Slide hammer for a tire spoon and method of construction of the same
A slide hammer may be provided. The slide hammer may include: a body defining a through hole and a first attaching surface; an auxiliary weight having a second attaching surface configured to attach to the body at the first attaching surface, the auxiliary weight having a through hole located to align with the through hole in the body when the auxiliary weight is attached to the body; and a shaft located in the through holes in the body and auxiliary weight. A method of constructing a slide hammer is provided.
1. A slide hammer comprising:
a body defining a through hole and a first attaching surface;
a first auxiliary weight having a second attaching surface configured to attach to the body at the first attaching surface, the first auxiliary weight having a through hole located to align with the through hole in the body when the first auxiliary weight is attached to the body;
a shaft located in the through holes in the body and first auxiliary weight; and
tire spoons located on either end of the shaft, wherein the through hole on the first auxiliary weight is dimensioned to allow the first auxiliary weight to fit over the tire spoons.
2. The slide hammer of claim 1 , further comprising;
a second auxiliary weight having a third attaching surface configured to attach to the body at a fourth attaching surface on the body, the second auxiliary weight having a through hole located to align with the through hole in the body when the second auxiliary weight is attached to the body.
3. The slide hammer of claim 1 , wherein the attaching surfaces are threads.
4. The slide hammer of claim 1 , wherein the body is comprised of two subparts configured to fit together in a clamshell configuration around the shaft.
5. The slide hammer of claim 4 , wherein when the first auxiliary weight is attached to the body, the two subparts of the body are fastened together by the first auxiliary weight.
6. The slide hammer of claim 1 , further comprising a locking mechanism located in the body and configured to selectively lock the body in a linear position along the shaft.
7. The slide hammer of claim 6 , wherein the locking mechanism includes a spring loaded push button mechanism.
8. The slide hammer of claim 7 , wherein the push button mechanism includes a brake configured to be biased by a spring to urge against the shaft.
9. The slide hammer of claim 6 , wherein the locking mechanism includes a lock collet that moves between a locking position and an unlocking position when the slide hammer is twisted with respect to the shaft.
10. The slide hammer of claim 9 , wherein the lock collet is made of nylon.
11. The slide hammer of claim 9 , wherein the lock collet has a varying radial thickness.
12. The slide hammer of claim 11 , further comprising a circular groove in the body located off center with respect to the through hole in the body and the lock collet is located in the groove.
13. The slide hammer of claim 12 , wherein the lock collet is generally C-shaped.
14. The slide hammer of claim 13 , wherein the body has a fore and aft section and the lock collet is located between the fore and aft sections.
15. The slide hammer of claim 14 , further comprising threads located on the fore and aft parts of the body and configured to communicate to attach the fore and aft parts of the body together.
16. The slide hammer of claim 1 , wherein at least one of the tire spoons is removably attached to the shaft.
17. A method of constructing a slide hammer comprising:
forming a body having a through hole and a first attaching surface;
providing an auxiliary weight having a second attaching surface configured to attach to the body at the first attaching surface, the auxiliary weight having a through hole located to align with the through hole in the body when the auxiliary weight is attached to the body;
inserting a shaft in the through holes in the body and auxiliary weight; and
attaching tire spoons to ends of the shaft, wherein the through hole on the auxiliary weight is dimensioned to allow the auxiliary weight to fit over the tire spoons.
18. A slide hammer comprising:
means for hammering defining a through hole and a first attaching surface;
an auxiliary weight having a second attaching surface configured to attach to the means for hammering at the first attaching surface, the auxiliary weight having a through hole located to align with the through hole in the body when the auxiliary weight is attached to the means for hammering;
a shaft located in the through holes in the means for hammering and auxiliary weight; and
tire spoons located on either end of the shaft, wherein the through hole on the auxiliary weight is dimensioned to allow the auxiliary weight to fit over the tire spoons.