Abstract: An oil control device inhibits the flow of oil along a shaft (8) rotating about an axis. The oil control device comprises an annular body (19) for rotation with said shaft (8) and includes a first face (30) extending generally radially from said axis. A second radially outer circumferential surface (40) is provided, extending generally axially. An oil slinging groove (32) extends into said body (19) and has a mouth (37) defined between a first circumferentially extending rim (38) and a second circumferentially extending rim (39). The second rim (39) is spaced both radially and axially from the first rim (38). The groove (32) is defined at least in part by a wall (34) which meets the first rim (38) at an acute angle to a radial plane. The groove (32) is also defined at least in part by a wall (35) which meets the second rim (39) at an acute angle to the direction of the axis.

Abstract: An oil control device inhibits the flow of oil along a shaft (8) rotating about an axis. The oil control device comprises an annular body (19) for rotation with said shaft (8) and includes a first face (30) extending generally radially from said axis. A second radially outer circumferential surface (40) is provided, extending generally axially. An oil slinging groove (32) extends into said body (19) and has a mouth (37) defined between a first circumferentially extending rim (38) and a second circumferentially extending rim (39). The second rim (39) is spaced both radially and axially from the first rim (38). The groove (32) is defined at least in part by a wall (34) which meets the first rim (38) at an acute angle to a radial plane. The groove (32) is also defined at least in part by a wall (35) which meets the second rim (39) at an acute angle to the direction of the axis.

Abstract: The invention relates to a method of constructing a flat woven light-weight fabric and the use of this fabric for the production of a seat cover. The method comprises the steps of selecting a flat woven heavy-weight fabric having a weight of 260 to 340 g/m2, said heavy-weight fabric showing a decorative pattern; determining the warp and weft yarn titer, the warp and weft density of said heavy-weight fabric; modelling different weave designs by systematically decreasing the warp yarn titer, the weft yarn titer, the warp density and/or the weft density in the weave design program; comparing each of the obtained weave designs with the pattern of the heavy-weight fabric and selecting that weave design which shows the same decorative pattern as the heavy-weight fabric and which has a weight being at least 20% lower than that of the heavy-weight fabric; and weaving a fabric accordingly.