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    • 14. 发明申请
    • BUILDING PANEL
    • 建筑面板
    • WO1984001403A1
    • 1984-04-12
    • PCT/US1983000666
    • 1983-05-03
    • MASONITE CORPORATION
    • MASONITE CORPORATIONEATON, James, W.
    • E04C02/10
    • E04C2/405E04C2/10E04D3/40
    • A building panel (20) of composite wood materials adapted to cover intersecting surfaces on opposite sides of an apex (30) at the hip or ridge of a roof or corner of a building includes a substantially flat back face (22) and an irregular outer weather face (24) resulting in variations in panel thickness at different positions on the panel face. The panel (20) is provided with a V-shaped groove (40) formed in the face (22) and extending along an axis adapted to overlie the apex of intersection on application of the panel on a building and also includes a V-shaped groove (44) formed in the irregular outer weather face (24) directly opposite the V-groove in the back face (40) defining therebetween a panel web (52) of substantially constant thickness between the apexes of the grooves that is less than the average nominal thickness of the panel between the faces (24, 22). These grooves (40, 44) facilitate the bending of half portions (48, 50) of the panel on opposite sides of the grooves to fit against intersecting surfaces on a building roof or wall corner.
    • 15. 发明申请
    • BUILDING PANEL
    • 建筑面板
    • WO1983003867A1
    • 1983-11-10
    • PCT/US1983000669
    • 1983-05-03
    • MASONITE CORPORATION
    • MASONITE CORPORATIONEATON, James, W.
    • E04D03/24
    • E04D1/265E04D1/20
    • A building panel (30) having inner and outer faces (32, 50) outlined by opposite ends (45, 49) and upper (34) and lower (36) edges, has opposite ends adapted to closely face the end of an adjacent panel in the same course. The outer face (50) of the panel includes a lower segment (54) of substantially greater surface area adapted for exposure and an upper portion (52) of relatively smaller surface area adapted to underlie a lower portion of one or more panels in a next higher course laid in overlapping relation therewith. One of the ends of said panel includes an overlap end segment (38S) adapted to overlie an underlying end segment (40S) at the other end of an adjacent panel laid up end to end in the same course to form a ship lap end joint between the panels. The overlap end segment (38S) includes a marginal end portion of the outer face (50) with an underside (39) of the segment therebelow, and said overlap end segment is formed to slope from a minimum thickness adjacent the upper panel edge (34) toward a mximum thickness adjacent the lower panel edge (36). The panel (30) includes an underlying end segment (40S) at the other end containing a marginal end portion of the inner face (32) with an upper face (41) of the segment adapted to underlie a sloping underside (39) of the overlap end segment of an adjacent panel and said underlying end segment is formed to slope from a maximum thickness adjacent the upper panel edge (34) toward a minimum thickness adjacent the lower panel edge (36).
    • 具有由相对端(45,49)和上部(34)和下部(36)边缘限定的内面和外面(32,50)的建筑板(30)具有适于呈现 面对同一行中相邻面板的末端。 面板的外表面(50)包括具有适于暴露的基本较大的表面的下部分(54)和具有适合于装配在一个或多个下部分的下部的相对较小表面积的上部分(52) 下一行或上一行的面板以重叠的方式放置。 面板的一端包括重叠的端部部分(38S),该部分适合于在相同的行或线中首尾相连放置的相邻面板的另一端处的下面的端部部分(40S)重叠以形成极限接头。 面板之间重叠。 重叠端部段(38S)包括外表面(50)与所述区段的下侧(39)的边缘端,并且该端部段重叠与从最小厚度邻近于所述顶板的边缘(倾斜地形成 34)到与底部面板(36)的边缘相邻的最大厚度。 面板(30)包括位于另一端处的包括内表面(32)的边缘端部分的下面的端部分(40S),该分段的上表面(31)适于位于底部 倾斜(39)相邻面板的极端重叠部分,并且该下面的端部分形成为具有从与顶部面板(34)的边缘相邻的最大厚度到与面板的边缘相邻的最小厚度 更低(36)。