Removable bearing cover
A bearing cover is provided for attachment relative to a bearing assembly. The cover includes a flange and a magnet associated with the flange. The magnet is configured to removably retain the bearing cover relative to the bearing assembly.
1. A mechanism comprising:
a shaft;
a bearing assembly rotatably supporting the shaft, with the shaft projecting outwardly from the bearing assembly along an axis to present a shaft end having an axially endmost shaft margin; and
a bearing cover removably attached relative to the bearing assembly, said bearing cover including:
a flange,
an outer wall spaced axially outwardly from said flange,
an at least substantially continuous side wall extending between and interconnecting the outer wall and the flange, and
a magnet associated with the flange,
said side wall and the outer wall at least in part cooperatively defining an interior space,
said shaft end being received in the interior space such that the endmost shaft margin is positioned in the interior space,
said magnet removably retaining the bearing cover relative to the bearing assembly such that the bearing assembly is at least in part covered by the bearing cover,
said bearing cover comprising a non-magnetizable material,
said bearing cover further comprising metal particles embedded in the material,
said particles being dispersed throughout the bearing cover so that the bearing cover or a separated portion of the bearing cover is detectable by a metal detector.
2. The mechanism as claimed in claim 1 ,
said magnet being embedded in the flange.
3. The mechanism as claimed in claim 2 ,
said magnet including a plurality of magnets spaced evenly about the flange.
4. The mechanism as claimed in claim 1 ,
said side wall being at least substantially cylindrical,
said outer wall being at least substantially circular,
said flange being at least substantially annular.
5. The mechanism as claimed in claim 1 ,
said bearing assembly including a shaft component fixed to the shaft for rotational movement therewith,
said bearing assembly including a stationary bearing housing that supports the shaft component,
said flange engaging the bearing housing.
6. The mechanism as claimed in claim 5 ,
said bearing housing defining a fastener-receiving opening therethrough,
said flange defining a fastener-accommodating slot therein,
said fastener-accommodating slot and said fastener-receiving opening being at least substantially aligned,
said mechanism further comprising a fastener at least in part extending through the fastener-accommodating slot and the fastener-receiving opening.
7. The mechanism as claimed in claim 5 ,
said shaft component being at least substantially received within the interior space.
8. The mechanism as claimed in claim 1 ,
said outer wall being immediately adjacent the endmost shaft margin.
9. The mechanism as claimed in claim 1 ,
said cover comprising plastic.
10. The mechanism as claimed in claim 1 ,
said magnet being a rare earth magnet.
11. The mechanism as claimed in claim 10 ,
said magnet being a neodymium magnet.