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    • 1. 发明申请
    • Hydraulic Controller
    • 液压控制器
    • US20090049909A1
    • 2009-02-26
    • US12191600
    • 2008-08-14
    • Masahiro MatsumotoYasushi OkadaHisao SonobeHeewon Jeong
    • Masahiro MatsumotoYasushi OkadaHisao SonobeHeewon Jeong
    • G01C19/00
    • B60T8/3675G01C19/5719
    • A hydraulic controller including a cabinet, a hydraulic pipe block having a passage, a linearly driving actuator having a piston to open and close the passage in the hydraulic pipe block, a printed wiring board having a circuit for driving the linearly driving actuator, and a vibrating angular velocity sensor having two vibrators which can move in a Coriolis force detection direction orthogonal to vibration directions, wherein the vibrating angular velocity sensor is disposed on the printed wiring board in order that the vibration directions of the vibrators may be substantially parallel to a driving direction of the piston, and that the Coriolis force detection direction may be substantially orthogonal to the driving direction of the piston.
    • 一种液压控制器,包括机壳,具有通道的液压管块,具有用于打开和关闭液压管块中的通道的活塞的线性驱动致动器,具有用于驱动线性驱动致动器的电路的印刷线路板,以及 具有两个振动器的振动角速度传感器,所述两个振动器能够以与振动方向正交的科里奥利力检测方向移动,其中振动角速度传感器设置在印刷线路板上,以使得振动器的振动方向可基本上平行于驱动 活塞的方向,科里奥利力检测方向可以与活塞的驱动方向基本正交。
    • 4. 发明申请
    • Angular Velocity Sensor
    • 角速度传感器
    • US20110252886A1
    • 2011-10-20
    • US13126615
    • 2009-10-21
    • Satoshi AsanoMasahiro MatsumotoYasushi Okada
    • Satoshi AsanoMasahiro MatsumotoYasushi Okada
    • G01C19/56
    • G01C19/5614G01C19/5776
    • Failures can be detected with high accuracy even the ambient temperature changes or background vibration is applied. An angular velocity sensor is composed of a vibrator which is elastically and displaceably supported on a substrate; a driving means which vibrates the vibrator in the drive axis direction horizontal to the substrate surface; a displacement detecting means in the detection axis direction, which detects a displacement of the vibrator in the detection axis direction horizontal to the substrate surface and perpendicular to the drive axis direction; an angular velocity detecting means which detects an angular velocity based on the displacement of the vibrator in the detection axis direction; a self-vibration detecting means that detects self-vibration of the vibrator, which is generated due to leakage in the detection axis direction of the vibration of the vibrator in the drive axis direction; a self-vibration feedback circuit which completely cancels the self-vibration of the vibrator; and an abnormality determining means which determines abnormality using an output from the self-vibration detecting means.
    • 即使环境温度变化或背景振动也可以高精度地检测到故障。 角速度传感器由弹性位移地支撑在基板上的振动器构成; 驱动装置,其使所述振动器沿所述基板面的水平方向的驱动轴方向振动; 位于检测轴方向的位移检测单元,其检测振动体在检测轴方向上与基板表面水平并垂直于驱动轴方向的位移; 角速度检测装置,其基于振动器在检测轴方向上的位移检测角速度; 自动振动检测装置,其检测由于振动器在驱动轴方向的振动的检测轴方向上的泄漏而产生的振动器的自身振动; 自振反馈电路,完全抵消振动器的自振; 以及异常确定装置,其使用来自自动振动检测装置的输出来确定异常。
    • 5. 发明授权
    • Angular velocity sensor
    • 角速度传感器
    • US08746033B2
    • 2014-06-10
    • US13126615
    • 2009-10-21
    • Satoshi AsanoMasahiro MatsumotoYasushi Okada
    • Satoshi AsanoMasahiro MatsumotoYasushi Okada
    • G01C19/56
    • G01C19/5614G01C19/5776
    • Failures can be detected with high accuracy even the ambient temperature changes or background vibration is applied. An angular velocity sensor is composed of a vibrator which is elastically and displaceably supported on a substrate; a driving means which vibrates the vibrator in the drive axis direction horizontal to the substrate surface; a displacement detecting means in the detection axis direction, which detects a displacement of the vibrator in the detection axis direction horizontal to the substrate surface and perpendicular to the drive axis direction; an angular velocity detecting means which detects an angular velocity based on the displacement of the vibrator in the detection axis direction; a self-vibration detecting means that detects self-vibration of the vibrator, which is generated due to leakage in the detection axis direction of the vibration of the vibrator in the drive axis direction; a self-vibration feedback circuit which completely cancels the self-vibration of the vibrator; and an abnormality determining means which determines abnormality using an output from the self-vibration detecting means.
    • 即使环境温度变化或背景振动也可以高精度地检测到故障。 角速度传感器由弹性位移地支撑在基板上的振动器构成; 驱动装置,其使所述振动器沿所述基板面的水平方向的驱动轴方向振动; 位于检测轴方向的位移检测单元,其检测振动体在检测轴方向上与基板表面水平并垂直于驱动轴方向的位移; 角速度检测装置,其基于振动器在检测轴方向上的位移检测角速度; 自动振动检测装置,其检测由于振动器在驱动轴方向的振动的检测轴方向上的泄漏而产生的振动器的自身振动; 自振反馈电路,完全抵消振动器的自振; 以及异常确定装置,其使用来自自动振动检测装置的输出来确定异常。
    • 9. 发明授权
    • Front passenger seat airbag apparatus
    • 前排座椅安全气囊装置
    • US07980586B2
    • 2011-07-19
    • US12588567
    • 2009-10-20
    • Koji YamauchiKenichi FukuronoYasushi Okada
    • Koji YamauchiKenichi FukuronoYasushi Okada
    • B60R21/16
    • B60R21/217B60R2021/21537B60R2021/2172
    • A front passenger seat airbag apparatus 12 includes an airbag 15, a case 25 supporting the airbag 15, and an airbag cover 50 covering the airbag 15. The case 25 includes a tubular inner wall portion 29. A plurality of claw portions 37 are arranged along a vehicle widthwise direction on the upper edge of a front inner wall 31 and a rear inner wall 32 of the tubular inner wall portion 29. The airbag cover 50 includes a tubular outer wall portion 53 having a plurality of engaging holes 57. The tubular outer wall portion 53 is engaged with the case 25 by inserting and engaging the claw portions 37 in the engaging holes 57. The front inner wall 31 and the rear inner wall 32 each include connected portions 66, to each of which a claw portion 37 is connected, and non-connected portions 65, to which no claw portion 37 is connected, along the arrangement direction of the claw portions 37. Two non-connected portions 65 are located on both sides of each connected portion 66. At least one of the non-connected portions 65 has cutout portions 61, 62 that extend from the upper end of the corresponding inner wall to a position lower than the tips 37A of the claw portions 37.
    • 前乘客座椅气囊装置12包括气囊15,支撑气囊15的壳体25和覆盖气囊15的气囊盖50.壳体25包括管状内壁部分29.多个爪部37沿着 在管状内壁部29的前内壁31和后内壁32的上边缘上的车宽方向。气囊盖50包括具有多个接合孔57的管状外壁部53。 壁部53通过将爪部37插入并接合在接合孔57中而与壳体25接合。前内壁31和后内壁32各自包括连接部66,爪部37连接 ,以及没有爪部37连接的非连接部65沿着爪部37的排列方向。两个非连接部65位于每个连接部66的两侧。至少一个n 连接部65具有从相应的内壁的上端延伸到比爪部37的尖端37A低的位置的切口部61,62。