초록

A spacecraft radiator system designed to provide structural support to the spacecraft. Structural support is provided by the geometric “crescent” form of the panels of the spacecraft radiator. This integration of radiator and structural support provides spacecraft with a semi-monocoque design.

대표청구항 ▼

1. A radiator system, relating to a generally-cylindrical spacecraft having a longitudinal axis, comprising: a) at least one thermal energy radiator structured and arranged to radiate thermal energy generated by components of at least one spacecraft;b) wherein said at least one thermal energy radiat

1. A radiator system, relating to a generally-cylindrical spacecraft having a longitudinal axis, comprising: a) at least one thermal energy radiator structured and arranged to radiate thermal energy generated by components of at least one spacecraft;b) wherein said at least one thermal energy radiator receives thermal energy through at least one thermal energy transport system when said at least one thermal energy radiator is installed on such at least one spacecraft; andc) at least one spacecraft structural support structured and arranged to structurally support such at least one spacecraft;d) wherein said at least one thermal energy radiator comprises at least one portion of said at least one spacecraft structural support; ande) wherein at least one geometry of said at least one thermal energy radiator substantially augments structural strength of said at least one spacecraft structural support;f) wherein said at least one geometry of said at least one thermal energy radiator comprises at least one surface comprising at least one cylindrical surface portion having a first central longitudinal axis; andg) wherein said first central longitudinal axis is coplanar with a second central longitudinal axis of at least one generally-cylindrical portion of such at least one spacecraft. 2. The radiator system according to claim 1 wherein such thermal energy transport system comprises at least one fluid filled closed loop. 3. The radiator system according to claim 2 wherein said at least one thermal energy radiator further comprises: a) at least one tube structured and arranged to carry at least one thermal fluid;b) wherein said at least one tube comprises at least one portion of such thermal energy transport system when said at least one thermal energy radiator is installed on such at least one spacecraft;c) wherein such at least one thermal fluid circulates between such components of such at least one spacecraft and said at least one thermal energy radiator, when said at least one thermal energy radiator is installed on such at least one spacecraft; andd) wherein at least one portion of said at least one tube is thermally coupled with said at least one thermal energy radiator. 4. The radiator system according to claim 3 wherein said at least one tube comprises aluminum. 5. The radiator system according to claim 3 wherein said at least one tube comprises at least one outer diameter of about 3/16 inch. 6. The radiator system according to claim 5 wherein said at least one tube comprises at least one inner diameter of about ⅛ inch. 7. The radiator system according to claim 3 wherein thermal coupling of said at least one portion of said at least one tube to said at least one thermal energy radiator comprises at least one thermally conductive epoxy. 8. The radiator system according to claim 7 wherein said at least one thermally conductive epoxy comprises aluminum. 9. The radiator system according to claim 3 wherein at least one thermal energy radiator comprises a plurality of said at least one tube. 10. The radiator system according to claim 9 wherein, during operation, said plurality of said at least one tube are coupled to such at least one thermal energy transport system through at least one intake manifold and at least one outlet manifold situate on said at least one thermal energy radiator. 11. The radiator system according to claim 1 wherein said at least one thermal energy radiator comprises aluminum. 12. The radiator system according to claim 11 wherein said at least one thermal energy radiator comprises aluminum 6061-T6. 13. The radiator system according to claim 1 wherein said at least one thermal energy radiator comprises at least one diameter of about 13 feet. 14. The radiator system according to claim 1 wherein said at least one thermal energy radiator comprises a radiating-skin thickness of about nine hundredths of an inch. 15. A radiator system, relating to a generally-cylindrical spacecraft having a longitudinal axis, comprising: a) at least one thermal energy radiator structured and arranged to radiate thermal energy generated by components of such spacecraft;b) wherein said at least one thermal energy radiator receives thermal energy through at least one thermal energy transport system when said at least one thermal energy radiator is installed on such spacecraft; andc) at least one spacecraft structural support structured and arranged to structurally support such spacecraft;d) wherein said at least one thermal energy radiator comprises at least one portion of said at least one spacecraft structural support; ande) wherein at least one geometry of said at least one thermal energy radiator substantially augments structural strength of said at least one spacecraft structural support;f) wherein said at least one geometry comprises at least one panel comprising substantially at least one angular surface portion, subtended by an angle theta, of a right circular cylinder having a central longitudinal axis;g) wherein said at least one panel comprises at least one centerline comprising the intersection of said at least one panel and a ray bisecting such angle theta;h) wherein at least one plurality of said at least one panels adjacently adjoin such that each said at least one centerline of each said at least one panel are concentric about at least one respective common central axis of at least one respective such at least one plurality;i) wherein each said at least one panel in said at least one plurality comprises at least one regular angular displacement comprising at least one angle gamma measured from such at least one respective common central axis; andj) wherein the difference between the value of said at least one angle theta and said at least one angle gamma is less than 180 degrees. 16. The radiator system according to claim 15 wherein the difference between the value of such at least one angle theta and such at least one angle gamma is about 40 degrees. 17. The radiator system according to claim 16 wherein such at least one angle gamma is about nine degrees. 18. The radiator system according to claim 15 wherein the difference between the value of such at least one angle theta and such at least one angle gamma is about 120 degrees. 19. The radiator system according to claim 18 wherein such at least one angle gamma is about nine degrees. 20. The radiator system according to claim 15 wherein said at least one thermal energy radiator comprises aluminum. 21. The radiator system according to claim 20 wherein said at least one thermal energy radiator comprises aluminum 6061-T6. 22. The radiator system according to claim 15 wherein such at least one thermal energy transport comprises at least one fluid filled closed loop. 23. The radiator system according to claim 22 wherein said at least one thermal energy radiator further comprises: a) at least one tube structured and arranged to carry at least one thermal fluid;b) wherein said at least one tube comprises at least one portion of such thermal energy transport system when said at least one thermal energy radiator is installed on such spacecraftc) wherein such at least one thermal fluid circulates between such components of such at least one spacecraft and said at least one thermal energy radiator, when said at least one thermal energy radiator is installed on such spacecraft; andd) wherein at least one portion of said at least one tube is thermally coupled with said at least one thermal energy radiator. 24. The radiator system according to claim 23 wherein said at least one tube comprises aluminum. 25. The radiator system according to claim 23 wherein said at least one tube comprises at least one outer diameter of about 3/16 inch. 26. The radiator system according to claim 25 wherein said at least one tube comprises at least one inner diameter of about ⅛ inch. 27. The radiator system according to claim 23 wherein thermal coupling of said at least one portion of said at least one tube to said at least one thermal energy radiator comprises at least one thermally conductive epoxy. 28. The radiator system according to claim 27 wherein said at least one thermally conductive epoxy comprises aluminum. 29. The radiator system according to claim 23 wherein at least one thermal energy radiator comprises a plurality of said at least one tube. 30. The radiator system according to claim 29 wherein, during operation, said plurality of said at least one tube are coupled to such at least one thermal energy transport system through at least one intake manifold and at least one outlet manifold situate on said at least one thermal energy radiator. 31. The radiator system according to claim 23 wherein said at least one thermal energy radiator comprises aluminum. 32. The radiator system according to claim 31 wherein said at least one thermal energy radiator comprises aluminum 6061-T6. 33. The radiator system according to claim 23 wherein said at least one thermal energy radiator comprises at least one diameter of about 13 feet. 34. The radiator system according to claim 23 wherein said at least one thermal energy radiator comprises a radiating-skin thickness of about nine hundredths of an inch.