维护手段 meaning in Chinese
maintenance service
Examples
- The remote filed eddy current ( rfec ) techniques will become more and more important as a tool of the pipes " daily check and maintenance in power and chemical industry
远场涡流( rfec )技术作为电力和化工部门管道日常检测和维护手段,将发挥越来越重要的作用。 - In this paper , the author presents several suggestions on improving the management system of oil and gas pipelines , taking effective maintenance measures for old pipeline systems and mastering international competition skill in pipeline design and construction
在输油气管道的管理、老管道的维护和参与国际市场竞争等方面，提出了改进管理体制、采取有效维护手段和掌握国际竞争技巧的意见。 - Nowadays . it ' s the main style of the maintaining and operation system of spcts that order - operated as the main way of maintaining . the simulating training system in this paper solutes the trouble in training of the order - based maintaining and operation system off - line
以命令操作作为主要维护手段是当前程控交换机维护操作系统的主流模式。本文设计开发的仿真训练系统解决了基于命令的交换机维护操作系统脱机训练困难的问题。 - This paper is about the study on the debugging and maintenance of substation automation system the author analyzes and compares the present debugging interface of microprocessor - based protection relays through summarizing the debugging and maintenance of routine substation automation system ， indicates the advantage of software debugging interface based on the pc in allusion to the characteristics of the distributed substation automation system ， the author presents the design idea of programming the debugging software for the intelligent devices ， the monitoring station and the communication network based on the object - oriented programmable technology this method may simplify the workload of debugging and maintenance of substation automation system greatly ， shorten the time limit for building and debugging of substation automation system and improve the security and the stability of system ， therefore it is of great useful value
作者通过归纳总结常规变电站自动化系统的调试方法和维护手段，分析比较了现有的微机保护调试界面，指出了基于pc机的软件化调试界面的优越性。针对分层分布式变电站自动化系统的特点，提出了利用面向对象编程技术，编制间隔层智能装置和变电站层监控系统及通讯网络层报文监视的智能化调试软件的设计思想。该方法可大大简化变电站自动化系统的调试和维护工作量，进一步缩短变电站自动化系统的安装调试工期，提高系统运行的安全性与稳定性，具有很大的实用价值。