Leveler leg

1. A leveler leg comprising:

a foot,

an upright leg for supporting an object such as a panel, and

an upright adjustment mechanism disposed above the foot and between the foot and the upright leg to enable adjustment of the angle of the upright leg with respect to the foot, wherein the upright adjustment mechanism includes a generally horizontal pin extending through a portion of the upright leg in a first direction, such that the upright leg can pivot about the pin with respect to the foot, wherein the upright adjustment mechanism includes a tubular support extending upwardly from the foot, the tubular support defining an internal opening, and wherein a portion of the upright leg extends within the internal opening of the tubular support, and wherein the pin extends through the tubular support and the portion of the upright leg that extends within the internal opening; and

a setting element extending in a second direction different from the first direction, the setting element extending through the tubular support and into engagement with the portion of the upright leg that extends within the internal opening, wherein the setting element is adjustable to set the angle of the upright leg with respect to the foot.

2. The leveler leg of claim 1 wherein a threaded rod extends upwardly from the portion of the upright leg that extends within the support, the threaded rod extending beyond the tubular support, and wherein a leg is attached to the threaded rod, the leg being height adjustable with respect to the threaded rod.

3. The leveler leg of claim 2 wherein the setting element includes one or more threaded adjustment elements extending into opposing sides of the tubular support and into engagement with opposing walls of the portion of the upright leg to enable the angle of the upright leg to be set at a desired angle for leveling the panel.

4. The leveler leg of claim 3 including a sleeve extending around the outside of the upright leg and the upright adjustment mechanism, said sleeve slidable along the leg from a first position covering the pin and threaded adjustment elements to a second position providing access to said pin and said threaded adjustment elements.

5. A leveler leg adjustment method comprising:

providing a foot having an upper surface and a lower surface;

placing the foot on a ground surface;

providing a leg extending upwardly from the foot and defining an angle between the leg and the foot, the leg having a first portion and a second portion that is height adjustable with respect to the first portion and the foot;

providing an upright adjustment mechanism connected between the leg and the foot, the upright adjustment mechanism including a tubular support and a pin about which the leg pivots with respect to the foot to change the angle between the leg and the foot, wherein the first portion of the leg is positioned within the tubular support and wherein the pin extends completely through the tubular support and the first portion of the leg;

providing at least one setting element that extends through the tubular support and engages the leg;

pivoting the leg about the pin with respect to the floor and the foot to a desired angle between the leg and the foot;

adjusting the setting element to hold the leg at the desired angle; and

adjusting the height of the first leg portion with respect to the second leg portion.

6. The leveler leg adjustment method of claim 5 wherein the setting element is a set screw extending perpendicular to the pin and the step of setting the setting element includes adjusting the set screw.

7. The leveler leg of claim 6 wherein the pin extends through at least a portion of the tubular support and at least a portion of the adjustment block, the adjustment block and the leg pivoting together about the pin.