Modular transport apparatus
View Patent ↗A transport apparatus for use in modular construction, specifically a dual-deck hydraulic apparatus that, while carrying a payload, can detect topology changes and adjust accordingly to keep the payload in substantially the same position. The apparatus can efficiently transport modular building components while preventing torsion and other damage. The apparatus can also adapt to off-load modules to foundations or multi-story heights.
1. A modular transport apparatus, comprising:
a first deck having an upper surface and a lower surface;
a second deck having an upper surface and a lower surface;
said second deck being positioned over and substantially parallel to said top surface of said first deck;
wherein said upper surface of said first deck and said lower surface of said second deck are operatively coupled via a deck lift assembly, such that said second deck can move vertically relative to said first deck;
wherein said first deck is operatively coupled with a plurality of leg assemblies;
wherein each of said plurality of leg assemblies is coupled with at least one drive assembly; and
wherein each of said plurality of leg assemblies comprises at least one outrigger, at least one leg member, at least one leg collar, and at least one leg hydraulic mechanism.
2. A modular transport apparatus, comprising:
a first deck having an upper surface and a lower surface;
a second deck having an upper surface and a lower surface;
said second deck being positioned over and substantially parallel to said top surface of said first deck;
wherein said upper surface of said first deck and said lower surface of said second deck are operatively coupled via a deck lift assembly, such that said second deck can move vertically relative to said first deck;
wherein said first deck is operatively coupled with a plurality of leg assemblies;
wherein each of said plurality of leg assemblies is coupled with at least one drive assembly; and
wherein said deck lift assembly comprises a plurality of first arm members, a plurality of second arm members, at least one deck hydraulic mechanism, and at least one roller assembly.
3. The modular transport apparatus of claim 2 , wherein said first and second decks each comprise at least one longitudinal channel adapted to slidably couple with said at least one roller assembly.
4. A modular transport apparatus, comprising:
a first deck having an upper surface and a lower surface;
a second deck having an upper surface and a lower surface;
said second deck being positioned over and substantially parallel to said top surface of said first deck;
wherein said upper surface of said first deck and said lower surface of said second deck are operatively coupled via a deck lift assembly, such that said second deck can move vertically relative to said first deck;
wherein said first deck is operatively coupled with a plurality of leg assemblies;
wherein each of said plurality of leg assemblies is coupled with at least one drive assembly; and
wherein at least one leg assembly is adapted to rotate.
5. A modular transport apparatus, comprising:
a first deck having an upper surface and a lower surface;
a second deck having an upper surface and a lower surface;
said second deck being positioned over and substantially parallel to said top surface of said first deck;
a hauler assembly positioned underneath and substantially parallel to said first and second decks;
wherein said upper surface of said first deck and said lower surface of said second deck are operatively coupled via a deck lift assembly, such that said second deck can move vertically relative to said first deck;
wherein said first deck is operatively coupled with a plurality of leg assemblies;
wherein each of said plurality of leg assemblies is coupled with at least one drive assembly.
6. A modular transport apparatus, comprising:
a first deck having an upper surface and a lower surface;
a second deck having an upper surface and a lower surface;
said second deck being positioned over and substantially parallel to said top surface of said first deck;
a leveling system adapted to detect and compensate for undesirable movement of said first and second decks;
wherein said upper surface of said first deck and said lower surface of said second deck are operatively coupled via a deck lift assembly, such that said second deck can move vertically relative to said first deck;
wherein said first deck is operatively coupled with a plurality of leg assemblies;
wherein each of said plurality of leg assemblies is coupled with at least one drive assembly.
7. The modular transport apparatus of claim 6 , wherein said leveling system further comprises a plurality of torsion control sensors adapted to detect twisting motion of said first deck.
8. The modular transport apparatus of claim 7 , wherein said leveling system further comprises the steps of:
utilizing an integral differential control adapted to collect feedback from said torsion control sensors;
transmitting said feedback to a central processing unit;
processing said feedback and sending processing results to a variable valve control interface;
wherein said variable valve control interface thereafter determines the desired positioning of the modular transport apparatus and instructs said at least one leg hydraulic to modify its position accordingly.