Granted Patent B2

US 12,486,149 · App. 18/125,980 · Granted Dec 2, 2025

Inventor: Stacey W. Mack (Hanover, PA)

B66F7/28A47F7/04

Abstract

Claims (37)

1 . An adjustable tire lift assembly comprising:

a tire receiver assembly having:

a platform having:

a base portion; and

a plurality of fortifying walls;

an adjustment assembly adjacent to the platform and having:

a pair of structural beams having:

an inside height modifier positioned within each structural beam of the pair of structural beams;

a coupler positioned adjacent the inside height modifier; and

a pair of stabilizers positioned parallel to each structural beam; and

an outside adjustment assembly having:

an outside adjustment modifier positioned at a distal end of each stabilizer of the pair of stabilizers having:

an outside height modifier positioned on a face of the outside adjustment modifier;

an outside extension modifier positioned on an opposite face from the outside height modifier;

a coupler fastened to the outside height modifier; and

a plurality of support bars adjacent to the platform and the adjustment assembly and having:

a pair of end bars;

a pair of cross bars coupled to the pair of end bars; and a plurality of tires positioned above the pair of cross bars.

2 . The adjustable tire lift assembly of claim 1 , wherein a length of each stabilizer is adjustable by adjusting the outside extension modifier.

3 . The adjustable tire lift assembly of claim 2 , wherein a height of each stabilizer is adjustable by adjusting the inside height modifier.

4 . The adjustable tire lift assembly of claim 3 , wherein the height of each stabilizer is adjustable by adjusting the outside height modifier.

5 . The adjustable tire lift assembly of claim 4 , wherein the inside height modifier is positioned perpendicular to each structural beam.

6 . The adjustable tire lift assembly of claim 5 , wherein the inside height modifier includes a slot.

7 . The adjustable tire lift assembly of claim 6 , wherein the coupler adjacent the inside height modifier is fastened to the coupler by the slot.

8 . The adjustable tire lift assembly of claim 7 , wherein the coupler adjacent the inside height modifier is adapted to be flush with a beam of an automobile lift.

9 . The adjustable tire lift assembly of claim 8 , wherein the coupler of the outside adjustment assembly is fastened to the outside height modifier.

10 . The adjustable tire lift assembly of claim 9 , wherein the coupler of the outside adjustment assembly is adapted to be flush with the beam of the automobile lift.

11 . The adjustable tire lift assembly of claim 10 , wherein the platform further includes a material cradle.

12 . The adjustable tire lift assembly of claim 11 , wherein the adjustment assembly further includes a spacer plate.

13 . The adjustable tire lift assembly of claim 12 , wherein each of the pair of end bars includes a mounting bracket positioned at each end thereof.

14 . The adjustable tire lift assembly of claim 13 , wherein each cross bar of the pair of cross bars includes a bar coupler.

15 . The adjustable tire lift assembly of claim 14 , wherein the plurality of fortifying walls surrounds the base portion.

16 . The adjustable tire lift assembly of claim 15 , wherein the coupler of the outside adjustment assembly is positioned under each stabilizer.

17 . The adjustable tire lift assembly of claim 16 , wherein each end bar of the pair of end bars is coupled to each stabilizer of the pair of stabilizers.

18 . The adjustable tire lift assembly of claim 17 , wherein the spacer plate is positioned adjacent each stabilizer.

19 . The adjustable tire lift assembly of claim 17 , wherein the coupler of the outside adjustment assembly, is adapted to lock with the beam of the automobile lift.

20 . The adjustable tire lift assembly of claim 1 , wherein the pair of cross bars are coupled to the pair of end bars by a pair of bar couplers.

Continuity (1)

References Cited (31)