1) Water-Level Detective Monitor
水位监测仪
1.
Study on Intelligent Water-Level Detective Monitor Based On UPSD3454 Single Chip Computer;
基于UPSD3454单片机智能水位监测仪的研究
2.
In this paper, the status of Water-Level Detective Monitor at home and abroad was set forth and the composition and structure of the GSM system was given an introduction in detail.
本文阐述了国内外水位监测仪器的现状,对GSM系统的组成和结构进行了详细的介绍,分析了基于GSM网络的数据传输方式的原理和一些基本特性,并对GSM的主要AT指令和PDU编码方式进行了研究。
2) water-level instrumentation
水位监测仪[表]
3) water level monitoring
水位监测
1.
Design and Implementation of Wireless Water Level Monitoring System Based on ZigBee;
基于ZigBee的无线水位监测系统的设计与实现
2.
To address problems in traditional water level monitoring,this paper developed a water level monitoring system based on G20 GPRS module,integrating AVR Atmegal 6 control chip with GPRS module to form an automated wireless transmission system,which can transmit data of water level sensor through GPRS wireless module to remote data centre console for analysis.
针对人工监测水位实时性不强的问题,本研究并开发了基于MOTOROLA的G20 GPRS模块的远程水位监测系统。
3.
The Water Level Monitoring System is essential for a reliable operation of a water power station.
水位监测是水利发电站安全生产的重要技术条件 ,采用多模式技术和地址关联技术进行水电站水位自动监测系统的设计 ,能够方便灵活地适应用户不同的技术要求 ,以及不同的监测环境。
4) liquid level monitor
液位监测仪
1.
The development of a new intelligent liquid level monitor;
新型智能液位监测仪的研制
2.
Aiming at the limitation of hazards in traditional liquid level electricity measurement,a design scheme of the optical fiber liquid level monitor,which is based on Digital Signal Processor(DSP)and Controller Area Network(CAN),is proposed and realized for distributed optical fiber liquid level measurement system.
针对传统液位电测量存在潜在危险的局限性,基于数字信号处理器(DSP)和局域网控制器(CAN)技术,提出了光纤液位监测仪的实现方案,并进行了工程实现。
5) water quality monitor
水质监测仪
1.
Design of water quality monitor based on technology of virtual instrument;
基于虚拟仪器技术的水质监测仪的设计
2.
Design of Ethernet interface of water quality monitor;
水质监测仪以太网接口的实现
6) Water content test instrumentation
含水监测仪
补充资料：地下水水位观测(见水位观测)
地下水水位观测(见水位观测)
d ixiashui shuiwei guanee地下水水位观测见水位观测。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条