The present invention concerns a substructure for aligning a building cover structure for an insulated wall (1), wherein said wall (1) is provided with a layer of insulation material (2), which is mounted to the wall (1) by a plurality of elongated insulation mounting members (3) and cover support p
The present invention concerns a substructure for aligning a building cover structure for an insulated wall (1), wherein said wall (1) is provided with a layer of insulation material (2), which is mounted to the wall (1) by a plurality of elongated insulation mounting members (3) and cover support profiles (4), which are mounted on the mounting members (2), comprises adjustment means for adjusting the distance between the mounting members (3) and the cover support profiles (4), wherein said adjustment means comprises two or more assembly brackets (5) mounted on at least one side of the cover support profile (4), and wherein each assembly bracket (5) comprises a cover support profile receiving first end (5A) and a distal second end (5B) adapted for penetration into the insulation material (2) on one or both sides of the insulation mounting member (3) and that the bracket is provided with apertures (11, 12) between said first and second ends (5A, 5B) receiving associated fasteners for securing the assembly bracket (5) to the cover support profile (4) and the insulation mounting members (3). This allows for a large amount of adjustment of the distance between the insulation mounting members and the cover support profiles. The adjustment system of the substructure is suitable for relative large insulation material layers, such as fibrous insulation thickness of up to 400 mm or more and the substructure according to the invention does not provide any or only a few thermal bridges as no full penetration of the insulation is needed for providing the adjustment of the cover support profile.
대표청구항▼
1. A substructure for aligning a building cover structure for an insulated wall comprising: a layer of insulation material, which is mounted to the wall by a plurality of elongated insulation mounting members in the form of insulation retaining profiles which are secured to the wall by fasteners, an
1. A substructure for aligning a building cover structure for an insulated wall comprising: a layer of insulation material, which is mounted to the wall by a plurality of elongated insulation mounting members in the form of insulation retaining profiles which are secured to the wall by fasteners, and where a building cover means is mountable to the mounting members via an adjustment means for adjusting the distance between the mounting members and the building cover means, wherein the adjustment means comprises a plurality of assembly brackets, and each assembly bracket comprises a building cover receiving first end and two distal second ends which extend into the insulation material but do not fully penetrate the insulation material, and wherein each bracket is provided with apertures between said first and second ends for receiving associated fasteners for securing the assembly bracket to the building cover means and to the insulation mounting members. 2. A substructure according to claim 1, wherein the building cover means comprises cover support profiles, which are mounted on the mounting members with the assembly brackets between the mounting members and the cover support profiles. 3. A substructure according to claim 2, wherein each of the assembly brackets comprises the building cover receiving first end, which is adapted for receiving the building cover support profile, and the distal second end, which is adapted for penetration into the insulation material on one or both sides of the insulation mounting member. 4. A substructure according to claim 1, wherein the assembly brackets are made of a sheet material. 5. A substructure according to claim 1, wherein the assembly brackets are mounted on each side of the cover support profile. 6. A substructure according to claim 1, wherein each assembly bracket is provided with at least two generally horizontally oriented rows of mounting holes and/or at least one elongated holes. 7. A substructure according to claim 6, wherein the assembly apertures include a first row of discrete holes and at least one elongated hole substantially parallel to the first row of holes. 8. A substructure according to claim 7, wherein the row of holes is provided above the at least one elongated hole on the assembly bracket(s) on a first side of the cover support profile and the at least one elongated hole is provided above the row of holes on the other side of the cover support profile. 9. A substructure according to claim 6, wherein the assembly bracket is provided with three rows of mounting holes and that the middle row is made up by one or more elongated holes. 10. A substructure according to claim 1, wherein the assembly brackets are U-shaped having a central portion accommodating the cover support profile at the first end and two profile portions having distal ends adapted for penetrating the insulation on each side of the mounting member when mounted thereon. 11. A substructure according to claim 1, wherein the distal end is provided with a cutting edge for facilitating penetration into the insulation material. 12. A substructure according to claim 1, wherein the insulation material is a mineral fibre insulation material with a density of 75-180 kg/m3. 13. A substructure according to claim 1, wherein the substructure is capable of carrying a building cover structure ranging from 0-90 kg/m2. 14. A substructure according to claim 1, wherein the elongated insulation mounting members are steel profiles with a substantially vertical orientation. 15. A substructure according to claim 2, wherein the cover support profiles are oriented substantially parallel with the mounting members. 16. A substructure according claim 2, wherein the cover support profiles are oriented substantially perpendicular to the mounting members. 17. A substructure according to claim 2, wherein the cover support profile is provided with at least one adjustment screw provided through a hole in said profile and in threaded engagement with an opening in the underlying mounting member. 18. A substructure according to claim 17, wherein the mounting member is a steel profile, which is provided with a friction enhancing surface comprising an array of embossings for abutting the insulation material, where the embossings include a plurality of adjustment screw receiving openings. 19. A substructure according to claim 17, wherein the hole for receiving adjustment screw is provided with a bowl-like shape for accommodating the head of the adjustment screw in a countersunk configuration. 20. A substructure according to claim 17, wherein the adjustment screw may be provided with a retention means, for snap-engagement with the cover support profile. 21. An assembly bracket for adjustment of a substructure of an insulated wall comprising a layer of insulation material which is mounted to the wall by a plurality of elongated insulation mounting members in the form of insulation retaining profiles which are secured to the wall by fasteners, and where a building cover means is mountable on the mounting members via said assembly bracket, wherein the assembly bracket comprises a building cover receiving first end and two distal second ends which extend into the insulation material but do not fully penetrate the insulation material, and wherein the bracket is provided with apertures between said first and second ends for receiving associated fasteners for securing the assembly bracket to the building cover means and to the insulation mounting members. 22. A bracket according to claim 21, wherein the assembly bracket is made of a sheet material. 23. A bracket according to claim 21, wherein the assembly bracket is provided with at least two generally horizontally oriented rows of mounting holes and at least one elongated hole. 24. A bracket according to claim 23, wherein the assembly apertures include a first row of discrete holes and at least one elongated hole substantially parallel to the first row of holes. 25. A bracket according to claim 24, wherein the row of holes is provided above the at least one elongated hole on the assembly bracket on a first side of the cover support profile and the at least one elongated hole is provided above the row of holes on the other side of the cover support profile. 26. A bracket according to claim 23, wherein the assembly bracket is provided with three rows of mounting holes and that the middle row is made up by one or more elongated holes. 27. A bracket according to claim 21, wherein the assembly bracket is U-shaped having a central portion accommodating the cover support profile at the first end and two profile portions having distal ends adapted for penetrating the insulation on each side of the mounting member when mounted thereon. 28. A bracket according to claim 21, wherein the distal end is provided with a cutting edge for facilitating penetration into the insulation material.
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이 특허에 인용된 특허 (4)
Shriver, James C., Interlocking curtain wall insulation system.
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