开闭牙机构的运动对递纸机构的工作过程有重要影响。
The motion of the gripper opening and closing mechanism takes an important play on the working process of the paper transferring mechanism.
为了了解递纸机构的动态特性，建立了递纸机构实验台。
In order to know the Kinetic characteristic of a paper-transferring mechanism, an experimental device is built.
研究结果可用于其他递纸机构或复杂凸轮连杆机构的设计。
This result can be used in the designing process of other paper transferring mechanisms or complicated CAM link mechanisms.
它的轮廓线形状及廓形制造误差会直接影响递纸机构的工作性能。
The profile shape and profile errors of the cam will directly affect the sheet transfer mechanism performance that it is necessary to study.
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。
At present, the paper transfer mechanisms which are used widely at home and abroad include swinging gripper mechanism, rotary transfer mechanism and so on.
胶印机的印刷速度、套准精度以及印品的质量与机器上采用的递纸机构密切相关。
The press speed, registration accuracy and product quality relate to the mechanism of sheet transfer closely.
通过对某型号胶印机的递纸机构进行运动分析，验证了所建立数学模型的正确性。
The cam profile equation is derived in this paper. It is proved to be true for sheet fed offset presses practically.
递纸机构的结构设计、制造精度、运动和动力学特性将直接关系到印刷机的印刷速度和套印精度。
The mechanism design, manufacture precision and dynamical characteristic of paper delivery system directly affect the printing speed and precision.
偏心摆动式递纸机构在胶印机中应用非常广泛。其中，递纸凸轮是递纸机构中精度要求最高的零件。
The eccentric swing paper transfer mechanism was widely used in offset press, and the paper transfer CAM is in the highest accuracy requirements in paper transfer mechanism.
根据模糊决策的理论，建立了模糊综合评判模型，将该模型用于选择摆动式递纸机构的运动规律，并通过具体使用要求的算例验证了该模型。
Established fuzzy synthesis appraising model according to theory of fuzzy decision, the choice of the Law of follower motion for Swing transfer mechanism has been applied with this model.
根据模糊决策的理论，建立了模糊综合评判模型，将该模型用于选择摆动式递纸机构的运动规律，并通过具体使用要求的算例验证了该模型。
Established fuzzy synthesis appraising model according to theory of fuzzy decision, the choice of the Law of follower motion for Swing transfer mechanism has been applied with this model.
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