节点HyperQ质控技术及质控数据回收应用研究  

Research of application for HyperQ technology and recovery of node QC data

作　　者：李扬 瞿维迎 余锋 秦雷 孟祥顺 LI Yang;QU Weiying;YU Feng;QIN Lei;MENG Xiangshun

机构地区：[1]中石化石油工程地球物理有限公司国际业务中心,北京100728

出　　处：《物探装备》2024年第2期98-102,共5页Equipment for Geophysical Prospecting

基　　金：中石化石油工程地球物理有限公司2022年科技项目“全节点数模混采技术在墨西哥复杂工区应用研究(编号为SGC-2022-18)”的资助。

摘　　要：在复杂工区使用超大道数的数字和模拟节点进行高精度三维地震数据采集施工时,如何快速回收排列节点的质控数据是一大难点。本文通过对节点HyperQ质控技术和质控数据回收的应用研究,分析了无人机地图文件格式、飞行参数、实际路线设计以及HyperQ网关供电等主要影响质控效率的因素,有效解决了通讯覆盖及质控数据高效回收的问题,形成了一套优质高效回收HyperQ质控数据的解决方案,对复杂地表、大道数地震采集项目有较好的借鉴作用。It is very difficult to quickly recover the quality control data of nodes in complex work areas where a huge number of digital and analog nodes are used for high-precision 3D seismic data acquisition.Through the research of application for HyperQ technology and recovery of node QC data,the article analyzes the factors that mainly affect the efficiency of QC data recovery such as the map format of drone,flight parameters,actual route design and HyperQ gateway power supply etc.to solve the problem of communication coverage and efficient recovery of the QC data,has developed a high-quality and efficient solution for recovery of HyperQ QC data,which has a good reference for seismic acquisition project with complex surfaces and a large number of nodes.

关 键 词：HyperQ 地图格式 飞行参数 通讯覆盖 飞行路线 高效回收 

分 类 号：P631[天文地球—地质矿产勘探]