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    • 102. 发明授权
    • Rotating laser beam irradiating apparatus
    • 旋转激光束照射装置
    • US5909455A
    • 1999-06-01
    • US19285
    • 1998-02-05
    • Fumio OhtomoHiroshi KoizumiMasayuki MomiuchiMasahiro OhishiYoshiaki Goto
    • Fumio OhtomoHiroshi KoizumiMasayuki MomiuchiMasahiro OhishiYoshiaki Goto
    • G01C15/00G02B26/10H01S5/06H01S3/10
    • G02B26/10
    • The present invention relates to a rotating laser beam irradiating apparatus, and more particularly to a rotating laser beam irradiating apparatus which, by synchronizing an emission timing of a pulse laser with a rotation of an irradiating means, makes it possible to describe intermittent dot-shaped marks, to tremendously increase a visual recognition distance, and to enlarge a work area; wherein a pulse driving means drives a pulse laser light source, and an irradiating means irradiates an irradiated object with a pulse laser light beam from the pulse laser light source, and a rotation driving means rotates the irradiating means, and a rotation detecting means detects the rotation of the irradiating means, and an arithmetic processing means, in accordance with a driving timing from the pulse driving means and a detection signal from the rotation detecting means, controls the rotation driving means to synchronize an emission timing of the pulse laser with the rotation of the irradiating means.
    • 旋转激光束照射装置技术领域本发明涉及一种旋转激光束照射装置,更具体地涉及一种旋转激光束照射装置,其通过使脉冲激光器的发射定时与照射装置的旋转同步,使得可以描述间歇点状 标志,大大增加视觉识别距离,扩大工作面积; 其中脉冲驱动装置驱动脉冲激光光源,照射装置用来自脉冲激光光源的脉冲激光照射被照射物体,旋转驱动装置使照射装置旋转,旋转检测装置检测 照射装置的旋转和运算处理装置根据来自脉冲驱动装置的驱动定时和来自旋转检测装置的检测信号控制旋转驱动装置,以使脉冲激光器的发射定时与旋转 的照射装置。
    • 104. 发明授权
    • Tape measure device
    • 卷尺装置
    • US5406715A
    • 1995-04-18
    • US81686
    • 1993-06-24
    • Hiroshi KoizumiMitsugu SugawaraToru Kodato
    • Hiroshi KoizumiMitsugu SugawaraToru Kodato
    • G01B3/10G01B7/02
    • G01B3/1002G01B2003/1066G01B2003/1069G01B2003/1094
    • A tape measure device includes a belt tape member made of a flexible material. A cursor is slidably supported for movement on and along the belt tape member. The cursor includes a housing and an encoder which includes a relative displacement sensor for detecting a relative displacement value between the belt tape member and the cursor. The displacement sensor includes a first electrode made of a conductive ink and printed at predetermined and spaced intervals on and along the belt tape member. The conductive ink first electrode printed on the belt tape member is protectively coated by an electrically nonconductive insulative membrane. A second electrode is provided on the cursor and opposes the first electrode and the insulation membrane. A circuit is provided for creating an electrical capacitance value between the first and second electrodes and for issuing signals in response to a change of electrical capacitance between the first and second electrodes. A display responsive to the signals is provided for indicating the detected relative displacement value between the belt tape member and the cursor thereon.
    • 卷带装置包括由柔性材料制成的带束带构件。 可滑动地支撑光标以沿着带束带部件移动。 光标包括壳体和编码器,其包括用于检测带束带构件和光标之间的相对位移值的相对位移传感器。 位移传感器包括由导电油墨制成的第一电极,并且沿着带束带部件以预定间隔间隔印刷。 印刷在带束带构件上的导电油墨第一电极由不导电绝缘膜保护性地涂覆。 第二电极设置在光标上并与第一电极和绝缘膜相对。 提供了一种电路,用于在第一和第二电极之间产生电容值,并响应于第一和第二电极之间的电容变化发出信号。 提供响应于信号的显示器,用于指示带带部件和光标之间的检测到的相对位移值。