A method of forming paneled corners including the step of providing first and second components. The first components can each have a pair of first legs forming an exterior angle of greater than 180 degrees, and can have a first connector. The second components can each have a pair of second legs fo
A method of forming paneled corners including the step of providing first and second components. The first components can each have a pair of first legs forming an exterior angle of greater than 180 degrees, and can have a first connector. The second components can each have a pair of second legs forming an interior angle of less than 180, and can have a second connector. The method can further include the steps of choosing an outside corner from an outside corner and an inside corner, selecting one of the first components, placing the one first component over the outside corner, securing the one first component, placing panels on the first legs, selecting one of the second components, pushing the one second component onto the one first selected component to engage their respective second and first connectors, thereby capturing the edges of the two panels.
대표청구항▼
1. A method of forming paneled corners, the method comprising the steps of: providing a plurality of first components and a plurality of second components, each of the plurality of first components having a pair of first legs oriented relative to one another at an angle forming an exterior angle of
1. A method of forming paneled corners, the method comprising the steps of: providing a plurality of first components and a plurality of second components, each of the plurality of first components having a pair of first legs oriented relative to one another at an angle forming an exterior angle of greater than 180 degrees and joined along a lengthwise seam, and each of the plurality of first components having a first connector protruding from adjacent the lengthwise seam and on the exterior side of each of the plurality of first components and equally dividing the exterior angle,each of the plurality of second components having a pair of second legs oriented relative to one another at the same angle and forming an interior angle of less than 180 degrees and joined along a lengthwise seam, and each of the plurality of second components having a second connector protruding from adjacent the lengthwise seam and on the interior side of each of the plurality of second components and equally dividing the interior angle;choosing a structure having both an outside corner and an inside corner to receive a plurality of panels;choosing the outside corner of the structure;selecting one of the plurality of first components;placing the one of the plurality of first components over the outside corner;securing the one of the plurality of first components to the outside corner;placing two panels adjacent the structure with a panel edge of each panel on a respective one of the first legs;selecting one of the plurality of second components;pushing the one of the plurality of second components onto the selected one of the plurality of first components to engage their respective second and first connectors, thereby capturing the respective panel edges of the two panels between the corresponding first and second legs;choosing the inside corner of the structure;selecting another of the plurality of second components;placing the another of the plurality of second components over the inside corner;securing the another of the plurality of second components to the inside corner;placing two panels adjacent the structure with a panel edge of each on a respective one of the second legs;selecting another of the plurality of first components having a first connector;pushing the another of the plurality of first components onto the selected another of the plurality of second components to engage their respective first and second connectors, thereby capturing the respective panel edges of the two panels between the second and first legs. 2. The method according to claim 1, wherein the step of providing further includes providing each of the plurality of first components with a spaced apart pair of first connector flanges as the first connectors, and providing each of the plurality of second components with a second connector flange as the second connectors that can interferingly fit between any pair of the first connector flanges when engaged. 3. The method according to claim 2, wherein the step of providing further includes providing each of the first connector flanges and each of the second connector flanges with a stem section and a head extending along a free edge of the stem section, wherein each head has a thickness that is greater than a thickness of the corresponding stem section, and wherein the spacing between each pair of the stem sections of first connector flanges matches the head thickness of each of the second connector flanges. 4. The method according to claim 3, wherein the step of connecting further includes pushing the head of the second connector flange between a pair of the first connector flanges. 5. The method according to claim 1, wherein the step of securing further includes installing fasteners through a first fastener groove and a second fastener groove along a respective lengthwise surface of each of the first and second legs on the same side as the respective first and second connectors and into a substrate of the structure. 6. The method according to claim 1, further comprising the step of: selectively removing the one of the plurality of second components from the one of the plurality of first components by pulling the engaged first and second connectors apart from one end to the other of the one of the plurality of first components and the one of the plurality of second components thereby releasing the panels. 7. The method according to claim 1, wherein the step of providing further includes providing the plurality of first components and the plurality of second components as extruded PVC components. 8. A method of forming paneled corners, the method comprising the steps of: providing a plurality of first components and a plurality of second components, each of the plurality of first components having a pair of first legs oriented relative to one another at an angle forming an exterior angle of greater than 180 degrees and joined along a lengthwise seam, and each of the plurality of first components having a first connector protruding from adjacent the seam along the length and on the exterior side of each of the plurality of first components and equally dividing the exterior angle,each of the plurality of second components having a pair of second legs oriented relative to one another at the same angle and forming an interior angle of less than 180 degrees and joined along a lengthwise seam, and each of the plurality of second components having a second connector protruding from adjacent the seam along the length and on the interior side of each of the plurality of second components and equally dividing the interior angle;selecting one of the plurality of first components;fastening the one of the plurality of first components over an outside corner of the structure;placing two panels adjacent the structure with a respective panel edge of each over a respective one of the first legs;selecting one of the plurality of second components;pushing the one of the plurality of second components onto the one of the plurality of first components to engage their respective second and first connectors, thereby capturing the respective panel edges of the two panels between the first and second legs of the respective one of the plurality of first components and the respective one of the plurality of second components;selecting another of the plurality of second components;fastening the another of the plurality of second components over an inside comer of a structure;placing two panels adjacent the structure with a respective panel edge of each over a respective one of the second legs;selecting another of the plurality of first components;pushing the another of the plurality of first components onto the another of the plurality of second components to engage their respective first and second connectors, thereby capturing the respective panel edges of the two panels between the respective second and first legs. 9. The method according to claim 8, wherein the step of providing further includes providing each of the plurality of first components with a spaced apart pair of first connector flanges as the first connectors, and providing each of the plurality of second components with a second connector flange as the second connectors that can interferingly fit between any pair of the first connector flanges when engaged. 10. The method according to claim 9, wherein the step of providing further includes providing each of the first and second connector flanges with a stem section and a head extending along a free edge of the stem section, wherein each head has a thickness that is greater than a thickness of the corresponding stem section, and wherein the spacing between each pair of stem sections of the first connector flanges matches the head thickness of each of the second connector flanges of the second connectors. 11. The method according to claim 8, wherein the steps of fastening further include installing fasteners through a first and second fastener groove along a lengthwise surface of each of the first and second legs on the same side as the respective first and second connectors and into a substrate of the structure. 12. A method of paneling corner structures, the method comprising the steps of: providing a kit having a plurality of first components and a plurality of second components, each of the plurality of first components having a pair of first legs oriented relative to one another at an angle forming an exterior angle of greater than 180 degrees and joined along a lengthwise seam, and each of the plurality of first components having a first connector protruding from adjacent the seam along the length and on the exterior side of each of the plurality of first components and equally dividing the exterior angle,each of the plurality of second components having a pair of second legs oriented relative to one another at the same angle and forming an interior angle of less than 180 degrees and joined along a lengthwise seam, and each of the plurality of second components having a second connector protruding from adjacent the seam along the length and the interior side of each of the plurality of second components and equally dividing the interior angle;choosing a structure having both an outside corner and an inside corner to receive a plurality of panels;choosing the outside corner of the structure;selecting one of the plurality of first components;securing the one of the plurality of first components over the outside corner of the structure with the respective first connector exposed;placing two panels of the plurality of panels adjacent the structure with a panel edge of each panel over a respective one of the pair of first legs of the one of the plurality of first components;engaging the second connector of one of the plurality of second components to the exposed one of the plurality of first connectors capturing the respective edges of the panels therebetween,choosing the inside corner of the structure;selecting another of the plurality of second components;securing the another of the plurality of second components over the inside corner of the structure with the second connector exposed;placing two of the plurality of panels adjacent the structure with a panel edge of each panel over a respective one of the pair of second legs of the another of the plurality of second components; andengaging the first connector of another one of the plurality of first components to the exposed second connector capturing the respective edges of the panels therebetween. 13. The method according to claim 12, further comprising the step of: disconnecting the one of the plurality of second components from the one of the plurality of first components of the outside corner by lengthwise pulling apart the second connector from the first connector, thereby releasing the panels. 14. The method according to claim 13, further comprising the steps of: removing the one of the plurality of first components from the outside corner;choosing the inside corner of the structure;securing the one of the plurality of second components to the inside corner of the structure with the second connector exposed;placing the respective panel edges over the legs of the one of the plurality of second components; andengaging the first connector of the one of the plurality of first components to the exposed second connector of the one of the plurality of second components capturing the respective panel edges therebetween. 15. The method according to claim 12, further comprising the step of: disconnecting the another of the plurality of first components from the another of the plurality of second components of the inside corner by lengthwise pulling apart the first connector from the second connector thereby releasing the panels. 16. The method according to claim 15, further comprising the steps of: removing the another of the plurality of second components from the outside corner;choosing the outside corner of the structure;mounting the another of the plurality of first components to the outside corner of the structure with the first connector exposed;placing respective panel edges over the legs of the another of the plurality of first components; andengaging the second connector of the another of the plurality of second components to the exposed first connector of the another of the plurality of first components capturing the respective panel edges therebetween. 17. The method according to claim 12, further comprising the step of: trimming one or more of the plurality of first components and the plurality of second components to a desired length. 18. The method according to claim 12, wherein the steps of fastening include installing fasteners through a fastener groove extending lengthwise along each of the pair of first and second legs.
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이 특허에 인용된 특허 (29)
Cates Dennis O. ; Crawford Roger K., Cleanroom wall system.
Zegel Douglas R. (Moorestown NJ) Jensen Gary S. (Drexel Hill PA) Hernick Mark R. (Prospect Park PA) Daniels Michael J. (Doylestown PA), Wall system and method of construction.
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