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在许多工业部门内,广泛使用带有线性振动容器的单坐标振动机.由于工作介质的颗粒在容器密封体积内有相当大的移动速度,以及容器有较大的振幅(达30mm以上),所以特别适用于对钢件的磨削和抛光工序,也能成功地用于强化工序。但是,单坐标振动机存在着工作介质与被加工零件在容器内相互作用时间间隔短的缺点。即在许多情况下仅有半个振动周期。其余时间是工作介质集聚在容器的底部或顶盖上,与容器一起动作。图1推荐的振动机能使工作介质对零件的作用时间增加50％～70％。它是靠容器上相对于侧壁配置了
In many industrial sectors, single-coordinate vibrators with linear vibrating vessels are widely used, since the particles of the working medium have a considerable rate of movement within the sealed volume of the vessel and the vessel has a large amplitude (up to 30 mm or more) Particularly suitable for steel grinding and polishing processes, but also can be successfully used to strengthen the process. However, the single-coordinate vibrator has the disadvantage that the working medium and the part to be machined have a short time-to-interaction within the container. That is in many cases only half a period of vibration. The rest of the time is the working medium gathered in the bottom of the container or the top cover, with the container together. Figure 1 recommended vibration machine working medium to the role of parts increased by 50% to 70%. It is configured on the container relative to the side wall