1) over-constrained
过度约束
1.
Application of the guided local search method to a class of over-constrained vehicle routing problems;
导引式局部搜索在一类过度约束VRP中的应用
2.
A kind of over-constrained vehicle routing problem is described, in which there has not been any feasible solution because the available vehicles are too limited and the time-windows or other constraints can not be relaxed.
描述了一类过度约束车辆路线问题,其中可用车辆数较少而时间窗口等其它约束又不允许放松,因而导致不存在满足所有约束的可行解。
2) overconstraint
过约束
1.
Study on Analysis and Design of Overconstraints and Self-adjusting Structures for Planar Linkage Mechanisms;
平面连杆机构的过约束及自调结构的分析与设计研究
2.
Based on the analysis of functional structure of a stopper,overconstraints were analyzed by various functional structures in different working stages,according to the self-adaptive structural characteristics of variable structure,variable freedom and internal force closure of stopper.
分析了堵渣机的功能结构,根据堵渣机所具有的变结构、变自由度及内力封闭的自适应结构特征,对其不同工作阶段的不同功能结构的过约束进行分析,提出了含力封闭高副的多杆变结构及变自由度自适应机械系统的自调结构设计的原则与方法,得出了自适应机械的自调结构既能根据内部误差进行自调,又能根据外部工作条件的变化进行自调的重要结论,实际工程应用实践证明了这一点。
3.
The paper analyzed non-overconstraint structure,freedom degree s configuration of the series Watt type six-bar mechanism,self-adjusting and the permissible errors under the configuration.
分析了串联watt型六杆机构的无过约束结构、自由度配置及在此配置下的自调与允差。
3) overconstraints
过约束
1.
There are more overconstraints in the mechanism.
由于该执行机构中存在过多的过约束,导致该机构安装困难及工作过程中零件的严重磨损。
4) overload constraint
过载约束
1.
An approach to the optimized reentry-trajectory design of lift-body under aerodynamic overload constraint was proposed.
研究了升力体航天器再入大气层的弹道优化设计问题,提出了过载约束条件下再入弹道的优化设计思路,给出了最优弹道随高度变化的绕速度轴滚转角大小的计算方法。
5) over-constraint
过约束
1.
The number of over-constraint and its bad effects within 3-ZZ(ZRZZ)RR planar parallel mechanism were analyzed.
分析了平面3-RRR三自由度并联机构中存在的过约束及其有害影响,详细讨论了在保证3-RRR并联机构平面运动特性的情况下无过约束自调结构的设计问题,得出了几种新的平面三自由度并联机构运动副配置方案,深入分析了2-RCS-RRR结构的自调特性。
2.
For seeking a simple, regular, and widely realizing self-adjusting designing way, this article uses approach of the follow text to design no over-constraint and self-adjusting mechanism.
为了寻求简单、规律性强以及能全面使机构实现自调的设计方法,文章借鉴了平面连杆机构自调结构组的策略与方法,提出了行星结构集的概念与划分原则,并对其进行约束与自由度分析,设计出无过约束的自调结构集。
3.
Based on the idea and method of Engineering Robust Design, and with the application of general constraint and the standpoint that uncertainty of plane constraint exists abroad in plane closed chain mechanism as well, this paper makes a detailed analysis for the over-constraint cases of function gener.
本文引入稳健设计的思路与策略,运用"广义约束"和"平面闭链机构中普遍存在平面约束不确定的观点"对函数发生机构的过约束情况进行了详细的分析。
6) over constraint
过约束
1.
This paper introduces a method which uses geometry reasoning & degrees of freedom calculating based on constraint driven to solve the problem of checking over constraint & under constraint.
采用基于约束驱动的几何推理和自由度计算方法，设计了约束检查策略与算法，解决了过约束与欠约束检查问题。
2.
The main task of mechanical analyses on over constraint mechanism is the solution of the compatibility equation of distortion, but it is difficult to obtain the solution directly because its direct kinematics is not completely established.
提出利用运动约束关系来间接求解过约束并联机构变形协调方程。
3.
It makes the sketch not always complete constraint,but from under constraint to over constraint.
设计者在设计的初始阶段,通常是在草图上不断的添加相关的几何约束,这往往造成设计的草图不总是完整约束的,而是由欠约束到过约束的过程。
补充资料：阿弥陀三耶三佛萨楼佛檀过度人道经
【阿弥陀三耶三佛萨楼佛檀过度人道经】
（经名）佛说诸佛阿弥陀三耶三佛萨楼佛檀过度人道经，二卷，吴支谦译。与佛说无量寿经同本异译。外题略名佛说阿弥陀经，坊本表题曰：大阿弥陀经，三耶三佛萨楼佛檀为如来之尊号，过度是济度之义，此经说阿弥陀如来济度人道者。
（经名）佛说诸佛阿弥陀三耶三佛萨楼佛檀过度人道经，二卷，吴支谦译。与佛说无量寿经同本异译。外题略名佛说阿弥陀经，坊本表题曰：大阿弥陀经，三耶三佛萨楼佛檀为如来之尊号，过度是济度之义，此经说阿弥陀如来济度人道者。
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