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    • 2. 发明申请
    • SENSOR
    • 传感器
    • US20100011838A1
    • 2010-01-21
    • US12503948
    • 2009-07-16
    • Naoki YAMADATakayoshi ATSUMITakeo MIZUIHideya INUKAIYoshiyasu FUJII
    • Naoki YAMADATakayoshi ATSUMITakeo MIZUIHideya INUKAIYoshiyasu FUJII
    • G01N7/00
    • G01N27/4077G01N1/2205
    • A sensor including a tubular casing having an open rear end; and a first elastic member having a through hole so as to introduce ambient air into the casing and disposed so as to block the rear end opening of the casing. The sensor further includes: a holding inner tube that closely contacts an inner peripheral surface of the through hole; a ventilation filter that has permeability and a waterproofing property, the ventilation filter including a filter blocking portion that blocks a rear end opening of the holding inner tube, and a filter tubular portion connected to the filter blocking portion and surrounding at least a portion of an outer peripheral surface of a rear end portion of the holding inner tube in the peripheral direction; and a holding outer tube that includes a ventilation hole, an outer tube blocking portion covering the filter blocking portion, and an outer tube tubular portion connected to the outer tube blocking portion and surrounding at least a portion of the filter tubular portion in the peripheral direction.
    • 一种传感器,包括具有敞开的后端的管状壳体; 以及第一弹性构件,其具有通孔,以将环境空气引入到壳体中并且被设置成阻挡壳体的后端开口。 所述传感器还包括:与所述通孔的内周面紧密接触的保持内管; 具有渗透性和防水性的通气过滤器,所述通风过滤器包括阻挡所述保持内管的后端开口的过滤器阻塞部,以及连接到所述过滤器阻挡部并且包围所述保持内管的至少一部分的过滤器管状部 保持内管的后端部的圆周方向的外周面; 以及保持外筒,其包括通气孔,覆盖过滤器阻挡部的外管阻挡部和连接到外管阻挡部的外管筒部,并且在周向上包围过滤管部的至少一部分 。
    • 5. 发明申请
    • SYNCHRONOUS MOTOR CONTROL DEVICE AND METHOD FOR OPTIMIZING SYNCHRONOUS MOTOR CONTROL
    • 同步电动机控制装置及优化同步电动机控制方法
    • US20090237014A1
    • 2009-09-24
    • US12125625
    • 2008-05-22
    • Naoki YAMADA
    • Naoki YAMADA
    • H02P21/05
    • H02P21/16
    • A synchronous motor control device, includes a coordinate transformation portion for coordinate transforming motor currents applied to respective three phases of a synchronous motor into a d-axis, corresponding to a direction of a magnetic field generated by a permanent magnet arranged at a rotor of the synchronous motor, and a q-axis orthogonal to the d-axis, a current command calculation portion for calculating a d-axis current command and a q-axis current command from a target torque, a voltage command calculation portion for calculating a d-axis voltage command and a q-axis voltage command, an inverse coordinate transformation portion for inversely coordinate transforming the d-axis voltage command and the q-axis voltage command into three-phase voltage commands, and a torque ripple estimating portion for estimating a torque ripple and feed-forwarding the estimation results to the current command calculation portion or the voltage command calculation portion.
    • 一种同步电动机控制装置,包括坐标变换部,用于将施加到同步电动机的三相的电动机电流坐标变换为d轴,对应于由布置在该转子上的永磁体产生的磁场的方向 同步电动机和与d轴正交的q轴;电流指令计算部分,用于从目标转矩计算d轴电流指令和q轴电流指令;电压指令计算部分,用于计算d- 轴电压指令和q轴电压指令,用于将d轴电压指令和q轴电压指令进行逆坐标变换为三相电压指令的逆坐标变换部,以及用于估计转矩的转矩脉动估计部 纹波并将估计结果馈送到电流指令计算部分或电压指令计算部分。
    • 7. 发明申请
    • GAS SENSOR
    • 气体传感器
    • US20130036795A1
    • 2013-02-14
    • US13205542
    • 2011-08-08
    • Naoki YAMADATakayoshi ATSUMIHideya INUKAITakeo MIZUIYoshiyasu FUJII
    • Naoki YAMADATakayoshi ATSUMIHideya INUKAITakeo MIZUIYoshiyasu FUJII
    • G01N27/00
    • G01N27/4077
    • [Objective] To provide a gas sensor in which a filter member provided in an aerial communication hole adapted to introduce the air for exposing a reference electrode of a detection element to the air is reliably protected through simple configuration.[Means for Solution] A filter member 87 having air permeability and waterproofness is disposed in an aerial communication hole 91 formed in a grommet 9 disposed in a rear end portion 38 of a housing tube 3. The housing tube 3 has a vent portion 34 provided for ensuring aerial communication while protecting the filter member 87. The vent portion 34 is connected, by means of arm portions 33, to an end portion (an opening end 32) of a side wall 39 of the housing tube 3. The side wall 39 surrounds the circumference of the grommet 9. Since the arm portions 33 are disposed in respective grooves 93 of the grommet 9, the grommet 9 is positioned relative to the housing tube 3. Thus, the vent portion 34 formed integral with the housing tube 3 is free from offset, inclination, torsion, etc., relative to the aerial communication hole 91.
    • [目的]提供一种气体传感器,其中设置在适于将用于将检测元件的参考电极暴露于空气的空气的空气连通孔中的过滤构件通过简单的构造被可靠地保护。 [解决方案]具有透气性和防水性的过滤构件87设置在形成在设置在容纳管3的后端部38中的护环9中的空中连通孔91中。容纳管3具有通气部34, 用于在保护过滤构件87的同时确保空中连通。通气部分34通过臂部分33连接到壳体管3的侧壁39的端部(开口端32)。侧壁39 围绕护环9的周围。由于臂部33设置在护环9的各个槽93中,因此,护环9相对于容纳管3定位。因此,与容纳管3一体形成的排气部34为 没有相对于空中连通孔91的偏移,倾斜,扭转等。
    • 10. 发明申请
    • DRIVING POSITION ADJUSTING DEVICE
    • 驱动位置调整装置
    • US20080231090A1
    • 2008-09-25
    • US12037450
    • 2008-02-26
    • Yusaku TAKEDATomonori OHTSUBOHiroki UEMURANaoki YAMADA
    • Yusaku TAKEDATomonori OHTSUBOHiroki UEMURANaoki YAMADA
    • B60N2/10
    • B60N2/06B60N2/1828B60N2/1835B60N2/1853B60N3/063
    • A driving position adjusting device comprises a seat-position adjusting mechanism to adjust height and seat-face angle of a seat cushion in accordance with longitudinal movement of a driver's seat, and a floor adjusting mechanism to adjust a height of a floor board in accordance with the operation of the longitudinal adjustment of the driver's seat, wherein the seat-position adjusting mechanism is configured so that an inclination angle of the seat cushion becomes smaller as the driver's seat is moved forward from a middle position, and the floor adjusting mechanism is configured so that the height of the floor board becomes higher as the driver's seat is moved forward from the middle position. Accordingly, the sitting position of the driver and the operational function of the operational pedal can be provided properly regardless of the body size of the driver.
    • 驾驶位置调节装置包括座椅位置调节机构,用于根据驾驶员座椅的纵向移动来调节座垫的高度和座面角度;以及地板调节机构,用于根据 驾驶座椅的纵向调整的操作,其中座椅位置调节机构构造成使得当座椅从中间位置向前移动时座椅的倾斜角度变小,并且配置地板调节机构 使得当驾驶员座椅从中间位置向前移动时,地板的高度变高。 因此,可以适当地提供驾驶员的就座位置和操作踏板的操作功能,而与驾驶员的身体尺寸无关。