偏心夹 meaning in English
cam lock
eccentric clamp
Examples
- Machine tools ; spindle noses and face plates with centering taper ; camlock type , accessories ; dimensions
机床.带定心锥的轴头与卡盘.偏心夹型附件.尺寸 - Seal lock mechanism adopts eccentric clamping with fiiiiiiiiiixed axis , whichis availablefor automatic locking and forced compensation
密封锁紧机构是固定轴偏心夹紧，能自动锁紧，强制补偿。 - Directed against this kind of new configuration , the working principle of the walking and holding mechanism of robot and the form of realization were elaborated , and the mechanism of keeping the body a horizontal posture by the eccentric holding mechanism was emphatically analyzed and studied
针对这种新构型，阐述了机器人行走夹持机构的工作原理和实现形式，着重分析研究了偏心夹持机构对保持车体水平姿态的机理。 - Abstract : in view of the application of calculation formulae on clamping force of circular eccentric , this paper presents classification by self - locking degree and corresponding calculation of clamping force . on the basis of analyzing an comparing a - type and b - type eccentrics , it is concluded that the former has an advantage over the latter . and then the reasonableness of the standard eccentricity and tolerances is discussed and some revisions are suggested . this offers a dependable theoretical foundaation for design and application of the device
文摘:针对圆偏心夹紧机构夹紧力计算公式的应用问题，提出了按圆偏心自锁程度不同的分类方式及其相应的夹紧力计算方法；分析比较了a 、 b两类偏心的夹紧特性，得出了前者优于后者的正确结论；讨论了标准偏心轮的偏心距及其公差取值的合理性问题，并提出了相应的修改建议，为正确设计和应用该机构提供了可靠的理论依据。 - In view of the application of calculation formulae on clamping force of circular eccentric , this paper presents classification by self - locking degree and corresponding calculation of clamping force . on the basis of analyzing an comparing a - type and b - type eccentrics , it is concluded that the former has an advantage over the latter . and then the reasonableness of the standard eccentricity and tolerances is discussed and some revisions are suggested . this offers a dependable theoretical foundaation for design and application of the device
针对圆偏心夹紧机构夹紧力计算公式的应用问题，提出了按圆偏心自锁程度不同的分类方式及其相应的夹紧力计算方法；分析比较了a 、 b两类偏心的夹紧特性，得出了前者优于后者的正确结论；讨论了标准偏心轮的偏心距及其公差取值的合理性问题，并提出了相应的修改建议，为正确设计和应用该机构提供了可靠的理论依据。