1) spring mechanism
弹簧机构
1.
Analysis of the breaker rejecting movement accident caused by a spring mechanism manual/electromotion changeover switch fault
一起弹簧机构手动/电动转换开关故障引起的断路器拒动事故分析
2.
This article firstly put forward the calculation formula on static opening speed for SF_6 circuit breaker with spring mechanism.
本文第一个提出了配弹簧机构SF_6断路器静态分闸速度计算公式,并与实测值进行比较,二者基本吻合。
3.
In electric power system,the main operation mechanism of high voltage circuit breaker are hydraulic circuit and spring mechanism.
电力系统110kV及以上的高压断路器操作机构有很多是以液压操作机构和弹簧机构为主。
2) Spring operating mechanism
弹簧机构
1.
Analysis and treatment of the spring operating mechanism stored energy faults in circuit breaker;
断路器弹簧机构储能故障分析与处理
3) spring_slide structure
弹簧滑块机构
1.
According to the structure characteristics of the plastic floppy case with big depth and side holes,an angular pin structure is used in the design of the mould for the plastic part to complete the shaping of the big depth,and a spring_slide structure is used to realize side core_pulling.
针对塑件纵深较大且有侧孔的情况,设计中采用斜导柱结构完成大纵深造型,同时侧面利用弹簧滑块机构实现侧抽芯,模具结构精巧,运行顺畅。
4) spring operating mechanism
弹簧操动机构
1.
Fault analysis of CT spring operating mechanism;
CT型弹簧操动机构常见故障及原因
2.
Optimization of special spring operating mechanism;
专用弹簧操动机构的优化
3.
Taking vacuum circuit breaker historical development as a clue,and based on the analysis of advantages and disadvantages of the electromagnetic operating mechanism and the spring operating mechanism,this article presents the research and analysis results on the characteristics,the advantages and the prospects for the development of permanent magnetic actuator vac.
文中以真空断路器的历史发展为线索,以电磁操动机构、弹簧操动机构的优缺点剖析为基础,对永磁操动机构真空断路器的特点、优势及其发展前景进行了研究分析。
5) spring operated institutions me
弹簧操作机构箱
6) spring operative mechanic
弹簧操作机构
1.
Discussion on secondary circuit connection of spring operative mechanic of 110 kV CB;
浅谈110kV断路器弹簧操作机构的二次回路接线
补充资料：国有金融机构监事会的定期接受国有金融机构报告的职权
国有金融机构监事会的定期接受国有金融机构报告的职权：国有金融机构应当定期、如实向监事会报送财务报告、资金营运报告，并及时报告重大业务经营活动情况，不得拒绝、隐匿、伪报。―――――《国有重点金融机构监事会暂行条例》第13条
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