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    • 32. 发明授权
    • Actuator for an ink jet print head of the layered type with offset
linear arrays of pressure generating chamber
    • 用于具有压力发生室的偏移线性阵列的分层型喷墨打印头的致动器
    • US6033058A
    • 2000-03-07
    • US671556
    • 1996-06-27
    • Minoru UsuiTakahiro Katakura
    • Minoru UsuiTakahiro Katakura
    • B41J2/045B41J2/055B41J2/14H01L41/09
    • B41J2/14233B41J2002/14387
    • An actuator unit for an ink jet print head in which pressure generating chambers 30 and 31 are arranged in two linear arrays with a pitch P1 between the chambers in each linear array. The pressure generating chambers in one linear array are shifted by an amount equal to 1/4 of P1 with respect to the pressure generating chambers in the other linear array. A plurality of actuator units may be connected to a single flow path unit of the ink jet print head, and the nozzle openings in one actuator unit may be shifted by 1/2 of P1 with respect to the nozzle openings in another actuator unit, or they may be aligned. Various arrangements of the nozzle openings, the pressure generating chambers, and the actuator units can be employed to vary the resolution and to print different colors.
    • 用于喷墨打印头的致动器单元,其中压力发生室30和31以每个线性阵列中的室之间的间距P1布置成两个线性阵列。 一个线性阵列中的压力产生室相对于另一个线性阵列中的压力产生室移动等于P1的+ E,fra 1/4 + EE的量。 多个致动器单元可以连接到喷墨打印头的单个流动路径单元,并且一个致动器单元中的喷嘴开口可以相对于喷嘴开口偏移P1的+ E,fra 1/2 + EE 在另一致动器单元中,或者它们可以对齐。 可以采用喷嘴开口,压力发生室和致动器单元的各种布置来改变分辨率并打印不同的颜色。
    • 34. 发明授权
    • Laminated ink jet recording head with plural actuator units connected at
outermost ends
    • 具有连接在最外端的多个致动器单元的层压喷墨记录头
    • US5907340A
    • 1999-05-25
    • US681376
    • 1996-07-23
    • Takahiro KatakuraKazumi KamoiSatoshi Shinada
    • Takahiro KatakuraKazumi KamoiSatoshi Shinada
    • B41J2/14B41J2/145B41J2/16B41J2/045
    • B41J2/145B41J2/14233B41J2/161B41J2/1632B41J2/1637B41J2002/14306B41J2002/14387
    • An actuator unit for a laminated ink jet recording head includes: a first cover member for forming a vibrating member having piezoelectric vibrators on a surface thereof; a spacer for forming pressure generating chambers with a surface thereof sealed by the first cover member; a second cover member having ink jetting outlets and ink flowing inlets, each ink jetting outlet causing the corresponding pressure generating chamber to communicate with a corresponding nozzle opening of a flow path unit at one end of the pressure generating chamber, each ink flowing inlet causing the corresponding pressure generating chamber to communicate with a common ink chamber of the flow path unit at the other end of the pressure generating chamber. The actuator unit is prepared by laminating and fixing the first cover member, the spacer and the second cover member. A pitch at which the pressure generating chambers are arranged is set to a value equal to or smaller than a pitch at which the nozzle openings are arranged; widths of partition walls on outermost ends of pressure generating chambers located on the outermost ends are set to a value equal to or greater than a width of a partition wall defining adjacent pressure generating chambers and equal to or smaller than 1/2 of the nozzle opening arrangement pitch. An increase in the distance between the adjacent pressure generating chambers at the contact line between two actuator units is set to within a range of values substantially equal to the width of the partition wall.
    • 用于层压喷墨记录头的致动器单元包括:第一盖构件,用于在其表面上形成具有压电振动器的振动构件; 用于形成压力发生室的间隔件,其表面由第一盖构件密封; 具有喷墨出口和墨流入口的第二盖构件,每个喷墨出口使相应的压力产生室与压力发生室一端的流路单元的相应喷嘴开口连通,每个墨流入口使得 相应的压力产生室与压力发生室的另一端的流路单元的公共墨水室连通。 致动器单元通过层压和固定第一盖构件,间隔件和第二盖构件来制备。 设置压力发生室的间距设定为等于或小于喷嘴开口的间距的值; 位于最外端的压力产生室的最外端上的分隔壁的宽度被设定为等于或大于限定相邻的压力发生室的分隔壁的宽度等于或小于+ E, + EE的喷嘴开口排列间距。 在两个致动器单元之间的接触线处的相邻的压力产生室之间的距离的增加被设定在基本上等于分隔壁的宽度的值的范围内。
    • 37. 发明授权
    • Liquid-detecting device and liquid container with the same
    • 液体检测装置和液体容器相同
    • US07270386B2
    • 2007-09-18
    • US10529491
    • 2004-02-10
    • Tomoaki TakahashiTakahiro KatakuraSatoshi Shinada
    • Tomoaki TakahashiTakahiro KatakuraSatoshi Shinada
    • B41J2/195B41J2/175G01F23/00
    • B41J2/17566B41J2002/17583
    • A first electrode (46) has a main portion (46a) covering almost the overall area of a concavity (43) and including a notch (46c). A piezoelectric layer (47) has a main portion (47a) in a diameter smaller than that of the concavity (43), and the whole thereof is within the concavity area, and almost overall the main portion (47a) excluding the part corresponding to the notch (46c) is laminated on the first electrode (46). An auxiliary electrode (48) extends from the outside of the concavity area into the inside thereof and a part thereof is positioned within the notch (46c) of the first electrode (46) and supports a part of the piezoelectric layer (47). A second electrode (49) has a main portion (49a) laminated on the piezoelectric layer (47) and an extension part (49b) which extends from there and is connected to the auxiliary electrode (48) within the concavity area. The residual vibration state of a vibration part of a liquid-detecting device can be detected easily and surely, and generation of cracks in the piezoelectric layer can be prevented.
    • 第一电极(46)具有覆盖凹部(43)的几乎整个区域并包括凹口(46c)的主要部分(46a)。 压电体层(47)的直径比凹部(43)的直径小的主体部分(47a),整个部分位于凹部区域内,几乎总体上不包括部分(47a)的主体部分 对应于凹口(46c)被层压在第一电极(46)上。 辅助电极(48)从凹部区域的外部延伸到其内部并且其一部分位于第一电极(46)的凹口(46c)内并且支撑压电层(47)的一部分。 第二电极(49)具有叠层在压电层(47)上的主体部分(49a)和延伸部分(49b),延伸部分(49b)从那里延伸并连接到凹形区域内的辅助电极(48)。 可以容易且可靠地检测液体检测装置的振动部分的残余振动状态,并且可以防止压电层中的裂纹的产生。
    • 38. 发明申请
    • Liquid-detecting device and liquid container with the same
    • 液体检测装置和液体容器相同
    • US20060170718A1
    • 2006-08-03
    • US10529491
    • 2004-02-10
    • Tomoaki TakahashiTakahiro KatakuraSatoshi Shinada
    • Tomoaki TakahashiTakahiro KatakuraSatoshi Shinada
    • B41J2/195
    • B41J2/17566B41J2002/17583
    • A first electrode (46) has a main portion (46a) covering almost the overall area of a concavity (43) and including a notch (46c). A piezoelectric layer (47) has a main portion (47a) in a diameter smaller than that of the concavity (43), and the whole thereof is within the concavity area, and almost overall the main portion (47a) excluding the part corresponding to the notch (46c) is laminated on the first electrode (46). An auxiliary electrode (48) extends from the outside of the concavity area into the inside thereof and a part thereof is positioned within the notch (46c) of the first electrode (46) and supports a part of the piezoelectric layer (47). A second electrode (49) has a main portion (49a) laminated on the piezoelectric layer (47) and an extension part (49b) which extends from there and is connected to the auxiliary electrode (48) within the concavity area. The residual vibration state of a vibration part of a liquid-detecting device can be detected easily and surely, and generation of cracks in the piezoelectric layer can be prevented.
    • 第一电极(46)具有覆盖凹部(43)的几乎整个区域并包括凹口(46c)的主要部分(46a)。 压电体层(47)的直径比凹部(43)的直径小的主体部分(47a),整体形成在凹部区域内,并且几乎总体上不包括部分(47a)的主体部分 对应于凹口(46c)被层压在第一电极(46)上。 辅助电极(48)从凹部区域的外部延伸到其内部并且其一部分位于第一电极(46)的凹口(46c)内并且支撑压电层(47)的一部分。 第二电极(49)具有叠层在压电层(47)上的主体部分(49a)和延伸部分(49b),延伸部分(49b)从那里延伸并连接到凹形区域内的辅助电极(48)。 可以容易且可靠地检测液体检测装置的振动部分的残余振动状态,并且可以防止压电层中的裂纹的产生。