DE1679304C2 - Cover for sectional radiators - Google Patents

Description

Allsführungbeispiele the invention are shown in the drawing and are in the following near »· described. It shows

Fig. 1 shows a Güeder heater with cladding in Side view,

F i g. 2 a part of the same in front view,

3 shows a retaining spring with a lamella corresponding to the line AB in FIG. 1 seen

4 shows a rear view of the retaining spring according to

Fig. 3,

F i g. 5 shows another exemplary embodiment of a retaining spring with a lamella according to the line AB in FIG. 1 seen and

6 shows a rear view of the retaining spring according to

Fig. 5.

A slat 2 is releasably attached to each member of a sectional radiator 1 fixed to the wall to form a radiator cladding. For this purpose, two holding ends 3 are arranged on each lamella 2. They each have a web 4 which is clamped with bends S between the longitudinal edges 6 of the lamellae 2 which are bent backwards.

Subsequent to the bends 5 is a radiator element, which can be spread open against spring tension, a heater element hei2 encompassing bracket 7 formed, the in Auflauf- »5 the

1 sheet of drawings

Claims (3)

1 2 but the «long edges with the retaining springs together ". «. _. work. Patent claims: It was not possible to do anything similar with the panels according to the German utility model 9097621 \ 1, cladding for sectional radiators with ne- 5 t> betw. 1841090, where the retaining springs on the »Directly glued to each other on the radiator sections with the back of the lamellas stuck or glued lamellae, which are detachably attached, are welded and also not to the hindern Longitudinal edges bent backwards are the bent longitudinal edges of the lamellas together. and the retaining feet bracing at the rear. the one with bent legs, which io Finally, a panel is known-ZUT Formation of one on a radiator element (German utility model 1897 U 8), the clampable bracket bulged and although it belongs to a different genus, but in the Ends are bent back, so there are no additional commands for the retaining springs, that the retaining springs (3) are necessary in stigungsmittel and the longitudinal edges of the their 15 lamellae resting on the inside of the lamellae, clamping on bends of the Haltefe-Teü and the longitudinal edges (6) of the lamellas (2) so that the rest. However, take advantage of this well-known are designed that the shape of the abo-cladding the U-bends of the retaining springs Genen lamella longitudinal edges (6) adapted outside around the not bent longitudinal edges of the Bends (5) of the retaining springs (3) around the In lamellae. You step on the outside the longitudinal edges (6) are clamped. 20 surface of the cladding ugly and annoying in the 2. Cladding according to claim I, apparently because it behinkennzeichnct the cleaning of the slats, that the bent lamellar dem. Longitudinal edges (6) undercut on the inside The invention is based on the object of providing a or are inflected. Cladding of the type mentioned to be designed 3. Cladding according to claim I or 2, da- * 5 th that it is easier and therefore cheaper to manufacture characterized in that on the retaining springs, as the known and without additional fastening (3) in the area of their bends (5) resistance means] a firm adhesion of the cladding ken-like claws (9) are provided. the radiator members by means of an inherent one loose retaining spring guaranteed.
30 According to the invention, the solution to this problem dung take place in that the retaining springs in their on the inside of the lamellae adjacent part and the longitudinal edges of the lamellae are designed so that The invention relates to a cladding for the shape of the bent lamellar longitudinal ridge heating element with side by side on the heating 35 of the adapted bends of the retaining springs on the body members detachably at a distance from each other inside of the longitudinal edges are clamped,
stiff lamellas, the longitudinal ridge of which goes down to the rear - no additional fastening are bent and the tel braced at the back needs more and still good adhesion Have retaining springs with bent legs that reach the panel on the radiator members, that to form a, a radiator element, which also significantly simplifies manufacture clampable bracket bulged and at its end. You only need one from one who are bent back. Piece of existing retaining spring and a lamella with With a cladding of this type (German Ge bent Lüngsränder. Here the FederbrauchsmuNier 1829 167) are used on the inside by virtue of the retaining spring in such a way that one Lamella brackets are provided, the tension on the 45 hand by spreading when the lamella is attached Spot-welded, projection-welded, riveted, zcn onto a radiator element and thus at the same time glued or otherwise attached. In the clamping effect of the on the inside of these The retaining springs, which are clamped with the curved longitudinal edges of the lamella, are fasteners bent legs on a radiator-facing l'bends of the retaining spring is increased, member are clamped, inserted. so on the other hand, this support increases the bending In order to establish the connection between the lamella and the retaining spring on the longitudinal edges of the lamellae, one needs a bracket to be attached to the deformation resistance of the heating element member, ie a separate, pushed-on leg of the retaining spring.
Intermediate piece. The retaining spring must be attached to the sepa- Also at the point of use, the rates intermediate piece have adapted back. 55 The position of the retaining springs has been changed and thus the respective die Slats with their holders are better adapted to the vertical shape of the radiator element pushed right from above onto the retaining springs that are. already clamped onto the radiator element. If necessary, the number are. The arrangement is therefore bad in close proximity. the retaining springs assigned to each lamella increased can be used with indoor radiator mixes, because you will be 60 needed to put on and remove the lamellae. In a further development of the invention, the len vertically across this square. bent lamellas long edges on the inside In addition, the brackets can be undercut or curved on the individual sides,
The lamellae can be fastened at different heights, so that it can also be difficult to subsequently escape the lamellae sufficiently from their bends, barbed claws, and at the same time to secure them securely, even on the retaining springs in the Bees. be provided. The lamellas of the cladding are indeed attached to the lamellas Longitudinal edges bent backwards without ever being improved.