Axial one way clutch with an axial spacer
View Patent ↗A one-way clutch including a first radially disposed plate having at least one tab extending radially outward, and having a receiving feature or an axial protrusion; a second radially disposed plate including the other of the receiving feature or the axial protrusion; and a spacing element with at least one segment circumferentially interleaved with the at least one tab. One of the spacing element or the second plate is arranged for connection to a torque transmitting element in an automotive device, the at least one segment forms a mechanical path between first and second axial ends of the clutch, and the receiving feature and protrusion are lockingly engageable for relative rotation of the first and second plates in a first direction.
1. A stator, comprising:
a blade assembly including a plurality of blades; and,
a one-way clutch, including:
a first radially disposed plate having at least one tab extending radially outward, having one of a receiving feature and an axial protrusion;
a second radially disposed plate including the other of said receiving feature and said axial protrusion;
a spacing element with a radially disposed segment with at least one spacer tab extending axially from said radially disposed segment and interleaved with said at least one tab to rotationally connect said first plate and said spacer element; and,
respective rotational interface elements, wherein the entire first plate is disposed, in an axial direction, between the second plate and the spacing element, wherein said spacing element is connected to the blade, wherein said at least one spacer tab comprises a mechanical path between first and second axial ends of said clutch, wherein said receiving feature and protrusion are lockingly engageable for relative rotation of said first and second plates in a first direction, wherein the respective rotational interface elements are engaged with said first and second axial ends and axially aligned with said mechanical path, and wherein the first plate is axially displaceable with respect to the spacing element.
2. The stator of claim 1 wherein said spacing element comprises at least one connection tab extending radially outward and connected to said blade assembly and wherein said second plate comprises a hub arranged for connection to a stator shaft.
3. The stator of claim 1 further comprising a resilient element arranged to bias one of said first and second plates axially toward the other of said first and second plates.
4. A stator, comprising:
a blade assembly including a plurality of blades;
a first radially disposed plate having at least one tab extending radially outward, and having one of a receiving feature and an axial protrusion;
a second radially disposed plate including the other of said receiving feature and said axial protrusion; and,
a spacing element with an annular segment with at least one notch disposed on an inner circumference of said annular segment, wherein said at least one tab is disposed in said at least one notch, wherein the first plate is axially displaceable with respect to the spacing element, wherein the entire first plate is disposed, in a radial direction, between the second plate and the spacing element, wherein said spacing element is connected to the blade assembly, wherein respective circumferential segments between said at least one notch comprise a mechanical path between first and second axial ends of said clutch, and wherein said receiving feature and protrusion are lockingly engageable for relative rotation of said first and second plates in a first direction.
5. The stator of claim 4 wherein said annular segment comprises at least one attachment feature disposed about an outer circumference for said annular segment and connected to the blade assembly and wherein said second plate comprises a hub arranged for connection to a stator shaft.
6. The stator of claim 5 further comprising respective rotational interface elements engaged with said first and second axial ends and axially aligned with said mechanical path.
7. The stator of claim 5 further comprising a resilient element arranged to bias one of said first and second plates axially toward the other of said first and second plates.
8. A stator in a torque converter, comprising:
a first blade assembly including a first side plate and a first plurality of blades connected to the first side plate;
a second blade assembly including a second side plate and a second plurality of blades connected to the second side plate;
a radially disposed plate rotatable about an axis for said clutch, having at least one tab extending radially outward, and having one of a receiving feature and an axial protrusion;
a hub arranged for connection to a stator shaft and including the other of said receiving feature and said axial protrusion; and,
a spacing element with a radially disposed segment, in contact with a first inner circumferential portion, and with at least one spacer tab extending axially from said radially disposed segment and including a distal end in contact with a second inner circumferential portion, wherein the at least one spacer tab is interleaved with said at least one tab to rotationally connect said plate and said spacing element, wherein said spacing element is connected to one of the first or second blade assemblies, wherein said at least one spacer tab forms a mechanical path between first and second axial ends of said clutch, and wherein said receiving feature and protrusion are lockingly engageable for rotation of said plate in a first direction.
9. The stator of claim 8 wherein said spacing element comprises at least one connection tab extending radially outward, and said at least one connection tab is connected to said first and second side plates.
10. The stator of claim 8 further comprising respective rotational interface elements engaged with said first and second side plates and arranged to be axially aligned with said mechanical path.