摘要:
The invention relates to a rolling element bearing, especially a roller/needle bearing comprising a cage having at least one inner cage and at least one outer supporting cage that comprise windows (3) adapted to the rolling elements (8), with edges (4) connecting a plurality of windows (3), and cross struts, in which the rolling elements (8) are guided and secured from falling out. According to the invention, either the inner cage and the supporting cage are embodied as a slotted inner cage ring and/or a slotted supporting cage ring that can be fixed to each other on the ends, or the inner cage and the supporting cage are embodied as inner cage shells and/or supporting cage shells that can be fixed to each other on the ends.
摘要:
The invention relates to a bearing ring, consisting of a ring element having at least two grooves which extend from one axial side to the other axial side of the ring element and form predetermined breaking lines for cracking the ring element. According to the invention, the ring element is in the form of a sleeve (4) produced by deep-drawing, wherein the grooves are also machined in during the deep-drawing of the sleeve (4).
摘要:
The invention relates to an unbalanced shaft for compensating for mass forces and/or mass moments of an internal combustion engine (1), having an unbalanced segment (8), the center of mass of which extends eccentric to the axis of rotation (11) of the unbalanced shaft (6) for generating the shaft imbalance (7), a bearing segment (9) adjacent to the unbalanced segment, and a bearing race (10) joined thereto, the outer surface (13) of which serves as a race for the rolling elements of a roller bearing rotationally supporting the unbalanced shaft, and the inner surface (12) of which retracts radially relative to the outer circumscribed circle (14) of the unbalanced segment in a bearing circumference region running in the direction of the imbalance. In order to assemble the bearing race on the bearing segment, the following geometric relationships are provided: (i) d2 > d1, (ii) e > 1/2 (d2 - d1), (iii) e