新一代数字探空仪生产控制系统的设计

为摆脱我国是世界上唯一仍在使用机械电码式探空仪国家的这一落后局面,达到世界气象组织(WMO)的高空气象探测要求,国家气象局从2003年起对高空气象探测网进行全面更新换代,采用了探测精度高、采样率快、抗干扰能力强的 GTS1型数字探空仪。为保证长期稳定地提供大量的高性能高空气象探测仪器,企业现代高新技术产业化应用现代先进的科学技术和手段,用Visual Basic、Visual C++语言、串口并口通信技术、网络数据库方法设计了数字探空仪生产控制系统, 该系统是为校准探空仪的温度、气压、湿度传感器而设计的一套数据采集、数据处理、数据管理、数据验证的计算机控制系统,保证了产品高效率、高质量的生产制造。

The Design of Advanced Radiosonde Industrialization Control System

To get rid of the backward situation that Only China still use mechanical code type sounding appearance in the world and achieve the WMO's demand in upper atmosphere sounding, from 2003 CMA begin to update the upper atmosphere sounding device, using GTS1 Radiosonde with features as high measurement accuracy, fast sampling rate and great anti-interference ability. To provide a large number of application steadily for a long time, we design Radiosonde industrialization control system. The system is a compute control system project for calibrating Temperature Sensor, Pressure Sensor, Humidity Sensor, inclusive of data acquisition, data processing, data management, data examination. The Goal of this system is high efficiency and high quality.