Modular power rack attachment for facilitating loaded barbell height adjustment
A power rack attachment system and associated method are provided. An example of the power rack attachment system includes a hand crank and a gearbox coupled to the hand crank, the gearbox comprising a plurality of gears connected to a lead screw, wherein the plurality of gears causes the lead screw to rotate in a vertical translation based on a radial motion of the plurality of gears. The power rack attachment system includes a guide housing connected to the gearbox, the guide housing comprising the lead screw, a vertically translating nut, and a guide rod, wherein the lead screw is connected to the vertically translating nut, such that rotation of said lead screw leads to vertical translation of said vertically translating nut. The power rack attachment includes a j-cup connected to the vertically translating nut, wherein the vertical translation of the vertically translating nut causes vertical translation of said j-cup.
1. A power rack attachment comprising:
a hand crank;
a gearbox coupled to the hand crank, the gearbox comprising a plurality of gears connected to a lead screw, wherein the plurality of gears causes the lead screw to rotate in a vertical translation based on a radial motion of the plurality of gears;
a guide housing connected to the gearbox, the guide housing comprising the lead screw, a vertically translating nut, and a guide rod, wherein the lead screw is connected to the vertically translating nut with the lead screw running through a hole in said vertically translating nut and along a length of said power rack attachment, such that rotation of said lead screw leads to a vertical translation of said vertically translating nut; and
a j-cup connected to the vertically translating nut, wherein the vertical translation of the vertically translating nut causes vertical translation of said j-cup.
2. The power rack attachment of claim 1 , wherein at least one of the gearbox or the guide housing comprises a peg inserted into a hole of a power rack design.
3. The power rack attachment of claim 1 , wherein at least one of the gearbox or the guide housing comprises a perpendicular portion to grip a vertical pole of a power rack design.
4. The power rack attachment of claim 1 , wherein the plurality of gears comprises a plurality of bevel gears, wherein at least one bevel gear of the plurality of gears is in a perpendicular position to a second bevel gear of the plurality of gears.
5. The power rack attachment of claim 1 , wherein the plurality of gears comprises a first miter gear that meshes perpendicularly to a second miter gear, wherein the second miter gear is connected to said lead screw.
6. The power rack attachment of claim 1 , wherein the gearbox further comprises a plurality of bearings.
7. The power rack attachment of claim 6 , wherein the plurality of bearings comprises at least one of a ball bearing or a radial load bearing.
8. The power rack attachment of claim 7 , wherein in an instance where the plurality of bearings comprises a radial load bearing, the radial load bearing is positioned between the hand crank and a gear of the plurality of gears.
9. The power rack attachment of claim 1 , wherein the hand crank is detachable from the gearbox.
10. The power rack attachment of claim 1 , wherein the guide housing comprises at least one of a thrust load bearing or a radial load bearing.
11. A power rack attachment method comprising:
providing a hand crank;
providing a gearbox coupled to the hand crank, the gearbox comprising a plurality of gears connected to a lead screw, wherein the plurality of gears cause the lead screw to rotate in a vertical translation based on a radial motion of the plurality of gears;
providing a guide housing connected to the gearbox, the guide housing comprising the lead screw, a vertically translating nut, and a guide rod, wherein the lead screw is connected to the vertically translating nut with the lead screw running through a hole in said vertically translating nut and along a length of said power rack attachment, such that rotation of said lead screw leads to vertical translation of said vertically translating nut; and
providing a j-cup connected to the vertically translating nut, wherein the vertical translation of the vertically translating nut causes vertical translation of said j-cup.
12. The power rack attachment method of claim 11 , wherein at least one of the gearbox or the guide housing comprises a peg inserted into a hole of a power rack design.
13. The power rack attachment method of claim 11 , wherein at least one of the gearbox or the guide housing comprises a perpendicular portion to grip a vertical pole of a power rack design.
14. The power rack attachment method of claim 11 , wherein the plurality of gears comprises a plurality of bevel gears, wherein at least one bevel gear of the plurality of gears is in a perpendicular position to a second bevel gear of the plurality of gears.
15. The power rack attachment method of claim 11 , wherein the plurality of gears comprises a first miter gear that meshes perpendicularly to a second miter gear, wherein the second miter gear is connected to said lead screw.
16. The power rack attachment method of claim 11 , wherein the gearbox further comprises a plurality of bearings.
17. The power rack attachment method of claim 16 , wherein the plurality of bearings comprises at least one of a ball bearing or radial load bearing.
18. The power rack attachment method of claim 17 , wherein in an instance where the plurality of bearings comprises a radial load bearing, the radial load bearing is positioned between the hand crank and a gear of the plurality of gears.
19. The power rack attachment method of claim 11 , wherein the guide housing comprises at least one of a thrust load bearing or a radial load bearing.