Plastic cable bolt button
View Patent ↗A cable bolt button comprising a continuous sidewall having a first end, a second end and an end portion attached to the first end of the sidewall, forming an inner cavity. The cable bolt button forms an interference fit between the sidewall of the cable bolt button and a cable bolt when the button is placed over the distal end of the cable bolt. The cable bolt button may also include a plurality of protrusions extending outwardly from the end portion away from the inner cavity and/or at least one recess. The protrusions may be separate features of the end portion or the first end of the sidewall may have a non-linear profile with the periphery of the end portion following the profile of the sidewall to form the protrusions and recesses. The end portion may also comprise a plurality of intersecting surfaces further shaping the protrusions and recesses.
1. A cable bolt button comprising:
a sidewall having a first end and a second end and an end portion connected to said sidewall at said first end;
said sidewall and end portion defining an inner cavity for receiving a distal end of a cable bolt;
wherein, there is an interference fit between said sidewall of said cable bolt button and said cable bolt when said cable bolt button is placed over said distal end of said cable bolt;
wherein said sidewall and said end portion of said cable bolt button are made of a flexible material;
wherein at least a portion of said end portion of said cable bolt button contacts an end of a resin cartridge when said cable bolt is placed in a mine bore; and
wherein a portion of said first end of said sidewall of said cable bolt button extends outwardly away from the inner cavity relative to another portion of said first end of said sidewall.
2. The cable bolt button of claim 1 , wherein the end portion completely closes the first end of the sidewall.
3. The cable bolt button of claim 1 , wherein the end portion does not completely close the first end of the side wall, but sufficiently covers said distal end of said cable bolt when said cable bolt button is placed over said distal end of said cable bolt to keep said cable bolt button from sliding down said cable bolt.
4. The cable bolt button of claim 1 , wherein the end portion is one of concave, convex, or flat.
5. The cable bolt button of claim 1 , wherein the end portion further comprises a plurality of intersecting surfaces that form protrusions and recesses.
6. The cable bolt button of claim 5 , wherein each surface is one of flat, concave, or convex.
7. The cable bolt button of claim 1 made of flexible plastic.
8. The cable bolt button of claim 1 made of poly vinyl chloride.
9. The cable bolt button of claim 1 , wherein a profile of said first end of said sidewall is nonlinear and a periphery of said end portion follows said profile of said sidewall.
10. The cable bolt button of claim 9 , wherein the profile of the sidewall is scalloped.
11. The cable bolt button of claim 9 , wherein the end portion further comprises a plurality of intersecting surfaces that form protrusions and recesses.
12. The cable bolt button of claim 11 , wherein each surface is one of flat, concave, or convex.
13. A cable bolt button comprising:
a sidewall having a first end and a second end and an end portion connected to said sidewall at said first end;
said sidewall and end portion defining an inner cavity for receiving a distal end of a cable bolt;
wherein, there is an interference fit between said sidewall of said cable bolt button and said cable bolt when said cable bolt button is placed over said distal end of said cable bolt;
wherein at least a portion of said end portion of said cable bolt button contacts an end of a resin cartridge when said cable bolt is placed in a mine bore; and
wherein at least one protrusion extends from the end portion outwardly away from the inner cavity.
14. The cable bolt button of claim 13 , wherein the end portion further comprises at least one recess.
15. A cable bolt button comprising:
a sidewall having a first end and a second end and an end portion connected to said sidewall at said first end;
said sidewall and end portion defining an inner cavity for receiving a distal end of a cable bolt;
wherein, there is an interference fit between said sidewall of said cable bolt button and said cable bolt when said cable bolt button is placed over said distal end of said cable bolt;
wherein said sidewall and said end portion of said cable bolt button are made of a flexible material;
wherein at least a portion of said end portion of said cable bolt button contacts an end of a resin cartridge when said cable bolt is placed in a mine bore; and
wherein a portion of said end portion of said cable bolt button extends outwardly away from the inner cavity relative to a more centrally disposed portion of said end portion.