空间对接机构

空间对接机构对接锁系同步性仿真研究

Study on Synchronization of Space Docking Mechanism 's Docking Lock

空间对接机构缓冲元件吸能分配

Power Dissipation Allocating of Buffer Component in Space Docking Mechanism

采用直接参数识别方法（DPE）由系统的输入、输出数据识别空间对接机构的物理参数：惯量矩阵、阻尼矩阵和刚度系数矩阵。

Nonlinear physical parameters of the docking mechanism-inertial , damping and stiffness matrices , are identified by direct parameter estimate ( DPE ) method with input-output data of the system .

空间对接机构动态特性参数测试的理论与实践

Dynamic Parameter Testing Theory and Applying of the Space Docking Machine

空间对接机构电磁阻尼器参数优化设计研究

Study on Parameter Optimization of electromagnetic brake in space docking mechanisms

空间对接机构结构锁传动原理分析

Analysis on the Transmission Principles of Structural Latches of Docking Mechanisms

空间对接机构太阳外热流的计算与分析

Computation and Analysis of Solar External Heat Flux in the Docking Mechanism

空间对接机构差动式缓冲阻尼系统运动学仿真

Kinematics Simulation of the Differential Cushion Damping System for Space Docking Mechanism

空间对接机构缓冲系统及其运动学建模

Damping Mechanism for Space Docking and Its Kinematics Modeling

空间对接机构结构锁的优化设计

Optimal design for structural lock of spatial docking mechanism

空间对接机构技术及其研制

The Technology Development of Docking Mechanism System

分析了周边式空间对接机构结构锁的执行机构的特点，以及运用现有动力学分析软件解决此问题的困难；

The paper analyzed the characteristics of structural lock performing mechanism of spatial docking system and the difficulties of solving the model of the mechanism through dynamic analysis software on hand .

着重分析空间对接机构差动式缓冲阻尼及传动系统主要组件：丝杠差动组合、齿轮差动组合的机构运动学原理。

This paper studies the mechanism kinematics principle of the main assemblies of the differential cushion damping system for space docking mechanism , including b all-screw differential assemblies , gear differential assemblies .

通过对周边式空间对接机构结构锁的各种方案的分析比较，确定了效率高的滚珠丝杆传动机构作为结构锁的执行机构；

By analyzing and comparing with some design schemes about structural lock of peripheral docking system , the efficient transmission mechanism for the screw of ball bearing is selected as the executive mechanism of structural lock .

针对空间对接机构五自由度动力学实验台转动装置结构简单、质量轻、摩擦力矩小的技术要求，研究了一种四点支撑式转动技术。

According to the technical demand of the rotating equipment of the space docking five-freedom dynamic test table with simple structure , light mass , and low friction torque , a rotating technique of four-point supporting is studied .

给出了空间对接机构的传动缓冲、捕获、连接密封、结构与附件，以及控制等子系统的组成和功能，阐述了对接和分离基本过程，以及其中的备份操作。

The composition and function of driving buffer , capture , joint and sealing , structure and fix , and control subsystems in docking mechanism system were put forward in this paper . The general process of docking and separation and backup measures in operation were also described .

空间实验室尾部对接机构变轨期间热分析研究

Thermal Analysis of Docking Mechanism at the Tail of Space Laboratory During Orbit Changing

变轨高温发动机热辐射对空间站尾部对接机构的热影响

Thermal Effect of Radiation of High-Temperature Engine on Docking Mechanism at Space Station Tail