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    • 51. 发明申请
    • Recording method, ink cartridge, and image-forming method
    • 记录方法,墨盒和成像方法
    • US20060103704A1
    • 2006-05-18
    • US11314010
    • 2005-12-22
    • Shinichi HakamadaMikio SanadaTakashi ImaiYasuhiro NitoSadayuki Sugama
    • Shinichi HakamadaMikio SanadaTakashi ImaiYasuhiro NitoSadayuki Sugama
    • G01D11/00
    • B41J2/2107C09D11/30C09D11/40C09D11/54
    • A recording method is provided which enables formation of an image with high image density and low graininess. The recording is conducted by using a recording method using a first aqueous ink for higher-density recording and a second aqueous ink for lower-density recording, characterized in that the first aqueous ink comprises at least water, a water-insoluble coloring material, and plurality of water-soluble organic solvents, the plurality of water-soluble organic solvents including a good medium or good mediums for the water-insoluble coloring material and a poor medium or poor mediums for the water-insoluble coloring material, the ratio B/A in the second aqueous ink being less than the ratio B/A the first aqueous ink, where A denotes the total content (mass %) of good medium based on the total mass of the aqueous ink and B denotes the total content (mass %) of poor medium based on the total mass of the aqueous ink; and the second aqueous ink has the same hue as the first aqueous ink.
    • 提供了能够形成具有高图像密度和低颗粒度的图像的记录方法。 通过使用使用用于更高密度记录的第一含水油墨和低密度记录的第二含水油墨的记录方法进行记录,其特征在于,所述第一含水油墨至少包括水,水不溶性着色材料和 多种水溶性有机溶剂,多种水溶性有机溶剂包括用于水不溶性着色材料的良好介质或良好介质和用于水不溶性着色材料的差介质或差介质,B / A比 在第二水性油墨中,比第一水性油墨的B / A的比率低,其中A表示基于水性油墨的总质量的良好介质的总含量(质量%),B表示总含量(质量%) 基于水性油墨的总质量的不良介质; 并且第二水性墨水具有与第一水性墨水相同的色调。
    • 53. 发明授权
    • Liquid discharging method, liquid discharge head and recording apparatus using liquid discharge head
    • 液体排出法,排液头和使用排液头的记录装置
    • US06578952B1
    • 2003-06-17
    • US09626736
    • 2000-07-26
    • Hiroyuki SugiyamaSadayuki SugamaHiroyuki Ishinaga
    • Hiroyuki SugiyamaSadayuki SugamaHiroyuki Ishinaga
    • B41J205
    • B41J2/055B41J2/14048
    • The present invention provides a liquid discharging method that uses a heat generating member for generating thermal energy for generating a bubble in liquid, a discharge port for discharging the liquid, a flow path communicated with the discharge port and having a bubble generating area for generating the bubble in the liquid, a movable member having a free end and capable of being displaced as the bubble grows, and a regulating portion for regulating a displacement amount of the movable member. The flow path is formed by joining a substantially flat substrate including the heat generating body and the movable member to a top plate opposed to the substrate and including the regulating portion and the liquid is discharged from the discharge port by energy generated by generation of the bubble. When both a volume change ratio of the bubble and a displacement volume change ratio of the movable member tend to increase, the displacement of the movable member is regulated by the regulating portion.
    • 本发明提供了一种液体排放方法,其使用发热元件产生用于在液体中产生气泡的热能,用于排出液体的排出口,与排出口连通的流路,并具有用于产生气泡的气泡生成区域 液体中的气泡,具有自由端并且能够在气泡生长时能够移位的可动构件以及用于调节可移动构件的位移量的限制部分。 流路是通过将包括发热体和可动部件的基本平坦的基板连接到与基板相对的顶板而形成的,并且包括调节部分,并且液体通过产生气泡产生的能量从排出口排出 。 当气泡的体积变化率和可移动部件的位移容积变化率都增加时,可动部件的位移由调节部分调节。
    • 54. 发明授权
    • Liquid discharge head, liquid discharge method and liquid discharge apparatus
    • 排液头,液体排出法和排液装置
    • US06409317B1
    • 2002-06-25
    • US09376356
    • 1999-08-18
    • Satoshi ShimazuSadayuki SugamaHiroyuki IshinagaYoichi TaneyaHiroyuki Sugiyama
    • Satoshi ShimazuSadayuki SugamaHiroyuki IshinagaYoichi TaneyaHiroyuki Sugiyama
    • B41J205
    • B41J2/14129B41J2/14048
    • A liquid discharge head comprises heating members for generating thermal energy to create bubbles in liquid, discharge ports forming the portions to discharge the liquid, liquid flow paths communicated with the discharge ports, at the same time, having bubble generation areas for enabling liquid to create bubbles, movable members arranged in the bubble generation areas to be displaced along with the development of the bubbles, and regulating members to regulate the displacement of each of the movable members within a desired range, and with energy at the time of bubble creation, the liquid being discharged from the discharge ports. For this liquid discharge head, each of the liquid flow paths holds bubbles at the time of bubbling, at the same time, being provided with gaps arranged on the sides of the movable member to allow the liquid on the upstream thereof to flow into the bubble generation area at the time of bubble disappearing. With the structure thus arranged, the meniscus is drawn into the liquid flow path quickly immediately after the bubble disappearing of bubble begins, and then, with a strong force of the meniscus, the trailing portion of the liquid column connected with the discharged droplet is cut off outside the discharge port, hence making the number of satellites smaller for the enhancement of the quality of prints.
    • 液体排出头包括用于产生热能以在液体中产生气泡的加热构件,形成部分排出液体的排出口,与排出口连通的液体流动通道,同时具有用于使液体产生的气泡产生区域 布置在气泡生成区域中的气泡,活动构件随着气泡的发展而被移动,以及限制构件,以将每个可移动构件的位移调节在期望的范围内,并且在气泡产生时具有能量, 液体从排出口排出。 对于这种液体排出头,每个液体流动路径在起泡时保持气泡,同时在可动件的侧面上设置间隙,以允许其上游的液体流入气泡 气泡消失时的一代区域。 利用如此布置的结构,在气泡开始消失之后,弯液面立即被迅速地吸入液体流动路径中,然后在弯液面强力的作用下,与排出的液滴相连的液柱的尾部被切割 在排出口外部,从而使卫星的数量更小,以提高打印质量。
    • 56. 发明授权
    • Liquid discharge head, liquid discharge method, and liquid discharge apparatus
    • 排液头,液体排出法,液体排出装置
    • US06386832B1
    • 2002-05-14
    • US09362225
    • 1999-07-28
    • Yoichi TaneyaSadayuki SugamaHiroyuki IshinagaHiroyuki SugiyamaSatoshi Shimazu
    • Yoichi TaneyaSadayuki SugamaHiroyuki IshinagaHiroyuki SugiyamaSatoshi Shimazu
    • F04B1924
    • B41J2/14129B41J2/14048
    • A liquid discharge head is provided having a heating member for generating thermal energy to create a bubble in liquid, a discharge port adapted to discharge the liquid, and a liquid flow path communicated with the discharge port having a bubble generating area for enabling the liquid to create the bubble. A moveable member is arranged in the bubble generating area to be displaced along with the development of the bubble. A regulating portion regulates the displacement of the moveable member within a desired range, and by means of energy at the time of bubble creation, the liquid being discharged from the discharge port. The regulating portion is arranged to face the bubble generating area in the liquid flow path. A support member is directly connected to the moveable member. The bubble development causes the moveable member and the regulating portion to be in contact forming an essentially closed space with the exception of the discharge port.
    • 提供一种液体排出头,具有用于产生热能以在液体中产生气泡的加热构件,适于排出液体的排出口以及与排出口连通的液体流动通道,该液体流动通道具有气泡生成区域, 创造泡沫。 可动构件设置在气泡发生区域中,随着气泡的发展而被移动。 调节部分将可移动构件的位移调节在期望的范围内,并且通过在产生气泡时的能量,液体从排出口排出。 调节部配置成与液体流路中的发泡区域相对。 支撑构件直接连接到可移动构件。 气泡发展导致可移动构件和调节部分接触形成基本上封闭的空间,但排出口除外。