A dolly includes a first skate, a second skate, and a rod connected to the skates. The first skate is connected to a plurality of wheels and has a receiving region. The second skate is connected to a plurality of wheels and has a receiving region. The second skate includes an outer lateral surface having an aperture. The rod is connected to the first skate and the second skate via the respective receiving regions of the respective skates. The rod is configured to extend through the aperture such that a portion of the rod extends outwardly from the outer lateral surface of the second skate.
1. A dolly configured to travel over an object, comprising:
a first skate connected to a plurality of wheels, and including an underside, a leading edge, a trailing edge, and a deflecting region between the leading edge and the plurality of wheels;
a second skate connected to a plurality of wheels, and including an underside, a leading edge, a trailing edge, and a deflecting region between the leading edge and the plurality of wheels; and
at least one rod connected to the first skate and the second skate to couple the first skate with the second skate,
wherein, the deflecting region of the first skate is configured to deflect the first skate upwardly over the object as the dolly travels forwardly and as the deflecting region is pushed against the object, such that a portion of the plurality of wheels connected to the first skate are moved upwardly,
wherein, the deflecting region of the second skate is configured to deflect the second skate upwardly over the object as the dolly travels forwardly and as the deflecting region is pushed against the object, such that a portion of the plurality of wheels connected to the second skate are moved upwardly, and
wherein the deflecting region of the first skate comprises a straightly-sloped profile, and wherein the deflecting region of the second skate comprises a straightly-sloped profile.
2. The dolly of claim 1 , wherein the deflecting region of the first skate comprises a curved profile, and wherein the deflecting region of the second skate comprises a curved profile.
3. The dolly of claim 2 , wherein the curved profile of the deflecting region of the first skate comprises a radius between 0.5 and 1 inch, and wherein the curved profile of the deflecting region of the second skate comprises a radius between 0.5 and 1 inch.
4. The dolly of claim 1 , wherein the deflecting region of the first skate comprises a profile with a curved portion and a straightly-sloped portion, and wherein the deflecting region of the second skate comprises a profile with a curved portion and a straightly-sloped portion.
5. The dolly of claim 1 , wherein the at least one rod comprises two rods.
6. The dolly of claim 5 , wherein the two rods each have adjustable lengths.
7. The dolly of claim 6 , wherein the two rods are each telescoping.
8. The dolly of claim 1 , wherein:
the first skate comprises a forward receiving region configured to receive one of the at least one rod;
an outer surface of the forward receiving region of the first skate comprises the deflecting region of the first skate;
the second skate comprises a forward receiving region configured to receive the one of the at least one rod; and
an outer surface of the forward receiving region of the second skate comprises the deflecting region of the second skate.
9. The dolly of claim 8 , wherein the one of the at least one rod is configured to extend through an outward lateral edge of the forward receiving region of the second skate.
10. A dolly configured to travel over an object, comprising:
a first skate connected to a plurality of wheels, and including an underside, a leading edge, a trailing edge, a forward deflecting region between the leading edge and the plurality of wheels, and a rearward deflecting region between the trailing edge and the plurality of wheels;
a second skate connected to a plurality of wheels, and including an underside, a leading edge, a trailing edge, a forward deflecting region between the leading edge and the plurality of wheels, and a rearward deflecting region between the trailing edge and the plurality of wheels; and
at least one rod connected to the first skate and the second skate to couple the first skate with the second skate,
wherein the forward deflecting region of the first skate is configured to deflect the first skate upwardly over the object as the dolly travels forwardly and as the forward deflecting region is pushed against the object, such that a portion of the plurality of wheels connected to the first skate are moved upwardly,
wherein the rearward deflecting region of the first skate is configured to deflect the first skate upwardly over the object as the dolly travels backwardly and as the rearward deflecting region is pushed against the object, such that a portion of the plurality of wheels connected to the first skate are moved upwardly,
wherein the forward deflecting region of the second skate is configured to deflect the second skate upwardly over the object as the dolly travels forwardly and as the forward deflecting region is pushed against the object, such that a portion of the plurality of wheels connected to the second skate are moved upwardly,
wherein the rearward deflecting region of the second skate is configured to deflect the second skate upwardly over the object as the dolly travels backwardly and as the rearward deflecting region is pushed against the object, such that a portion of the plurality of wheels connected to the second skate are moved upwardly, and
wherein the forward deflecting region of the first skate comprises a straightly-sloped profile, the rearward deflecting region of the first skate comprises a straightly-sloped profile, the forward deflecting region of the second skate comprises a straightly-sloped profile, and the rearward deflecting region of the second skate comprises a straightly-sloped profile.
11. The dolly of claim 10 , wherein the forward deflecting region of the first skate comprises a curved profile, the rearward deflecting region of the first skate comprises a curved profile, the forward deflecting region of the second skate comprises a curved profile, and the rearward deflecting region of the second skate comprises a curved profile.
12. The dolly of claim 11 , wherein the curved profile of the forward deflecting region of the first skate comprises a radius between 0.5 and 1 inch, the curved profile of the rearward deflecting region of the first skate comprises a radius between 0.5 and 1 inch, the curved profile of the forward deflecting region of the second skate comprises a radius between 0.5 and 1 inch, the curved profile of the rearward deflecting region of the second skate comprises a radius between 0.5 and 1 inch.
13. The dolly of claim 10 , wherein the forward deflecting region of the first skate comprises a profile including a curved portion and a straightly-sloped portion, the rearward deflecting region of the first skate comprises a profile including a curved portion and a straightly-sloped portion, the forward deflecting region of the second skate comprises a profile including a curved portion and a straightly-sloped portion, and the rearward deflecting region of the second skate comprises a profile including a curved portion and a straightly-sloped portion.
14. The dolly of claim 10 , wherein the at least one rod comprises two rods.
15. The dolly of claim 14 , wherein the two rods each have adjustable lengths.
16. The dolly of claim 15 , wherein the two rods are each telescoping.
17. The dolly of claim 15 , wherein:
the first skate comprises a forward receiving region configured to receive a first one of the two rods;
an outer surface of the forward receiving region of the first skate comprises the forward deflecting region of the first skate;
the first skate comprises a rearward receiving region configured to receive a second one of the two rods;
an outer surface of the rearward receiving region of the first skate comprises the rearward deflecting region of the first skate;
the second skate comprises a forward receiving region configured to receive the first one of the two rods;
an outer surface of the forward receiving region of the second skate comprises the forward deflecting region of the second skate;
the second skate comprises a rearward receiving region configured to receive the second one of the two rods; and
an outer surface of the rearward receiving region of the second skate comprises the rearward deflecting region of the second skate.
18. The dolly of claim 17 , wherein the first one of the two rods is configured to extend through an outward lateral edge of the forward receiving region of the second skate, and the second one of the two rods is configured to extend through an outward lateral edge of the rearward receiving region of the second skate.
19. A dolly configured to travel over an object, comprising:
a first skate connected to a plurality of wheels, and including an underside, a leading edge, a trailing edge, and a deflecting region between the leading edge and the plurality of wheels;
a second skate connected to a plurality of wheels, and including an underside, a leading edge, a trailing edge, and a deflecting region between the leading edge and the plurality of wheels; and
at least one rod connected to the first skate and the second skate to couple the first skate with the second skate,
wherein the deflecting region of the first skate is configured to deflect the first skate upwardly over the object as the dolly travels forwardly and as the deflecting region is pushed against the object, such that a portion of the plurality of wheels connected to the first skate are moved upwardly,
wherein the deflecting region of the second skate is configured to deflect the second skate upwardly over the object as the dolly travels forwardly and as the deflecting region is pushed against the object, such that a portion of the plurality of wheels connected to the second skate are moved upwardly,
wherein the first skate comprises a forward receiving region configured to receive one of the at least one rod,
wherein an outer surface of the forward receiving region of the first skate comprises the deflecting region of the first skate,
wherein the second skate comprises a forward receiving region configured to receive the one of the at least one rod, and
wherein an outer surface of the forward receiving region of the second skate comprises the deflecting region of the second skate.
20. The dolly of claim 19 , wherein the one of the at least one rod is configured to extend through an outward lateral edge of the forward receiving region of the second skate.
21. A dolly configured to travel over an object, comprising:
a first skate connected to a plurality of wheels, and including an underside, a leading edge, a trailing edge, a forward deflecting region between the leading edge and the plurality of wheels, and a rearward deflecting region between the trailing edge and the plurality of wheels;
a second skate connected to a plurality of wheels, and including an underside, a leading edge, a trailing edge, a forward deflecting region between the leading edge and the plurality of wheels, and a rearward deflecting region between the trailing edge and the plurality of wheels; and
at least one rod connected to the first skate and the second skate to couple the first skate with the second skate,
wherein the forward deflecting region of the first skate is configured to deflect the first skate upwardly over the object as the dolly travels forwardly and as the forward deflecting region is pushed against the object, such that a portion of the plurality of wheels connected to the first skate are moved upwardly,
wherein the rearward deflecting region of the first skate is configured to deflect the first skate upwardly over the object as the dolly travels backwardly and as the rearward deflecting region is pushed against the object, such that a portion of the plurality of wheels connected to the first skate are moved upwardly,
wherein the forward deflecting region of the second skate is configured to deflect the second skate upwardly over the object as the dolly travels forwardly and as the forward deflecting region is pushed against the object, such that a portion of the plurality of wheels connected to the second skate are moved upwardly,
wherein the rearward deflecting region of the second skate is configured to deflect the second skate upwardly over the object as the dolly travels backwardly and as the rearward deflecting region is pushed against the object, such that a portion of the plurality of wheels connected to the second skate are moved upwardly,
wherein the first skate comprises a forward receiving region configured to receive a first one of the at least one rod,
wherein an outer surface of the forward receiving region of the first skate comprises the forward deflecting region of the first skate,
wherein the first skate comprises a rearward receiving region configured to receive a second one of the at least one rod,
wherein an outer surface of the rearward receiving region of the first skate comprises the rearward deflecting region of the first skate
wherein the second skate comprises a forward receiving region configured to receive the first one of the at least one rod
wherein an outer surface of the forward receiving region of the second skate comprises the forward deflecting region of the second skate
wherein the second skate comprises a rearward receiving region configured to receive the second one of the at least one rod, and
wherein an outer surface of the rearward receiving region of the second skate comprises the rearward deflecting region of the second skate.
22. The dolly of claim 21 , wherein the first one of the at least one rod is configured to extend through an outward lateral edge of the forward receiving region of the second skate, and the second one of the at least one rod is configured to extend through an outward lateral edge of the rearward receiving region of the second skate.