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    • 10. 发明申请
    • Self-locking structure of split roller bearing cage
    • 分体滚子轴承保持架的自锁结构
    • US20060204159A1
    • 2006-09-14
    • US11180517
    • 2005-07-14
    • Suk Yoon
    • Suk Yoon
    • F16C33/46F16C33/48
    • F16C33/504F16C19/26F16C33/4617F16C2226/74
    • A self-locking structure of a split roller bearing cage includes recesses, locker plates and locking projections. The recesses are defined in outer circumferential surfaces of opposite joint ends of two semicircular split roller bearing cage half-parts along horizontally inscribed tangential lines, that meet an outer circumference of the annular split roller bearing cage and intersect perpendicular with a split center axis of the annular split roller bearing cage. Recesses have widths and depths suitable to receive locker plates. The locker plates are horizontally attached to bottoms of the recesses defined in opposite joint ends of one of the cage half-parts. Locking projections are formed at bottoms of other recesses defined in opposite joint ends of the other cage half-parts to be coupled with respective locker plates. The two cage half-parts are aligned and engaged at their joint ends, forming a full circle. The locker plates can be automatically coupled to the locking projections.
    • 分离滚子轴承保持架的自锁结构包括凹槽,储物柜和锁定突起。 凹槽被限定在沿着水平内切切线的两个半圆形分离滚子轴承保持器半部的相对接合端的外圆周表面中,其与环形分隔滚子轴承保持架的外周相交并且垂直于 环形分离滚子轴承保持架。 凹槽具有适合接收储物柜的宽度和深度。 储物柜水平地附接到限定在笼半部分之一的相对接合端部中的凹部的底部。 锁定突起形成在限定在另一个半壳体的相对接合端部中的其它凹部的底部,以与相应的更换板联接。 两个笼半部分在其接合端对齐并接合,形成一个整圆。 储物柜可以自动地联接到锁定突起。