초록 ▼

A wall covering comprising a plurality of plastic panels each having a body portion formed with rows of simulated building elements. The panels are mounted on a support surface with a lower marginal edge region of one panel overlying an upper marginal edge region of a previously mounted panel in a l

A wall covering comprising a plurality of plastic panels each having a body portion formed with rows of simulated building elements. The panels are mounted on a support surface with a lower marginal edge region of one panel overlying an upper marginal edge region of a previously mounted panel in a lower course and with a side marginal edge region of one panel overlying the side marginal edge region of a previously mounted adjacent panel in the same course. The marginal edge regions are provided with interlocks which engage and secure both the overlapping upper and lower marginal edge regions and the overlapping side marginal edge regions as an incident to upward movement of the panel relative to the underlying previously mounted panels. In the illustrated embodiment, the overlying lower marginal edge region and side marginal edge region of each panel are formed with upwardly directed locking flanges which are respectively engageable with downwardly directed flanges on the upper marginal edge region and apertures in the side marginal edge region of the underlying panels.

대표청구항 ▼

1. A wall covering for mounting on a support surface comprising:a plurality of panels each having a body portion formed with simulated building elements; said panels each having upper and lower marginal edge regions and first and second side marginal edge regions; said panels being mountable on said

1. A wall covering for mounting on a support surface comprising:a plurality of panels each having a body portion formed with simulated building elements; said panels each having upper and lower marginal edge regions and first and second side marginal edge regions; said panels being mountable on said support surface in a plurality of horizontal courses with at least some of said panels in a first horizontal course having a lower marginal edge region overlying an upper marginal edge region of a previously mounted panel in a second course positioned below the first horizontal course and with at least some of said panels in each course having a first side marginal edge region overlying a second side marginal edge region of an adjacent previously mounted panel in the course; and said upper and lower marginal defining interengageable interlocks for positively securing together overlapping upper and lower marginal edges: said first marginal edge region of each panel having at least one upwardly directed interlock flange located intermediate the upper and lower edge regions engageable with the second side marginal edge region of an underlying adjacent previously mounted panel in the same course as an incident to upward vertical movement of the panel relative to the adjacent previously mounted panel for positively securing the overlapping side marginal edge regions together when the panels are mounted on the support surface. 2. The wall covering of claim 1 in which said at least one interlock flange of the first side marginal edge region of each panel engages an underside of the second marginal edge region of an underlying adjacent previously mounted panel as an incident to upward movement of the panel relative to the previously mounted panel.3. The wall covering of claim 1 in which said first side marginal edge region includes a second interlock flange engageable with the second side marginal edge region of an adjacent previously mounted panel as an incident to upward vertical movement of the panel relative to the adjacent previously mounted panel.4. The wall covering of claim 1 in which said building elements are formed in said body in a plurality of horizontal rows, said second side marginal edge region including a first transverse flange adjacent to and extending laterally outwardly from one row of said building elements, said first transverse flange defining a portion of a front face of said second side marginal edge region and having an end portion which defines a downwardly directed end face, said end portion having an interlock receiving opening for receiving said interlock flange of an overlying first side marginal edge region as an incident to upward vertical movement of the panel during mounting relative to a previously mounted panel, and said second side marginal edge region including a second transverse flange adjacent to and extending laterally outwardly from a bottom row of said building elements, said transverse second flange defining a portion of a front face of said second side marginal edge region, and each panel having an upturned interlock flange adjacent a lower marginal edge region thereof for engaging said transverse second flange as an incident to upward movement of the panel relative to an underlying second marginal edge region of previously mounted panel in the same course.5. The wall covering of claim 1 in which said building elements are formed in said body portion in a plurality of horizontal rows, said second side marginal edge region including a first transverse flange extending laterally outwardly from a first row of said building elements and a second transverse flange extending laterally outwardly of a second row of said building elements, said first and second transverse flanges each defining a portion of a front face of the second side marginal edge region and having a respective end portion which defines a respective interlock-receiving opening, and said first side marginal edge region of each panel having at least two upwardly turned interlock flanges for respectively engaging the second side marginal edge region openings of an underlying second side marginal edge region as an incidence to upward vertical movement of the panel relative to the previously mounted panel.6. The wall covering of claim 5 in which said building elements are simulated shake each having a front face and a downwardly directed end face generally perpendicular to the front face of the shake, and said end face portions defined by said first and second transverse flanges of said second side marginal edge region each being recessed with respect to the front face of building element formed in the panel.7. The wall covering of claim 6 in faces defined by said end portions of said an adjacent which the end first and second transverse flanges each being recessed relative to the end face of an adjacent building element formed in the panel.8. A wall covering for mounting on a support surface comprising:a plurality of panels each having a body portion formed with simulated building elements; said panels each having upper and lower marginal edge regions and first and second side marginal edge regions disposed at opposite sides of said panel; said panels being mountable on said support surface in a plurality of horizontal courses with at least some of said panels in a first horizontal course having a lower marginal edge region overlying an upper marginal edge region of a previously mounted panel in a second course positioned below the first horizontal course and with at least some of said panels having a first side marginal edge region overlying a second side marginal edge region of an adjacent previously mounted panel in the same course; said lower marginal edge region and said first side marginal edge region of each panel having at least one interlock flange extending upwardly from an under side thereof, and said lower marginal edge region interlock flange and said first side marginal edge region interlock flange being respectively engageable with the underlying upper marginal edge region of the previously mounted panel in the second horizontal course and the underlying second side marginal edge region of the adjacent previously mounted panel in the same course as an incident to upward movement of the panel with respect to said previously mounted panels for positively securing together the overlying upper and lower marginal edge regions and the overlying first and second side marginal edge regions of the panels when mounted on the support surface. 9. The wall covering of claim 8 in which said at least one interlock flange of the first side marginal edge region of each panel engages an underside of the second marginal edge region of an underlying adjacent previously mounted panel as an incident to upward movement of the panel relative to the previously mounted panel.10. The wall covering of claim 9 in which said second side marginal edge region of at least some of said panels defines a side opening slot into which the interlock flange of an overlying first side marginal edge region is inserted and engageable as an incident to either vertical movement or lateral movement of the panel relative to the adjacent previously mounted panel in the course.11. The wall covering of claim 8 in which said second marginal edge region of each panel defines an interlock-receiving aperture into which the interlock flange of an overlying first side marginal edge region of a panel is inserted and engaged as an incident to upward vertical movement of the panel relative to the previously mounted panel.12. The wall covering of claim 8 in which said first side marginal edge region includes a second interlock flange engageable with the second side marginal edge region of an adjacent previously mounted panel as an incident to upward vertical movement of the panel relative to the adjacent previously mounted panel.13. The wall covering of claim 8 in which said building elements are formed in said body in a plurality of horizontal rows, said second side marginal edge region including a first transverse flange adjacent to and extending laterally outwardly from one row of said building elements, said-first transverse flange defining a portion of a front face of said second side marginal edge region and having an end portion which defines a downwardly directed end face, said end portion having an interlock receiving opening for receiving said interlock flange of an overlying first side marginal edge region as an incident to upward vertical movement of the panel during mounting relative to a previously mounted panel, and said second side marginal edge region including a second transverse flange adjacent to and extending laterally outwardly from a bottom row of said building elements, said transverse second flange defining a portion of a front face of said second side marginal edge region, and each panel having an upturned interlock flange adjacent a lower marginal edge region thereof for engaging said transverse second flange as an incident to upward movement of the panel relative to an underlying second marginal edge region of previously mounted panel in the same course.14. A wall covering for mounting on a support surface comprising:a plurality of panels each having a body portion formed with simulated building elements arranged in three horizontal rows; said panels each having upper and lower marginal edge regions and first and second side marginal edge regions disposed at opposite sides of said panel; said panels being mountable on said support surface in a plurality of horizontal courses with at least some of said panels in a first horizontal course having a lower marginal edge region overlying an upper marginal edge region of a previously mounted panel in a second course positioned below the first horizontal course and with at least some of said panels having a first side marginal edge region overlying a second side marginal edge region of an adjacent previously mounted panel in the same course; at least one of said first and second side marginal edge regions of each panel having interlocks adjacent each row of simulated building elements which are engageable with the other of said first and second side marginal edge regions as an incident to upward movement of the first marginal edge region of one panel relative to the underlying second marginal edge region of a previously mounted panel for securing the overlapping first and second side marginal edge regions of the panels together at a location adjacent each row of simulated building elements when mounted on the support surface. 15. The wall covering of claim 14 in which the first side marginal edge region of each-panel has upwardly directed interlock flanges adjacent an end of each row of simulated building elements for engagement with the underlying second marginal edge region of an adjacent previously mounted panel at a location adjacent the end of each row of simulated building elements.16. The wall covering of claim 15 in which said second side marginal edge regions includes a plurality of openings for receiving a plurality of said, first marginal edge region interlock flanges as an incident to upward movement of the panel relative to a previously mounted panel.17. The wall covering of claim 14 in which the simulated building elements of the second row extend further in the direction of the second side marginal edge region than the simulated building elements of the first row, and the simulated building elements of the third row extend further in the direction of the building elements of the second row.18. A wall covering for mounting on a support surface comprising:a plurality of panels each having a body portion formed with simulated building elements; said panels each having first and second side marginal edge regions; said panels being mountable on said support surface in a plurality of horizontal courses with at least some of said panels in each course having a first side marginal edge region overlying a second side marginal edge region of an adjacent previously mounted panel in the course; said second side marginal edge region of each panel defining an interlock receiving aperture; and said first side marginal edge region of each panel having at least one upwardly directed interlock flange engageable with said second marginal edge region interlocks receiving apertures of an underlying adjacent previously mounted panel in the same course as an incident to upward vertical movement of the panel relative to the adjacent previously mounted panel for positively securing the overlapping side marginal edge regions together when the panels are mounted on the support surface. 19. The wall covering of claim 18 in which said second side marginal edge region of each panel includes at least one transverse flange adjacent to and extending laterally to a side of said building elements, said transverse flange defining at least a portion of a front face of said second side marginal edge region, said transverse flange having an end portion defining an end face generally perpendicular to said front face, and said end portion defining said interlock receiving aperture for receiving the interlock flange of an overlying first side marginal edge region of a panel being mounted as an incident to upward movement of the panel relative to the adjacent previously mounted panel.20. The wall covering of claim 19 in which said second side marginal edge region transverse flange includes a nail mounting aperture in an upper end thereof.21. The wall covering of claim 19 in which said second side marginal edge region flange aperture is an aperture extending through said end portion.22. The wall covering of claim 19 in which said second side marginal edge region aperture is a slot opening to a side of the side marginal edge region.23. A method of installing a wall covering made of a plurality of horizontal courses of individual identically molded panels each formed with simulated building elements and each having upper and lower marginal edge regions and first and second side marginal edge regions disposed at opposite sides of the panel with the lower marginal edge and first side marginal edge region of each panel having at least one interlock flange extending upwardly from an underside thereof comprising the steps of mounting said panels in a plurality of horizontal courses with at least some of the panels in each horizontal course having a lower marginal edge region overlying an upper marginal edge region of a previously mounted panel in a course below and with at least some panels having a first side marginal edge region overlying a second side marginal edge region of an adjacent previously mounted panel in the same course; and engaging the lower marginal edge region interlock flange and the first side marginal interlock flange of a panel being mounted respectively with the underlying upper marginal edge region of a previously mounted panel in the course below and the underlying second side marginal edge region of an adjacent previously mounted panel in the same course as an incident to upward movement of the panel with respect to the previously mounted panels for positively securing together the overlapping upper and lower marginal edge regions and the overlapping first and second marginal edge regions of the panels when mounted on the support surface.24. The method of claim 23 including engaging the lower marginal edge region with the upper marginal edge region of an underlying panel by engaging the interlock flange of the lower marginal edge region with an outwardly and downwardly directed interlock flange on the upper marginal edge region of the underlying panel, and engaging the first side marginal edge region with the underlying second side marginal edge region by engaging the interlock flange of the first marginal edge region with an opening in the underlying second side marginal edge region of the previously mounted panel.25. A wall covering for mounting on a support surface comprising:a plurality of panels each having a body portion formed with simulated building elements; said panels each having upper and lower marginal edge regions and first and second side marginal edge regions; said panels being mountable on said support surface in a plurality of horizontal courses with at least some of said panels in a first horizontal course having a lower marginal edge region overlying an upper marginal edge region of a previously mounted panel in a second course positioned below the first horizontal course and with at least some of said panels in each course having a first side marginal edge region overlying a second side marginal edge region of an adjacent previously mounted panel in the course; said second side marginal edge region of at least some of said panels defining a side opening slot; and said first side marginal edge region of each panel having at least one upwardly directed interlock flange that is insertable and engageable with second marginal edge region side opening slot of an underlying adjacent previously mounted panel in the same course as an incident to either upward vertical movement lateral movement of the panel relative to the adjacent previously mounted panel for positively securing the overlapping side marginal edge regions together when the panels are mounted on the support surface.