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    • 51. 发明授权
    • Device for seismic emission in an underground formation and method for implementing same
    • 地下地震地震发射装置及其实施方法
    • US07420879B2
    • 2008-09-02
    • US10529374
    • 2003-09-24
    • Patrick MeynierFrédéric HuguetJulien Meunier
    • Patrick MeynierFrédéric HuguetJulien Meunier
    • G01V1/155
    • G01V1/047
    • A device for seismic emission in an underground formation comprising one or more vibrators of any type and method for implementing same. According to a preferred embodiment, each vibrator comprises at least one pillar (1) of sensitive elements (of piezoelectric type for example) between two end plates or slabs (2, 3) and a signal generator for applying vibrational signals to the pillar. The pillar (1) is coated with a protective sheath (4) and the vibrator is positioned in a well or cavity (W) and embedded in a mass of a solid coupling material (7) in contact with protective sheath (4) and the two end plates (2, 3) over at least part of each of the respective faces thereof, which provides coupling of the vibrator with the surrounding formation. The vibrators can be buried at intervals in relation to one another in a well. Sequential triggering thereof with selected delays allows reinforcement of the waves emitted by the device in a preferred direction. Applications include repetitive seismic monitoring of an underground reservoir during development for example.
    • 一种用于地下地层中的地震发射的装置,包括一种或多种任何类型的振动器和用于实现其的方法。 根据优选实施例,每个振动器包括至少一个在两个端板或板(2,3)之间的敏感元件(例如压电型)的支柱(1)和用于向柱施加振动信号的信号发生器。 支柱(1)涂有保护套(4),振动器位于井或空腔(W)中,并嵌入与保护套(4)接触的大量固体耦合材料(7),并且 两个端板(2,3)在其每个相应面的至少一部分上,其提供了振动器与周围地层的联接。 振动器可以在井中彼此相对间隔地被埋置。 具有所选择的延迟的顺序触发允许加强器件沿优选方向发射的波。 应用包括例如在开发过程中地下水库的重复地震监测。
    • 52. 发明授权
    • Seismic sources
    • 地震源
    • US5131488A
    • 1992-07-21
    • US303093
    • 1989-01-26
    • Michael A. GreenNeville G. W. CookThomas V. McEvillyErnest L. MajerPaul A. Witherspoon
    • Michael A. GreenNeville G. W. CookThomas V. McEvillyErnest L. MajerPaul A. Witherspoon
    • G01V1/40G01V1/143G01V1/155G01V11/00
    • G01V1/155G01V11/005
    • Apparatus is described for placement in a borehole in the earth, which enables the generation of closely controlled seismic waves from the borehole. Pure torsional shear waves are generated by an apparatus which includes a stator element fixed to the borehole walls and a rotor element which is electrically driven to rapidly oscillate on the stator element to cause reaction forces transmitted through the borehole walls to the surrounding earth. Logitudinal shear waves are generated by an armature that is driven to rapidly oscillate along the axis of the borehole relative to a stator that is clamped to the borehole, to cause reaction forces transmitted to the surrounding earth. Pressure waves are generated by electrically driving pistons that press against opposite ends of a hydraulic reservoir that fills the borehole. High power is generated by energizing the elements at a power level that causes heating to over 150.degree. C. within one minute of operation, but energizing the elements for no more than about one minute.
    • 描述了用于放置在地球钻孔中的装置,这使得能够从井眼产生严格受控的地震波。 纯扭转剪切波由包括固定在钻孔壁上的定子元件和电驱动的转子元件的装置产生,该转子元件在定子元件上快速振荡,以使反作用力通过钻孔壁传递到周围的地球。 纵向剪切波由电枢产生,该电枢被驱动以相对于被夹持在钻孔上的定子沿着钻孔的轴线快速振荡,以产生传递到周围地球的反作用力。 通过电动驱动活塞产生压力波,该活塞压在填充钻孔的液压储存器的相对端。 通过在一分钟的操作期间使加热到150℃以上的功率水平激发元件而产生高功率,但是对元件通电不超过约1分钟。
    • 54. 发明授权
    • Vibratory seismic source for generating combined compressional and shear
waves
    • 用于产生组合的压缩和剪切波的振动地震源
    • US4660675A
    • 1987-04-28
    • US826753
    • 1986-02-06
    • Tom P. Airhart
    • Tom P. Airhart
    • G01V1/053G01V1/155G01V1/02
    • G01V1/053G01V1/155
    • A vibratory seismic surface source includes a single vibrating mass, supported above and independently of an earth-contacting base plate. Means are provided for varying the inclination and azimuth of the vibrator axis. After the vibrator is oriented in any desired direction, it is then lowered along its vibratory axis so that it bears directly against the hemispherically concave upper surface of the base plate. When the vibrator is actuated in this position of contact, any desired combination of compressional and shear waves, both SH and SV type, may be generated and recorded simultaneously at a point on the earth's surface remote from the source.
    • 振动地震表面源包括一个单独的振动块,它支撑在地面接触的底板之上并独立于接地底板。 提供了用于改变振动器轴线的倾斜度和方位角的装置。 在振动器被定向在任何所需方向之后,然后沿其振动轴降低,使得其直接抵靠基板的半球形凹面的上表面。 当振动器在该接触位置被致动时,SH和SV类型的任何期望的压缩和剪切波的组合可以在远离源的地球表面上的某一点同时产生和记录。
    • 55. 发明授权
    • Vibrator thermal-stress differential compensator
    • 振动器热应力微分补偿器
    • US4630247A
    • 1986-12-16
    • US660527
    • 1984-10-12
    • Marek L. Rozycki
    • Marek L. Rozycki
    • G01V1/04G01V1/155H04R11/00
    • G01V1/155G01V1/04
    • An apparatus for preventing thermally-induced stress fatigue in a vibrator support housing consists of a stress compensator that absorbs thermal dimensional changes between major structural components made of dissimilar materials. The stress compensator consists of a hydraulic clamp wedged between the free end of a vibrator actuator piston shaft and the supporting housing. Actuated by the substantially-constant system hydraulic pressure, the hydraulic clamp maintains a substantially constant clamping force between the actuator piston shaft and the supporting housing. Thermally-induced stresses are absorbed by the hydraulic system.
    • 一种用于防止振动器支撑壳体中的热应力疲劳的装置由应力补偿器组成,该应力补偿器吸收由不同材料制成的主要结构部件之间的热尺寸变化。 应力补偿器包括楔形在振动器致动器活塞轴的自由端和支撑壳体之间的液压夹具。 通过基本恒定的系统液压驱动,液压夹具在致动器活塞轴和支撑壳体之间保持基本上恒定的夹紧力。 热应力被液压系统所吸收。
    • 57. 发明授权
    • Protective drive-level limiter for an electro-hydraulic vibrator
    • 电动液压振动器的保护驱动级限制器
    • US4516230A
    • 1985-05-07
    • US508232
    • 1983-08-05
    • Kent J. GoodloeRalph A. Landrum, Jr.
    • Kent J. GoodloeRalph A. Landrum, Jr.
    • B06B1/18G01V1/04G01V1/155G01V1/16
    • B06B1/183G01V1/04G01V1/155Y10S181/401
    • In accordance with an embodiment of this invention, voltages are received from the pilot valve torque motor, the main servo valve and the actuator indicating the value of the torque motor current, spool position and actuator displacement. The received voltages are compared to a preselected threshold value. When one or more of the voltages exceed a threshold value, an attenuator control voltage is generated. An attenuator circuit is coupled between the reference driver signal generator and the DC servo amplifier. The attenuator control voltage, if present, is applied to the attenuator circuit and scales down the reference driver signal as a function of the error signal level thereby to limit the torque motor current and consequently the displacements of the main servo valve spool and actuator shaft.
    • 根据本发明的实施例,从先导阀扭矩电动机,主伺服阀和致动器接收电压,指示转矩电动机电流,阀芯位置和致动器位移的值。 将接收的电压与预选阈值进行比较。 当一个或多个电压超过阈值时,产生衰减器控制电压。 衰减器电路耦合在参考驱动器信号发生器和DC伺服放大器之间。 衰减器控制电压(如果存在)被施加到衰减器电路,并且根据误差信号电平降低参考驱动器信号,从而限制转矩电动机电流,从而限制主伺服阀芯和致动器轴的位移。
    • 60. 发明授权
    • Vibrator systems for generating elastic waves in the earth
    • 用于在地球中产生弹性波的振动系统
    • US3860087A
    • 1975-01-14
    • US29667072
    • 1972-10-11
    • SILVERMAN DANIEL
    • SILVERMAN DANIEL
    • G01V1/09G01V1/155G01V1/00
    • G01V1/09G01V1/155
    • This invention describes an improved vibrator system having a vibrator comprising two parts, which reciprocate with respect to each other. One part is connected to a first frame which is in operative, force-transmitting contact with the earth. The second part is connected to a second frame. The second frame is connected to the first frame through compliance means. A large mass which rests on the earth, and which can conveniently be a transport vehicle, has a part which overhangs the second frame. Means are provided to alternately support said mass on said second frame, and to support said second frame from said mass. Various configurations of vibrator elements are disclosed, as well as several types of high pressure fluids for driving the vibrator.
    • 本发明描述了一种具有振动器的改进的振动器系统,该振动器包括相对于彼此往复运动的两部分。 一部分连接到第一框架,该第一框架与地球处于可操作的强制传递接触。 第二部分连接到第二个框架。 第二框架通过合规装置连接到第一框架。