Platform trailer with extruded floor panel cross members
A platform of a trailer includes spaced-apart left and right side rails and a plurality of extruded aluminum panels that each extend from a left lateral end abutted with said left side rail to a right lateral end abutted with said right side rail. Each of the panels includes an upper wall, a lower wall spaced-apart from the upper wall, and first and second spaced-apart end walls that are connected to and extend between the upper and lower walls. The extruded aluminum panels are abutted in series with the first end wall of one panel abutted with the second end wall of an adjacent abutted panel such that the respective upper walls of adjacent abutted panels of the platform together define an upper, cargo supporting surface of the platform. The platform is arched to correspond with the arch of the first and second beams.
1. A method for constructing a platform trailer, said method comprising:
constructing a platform subassembly comprising plurality of extruded aluminum panels that each extend from a left lateral end to a right lateral end, each of said panels comprising an upper wall, a lower wall spaced-apart from said upper wall, and first and second spaced-apart end walls that are connected to and extend between the upper and lower walls, wherein said extruded aluminum panels are abutted in series with the first end wall of one panel abutted with the second end wall of an adjacent abutted panel such that the respective upper walls of adjacent abutted panels define a cargo supporting surface of said platform subassembly and such that the respective lower walls of the adjacent abutted panels define a lower surface of said platform subassembly;
deforming said platform subassembly from a flat configuration to an arched configuration by application of force;
abutting the platform subassembly while in said arched configuration with first and second spaced-apart arched aluminum beams that extend parallel to a longitudinal axis;
welding said platform subassembly to said first and second parallel, spaced-apart arched aluminum beams with said panels of said platform subassembly extending transversely relative to said longitudinal axis, wherein said step of welding said platform subassembly to said first and second aluminum beams comprises holding said platform subassembly in said arched configuration while said platform subassembly is in contact with said first and said aluminum beams during said welding step;
connecting an axle assembly to the first and second aluminum beams, said axle assembly comprising a left wheel and tire assembly and a right wheel and tire assembly.
2. The method of constructing a platform trailer as set forth in claim 1 , wherein said welding step comprises welding the upper flange each of said first and second beams to said lower surface of said platform subassembly using left and right welds that each extend axially an interface defined between the respective upper flange and the lower surface of the platform subassembly.
3. The method of constructing a platform trailer as set forth in claim 2 , wherein the upper, cargo supporting surface of said platform subassembly is oriented downward when said platform subassembly is welded to said first and second aluminum beams.
4. A method for constructing a platform trailer, said method comprising:
constructing a platform subassembly comprising plurality of extruded aluminum panels that each extend from a left lateral end to a right lateral end, each of said panels comprising an upper wall, a lower wall spaced-apart from said upper wall, and first and second spaced-apart end walls that are connected to and extend between the upper and lower walls, wherein said extruded aluminum panels are abutted in series such that the respective upper walls of adjacent abutted panels define a cargo supporting surface of said platform subassembly and such that the respective lower walls of the adjacent abutted panels define a lower surface of said platform subassembly;
deforming said platform subassembly from a flat configuration to an arched configuration by application of force while said lower surface of said platform subassembly in in contact with first and second spaced-apart arched aluminum beams such that said platform subassembly conforms to said first and second spaced-apart arched aluminum beams;
welding said platform subassembly to first and second parallel, spaced-apart arched aluminum beams with said first and second beams extending parallel to a longitudinal axis and with said panels of said platform subassembly extending transversely relative to said longitudinal axis, and wherein said step of welding said platform subassembly to said first and second aluminum beams comprises holding said platform subassembly in said arched configuration while said lower surface of said platform subassembly is in contact with said first and said aluminum beams during said welding step;
connecting an axle assembly to the first and second aluminum beams, said axle assembly comprising a left wheel and tire assembly and a right wheel and tire assembly.
5. The method as set forth in claim 4 , wherein said extruded aluminum panels are abutted in series in a manner such that the first end wall of one panel is abutted with the second end wall of an adjacent abutted panel and such that a rib projecting from the first end wall is received in a groove defined in the second end wall.
6. The method of constructing a platform trailer as set forth in claim 4 , wherein said welding step comprises welding the upper flange each of said first and second beams to said lower surface of said platform subassembly using left and right welds that each extend axially an interface defined between the respective upper flange and the lower surface of the platform subassembly.
7. The method of constructing a platform trailer as set forth in claim 6 , wherein the upper, cargo supporting surface of said platform subassembly is oriented downward when said platform subassembly is welded to said first and second aluminum beams.