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    • 41. 发明授权
    • Method and instrument for photometric analysis of liquid using
centrifuge rotor
    • 使用离心机转子对液体进行光度分析的方法和仪器
    • US4234799A
    • 1980-11-18
    • US968722
    • 1978-12-12
    • Akira Okumura
    • Akira Okumura
    • B01F3/08B04B5/04G01F11/00G01N21/07G01N21/75G01N33/48G01N35/00G01N37/00
    • B04B5/04B04B5/0407G01N21/07
    • A high density liquid is used to simultaneously transfer a liquid sample and a liquid reagent from antechambers formed in a centrifuge rotor to a transmissive measurement chamber formed in a radially outer region of the same rotor. The antechambers for the sample and the reagent and a reservoir chamber for the high density liquid are all elongated radially of the rotor and in fluidic connection through the radially outermost ends of the respective chambers. First the high density liquid is introduced into the antechambers so as to occupy a radially outer portion of each chamber, and then the sample and the reagent are introduced into the respective antechambers through their radially innermost ends. Thereafter the sample and the reagent are forced to flow out of the respective antechambers to enter the measurement chamber by additionally introducing the high density liquid into the reservoir chamber while the rotor is rotating.
    • 高密度液体用于将液体样品和液体试剂从离心机转子中形成的前室同时转移到形成在同一转子的径向外部区域的透射测量室。 用于样品和试剂的前室以及用于高密度液体的贮存室全部在转子的径向上延伸并且通过相应室的径向最外端的流体连接。 首先将高密度液体引入前室,以占据每个室的径向外部,然后将样品和试剂通过其径向最内端引入相应的前室。 此后,样品和试剂被迫从相应前室流出,通过在转子旋转的同时将高密度液体引入储存室,进入测量室。
    • 43. 发明授权
    • Vibration-damping structure for electric hammer
    • 电锤减震结构
    • US5522466A
    • 1996-06-04
    • US405992
    • 1995-03-17
    • Mutsuo HaradaAkihisa Yahagi
    • Mutsuo HaradaAkihisa Yahagi
    • B25D17/04B25F5/00B25D17/00
    • B25F5/006B25D17/043
    • A vibration-damping apparatus for an electric hammer unit is provided. This vibration-damping apparatus is provided with the so-called transatory unit including elastic bars disposed between elastic damper members connected to a tool body and a handle of the electric hammer unit, respectively, for absorbing relative displacement of the elastic damper members caused by vibrations produced by the tool body during use. The vibration-damping apparatus further includes a stopper member attached to the elastic damper member attached to the handle so as to engage a chamber formed in the elastic damper member attached to the tool body for preventing the handle from being dislodged from the tool body even when the handle is swung laterally by a hammer operator. Additionally, each of the elastic bars includes a large-diameter portion and a small-diameter portion so as to allow the large-diameter portion to be deformed toward the small-diameter portion during the relative displacement of the elastic damper members for increasing the life of the bars.
    • 提供一种用于电锤单元的减振装置。 该减震装置设置有所谓的转换单元,其包括分别设置在连接到工具主体的弹性阻尼器构件和电锤单元的手柄之间的弹性杆,用于吸收由振动引起的弹性阻尼器构件的相对位移 在使用过程中由工具体产生。 该减振装置还包括一个止动件,该止动件附接到安装在手柄上的弹性阻尼器件,从而与形成在安装在该工具主体上的弹性阻尼器件中的腔室接合,以防止手柄从工具主体上脱离, 手柄由锤子操纵器横向摆动。 此外,每个弹性杆包括大直径部分和小直径部分,以便在弹性阻尼器部件的相对位移期间允许大直径部分朝向小直径部分变形以增加寿命 的酒吧。
    • 44. 发明授权
    • Slipping torque changing apparatus for impact tool
    • 用于冲击工具的滑动扭矩改变装置
    • US5346023A
    • 1994-09-13
    • US16310
    • 1993-02-11
    • Toshiaki TakagiYoshihiko Watanabe
    • Toshiaki TakagiYoshihiko Watanabe
    • B23B45/16B25D16/00B25D17/10
    • B25D16/003
    • A slipping torque changing mechanism for an impact tool includes a driving source for generating a rotational motion. A motion converting mechanism is connected with this driving source for converting the rotational motion of the driving source into a reciprocating motion. An impact mechanism is connected with this motion converting mechanism for transmitting the reciprocating motion to a tool end. A rotational motion transmitting mechanism is disposed separately from the motion converting mechanism for transmitting the rotational motion of the driving source to the tool end. A plurality of clutches, having different slipping torques, are disposed at different portions on the rotational motion transmitting mechanism.
    • 用于冲击工具的滑动转矩改变机构包括用于产生旋转运动的驱动源。 运动转换机构与该驱动源连接,用于将驱动源的旋转运动转换成往复运动。 冲击机构与该运动转换机构连接,用于将往复运动传递到工具端。 旋转运动传递机构与运动转换机构分开布置,用于将驱动源的旋转运动传递到工具端。 具有不同滑动转矩的多个离合器设置在旋转运动传递机构的不同部分。
    • 48. 发明授权
    • Electric-powered tool
    • 电动工具
    • US5194774A
    • 1993-03-16
    • US720665
    • 1991-06-25
    • Kimitaka AboJunichi KikuchiYoshio Osada
    • Kimitaka AboJunichi KikuchiYoshio Osada
    • H01R39/38H01R39/40H02K5/14H02K5/22H02K13/00H02K27/00
    • H02K5/148H01R39/381H01R39/40
    • An electric-powered tool comprises: a housing; and a brush motor contained in the housing, having: brush holders, each of brush holders holding a carbon brush; and brush terminals, made of an electrical conductive and elastic material having at least one blade portion, a palm portion, and an arm portion, for providing electrical connection thereof to the brushes through the brush holder by catching and griping the brush holder by the blade and the palm portions, the arm portion extending from the palm portion to an end where a fixing portion is provided, each of the brush terminals being fixed by the fixing portion with a positional offset to develop a contact pressure between the palm portion and the brush holder. Further, the arm portion is further extending over the fixing portion to form a connecting portion. On the other hand, one end of a field coil is connected to a connector. Thus, the brush holder is connected to the field coil through the connection portion and the connector.
    • 电动工具包括:壳体; 以及包含在所述壳体中的刷马达,其具有:刷架,每个所述刷架保持碳刷; 以及由具有至少一个叶片部分,手掌部分和臂部分的导电和弹性材料制成的电刷端子,用于通过刷持器通过刷持器抓住并抓住电刷架来提供与电刷电连接的电力连接 并且手掌部分,臂部分从手掌部分延伸到设置有固定部分的端部,每个电刷端子由固定部分固定,位置偏移以形成手掌部分和刷子之间的接触压力 持有人 此外,臂部分还在固定部分上延伸以形成连接部分。 另一方面,场线圈的一端连接到连接器。 因此,电刷架通过连接部和连接器与励磁线圈连接。