1) meter lead
仪表引线
2) wire alignm ent transducer
引张线仪
1.
The principles,structures and technical characteristics of the CCD coordinometer and wire alignm ent transducer are briefly introduced.
简要介绍了新型光电式垂线坐标仪与引张线仪的原理、结构和技术特点。
3) M-bus
仪表总线
1.
Design of Embedded Interface Based on M-BUS;
基于仪表总线的嵌入式接口设计
2.
This paper introduces a kind of design scheme with the application of M-bus to concentrated oxygen supply data acquisition and measurement.
一种用仪表总线实现的集中供氧数据采集计量系统的设计方案,提出了集成各种消耗类表计设备及各个公司产品的方法和思路,具体实施案例表明:M-bus组成的数据采集系统可以应用于医院集中供氧数据采集计量。
3.
In order to meet the demands of concentrated management of intellectualization,according to the communication protocol of the M-Bus,the temperature measuring & controlling system of buildings based on meter-bus is designed and implemented.
针对楼宇温度测控系统实现智能化集中管理的需要,依据M-Bus通信协议,采用TI公司的新型仪表总线专用收发芯片TSS721A及超低功耗的MSP430系列单片机,设计并实现了一种基于M-Bus的楼宇温度测控系统。
4) meter-bus
仪表总线
1.
The thesis introduces principle and application of the various data communication way in remote reading system,including the meter-bus communication mode between the terminal data collecting module and the collector,RS-485 communication mode,PLC communication mode or microwave communication mode between the collector and the reading station.
介绍远程抄表系统中可采取的各种通信方式的基本原理和应用,包括终端数据采集模块与集中器之间可以采取的仪表总线Meter-Bus通信方式、集中器与抄表主站之间可采用的RS-485通信、电力线载波通信、微波通信等方式。
2.
The heat monitoring system uses the Meter-Bus technology(M-Bus),and is composed of non-magnetic heat meter,meter reading concentrator and the host PC as data administration centre.
该热量监测系统采用了仪表总线(M-Bus)技术,主要是由无磁热量表,抄表集中器和数据管理中心PC主机三部分组成。
3.
Meter-bus and its Application;
介绍了在测量与仪表技术领域,欧洲新型总线结构一仪表总线(M-bus)在远程自动抄表系统中的应用。
5) on-line instrument
在线仪表
1.
This paper introduces in detail the design method of automatic control system for BIOSTYR~ biological aerated filter in Guangzhou Nanhai Pingzhou Wastewater Treatment Plant, including on-line instruments and control parameters setting, automatic control regulation mode and others.
详细介绍了南海平洲污水处理厂BIOSTYR曝气生物滤池自动控制系统的设计方法,具体包括在线仪表的设置、自动控制参数的设置以及自动控制调节方式等内容。
2.
The improved measuring points,used on-line instruments,implementation scheme of hardware,software platform and execution manner of control system are described.
说明了改造的测点、使用的在线仪表、硬件实现方案以及控制系统的软件平台和实现方法。
6) linear meter
线性仪表
补充资料：张仪(?-前310)
战国时期纵横家。魏国贵族的后代。主张连横策略以瓦解反秦联盟。公元前328年任秦相。封武信君。迫使魏献上郡，帮助秦惠文君称王，游说各国服从秦国，瓦解齐楚联盟，夺取楚汉中地区。秦武王即位后，他入魏为相，不久死去。
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