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目前国内研制的离心滚光机,均以“运动学”为理论基础,导致了滚抛效率低且加工质量不稳定。为此,我厂建立了以“动力学”为基础的新理论,试制了BC-80型离心滚光机,用于加工手表齿轮等零件,达到了优质、高产、低消耗、高效益的目的.今简述如下。一、以“动力学”为基础的新滚抛理论我厂研制小组认为,滚抛过程要以动力学的观点分析。滚抛的实质是由零件摩擦运动及受力状态所决定的。高速公转产生的惯性离心力,构成了工件和磨料之间强大的
Currently developed centrifugal roller machine, are based on “kinematics” as the theoretical basis, resulting in the low efficiency of roller throwing and processing quality is not stable. To this end, I plant the establishment of a “kinetic” -based new theory, trial production of the BC-80-type centrifugal roller machine for the processing of gears and other watch parts, to achieve high-quality, high yield, low consumption and high efficiency purposes This is briefed below. First, the “kinetics” based on the new theory of roller throwing I plant research team believes that the roller throwing process to kinetic point of view. The essence of roller throwing is determined by the frictional movement of the part and the state of stress. Inertial centrifugal force generated by high speed, form the workpiece and the strong between the abrasive