REAL-TIME MONITORING TECHNOLOGY FOR OPERATING PARAMETERS OF MCSEM TRANSMITTING SYSTEM
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摘要:
海洋可控源电磁(MCSEM)是应用地球物理方法探测海底油气资源的新方法,由于海上工作环境的特殊性,监测甲板温度、湿度以及船上装备的相关参数对安全、有效生产意义重大。基于对MCSEM生产工作和甲板工作模式的研究,设计了一套适用于MCSEM工作的甲板监控系统开发方法。主要是基于.NET Framework类库,应用C#和C++语言进行了监控软件的研发,设计了软件的网络结构、数据存储和用户界面,综合运用了Socket网络编程技术、多线程技术、ADO.NET数据库技术以及GDI+和OSG结合的显示技术,较好地实现了海洋可控源电磁勘探生产过程的监控。
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关键词:
- 海洋可控源电磁勘探 /
- 参数监控 /
- Socket网络编程
Abstract:Marine controlled source electromagnetic (MCSEM) is a new geophysical method for detecting submarine oil and gas resources. Owing to the specific offshore working conditions, monitoring deck temperature, humidity and relevant parameters of ship equipment becomes extremely significant for safety and effective production. Based on the study of MCSEM production and deck work mode, this paper studied and designed a set of method for developing the deck monitoring system for MCSEM work. Based on.Net Framework class library, this paper designed and accomplished the monitoring software of marine controlled source electromagnetic (MCSEM) transmitting system using C#C and C++ language. The network architecture, data storage and user interface were designed, and the Socket network programming technology, multi-threading technology, ADO. Net database technology and display technology, which combines GDI + with OSG, were integrated. The system test results show that the software has good performance and can be applied to MCSEM.
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Key words:
- MCSEM /
- parameter monitoring /
- Socket network programming
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表 1 不同设备监测参数
Table 1. Monitoring parameters for different equipment
设备名称 监测参数 刷新间隔/s ---- 系统时间 1 绞车 排绳张力 3 牵引张力 3 放缆速度 3 放缆长度 3 放出缆长 3 发射机拖体 入水深度 3 离底高度 3 X、Y、Z轴倾角 3 拖体空间坐标 1 电磁发射机 输入电流、电压 60 输出电流、电压 60 输出频率 3 变压器温度 3 二极管温度 3 小舱温度 3 -
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