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    • 37. 发明公开
    • Liquid jet head, liquid jet head cartridge and liquid jet apparatus
    • Flüssigkeitsstrahlkopf,FlüssigkeitsstrahlkopfkassetteundFlüssigkeitsstrahlvorrichtung。
    • EP0659573A3
    • 1997-10-22
    • EP94120339.0
    • 1994-12-21
    • CANON KABUSHIKI KAISHA
    • Tamura, Yasuyuki
    • B41J25/304
    • B41J2/14024B41J2/14201B41J25/304
    • A liquid jet head for recording by discharging a liquid from discharge ports comprises an elemental base board (1) having on it elements (2) for generating discharge energy to discharge a liquid, and a head having a discharge port member (4) with a plurality of the discharge ports arranged therefor, which constitutes a plurality of liquid passages (3) by being pressed to be in close contact with the surface of the elemental base board (1) on the side where the elements (2) for generating discharge energy are arranged. This discharge port member (4) is provided with an extension (8) which is extendedly present to the reverse side of the aforesaid surface, and also, provided with biasing means (6) for pressing the discharge port member to be in close contact with the aforesaid surface by exerting a biasing force on the extension.
    • 用于通过从排出口排放液体进行记录的液体喷射头包括其上具有用于产生排出能量以排出液体的元件的元件基板,以及具有排出口部件的头部,该排出口部件具有排列多个排出口, 构成多个液体通道,该多个液体通道被压制成与排放能量产生元件一侧的元件基板的表面紧密接触。 该排出口构件设置有延伸到上述表面的相反侧的延伸部,并且还设置有偏压装置,用于通过施加偏压力而将排出口构件压紧以与上述表面紧密接触 扩展。
    • 40. 发明公开
    • Thermal transfer material
    • 热转印材料
    • EP0313355A3
    • 1989-09-13
    • EP88309866.7
    • 1988-10-20
    • CANON KABUSHIKI KAISHA
    • Hasegawa, TetsuoKushida, NaokiTamura, YasuyukiTohma, KoichiYaegashi, HisaoSuzuki, Takayuki
    • B41M5/26
    • B41M5/38228
    • A thermal transfer material comprising a support and at least a first ink layer and a second ink layer disposed in the order named on the support, wherein the adhesion strength F₁ between the support and the first ink layer and the adhesion strength F₂ between the first and second ink layers satisfy the relation of F₁ > F₂ at 90 °C. The thermal transfer material also provides a peeling strength of 1 - 5 g/cm at 90 °C. Two color recording is effected by superposing the thermal transfer material on plain paper, applying a pattern of heat and separating the thermal transfer material from the paper while changing the time from heating until the separation, i.e., temperature at the time of separation. Sharp edge-­cutting of the heated portion and the selective transferability of the second ink layer are ensured by the definition of the peeling strength.
    • 一种热转印材料,它包括一个载体和至少一个第一油墨层和一个第二油墨层,该第一油墨层和第二油墨层按照在载体上的顺序排列,其中载体和第一油墨层之间的粘合强度F 1和第一和第二油墨层之间的粘合强度F 2 第二油墨层在90℃满足F 1> F 2的关系。 热转印材料在90℃时也具有1-5g / cm的剥离强度。 通过将热转印材料叠加在普通纸上,施加热图案并在从加热到分离的时间即分离时的温度改变从纸分离热转印材料的同时进行双色记录。 通过定义剥离强度来确保加热部分的锐边切割和第二墨层的选择性转印性。