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    • 25. 发明授权
    • Membrane separation module and apparatus for its production
    • 膜分离模块及其生产设备
    • US4277340A
    • 1981-07-07
    • US932399
    • 1978-08-09
    • Naokatu KanamaruKazuo ImaiHisaaki Fujino
    • Naokatu KanamaruKazuo ImaiHisaaki Fujino
    • B01D63/10B01D31/00
    • B01D63/10
    • Disclosed is a liquid separation module of the spiral type which is produced by a simple apparatus requiring no manual operations, so that a mandrel is provided with a spirally and tightly wound layer arrangement consisting of a plurality of layer elements without any abnormal relative shifting between any layer elements, without the occurrence of wrinkles in any layer element and with uniform tightness of the winding along the radius of the wound layer arrangement. The layer arrangement is wound on the mandrel in such way that, while the layer arrangement is being wound on the mandrel by rotating the mandrel with the forward end of the layer arrangement fixed to the mandrel, a portion of the layer arrangement which has not yet been tightly wound is radially pressed just before coming into tight contact with the mandrel or with another portion of the layer arrangement which has been tightly wound, so that the degree of winding tightness is increased separated from each other. A preferable layer arrangement is prepared so that the layer elements are piled one on top of the other and a single sheet of permeable membrane is used as one of the layer elements, which is connected at the ends thereof to form a loop after completion of the winding process. Apparatus for producing such a liquid separation module is also disclosed.
    • 公开了一种螺旋型液体分离组件,其由不需要手动操作的简单装置制造,使得心轴具有由多个层元件构成的螺旋且紧密缠绕的层布置,任何 层元件,而不会在任何层元件中出现褶皱,并且沿着卷绕层布置的半径具有均匀的卷绕紧密度。 层布置以这样的方式缠绕在心轴上,使得当层布置通过旋转心轴而将芯片卷绕在层压装置的前端固定到心轴上时,层布置的一部分尚未 在与心轴紧密接触之前,或紧紧缠绕的层布置的另一部分,紧密缠绕的是被径向按压,使得卷绕紧密度的增加彼此分离。 制备优选的层布置,使得层元件一个堆叠在另一个之上,并且一片可渗透膜被用作层元件之一,其在其端部连接以在完成之后形成环 卷绕过程。 还公开了用于生产这种液体分离模块的装置。
    • 26. 发明授权
    • Production of a liquid separation module
    • 生产液体分离模块
    • US4137113A
    • 1979-01-30
    • US815284
    • 1977-07-13
    • Naokatu KanamaruKazuo ImaiHisaaki Fujino
    • Naokatu KanamaruKazuo ImaiHisaaki Fujino
    • B01D63/10B65H81/00
    • B01D63/10
    • Disclosed is a liquid separation module of a spiral type which is produced by a simple apparatus requiring no manual operations, so that a mandrel is provided with a spirally and tightly wound layer arrangement consisting of a plurality of layer elements without any abnormal relative shifting between any layer elements, without occurrence of wrinkles in any layer element and with uniform tightness of the winding along the radius of the wound layer arrangement. The layer arrangement is wound on the mandrel in such way that, while the layer arrangement is being tightly wound on the mandrel by rotating the mandrel with the forward end of the layer arragement fixed to the mandrel, a portion of the layer arrangement which has not yet been tightly wound is forced to bulge just before coming into tight contact with the mandrel or with another portion of the layer arrangement which has been tightly wound, so that at the bulged portion the layer elements are partially separated from each other. A preferable layer arrangement is prepared so that the layer elements are piled one on top of the other and a single sheet of permeable membrane is used as one of the layer elements, which is connected at the ends thereof to form a loop after completion of the winding process.
    • 公开了一种螺旋型的液体分离组件,其通过简单的装置制造,不需要手动操作,从而使心轴具有由多个层元件构成的螺旋且紧密缠绕的层布置,任何 层元件,不会在任何层元件中产生褶皱,并且沿着卷绕层布置的半径具有均匀的卷绕紧密度。 层布置被卷绕在心轴上,使得当层布置通过旋转心轴而紧密地缠绕在心轴上时,其中固定到心轴的层的前端被固定到心轴,层布置的一部分没有 但是紧紧缠绕的刚被紧紧地与心轴紧密接触或与紧密缠绕的层布置的另一部分之间凸起,使得在凸出部分处,层元件彼此部分地分离。 制备优选的层布置,使得层元件一个堆叠在另一个之上,并且一片可渗透膜被用作层元件之一,其在其端部连接以在完成之后形成环 卷绕过程。
    • 27. 发明授权
    • Touch panel
    • 触控面板
    • US07227537B2
    • 2007-06-05
    • US10607495
    • 2003-06-25
    • Naomi NakayamaTakehiro EgamiKazuo ImaiTakeshi Yago
    • Naomi NakayamaTakehiro EgamiKazuo ImaiTakeshi Yago
    • G09G5/00
    • G06F3/041
    • A touch panel of the present invention in which a piezoelectric substrate is fixed to a movable plate or a supporting substrate has a reduced weight, size, and thickness by providing simpler wiring. The touch panel comprises: a movable plate having an input manipulation surface; a supporting substrate, disposed with a slight insulation gap from the movable plate, for supporting the movable plate from a back surface thereof; conductive layers on the movable plate and the supporting substrate on their respective opposing surfaces; and a piezoelectric substrate fixed to the movable plate or the supporting substrate. A pair of driving electrodes on the piezoelectric substrate are fixed to respective opposing surfaces of the piezoelectric substrate. A conductive layer electrode of the movable plate, a conductive layer electrode of the supporting substrate, and the pair of driving electrodes of the piezoelectric substrate are withdrawn integrally using a single connector tail.
    • 通过提供更简单的布线,压电基板固定到可动板或支撑基板上的本发明的触摸面板具有减小的重量,尺寸和厚度。 触摸面板包括:具有输入操作面的可动板; 支撑基板,与可移动板具有轻微的绝缘间隙,用于从其后表面支撑可移动板; 可移动板上的导电层和支撑基板在其相应的相对表面上; 以及固定在可动板或支撑基板上的压电基板。 压电基板上的一对驱动电极固定在压电基板的相对的相对表面上。 可移动板的导电层电极,支撑衬底的导电层电极和压电衬底的一对驱动电极使用单个连接器尾部一体地取出。
    • 28. 发明授权
    • Screen-printing metal mask plate and method of resin-sealing vibrating part
    • 丝网印刷金属掩模板和树脂密封振动部分的方法
    • US07026180B2
    • 2006-04-11
    • US11083253
    • 2005-03-17
    • Kazuo ImaiIsamu SaitoYoshiaki YamaguchiNaomi Nakayama
    • Kazuo ImaiIsamu SaitoYoshiaki YamaguchiNaomi Nakayama
    • H01L21/00B28B1/00
    • G06F3/016G06F3/041H05K3/1225H05K3/284
    • A squeegee is slid over a metal mask plate so as to fill a sealing resin in a resin inflow space through a through hole, and the sealing resin, deposited on an outer surface of an electronic part that includes a vibrating part, is thermally set. A through hole that corresponds to an electronic part is formed in a metal mask plate. The through hole includes a lower smaller through hole and an upper larger through hole communicating with an upper side of the lower smaller through hole, and a step portion is formed within the through hole. A relief recess is provided in a region of a metal mask plate including at least a projected region in which an operating area is projected onto a surface of the metal mask plate opposing the touch panel in a state in which the metal mask plate covers the touch panel.
    • 将刮板滑过金属掩模板,以通过通孔填充树脂流入空间中的密封树脂,并且将热沉积在包括振动部件的电子部件的外表面上的密封树脂。 在金属掩模板中形成对应于电子部件的通孔。 通孔包括下部较小通孔和与较小通孔的上侧连通的上部较大通孔,并且在通孔内形成台阶部。 在金属掩模板的区域中,在金属掩模板的至少一个突出区域中设置有一个凸起凹槽,在该区域中,在金属掩模板覆盖触摸的状态下操作区域投射到与触摸面板相对的金属掩模板的表面上 面板。
    • 29. 发明授权
    • Input/output device information management system for multi-computer system
    • 多计算机系统的输入/输出设备信息管理系统
    • US06341308B1
    • 2002-01-22
    • US09638027
    • 2000-08-15
    • Toshio YamaguchiKazuo ImaiMasatoshi Haraguchi
    • Toshio YamaguchiKazuo ImaiMasatoshi Haraguchi
    • G06F15177
    • G06F15/161Y10S707/99943
    • In a multi-computer system having a plurality of computers, an input/output device configuration definition table and an input/output device configuration reference table are adapted to be collectively managed. A configuration management program manages the configuration definition of all input/output devices of a plurality of computers by using the input/output device configuration definition table, and generates a changed data file when an input/output device configuration is changed. Dynamic system alteration is effected by changing the contents of the input/output device configuration reference table stored in a shared memory, in accordance with the changed data file. The input/output device configuration definition table and the input/output device configuration reference table each have an input/output device information part and an input/output device connection information part arranged in a matrix form to allow addition/deletion of an input/output device and a computer.
    • 在具有多个计算机的多计算机系统中,输入/输出设备配置定义表和输入/输出设备配置参考表适于被集中管理。 配置管理程序通过使用输入/输出设备配置定义表来管理多个计算机的所有输入/输出设备的配置定义,并且当输入/输出设备配置改变时生成改变的数据文件。 根据改变的数据文件,通过改变存储在共享存储器中的输入/输出设备配置参考表的内容来实现动态系统改变。 输入/输出设备配置定义表和输入/输出设备配置参考表各自具有以矩阵形式布置的输入/输出设备信息部分和输入/输出设备连接信息部分,以允许添加/删除输入/输出设备 设备和电脑。