SU1597428A1 - Guarding panel - Google Patents

Abstract

The invention relates to the field of construction and can be used in structures for the coating of buildings, in particular, from light metal structures, including those with a large slope length and a slope of 10% or more. The aim of the invention is to increase the reliability of the panel under the conditions of a large temperature difference while reducing the material intensity. In the panel of the enclosure containing the outer 1 and inner 2 plating, a skeleton consisting of elements 3 and 4, and plate insulation, the bent section 13 is connected to the outlet 8 through a U-shaped gasket, and in the wall of the outlet 8 there are U-shaped notches, the inner part 15 of which is folded to cover the area 13, which is wearing a gasket. 5 il.

Description

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The invention relates to construction, and can be used in structures for the coating of buildings and structures, in particular, from light metal structures, including those with a large ramp and a slope of 10% or more.

The aim of the invention is to increase the reliability of the panel when operating under conditions with a large temperature difference while reducing material consumption.

FIG. 1 shows a panel, a top view from the cladding side; in fig. 2 is a view A of FIG. one; in fig. 3 is a view B in FIG. ; in fig. 4 - panel, cross section; in fig. 5 - longitudinal joint panels.

Fence panel contains outer

1 and inner 2 plating, a frame consisting of longitudinal elements 3 rigidly connected or made integral with the solder edges of the outer lining 1, and transverse elements 4 made of a bent C-shaped profile, and also located in the space bounded by the claddings 1 and 2 and elements 3 and 4 of the frame, plate insulation 5. One of the edges of the outer casing 1 is made with the release of 6 for the transverse edge of the panel, and the opposite edge of the inner casing 2 - with the release of 7 for the face of the panel for attachment to the supporting frame. The inner lining 2 is made with trapezoidal longitudinal corrugations and with outlets 8 beyond the longitudinal edges of the panel of the descending walls of the corrugations 9 with the lower shelves for organizing the joint. The outer skin I is made with transverse, evenly and locally located stamped corrugations 10, which, with closed ends, makes it possible to place additional corrugations 11 on the outer skin 1 along these ends, and also to make longitudinal elements 3 of the frame along with the outer skin i with flanging edges of this plating.

The longitudinal elements 3 of the frame have a figured profile with a vertical section between the skins, limited beyond the plane of the outer obshchivki 1 A, -shaped section 12, and in the plane of the inner lining

2 is a bent section 13, which is connected to an outlet 8 through a U-shaped thermally insulating pad 14. The outlet 8 has a shape close to a Z-shaped, the upper shelf of which is made integral with the inner lining 2 and is part of the corrugation 9. The outlet walls 8 are made with U-circumferential notches 15, bent with a girth of section 13, circumferenced by a gasket 14, thus ensuring that the casings are connected with each other with the possibility of slipping one against the other without disrupting the connection with significant thermal deformations caught at eks a large temperature difference

on the inner and outer skins. To eliminate the cold bridge, the longitudinal 3 and transverse 4 frame elements can be made with macro holes 16. The longitudinal joint of the panels is made as follows.

One of every two adjacent panels rests on the girder 17 of the lower flange of release 8, and the other on the shelf of the previous panel, and is fastened jointly to the passage 17 by a screw connection 18. In the gap between the longitudinal elements facing each other 3 are insulated

inserts 19, made, for example, of mineral wool, sealed in plastic wrap. Outside, the gap with the liner 19 is closed by a strip spline 20, the edges of which are rolled together with the A-shaped sections 12 of the panel frame elements 3, forming a folded connection, and from the bottom the insert 19 is supported by sections 13, leaving a void in the outlet area 9, filling which insulating material is inefficient. This reduces the consumption of thermal insulation material.

Claims (1)

Invention Formula The panel of the enclosure, including the common and frame with longitudinal elements rigidly connected or made integral with the longitudinal edges of the outer skin, and plate insulation, and the inner lining is made with trapezoidal longitudinal corrugations with the release for the longitudinal edges of the panel of the descending walls of the corrugations with the lower shelves for organizing the joint, and the longitudinal elements of the frame have a figured profile with a vertical section between the skins, limited by the bent section from the inner lining connected with the latter through that, in order to increase the reliability of the panel when operating in conditions with large the temperature difference while reducing the material consumption, the section of the longitudinal frame member bent from the side of the inner lining forms an angle of 90 ° with the vertical section, and the upper shelves of the inner lining are protruding beyond the longitudinal edges of the panel by the amount of the bent section covering the bent area, and in the descending walls of the corrugations, released beyond the longitudinal edges of the panel, U-shaped slits are made, with the base facing the upper cladding and curved with girth bent portion of the longitudinal frame member. Yu 77 Phage. 7 Uh 7 | 1 one/ F // r2 ten П 20 19 15