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    • 1. 发明授权
    • Ink jet charging plant and drop-catcher assembly
    • 喷墨充电厂和落料组件
    • US4757328A
    • 1988-07-12
    • US11570
    • 1987-02-06
    • Hilarion BraunEvan L. Craig
    • Hilarion BraunEvan L. Craig
    • B41J2/085B41J2/185G01D15/18B05B5/00
    • B41J2/185B41J2/085
    • There is described a printing head useful in an ink-jet printer to print on a recording medium, comprising jet forming means for forming spaced drops of ink, charging means adjacent the forming means for inducing an electric charge in selected some of the drops, the charging means being mounted on an electrically non-conductive plate, and drop-catcher means for catching the charged drops. The drop-catcher means is integral with the plate mounting the charging means, and is disposed downstream from the charging means. The head is improved in that the drop-catcher means is provided with a face exposed to the drops that has a predetermined slope with respect to the jet stream of uncharged drops that provides a greater separation distance between the drop-catcher means and the uncharged drops, near the beginning of the stream, than such separation distance near the end of the stream adjacent the recording medium, and means at the edge of the face of the drop-catcher means, adjacent to the charging means mounting plate, for preventing build-up of ink adjacent that edge.
    • 描述了一种在喷墨打印机中可用于在记录介质上打印的打印头,包括用于形成间隔墨滴的喷射形成装置,邻近成形装置的充电装置,用于在选定的一些液滴中引起电荷, 充电装置安装在非导电板上,以及用于捕集带电滴的落下捕获装置。 滴液装置与安装充电装置的板是一体的,并且设置在充电装置的下游。 头部的改进在于,滴液捕捉器装置设置有暴露于液滴的面,其相对于不带电滴的喷射流具有预定的斜率,其在滴液捕捉器装置和未充电液滴之间提供更大的间隔距离 在流的开始附近,靠近靠近记录介质的流的端部附近的分离距离,以及在与捕获装置安装板相邻的滴液捕获器装置的表面的边缘处的装置, 墨水附近的边缘。
    • 4. 发明授权
    • Fluid jet print head
    • 流体喷射打印头
    • US4646104A
    • 1987-02-24
    • US777102
    • 1985-09-17
    • Hilarion Braun
    • Hilarion Braun
    • B41J2/025G01D15/18H01L41/08
    • B41J2/025
    • A stimulation arrangement for a fluid jet printer. A pair of piezoelectric crystals are mounted on opposing surfaces of a high acoustic Q solid member and are excited for periodic lengthening at the frequency of desired stimulation. This creates shear waves in the surface of the high Q member. The high Q member is configured in such a fashion that it transforms the shear waves into stationary compression waves which drive an orifice plate and thereby stimulate fluid filaments being generated by the jet printer. The high Q member may be a rod-like stimulator supported for localized contact against a filament forming orifice plate or it may comprise support structure for the orifice plate.
    • 用于流体喷射打印机的刺激装置。 一对压电晶体安装在高声Q固体元件的相对表面上,并在所需刺激的频率下激发周期性延长。 这在高Q元件的表面产生剪切波。 高Q构件被构造成使得其将剪切波变换成固定的压缩波,其驱动孔板,从而刺激由喷墨打印机产生的流体细丝。 高Q构件可以是杆状刺激器,其被支撑用于与丝状孔形成板的局部接触,或者其可以包括用于孔板的支撑结构。
    • 8. 发明授权
    • Bubble jet print head orifice construction
    • 气泡喷头打孔头结构
    • US4949102A
    • 1990-08-14
    • US358769
    • 1989-05-30
    • Hilarion Braun
    • Hilarion Braun
    • B41J2/14
    • B41J2/14072B41J2002/14387
    • An improved orifice construction for a bubble jet print head of the kind including a plurality of electrode-addressed resistive heater elements predeterminedly spaced in a linear array on a support substrate. Such construction includes a plurality of separator means extending up from the substrate surface at positions precisely between respective heater elements and an orifice plate fixedly mounted above the substrate and having a linear slot, of orifice width and linear array length, aligned over the heater elements and their intermediate separator members. The slot edges and separator members cooperate to define a plurality of discrete orifices that are precisely located vis a vis respective heater elements.
    • 一种用于气泡喷墨打印头的改进的孔结构,其包括在支撑衬底上以线性阵列预定间隔开的多个电极寻址电阻加热器元件。 这种结构包括多个分离器装置,从基板表面向上延伸,精确地位于相应的加热器元件和固定地安装在基板上方的孔板之间,并且具有在加热器元件上对准的孔宽度和线性阵列长度的线性槽, 它们的中间分隔件。 狭缝边缘和分离器构件协作以限定精确地相对于相应加热器元件定位的多个离散孔。