ENERGY RECOVERY SYSTEM

20240410450

18/736886

June 07, 2024

The apparatus for capturing energy from a source of linear motion includes a reciprocating gear rail assembly secured to an input shaft that engages an output gear and shaft for driving an electric generator.

1. An apparatus for translating reciprocating linear motion provided by an input shaft into rotational motion comprising: a gear assembly comprising: a pair of opposed left and right gear rails spaced a variable distance apart, each of said gear rails having a plurality of inward facing gear teeth and top and bottom ends respectively; a pair of opposed left and right rail frames for engaging said left and right gear rails, each of said left and right rail frames having top and bottom ends and each of said left and right rail frames having a spring disposed between said rail frame and said gear rail; an upper block secured to said opposed left and right rail frame top ends and to said input shaft; a lower block secured to said left and right rail frame bottom ends; and an annular drive gear having a plurality of teeth around the circumference thereof, said drive gear disposed between said left and right gear rails and selectively engaging the teeth thereof, whereby linear motion of said input shaft imparts linear motion to said gear rails thereby rotating said drive gear.

2. The apparatus of claim 1 comprising: a pair of angled surfaces at the top and bottom ends of each gear rail; an upper rail guide block having a pair of opposed angled surfaces on first and second ends thereof, said upper rail guide block disposed between said upper block and said left and right gear rail top ends; a lower rail guide block having a pair of opposed angled surfaces on first and second ends thereof, said lower rail guide block disposed between said lower block and said left and right gear rail bottom ends; and wherein the angled surfaces of said upper rail guide block engage the angled surfaces at the top ends of said gear rails and the angled surfaces of said lower rail guide block engage the angled surfaces at the bottom ends of said gear rails, whereby linear motion imparted by said input shaft imparts lateral motion to said left and right guide rails, thereby providing for selective engagement of said drive gear.

3. The apparatus of claim 1 wherein said annular drive gear teeth have curved trailing edges such that said drive gear only engages one of said right and left gear rails at a time.

4. The apparatus of claim 1 wherein said left and right gear rails are spaced by a pair of slider shafts disposed between said left and right gear rails such that said annular drive gear engages said left gear rail when said gear assembly moves in a first linear direction, and engages said right gear rail when said gear assembly moves in a second linear direction, opposite said first linear direction.

5. The apparatus of claim 2 wherein said left and right gear rails move laterally such that said annular drive gear engages said left gear rail when said gear assembly moves in a first linear direction, and engages said right gear rail when said gear assembly moves in a second linear direction, opposite said first linear direction.

6. The apparatus of claim 1 wherein said springs disposed between said rail frames and said gear rails are wave springs.

7. The apparatus of claim 1 wherein said springs disposed between said rail frames and said gear rails are coil springs.

8. The apparatus of claim 1 comprising: an external enclosure having a top end including an aperture through which said input shaft is disposed, a bottom end, and first and second opposed sides, and wherein said first side includes an aperture through which an output shaft extends, said output shaft journaled for rotation with said annular gear.

9. The apparatus of claim 8 wherein said gear assembly moves linearly and laterally within said external enclosure to impart rotation in a single direction to said annular gear and thus said output shaft.

10. The apparatus of claim 9 wherein said output shaft is coupled to an electric generator.

11. The apparatus of claim 9 wherein said input shaft is secured to an external source of linear motion.

12. An apparatus for translating reciprocating linear motion provided by an input shaft into rotational motion comprising: a gear assembly comprising: a pair of variably spaced gear rails each having a plurality of inwardly facing gear teeth and top and bottom ends respectively; a pair of opposed rail frames each having top and bottom ends, and having a plurality of springs secured thereto, said springs engaging said gear rails; an upper block secured to said opposed rail frame top ends and to said input shaft; a lower block secured to said opposed rail frame bottom ends; and an annular drive gear having a plurality of teeth around the circumference thereof, said drive gear disposed between said opposed gear rails and selectively engaging the teeth thereof.

13. The apparatus of claim 12 comprising: a pair of angled surfaces at the top and bottom ends of each gear rail; an upper rail guide block disposed between said upper block and said opposed gear rail top ends having a pair of opposed angled surfaces on first and second ends thereof for engaging the angled surfaces of said gear rail top ends; and a lower rail guide block disposed between said lower block and said opposed gear rail bottom ends having a pair of opposed angled surfaces on first and second ends thereof for engaging the angled surfaces of said gear rail bottom ends.

14. The apparatus of claim 12 wherein said annular drive gear teeth have curved trailing edges such that said drive gear only engages one of said opposed gear rails at a time.

15. The apparatus of claim 12 wherein said opposed gear rails are spaced by a pair of slider shafts disposed there between.

16. The apparatus of claim 13 wherein said left and right gear rails move laterally such that said annular drive gear engages said left gear rail when said gear assembly moves in a first linear direction, and engages said right gear rail when said gear assembly moves in a second linear direction, opposite said first linear direction.

17. The apparatus of claim 12 comprising: an output shaft secured to said annular gear.

18. An apparatus for translating reciprocating linear motion provided by an input shaft into rotational motion comprising: a reciprocating gear assembly secured to said input shaft at one end thereof, and having a pair of variably spaced reciprocating gear rails flexibly secured to a pair of opposed rail frames; and an annular drive gear having a plurality of teeth around the circumference thereof, said drive gear disposed between said gear rails and selectively engaging the teeth thereof, said drive gear secured to an output shaft for rotation thereof.

19. The apparatus of claim 18 comprising: an external enclosure having a frame for slidably engaging the gear assembly said enclosure having an aperture therein through which the output shaft extends.

20. The apparatus of claim 19 wherein said external enclosure comprises: a pair of opposed enclosure sides mounted by a set of bearings to a pair of opposed enclosure rails that engage the gear assembly.

16; 03; 02; 02; 02

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