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    • 74. 发明公开
    • Fluid transportation device
    • 流体输送装置
    • EP2031248A2
    • 2009-03-04
    • EP08015209.3
    • 2008-08-28
    • Microjet Technology Co., Ltd
    • Chen, Shih ChangCheng, Chiang HoYu, Rong HoTsai, Jyh HorngChiu, Shih Che
    • F04B43/04
    • F04B43/043
    • A fluid transportation device (20) includes a valve seat (21), a valve cap (22), a valve membrane (23), multiple buffer chambers (223, 215), a vibration film (241) and an actuator (242). The valve membrane (23) is arranged between the valve seat (21) and the valve cap (22), and includes several hollow-types valve switches (231, 232), which includes at least a first valve switch (231) and a second valve switch (232). The multiple buffer chambers (223, 215) include a first buffer chamber (223) between the valve membrane (23) and the valve cap (22) and a second buffer chamber (215) between the valve membrane (23) and the valve seat (21). The vibration film (241) is separated from the valve cap (22) when the fluid transportation device (20) is in a non-actuation status, thereby defining a pressure cavity (226). The actuator (242) is connected to the vibration film (241). When the actuator (242) is driven to be subject to deformation, the vibration film (241) connected to the actuator (242) is transmitted to render a volume change of the pressure cavity (226) and result in a pressure difference for moving the fluid.
    • 流体输送装置20包括阀座21,阀盖22,阀膜23,多个缓冲室223,215,振动膜241和致动器242, 。 阀膜(23)设置在阀座(21)与阀帽(22)之间,并包括多个中空型阀开关(231,232),其至少包括第一阀开关(231)和 第二阀开关(232)。 多个缓冲室(223,215)包括位于阀膜(23)和阀盖(22)之间的第一缓冲室(223)以及位于阀膜(23)和阀座(22)之间的第二缓冲室(215) (21)。 当流体输送装置(20)处于非致动状态时,振动膜(241)与阀帽(22)分离,由此限定压力腔(226)。 致动器(242)连接到振动膜(241)。 当致动器(242)被驱动变形时,连接到致动器(242)的振动膜(241)被传送以致使压力腔(226)的体积变化并且导致压力差 流体。
    • 78. 发明公开
    • Ink-jet cartridge
    • Tintenstrahlpatrone
    • EP1095781A1
    • 2001-05-02
    • EP99250375.5
    • 1999-10-21
    • Microjet Technology Co., Ltd
    • Mou, Tse-ChiLin, Fu-SanChou, Chin-YiHo, Jing-YuanLeu, Yi-JingPeng, Li-HsingHsueh, Ta-Wei
    • B41J2/175
    • B41J2/17556B41J2/17513
    • The present invention is about an ink-jet cartridge (1) for thermal bubble ink-jet printers, which comprises: a housing (11), for containing the necessary printing ink (13) for the printer; a printhead (14), having a plurality of opening orifices, through which ink may stream forth unto paper upon demand; and a pressure-adjustment means (12), having a hollow tube for receiving ink therewithin, and one end of which having a ventilation opening for contact with the atmosphere and the other end thereof having at least one opening for contact with the ink, wherein said ventilation opening of the pressure-adjustment means being fixed onto the housing of the ink-jet cartridge and said opening being positioned at the bottom portion of the ink-jet cartridge on the same said as the printhead.
    • 本发明涉及一种用于热气泡喷墨打印机的喷墨墨盒(1),其包括:用于容纳打印机所需的印刷油墨(13)的壳体(11); 打印头(14),具有多个开口孔,油墨可根据需要流出纸张; 以及压力调节装置(12),其具有用于在其中容纳油墨的中空管,其一端具有用于与大气接触的通风开口,并且其另一端具有至少一个用于与油墨接触的开口,其中 所述压力调节装置的所述通风口被固定在喷墨盒的壳体上,并且所述开口位于与打印头相同的喷墨盒的底部。
    • 79. 发明公开
    • Pressure-adjustment means
    • Druckeinstellungsmittel
    • EP1093922A1
    • 2001-04-25
    • EP99250376.3
    • 1999-10-21
    • Microjet Technology Co., Ltd
    • Mou, Tse-ChiLin, Fu-SanHo, Jing-YuanChou, Chin-Yi
    • B41J2/175
    • B41J2/17556B41J2/17513
    • The present invention is about a pressure-adjustment means for ink-jet cartridges. An element, which is an elastic air-bag (23), is employed inside the ink-jet cartridge. The air inside the elastic air-bag (23) is in ventilation with the air external to the ink-jet cartridge. When the pressure difference between the air pressure inside the air-bag and the back pressure of the ink-cartridge undergoes changes, this elastic air-bag (23) may then automatically adjust its own volume by expansion or contraction by virtue of its elastic structure, and in turn modify the ink volume inside the cartride, so that the ink contained inside the ink-jet cartridge is prevented from leaking while permitting the printhead to be able to continue releasing ink droplets outwards in spurts.
    • 本发明涉及一种用于喷墨盒的压力调节装置。 在喷墨盒内部使用作为弹性气囊(23)的元件。 弹性气囊(23)内部的空气与喷墨盒外部的空气通风。 当气囊内的空气压力与墨盒的背压之间的压力差发生变化时,弹性气囊(23)可以通过其弹性结构通过膨胀或收缩而自动调节其自身的体积 并且进而改变纸盒内部的墨水体积,从而防止墨水盒内部的墨水泄漏,同时允许打印头能够在喷墨中继续释放墨滴。