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    • 1. 发明申请
    • MOUNTING ASSEMBLY
    • 安装总成
    • WO2005108097A1
    • 2005-11-17
    • PCT/US2005/014952
    • 2005-04-28
    • SPECTRA, INC.VON ESSEN, KevinHIGGINSON, John, A.BIBL, Andreas
    • VON ESSEN, KevinHIGGINSON, John, A.BIBL, Andreas
    • B41J2/175
    • B41J2/1752B41J2/145B41J2/175B41J2202/12B41J2202/14B41J2202/19B41J2202/20
    • A mounting assembly is described for mounting and housing printhead modules. The mounting assembly includes a lower plate, an upper plate and multiple mounting blocks. The lower plate can include openings configured to expose a surface of a printhead module housed within the mounting assembly, the surface including multiple ink nozzle openings. Each opening can include alignment datums to align the printhead module in a first direction and in a second direction. The upper plate is approximately parallel to the lower plate, and can include multiple openings configured to provide access to ink channels formed in printhead modules housed within the mounting assembly. The mounting blocks are positioned between and affixed to the lower and upper plates, and are configured to couple to a printhead module. Each mounting block can include a datum to align the printhead module in a third direction.
    • 描述了用于安装和封装打印头模块的安装组件。 安装组件包括下板,上板和多个安装块。 下板可以包括被配置为暴露容纳在安装组件内的打印头模块的表面的开口,该表面包括多个墨水喷嘴开口。 每个开口可以包括对准基准,以将打印头模块沿第一方向和第二方向对齐。 上板近似平行于下板,并且可以包括多个开口,其被构造成提供对容纳在安装组件内的打印头模块中形成的油墨通道的通路。 安装块定位在下板和上板之间并固定到下板和上板,并且被配置成联接到打印头模块。 每个安装块可以包括在第三方向上对齐打印头模块的基准。
    • 6. 发明申请
    • DROPLET EJECTION DEVICE
    • WO2004030912A2
    • 2004-04-15
    • PCT/US2003/030953
    • 2003-09-30
    • SPECTRA, INC.HASENBEIN, Robert, A.HOISINGTON, PaulBIBL, Andreas
    • HASENBEIN, Robert, A.HOISINGTON, PaulBIBL, Andreas
    • B41J
    • B41J2/14201B41J2002/14306B41J2002/14403B41J2202/11
    • A fluid droplet ejection device including a body defining a plurality of fluid paths that each include an inlet including a flow restriction, a pumping chamber, and a nozzle opening communicating with the pumping chamber for discharging fluid droplets. An actuator is associated with each pumping chamber. The pumping chamber has a largest dimension that is sufficiently short and the flow restriction provides sufficient flow resistance so as to provide a fluid droplet velocity and/or volume versus frequency response that varies by less than plus or minus 25% over a droplet frequency range of 0 to 40 kHz. Also disclosed are fluid droplet ejection devices in which the ratio of the inlet flow resistance to the pumping chamber flow impedance is between 0.15 and 0.9, the pumping chamber has a time constant for decay of a pressure wave in the pumping chamber that is less than 25 microseconds.
    • 一种流体液滴喷射装置,其包括限定多个流体路径的主体,每个流体路径包括包括流动限制的入口,泵送室和与泵送室连通以用于排出流体液滴的喷嘴开口。 致动器与每个泵送室相关联。 泵送室具有足够短的最大尺寸,并且流动限制提供足够的流动阻力,以便提供在液滴频率范围内变化小于正或负25%的流体液滴速度和/或体积对频率响应 0到40 kHz。 还公开了流体液滴喷射装置,其中入口流动阻力与泵送室流动阻抗的比率在0.15和0.9之间,泵送室具有用于衰减泵送室中的压力波的时间常数小于25 微秒。
    • 10. 发明申请
    • SUBTTRACTIVE COLOR HOT MELT INK REFLECTION IMAGES ON OPAQUE SUBSTRATES
    • 偏光颜色热熔胶反射图像在OPAQUE基板上
    • WO1992002782A1
    • 1992-02-20
    • PCT/US1991004169
    • 1991-06-12
    • SPECTRA, INC.
    • SPECTRA, INC.HOISINGTON, Paul, A.FULTON, Steven, J.SPEHRLEY, Charles, W., Jr.YOUNG, Lawrence, R.
    • G01D15/16
    • B41J2/17593B41M1/14B41M7/00G01D15/16
    • In the particular embodiments of the invention described in the specification, an opaque subtractive color ink reflection print having improved color purity resulting from reduced frosting and crystallization of the ink layers is prepared by reheating the ink image to a temperature above the melting point of at least one of the inks and then quenching the image by cooling it at a rate of the least 50 DEG C per second. In one embodiment, the ink image is produced by an ink jet head (10) applied to a substrate (14) supported on a platen (15) maintained at least 20 DEG C below the melting point of the inks to inhibit spreading of the inks into the substrate, and the image is thereafter heated by a heater (28) to a temperature at least 20 DEG C above the melting point of at least one of the inks for a period of 3 to 5 seconds and then quenched by a quenching platen (32) at a rate of 500 DEG C per second to produce an image having less than 20 % light loss resulting from scattering of light by frosting and crystallization of the ink in the layers.
    • 在说明书中描述的本发明的具体实施方案中,通过将油墨图像再加热至高于至少熔点的温度来制备具有由于油墨层的结霜和结晶降低而导致的具有改善的色纯度的不透明减色油墨反射印相 一种油墨,然后以每秒至少50℃的速率冷却图像来淬灭图像。 在一个实施例中,油墨图像由施加到保持在低于油墨熔点至少20℃的压板(15)上的基板(14)上的喷墨头(10)产生,以抑制油墨的扩散 然后将图像通过加热器(28)加热至至少一种油墨的熔点至少20℃的温度3至5秒的时间,然后通过淬火台板淬火 (32)以每秒500℃的速率产生由于层中的油墨结霜和结晶而导致的散射光的光损失小于20%的图像。