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    • 43. 发明授权
    • Liquid ejecting recording head and liquid ejecting recording apparatus
    • US07118193B2
    • 2006-10-10
    • US11235279
    • 2005-09-27
    • Mineo KanekoNaoji Otsuka
    • Mineo KanekoNaoji Otsuka
    • B41J2/21
    • B41J2/1404B41J19/147B41J2002/14387B41J2002/14475B41J2202/11
    • A liquid ejection recording head for effecting recording by ejecting first liquid and second liquid which is a different kind of liquid through different ejection outlets, while bidirectionally scanning a recording material in a scanning direction includes a group of first ejection outlet arrays each of which has a plurality of ejection outlets at predetermined intervals arranged in a direction different from the scanning direction, wherein corresponding ejection outlets in the respective ejection arrays are aligned in the scanning direction; a group, disposed adjacent the group of the first ejection outlet arrays, of second ejection outlet arrays arranged in a manner similar to the first ejection outlet array group; wherein the first ejection outlet arrays include a first ejection outlet array for ejecting the first liquid and a second ejection outlet array for ejecting the second liquid; wherein the second ejection outlet arrays include a third ejection outlet array for ejecting the first liquid and a fourth ejection outlet array for ejecting the second liquid; wherein the first ejection outlet array group and the second ejection outlet array group are disposed such that first ejection outlet array and third ejection outlet array are adjacent to each other and that ejection outlets of the first ejection outlet array and the ejection outlets of the third ejection outlet array are disposed with deviation in a direction of arrangement of the ejection outlets so as to be complementary to each other in the scanning direction.
    • 44. 发明授权
    • Liquid ejecting recording head and liquid ejecting recording apparatus
    • 液体喷射记录头和液体喷射记录装置
    • US06964467B2
    • 2005-11-15
    • US09742431
    • 2000-12-22
    • Mineo KanekoNaoji Otsuka
    • Mineo KanekoNaoji Otsuka
    • B41J2/05B41J2/00B41J2/14B41J19/14B41J2/15
    • B41J2/1404B41J19/147B41J2002/14387B41J2002/14475B41J2202/11
    • A liquid ejection recording head for effecting recording by ejecting first liquid and second liquid which is a different kind of liquid through different ejection outlets, while bi-directionally scanning a recording material in a scanning direction includes a group of first ejection outlet arrays each of which has a plurality of ejection outlets at predetermined intervals arranged in a direction different from the scanning direction, wherein corresponding ejection outlets in the respective ejection arrays are aligned in the scanning direction; a group, disposed adjacent the group of the first ejection outlet arrays, of second ejection outlet arrays arranged in a manner similar to the first ejection outlet array group; wherein the first ejection outlet arrays include a first ejection outlet array for ejecting the first liquid and a second ejection outlet array for ejecting the second liquid; wherein the second ejection outlet arrays include a third ejection outlet array for ejecting the first liquid and a fourth ejection outlet array for ejecting the second liquid; wherein the first ejection outlet array group and the second ejection outlet array group are disposed such that first ejection outlet array and third ejection outlet array are adjacent to each other and that ejection outlets of the first ejection outlet array and the ejection outlets of the third ejection outlet array are disposed with deviation in a direction of arrangement of the ejection outlets so as to be complementary to each other in the scanning direction.
    • 一种液体喷射记录头,用于通过在扫描方向上双向扫描记录材料的同时通过不同的喷射口排出作为不同种类的液体的第一液体和第二液体进行记录,所述喷墨记录头包括一组第一喷射出口阵列, 具有沿与扫描方向不同的方向以预定间隔设置的多个喷射口,其中各个喷射阵列中的相应喷射出口在扫描方向上对准; 以与第一喷射出口阵列组相似的方式布置的第二喷射出口阵列布置成邻近第一喷射出口阵列的组; 其中所述第一喷射出口阵列包括用于喷射所述第一液体的第一喷射出口阵列和用于喷射所述第二液体的第二喷射出口阵列; 其中所述第二喷射出口阵列包括用于喷射所述第一液体的第三喷射出口阵列和用于喷射所述第二液体的第四喷射出口阵列; 其中所述第一喷射出口阵列组和所述第二喷射出口阵列组被布置成使得第一喷射出口阵列和第三喷射出口阵列彼此相邻,并且所述第一喷射出口阵列的喷射出口和所述第三喷射出口阵列的喷射出口 出口阵列沿着喷射出口的排列方向偏离地设置成在扫描方向上彼此互补。
    • 45. 发明授权
    • Liquid ejection method
    • 液体喷射法
    • US06354698B1
    • 2002-03-12
    • US09220688
    • 1998-12-23
    • Masayoshi TachiharaMineo Kaneko
    • Masayoshi TachiharaMineo Kaneko
    • B41J205
    • B41J2/1404B41J2002/14169B41J2002/14387
    • A liquid ejection method includes a step of preparing a liquid ejection head including an electrothermal transducer element for generating thermal energy contributable to ejection of liquid, an ejection outlet for ejecting the liquid, the ejection outlet being provided at a position opposed to the electrothermal transducer element, and a liquid flow path in fluid communication with the ejection outlet to supply the liquid to the ejection outlet and having the electrothermal transducer element on its bottom side; and a step of applying the thermal energy to the liquid to cause the liquid to undergo a change of state and thus to create a bubble. The liquid is ejected through the ejection outlet by the pressure of the bubble. The bubble is first in communication with ambience during reduction of the volume of the bubble after the bubble reaches a maximum volume.
    • 液体喷射方法包括制备包括用于产生有助于喷射液体的热能的电热转换器元件的液体喷射头的步骤,用于喷射液体的喷射出口,喷射出口设置在与电热换能器元件相对的位置 以及与喷射出口流体连通的液体流动通道,以将液体供应到喷射出口,并且在其底侧具有电热换能器元件; 以及将热能施加到液体以使液体发生状态变化并由此产生气泡的步骤。 液体通过气泡的压力通过喷射出口排出。 在泡沫达到最大体积后,气泡在气泡体积减小的过程中首先与气氛通信。
    • 49. 发明申请
    • Liquid ejecting recording head and liquid ejecting recording apparatus
    • US20060071969A1
    • 2006-04-06
    • US11235279
    • 2005-09-27
    • Mineo KanekoNaoji Otsuka
    • Mineo KanekoNaoji Otsuka
    • B41J2/15
    • B41J2/1404B41J19/147B41J2002/14387B41J2002/14475B41J2202/11
    • A liquid ejection recording head for effecting recording by ejecting first liquid and second liquid which is a different kind of liquid through different ejection outlets, while bidirectionally scanning a recording material in a scanning direction includes a group of first ejection outlet arrays each of which has a plurality of ejection outlets at predetermined intervals arranged in a direction different from the scanning direction, wherein corresponding ejection outlets in the respective ejection arrays are aligned in the scanning direction; a group, disposed adjacent the group of the first ejection outlet arrays, of second ejection outlet arrays arranged in a manner similar to the first ejection outlet array group; wherein the first ejection outlet arrays include a first ejection outlet array for ejecting the first liquid and a second ejection outlet array for ejecting the second liquid; wherein the second ejection outlet arrays include a third ejection outlet array for ejecting the first liquid and a fourth ejection outlet array for ejecting the second liquid; wherein the first ejection outlet array group and the second ejection outlet array group are disposed such that first ejection outlet array and third ejection outlet array are adjacent to each other and that ejection outlets of the first ejection outlet array and the ejection outlets of the third ejection outlet array are disposed with deviation in a direction of arrangement of the ejection outlets so as to be complementary to each other in the scanning direction.