Non-rotating bushing

Claim 2

A non-rotating sleeve type bushing, said bushing including, in combination, a sleeve, said sleeve having an exterior surface formed and adapted to be received in a suitable receptacle, such as a bearing housing, and an interior surface formed and adapted to receive a rotating member, and a flange member, said flange member being integral with the sleeve, at least one protion of said flange member extending outwardly from the central axis of the sleeve to a point located radially outwardly beyond the exterior surface of the radially adjacent portion of said sleeve, said flange member having a continuous, smooth curve perimeter, and being characterized in that, with respect to the axis of the sleeve, the radial distance between the exterior surface of the sleeve and the perimeter of the flange continuously increases from each point of least radial distance between the exterior surface of the sleeve and the perimeter of the flange member to the point of maximum radial distance between the exterior surface of the sleeve and the perimeter of the flange along at least a substantial portion of the two arcs defined between the aforesaid points of least radial distance to the maximum radial distance whereby a shearing resistance will be induced in those portions of the flange member corresponding to the aforesaid arcs in response to forces applied to said bushing in a direction tending to cause the bushing to rotate with respect to a receptacle within which it is received.

Claim 3

The non-rotating sleeve type bushing of claim 1 further characterized in that said flange member is located at one end of the sleeve.

Claim 4

The non-rotating sleeve type bushing of claim 1 further characterized in that said flange member is located intermediate the ends of the sleeve.

Claim 5

The non-rotating sleeve type bushing of claim 1 further characterized in that the flange member includes a portion thereof, at least, having a circular configuration, one point on said circular configuration protion of said flange member being co-extensive with a point lying on the outline of the periphery of the exterior surface of said sleeve.

Claim 6

The non-rotating sleeve type bushing of claim 1 further characterized in that all portions of the periphery of said flange member are disposed radially outwardly from the central axis of the sleeve a distance greater than any point lying on the outline of the periphery of the exterior surface of the sleeve.

Claim 7

The non-rotating sleeve type bushing of claim 1 further characterized in that the periphery of said flange member is formed from a smooth, continuous line.

Claim 8

The non-rotating sleeve type bushing of claim 6 further characterized in that the periphery of said flange member is circular in configuration.

Claim 9

The non-rotating sleeve type bushing of claim 7 further characterized in that at least one point on said circular configuration portion of said flange member is co-extensive with a point lying on the outline of the periphyer of the exterior surface of said sleeve.

Claim 10

The non-rotating sleeve type bushing of claim 1 further characterized in that the periphery of said flange member is formed from an irregular, continuous line.

Claim 11

The non-rotating sleeve type bushing of claim 9 further characterized in that the periphery of said flange member is formed from a pair of overlapping circles which are struck about centers offset from one another, at least one of said centers being offset from the central axis of the sleeve.

Claim 12

In a non-rotating sleeve type bushing assembly, the combination of a sleeve, said sleeve having an exterior surface formed and adapted to be received in a suitable receptacle, such as a bearing housing, and an interior surface formed and adapted to receive a rotating member, and a flange member, said flange member being integral with the sleeve, at least one portion of said flange member extending outwardly from the central axis of the sleeve to a point located radially outwardly beyond the exterior surface of the radially adjacent portion of said sleeve, said flange member having a continuous, smooth curve perimeter, and being characterized in that, with respect to the axis of the sleeve, the radial distance between the exterior surface of the sleeve and the perimeter of the flange continuously increases from each point of least radial distance between the exterior surface of the sleeve and the perimeter of the flange member to the point of maximum radial distance between the exterior surface of the sleeve and the perimeter of the flange along at least a substantial portion of the two arcs defined between the aforesaid points of least radial distance to the maximum radial distance whereby a shearing resistance will be induced in those portions of the flange member corresponding to the aforesaid arcs in response to forces applied to said bushing in a dirction tending to cause the bushing to rotate with respect to a receptacle within which it is received, and a bearing housing, said bearing housing having a first portion formed and adapted to receive said sleeve portion, and a second portion, said second portion being contoured substantially complementarily to said flange member, the complementarily contour of said second, sleeve receiving portion being so disposed as to snuggly receive and hold said flange member, and thereby said sleeve, in non-rotatable relationship with respect to said bearing housing at at least a plurality of points about the periphery of the flange member.

Claim 13

In a non-rotating sleeve type bushing assembly, the combination of a sleeve, said sleeve having an exterior surface formed and adapted to be received in a suitable receptacle, such as a bearing housing, and an interior surface formed and adapted to receive a rotating member, and a flange member, said flange member being integral with the sleeve, at least one portion of said flange member extending outwardly from the central axis of the sleeve to a point located radially outwardly beyond the exterior surface of the radially adjacent portion of said sleeve, said flange member having a continuous, smooth curve perimeter, and being characterized in that, with respect to the axis of the sleeve, the radial distance between the exterior surface of the sleeve and the perimeter of the flange continuously increases from each point of least radial distance between the exterior surface of the sleeve and the perimeter of the flange member to the point of maximum radial distance between the exterior surface of the sleeve and the perimeter of the flange along at least a substantial portion of the two arcs defined between the aforesaid points of least radial distance to the maximum radial distance whereby a shearing resistance will be induced in those portions of the flange member corresponding to the aforesaid arcs in response to forces applied to said bushing in a dirction tending to cause the bushing to rotate with respect to a receptacle within which it is received, and a bearing housing, said bearing housing having a first portion formed and adapted to receive said sleeve portion, and a second portion, said second portion being contoured substantially complementarily to said flange member, the complementarily contour of said second, sleeve receiving portion being so disposed as to snuggly receive and hold said flange member, and thereby said sleeve, in non-rotatable relationship with respect to said bearing housing at at least a plurality of points about the periphery of the flange member.