Thermal processing cabinet with monolithic floor
View Patent ↗Smokehouses ( 20 ) or other similar thermal processing cabinets or houses are provided with improved floor assemblies ( 22 ) which eliminate fluid collection and provide a high degree of structural integrity. The smokehouses ( 20 ) include upright walls ( 24, 26 ) supported on the floor assemblies ( 22 ). Each floor assembly ( 22 ) has one or more weldment frame assemblies ( 38 ) including a peripheral frame assembly ( 46 ) with opposed wall receiving channel segments ( 52 ) and frame elements ( 54 ). Drainage structure such as one or more tubular drain units ( 44 ) are also preferably secured to the weldment frame assemblies ( 38 ) and are positioned to effect proper liquid drainage. Tread plates ( 42 ) are secured to the weldment frame assemblies ( 38 ). In order to construct a floor assembly ( 22 ), an appropriately sized recess ( 66 ) is formed and the weldment frame assemblies ( 38 ) and drain units ( 44 ) are installed. A monolithic pour of concrete ( 40 ) is then placed within the weldment frame assemblies ( 38 ) and allowed to cure. The tread plates ( 42 ) are then installed to complete the construction.
1. A weldment frame designed for use in fabricating a thermal processing cabinet floor and comprising:
a peripheral frame assembly including opposed wall-receiving channel segments;
a plurality of elongated, laterally spaced apart frame elements secured to and extending between opposed portions of said peripheral frame;
a plurality of spaced apart concrete anchors secured to each of said frame elements, said frame elements being generally L-shaped in cross-section and presenting an elongated corner, said anchors being secured to said frame elements along the lengths of said corners; and
a tread plate secured to said peripheral frame assembly and at least certain of said frame elements.
2. The weldment frame of claim 1 , said anchors being generally Z-shaped in configuration and extending below said peripheral frame assembly.
3. The weldment frame of claim 1 , said peripheral frame assembly being generally rectangular in plan with a pair of opposed, long primary legs and a pair of opposed, transverse legs, said channel sections being secured to said transverse legs, said frame elements extending between and connected with said primary legs.
4. The weldment frame of claim 1 , said tread plate having a plurality of weld openings therein, said tread plate being welded to said peripheral frame assembly through said weld openings.
5. The weldment frame of claim 1 , including drainage structure associated with said weldment frame, said weldment frame and tread plate having a drainage gradient extending toward the drainage structure.
6. The weldment frame of claim 5 , said drainage structure comprising a tubular drain unit within said peripheral frame, said tread plate surrounding said drain unit.
7. A weldment frame designed for use in fabricating a thermal processing cabinet floor and comprising:
a peripheral frame assembly including opposed wall-receiving channel segments;
a plurality of elongated, laterally spaced apart frame elements secured to and extending between opposed portions of said peripheral frame;
a plurality of spaced apart concrete anchors secured to each of said frame elements, said frame elements being generally L-shaped in cross-section and presenting an elongated corner, said anchors being generally Z-shaped in configuration and extending below said peripheral frame assembly; and
a tread plate secured to said peripheral frame assembly and at least certain of said frame elements.
8. A weldment frame designed for use in fabricating a thermal processing cabinet floor and comprising:
a peripheral frame assembly including opposed wall-receiving channel segments;
a plurality of elongated, laterally spaced apart frame elements secured to and extending between opposed portions of said peripheral frame; and
a tread plate secured to said peripheral frame assembly and at least certain of said frame elements, said tread plate having a plurality of weld openings therein, said tread plate being welded to said peripheral frame assembly through said weld openings.
9. A thermal processing cabinet floor comprising:
a weldment frame assembly located within a complemental recess, including—
a peripheral frame assembly including opposed wall-receiving channel segments;
a plurality of elongated, laterally spaced apart frame elements secured to and extending between opposed portions of said peripheral frame; and
a tread plate secured to said peripheral frame assembly and at least certain of said frame elements; and
a monolithic pour of concrete within and through said peripheral frame assembly and below said tread plate.
10. The thermal processing cabinet floor of claim 9 , including a plurality of spaced apart concrete anchors secured to each of said frame elements.
11. The thermal processing cabinet floor of claim 10 , said frame elements being generally L-shaped in cross-section and presenting an elongated corner, said anchors being secured to said frame elements along the length of said corners.
12. The thermal processing cabinet floor of claim 10 , said anchors being generally Z-shaped in configuration and extending below said peripheral frame assembly.
13. The thermal processing cabinet floor of claim 9 , said peripheral frame assembly being generally rectangular in plan with a pair of opposed, long primary legs and a pair of opposed, transverse legs, said channel sections being secured to said transverse legs, said frame elements extending between and connected with said primary legs.
14. The thermal processing cabinet floor of claim 9 , said tread plate having a plurality of weld openings therein, said tread plate being welded to said peripheral frame assembly through said weld openings.
15. The thermal processing cabinet floor of claim 9 , said tread plate formed of a plurality of individual plate components each welded to said peripheral frame assembly.
16. The thermal processing cabinet floor of claim 9 , including drainage structure associated with said weldment frame, said weldment frame and tread plate having a drainage gradient extending toward the drainage structure.
17. The thermal processing cabinet floor of claim 16 , said drainage structure comprising a tubular drain unit within said peripheral frame, said tread plate surrounding said drain unit.
18. A thermal processing cabinet comprising:
a thermal processing cabinet floor comprising—
a peripheral frame assembly including opposed wall-receiving channel segments;
a plurality of elongated, laterally spaced apart frame elements secured to and extending between opposed portions of said peripheral frame; and
a tread plate secured to said peripheral frame assembly and at least certain of said frame elements;
a monolithic pour of concrete within and through said peripheral frame assembly and below said tread plate; and
upright thermal processing cabinet wall structure including a first pair of opposed walls received within said channel segments, and a second pair of opposed walls supported by said concrete.
19. The thermal processing cabinet of claim 18 , including a plurality of spaced apart concrete anchors secured to each of said frame elements.
20. The thermal processing cabinet of claim 19 , said frame elements being generally L-shaped in cross-section and presenting an elongated corner, said anchors being secured to said frame elements along the length of said corners.
21. The thermal processing cabinet of claim 19 , said anchors being generally Z-shaped in configuration and extending below said peripheral frame assembly.
22. The thermal processing cabinet of claim 18 , said peripheral frame assembly being generally rectangular in plan with a pair of opposed, long primary legs and a pair of opposed, transverse legs, said channel sections being secured to said transverse legs, said frame elements extending between and connected with said primary legs.
23. The thermal processing cabinet of claim 18 , said tread plate having a plurality of weld openings therein, said tread plate being welded to said peripheral frame assembly through said weld openings.
24. The thermal processing cabinet of claim 18 , said tread plate formed of a plurality of individual plate components each welded to said peripheral frame assembly.
25. The thermal processing cabinet of claim 18 , said wall structure including an intermediate wall substantially parallel and between said second pair of walls.
26. The thermal processing cabinet of claim 18 , said cabinet being a smokehouse.
27. The thermal processing cabinet of claim 18 , including drainage structure associated with said weldment frame, said weldment frame and tread plate having a drainage gradient extending toward the drainage structure.
28. The thermal processing cabinet of claim 27 , said drainage structure comprising a tubular drain unit within said peripheral frame, said tread plate surrounding said drain unit.