DE1684109C

DE1684109C - Plaster frame with frame legs with an essentially rectangular cross-section

Info

Publication number: DE1684109C
Authority: DE
Inventors: Erwin 7900 Ulm; Götschel Hans Dipl.-Ing. 7911 Oberelchingen Muckenfuss
Original assignee: Wieland-Werke Ag, 7900 Ulm
Publication date: 1972-11-02

Description

vertikalen und den oberen horizontalen Rahmenteil Rahmenteil direkt an die Schmalseite 10 der nunmehr ein feststehender Fensterrahmen 6 gewählt, der von gedrehten Zarge anstößt. In keinem Fall entsteht der Gebäudeinnenseite her montierbar ist und daher ein Zwischenraum, was insbesondere bei Ausbildung Anschläge aufweist, die an derjenigen Schmalseite 9 der Eckverbindung gemäß F i g. 6 von Bedeutung ist. des Zargenrechtecks anstoßen, die zur Gebäudeinnen- 5 In F i g. 3 ist der feststehende Fensterrahmen 6 am seite hin gerichtet ist. Der Anschlag ist mit 15 be- Anschlag 15 so ausgebildet, daß er die Schmalseite 9 zeichnet. Der Vorsprung bildet in F i g. 3 eine Putz- der Zarge berührt. Dieser Anschlag 15 stört in abzugskante zum Verputzen der Fensterlaibung 3. manchen Fällen beim Schweißen der Rahmeneckver-Der Abstand α zwischen der Ebene 8, die mittig bindung, weshalb man auf ihn verzichten kann. Der zwischen zwei Nuten zur Aufnahme von Halterun- io Abstände (Fig. 5), der zwischen der Schmalseite 9 gen liegt, und der Schmalseite 9 des den Querschnitt und dem feststehenden Fensterrahmen entsteht, wird der Einputzzarge 1 bildenden Rechtecks, an der der dann durch Fortsätze 11 und 12 überbrückt. Diese Vorsprung 2 angebracht ist, ist kleiner als der Ab- müssen, will man u^;r die Konstruktion nach F i g. 4 stand b zwischen der Ebene S und der der Schmal- und 5 ein und dieselbe Zarge verwenden, bei Versehe 9 gegenüberliegenden Schmalseite 10. Die 15 wenc'ung als unterer horizontaler Rahmenteil abge-Differenz der beiden Abstände α und b entspricht schnitten werden, um die Einführung der Außenmindestens der Dicke d des nach oben gerichteten fensterbank 7 zu erlauben. Dies ist in F i g. 4 darge-Teils einer Außenfensterbank 7 (Fig. 1). Dadurch stellt. Die Eckverbindung ist in ^r <g. 6 gezeigt, wobei wird erreicht, daß einerseits gemäß Fig. I zwischen die strichlierten Fortsätze 11 und 12 am unteren der Schmalseite 9 urid dem unteren Anschlag 16 des 20 horizontalen Rahmenteil andeuten sollen, daß sie feststehenden Rahmenteils 4 die Außenfenscerbank 7 durch spanabhebende Bearbeitung entfernt worden eingeführt werden kann und andererseits gemäß . sind, während sie am vertikalen Rahmenteil noch F i g. 2 derselbe untere Anschlag 16 des feststehenden vorhanden sind und der Überbrückung des genannten Rahmenteils 4 am vertikalen und oberen horizontalen Abstandes c dienen.vertical and the upper horizontal frame part frame part directly on the narrow side 10 of the now selected a fixed window frame 6, which abuts the rotated frame. In no case arises from the inside of the building that can be mounted and therefore an interspace, which, particularly when it is formed, has stops that are located on that narrow side 9 of the corner connection according to FIG. 6 is important. of the frame rectangle, which leads to the building interior 5 In F i g. 3 is the fixed window frame 6 is directed on the side. The stop is designed with 15-stop 15 so that it draws the narrow side 9. The projection forms in FIG. 3 a plaster touches the frame. This stop 15 interferes in deduction edge for plastering the window reveal 3. some cases when welding the frame corner-The distance α between the plane 8, the central bond, which is why you can do without it. The rectangle that forms the plaster frame 1 is formed by the rectangle that forms the plastering frame 1, on which the then through Extensions 11 and 12 bridged. This projection 2 is attached, is smaller than the need, if u want ^; r the construction according to FIG. 4 stood b between the plane S and that of the narrow and 5 one and the same frame, with Versehe 9 opposite narrow side 10. The 15 turn as the lower horizontal frame part, the difference between the two distances α and b corresponds to be cut around To allow the introduction of the outside of at least the thickness d of the upward-facing window sill 7. This is shown in FIG. 4 Darge part of an outside window sill 7 (Fig. 1). This represents. The corner connection is in ^r <g. 6, whereby it is achieved that on the one hand according to FIG can be introduced and on the other hand according to. are, while they are still F i g on the vertical frame part. 2 the same lower stop 16 of the stationary are present and serve to bridge the frame part 4 mentioned at the vertical and upper horizontal distance c.

Hierzu 2 Blatt ZeichnungenFor this purpose 2 sheets of drawings

Claims

For example, in the German utility model 1 939 827 patent claims: a plastering frame is described, which for different

Wall plaster stops can be used.

I. Plastered frame with frame legs with the lower frame leg of the plastered frame

Substantial rectangular cross-section, the 5 of which must be taken over to the connection of the outer window bench rear narrow sides for the contact surfaces for the over- view. It is precisely at this point that the gripping parts of a fixed window form a good seal and drainage, but the frame and their broad sides are of particular importance. For this reason, staggered, continuous, profiles generally used at this point, have grooves in which the brackets for the beio have a design that differs from the side and upper frame fastenings of the frame in the masonry or the fixed leg ,
standing window frame on the plastering frame The invention is based on the object

and corner connecting means of the individual frame connection of the outer window sill to the lower leg engage with one another, thereby enabling frame legs in a simple manner geke nnzeich that the distance of one 15 and still with only one profile for the narrow side (9) of the rectangular profile is different from one Frame legs get along,
between the two grooves lying level (8) This task is performed with a plastering frame

at least by dr .; Measure of the thickness (d) of the type described in the introduction in that the upwardly directed part of an outer window sill (7) 20 frame legs of one between the two are less than the distance to the opposite - Grooves parallel to the Fer-Uerebene plane that is the narrow side (10) of the plastering frame (1) and at least by the amount of the thickness of the upward that the lower frame limb is rotated by 180 ° compared to the directed part of a frame limb remaining on the lower frame limb arranged outside window sill is smaller than the one dismantled. 35 stood on the opposite narrow side of the

2. Einputzzarge according to claim 1, characterized GE is Einputzzarge and that the lower frame leg indicates that on the narrow side (9) opposite the usual frame legs by 180 " the smaller distance a projection (2) is installed rotated.

is arranged, which in the built-in condition at the bottom This has the advantage that a good

Frame leg to the building outside and in 30 connection of the outside window sill is guaranteed. the vertical frame legs and the and also results in a more economical upper horizontal frame leg for storing the profile bars.
Building inside is directed towards. Further advantageous configurations are counter

3. Einp'.tzzarge according to claim 2, characterized in the dependent claims.

indicates that the projection (2) is in a 35 In the following embodiments, the

Corner of the cross-section of the plastering frame (1) invention explained in more detail. It shows

forming rectangle is attached. F i g. 1 the lower horizontal frame leg

4. plaster frame according to one of claims 1 of the frame,

to 3, characterized in that the plastering F i g. 2 the vertical or top horizontal

frame (1) one or more frame legs in the same direction 40,

like the projections (2) pointing projections (11, Fig. 3 a vertical and upper horizontal

12). Frame part of another construction, which is in

In contrast to that of FIGS. 1 and 2 of the Building inside is mounted, with the 45 lower horizontal frame part of this construction however, exactly according to FIG. 1 corresponds to

F i g. 4 and 5 one of those according to FIG. 1 and 2 corresponding plaster frame, but with the difference that in the training according to F i g. 5 at the

The invention relates to a plastering frame with frame extensions that are present in FIG. 4 ab-frame legs with essentially rectangular partitions,

Cross section, the narrow sides of which the contact surfaces F i g. 6 the lower one, from the outside of the building

form for the overarching parts of a fixed right corner connection of the vertical and window frame and the broadsides of each horizontal frame part according to FIG. 1 to 3 ^(c au geeine arranged mutually offset through 55 coated version) or to F i g. 4 and 5 (dashed groove, in the brackets for fastening lierte version).

the frame on the masonry or the fixed The plaster frame 1 has a substantially

Window frame on the plaster frame and corner rectangular cross-section. uf and shows a prebond of the individual frame legs under jump2, which are essentially perpendicular to each other intervention. 60 filling runs and in the window reveal 3

The use of frames for fastening builds is that it is attached to the lower horizontal frame part fixed window frame has the advantage that according to Fig. 1 and 4 to the outside of the building and the windows only after completion of the plastering work in the two vertical and in the upper horizontal • need to be installed and in this way the frame part according to FIGS. 2, 3 and 5 for the interior of the building the construction work will not be damaged 65 see is directed towards it.

körinen. In the design of such frames is According to Fig. 1 and 2, a fixed Fenscer-

the aim is to use a frame profile as many frames 4 as possible, around all four frame sides To meet application and installation flaws. running around. According to Fig. 3, however, is for the