Removable pedal platform
The invention relates to a bicycle pedal which comprises a body, a platform, and a pin, where the pin comprises a traction spike, a thread, a shoulder and a head. The platform is removable, and the platform is constrained in relation to the body by the pin, where the shoulder and head are used to locate the platform away from the body during tightening.
1. A bicycle pedal which comprises a spindle, and a body rotatably coupled to said spindle, a platform, and a pin, wherein said pin comprises a traction spike, a thread, a shoulder and a head, wherein said platform is removable, and wherein said platform is constrained in relation to said body by said pin, whereby said shoulder and said head are used to locate said platform so that the platform is constrained in a direction away from said body and to limit an amount of deformation in the platform axial to threads of the pin.
2. The bicycle pedal of claim 1 , wherein said body comprises a locating feature.
3. The bicycle pedal of claim 1 , wherein said body comprises a mounting feature.
4. The bicycle pedal of claim 1 , wherein said platform comprises a flat surface.
5. The bicycle pedal of claim 1 , wherein said platform comprises a concave surface.
6. The bicycle pedal of claim 1 , wherein said platform comprises a flat surface and a concave surface.
7. The bicycle pedal of claim 1 , wherein said platform comprises a platform compression distance of 0 mm to 5 mm.
8. A bicycle pedal which comprises a spindle, and a body rotatably coupled to said spindle, a platform, and a pin, wherein said pin comprises a traction spike, a thread, a shoulder and a head, wherein said platform is removable, wherein said platform is constrained in relation to said body by said pin, wherein said body comprises a locating feature and a mounting feature, wherein said pin is connected to said body via said thread, whereby said shoulder and said head are used to locate said platform so that the platform is constrained in a direction away from said body and to limit an amount of deformation in the platform axial to threads of the pin.
9. The bicycle pedal of claim 8 , wherein said platform comprises a flat surface.
10. The bicycle pedal of claim 8 , wherein said platform comprises a concave surface.
11. The bicycle pedal of claim 8 , wherein said platform comprises a flat surface and a concave surface.
12. The bicycle pedal of claim 8 , wherein said platform comprises a platform compression distance of 0 mm to 5 mm.
13. A bicycle pedal which comprises a spindle, and a body rotatably coupled to said spindle, a platform, and a pin, wherein said pin comprises a thread, a shoulder, a head, a tool engagement, and a traction spike, wherein the head secures said platform to said body, and wherein said shoulder constrains said platform in a direction away from said body and to limit an amount of deformation in the platform axial to threads of the pin, whereby said platform is located away from said body, and wherein said traction spike creates a frictional force between an athletic shoe and said pedal, and wherein said tool engagement allows a pin removal tool to install or remove a pin.
14. The bicycle pedal of claim 13 , wherein said platform comprises a flat surface.
15. The bicycle pedal of claim 13 , wherein said platform comprises a concave surface.
16. The bicycle pedal of claim 13 , wherein said platform comprises a flat surface and a concave surface.
17. The bicycle pedal of claim 13 , wherein said platform comprises a platform compression distance of 0 mm to 5 mm.