1) shaft kiln hoisting
立窑提升
1.
The paper analyzed the inverter applied in shaft kiln hoisting system which can improve its operation performance and reliability.
变频频器应用于立窑提升系统,可以大大提高其运行性能和可靠性。
2) vertical well hoisting
立井提升
1.
Makes the mechanics analysis of the bottom of a well equalize of the vertical well hoisting,raises the mechanics gist for the bottom of a well equalize.
通过对立井提升井底补偿的力学分析,为立井补偿式承接提出力学依据。
3) lifting alone
独立提升
4) lifting system of vertical vice-mine
副立井提升系统
1.
Mainly discussed that could adapt the lifting capacity of the vice-mine to the main-mine and other producing process by the technical innovation in lifting system of vertical vice-mine in Xuandong mining company of Hebei Shengyuan group and achieved the balanced matching between the main lifting system and assistant lifting system.
主要论述了通过对河北盛源集团宣东矿业公司副立井提升系统进行技术改造,使其提升能力与主立井系统提升能力及其它生产环节相适应,实现矿井主提升系统与辅助提升系统之间的均衡配套,从而使提升效率显著提高。
5) shaft lifting trouble
立井提升事故
1.
Applying the breakdown tree analysis method of system engineering theory,the causes possibly may hiving lifting troubles and various ways of avoiding these troubles are obtained on the basis of investigating and analyzing domestic many cases of shaft lifting troubles.
在通过对国内多起立井提升事故的调查、分析的基础上,运用系统工程理论中的故障树分析方法,得出可能发生提升事故的原因,以及避免发生这些事故的各种途径,并据此制定有效的预防措施,同时指出,系统工程理论的研究方法应在国民经济各行业中得到广泛应用。
6) the steel wire rope
立井提升钢丝绳
补充资料：立窑
见窑。
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