A cladded door frame system includes spaced left and right frame members orthogonally joined at upper portions thereof to a header, thus defining a door opening having exterior and interior sides. Each frame member includes a side jamb and a brickmold orthogonally extending along an exteriorly dispo
A cladded door frame system includes spaced left and right frame members orthogonally joined at upper portions thereof to a header, thus defining a door opening having exterior and interior sides. Each frame member includes a side jamb and a brickmold orthogonally extending along an exteriorly disposed surface of the side jamb. First, second and third metal cladding strips frictionally engage a respective frame member. Each cladding strip includes a U-shaped inner flange that engages three surfaces of one of the jambs and a U-shaped outer flange that engages three surfaces of one of the brickmolds. The inner flange is joined to the outer flange at an orthogonal orientation. The inner flange engages most of the surface area of the respective side jamb.
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A cladded door frame system includes spaced left and right frame members orthogonally joined at upper portions thereof to a header, thus defining a door opening having exterior and interior sides. Each frame member includes a side jamb and a brickmold orthogonally extending along an exteriorly dispo
A cladded door frame system includes spaced left and right frame members orthogonally joined at upper portions thereof to a header, thus defining a door opening having exterior and interior sides. Each frame member includes a side jamb and a brickmold orthogonally extending along an exteriorly disposed surface of the side jamb. First, second and third metal cladding strips frictionally engage a respective frame member. Each cladding strip includes a U-shaped inner flange that engages three surfaces of one of the jambs and a U-shaped outer flange that engages three surfaces of one of the brickmolds. The inner flange is joined to the outer flange at an orthogonal orientation. The inner flange engages most of the surface area of the respective side jamb. tions, and front and rear vertical channel sections, said channel sections each comprising means for securing a plurality of rollers in said channel sections, each said roller having an axle secured to said front wall; such that a pair of said rollers mounted in said lower horizontal sections travels up a front side of said vertical channel sections when said front wall is pivoted from said vertical position to a horizontal position, and said pair of said rollers slides from a front end of said front section to a rear end of said front section. 3. The enclosure of claim 1, wherein: said frame includes side members on sides of said first section and said second section, said side members have affixed thereto slide frame elements that receive at least one section alignment assembly, said section alignment assemblies each comprise a rod with a first end fixedly secured in a first section of said frame, a second end of said rod includes a roller movably received in a channel of a second section of said frame, said section alignment assemblies forming movable alignment joints that hold said first section in proper alignment with said second section; wherein as said first section is moved relative to said second section, said rollers of said section alignment assemblies move within said channels of said frame. 4. The enclosure of claim 1, wherein: at least one door is included in said first section or said second section. 5. The enclosure of claim 1, wherein: at least one purlin of a roof of said enclosure comprises a bottom wall, two side walls, a rounded top side, and an upper interior support bar, and a lower interior support bar, each said interior support bar extending for a length of said purlins; wherein on a top side of said upper interior support bar and on a bottom side of said lower interior support bar are arced screw mounts. 6. The enclosure of claim 1, wherein: said frame elements are formed from extruded aluminum. 7. The enclosure of claim 1, wherein: said panels are formed from clear plastic. 8. A retractable enclosure comprising: at least a first section and a second section, said first section and said second section comprising a frame formed from a plurality of frame elements, a plurality of panels received in said frame elements, at least one door for access into and egress from said enclosure; wherein said first section is smaller than said second section, so that when said enclosure is moved to a retracted position, said first section is received in an interior of said second section, and a front wall of said first section of said enclosure is pivotally and slidably mounted in a wall track mounted on said frame, such that said front wall pivots from a vertical position to a horizontal position, and said front wall is positionable in said vertical position at any point along a length of said wall track. 9. The enclosure of claim 8, wherein: said wall track comprises upper and lower horizontal channel sections, and front and rear vertical channel sections, said channel sections each comprising means for securing a plurality of rollers in said channel sections, each said roller having an axle secured to said front wall; such that a pair of said rollers mounted in said lower horizontal sections travels up a front side of said vertical channel sections when said front wall is pivoted from said vertical position to a horizontal position, and said pair of said rollers slides from a front end of said front section to a rear end of said front section. 10. The enclosure of claim 8, wherein: wheels are affixed to a frame of at least said first section to enable said first section to easily move into said second section when said enclosure is moved to said retracted position. 11. The enclosure of claim 8, wherein: said frame includes side members on sides of said first section and said second section, said side members have affixed thereto slide frame element s that receive at least one section alignment assembly, said section alignment assemblies each comprise a rod with a first end fixedly secured in a first section of said frame, a second end of said rod includes a roller movably received in a channel of a second section of said frame, said section alignment assemblies forming movable alignment joints that hold said first section in proper alignment with said second section; wherein as said first section is moved relative to said second section, said rollers of said section alignment assemblies move within said channels of said frame. 12. The enclosure of claim 8, wherein: at least one door is included in said first section or said second section. 13. The enclosure of claims 8, wherein: at least one purlin of a roof of said enclosure comprises a bottom wall, two side walls, a rounded top side, and an upper interior support bar, and a lower interior support bar, each said interior support bar extending for a length of said purlins; wherein on a top side of said upper interior support bar and on a bottom side of said lower interior support bar are arced screw mounts. 14. The enclosure of claim 8, wherein: said frame elements are formed from extruded aluminum. 15. The enclosure of claim 8, wherein: said panels are formed from clear plastic. 16. A retractable enclosure comprising: at least a first section and a second section, said first section and said second section comprising a frame formed from a plurality of frame elements, a plurality of panels received in said frame elements, at least one door for access into and egress from said enclosure, and wheels affixed to a frame of at least said first section; wherein said first section is smaller than said second section, so that when said enclosure is moved to a retracted position, said first section is received in an interior of said second section, and said frame includes side members on sides of said first section and said second section, said side members have affixed thereto slide frame elements that receive at least two section alignment assemblies, said section alignment assemblies comprise a rod with a first end fixedly secured in a first section of said frame, a second end of said rod includes a roller movably received in a channel of a second section of said frame, said section alignment assemblies forming movable alignment joints that hold said first section in proper alignment with said second section; wherein as said first section is moved relative to said second section, said rollers of said section alignment assemblies move within said channels of said frame. 17. The enclosure of claim 16, wherein: at least one door is included in said first section or said second section. 18. The enclosure of claim 16, wherein: at least one purlin of a roof comprises a bottom wall, two side walls, a rounded top side, and an upper interior support bar, and a lower interior support bar, each said interior support bar extending for a length of said purlins; wherein on a top side of said upper interior support bar and on a bottom side of said lower interior support bar are arced screw mounts. 19. The enclosure of claim 16, wherein: said frame elements are formed from extruded aluminum. 20. The enclosure of claim 16, wherein: said panels are formed from clear plastic. 21. A retractable enclosure comprising: at least a first section and a second section, said first section and said second section comprising a frame formed from a plurality of frame elements, a plurality of panels received in said frame elements, at least one door for access into and egress from said enclosure, and wheels affixed to a frame of at least said first section; wherein said first section is smaller than said second section, so that when said enclosure is moved to a retracted position, said first section is received in an interior of said second section, and at least one purlin of a roof comprises a bottom wall, two side walls, a rounded top side, and an upper interior support bar, and a lower interior support bar, each said interior support bar extending for a length of said purlins; wherein on a top side of said upper interior support bar and on a bottom side of said lower interior support bar are arced screw mounts. 22. The enclosure of claim 21, wherein: said frame elements are formed from extruded aluminum. 23. The enclosure of claim 21, wherein: said panels are formed from clear plastic. 24. A retractable enclosure comprising: at least a first section and a second section, said first section and said second section comprising a frame formed from a plurality of frame elements, a plurality of panels received in said frame elements, at least one door for access into and egress from said enclosure; wherein said first section is smaller than said second section, so that when said enclosure is moved to a retracted position, said first section is received in an interior of said second section, and said frame includes side members on sides of said first section and said second section, said side members have affixed thereto slide frame elements that receive at least two section alignment assemblies, said section alignment assemblies comprise a rod with a first end fixedly secured in a first section of said frame, a second end of said rod includes a roller movably received in a channel of a second section of said frame, said section alignment assemblies forming movable alignment joints that hold said first section in proper alignment with said second section, so that as said first section is moved relative to said second section, said rollers of said section alignment assemblies move within said channels of said frame. 25. The enclosure of claim 24, wherein: at least one door is included in said first section or said second section. 26. The enclosure of claim 24, wherein: at least one purlin of a roof comprises a bottom wall, two side walls, a rounded top side, and an upper interior support bar, and a lower interior support bar, each said interior support bar extending for a length of said purlins; wherein on a top side of said upper interior support bar and on a bottom side of said lower interior support bar are arced screw mounts. 27. The enclosure of claim 24, wherein: said frame elements are formed from extruded aluminum. 28. The enclosure of claim 24, wherein: said panels are formed from clear plastic. 29. A retractable enclosure comprising: at least a first section and a second section, said first section and said second section comprising a frame formed from a plurality of frame elements, a plurality of panels received in said frame elements, at least one door for access into and egress from said enclosure; wherein said first section is smaller than said second section, so that when said enclosure is moved to a retracted position, said first section is received in an interior of said second section, and at least one purlin of a roof comprises a bottom wall, two side walls, a rounded top side, and an upper interior support bar, and a lower interior support bar, each said interior support bar extending for a length of said purlins; wherein on a top side of said upper interior support bar and on a bottom side of said lower interior support bar are arced screw mounts. 30. The enclosure of claim 29, wherein: said frame elements are formed from extruded aluminum. 31. The enclosure of claim 29, wherein: said panels are formed from clear plastic.
Clark, Randy Jon; Koepke, Gary Lee; Lewallen, Keith Lynn; Olson, Brent David; Transue, William Robert, Multi-layered fire door and method for making the same.
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