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    • 16. 发明申请
    • Rapidly deployable, three-dimensional seismic recording system
    • 快速部署的三维地震记录系统
    • US20050249039A1
    • 2005-11-10
    • US10840442
    • 2004-05-06
    • Patrick MillerMarvin SpeeceCurtis Link
    • Patrick MillerMarvin SpeeceCurtis Link
    • G01V1/00G01V1/16H04R1/00
    • G01V1/16G01V1/003
    • A mobile, easily deployable, three-dimensional seismic recording system suitable for shallow seismic reflection or refraction surveys. The system comprises a towing unit, a reel assembly system, a towing frame, and one or more streamers. Each streamer comprises a rubber mat and a plurality of geophones. The geophones are placed on top of the rubber mat, a hole is cut in the rubber mat beneath each geophone, and each geophone is held in place on the rubber mat by a rubber pad that is placed on top of the geophone and secured to the rubber mat with a plurality of bolts. Streamer spacers, each of which comprises a plurality of frames and a cross-bar connecting the frames, are used to secure the streamers to each other when a measurement is being taken. A method for taking seismic measurements using the seismic recording system described herein.
    • 一种适用于浅层地震反射或折射测量的移动,易于部署的三维地震记录系统。 该系统包括牵引单元,卷轴组件系统,牵引架和一个或多个拖缆。 每个拖缆包括橡胶垫和多个地震检波器。 地震检波器被放置在橡胶垫的顶部,每个地震检波器下面的橡胶垫中都有一个孔,每个地震检波器都被橡胶垫固定在橡胶垫上,橡胶垫放置在地震检波器的顶部并固定在 橡胶垫与多个螺栓。 当进行测量时,使用每个包括多个框架和连接框架的横杆的流光隔板,用于将拖缆彼此固定。 使用本文所述的地震记录系统进行地震测量的方法。
    • 19. 发明申请
    • Disk-based cache
    • 基于磁盘的缓存
    • US20070143242A1
    • 2007-06-21
    • US11303159
    • 2005-12-15
    • Patrick MillerDavid Quick
    • Patrick MillerDavid Quick
    • G06F17/30
    • G06F16/9574
    • An application domain in a front end server processes an object request from a web browser application to determine whether to retrieve the object from a cache on a local disk or from an external database via a back end server. The determination is made by comparing metadata associated with the requested object and object cache settings identified in a configuration file associated with the application domain. The metadata may also identify users who are authorized to access different object versions. An index included in the application domain identifies the objects stored in the cache and the location of the objects on the local disk. When an object is rendered from the database, a determination is made whether to store the object in the cache based on the object cache settings identified in the configuration file. A cache token ensures that the cache remains synchronized with the index.
    • 前端服务器中的应用程序域处理来自Web浏览器应用程序的对象请求,以确定是否通过后端服务器从本地磁盘上的高速缓存或从外部数据库检索对象。 通过比较与所请求的对象相关联的元数据和与应用域相关联的配置文件中标识的对象缓存设置来进行确定。 元数据还可以标识被授权访问不同对象版本的用户。 应用程序域中包含的索引标识缓存中存储的对象和本地磁盘上对象的位置。 当从数据库呈现对象时,基于配置文件中标识的对象缓存设置,确定是否将对象存储在高速缓存中。 缓存令牌确保高速缓存与索引保持同步。