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    • 3. 发明申请
    • CONNECTOR
    • 连接器
    • US20120309234A1
    • 2012-12-06
    • US13485099
    • 2012-05-31
    • Mitsunori KitajimaYoujirou HashimotoKazuo Nakai
    • Mitsunori KitajimaYoujirou HashimotoKazuo Nakai
    • H01R24/00
    • H01R13/5202H01R13/506
    • A connector includes a one-piece rubber plug (30) arranged to cover a rear surface (10R) of an inner housing (10) and has seal holes (31) aligned with cavities 12. An outer housing (20) has a tubular portion (21) surrounding the inner housing (10) and a rear wall (24) covering a rear surface (30R) of the one-piece rubber plug (30). The rear wall (24) has insertion holes (25) aligned with the seal holes (31). Locking holes (26A, 26B) are open on a rear surface (24R) of the rear wall (24), and locks (17A, 17B) on the inner housing (10) engage with the locking holes (26A, 26B) to lock the housings (10, 20) in an assembled state.
    • 连接器包括一体式橡胶塞(30),其布置成覆盖内壳体(10)的后表面(10R)并且具有与空腔12对准的密封孔(31)。外壳体(20)具有管状部分 (21)和覆盖所述一体式橡胶塞(30)的后表面(30R)的后壁(24)。 后壁(24)具有与密封孔(31)对准的插入孔(25)。 锁定孔(26A,26B)在后壁(24)的后表面(24R)上打开,并且内壳体(10)上的锁定件(17A,17B)与锁定孔(26A,26B)接合以锁定 壳体(10,20)处于组装状态。
    • 10. 发明授权
    • Multivibrator waveform monitoring system
    • 多谐振荡器波形监测系统
    • US5327399A
    • 1994-07-05
    • US795191
    • 1991-11-19
    • Masaaki AsadaKazuo Nakai
    • Masaaki AsadaKazuo Nakai
    • G01V1/155B06B1/18G01V1/04G01V1/135G01V1/28H04R23/00
    • B06B1/18G01V1/135H04R23/00
    • A multivibrator waveform monitoring system uses a plurality of seismic energy sources for giving vibrations to strata and a prospector, connected to a geophone, for measuring reflected vibrations. Each of the plurality of seismic energy sources includes a vibrator, a communication unit and a control unit for controlling the starting of the vibrator based on phase difference cancellation information and an operation starting instruction from the prospector. The prospector includes a communication unit and a synchronization control unit for controlling the synchronization of each of the seismic energy sources. The synchronization control unit receives detected information relating to the vibrations of the vibrator by the communication unit, compares a phase difference of vibrations between a master unit which is one of the seismic energy sources and each of slave units which are the rest of the seismic energy sources, calculates phase difference cancellation information for cancelling each phase difference, and transmits the phase difference cancellation information and an operation starting instruction for starting the vibrator by the communication unit. A timing for starting the vibrators of the vibrator for each seismic energy source is adjusted based on the phase difference cancellation information, to thereby make the phase of vibrations of the vibrator of each of the slave seismic energy sources to be the same as the phase of vibrations of the master unit.
    • 多谐振荡器波形监测系统使用多个地震能量来向地层提供振动,并且连接到地震检波器的探测器用于测量反射的振动。 多个地震能量源中的每一个包括振动器,通信单元和控制单元,用于基于相位差消除信息和来自探测器的操作开始指令来控制振动器的启动。 探测器包括通信单元和用于控制每个地震能量源的同步的同步控制单元。 同步控制单元通过通信单元接收与振动器的振动相关的检测信息,比较作为地震能源之一的主单元和作为其余地震能量的各个从单元之间的振动的相位差 源,计算用于消除每个相位差的相位差消除信息,并且通过通信单元发送相位差消除信息和用于启动振动器的操作开始指令。 基于相位差消除信息来调整用于启动每个地震能量源的振动器的振动器的定时,从而使得每个从地震能量源的振动器的振动相位与 主机振动。