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    • 4. 发明授权
    • Rotation axis fine adjustment apparatus
    • 旋转轴微调装置
    • US4656878A
    • 1987-04-14
    • US770183
    • 1985-08-28
    • Hideo IwaiFumitomo KondoAkio Kimura
    • Hideo IwaiFumitomo KondoAkio Kimura
    • G02B7/00G02B23/16G12B5/00
    • G02B23/16G02B7/004Y10T74/18752Y10T74/18888
    • There is disclosed a rotation axis fine adjustment apparatus for finely adjusting rotation of a mounting portion rotatably mounted on a rotation axis with respect to a base portion through a fastening frame by suitably fastening and finely adjusting the rotation axis. It comprising an outer tube inserted in and fixed to the mounting portion with its end portion projecting outward; an intermediate hollow axial body formed at its outer peripheral surface with a flange portion and at its inner peripheral portion with a female thread portion, and inserted into inside of the outer tube and concentrically secured to the outer tube by screw means with the flange portion abutted against the end portion and other outer tubes kept being spaced apart from the outer tube; a fastening intermediate hollow axial body rotatably attached to an inner side of the outer tube at outside of the intermediate hollow axial body, and fixed at its one end with a fastening control handle; and a fine adjustment axial body formed with a male thread portion for being in threaded engagement with the female thread portion and reciprocally movably attached to an inner side of the intermediate hollow axial body in order to finely rotate the mounting portion, and coaxially fixed at its one end with a fine adjustment control handle with respect to the fastening control handle.
    • 公开了一种旋转轴微调装置,用于通过适当地紧固和精细地调节旋转轴线,通过紧固框架,微调相对于基部旋转地安装在旋转轴线上的安装部分的旋转。 它包括插入并固定到安装部分的外管,其端部向外突出; 中空空心轴体在其外周面上形成有凸缘部分,并且在其内周部分处形成有内螺纹部分,并且插入到外管内部并且通过螺纹装置同心地固定到外管,凸缘部分抵靠 抵靠保持与外管隔开的端部和其它外管; 紧固中间中空轴向体,其在中间中空轴向体的外侧可旋转地附接到外管的内侧,并且在其一端处固定有紧固控制手柄; 以及微调轴向体,其形成有阳螺纹部分,用于与阴螺纹部分螺纹接合并且可往复运动地附接到中间空心轴向体的内侧,以便微调安装部分,同轴地固定在其中 一端具有相对于紧固控制手柄的微调控制手柄。
    • 6. 发明授权
    • Nail remover
    • 指甲去除剂
    • US5141205A
    • 1992-08-25
    • US826685
    • 1992-01-29
    • Hideo IwaiMikihiko YoshidaMichiharu ObataYoshiyuki Okayasu
    • Hideo IwaiMikihiko YoshidaMichiharu ObataYoshiyuki Okayasu
    • B25C11/00B25C13/00
    • B25C11/00B25C13/00Y10T29/53774
    • A nail remover according to the present invention includes a tool head having a guide bore extending linearly through the head in a longitudinal direction, a push-rod slidably mounted in the guide bore of the head between a retracted position at which a free end of the push-rod is located in the guide bore and an extended position at which the free end of the push-rod protrudes from the guide bore, a driving device for advancing the push-rod from the retracted position to the extended position, and an actuator for activating the driving device. At least a portion of the peripheral wall defining an outlet of the guide bore is tapered toward an outboard edge of the wall so as to make it easy to introduce a nail into the guide bore. In operation, the guide bore receives the portion of a nail protruding from a plate such as a piece of plywood. Then the nail is straightened by aligning the guide bore with the axis of the nail and, thereafter, the push-rod is driven towards the extended position so as to drive the nail out of the plate.
    • 根据本发明的脱钉器包括具有沿纵向线性延伸穿过头部的导向孔的工具头,推杆可滑动地安装在头部的导向孔中,在该缩回位置处, 推杆位于导向孔中,并且推动杆的自由端从引导孔突出的延伸位置,用于将推杆从缩回位置推进到延伸位置的驱动装置,以及致动器 用于启动驱动装置。 限定导向孔的出口的外围壁的至少一部分朝向壁的外侧边缘逐渐变细,以便容易地将钉引入导向孔。 在操作中,导向孔容纳从板(例如胶合板)突出的指甲部分。 然后通过将导向孔与钉子的轴线对齐来使钉子变直,然后将推杆朝向延伸位置驱动,以便将钉子从板上推出。
    • 8. 发明授权
    • Method of treating metal analysis sample and device thereof
    • 处理金属分析样品的方法及其装置
    • US06726739B2
    • 2004-04-27
    • US10181912
    • 2002-07-24
    • Kenji AbikoHisao YasuharaTakashi NiidaMakoto ShimuraHideo Iwai
    • Kenji AbikoHisao YasuharaTakashi NiidaMakoto ShimuraHideo Iwai
    • G01N128
    • G01N1/32G01N33/20
    • The present invention provides a pre-treatment apparatus for an analytical metal sample, the apparatus including (1) a treatment chamber having a sample charging port which can be opened and closed and provided at the top of the chamber, a sample discharging port which can be opened and closed and provided at the bottom of the chamber, and a gas inlet and gas outlet, (2) a sample carrying bar joined to a sample holder also used as a sputtering electrode, and provided to pass through at least one side wall of the treatment chamber so as to be substantially horizontally movable and axially rotatable, and (3) a sputtering counter electrode at least having portions arranged opposite to each other in a region not inhibiting the charge and discharge of an analytical metal sample so that the sample holder can be arranged in the counter electrode. The present invention also provides a pre-treatment method capable of simply cleaning the surface of the analytical metal sample by using the pre-treatment apparatus and preventing re-contamination of the cleaned sample by exposure to the air or the like. Furthermore, the present invention provides an analysis apparatus provided with the pre-treatment apparatus to permit high-accuracy quantitative determination of trace elements of metals.
    • 本发明提供了一种用于分析金属样品的预处理装置,该装置包括(1)具有可以打开和关闭并设置在室顶部的样品加料口的处理室,可以将样品排出口 打开和关闭并设置在室的底部,以及气体入口和气体出口,(2)连接到样品保持器的样品携带杆,还用作溅射电极,并且被提供以通过至少一个侧壁 的处理室,以便基本上水平移动并且可轴向旋转;以及(3)至少具有彼此相对布置的部分的溅射相对电极,所述区域不抑制分析金属样品的充放电,所以样品 支架可以布置在对电极中。 本发明还提供了一种预处理方法,其能够通过使用预处理装置简单地清洁分析金属样品的表面,并防止通过暴露于空气等来清洁样品的再污染。 此外,本发明提供一种具有预处理装置的分析装置,以允许金属微量元素的高精度定量测定。