抓爪机构
mechanism───n.机制；原理，途径；进程；机械装置；技巧
gripper───n.夹子，钳子；抓器，抓爪；n.(Gripper)人名；(英)格里珀
antiasthmatic mechanism───平喘机制
astrictive gripper───收敛爪
coping mechanism───应对机制，应付机制
escapement mechanism───[仪]擒纵机构
commitment mechanism───承诺机制
deformation mechanism───变形机理，变形机制
discounting mechanism───贴现机制
At present, the paper transfer mechanisms which are used widely at home and abroad include swinging gripper mechanism, rotary transfer mechanism and so on.───目前国内外胶印机所采用的递纸机构有摆动式递纸机构、旋转式递纸机构等。
This paper aimed at attacking and noise problem of high spot closed gripper mechanism in the running process, and made theoretical analysis and application research.───本文针对高点闭牙机构在工作过程中冲击和噪声大的问题，对机构的动力特性进行了理论分析和应用研究，建立了机构完整的动力特性分析方法。
The proposed methodologies are demonstrated through an example of a compliant gripper mechanism, and the prototype is manufactured to prove the validation of the conceptual design.───以柔性夹钳作为设计实例，证明了所研究方法的有效性，用快速成型技术验证了柔性机构概念设计阶段的合理性。
nonlinear; clearance; dry friction; bond graph; gripper mechanism; similarity; model experiment;───非线性；间隙；干摩擦；键合图；夹持机构；相似；模型实验；
Simulation and Design of Cam of Swinging Gripper Mechanism───摆动式递纸机构凸轮的仿真设计
This paper presents two methods of analysis of gripper mechanism. Compared with the theoretical model, these two methods are proved to be right.
The driving cam outline that accord with the technology demand of gripper mechanism can be designed by simulating the motion law of gripper lever by using a five-order multinomial.
The proposed methodologies are demonstrated through an example of a compliant gripper mechanism, and the prototype is manufactured to prove the validation of the conceptual design.
This paper aimed at attacking and noise problem of high spot closed gripper mechanism in the running process, and made theoretical analysis and application research.
At present, the paper transfer mechanisms which are used widely at home and abroad include swinging gripper mechanism, rotary transfer mechanism and so on.