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    • 53. 发明申请
    • CHEMICAL SENSOR
    • 化学传感器
    • US20110291673A1
    • 2011-12-01
    • US13147798
    • 2010-02-08
    • Yoshinori ShibataMasahiro Adachi
    • Yoshinori ShibataMasahiro Adachi
    • G01R27/28H01L29/66
    • G01N27/4145G01N27/4148
    • Provided is a chemical sensor requiring no ion-sensitive film. Specifically provided is a chemical sensor (1) for detecting a sample base material (19) to be detected in a sample, the chemical sensor (1) including: a sensor TFT (7) of sensor TFTs (7) each of which has a glass substrate (8) and, on the glass substrate (8), a gate electrode (10), a gate oxide film (11), a silicon layer (12), a source electrode (14), and a drain electrode (15), the silicon layer (12) having a channel region (18) at an opening portion between the source electrode (14) and the drain electrode (15); and extracting signal lines PAS1 to PASn and a sensor signal amplifying and extracting circuit (24) that extract a leak current that is generated in the channel region (18).
    • 提供了不需要离子敏感膜的化学传感器。 具体地提供一种用于检测样品中要检测的样品基材(19)的化学传感器(1),所述化学传感器(1)包括:传感器TFT(7)的传感器TFT(7),每个传感器TFT具有 玻璃基板(8),并且在玻璃基板(8)上具有栅电极(10),栅极氧化膜(11),硅层(12),源电极(14)和漏电极(15) ),所述硅层(12)在所述源电极(14)和所述漏电极(15)之间的开口部分具有沟道区(18); 以及提取信号线PAS1〜PASn和提取在通道区域(18)中产生的泄漏电流的传感器信号放大和提取电路(24)。
    • 55. 发明申请
    • Dust collector
    • 除尘器
    • US20100122427A1
    • 2010-05-20
    • US12588913
    • 2009-11-02
    • Hiroaki IchikawaKazunori TsugeYoshinori Shibata
    • Hiroaki IchikawaKazunori TsugeYoshinori Shibata
    • A47L9/00
    • A47L9/2857A47L5/365A47L9/00A47L9/0009A47L9/0036A47L9/22A47L9/2842A47L9/327
    • In a dust collector which includes a tank and a main body disposed over the tank, the main body includes a housing and an air intake unit incorporated in the housing. A hook is provided in the housing of the main body, and capable of being manually operated to change a position thereof to one of a retracted position and a pull-out position. The hook in the retracted position is completely embedded in a profile of the housing, and the hook in the pull-out position projects sideward from the housing with a hooked end portion thereof oriented upward. A power tool with its projected portion disposed between the housing and the hook end portion of the hook in the pull-out position can be stably supported on an upper surface of the housing and an upper end of the hook end portion of the hook in the pull-out position.
    • 在包括容器和设置在储罐上方的主体的集尘器中,主体包括壳体和结合在壳体中的进气单元。 钩子设置在主体的壳体中,并且能够被手动操作以将其位置改变为缩回位置和拉出位置中的一个。 缩回位置的钩子完全嵌入壳体的轮廓中,并且拉出位置的钩子从壳体侧向突出,其钩端部朝向上方。 具有突出部分的电动工具可以在外壳和拉出位置的钩的钩端部之间被稳定地支撑在壳体的上表面上,并且钩的钩端部的上端在 拉出位置。
    • 58. 发明申请
    • Tightening tool
    • 紧固工具
    • US20060086215A1
    • 2006-04-27
    • US11254739
    • 2005-10-21
    • Masanori FurusawaYoshinori ShibataYukihiko Yamada
    • Masanori FurusawaYoshinori ShibataYukihiko Yamada
    • B25B23/157
    • B25F5/001B25B21/00B25B23/141
    • It is an object of the present invention to provide a technique for appropriately providing not only for normal rotation but for reverse rotation in a tightening tool having a clutch. Representative tightening tool according to the invention comprises a body, a driving motor housed in the body, a driving-side clutch element, an auxiliary clutch element, a driven-side clutch element, a driven shaft and a tool bit. During normal rotation of the driving motor, the driven-side clutch element is caused to move in the axial direction by application of a pressing force of the user to the body to engage with the driving-side clutch element. During reverse rotation of the driving motor, the driving-side clutch element and the auxiliary clutch element are caused to move relatively with respect to each other in the axial direction by rotating torque of the driving-side clutch element and the driving-side clutch element or the auxiliary clutch element engages with the driven-side clutch element.
    • 本发明的目的是提供一种不仅适用于具有离合器的紧固工具中的正常旋转而且用于反向旋转的技术。 根据本发明的代表性紧固工具包括主体,容纳在主体中的驱动马达,驱动侧离合器元件,辅助离合器元件,从动侧离合器元件,从动轴和工具钻头。 在驱动电动机的正常转动期间,使从动侧离合器元件通过施加用于人体的按压力与驱动侧离合器元件接合而沿轴向移动。 在驱动电动机的反向旋转期间,驱动侧离合器元件和辅助离合器元件通过驱动侧离合器元件和驱动侧离合器元件的转矩相对于轴向相对于彼此相对移动 或辅助离合器元件与从动侧离合器元件接合。