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    • 1. 发明授权
    • Sealing assembly for filler hole
    • 填料孔密封组件
    • US5320460A
    • 1994-06-14
    • US82766
    • 1993-06-28
    • Yuichi MurakamiYoshihiro Iwata
    • Yuichi MurakamiYoshihiro Iwata
    • F16J12/00B65D39/08B65D53/06F16J13/12F16B13/06F16L55/10
    • B65D39/084B65D53/06
    • A plug-type sealing assembly for hermetically closing a filler hole 24 of a lid 19 of a container 20, comprises: a plug 1 having a rod portion 3 in an upper part of which a large-diameter head portion 2 is formed, the rod portion 3 having a male screw 5 in its outer peripheral surface; and, a sleeve 8 provided with an axial through-hole together with a countersunk head portion 10 and a slit skirt portion 11 extending downward from a lower end of said countersunk head portion 10. In the through-hole, a female screw 15a, 15b is formed. In the container 20: through the filler hole 24 a sealant 23 is supplied between joint portions of the container 20 so that the container 20 is hermetically sealed; and, the sealing assembly is easily removed from the filler hole 24 to ensure that the sealant 23 is supplemented or replaced with a new one through the filler hole 24 in an easy and a safety manner, and easily mounted again in the filler hole 24 after completion of such supplementing or replacing operation of the sealant 23, by threadably engaging the male screw 5 of the plug 1 with and disengaging from the female screw 15a, 15b of the sleeve 8.
    • 用于密封容器20的盖19的填充孔24的插塞型密封组件包括:插塞1,其上部具有大直径头部2的杆部3,杆 部分3在其外周表面具有外螺纹5; 以及具有与沉头部10一起形成的轴向通孔的套筒8和从所述埋头头部10的下端向下延伸的狭缝裙部11。在通孔中,内螺纹15a,15b 形成了。 在容器20中:通过填充孔24,在容器20的接合部分之间提供密封剂23,使得容器20被气密地密封; 并且密封组件容易从填充孔24移除,以确保密封剂23以容易和安全的方式通过填充孔24被补充或替换为新的密封剂23,并且可以容易地再次安装在填充孔24中 完成这样的补充或更换密封剂23的操作,通过与套筒8的内螺纹15a,15b螺纹接合插头1的外螺纹5与其脱离啮合。
    • 3. 发明授权
    • Door handle apparatus for vehicle
    • 车辆门把手装置
    • US07751664B2
    • 2010-07-06
    • US12412198
    • 2009-03-26
    • Kiyokazu IedaYuichi MurakamiHiroki Okada
    • Kiyokazu IedaYuichi MurakamiHiroki Okada
    • G02B6/30G02B6/00G01J1/04G01J1/42B60Q1/56
    • E05B81/76B60Q1/2669E05B17/10G02B6/0008Y10T292/57
    • A door handle apparatus for a vehicle, opening and closing a vehicle door, the door handle apparatus includes an informing portion for visually informing a state of the vehicle door, including a locking/unlocking state thereof, to a user by a decorative light, which is a visible light, an operation detecting portion for optically detecting an active-direct operation to the door handle apparatus by the user based on changes in an detection light, and an optical waveguide for transmitting the decorative light and the detection light, which is inputted from a first end portion of the optical waveguide, to a second end portion of the optical waveguide, the optical waveguide functioning as the informing portion by leaking the decorative light on a transmission path so as to be outwardly emitted and as the operation detecting portion by outputting the detection light from the second end portion of the optical waveguide.
    • 一种用于车辆的门把手装置,用于打开和关闭车门,所述门把手装置包括用于通过装饰灯向使用者视觉地通知包括其锁定/解锁状态的车门状态的通知部分, 是可见光,操作检测部分,用于基于检测光的变化光学检测用户对门把手装置的主动直接操作,以及用于传输装饰光和检测光的光波导,其被输入 从光波导的第一端部到光波导的第二端部,作为通知部的光波导通过将装饰光在传输路径上泄漏以便向外发射,并且作为操作检测部分通过 从光波导的第二端部输出检测光。
    • 6. 发明授权
    • Loop antenna device
    • 环形天线装置
    • US06664936B2
    • 2003-12-16
    • US09785471
    • 2001-02-20
    • Kiyokazu IedaYuichi MurakamiSatoshi MuramotoEiji Mushiake
    • Kiyokazu IedaYuichi MurakamiSatoshi MuramotoEiji Mushiake
    • H01Q700
    • H01Q7/08E05B81/78H01Q17/001H01Q21/24
    • A loop antenna device has a first antenna generating a first magnetic field and a second antenna generating a second magnetic field such that the first magnetic field and the second magnetic field each have a different axis. A series resonant circuit and a parallel resonant circuit are provided for the first antenna and the second antenna, respectively. The series resonant circuit has at least a second coil, a link coil wound around a ferrite core, and a capacitor in series. The parallel resonant circuit has a first coil and a capacitor. When one of the first and second antennas are disposed in the vicinity of a conductor, an electromagnetic wave absorbing member is disposed between a conductor and one of the first and second antennas.
    • 环形天线装置具有产生第一磁场的第一天线和产生第二磁场的第二天线,使得第一磁场和第二磁场各自具有不同的轴。 为第一天线和第二天线分别提供串联谐振电路和并联谐振电路。 串联谐振电路具有至少第二线圈,缠绕在铁氧体磁芯上的连接线圈和串联的电容器。 并联谐振电路具有第一线圈和电容器。 当第一和第二天线中的一个设置在导体附近时,电磁波吸收构件设置在导体与第一和第二天线中的一个之间。
    • 9. 发明授权
    • Receiver for spread spectrum communication and receiving method for the
same
    • 接收机用于扩频通信和接收方式相同
    • US4903279A
    • 1990-02-20
    • US102731
    • 1987-09-30
    • Yuichi MurakamiTomohiro Yamamoto
    • Yuichi MurakamiTomohiro Yamamoto
    • H04B1/7085
    • H04B1/7085
    • The present invention discloses a receiver and a receiving method for spread spectrum communication for use in the digital communication system. The receiver basically comprises a receiving circuit, a spread signal distributing circuit, a pseudo noise signal generating circuit, an activating circuit, correlation detecting circuits, an initial seizing control circuit, a synchronization sustaining control circuit, a synchronization control circuit and a demodulating circuit. If a phase lock condition is broken within a short period of time, such condition is sustained until phase lock is recovered so that communication can be started again immediately after phase lock is recovered without initialization for each asynchronization. The receiving circuit is very much simplified and particularly, the Costas Loop demodulating circuit detects the phase lock condition when the signal obtained by multiplying the signal of which phase is shifted by 90.degree. and the reversely spread signal is within the preset range without using a phase shifter or other multiplying circuit. Accordingly the circuit structure of the receiver as a whole can be simplified.
    • 本发明公开了一种用于数字通信系统中的扩频通信的接收机和接收方法。 接收机基本上包括接收电路,扩展信号分配电路,伪噪声信号发生电路,激活电路,相关检测电路,初始占用控制电路,同步维持控制电路,同步控制电路和解调电路。 如果相位锁定条件在短时间内被破坏,则直到相位锁定被恢复为止,才能维持这种状态,以便在相位锁定恢复后立即重新开始通信,而无需为每个异步进行初始化。 接收电路非常简化,特别是科斯塔斯环路解调电路通过将相位偏移90°的信号与反扩频信号相乘得到的信号在不使用相位的情况下检测相位锁定状态 移位器或其他乘法电路。 因此,可以简化接收机整体的电路结构。