초록 ▼

An impact resistant laminated glass and plastic pane is provided for a hurricane resistant door light or similar opening. A glass pane is attached to a flexible plastic sheet that protrudes beyond the peripheral edge of the glass, preferably as an extension of the plastic laminate between outer glas

An impact resistant laminated glass and plastic pane is provided for a hurricane resistant door light or similar opening. A glass pane is attached to a flexible plastic sheet that protrudes beyond the peripheral edge of the glass, preferably as an extension of the plastic laminate between outer glass laminate sheets. The pane body is mounted in a building structural part such as a door or wall, at an opening or at a recess, whereby the surface of the structural part extends up to a point adjacent to the pane. The flexible sheet that is attached to the pane, laps over the surface adjacent to the edge of the structural part around the pane. An elongated molding element that preferably frames the opening, is attached to the structural part so as to capture the flexible sheet between the molding element and the surface.

대표청구항 ▼

An impact resistant laminated glass and plastic pane is provided for a hurricane resistant door light or similar opening. A glass pane is attached to a flexible plastic sheet that protrudes beyond the peripheral edge of the glass, preferably as an extension of the plastic laminate between outer glas

An impact resistant laminated glass and plastic pane is provided for a hurricane resistant door light or similar opening. A glass pane is attached to a flexible plastic sheet that protrudes beyond the peripheral edge of the glass, preferably as an extension of the plastic laminate between outer glass laminate sheets. The pane body is mounted in a building structural part such as a door or wall, at an opening or at a recess, whereby the surface of the structural part extends up to a point adjacent to the pane. The flexible sheet that is attached to the pane, laps over the surface adjacent to the edge of the structural part around the pane. An elongated molding element that preferably frames the opening, is attached to the structural part so as to capture the flexible sheet between the molding element and the surface. with a 45° upward sloping flap (11), a short horizontal length (12) and a rounded off corner (13). 4. Appropriate fitting-out structures as defined in claim 2, wherein said at least one drain channel is stainless steel with a completely closed lower surface and an edge profile including a lower horizontal edge (10', 10") glued to said deck plate and extending with a 45° upward sloping flap (11', 11") and a short horizontal length (12', 12") wherein said sloping flap slopes outwardly. 5. Appropriate fitting-out structures as defined in claim 4, wherein said at least one drain channel (46) has a greater depth formed by an inside step (47) on the inside thereof. 6. Appropriate fitting-out structures as defined claim 2, wherein said at least one drain channel is provided with a drain cover (48) formed by bending and punching a preferably 3 mm thick stainless steel plate. 7. Appropriate fitting-out structures as defined in claim 2, wherein said at least one box shaped seating (20) includes a built-in drain channel (21) and is arranged adjacent to said coaming (9) with a profile (23) complementary to the profile of said coaming, and wherein the opposing side (24) of said box shaped seating where it meets the deck plate (7) has the same shape as said coaming. 8. Appropriate fitting-out structures as defined in claim 2, wherein said at least one box shaped seating (20) includes a built-in drain channel (21) and is isolated from said coaming. 9. Appropriate fitting-out structures as defined in claim 1, wherein said first supporting brackets (19) are formed of galvanized steel. 10. Appropriate fitting-out structures as defined in claim 1, wherein the first two opposing edges (29, 30) of said panel (25) are complementary and form a tooth obtained by four 90° bends, and wherein the second two opposing edges (31, 32) have the facing (26) flanged backwards with the same inclination as the sloping edge (15) of said coaming. 11. Appropriate fitting-out structures as defined in claim 1, wherein said facing plate (26) has a thickness of 0.8 mm, said back plate (27) has a thickness of 0.6 mm and the internal corrugated aluminum sheet (28) has a thickness of 0.3 mm, a Z-shape of said corrugated sheet having a height of 15 mm, and the panel (25) has a 2×0.9 m rectangular shape with the longer edge arranged vertically. 12. Appropriate fitting-out structures as defined in claim 3, wherein the upward sloping flap of said coaming and upward sloping flap of said box shaped seating are covered with bonding agent consisting of a single component polyurethane-based product and the floor foundation (4) consists of a two component epoxy-polyurethane based product with a foamed micro cellular aluminate filler, the finishing coat (5) consists of a two-component polyurethane based resin, said finishing coat (5) is covered by a transparent polyurethane based resin topping (6) in which anti-slip granules are incorporated and to which a special transparent acrylic-silicone based anti-scratch and anti-wear protecting topping is applied. 13. Appropriate fitting-out structures as defined claim 3, wherein the upward sloping flap of said coaming and the upward sloping flap of said box shaped seating are pre-treated with adhesion boosters consisting of a xylane-based two-component compound, and the floor foundation (4) consists of a two-component epoxy-polyurethane based product with a foamed micro cellular aluminate filler, the finishing coat (5) consists of a two-component polyurethane based resin, said finishing coat (5) is covered by a transparent polyurethane based resin topping (6) in which anti-slip granules are incorporated and to which a special transparent acrylic-silicone based anti-scratch and anti-wear protecting topping is applied. 14. Appropriate fitting-out structures as defined in claim 12, wherein anti-slip zones are obtained by strewing 60 mesh grain sized aluminum oxide on the transparent polyurethane based resin coat immediately followed by the