초록 ▼

A device for joining a panel and another structure. The device (10) includes a plurality of mounts (16) evenly distributed along the interface (I) between the panel (12) and the structure (14). Each mount (16) comprises a tension screw approximately perpendicular to the interface (I) and a nut embed

A device for joining a panel and another structure. The device (10) includes a plurality of mounts (16) evenly distributed along the interface (I) between the panel (12) and the structure (14). Each mount (16) comprises a tension screw approximately perpendicular to the interface (I) and a nut embedded in the panel (12), close to the latter. To allow the transmission of more significant forces, the nuts are arranged in at least two different rows (R1, R2, R3), parallel to the interface (I). Moreover, the nuts of the adjacent mounts are located in different rows.

대표청구항 ▼

1. A device for joining a panel and another structure, this device including a plurality of mounts distributed along an interface between the panel and the structure, each of the mounts including a nut embedded in the panel, near the interface, and a tension screw passing through parts of the panel

1. A device for joining a panel and another structure, this device including a plurality of mounts distributed along an interface between the panel and the structure, each of the mounts including a nut embedded in the panel, near the interface, and a tension screw passing through parts of the panel and the structure adjacent to the interface, along a first direction approximately perpendicular to the interface, said screw including a head supported on the structure and a threaded end screwed into the nut, wherein the nuts of the different mounts are arranged along at least two rows approximately parallel to the interface, in such a way that the nuts of the adjacent mounts are located in different rows. 2. A joint device according to claim 1, wherein each nut is mounted in a cylinder which passes through the panel along a second direction approximately perpendicular to the first direction and to the surfaces of said panel. 3. A joint device according to claim 2, wherein each cylinder includes a countersunk head, housed in a complementary cavity formed on an outer surface of the panel, in such a way that an end surface of said head is flush with said outer surface. 4. A joint device according to claim 3, wherein each cylinder also includes a threaded end, onto which is screwed a second nut supported on an inner surface of the panel. 5. A joint device according to claim 3, wherein the tension screws of the mounts of which the nuts are arranged in different rows transmit appreciably different forces and have larger cross-sections when the forces transmitted are more significant. 6. A joint device according to claim 1, wherein the tension screws of the mounts of which the nuts are arranged in different rows transmit appreciably different forces and are made of a material having greater tensile strength when the forces transmitted are more significant. 7. A joint device according to claim 1, wherein the tension screws of the mounts of which the nuts are arranged in different rows transmit appreciably different forces and clamp more tightly when the forces transmitted are smaller. 8. A joint device according to claim 1, wherein said panel is made of a composite material. 9. A joint device according to claim 1, wherein said structure is a metal panel, cut-outs serving to house the heads of the tension screws being machined in said metal panel.