微动

基本解释 (translations)

jiggle  ·  microphonics  ·  jiggled  ·  jiggles  ·  jiggling

词组短语

final motion

与微动相关的网络例句 [注：此内容来源于网络，仅供参考]

It is discovered that metal protectant and polar polymer can reduce fretting wear of complex lithium grease largely by utilizing Fafnir friction oxidation tester investigates fretting wear of complex lithium grease .

用费夫纳摩擦氧化试验机考察复合锂基润滑脂的微动磨损时，发现金属保护剂和极性聚合物可大幅度降低复合锂基脂的微动磨损。

Take an further research,then a key conclusion that the kinematics of the micromanipulator is decoupled can be drawn out. Such a feature could simplify the workload of the control system greatly,and it shall be much superior to those models which exist nowadays.

进一步分析此矩阵，还可以得到该微动机器人是运动解耦的这一重要结论，此特性可大大简化控制工作量，与现今已存在的并联微动机器人模型相比具有很强的优越性。

Taking precise microminiature mechanical systems as assembly objects, the reconfigurable 12 degree of freedom microassembly technology and realization method are systematically proposed, including modules such as 6-DOF macro-robot, 6-DOF precise micromotion worktable, micro gripper integrated micro detection and feedback, and micro pose detection device, and so on.

以精密微小型机械系统为装配对象，提出了可重构12自由度微装配技术和实现方法，具体包括6自由度宏动机器人、6自由度精密微动工作台、集成微力检测与反馈的组合式微夹持器和位姿检测装置等可重构模块。

Results: After a hundred thousand cycles of compression loads, the performing condition of small bone defect, parallel of a fin with force line, press fit implantation and three fins acetabular component fixed with three screws demonstrated a lest micromotion equaling 83 to 96 um.

结果：1、在压力负荷实验，经10万次加载686N压力载荷，采集100次、1000次、1万次、10万次假体微动位移，工况为小骨缺损面积—假体植入后翼与载荷力线平行—紧压配合植入—螺钉固定的三翼臼最为稳定，微动位移为83-96um，疲劳位移为151um。

A category of reconfigurable modular parallel micromanipulators, whose structures are decoupled are proposed.

针对国内各种结构并联微动机器人结构复杂、不易标定等问题，提出了一类新型的结构解耦可重组模块化并联微动机器人。

In this paper,taking microswitch as type mechanism of openable closed electromechanical components,on basis of constructing it s finite element model of the quick acting mechanism s static dynamic process and contact system s electrical contact process.

以微动开关作为机电元件的典型代表，通过构造其速动机构静态、动态全过程和接触系统全过程有限元模型，并以动态模型为桥梁，将静、动态过程与电接触过程这三类不同问题联为一体，构造了综合模型，仍以AK型微动开关为例，给出了计算机模拟的综合实

It is a significantly important for studies of composite fretting to palliate complex fretting damages in actual engineering applications.

复合微动的研究对减缓工程实际中复杂形式的微动损伤具有重要意义。

Abstract］ objective to provide the experience on treatment with the internal fixation to the fractures combined with/without dislocation on peripheral amphiarthrodial joint.methods from january 2000 to january 2005,62 cases were follow-up visited and evaluated on imageology,imaging,joint function and complication,et al.results serveral problems were observed on these cases.first,when the internal fixation were pulled out,some of the patients were observed the disturbance,even loss on joint function,and their quality of life were limmited.second,some internal fixations had been broken before they were pull out.conclusion we should sufficiently allow for not only the stabilization and the union of the fracture,but also degrade the complication to minimum limit and maximally recover the joint function.

目的 通过对微动关节周围骨折和合并关节脱位的内固定治疗后的疗效分析，进而为临床治疗提供经验。方法对2000年1月～2005年1月期间62例患者进行随访，并从影像学及关节功能、并发症等方面进行评估。结果治疗该类创伤病例存在着以下几个问题：（1）部分患者的关节功能在内固定解除术后，存在着不同程度的功能障碍，甚至丧失而影响到患者的生活质量。（2）并发内固定断裂情况时有发生。结论治疗微动关节周围骨折尤其在合并有关节脱位时，应充分考虑到既要修复因创伤引起的骨折使其愈合并使该关节稳定，又应该最大限度地恢复关节功能，并将并发症降低到最小限度。

It illuminated that the TiN coating enhanced the load bearing capacity, and enlarged the using range of substrate material. MoS2 coating and TiN+ MoS2 composite coating both possessed the good capability for palliating radial fretting damage. The microslip increased in radial fretting when the solid lubrication coating was used on the contact interfaces. More system energy can be absorbed in this process in favor of reducing vibration.

TiN 涂层明显提高了基体材料的承载能力，扩大了其应用范围； MoS2涂层和 TiN+ MoS2复合涂层具有较好的抗径向微动损伤能力；固体润滑涂层增加了径向微动界面的微滑，并可吸收更多的系统能量，有利于系统的减振。

First, the theory of fretting wear and studies on fretting fatigue were introduced and the parametric method was used in the process of creating the model of dovetail joints in UG software. The elastic contact problem is analyzed in finite element method and is used to the parameters' distribution and contact stress of the joint are obtained on the base of ANSYS code. With the effect factor of load frequency, the prediction method of fretting fatigue life of dovetail joint under low and high/low cycle complex load is proposed. The proposed model and the approach were verified by experiments.

本文介绍了微动损伤的机理和微动疲劳寿命的研究方法；利用UG软件对燕尾榫联接结构创建了参数化实体模型；基于ANSYS软件平台求解弹性接触问题，获得了榫联接结构接触应力及接触状态量的分布；在已有微动疲劳寿命预测模型的基础上，引入载荷频率影响因子，对低周、高低周复合载荷作用下的燕尾榫联接结构进行了微动疲劳寿命的预测，与试验结果对比表明采用本文提出的方法预测榫联接结构的微动疲劳寿命是有效的。

与微动相关的网络解释 [注：此内容来源于网络，仅供参考]

micromotion manipulator：微动机器人

宏-微机器人:macro manipulator | 微动机器人:micromotion manipulator | 并联机械手:Parallel Manipulator

micromotion unit：微动装置

micromotion study 微动作研究,细微动作研究,分解动作研究 | micromotion unit 微动装置 | micromotor 微型电动机

slow motion screw：微动螺旋

微动旋钮 slow motion knob | 微动螺旋 slow motion screw | 慢速转换频道 slow switching channel

statoscope：自记微气压计,微动气压计

statometer 眼球突出计 | statoscope 自记微气压计,微动气压计 | status 状况,地位

statoscope：微动气压器

statoscope 微动气压计 | statoscope 微动气压器 | statue 塑像

amphiarthrodial：微动关节的

微动关节amphiarthrosis | 微动关节的amphiarthrodial | 微动脉造影术microangiography

fretting：微动磨损

(6)微动磨损(fretting) 两接触表面作微振幅重复摆动所引起的磨损. 微动磨损是一种微动疲劳与微动腐蚀并存的复合式磨损. (7)轻微磨损(mild wear) 磨屑非常细小的磨损. 有时用来表示弹性接触下的磨损.

microdrive：微驱动,微动

microcontroller 微控制器 | microdrive 微驱动,微动 | microfarad 微法拉

inching feature：点动,微动

inching button 点动按钮 | inching feature 点动,微动 | inching switch 点动开关

micrometer screw：微动螺钉

micrometer microscope 测微显微镜 | micrometer screw 微动螺钉 | micromotor 微型电动机