SU1647103A1 - Enclosure panel - Google Patents

Abstract

The invention relates to the construction, in particular, to the supporting and oi- damaging structures of industrial and civil buildings. The purpose of the invention is to increase the carrying capacity and improve the operational and technological qualities of the panel. The fence panel contains frames 1 and 2, made in the form of a lattice of thin-walled profiles with cells in which filler 7 is placed. The frames are joined by thin-walled connections in the form of a lattice, the nodes of which are aligned with the frame nodes. The frames have a sheeting 5 on the outside or inside of the panel. An air gap is formed between the frames with the filler, 4 Il. S (L & Ј J Fig.)

Description

The invention relates to the construction and can be used as bearing and enclosing structures of industrial and civil buildings.

The aim of the invention is to increase the carrying capacity and improve operational and technological qualities.

Figure 1 shows the wall panel, a general view; in fig. 2 - 4 are variants of the Elements that unite the frames.

The wall panel contains an inner frame 1 consisting of two directions of thin-walled profiles 2, framed on the inner side of the room with sheet sheathing 3, the outer frame

4, consisting of two thin-walled profiles of two directions, framed on the outside with sheet sheeting

5. Frames 1 and 4 are combined with thin-walled elements b, made in the form of a lattice, filler 7 is placed in

within the frames. . .

The panel is made as follows.

First, frames I and 4 are made of thin-walled profiles 2 interconnected by mechanical means, for example, spot welding, self-cutting screws, stamping. Next, the frames are connected by means of thin-walled elements 6, the frame nodes being combined with the nodes of the grating elements. Then a filler 7 is placed within the frames between the thin-walled profiles 2 of the two directions, after which the sheathing 3 and 5 are attached. An air gap is formed between the frames with the filler.

The work of the wall panel is based

four

on the joint perception of existing longitudinal and transverse external forces with frames and combining thin-walled connections made in the form of a lattice.

Placing the filler 7 within the frames eliminates the formation of bands in the filler that occur in

the result of its displacement and shrinkage along the joining elements as a result of transport and installation loads, which improves the performance of the panel.

The combination of frame units with units of connecting elements improves the manufacturability of the panel.

Frames are made, for example, of bent channel profiles of tubular or tubular section from 0.6–2.0 mm thick steel sheet, aluminum, plastic or composite materials. The links uniting the frames are made in the form of a grid in the following variants: from the bent profiles of a channel-like or tubular section, from curved tapes in the form of a stamped sheet. The skins are made of sheet materials, such as chipboard, asbestos cement sheets, plywood, attached to the profile m 2. As filler 7, you can use rigid and semi-rigid mineral wool plates or slab and molding foams.

If there is an opening, the window or door frames are attached to the profile m 2 along the contour.

Claims (1)

Invention Formula Fence panel, which contains outer and inner frames of thin-walled profiles installed with a gap, thin-walled bonds connecting the frames, sheaths of sheet material and a core; Owing to the fact that, in order to increase the carrying capacity and improve operational and technological qualities, the thin-walled frames connecting the frames are made in the form of a lattice, and the outer and inner frames are equipped with additional intermediate thin-walled profiles that form the filler cells. , the latter being located within the frames, and the nodes of the frames are combined with the nodes of the lattice. Fig.Z FIG. C