초록 ▼

A roller bearing cage includes a cylindrical body including a plurality of pocket holes defined within and positioned circumferentially about the cylindrical body. At least a portion of the cylindrical body is hollow. The roller bearing cage further includes a reinforcement structure extending withi

A roller bearing cage includes a cylindrical body including a plurality of pocket holes defined within and positioned circumferentially about the cylindrical body. At least a portion of the cylindrical body is hollow. The roller bearing cage further includes a reinforcement structure extending within the portion of the cylindrical body. The reinforcement structure is configured to provide a stiffening force to the cylindrical body.

대표청구항 ▼

1. A roller bearing cage comprising: a cylindrical body comprising a plurality of pocket holes defined within and positioned circumferentially about said cylindrical body, wherein at least a portion of said cylindrical body is hollow; anda reinforcement structure extending within said portion of sai

1. A roller bearing cage comprising: a cylindrical body comprising a plurality of pocket holes defined within and positioned circumferentially about said cylindrical body, wherein at least a portion of said cylindrical body is hollow; anda reinforcement structure extending within said portion of said cylindrical body, wherein said reinforcement structure is oriented within said portion of said cylindrical body based on directional loading received at different sections of said cylindrical body. 2. The roller bearing cage in accordance with claim 1, wherein said cylindrical body comprises a pair of circumferential side rails and a plurality of web members extending between said pair of circumferential side rails, at least one of said pair of circumferential side rails and said plurality of web members are hollow and configured to receive said reinforcement structure therein. 3. The roller bearing cage in accordance with claim 1, wherein said portion of said cylindrical body comprises opposing side walls defining an interior sized to receive said reinforcement structure. 4. The roller bearing can in accordance with claim 3, wherein said reinforcement structure comprises a rib member extending between said opposing side walls. 5. The roller bearing cage in accordance with claim 4, wherein said cylindrical body comprises a pair of circumferential side rails that are hollow, said rib member emending within said, pair of circumferential side rails and oriented radially relative to a centerline of said cylindrical body. 6. The roller bearing cage in accordance with claim 4, wherein said cylindrical body comprises a plurality of web members that are hollow, said rib member extending within said plurality of web members and oriented circumferentially relative to a centerline of said cylindrical body. 7. The roller bearing cage in accordance with claim 3, wherein said reinforcement structure comprises a predetermined amount of filler material configured to fill said interior. 8. The roller bearing cage in accordance with claim 3, wherein said reinforcement structure comprises a honeycomb structure. 9. A gearbox for use in a turbine engine, said gearbox comprising.: a central gear; anda plurality of planetary gears positioned circumferentially about said central gear and configured to rotate relative to said central gear, each planetary gear comprising a roller bearing cage and a plurality of roller elements at least partially housed within the roller bearing cage, the roller bearing cage comprising: a cylindrical body comprising a plurality of pocket holes defined within and positioned circumferentially about said cylindrical body, wherein at least a portion of said cylindrical body is hollow; anda reinforcement structure extending within said portion of said cylindrical body, wherein said reinforcement structure is oriented within said portion of said cylindrical body based on directional loading received at different sections of said cylindrical body during operation of said gearbox. 10. The gearbox in accordance with claim 9, wherein said cylindrical body comprises a pair of circumferential side rails and a plurality of web members extending between said pair of circumferential side rails, at least one of said pair of circumferential side rails and said plurality of web members are hollow and configured to receive said reinforcement structure therein. 11. The gearbox in accordance with claim 9, wherein said portion of said, cylindrical body comprises opposing side walls defining an interior sized to receive said reinforcement structure. 12. The gearbox in accordance with claim 11, wherein said reinforcement structure comprises a rib member extending between said opposing side walls. 13. The gearbox in accordance with claim 12, wherein said cylindrical body comprises a pair of circumferential side rails that are hollow, said rib member extending within said pair of circumferential side rails and oriented radially relative to a centerline of said cylindrical body. 14. The gearbox in accordance with claim 12. Wherein said cylindrical body comprises a plurality of web members that are hollow, said rib member extending within said plurality of web members and oriented circumferentially relative to a centerline of said cylindrical body. 15. The gearbox in accordance with claim 11, wherein, said reinforcement structure comprises a predetermined amount of filler material configured to fill said hollow interior. 16. The gearbox in accordance with claim 11, wherein said reinforcement structure comprises a honeycomb structure. 17. A turbine engine assembly comprising: a fan section;a turbine section; anda gearbox coupled between said fan section and said turbine section, said gearbox comprising a plurality of planetary gears, each gear of said plurality of planetary gears comprises a roller bearing cage and a plurality of roller elements at least partially housed within the roller bearing cage, said roller bearing cage comprising: a cylindrical body comprising a plurality of pocket holes defined within and positioned circumferentially about said cylindrical body, wherein at least a portion of said cylindrical body is hollow; anda reinforcement structure extending within said portion of said cylindrical body, wherein said reinforcement structure is oriented within said portion of said cylindrical body based on directional loading received at different sections of said cylindrical body during operation of said gearbox. 18. The turbine engine assembly in accordance with claim 17, wherein said cylindrical body comprises a pair of circumferential side rails and a plurality of web members extending between said pair of circumferential side rails, at least one of said pair of circumferential side rails and said plurality of web members are hollow for receiving said reinforcement structure therein. 19. The turbine engine assembly in accordance with claim 18, wherein said reinforcement structure is configured to provide a directional stiffening force, said reinforcement structure within said pair of circumferential side rails oriented such that the directional stiffening force is oriented radially relative to a centerline of said cylindrical body. 20. The turbine engine assembly in accordance with claim 18, wherein said reinforcement structure is configured to provide a directional stiffening force, said reinforcement structure within said plurality of web portions oriented such that the directional stiffening force is oriented circumferentially relative to a centerline of said cylindrical body.