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    • 1. 发明授权
    • Fuel filter apparatus with anti-electrostatic function
    • 燃油滤清器具有防静电功能
    • US06245231B1
    • 2001-06-12
    • US09353279
    • 1999-07-14
    • Naoki MakiKenji OkabeHideyuki NakaiKunihiro UmetsuAkiyoshi Mukaidani
    • Naoki MakiKenji OkabeHideyuki NakaiKunihiro UmetsuAkiyoshi Mukaidani
    • B01D3514
    • B01D35/26B01D2201/50
    • The filter apparatus is composed of a filter housing made of non-conductive material, a filter element made of conductive material contained in the filter housing, and a conductive plug with a sealing element. The filter housing has a bore and the conductive plug is inserted into the bore of the filter housing so that the clearance between the conductive plug and the filter housing is hermetically sealed by the sealing element. The conductive plug is connected in circuit to the filter element in a manner that a part of the plug is exposed out of the filter housing and an earth wire attached to the exposed portion of the plug. The static electricity generated in the filter apparatus is released via a conductive path extending from the filter element through the plug to the earth wire so that the electrostatic discharge may be prevented. The conductive plug is made of material having 107 to 1011 &OHgr;·cm resistivity. Such a value of resistivity serves to assure not only an adequate conductivity for releasing the static electricity but also an adequate resistance for preventing the electrostatic discharge from the conductive plug, if the earth wire becomes off or its connection is forgotten.
    • 过滤装置由非导电材料制成的过滤器壳体,由过滤器壳体中所包含的导电材料制成的过滤元件以及具有密封元件的导电插塞构成。 过滤器壳体具有孔,并且导电插塞插入过滤器壳体的孔中,使得导电塞和过滤器壳体之间的间隙被密封元件气密地密封。 导电塞以电路的一部分暴露在过滤器壳体外部并且附接到插头的暴露部分的接地线的方式连接到过滤元件。 在过滤装置中产生的静电通过从过滤元件通过插头延伸到接地线的导电路径释放,从而可以防止静电放电。 导电塞由具有107至1011欧姆电阻率的材料制成。 如果接地线断开或其连接被忘记,这样的电阻率值不仅用于确保释放静电的足够的导电性,而且还确保防止从导电插塞的静电放电的适当电阻。
    • 3. 发明申请
    • Objective lens and optical measuring device
    • 物镜和光学测量装置
    • US20080285158A1
    • 2008-11-20
    • US12153135
    • 2008-05-14
    • Kenji Okabe
    • Kenji Okabe
    • G02B3/00
    • G02B21/02G02B5/005
    • An objective lens used for a microscope includes a lens(es), an iris diaphragm and a tubular body. The lens(es),which is provided in a manner facing an object, transmits light reflected from a measuring surface of the object. The iris diaphragm, which is provided behind the lens(es), changes an aperture diameter of a light-transmissive aperture of a light-transmissive surface that is substantially orthogonal to a main optical axis of the light transmitted through the lens(es). The tubular body, which is detachably mounted on a revolving nosepiece of a trunk that includes a zoom imaging lens(es) for forming an image from the light transmitted through the light-transmissive aperture, holds the lens(es) and the iris diaphragm.
    • 用于显微镜的物镜包括透镜,虹膜隔膜和管状体。 以面对物体的方式设置的透镜透射从物体的测量表面反射的光。 设置在透镜后面的虹膜光阑改变基本上垂直于透过透镜的光的主光轴的透光表面的透光孔的孔径。 管状体可拆卸地安装在躯干的旋转鼻梁上,该管状体包括用​​于通过透光孔透射的光形成图像的变焦成像透镜,保持透镜和虹膜光阑。
    • 4. 发明申请
    • Jet pump, fuel feed apparatus having the same, and method for welding the same
    • 喷射泵,具有该喷射泵的燃料供给装置及其焊接方法
    • US20070217921A1
    • 2007-09-20
    • US11723186
    • 2007-03-16
    • Masaharu OohashiKenji Okabe
    • Masaharu OohashiKenji Okabe
    • F04B23/08F02M37/00
    • F02M37/025F02M37/106F04F5/10
    • A jet pump is provided for supplying fuel from a fuel tank into a sub-tank, which is accommodated in the fuel tank. The jet pump includes a welded portion adapted to being welded to an outer wall surface of a bottom portion of the sub-tank. A swirl portion defines therein a swirl chamber. A jet nozzle generates negative pressure by jetting swirl-flowing fuel passing through the swirl chamber so as to draw fuel from the fuel tank into the sub-tank. A pressure-receiving portion defines a clearance with respect to the swirl portion. The pressure-receiving portion extends from the welded portion in a direction to distant from the sub-tank. The pressure-receiving portion is applied with force toward the welded portion when the welded portion is welded to the sub-tank.
    • 提供喷射泵,用于将燃料从燃料箱供给到容纳在燃料箱中的副罐中。 喷射泵包括适于焊接到副罐的底部的外壁表面的焊接部分。 漩涡部分在其中限定有涡流室。 喷嘴通过喷射经过涡流室的涡流燃料产生负压,从而将燃料从燃料箱吸入副罐中。 压力接收部分限定相对于涡流部分的间隙。 受压部从焊接部向远离副罐的方向延伸。 当焊接部分焊接到副罐时,受压部分朝向焊接部分施加力。
    • 6. 发明授权
    • Fuel feed apparatus having sub-tank and jet nozzle
    • 具有副罐和喷嘴的燃料供给装置
    • US07007679B2
    • 2006-03-07
    • US11065282
    • 2005-02-25
    • Kenji OkabeKenichi NishizakiFumio Kaneoka
    • Kenji OkabeKenichi NishizakiFumio Kaneoka
    • F02M37/04
    • F02M37/106F02M37/025F02M2037/225F04F5/10Y10T137/86075
    • A fuel feed apparatus, which is accommodated in a fuel tank, includes a sub-tank, a jet pump, and a covering member. The sub-tank includes a fuel inlet. The jet pump includes a jet nozzle, through which fuel is jetted to generate negative pressure, so that fuel in the fuel tank is drawn into the sub-tank through the fuel inlet. The covering member covers a gap formed between the jet nozzle and the fuel inlet. The covering member is opened on the bottom side of the gap. The covering member downwardly extends from the upper side to a gap-lower end position. The gap-lower end position is located on the upper side with respect to the center of the jet nozzle by a distance that is equal to or greater than 1 mm, and is equal to or less than 2 mm.
    • 容纳在燃料箱中的燃料供给装置包括副罐,喷射泵和覆盖部件。 副罐包括燃料入口。 喷射泵包括喷嘴,通过该喷嘴喷射燃料以产生负压,使得燃料箱中的燃料通过燃料入口被吸入副罐。 覆盖构件覆盖形成在喷嘴和燃料入口之间的间隙。 覆盖部件在间隙的底侧开口。 覆盖构件从上侧向下延伸到间隙 - 下端位置。 间隙下端位置相对于喷嘴的中心位于上侧,距离等于或大于1mm,并且等于或小于2mm。
    • 7. 发明授权
    • Imaging probe
    • 成像探头
    • US06621065B1
    • 2003-09-16
    • US09708535
    • 2000-11-09
    • Yasushi FukumotoSeiji ShimokawaKenji Okabe
    • Yasushi FukumotoSeiji ShimokawaKenji Okabe
    • H01J4014
    • H04N5/2256
    • A CCD camera (27) images a work to generate its image data. An imaging optical system (24, 25, 26) focuses an image of the work on the CCD camera (27). A down-projection illumination source (31) includes at least one semiconductor light-emitting device for producing a down-projection illumination light to illuminate the work from above. An illuminating optical system (29) joins the illumination light from the down-projection illumination source (31) to the imaging optical system in order to lead the illumination light to the work via the imaging optical system. These optical components are mounted on a chassis (23) to construct an imaging probe (1), which is employed at any angle as a measuring probe of a three-dimensional tester.
    • CCD相机(27)对作品进行成像以生成其图像数据。 成像光学系统(24,25,26)将作品的图像聚焦在CCD照相机(27)上。 下投影照明源(31)包括至少一个半导体发光装置,用于产生从上方照射工件的下投照明光。 照明光学系统(29)将来自下投照明源(31)的照明光连接到成像光学系统,以便经由成像光学系统将照明光引导到工件。 这些光学部件被安装在底架23上,构成成像探头(1),其以任意角度被用作三维测试仪的测量探针。
    • 8. 发明授权
    • Joystick controller
    • 操纵杆控制器
    • US6064369A
    • 2000-05-16
    • US50472
    • 1998-03-30
    • Kenji OkabeHirokatsu Omori
    • Kenji OkabeHirokatsu Omori
    • A63F13/06G05G9/047G09G5/08
    • G05G5/06G05G9/047G05G2009/04714Y10T74/20201
    • A joystick controller sufficiently strong and durable not to easily be broken even when handled somehow roughly, reasonably compact and which can be manufactured with less costs, is provided by composing it of a housing provided thereon with a plurality of potentiometers, a hollow shell bearing born inside the housing rotatably in one direction and which has a first pair of auxiliary arms attached on either side thereof and extending outwardly; an intermediate bearing born inside the shell bearing rotatably in a direction orthogonal to the shell bearing; a joystick attached rockably on the intermediate bearing and extending upwardly of the housing through a first pair of guide slots formed in the shell bearing; a core bearing pivoted inside the intermediate bearing rotatably in a same direction as the intermediate bearing; and a second pair of auxiliary arms attached on the core bearing, extending in a direction orthogonal to the first pair of auxiliary arms through an aperture formed in the intermediate bearing and a second guide slot formed in a direction orthogonal to the first pair of guide slots in the shell bearing and rockably born inside the housing; and coupling the first and second pairs of auxiliary arms to rotating shafts of the potentiometers respectively.
    • 具有足够坚固耐用的操纵杆控制器,即使以大致相当紧凑的方式处理,也可以以较低的成本制造,不易被破坏,通过组合其上设置有多个电位器的壳体来提供,空心壳体承载 在一个方向上可旋转的壳体内部,并且具有附接在其两侧并向外延伸的第一对辅助臂; 在壳体轴承内以与外壳轴承正交的方向可旋转地出生的中间轴承; 操纵杆可摇动地附接在中间轴承上并通过形成在壳体轴承中的第一对引导槽向壳体的上方延伸; 中心轴承在中间轴承的内部以与中间轴承相同的方向可旋转地枢转的芯轴承; 以及附接在所述芯轴承上的第二对辅助臂,通过形成在所述中间轴承中的孔而沿与所述第一对辅助臂正交的方向延伸,以及沿与所述第一对引导槽正交的方向形成的第二引导槽 在壳体轴承和可摇摆地出生在房屋内; 并将第一和第二对辅助臂分别耦合到电位器的旋转轴。