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    • 8. 发明授权
    • Remelting of printed hot melt ink images
    • 重印印刷热熔墨水图像
    • US4971408A
    • 1990-11-20
    • US272005
    • 1988-11-15
    • Paul A. HoisingtonLawrence R. YoungRobert R. Schaffer
    • Paul A. HoisingtonLawrence R. YoungRobert R. Schaffer
    • B41J2/01B41J2/325G01D15/16
    • G01D15/16
    • In the particular embodiment of the invention described in the specification, a hot melt ink print is prepared by applying the ink to a porous substrate, permitting it to solidify, and reheating the substrate and the ink to a temperature 5.degree. C. to 30.degree. C. above the melting point of the ink for 0.5 to 10 seconds. In one embodiment, the porous substrate is supported on a platen which is maintained at least 30.degree. C. below the melting point of the ink to prevent drying of the substrate and to inhibit spreading of the ink into the substrate. The subsequent reheating of the ink in a controlled manner causes the ink to penetrate to a desired extent into the substrate while preventing shrinkage or cockling of the substrate.
    • 在本说明书中描述的本发明的特定实施例中,通过将油墨施加到多孔基材上,使其固化并将基材和油墨再加热至5℃至30℃的温度来制备热熔油墨印刷品 C.高于油墨熔点0.5〜10秒。 在一个实施方案中,多孔基材被支撑在压板上,该压板在油墨的熔点以下至少保持30℃,以防止基材干燥并阻止油墨扩散到基材中。 以受控方式随后的油墨再加热会导致油墨在所需的程度上渗透到基材中,同时防止基材的收缩或起皱。
    • 9. 发明授权
    • Ink jet array
    • 喷墨阵列
    • US4835554A
    • 1989-05-30
    • US94665
    • 1987-09-09
    • Paul A. HoisingtonRobert R. SchafferKenneth H. Fischbeck
    • Paul A. HoisingtonRobert R. SchafferKenneth H. Fischbeck
    • B41J2/015B41J2/045B41J2/055B41J2/155B41J2/175B41J2/515
    • B41J2/175B41J2/155B41J2/515B41J2202/12
    • In the representative embodiments of an ink jet array described in the specification, a linear array of ink jet orifices is supplied with ink from pressure chambers alternately disposed on opposite sides of the array to permit close spacing of the ink jet orifices. At the end opposite from the ink jet orifice, each pressure chamber communicates with a low acoustic impedance chamber to reflect negative pressure pulses from the pressure chamber back through the chamber as positive pulses and to prevent pressure pulses from being transmitted to the ink supply. In addition, a high-impedance passage between the low acoustic impedance chamber associated with one pressure chamber and the pressure chamber for the adjacent ink jet provides a continuous flowthrough passage from the ink supply port for one ink jet to the ink supply port for an adjacent ink jet. This permits continuous circulation by thermal convection of the ink when the ink jets are not in use to prevent settling of pigment in a pigmented ink and to transport ink containing dissolved air from the region of the ink jet orifice to a deaeration passage.
    • 在说明书中描述的喷墨阵列的代表性实施例中,喷墨孔的线性阵列由交替设置在阵列的相对侧上的压力室供应墨,以允许喷墨孔的间隔很近。 在与喷墨孔相对的端部处,每个压力室与低声阻抗室连通,以将来自压力室的负压脉冲反射回通过室作为正脉冲,并且防止压力脉冲传输到墨水供应。 另外,与一个压力室相关联的低声阻抗室与用于相邻喷墨的压力室之间的高阻抗通道提供从用于一个喷墨的供墨口到供墨口的连续的通过通道,用于相邻的 喷墨。 当墨水喷射不用于防止着色油墨中的颜料沉降并且将含有溶解空气的油墨从喷墨孔的区域输送到脱气通道时,可以通过油墨的热对流来连续循环。
    • 10. 发明授权
    • Ink jet array
    • 喷墨阵列
    • US4891654A
    • 1990-01-02
    • US316978
    • 1989-02-28
    • Paul A. HoisingtonRobert R. SchafferKenneth H. Fischbeck
    • Paul A. HoisingtonRobert R. SchafferKenneth H. Fischbeck
    • B41J2/155B41J2/175B41J2/515
    • B41J2/515B41J2/155B41J2/175B41J2202/12
    • In the representative embodiments of an ink jet array described in the specification, a plurality of ink sources is arranged to provide different inks to selected orifices and a linear array of ink jet orifices is supplied with ink from pressure chambers alternately disposed on opposite sides of the array to permit close spacing of the ink jet orifice and adjacent pairs of orifices in the array receive ink from the same ink source. At the end opposite from the ink jet orifice, each pressure chamber having a compliant wall communicates with a low acoustic impedance chamber to reflect negative pressure pulses from the pressure chamber back through the chamber as positive pulses to reinforce positive pulses applied to the pressure chamber and to prevent pressure pulses from being transmitted to the ink supply.
    • 在本说明书中描述的喷墨阵列的代表性实施例中,多个墨源被布置成向所选择的孔提供不同的墨,并且从交替地设置在所述喷墨孔的相对侧上的压力室供应墨水的线性阵列 阵列以允许喷墨孔的紧密间隔和阵列中的相邻孔对接收来自相同墨源的墨。 在与喷墨孔相对的端部,具有柔性壁的每个压力室与低声阻抗室连通,以将来自压力室的负压脉冲反射通过室作为正脉冲,以加强施加到压力室的正脉冲, 以防止压力脉冲被传送到墨水供应。