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    • 62. 发明授权
    • Micro-structured drying for inkjet printers
    • 喷墨打印机微结构干燥
    • US07966743B2
    • 2011-06-28
    • US11831110
    • 2007-07-31
    • Michael J. PiattKenneth E. HixDaniel Gelbart
    • Michael J. PiattKenneth E. HixDaniel Gelbart
    • F26B21/06
    • F26B13/104B41J11/002F26B3/28
    • A dryer operable in close proximity to and in series with an inkjet printhead comprises a heat source and an air bearing structure on one side of the predetermined path and having a pressurized air inlet and an air outlet adjacent to the drying position of the receiver medium. Air flow from the air bearing structure outlet forms an air bearing for the receiver medium. A microporous filter positioned at the outlet and being adapted to convert the air flow from the outlet to a diffuse flow, the microporous filter being formed of an inner layer of very fine screen for optimum air diffusion and an outer layer of courser woven screen to add rigidity and protection from scuffing.
    • 可与喷墨打印头紧密连接并且与喷墨打印头串联的干衣机包括在预定路径的一侧上的热源和空气轴承结构,并具有与接收介质的干燥位置相邻的加压空气入口和空气出口。 来自空气轴承结构出口的空气流形成用于接收介质的空气轴承。 位于出口处的微孔过滤器适于将来自出口的空气流转换成扩散流,该微孔过滤器由非常细的筛网的内层形成,用于最佳的空气扩散和外层织物筛网的外层 刚性和防磨损。
    • 64. 发明申请
    • LIQUID DROP DISPENSER WITH MOVABLE DEFLECTOR
    • 液体分配器与可移动的偏转器
    • US20090135223A1
    • 2009-05-28
    • US11944658
    • 2007-11-26
    • Yonglin XieMichael J. PiattJoseph Jech, JR.Qing Yang
    • Yonglin XieMichael J. PiattJoseph Jech, JR.Qing Yang
    • B41J2/015B41J2/07
    • B41J2/04B41J2/09B41J2202/12
    • A liquid dispenser includes a liquid supply channel, a liquid supply adapted to feed a stream of liquid through the supply channel, a liquid return channel adapted to receive liquid from the supply channel, a liquid dispensing outlet opening, and a diverter member selectively movable into the supply channel to divert droplets to the dispensing outlet opening. The liquid flows from the liquid supply channel to the liquid return channel by Coanda effect when not diverted. The motion of the diverter member is substantially orthogonal to and opposes the direction of liquid flow, so that energy associated with moving the diverter member imparts no energy to the diverted droplets. The energy associated with moving the diverter member is less than 100 nJ per pL droplet volume. In some embodiments, the energy associated with moving the diverter member is less than 10 nJ per pL droplet volume.
    • 液体分配器包括液体供应通道,适于通过供应通道供应液体流的液体供应源,适于从供应通道接收液体的液体返回通道,液体分配出口开口和可选择性地移动到 用于将液滴转移到分配出口的供应通道。 当不转移时,液体从液体供应通道流向液体返回通道。 分流器构件的运动基本上垂直于液体流动的方向并且与液体流动的方向相对,使得与移动分流器构件相关联的能量不向转向的液滴赋予能量。 与分流器构件移动相关联的能量小于每pL液滴体积的100nJ。 在一些实施例中,与移动分支构件相关联的能量小于每pL液滴体积的10nJ。
    • 65. 发明申请
    • INK JET BREAK-OFF LENGTH MEASUREMENT APPARATUS AND METHOD
    • 墨水喷射长度测量装置和方法
    • US20090027459A1
    • 2009-01-29
    • US12243325
    • 2008-10-01
    • Gilbert A. HawkinsMichael J. PiattJohn C. BrazasStephen F. Pond
    • Gilbert A. HawkinsMichael J. PiattJohn C. BrazasStephen F. Pond
    • B41J2/07
    • B41J2/03B41J2002/022B41J2002/033B41J2202/13B41J2202/16
    • A jet break-off length measurement apparatus for a continuous liquid drop emission system is provided. The jet break-off length measurement apparatus comprises a liquid drop emitter containing a positively pressurized liquid in flow communication with at least one nozzle for emitting a continuous stream of liquid. Heater resistor apparatus is adapted to transfer pulses of thermal energy to the liquid in flow communication with the at least one nozzle sufficient to cause the break-off of the at least one continuous stream of liquid into a stream of drops of predetermined volumes. A sensing apparatus adapted to detect the stream of drops of predetermined volumes is provided. A control apparatus is adapted to determine a characteristic of the stream of drops of predetermined volumes that is related to the break-off length. Further apparatus is adapted to inductively charge at least one drop and to cause electric field deflection of charged drops. Jet stimulation apparatus comprising a plurality of transducers corresponding to the plurality of nozzles and adapted to transfer pulses of energy to the liquid sufficient to cause the break-off of the plurality of continuous streams of liquid into a plurality of streams of drops of predetermined volumes is also disclosed. Methods of measuring the jet break-off length using phase sensitive amplification circuitry are disclosed.
    • 提供一种用于连续液滴发射系统的射流断裂长度测量装置。 射流断裂长度测量装置包括液滴发射器,其包含与至少一个喷嘴流动连通的正压液体,用于发射连续的液体流。 加热器电阻器装置适于将热能的脉冲传送到与至少一个喷嘴流动连通的液体,足以使至少一个连续的液体流分解成预定体积的液滴流。 提供了适于检测预定体积的液滴流的感测装置。 控制装置适于确定与断裂长度相关的预定体积的液滴流的特性。 进一步的装置适于对至少一滴进行电感充电并引起带电液滴的电场偏转。 喷射刺激装置包括对应于多个喷嘴的多个换能器并且适于将足够的能量脉冲转移到液体,以使多个连续的液体流分解成多个预定体积的液滴流, 也披露。 公开了使用相位敏感放大电路测量射流断裂长度的方法。
    • 66. 发明授权
    • Continuous ink jet apparatus with integrated drop action devices and control circuitry
    • 连续喷墨装置具有集成的落料装置和控制电路
    • US07364276B2
    • 2008-04-29
    • US11229263
    • 2005-09-16
    • Michael J. PiattStephen F. Pond
    • Michael J. PiattStephen F. Pond
    • B41J2/07
    • B41J2/03B41J2002/022B41J2002/033B41J2202/12B41J2202/13B41J2202/16
    • A continuous liquid drop emission apparatus is provided. The liquid drop emission apparatus is comprised of a liquid chamber containing a positively pressurized liquid in flow communication with at least one nozzle for emitting a continuous stream of liquid and a jet stimulation apparatus adapted to transfer pulses of energy to the liquid in flow communication with the at least one nozzle sufficient to cause the break-off of the at least one continuous stream of liquid into a stream of drops of predetermined volumes. The continuous liquid drop emission apparatus further comprises a semiconductor substrate including integrated circuitry formed therein for performing and controlling a plurality of actions on the drops of predetermined volumes. The plurality of actions may include drop charging, drop sensing, drop deflection and drop capturing. Drop action apparatus adapted to perform these functions and integrated circuitry to control the drop action apparatus are formed in the semiconductor substrate. Jet stimulation apparatus comprised of a plurality of transducers including resistive heaters, electromechanical vibrators or thermomechanical vibrators, together with integrated control circuitry, may also be integrated on the semiconductor substrate. Silicon is a preferred material for the semiconductor substrate and CMOS and NMOS designs and fabrication processes are preferred for the integrated circuitry.
    • 提供连续液滴发射装置。 液滴发射装置包括液体室,该液体室含有与至少一个用于发射连续液体流的喷嘴流动连通的正压液体,以及喷射刺激装置,其适于将能量脉冲转移到与液体流动连通的液体 至少一个喷嘴,其足以使所述至少一个连续的液体流分解成预定体积的液滴流。 连续液滴发射装置还包括半导体衬底,其包括形成在其中的集成电路,用于执行和控制对预定体积的液滴的多个动作。 多个动作可以包括液滴充电,液滴感测,液滴偏转和液滴捕获。 在半导体衬底中形成适于执行这些功能的放置动作装置和集成电路来控制液滴动作装置。 包括电阻加热器,机电振动器或热机械振动器的多个换能器以及集成控制电路的射流刺激装置也可以集成在半导体衬底上。 硅是半导体衬底的优选材料,并且CMOS和NMOS设计和制造工艺对于集成电路是优选的。
    • 67. 发明授权
    • Ink jet break-off length controlled dynamically by individual jet stimulation
    • US07249830B2
    • 2007-07-31
    • US11229467
    • 2005-09-16
    • Gilbert A. HawkinsStephen F. PondMichael J. Piatt
    • Gilbert A. HawkinsStephen F. PondMichael J. Piatt
    • B41J29/393
    • B41J2/03B41J2002/022B41J2002/033B41J2202/13B41J2202/16
    • A jet break-off length control apparatus for a continuous liquid drop emission system is provided. The jet break-off length control apparatus comprises a liquid drop emitter containing a positively pressurized liquid in flow communication with at least one nozzle for emitting a continuous stream of liquid. Resistive heater apparatus is adapted to transfer pulses of thermal energy to the liquid in flow communication with the at least one nozzle sufficient to cause the break-off of the at least one continuous stream of liquid into a stream of drops of predetermined volumes. A sensing apparatus adapted to detect the stream of drops of predetermined volumes is provided. The jet break-off length control apparatus further comprises a control apparatus adapted to calculate a characteristic of the stream of drops of predetermined volumes and adapted to provide a break-off length calibration signal to the resistive heater apparatus wherein the break-off length calibration signal is determined at least by the characteristic of the stream of drops of predetermined volumes. Further apparatus is adapted to inductively charge at least one drop and to cause electric field deflection of charged drops. The present inventions are additionally configured to control break-off lengths for a plurality of streams of drops of predetermined volumes by determining a break-off length calibration signal that contains information specific to the plurality of streams of drops of predetermined volumes. Jet stimulation apparatus comprised of a plurality of thermomechanical or electromechanical transducer devices that transfer mechanical energy to the fluid are claimed. Methods of controlling the jet break-off length are also disclosed.