预期的可用率、可靠性、平均故障间隔时间(MTBF)及修复时间怎样？
What are the expected availability, reliability, MTBF and Time-to-Repair?
给出了分别以失效率、平均故障间隔时间表达的分配比例因子及分配公式。
The proportional allocation factor and the allocation formulae expressed in terms of failure rates and mean time between failures respectively are given.
介绍了采用元器件计数预计法的伺服驱动控制的平均故障间隔时间(MTBF)实用计算方法。
The paper introduces a practical method to calculate the mean time between failures (MTBF) of ac servo controllers, using the components counting prediction method.
在该策略中，首先，对柔性制造系统故障间隔时间进行模型拟合分析，建立了威布尔分布模型。
In the strategy, model-fitting analysis of FMS fault interval was conducted and Weibull distribution model was set up.
在该程序中的的使用和累计飞行时间显示的MT BF(平均故障间隔时间)超过5000小时。
Its usage and cumulative flying time during this program showed an MTBF exceeding 5000 hours.
文中得到了当设备的故障时间和故障间隔时间服从指数分布时有关设备或系统生产可靠度的具体分布规律。
Some reliability results about equipment and system are derived when breakdown interval and repair time of every equipment are subjected to exponential distributions.
所有好的系统管理员的目标是避免成为硬件平均故障间隔时间的受害者，并找到一种方式来减轻磁盘故障的风险。
The goal of any good systems administrator is to avoid being a victim of the mean time between failure value of hardware and find a way to mitigate the risk of a disk failure.
只要在设备的使用过程中注意收集设备的故障时间、故障间隔时间和维修费用，就可以确定出设备的最佳使用寿命。
As long as the data of failure time, failure time interval and maintaining cost are collected in operation of equipment, the optimal service life of equipment can be determined.
平均故障间隔时间(MTBF)作为产品的可靠性指标，因其表述问题直观、数学处理简单，而得到了广泛地应用。
As the production reliability criteria MTBF is used widely, which narrates problems directly and calculates simply by mathematics.
建立了CH-85FMS故障间隔时间的威布尔分布模型，通过对分布模型的分析，提出了基于可靠性制定预维修计划的理论与方法。
Weibull distribution fitting model of FMS fault interval was set up, and after relevant analysis, the theory and methods of establishing predicted maintenance scheme for the system were proposed.
卧式加工中心在早期故障期时，故障率曲线为递减型，间隔时间服从威布尔分布。
The failure curve of the horizontal machine center during the forepart fault is degressive, the internal time is Weibull distribution.
卧式加工中心在早期故障期时，故障率曲线为递减型，间隔时间服从威布尔分布。
The failure curve of the horizontal machine center during the forepart fault is degressive, the internal time is Weibull distribution.
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