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    • 1. 发明授权
    • Immersion type membrane filter
    • 浸入式膜过滤器
    • US07022238B2
    • 2006-04-04
    • US10343989
    • 2001-08-09
    • Tamiyuki EguchiShiro TansoNaoki MurakamiNobuo HayashiSeiji Okuda
    • Tamiyuki EguchiShiro TansoNaoki MurakamiNobuo HayashiSeiji Okuda
    • B01D61/00
    • B01D65/08B01D61/18B01D63/06B01D63/061B01D63/063B01D63/068B01D65/02B01D69/00B01D69/10B01D2315/06B01D2321/04B01D2321/185C02F1/444
    • An immersion type membrane filter apparatus 200 is intended for obtaining filtrate by filtrating a fluid to be processed stored within a storage bath 150 and primarily includes a filtration membrane module 300 and an air bubbles supply device 500 disposed therebelow. The filtration membrane module 300 has numerous tubular membranes 310 having on the inner surfaces thereof the function of filtrating a fluid to be processed packed within a cylindrical housing vessel 301 having a discharge port 303 for filtrate. The tubular membranes 310 are held in an opened state at both the ends of the housing vessel 301. The filtration membrane module 300 is soaked in a fluid to be processed in such a way that the tubular membranes 310 are opened in the vertical direction. When air bubbles are supplied to the filtration membrane module 300 from an air bubbles supply device 500, the fluid to be processed flows through the tubular membranes 310 from the down side upwards to naturally circulate within the storage bath 150. Part of the fluid to be processed is filtrated by passing through the tubular membranes 310 from the inside to the outside. As a result, the filtrate thus obtained flows out via the discharge port 303 to a filtrate discharge pathway 600.
    • 浸渍型膜过滤装置200用于通过过滤储存在储存槽150中的待处理流体来获得滤液,并且主要包括过滤膜组件300和设置在其下方的气泡供应装置500。 过滤膜组件300具有多个管状膜310,其内表面具有过滤包装在具有用于滤液的排出口303的圆柱形容纳容器301内的待处理流体的功能。 管状膜310在外壳容器301的两端保持打开状态。 将过滤膜组件300浸泡在待处理流体中,使得管状膜310在垂直方向上打开。 当从气泡供给装置500向过滤膜组件300供给气泡时,被处理流体从下方向上流过管状膜310,在储存槽150内自然循环。 通过从内向外通过管状膜310来过滤被处理流体的一部分。 结果,由此获得的滤液通过排出口303流出到滤液排出通路600。
    • 2. 发明授权
    • Connector for plates
    • 板连接器
    • US4131258A
    • 1978-12-26
    • US695355
    • 1976-06-14
    • Seiji OkudaTakuo Yuda
    • Seiji OkudaTakuo Yuda
    • F16B19/00F16B21/02F16B21/04F16L3/13F16B13/10F16L3/02
    • F16B21/02F16L3/13Y10S411/913Y10T24/3444
    • Disclosed is a connector for plates, which comprises a basic portion, operating means disposed on one surface of said basic portion, a chamfered fitting portion formed on the other surface of said basic portion in a planar shape substantially equalling the shape of a perforation bored in a given plate, and an anchor member having a length slightly smaller than the largest width of the perforation in said plate and possessing an inclined shoulder along the portion at which the anchor comes into contact with said fitting portion. The anchor member slides into fast hooking engagement with the edge of said perforation when the anchor member is passed through the perforation in a plate (or plates) and the entire connector proper is subsequently turned about its center. The connector of the present invention, thus, serves to join face-to-face a plurality of plates or attach itself securely to a plate (or plates).
    • 公开了一种用于板的连接器,其包括基本部分,设置在所述基部的一个表面上的操作装置,形成在基本部分的另一个表面上的平面形状的倒角配合部分,其基本上等于穿孔的穿孔形状 给定的板,以及锚定构件,其长度略小于所述板中的穿孔的最大宽度,并且具有沿着锚与所述装配部接触的部分的倾斜肩部。 当锚固构件穿过板(或板)中的穿孔时,锚定构件滑动到与所述穿孔的边缘的快速钩接合,并且整个连接器本身随后围绕其中心旋转。 因此,本发明的连接器用于面对面地连接多个板或者将其自身牢固地连接到板(或板)上。
    • 3. 发明申请
    • ELEVATOR HOISTING MACHINE AND ELEVATOR HOISTING MACHINE MANUFACTURING METHOD
    • 电梯机床和电梯机床制造方法
    • US20120292135A1
    • 2012-11-22
    • US13522437
    • 2010-02-08
    • Shigenobu KawakamiHiroshi NarasadaSeiji Okuda
    • Shigenobu KawakamiHiroshi NarasadaSeiji Okuda
    • B66B3/00B23P11/00
    • B66B11/043Y10T29/49826
    • A coupling shaft includes: a boss portion; and a rotation detector mounting shaft portion that protrudes outward from the boss portion away from the motor shaft. An inner circumferential surface of a penetrating aperture disposed on a mounting member is an inclined pressing surface that is inclined relative to a shaft axis of the motor shaft such that an inside diameter of the penetrating aperture increases continuously toward the motor shaft. An inclined bearing surface that is inclined relative to a shaft axis of the coupling shaft is disposed on the boss portion so as to be formed into an annular shape around the shaft axis of the coupling shaft, and such that an outside diameter of the boss portion increases continuously toward the motor shaft. The inclined pressing surface is able to contact the inclined bearing surface by the mounting member being displaced toward the motor shaft.
    • 联轴器包括:凸台部分; 以及旋转检测器安装轴部,其从凸台部向外突出远离电动机轴。 设置在安装构件上的穿透孔的内周面是相对于电动机轴的轴线倾斜的倾斜按压面,使得贯通孔的内径朝向电动机轴不断增大。 相对于联结轴的轴线倾斜的倾斜轴承面设置在凸台部上,以便围绕连接轴的轴线形成环状,并且凸起部的外径 不断向电机轴增加。 倾斜的按压面能够通过朝向电动机轴移动的安装构件与倾斜支承面接触。
    • 4. 发明授权
    • Elevator modification work apparatus
    • 电梯改装工作装置
    • US09114956B2
    • 2015-08-25
    • US13641496
    • 2010-06-18
    • Shigenobu KawakamiHiroshi NarasadaSeiji Okuda
    • Shigenobu KawakamiHiroshi NarasadaSeiji Okuda
    • B23P19/00B66B13/02B66B7/00B66B19/00B66B5/00
    • B66B19/005B66B5/0087Y10T29/53143
    • An elevator modification work apparatus for disposing a coupling shaft mounting aperture on an end surface of a motor shaft includes a positioning member on which a recess portion is disposed into which the motor shaft is fitted. Displacement of the positioning member relative to the motor shaft in a direction that is perpendicular to the axis of the motor shaft is restricted by fitting the end portion of the motor shaft into the recess portion. A motor shaft positioning aperture that passes through the positioning member in a direction that intersects a bottom surface of the recess portion is disposed on the recess portion. A position at which to dispose the coupling shaft mounting aperture on the end surface of the motor shaft is specified by a position of the motor shaft positioning aperture when the end portion of the motor shaft is fitted into the recess portion.
    • 一种用于在电动机轴的端面上设置联接轴安装孔的升降机修改作业装置包括定位构件,在该定位构件上设置有用于安装电动机轴的凹部。 通过将电动机轴的端部嵌入凹部来限制定位构件相对于电动机轴在垂直于电动机轴的轴线的方向上的位移。 在与凹部的底面相交的方向上穿过定位构件的电动机轴定位孔设置在凹部上。 当马达轴的端部装配到凹部中时,通过马达轴定位孔的位置来指定将马达轴的端面上的联轴器安装孔配置的位置。
    • 5. 发明授权
    • Elevator hoisting machine and elevator hoisting machine manufacturing method
    • 电梯曳引机和电梯曳引机制造方法
    • US09090435B2
    • 2015-07-28
    • US13522437
    • 2010-02-08
    • Shigenobu KawakamiHiroshi NarasadaSeiji Okuda
    • Shigenobu KawakamiHiroshi NarasadaSeiji Okuda
    • B66B1/34B66B11/04
    • B66B11/043Y10T29/49826
    • A coupling shaft includes: a boss portion; and a rotation detector mounting shaft portion that protrudes outward from the boss portion away from the motor shaft. An inner circumferential surface of a penetrating aperture disposed on a mounting member is an inclined pressing surface that is inclined relative to a shaft axis of the motor shaft such that an inside diameter of the penetrating aperture increases continuously toward the motor shaft. An inclined bearing surface that is inclined relative to a shaft axis of the coupling shaft is disposed on the boss portion so as to be formed into an annular shape around the shaft axis of the coupling shaft, and such that an outside diameter of the boss portion increases continuously toward the motor shaft. The inclined pressing surface is able to contact the inclined bearing surface by the mounting member being displaced toward the motor shaft.
    • 联轴器包括:凸台部分; 以及旋转检测器安装轴部,其从凸台部向外突出远离电动机轴。 设置在安装构件上的穿透孔的内周面是相对于电动机轴的轴线倾斜的倾斜按压面,使得贯通孔的内径朝向电动机轴不断增大。 相对于联结轴的轴线倾斜的倾斜轴承面设置在凸台部上,以便围绕连接轴的轴线形成环状,并且凸起部的外径 不断向电机轴增加。 倾斜的按压面能够通过朝向电动机轴移动的安装构件与倾斜支承面接触。
    • 6. 发明申请
    • ELEVATOR MODIFICATION WORK APPARATUS
    • 电梯修改工作装置
    • US20130031777A1
    • 2013-02-07
    • US13641496
    • 2010-06-18
    • Shigenobu KawakamiHiroshi NarasadaSeiji Okuda
    • Shigenobu KawakamiHiroshi NarasadaSeiji Okuda
    • H02K15/00
    • B66B19/005B66B5/0087Y10T29/53143
    • An elevator modification work apparatus for disposing a coupling shaft mounting aperture on an end surface of a motor shaft includes a positioning member on which a recess portion is disposed into which the motor shaft is fitted. Displacement of the positioning member relative to the motor shaft in a direction that is perpendicular to the axis of the motor shaft is restricted by fitting the end portion of the motor shaft into the recess portion. A motor shaft positioning aperture that passes through the positioning member in a direction that intersects a bottom surface of the recess portion is disposed on the recess portion. A position at which to dispose the coupling shaft mounting aperture on the end surface of the motor shaft is specified by a position of the motor shaft positioning aperture when the end portion of the motor shaft is fitted into the recess portion.
    • 一种用于在电动机轴的端面上设置联接轴安装孔的升降机修改作业装置包括定位构件,在该定位构件上设置有用于安装电动机轴的凹部。 通过将电动机轴的端部嵌入凹部来限制定位构件相对于电动机轴在垂直于电动机轴的轴线的方向上的位移。 在与凹部的底面相交的方向上穿过定位构件的电动机轴定位孔设置在凹部上。 当马达轴的端部装配到凹部中时,通过马达轴定位孔的位置来指定将马达轴的端面上的联轴器安装孔配置的位置。