首页> 外国专利> Technical system, method and use for online measuring and monitoring of the particle contents in a flow of injection water in an underwater line

Technical system, method and use for online measuring and monitoring of the particle contents in a flow of injection water in an underwater line

机译:在线测量和监测水下管线中注入水流中颗粒含量的技术系统,方法和用途

摘要

Technical system and method for online measuring and monitoring of the particle content in an injection water flow (6′) in an underwater line (8). The system comprises a data gathering means, a data communication link (48) and a data receiving means comprising an image analysis apparatus (2) provided with: a water sample line (18) for throughput of a partial flow (6″) of the injection water flow (6′); a means of conveyance (24) connected to the water sample line (18) for transport of the partial flow (6″); a light-transparent flow portion (18′) disposed along the water sample line (18); a camera (26) at the flow portion (18′); at least one light source (30, 32) for emission of light (34) via the flow portion (18′) and into the camera (26); an electronic control means (36) for (a) control of the image recording of the camera (26); (b) reception of image material from the camera (26); and (c) transmission of the image material to the data receiving means; and at least one energy supply. The image analysis apparatus (2) is disposed in a water-tight housing (4) under water (6); wherein the water sample line (18) is connected to the underwater line (8) at a connection site (62) between a shipment site (50: 64) for the injection water (6′) and an injection well (56); wherein the data receiving means is located at a distance from the image analysis apparatus (2); and wherein the control means (36) of the image analysis apparatus (2) is connected to the remote data receiving means.
机译:在线测量和监控水下管线( 8 )中的注入水流量( 6 ')中的颗粒含量的技术系统和方法。该系统包括数据收集装置,数据通信链路( 48 )和数据接收装置,该装置包括图像分析设备( 2 ),该图像分析设备设有:水样管线( 18 )表示注入水流量( 6 ')的部分流量( 6 '')的吞吐量;连接到水样管线( 18 )的运输工具( 24 ),用于运输分流( 6 '');沿水样线( 18 )设置的透光部分( 18 ');流动部分( 18 ')上的摄像机( 26 );至少一个光源( 30,32 )用于使光( 34 )通过流动部分( 18 ')进入相机( 26 );电子控制装置( 36 ),用于(a)控制摄像机的图像记录( 26 ); (b)从摄像机接收图像材料( 26 ); (c)将图像材料传输到数据接收装置;和至少一个能源供应。图像分析装置( 2 )设置在水( 6 )下的水密外壳( 4 )中;其中,水样本管线( 18 )在装运地点之间的连接地点( 62 )连接到水下管线( 8 )。 50:64 )注入水( 6 ')和注入井( 56 );其中,数据接收装置位于距图像分析设备( 2 )一定距离的位置;并且其中图像分析设备( 2 )的控制装置( 36 )连接到远程数据接收装置。

著录项

  • 公开/公告号US9689787B2

    专利类型

  • 公开/公告日2017-06-27

    原文格式PDF

  • 申请/专利权人 JAN OLAV HALLSET;

    申请/专利号US201113880912

  • 发明设计人 JAN OLAV HALLSET;

    申请日2011-10-20

  • 分类号H04N7/18;G01N15/14;B08B9/032;

  • 国家 US

  • 入库时间 2022-08-21 13:43:41

相似文献

  • 专利
  • 外文文献
  • 中文文献
获取专利

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号