Twist jack stand apparatus and method
A load supporting stand that having a longitudinal axis is disclosed. The supporting stand has an upper column that includes a shaft having a first end and a second end that extends along the longitudinal axis. The shaft has a first diameter. The upper column also includes a shelf attached to the first end of said shaft. The upper column also has a load bearing pin that extends transversely through the shaft. The stand also has a base portion that receives the upper column that includes a receiving conduit that extends along the longitudinal axis and has a second diameter greater than the first diameter. The conduit has a third end and a fourth end and a slot that extends between the third and fourth ends along with a series of notches extending therefrom. The base portion has a base plate connected to the receiving conduit.
1. A load supporting stand having a longitudinal axis, comprising:
an upper column, said upper column comprising:
a shaft having a first end and a second end, the shaft extends along the longitudinal axis, wherein said shaft has a first diameter;
a shelf attached to said first end of said shaft and configured to support a portion of a vehicle; and
a load bearing pin that extends transversely into said shaft;
a base portion that receives said upper column, said base portion comprising:
a receiving conduit that extends along the longitudinal axis, wherein said receiving conduit has a second diameter greater than said first diameter and includes a third end and a fourth end; and
a first slot that extends between said third and fourth ends;
a base plate connected to said receiving conduit and extends generally normal to the longitudinal axis, wherein said first slot includes a series of notches, each notch extending transversely and at a downwardly angle toward said base plate; and
a collar attached to said base plate, wherein said collar has a third diameter greater than said second diameter and wherein said collar receives said receiving conduit.
2. The load supporting stand according to claim 1 , further comprising a first leg and a second leg extending from said collar, wherein said first leg and said second leg are each attached to said base plate.
3. The load supporting stand according to claim 1 , further comprising a second slot that opposes said first slot and extends between said third and fourth ends.
4. The load supporting stand according to claim 3 , wherein said second slot comprises the series of notches.
5. The load supporting stand according to claim 4 , wherein said shelf comprises:
a flat planar portion;
a first side wall; and
a second side wall that opposes said first side wall.
6. The load supporting stand according to claim 5 , wherein said load bearing pin is positioned adjacent said second end.
7. The load supporting stand according to claim 6 , wherein said load bearing pin extends through said shaft and engages said first slot and said second slot.
8. The load supporting stand according to claim 7 , wherein said load bearing pin mates with said notches.
9. The load supporting stand according to claim 1 , wherein said load bearing pin is a spring biasing pin.
10. The load supporting stand according to claim 4 , wherein each notch extends transversely and at said downwardly angle to the longitudinal axis toward said base plate.
11. The load supporting stand according to claim 1 , wherein said base plate is circular in geometry.
12. The load supporting stand according to claim 1 , wherein said shelf is a bracket.
13. The load supporting stand according to claim 1 , wherein said shelf has a rectangular geometry.
14. The load bearing shelf according to claim 5 , wherein said first side wall and said second side wall each include a groove.
15. A method of supporting a load using a load supporting stand, comprising:
placing the load supporting stand at a desired position under a load to be supported, wherein the stand comprises:
an upper column, said upper column comprising:
a shaft having a first end and a second end, the shaft extends along a longitudinal axis, wherein said shaft has a first diameter;
a shelf attached to said first end of said shaft and configured to support a portion of a vehicle; and
a load bearing pin that extends transversely into said shaft;
a base portion that receives said upper column, said base portion comprising:
a receiving conduit that extends along the longitudinal axis, wherein said receiving conduit has a second diameter greater than said first diameter and includes a third end and a fourth end; and
a slot that extends between said third and fourth ends; and
a base plate connected to said receiving conduit that extends generally normal to the longitudinal axis, wherein said slot includes a series of notches, each notch extending transversely and at a downwardly angle toward said base plate;
rotating the shaft of the upper column in a first direction and translating the shaft upward away from the base portion such that the shelf engages the load to be supported; and
rotating the shaft of the upper column in a second, opposite direction so that the load bearing pin engages one of the series of notches.
16. The method according to claim 15 , further comprising the steps of:
rotating the shaft of the upper column in the first direction to disengage the load bearing pin from the one of the series of notches;
translating the upper column towards the base portion; and
disengaging the shelf from the load to be supported.
17. The method according to claim 16 , further comprising a collar attached to said base plate, wherein said collar has a third diameter greater than said second diameter and wherein said collar receives said receiving conduit.
18. A load supporting stand having a longitudinal axis, comprising:
an upper column, said upper column comprising:
a shaft having a first end and a second end, the shaft extends along the longitudinal axis, wherein said shaft has a first diameter;
a shelf attached to said first end of said shaft and configured to support a portion of a vehicle; and
a load bearing pin that extends transversely into said shaft;
a base portion that receives said upper column, said base portion comprising:
a receiving conduit that extends along the longitudinal axis, wherein said receiving conduit has a second diameter greater than said first diameter and includes a third end and a fourth end; and
a pair of opposing slots that extends between said third and fourth ends;
a base plate connected to said receiving conduit that extends generally normal to the longitudinal axis, wherein said slots include a series of notches, each notch extending transversely and at a downwardly angle toward said base plate, wherein the load bearing pin engages one of the series of notches; and
a collar attached to said base plate, wherein said collar has a third diameter less than said second diameter and wherein said collar receives said receiving conduit.
19. A load supporting stand that having a longitudinal axis, comprising:
an upper column, said upper column comprising:
a shaft having a first end and a second end, the shaft extends along the longitudinal axis, wherein said shaft has a first diameter;
a shelf attached to said first end of said shaft and configured to support a portion of a vehicle; and
a load bearing pin that extends transversely into said shaft;
a base portion that receives said upper column, said base portion comprising:
a receiving conduit that extends along the longitudinal axis, wherein said receiving conduit has a second diameter less than said first diameter and includes a third end and a fourth end; and
a first slot that extends between said third and fourth ends;
a base plate connected to said receiving conduit and extends generally normal to the longitudinal axis, wherein said first slot includes a series of notches, each notch extending transversely and at a downwardly angle toward said base plate; and
a collar attached to said base plate, wherein said collar has a third diameter less than said second diameter and wherein said collar receives said receiving conduit.
20. A method of supporting a load using a load supporting stand, comprising:
placing the load supporting stand at a desired position under a load to be supported, wherein the stand comprises:
an upper column, said upper column comprising:
a shaft having a first end and a second end, the shaft extends along the longitudinal axis, wherein said shaft has a first diameter;
a shelf attached to said first end of said shaft and configured to support a portion of a vehicle; and
a load bearing pin that extends transversely into said shaft;
a base portion that receives said upper column, said base portion comprising:
a receiving conduit that extends along the longitudinal axis, wherein said receiving conduit has a second diameter less than said first diameter and includes a third end and a fourth end; and
a slot that extends between said third and fourth ends; and
a base plate connected to said receiving conduit that extends generally normal to the longitudinal axis, wherein said slot includes a series of notches, each notch extending transversely and at a downwardly angle toward said base plate;
rotating the shaft of the upper column in a first direction and translating the shaft upward away from the base portion such that the shelf engages the load to be supported; and
rotating the shaft of the upper column in a second, opposite direction so that the load bearing pin engages one of the series of notches.