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    • 32. 发明授权
    • Color exchange and cleaning device of minibell painting machine
    • 迷你涂装机的颜色交换和清洁装置
    • US4813603A
    • 1989-03-21
    • US084196
    • 1987-08-12
    • Hitoshi TakeuchiNaoki YamadaHideyuki TakataSyogo OishiTakenobu YoshidaMichitaka Moritani
    • Hitoshi TakeuchiNaoki YamadaHideyuki TakataSyogo OishiTakenobu YoshidaMichitaka Moritani
    • B05B5/04B05B5/08B05B12/14B05B15/02
    • B05B5/04B05B12/14
    • A color exchange and cleaning device of a minibell painting machine has two systems or sections, that is, a bell-side (first) color exchange and cleaning section and a counter-side (second) color exchange and cleaning section, and includes a manifold provided with a bell-side conduit and a counter-side conduit. The bell-side conduit is communicated with a trigger dump valve for the bell-side color exchange and cleaning section and a trigger valve for the counter-side color exchange and cleaning section. The counter-side conduit is connected via a connection hose with the trigger dump valve for the bell-side color exchange and cleaning section. The trigger valve for the counter-side color exchange and cleaning section is connected with a dump valve. The counter-side conduit is provided with a plurality of color valves, a low-pressure thinner valve and a low-pressure air valve. Thus, a manifold for the bell-side color exchange and cleaning section is eliminated, and the connection hose is made short.
    • 微型涂装机的颜色交换和清洁装置具有两个系统或部分,即钟形(第一)颜色更换和清洁部分和对侧(第二)颜色更换和清洁部分),并且包括歧管 设有钟形导管和对侧导管。 钟形导管与用于钟形侧色彩交换和清洁部分的触发排放阀和用于对侧颜色交换和清洁部分的触发阀连通。 对侧管道通过连接软管与钟形颜色交换和清洁部分的触发排放阀连接。 用于对侧颜色更换和清洁部分的触发阀与排放阀连接。 对侧管道设置有多个彩色阀,低压稀释阀和低压空气阀。 因此,消除了钟形颜色更换和清洁部分的歧管,并且使连接软管变短。
    • 33. 发明授权
    • Electromagnetic fuel injection valve for an internal combustion engine
having a plurality of intake valves
    • 一种具有多个进气门的内燃机的电磁燃料喷射阀
    • US4657189A
    • 1987-04-14
    • US838290
    • 1986-03-10
    • Minoru IwataShigetaka TakadaHitoshi Takeuchi
    • Minoru IwataShigetaka TakadaHitoshi Takeuchi
    • F02M51/06F02M61/18F02M69/50
    • F02M61/1846F02M51/0678F02M51/0682F02M69/50Y10S239/90
    • An electromagnetic fuel injection valve for an internal combustion engine having a valve body with a single fuel injection hole and a plurality of injected fuel paths. A meeting portion of the injected fuel paths is provided downstream of the fuel injection hole and upstream of the injected fuel paths. A wall of the meeting portion is formed to have an inner transverse dimension not smaller than a total corresponding transverse dimension of walls of the injected fuel paths. An injected fuel dividing portion provided below the fuel injection hole has an upwardly facing sharp edge. These structures enable a smooth flow and a smooth division of the injected fuel. Desirably, a length (L) of the injected fuel paths, an equivalent diameter (Di) of the injected fuel path, a diameter (d) of the fuel injection hole and a number (n) of the injected fuel paths have the following relationships:30.gtoreq.n(Di/d).sup.2 .gtoreq.203.gtoreq.L/Di.gtoreq.1Also desirably, an angle made in a bottom surface of the meeting portion is set not larger than twice the angle, with respect to the horizontal, at which the fuel injection valve is mounted on the internal combustion engine.
    • 一种用于内燃机的电磁燃料喷射阀,其具有具有单个燃料喷射孔和多个喷射燃料路径的阀体。 喷射燃料路径的会聚部分设置在燃料喷射孔的下游和喷射燃料路径的上游。 会聚部分的壁形成为具有不小于喷射燃料路径的壁的总相应横向尺寸的内横向尺寸。 设置在燃料喷射孔下方的喷射燃料分配部具有向上的锋利边缘。 这些结构使喷射的燃料平稳流动和顺利分配。 理想地,喷射的燃料路径的长度(L),喷射的燃料路径的当量直径(Di),燃料喷射孔的直径(d)和喷射的燃料路径的数量(n)具有以下关系 :30> / = n(Di / d)2> / = 20 3> / = L / Di> / = 1还希望,在会议部分的底面中形成的角度设定为不大于角度的两倍, 相对于燃料喷射阀安装在内燃机上的水平面。
    • 37. 发明申请
    • PACKAGE MANUFACTURING METHOD, PIEZOELECTRIC VIBRATOR MANUFACTURING METHOD, OSCILLATOR, ELECTRONIC DEVICE, AND RADIO-CONTROLLED TIMEPIECE
    • 包装制造方法,压电振动器制造方法,振荡器,电子装置和无线电控制时序
    • US20110179613A1
    • 2011-07-28
    • US13011408
    • 2011-01-21
    • Yoichi FunabikiHitoshi Takeuchi
    • Yoichi FunabikiHitoshi Takeuchi
    • H01L41/22
    • H03H9/21G04R20/10H01L2224/16225H01L2924/16152H03H9/1021Y10T29/42
    • A package manufacturing method capable of manufacturing a package easily and efficiently. The package manufacturing method includes a jig disposing step of disposing a covering jig covering an outer peripheral portion on one surface of a first board so as to expose a hole forming region through a jig opening formed on the covering jig; and a filling step of filling a filling material constituting at least a part of penetration electrodes into holes. The filling step includes a metal mask disposing step of disposing a metal mask 84 on the covering jig so as to expose the hole forming region through the jig opening and a mask opening of the metal mask; and a main filling step of applying the filling material on the one surface of the first board so as to fill the filling material into the holes using a squeegee. The filling step is repeated in several rounds, and in the metal mask disposing step of a second or later round of the filling step, a metal mask of which the mask opening has a diameter larger than that used in a previous round of the metal mask disposing step is used.
    • 一种能够容易且有效地制造包装的包装制造方法。 封装制造方法包括:夹具配置工序,其在第一基板的一个表面上设置覆盖外周部的覆盖夹具,以通过形成在覆盖夹具上的夹具开口露出孔形成区域; 以及将构成至少一部分穿透电极的填充材料填充到孔中的填充步骤。 填充步骤包括金属掩模设置步骤,其将金属掩模84设置在覆盖夹具上,以便通过夹具开口和金属掩模的掩模开口暴露出孔形成区域; 以及将填充材料施加到第一板的一个表面上以便使用刮板将填充材料填充到孔中的主要填充步骤。 在几轮中重复填充步骤,并且在填充步骤的第二次或更后一轮的金属掩模布置步骤中,掩模开口具有比前一轮金属掩模中使用的直径大的直径的金属掩模 使用处置步骤。
    • 38. 发明申请
    • Brake disc
    • 制动盘
    • US20080257663A1
    • 2008-10-23
    • US11953622
    • 2007-12-10
    • Hitoshi Takeuchi
    • Hitoshi Takeuchi
    • F16D65/12
    • F16D65/12F16D2065/1348F16D2069/004
    • A brake disc capable of sufficiently absorbing thermal stress associated with thermal expansion and deformation of the braking section. The brake disc includes a mounting section for attachment to a wheel, a braking section located at the outside circumference of the mounting section for brake pads to be brought into sliding contact therewith, and a connecting arm section for connecting each of the plurality of mounting portions of the mounting section and the braking section. Connecting arms in the connecting arm section each extend from their respective ones of the plurality of mounting portions in one side direction different from the radial direction of the braking section to reach the braking section, and adjacent mounting portions are connected to each other at least through a connecting arm.
    • 一种能够充分吸收与制动部的热膨胀和变形相关的热应力的制动盘。 制动盘包括用于附接到车轮的安装部分,位于用于与其滑动接触的制动衬块的安装部分的外圆周处的制动部分,以及连接臂部分,用于将多个安装部分 的安装部和制动部。 连接臂部分中的连接臂各自在与制动部分的径向方向不同的一个侧面方向上从其各自的安装部分延伸到达制动部分,并且相邻的安装部分至少通过 连接臂。