Radial roller bearing arrangement, in particular for a needle bushing

1. A radial roller bearing for a needle bushing, the radial roller bearing comprising:

an uncut outer ring that can be placed in a bore of a housing, the outer ring comprising a single, unitary ring member comprising a first and second axial side, and an inner and outer circumferential surface, wherein the outer ring includes (a) on the first axial side, a radially inward-pointing fixed rim, (b) at least one retaining projection, and (c) on the second axial side, a radially inward-pointing flanged rim; and

a needle roller and cage assembly that is placed inside of and surrounded by the outer ring and that is composed of a needle cage having a plurality of bearing needles guided therein in a circumferential direction with uniform spacing, where the plurality of bearing rollers roll on the inner circumferential surface of the outer ring and on an outer circumferential surface of either a shaft that is to be supported or a separate inner ring,

wherein the at least one retaining projection is in at least one circumferential location of the needle bushing, and engages the housing as an anti-rotation feature of the outer ring, and

the at least one retaining projection is located on an inner diameter of the fixed rim formed on the first axial side of the outer ring, so that the outer ring can be implemented with the radially inward-pointing flanged rim on the second axial side of the outer ring, and the radially inward-pointing flanged ring can be formed after insertion of the needle roller and cage assembly to hold the needle roller and cage assembly in the outer ring.

2. The radial roller bearing according to claim 1 , further comprising two retaining projections located offset 180° from one another, said two retaining projections being formed on the inner diameter of the fixed rim, such that the retaining projections are formed on the first axial side of the outer ring, and said two retaining portions extending axially away from the fixed rim.

3. The radial roller bearing according to claim 2 , wherein the two retaining projections have a rectangular shape and are formed without cutting on the fixed rim of the outer ring at the same time that the outer ring is formed.

4. The radial roller bearing according to claim 3 , wherein the retaining projections provide an anti-rotation feature for the outer ring in operative connection with two locating bores located in the bore of the housing opposite the retaining projections.

5. The radial roller bearing according to claim 1 , wherein the flanged rim retaining the needle roller and cage assembly in the outer ring has a cross-section that is smaller than that of the fixed rim.

6. The radial roller bearing according to claim 5 , wherein the cross-section of the flanged rim is produced without cutting by roll forming and the flanged rim is flanged inwardly into its radially inward-pointing position by roll flanging.