safe adj. 1.安全的,安稳的;无危险的。 2.确实的,一定的。 3. 安全,平安〔作 arrive, come 等的述语用〕。 4.谨慎的,稳健的,可靠的;小心翼翼的。 5.【棒球】不会死的,安全的〔安抵某垒的〕 (opp. out )。 6.【自动化】稳定的。 I saw him safe home. 我送他平安到家。 It is safe to get warmer as the day goes on. 天气确实一天比一天暖和了。 He is safe to get in. 他肯定会当选。 get a person safe 抓牢某人。 a safe [good] catch 【棒球】灵巧的接球员。 a safe first 稳拿第一的人。 S- bind, safe find. 藏得牢,找得着。 be safe from (attack infection) 没有受到(攻击、传染)的危险。 It is safe to say that .... 不妨说,说…准不会错。 on the safe side 谨慎地 ( It's best to err on the safe side. 即使错,最好也错在谨慎上面)。 play safe 采取四平八稳的办法。 safe and sound 平安无恙,安全。 n. 1.保险箱,安全容器,纱厨,纱罩;〔美俚〕冰箱。 2.马鞍防擦皮。 adv. -ly
Aged shafts concentrate production system reasonablly to raise safe reliability of ventilation system and economic profit 衰老矿井合理集中生产系统提高通风系统安全可靠性
It is characteristic of real - time processing , which realizes high safe reliability , good and expandability and friendly man - machine interface 该软件安全可靠,具有实时性好、扩展性强以及人机接口友好等特点。
Under the action of corroding materials , the bending capacity of reinforced concrete bending members will deteriorate gradually , and the safe reliability will be reduced 摘要在腐蚀介质作用下,在役钢筋混凝土构件抗弯承载能力逐步衰减、安全可靠性不断降低。
Not only has put forward higher and higher requirement to the processing speeds of the control system , and , requiring the system at the same time has very high safe reliability and accuracy in time 不但对控制系统的处理速度提出了更高的要求,而且要求系统也同时需要具有很高的安全可靠性以及及时准确性。
Then , the framework and network structure of traffic information platform of urban road are set up , and the safe reliability of the system and function modules of subsystems are also designed in this paper 在此基础上,建立了上海城市道路交通信息平台总体框架和网络构架,提出了系统数据要求,并分别对系统安全可靠性和子系统功能模块进行设计。
The insulation of the thermodynamics installation and pipelines of thermal power electricity generation has significant sense , which contributes to increasing the installation ' s safe reliability , decreasing the heat loss , producing the warmhearted work environment , conserving energy and so on 龙凤热电厂高温蒸汽管线大多数已经破损,热量损失严重的现状,直接导致企业能源成本增加、经济效益下降,而且由于车间温度过高,造成工人工作环境差。
In this thesis the problems relative with safe reliability of parachute recovery system of manned spacecraft are commenced , the coning motion of the systems in steady decent are studied emphatically ; in view of multibody dynamics , two different dynamic modeling principles and methods of parachute systems have been discussed , and their dynamic characteristics are analytically compared 本文从载人飞船回收系统安全可靠性紧密相关的问题着手,重点研究了降落伞系统在稳定下降过程中的锥摆现象;并且从多体系统动力学的角度出发,讨论了物伞系统的两种不同动力学建模理论和方法,并对它们的动力学特性进行了分析比较。