Roller clutch for stator assembly

Claim 2

A torque converter stator assembly, comprising, a stator having a central cylindrical hub with an end wall and a retention groove, a pair of clutch races disposed coaxially within said hub with a predetermined radial spacing therebetween, an integrally molded cage unit including a front race retention wall, said cage unit retention wall having a flexible retention means engageable with said retention groove to prevent said races from moving away from said end wall within said hub, said cage unit retention wall further having an evenly spaced plurality of windows arrayed in a circle and opening axially therethrough into said radial space, said windows having a radial width less than said predetermined radial spacing, said cage unit further including a plurality of journal blocks extending axially inwardly from said retention wall between said windows, said journal blocks having a redial thickness approximately equal to said predetermined radial spacing, said cage unit further including a circular end ring disposed parallel to and axially spaced from said retention wall and integral with said journal blocks so as to form a plurality of pockets, said end ring further occupying only radial space unoccupied by said windows, so that said cage unit may be bypass molded, and, a roller and energizing spring located in each of said pockets, whereby, said cage unit, rollers and springs may be installed as a subassembly between said races, after which said windows provide direct visual access to said rollers and springs.

Claim 3

In a torque converter stator assembly having a central cylindrical hub with an end wall and a retention groove, and also having a pair of clutch races disposed coaxially within said hub with a predetermined radial space therebetween, and a plurality of rollers and energizing springs disposable within said radial space, the improvement comprising, an integrally molded roller clutch cage unit including a front race retention wall, said cage unit retention wall having a flexible retention means engageable with said hub retention groove to prevent said races from moving away from said end wall in said hub, said cage unit retention wall further having an evenly spaced plurality of windows arrayed in a circle and opening axially therethrough into said radial space said windows having a radial width less than the diameter of said rollers, said cage unit further including a plurality of journal blocks extending axially inwardly from said retention wall between said windows, said journal blocks having a radial thickness approximately equal to said predetermined radial spacing, said cage unit further including a circular end ring disposed parallel to and axially spaced from said retention wall and integral with said journal blocks so as to form a plurality of pockets for said rollers and springs, said end ring further occupying only radial space unoccupied by said windows, so that said cage unit may be bypass molded, whereby, said cage unit, rollers and springs may be installed as a subassembly between said races, after which said windows provide direct visual access to said rollers and springs.

Claim 4

In a torque converter stator assembly having a central cylindrical hub with an end wall and a retention groove, and also having a pair of clutch races disposed coaxially within said hub with a predetermined radial space therebetween, and a plurality of rollers and energizing springs disposable within said radial space, the improvement comprising, an integrally molded roller clutch cage unit including a front race retention wall, said cage unit retention wall having a flexible retention means engageable with said hub retention groove to prevent said races from moving away from said end wall in said hub, said cage unit retention wall further having an evenly spaced plurality of windows arrayed in a circle and opening axially therethrough into said radial space said windows having a radial width less than the diameter of said rollers, said cage unit further including a plurality of journal blocks extending axially inwardly from said retention wall between said windows, said journal blocks having a radial thickness approximately equal to said predetermined radial spacing, said cage unit further including a circular end ring disposed parallel to and axially spaced from said retention wall and integral with said journal blocks so as to form a plurality of pockets for said rollers and springs, said end ring further occupying only radial space unoccupied by said windows, so that said cage unit may be bypass molded, whereby, said cage unit, rollers and springs may be installed as a subassembly between said races, after which said windows provide direct visual access to said rollers and springs.