEdward P. FurlaniMichael J. DebarGilbert A. Hawkins
    • Christopher N. DelametterEdward P. FurlaniMichael J. DebarGilbert A. Hawkins
    • B41J204
    • B41J2/14314
    • A liquid emission device includes a chamber having a nozzle orifice. Separately addressable dual electrodes are positioned on opposite sides of a ground electrode. The three electrodes are aligned with the nozzle orifice. A rigid electrically insulating coupler connects the two addressable electrodes. To eject a drop, an electrostatic charge is applied to the addressable electrode nearest to the nozzle orifice, which pulls that electrode away from the orifice, drawing liquid into the expanding chamber. The other addressable electrode moves in conjunction, storing potential energy in the system. Subsequently the addressable electrode nearest to the nozzle is de-energized and the other addressable electrode is energized, causing the other electrode to be pulled toward the ground electrode in conjunction with the release of the stored elastic potential energy. This action pressurizes the liquid in the chamber behind the nozzle orifice, causing a drop to be ejected from the nozzle orifice.
    • 液体排放装置包括具有喷嘴孔的室。 单独可寻址的双电极位于接地电极的相对侧。 三个电极与喷嘴孔对齐。 刚性电绝缘耦合器连接两个可寻址电极。 为了喷射液滴,静电电荷施加到最接近喷嘴孔的可寻址电极,该电极将该电极拉离孔口,将液体引入扩张室。 其他可寻址电极一起移动,将势能存储在系统中。 随后,最接近喷嘴的可寻址电极被断电,另一个可寻址电极通电,使另一个电极与存储的弹性势能的释放一起被拉向接地电极。 这种作用使喷嘴孔后面的腔中的液体加压,导致从喷嘴口喷出的液滴。