NO761291L

NO761291L -

Info

Publication number: NO761291L
Application number: NO761291A
Authority: NO
Inventors: V Pacello
Original assignee: Siv Soc Italiana Vetro
Priority date: 1975-04-18
Filing date: 1976-04-13
Publication date: 1976-10-19
Also published as: DE2616805A1; NL7603812A; FR2307948B1; LU74777A1; FR2307948A1; DE7611969U1; BE840853A; DK155376A; SE7603975L

Abstract

"Ramme med glass, og fremgangsmåte for dens fremstilling.""Frame with glass, and procedure for its manufacture."

Description

Denne oppfinnelsen angår vinduer og dorer med glass.This invention relates to windows and doors with glass.

Særlig angår oppfinnelsen rammer som er satt sammen medIn particular, the invention relates to frames that are assembled with

flere lag glass slik at det dannes to-eller flerlags vinduer e.l., samt en fremgangsmåte for fremstilling av slike rammer. several layers of glass so that double or multi-layered windows etc. are formed, as well as a method for producing such frames.

Det er kjent forskjellige framgangsmåter for fremstillingDifferent manufacturing methods are known

av flerlags vinduer, der glassruter settes sammen med passende innbyrdes avstand til såkalte isolervinduer. of multi-layered windows, where panes of glass are put together with a suitable mutual distance to so-called insulating windows.

Slike kjente fremgangsmåter omfatter vanligvis innsettingSuch known methods usually include insertion

av et element, som kan ha forskjellige utforminger, mellom glassrutene. Elementet utgjor avstandsstykke , og limes fast til glassrutene. For å hindre luftgjennomgang mellom glassrutene krever disse fremgangsmåtene en omhyggelig forsegling av kantene til det fremstilte glasspanel, ved hjelp av lim, kitt e.l.. of an element, which can have different designs, between the panes of glass. The element forms a spacer, and is glued to the glass panes. In order to prevent air passage between the panes of glass, these methods require a careful sealing of the edges of the manufactured glass panel, using glue, putty etc.

Slike kjente fremgansmåter er upraktiske og uokonomiske,Such known methods are impractical and uneconomical,

og utsetter den som utforer arbeidet for fare på grunn av de skarpe kanter .på glassrutene. and exposes the person carrying out the work to danger due to the sharp edges of the glass panes.

Et formål med denne oppfinnelsen er å fremskaffe- enAn object of this invention is to provide

ramme av nevnte type, samt en fremgangsmåte for dens fremstilling, der ulempene ved de kjente fremgangsmåter er unngått. frame of the aforementioned type, as well as a method for its production, where the disadvantages of the known methods are avoided.

Rammen i henhold til oppfinnelsen er satt sammen avThe frame according to the invention is assembled from

profiler, fortrinnsvis av metall, med en ovre flate,profiles, preferably of metal, with an upper surface,

to plane, parallelle sideflater som randen av glassrutene ligger an mot, og en undre flate som er forlenget ut på begge sider av sideflatene slik at det er dannet to flenser som understbtter glassrutene. two flat, parallel side surfaces against which the edge of the glass panes rest, and a lower surface which is extended on both sides of the side surfaces so that two flanges are formed which support the glass panes.

Disse og andre treklc samt oppnådde fordeler ved oppfinnelsen vil tydeligere fremgå av den fblgende beskrivelse av et utfbrelseseksempel, under henvisning til tegningen, der These and other features as well as advantages achieved by the invention will be more clearly apparent from the following description of an exemplary embodiment, with reference to the drawing, where

fig. 1 viser et profil i perspektiv, og fig. 2 viser i perspektiv en ramme fremstilt av fig. 1 shows a profile in perspective, and fig. 2 shows in perspective a frame produced by

profiler som vist i fig.l, og innrettet til profiles as shown in fig.l, and aligned to

innsetting av to glassruter.insertion of two panes of glass.

I fig.l har profilet en forhbyning 1 med kvadratisk tverrsnitt, dannet av en ovre flate, sideflater og en undre flate. Profilet, fortrinnsvis laget av lettmetall, er hult, slik In fig.l, the profile has a bridge 1 with a square cross-section, formed by an upper surface, side surfaces and a lower surface. The profile, preferably made of light metal, is hollow, like this

at det spares materiale, og slik at det kan fylles med et tbrrende materiale som, gjennom en Z-formet spalt 2 that material is saved, and so that it can be filled with a flexible material which, through a Z-shaped gap 2

som splitter den ovre flate av profilet, eller andre åpninger som forbinder hulrommet med det rom som dannes mellom de to:: glassruter, holder luften som er innestengt mellom glassrutene torr etter at rammen og glassrutene er satt sammen. Figurene viser også flensene 3,3', som rager ut fra profilet 1. which splits the upper surface of the profile, or other openings that connect the cavity with the space formed between the two panes of glass, keep the air trapped between the panes of glass dry after the frame and panes of glass are assembled. The figures also show the flanges 3,3', which protrude from the profile 1.

Den ene av flensene 3,3' kan være utvidet og bære en eller flere tilleggsforhbyninger som er anordnet adskilt fra og parallelt med den fbrste, slik at den fuge som er dannet mellom naboforhbyninger danner anlegg for mellomliggende glassruter. One of the flanges 3,3' can be extended and carry one or more additional obstructions which are arranged separately from and parallel to the first, so that the joint formed between neighboring obstructions forms a facility for intermediate glass panes.

Fremgangsmåte for fremstilling av rammer med glass vedProcedure for making frames with glass wood

bruk av de angitte profiler omfatter fblgende trinn:using the specified profiles includes the following steps:

kapping av profiler i riktige lengder i forhold til glassrutene, sammensetting av profildelene til en ramme som vist i fig.2 og som på: begge sider har en bmkringgående understøttelse dannet av flensene 3,3' cutting profiles to the correct lengths in relation to the glass panes, assembling the profile parts into a frame as shown in fig.2 and as on: both sides have a circumferential support formed by the flanges 3,3'

og sideflatene i profilene 1, og festing av glassrutene ved bruk av et passende bindemiddel. and the side surfaces in the profiles 1, and fixing the glass panes using a suitable adhesive.

Når rammen lages av profiler som har mer enn en forhbyning, settes tre sider av rammen sammen, glassruter fores inn i fugene mellom naboforhbyninger, hvoretter den fjerde side av rammen monteres, og de ytterste glassruter festes til sin.understbttelse. When the frame is made from profiles that have more than one bridge, three sides of the frame are put together, glass panes are inserted into the joints between neighboring bridges, after which the fourth side of the frame is assembled, and the outermost panes of glass are attached to their support.

Denne fremgangsmåte byr på betydelige fordeler i forhold til kjente framgangsmåter. Den gjor det mulig å bruke ett enkelt forseglingsmateriale i én eneste forseglingsoperasjon, idet forseglingsmaterialet utgjbres av det bindemiddel som brukes til å feste glassplatene til rammen. Sammensettingen av glassrutene kan utfores enkelt og uten mulighet for feil. Håndteringen av de fremstilte rammer med glass kan foregå greit og sikkert, idet de skarpe kanter på glasset er omsluttet av den omkringgående understbttelse. Innmontering av rammen kan derved foregå enklere og raskere. De oppnådde fordeler omfatter også innsparing av materialer og arbeidsomkostninger. This method offers significant advantages compared to known procedures. It makes it possible to use a single sealing material in a single sealing operation, as the sealing material is produced by the binder used to attach the glass plates to the frame. The assembly of the glass panes can be carried out easily and without the possibility of error. The handling of the manufactured frames with glass can take place smoothly and safely, as the sharp edges of the glass are enclosed by the surrounding support. Installation of the frame can therefore be done more easily and quickly. The benefits achieved also include savings in materials and labor costs.

Claims

1. Frame with at least two layers of glass, characterized in that it is composed of profiles with at least one bridging that includes an upper surface, two flat, parallel side surfaces against which the edge of the panes of glass rest, and a lower surface that is extended onto both sides of the side surfaces, so that two flanges are formed which support the glass panes.

2. ' Frame as specified in claim 1, characterized in that one of the flanges is extended and carries at least one additional obstruction separate from and parallel to the first, so that the joint formed between neighboring obstructions forms a facility for intermediate glass panes.

3. Frame as specified in claim 1 or 2, characterized in that each bridging is hollow.

4. Frame as specified in claim 3, characterized in that the cavity in the obstructions contains a flexible material and is connected by openings to the space formed between neighboring panes of glass.

5. Frame as stated in requirements. 4, characterized by the fact that the openings are created by slits that split the upper surface in each bridge.

6. Method for producing a frame with at least two layers of glass, as stated in claim 1, 3, 4 or 5, characterized by the profiles being cut to the correct lengths in relation to the panes of glass to be used, the profile parts being assembled into a frame, and the panes of glass attached by means of adhesive to the surrounding support on each side of the frame.

7. Procedure for producing a frame with at least two layers of glass, as stated in claim 2, characterized by the fact that the profiles are cut to the correct lengths in relation to the glass panes to be used, three of the profile parts are put together to form three frame sides, panes of glass are drilled into the joints between neighboring barriers, and the fourth frame side is assembled, after which the outermost panes of glass are attached using adhesive to the surrounding support on each side of the frame.