首页> 外国专利> EQUIPMENT FOR GRINDING OUTER PERIPHERAL SURFACE OF OUTER RING OF ROLLING BEARING WITH SHAFT

EQUIPMENT FOR GRINDING OUTER PERIPHERAL SURFACE OF OUTER RING OF ROLLING BEARING WITH SHAFT

机译:带轴磨削轴承外圈外圆周表面的设备

摘要

PURPOSE:To grind the outer peripheral surface of the outer ring of a rolling bearing with a shaft without dismantling the bearing or as it is by pushing the outer ring toward the shaft center by means of both a power transmission wheel and a pusher roll and then bringing a grinding wheel in contact with the counter periphery of the outer ring in said pushing direction. CONSTITUTION:A shaft 1 is fixed by center-supports. With suitable pressure-contact force, both a power transmission wheel 17 and a pusher roll 18 are pushed to the outer peripheral surface of an outer ring 3, during which time the ring 3 is ground as it is being turned. At this time, resultant force A, whose components consist of the pressure-contact force and the turning force of the transmission wheel 17, is produced at the top of the outer ring 3, while pressure contact force B of the pusher roll 18 acts at the front bottom, thereof and resultant force C consisting of pushing force and turning force of grinding wheel 19 is produced at the front face of the ring 3. As a result, the total resultant force D consisting of the force A, B, and C acts on the contact point between the grinding wheel 19 and the outer peripheral surface 3b of the outer ring 3 in nearly a fixed direction thereby making the radial clearance between a rolling body 4 and the track-surface 2a or 3a of the outer or inner ring, respectively, zero. As a result, this grinding work is equivalent to that based on the shaft center. Accordingly, the outer ring 3 can be ground as it is.
机译:用途:在不拆卸轴承的情况下,通过磨削带有轴承的滚动轴承外圈的外周表面,或者直接通过动力传递轮和推辊将外圈推向轴心,然后使砂轮在所述推动方向上与外圈的相对外围接触。组成:轴1由中心支撑固定。在适当的压力接触力的作用下,动力传递轮17和推辊18都被推到外环3的外周表面上,在此期间,环3在旋转时被磨削。此时,在外圈3的顶部产生由分压力和传动轮17的转动力组成的合力A,而推压辊18的分压力B作用于外圈3的顶部。在环3的前表面产生其前底部,以及由砂轮19的推力和转动力组成的合力C。结果,由力A,B和C组成的总合力D作用在砂轮19和外圈3的外圆周表面3b之间的接触点几乎在固定的方向上,从而在滚动体4和外圈或内圈的轨道表面2a或3a之间形成径向间隙分别为零。结果,这种磨削工作等同于基于轴心的磨削工作。因此,外圈3可以原样被研磨。

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