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省级气象计量检定业务自动化系统
引用本文:张建敏,罗昶,王建森,张晓冬,包炳生,杨安良.省级气象计量检定业务自动化系统[J].应用气象学报,2012,23(2):251-256.
作者姓名:张建敏  罗昶  王建森  张晓冬  包炳生  杨安良
作者单位:1.浙江省大气探测技术保障中心,杭州 310017
基金项目:中国气象局新技术推广项目(CMATG2009MS59)
摘    要:省级气象计量检定业务自动化系统 (以下简称系统) 是省级气象计量部门的业务应用平台, 以提高其业务管理水平、工作效率和检定质量。系统基于现有省级气象计量标准硬件设备,辅之以自动化智能控制技术,采用B/S和C/S软件开发模式,实现检定业务的数字化、信息化和自动化。该系统包含计量业务管理和自动化检定两个子系统,共用同一个检定数据库。计量业务管理子系统由仪器收发、常规仪器检修、系统管理、预警超检、报表处理、综合查询统计、计量器具管理等模块组成;自动化检定子系统包括温度、湿度、气压、风、雨量等传感器的自动化检测,能够自动采集数据、自动生成原始记录和检测证书。系统的业务应用表明:系统自动化程度高,提高了业务管理水平、工作效率和检定质量。

关 键 词:气象计量    检定    自动化    智能控制
收稿时间:2011-05-24

The Operational System of Provincial Meteorological Instrument Calibration
Zhang Jianmin,Luo Chang,Wang Jiansen,Zhang Xiaodong,Bao Bingsheng and Yang Anliang.The Operational System of Provincial Meteorological Instrument Calibration[J].Quarterly Journal of Applied Meteorology,2012,23(2):251-256.
Authors:Zhang Jianmin  Luo Chang  Wang Jiansen  Zhang Xiaodong  Bao Bingsheng and Yang Anliang
Affiliation:1.Atmospheric Sounding Technology Safeguard Center of Zhejiang Province, Hangzhou 3100172.Guangzhou Central Meteorological Observatory, Guangzhou 510080
Abstract:As an application platform of provincial meteorological service, the operational system of provincial meteorological instrument calibration is applied to improve professional management, working efficiency and calibration quality. This system consists of two parts: The management subsystem and automatic calibration subsystem. With B/S construction and the classic C/S structure technology adopted respectively in the two subsystems, the operational system brings digitization, and automation of calibrating into effect. In detail, the management subsystem is combined with the module of data receiving and distributing through apparatus, instrument maintenance, system management, warning inspection beforehand, report form processing, comprehensive inquiry and statistics, and administrative control of measuring instruments. The automatic calibration subsystem includes the automatic detection of temperature, humidity, pressure, wind and precipitation sensors, which can carry out automatic calibration and performs intelligently in data processing. On the whole, the application of this system shows that the calibration efficiency and quality have been significantly improved.
Keywords:meteorological metrology  calibration  automation  intelligence control
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