1) wiring system meter reading mode
分线制集中抄表方式
2) remote concentrated copy meter
远方集中抄表
3) centralized meter reading
集中抄表
1.
Handshaking serial communication protocol of centralized meter reading system;
集中抄表系统中的握手联络式串行通信协议
2.
The automatic remote centralized meter reading system based on PSTN was introduced, and its constitution was given.
介绍了基于PSTN通信的自动远程集中抄表系统及其结构。
3.
Main problems faced by low voltage power-line carrier technology when it applied in remote centralized meter reading system was introduced.
介绍了低压载波技术在远程集中抄表应用中面临的主要问题,通过对双滦供电公司实施集中抄表中出现的一些问题的剖析,提出了值得大面积推广的建议。
4) automatic meter reading
集中抄表
1.
The automatic meter reading(AMR) system carrys out auto-transmitting of some data of measure point on time,inquiring about some information,showing and calculating and storing a meter s data on real time,and browsing web page of alarm information for legal departments.
辽河油田供电公司管辖电网网络庞大,用户计量分散给营销管理工作带来一定的难度,通过采用电能远程集中抄表系统实现了计量点各种数据的定时定点主动上报;各种信息的主动查询;电能表数据的实时显示、运算、存储;异常信息的报警以及管理部门授权用户的网上浏览等功能,在实践应用中也取得了很好的经济效益,其未来的应用价值还有待于进一步开发。
2.
To resolve the issue about the automatic meter reading,author designed a high-precision collect meter reading system of carrier wave on power,using the power carrier wave communication technology and the flush type technology.
为了实现居民用电抄表自动化,笔者结合电力载波和嵌入式技术、设计一种高精度的电力载波集中抄表系统。
5) central meter reading
集中抄表
1.
Acccording to the current manner of central meter reading,in combination with the application experience of low-voltage wave carring central meter reading by Duyun Power Supply Bureau,the system structure,technical characteristics and running efficiency were overall analysed and summarized.
根据现有集中抄表方式,结合都匀供电局低压载波集抄的应用经验,就其系统结构、技术特征及运行成效作了全面的总结分析。
6) meter reading method
抄表方式
1.
The article briefly introduces present meter reading method in gas industry,and the characteristics of various improving method in the market.
文章简要介绍了目前燃气公司的抄表方式,以及市场上各类改进抄表方式的技术产品的特点。
补充资料：表制集
【表制集】
（书名）六卷，唐不空三藏为三朝之国师，谢表答制凡一百四十四首，西明寺圆照编集，名为不空表制集。
（书名）六卷，唐不空三藏为三朝之国师，谢表答制凡一百四十四首，西明寺圆照编集，名为不空表制集。
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