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    • 1. 发明授权
    • Centering method and apparatus
    • 定心方法和装置
    • US5727327A
    • 1998-03-17
    • US631983
    • 1996-04-15
    • Ryosaku WakabayashiYoshihiro TakaseKazuo OkazakiYoshifumi Fujii
    • Ryosaku WakabayashiYoshihiro TakaseKazuo OkazakiYoshifumi Fujii
    • G01B5/12G01B5/25G01B21/24
    • G01B5/12G01B21/24G01B5/25
    • A centering apparatus and method is provided which automatically measuring the radius or radius deviation of a large cylindrical bore, and shorten the time required for centering. The inspection apparatus is supported on a rise and fall base which is horizontally supported on a top portion of the large cylindrical bore in such a manner that it is allowed to vertically move in parallel with a fine wire which is hung perpendicularly from the center of the top portion. The inspection apparatus having a non-contact type two-dimensional position sensor for detecting the relative position of the fine wire to the cent-er of the inspection apparatus. The inspection apparatus is positioned at an arbitrary height. A pair of manipulator arms, which are in stalled on the inspection apparatus, which are substantially symmetrically balanced in gravity, are extended to a point immediately before an object to be measured, then a pair slider units mounted on the tip of one of the manipulator arms are extended until they come in contact with a object to be measured of the inner surface of the large cylindrical bore. Then the distance between the object to be measured and the reference position of the tip of one of the slider units is measured by a distance measuring device attached on the one of the slider units, or is measured by it after the vibration of the manipulator arms is isolated by contact members attached to the slider units, thereby the radius or radius deviation of the large cylindrical bore is measured.
    • 提供一种定心装置和方法,其自动测量大圆柱孔的半径或半径偏差,并缩短定心所需的时间。 检查装置被支撑在上下基座上,该基座水平地支撑在大圆柱形孔的顶部上,使得允许垂直于垂直于垂直方向垂直悬挂的细线垂直移动 顶部。 检查装置具有非接触型二维位置传感器,用于检测细线相对于检查装置的中心的相对位置。 检查装置位于任意高度。 在重力上基本对称平衡的在检查装置上停止的一对机械手臂延伸到紧接在待测物体之前的一点,然后安装在操纵器之一的尖端上的一对滑块单元 臂延伸直到它们与大圆柱形孔的内表面的被测量物体接触。 然后,被测量对象之间的距离与滑块单元之一的尖端的基准位置之间的距离测量装置测量,该距离测量装置安装在滑块单元之一上,或者在机械手臂的振动之后由其测量 通过附接到滑块单元的接触构件隔离,从而测量大圆柱孔的半径或半径偏差。
    • 2. 发明授权
    • In-furnace temperature measurement device
    • 炉内温度测量装置
    • US09243961B2
    • 2016-01-26
    • US14126783
    • 2012-03-02
    • Toshinori YasutomiKazuo OkazakiMasaru YamanaToshiyuki SaijoTakao Michinoshita
    • Toshinori YasutomiKazuo OkazakiMasaru YamanaToshiyuki SaijoTakao Michinoshita
    • G01K1/08G01K1/14
    • G01K1/08G01K1/146
    • The present invention relates to an in-furnace temperature measurement device 1 for a furnace in which gas is generated. The measurement device 1 includes: a support tube 3 which communicates with a measurement hole 2A which leads to an inside of the furnace; a sensor protection tube 4 inserted into the support tube 3 so as to be movable in an axial direction with a leading end, of the sensor protection tube 4, facing a furnace side; a plurality of seal rings 6A and 6B which hermetically seal a gap between the support tube 3 and the sensor protection tube 4 and which are arranged at an interval so as to divide the gap into a plurality of space portions in the axial direction; a temperature sensor 5 housed in the sensor protection tube 4 such that a temperature-sensing portion of the temperature sensor 5 corresponds to a leading-end portion of the sensor protection tube 4; and a drive mechanism 7 which drives the leading-end portion of the sensor protection tube 4 so as to be able to advance and retract in the axial direction with respect to the inside of the furnace through the measurement hole 2A, while maintaining a sealed state by the seal rings 6A and 6B.
    • 本发明涉及一种用于生成气体的炉的炉内温度测量装置1。 测量装置1包括:支撑管3,其与测量孔2A连通,测量孔2A通向炉内; 传感器保护管4插入到支撑管3中,以便能够沿传感器保护管4的前端沿轴向移动,面向炉侧; 多个密封环6A和6B,其密封地密封支撑管3和传感器保护管4之间的间隙,并且间隔设置以将间隙沿轴向分成多个空间部分; 容纳在传感器保护管4中的温度传感器5,使得温度传感器5的温度检测部分对应于传感器保护管4的前端部; 以及驱动机构7,其驱动传感器保护管4的前端部,以便能够通过测量孔2A相对于炉内部在轴向方向前进和后退,同时保持密封状态 通过密封环6A和6B。
    • 3. 发明授权
    • Optical disc drive apparatus with inclination angle correcting mechanism
    • 具有倾斜角修正机构的光盘驱动装置
    • US6137765A
    • 2000-10-24
    • US189981
    • 1998-11-12
    • Takashi SaitoKazuo OkazakiAkira YoshidaYasuhiro MoriTakashi Tsurukubo
    • Takashi SaitoKazuo OkazakiAkira YoshidaYasuhiro MoriTakashi Tsurukubo
    • G11B7/085G11B7/095G11B21/24G11B17/30G11B3/38
    • G11B21/24
    • An optical disc drive apparatus includes a reference base. A turntable provided on the reference base operates for receiving an optical disc thereon. An optical pickup head supported by a guide shaft is movable along the guide shaft in a radial direction of the optical disc on the turntable. A movable base supports the guide shaft, and is movably connected to the reference base. The movable base is inclined relative to the reference base at an adjustable inclination angle. A mechanism operates for moving the movable base relative to the reference base and adjusting the inclination angle to correct a tilt of an optical axis of the optical pickup head with respect to an information recording surface of the optical disc on the turntable. A plurality of guide members fixed to the reference base have respective guide surfaces. Guide rollers connected to the guide shaft are in contact with the guide surfaces of the guide members respectively.
    • 光盘驱动装置包括参考基座。 设置在基准基座上的转台用于在其上接收光盘。 由引导轴支撑的光学拾取头可沿导向轴在光盘的光盘的径向上移动。 可动基座支撑引导轴,并且可移动地连接到参考基座。 可移动基座相对于参考基座以可调节的倾斜角度倾斜。 用于相对于参考基座移动可移动基座并调整倾斜角度的机构用于相对于转盘上的光盘的信息记录表面校正光学拾取头的光轴的倾斜。 固定到基准基座的多个引导构件具有相应的引导表面。 与引导轴连接的导辊分别与引导构件的引导面接触。
    • 4. 发明申请
    • IN-FURNACE TEMPERATURE MEASUREMENT DEVICE
    • 炉内温度测量装置
    • US20140105249A1
    • 2014-04-17
    • US14126783
    • 2012-03-02
    • Toshinori YasutomiKazuo OkazakiMasaru YamanaToshiyuki SaijoTakao Michinoshita
    • Toshinori YasutomiKazuo OkazakiMasaru YamanaToshiyuki SaijoTakao Michinoshita
    • G01K1/08
    • G01K1/08G01K1/146
    • The present invention relates to an in-furnace temperature measurement device 1 for a furnace in which gas is generated. The measurement device 1 includes: a support tube 3 which communicates with a measurement hole 2A which leads to an inside of the furnace; a sensor protection tube 4 inserted into the support tube 3 so as to be movable in an axial direction with a leading end, of the sensor protection tube 4, facing a furnace side; a plurality of seal rings 6A and 6B which hermetically seal a gap between the support tube 3 and the sensor protection tube 4 and which are arranged at an interval so as to divide the gap into a plurality of space portions in the axial direction; a temperature sensor 5 housed in the sensor protection tube 4 such that a temperature-sensing portion of the temperature sensor 5 corresponds to a leading-end portion of the sensor protection tube 4; and a drive mechanism 7 which drives the leading-end portion of the sensor protection tube 4 so as to be able to advance and retract in the axial direction with respect to the inside of the furnace through the measurement hole 2A, while maintaining a sealed state by the seal rings 6A and 6B.
    • 本发明涉及一种用于生成气体的炉的炉内温度测量装置1。 测量装置1包括:支撑管3,其与测量孔2A连通,测量孔2A通向炉内; 传感器保护管4插入到支撑管3中,以便能够沿传感器保护管4的前端沿轴向移动,面向炉侧; 多个密封环6A和6B,其密封地密封支撑管3和传感器保护管4之间的间隙,并且间隔设置以将间隙沿轴向分成多个空间部分; 容纳在传感器保护管4中的温度传感器5,使得温度传感器5的温度检测部分对应于传感器保护管4的前端部; 以及驱动机构7,其驱动传感器保护管4的前端部,以便能够通过测量孔2A相对于炉内部在轴向方向前进和后退,同时保持密封状态 通过密封环6A和6B。
    • 5. 发明授权
    • Wire chain connector
    • 线链连接器
    • US4683834A
    • 1987-08-04
    • US830882
    • 1986-02-19
    • Masashi FujimotoKazuo Okazaki
    • Masashi FujimotoKazuo Okazaki
    • B63B21/20F16G11/00F16G15/04F16G15/08
    • F16G11/00B63B21/20
    • A wire chain connector for an anchor line has a swivel coupled to a rope socket via a link, and a ball adapter mounted on the outer periphery of the link. A wire rope groove is formed in the inner surface of a peripheral groove in a sheave to allow a wire rope to pass along it. A chain pocket is formed in the central portion of the peripheral groove in the sheave to allow a chain to pass along it. A connector groove is formed in the outer surface of the peripheral groove in the sheave to allow the anchor line to pass along it. The body of the swivel and the ball adapter are so sized that they can be seated in the connector groove.
    • 用于锚定线的线链连接器具有通过连接件连接到绳索插座的旋转件,以及安装在连杆的外周上的球适配器。 钢丝绳槽形成在绳轮中的周边槽的内表面中,以允许钢丝绳沿着其移动。 在槽轮中的周边槽的中心部分形成有一个链袋,以使链条沿着其传递。 在滑轮中的周边槽的外表面中形成连接器槽,以允许锚定线沿其延伸。 旋转体和球适配器的主体的尺寸使得它们可以安置在连接器凹槽中。