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    • 2. 发明授权
    • Cable for sea seismic exploration
    • 电缆用于海洋地震勘探
    • US4204188A
    • 1980-05-20
    • US902220
    • 1978-05-02
    • Helmut WeichartJurgen Schimdt
    • Helmut WeichartJurgen Schimdt
    • G01V1/20H01R13/28H01R13/523H01R13/58H01R13/62G01V1/00H04B13/00
    • G01V1/201H01R13/523H01R13/28H01R13/58H01R13/62
    • An improved seismic measuring cable includes a series of hose sections containing hydrophones or the like joined together by coupling devices having cylindrical sections carrying sleeves joined to the hoses and half-tube portions joinable to each other. Each half-tube portion has castellations which interlock with a like half-tube portion to form a tension-resisting cylindrical closed volume for containing electrical connectors to interconnect wires leading to the hydrophones, the interlocked half-tubes being then covered by a cylindrical jacket. Tension load cables extend between the coupling devices at opposite ends of a hose section. The hoses can be oil filled. Embodiments of hose supporting members, hydrophone supports and joining means are disclosed.
    • 一种改进的地震测量电缆包括一系列软管部分,其中包含水听器等,通过联接装置连接在一起,该连接装置具有承载连接到软管的套筒的圆柱形部分和可彼此连接的半管部分。 每个半管部分具有与类似的半管部分互锁的形状,以形成用于容纳电连接器以互连通向水听器的导线的抗张力圆柱形闭合容积,然后互锁的半管被圆柱形护套覆盖。 张力负载电缆在软管部分相对端的连接装置之间延伸。 软管可以充满油。 公开了软管支撑构件,水听器支撑件和接合装置的实施例。
    • 7. 发明授权
    • Vehicle-carried vibrator for producing seismic vibrations
    • 用于产生地震振动的车载振动器
    • US5396029A
    • 1995-03-07
    • US87429
    • 1993-07-06
    • Herbert Talke
    • Herbert Talke
    • G01V1/09G01V1/02
    • G01V1/09
    • A vibrator for producing seismic vibrations in the earth is carried by a vehicle. The vibrator has a base plate, a reaction mass and support plates and a lifting and lowering apparatus for raising and lowering the vibrator between a raised transportation position and a lowered operating position in which the base plate is pressed against the ground. The lifting and lowering apparatus includes piston and cylinder units each connected at one end to the vehicle chassis and at the other to a support plate. In one embodiment, the piston and cylinder units are attached to the vehicle by belt-type pivotable bearings to permit swiveling of the vibrator so that the base plate is tiltable to adapt to an uneven earth surface. In another embodiment, the piston and cylinder units are attached to the vibrator by spherical pendulum support bearings which also allow swiveling and tilting of the base plate.
    • 用于产生地球震动的振动器由车辆承载。 振动器具有基板,反作用块和支撑板,以及用于在升高的运送位置和降低的操作位置之间升高和降低振动器的提升和降低装置,其中底板被压靠在地面上。 提升和降低装置包括活塞和气缸单元,每个活塞和气缸单元一端连接到车辆底盘,另一端连接到支撑板。 在一个实施例中,活塞和气缸单元通过带式可枢转轴承附接到车辆,以允许振动器的旋转,使得底板可倾斜以适应不平坦的地面。 在另一个实施例中,活塞和气缸单元通过球面摆动支撑轴承连接到振动器,这也允许基板的旋转和倾斜。
    • 8. 发明授权
    • Method for improvement of seismic sections
    • 地震剖面改良方法
    • US5587967A
    • 1996-12-24
    • US613923
    • 1996-03-11
    • Ralf G. Ferber
    • Ralf G. Ferber
    • G01V1/30G01V1/36G01V1/24
    • G01V1/303
    • A method for improving seismic sections includes generating seismic signals at source stations, recording seismic traces at receiver stations and gathering the seismic traces as a first gather at a common point as a function of the offsets between the source stations and the receiver stations. A common point (MMOCMP) is selected, a half-offset between source and receiver stations is redefined as a function of the distance between the selected common point MMOCMP and the RAWCMP, and the seismic traces are sorted as a function of the redefined half-offset, constituting a second gather of traces. The method permits one to obtain true located subsurface information at any desired point for velocity analysis.
    • 一种用于改善地震剖面的方法包括在源站产生地震信号,在接收站处记录地震迹线,并将地震迹线作为源点与接收站之间的偏移的函数在公共点收集起来。 选择公共点(MMOCMP),源和接收站之间的半偏移被重新定义为所选择的公共点MMOCMP和RAWCMP之间的距离的函数,并且将地震迹线作为重新定义的半帧的函数进行排序, 偏移,构成第二个痕迹。 该方法允许在速度分析的任何所需点获得真实位置的地下信息。
    • 9. 发明授权
    • Hydrophone
    • 水听器
    • US5394379A
    • 1995-02-28
    • US101975
    • 1993-08-04
    • Helmut WeichartManfred Technau
    • Helmut WeichartManfred Technau
    • B06B1/06G01L9/00G01V1/18H04R17/00
    • G01V1/186B06B1/0651G01L9/0052G01L9/0083Y10T29/49005
    • A hydrophone for a marine seismic streamer has a pressure sensor with outer membrane surfaces on which piezoelectric sensors (4, 5) are secured. The pressure sensor is formed from two spaced steel disks (1, 2) having recesses directed toward one another and which are laser-welded at the edges in a gas-tight manner. The pressure sensor is electrically insulated from its external environment by a synthetic resin coating, which may enclose the entire pressure sensor, including the connecting wires. A method of making the hydrophone is also disclosed. The hydrophone can be manufactured so as to be small in dimensions and weight, is mechanically sturdy and capable of withstanding overload, as well as being protected by the synthetic resin coating against short circuiting and corrosion.
    • 用于海洋地震拖缆的水听器具有带有外部膜表面的压力传感器,压电传感器(4,5)固定在该膜表面上。 压力传感器由具有彼此指向的凹部的两个间隔开的钢盘(1,2)形成,并且以气密方式在边缘处被激光焊接。 压力传感器通过合成树脂涂层与其外部环境电绝缘,合成树脂涂层可包围包括连接线的整个压力传感器。 还公开了制造水听器的方法。 水听器可以制造成尺寸和重量小,机械坚固并且能够承受过载,并且被合成树脂涂层保护以防止短路和腐蚀。