pöMi The invention relates to a proposed amangament ?or a covered comer bearing for a casement of a window that is pivotable and tillable against a frame of a French door or tie like, with a frame-side fitting oomponent, with a casement-side fitting component, with a support arm and a control arm for connecting the fitting components, wherein the support arm and the control arm have respectively vertical bearing axes for connection to the fitting components. piilf DE4434519A 1 discloses a corner bearing according to the preamble of daim 1. |OÖ03| Such a comer taring is also known, for example, from WO 2008/083884 A1. in this comer bearing, the frame-side fitting component Is designed as a pre-assembiad unit with the control arm and the support arm. The arms have protruding bolts on which the pre-assembled casement-side fitting component can be attached to the casement. One iot can be reieasabiy inserted. In the assembled state of the corner bearing, tilting movement is possible between the casement and the tame between the boil and the casement-side bearing component. For this purpose, the bolts in the casement side bearing component require considerable play. Ρ0Θ41 EP 0570846 82 discloses a comer bearing with a hinge to move the œsoment to the turning position. The hinge protrudes from: a rebate space of the window and requires a cut-out in a Hap of the casement covering the tame. However, usually today most windows already have a circumferential seal, which must be infermpisd for the hinge. The frame-side fitting component is constructed in two oomponerds jn order to tilt the casement. The components are connected to one another by a bolt at a dtstancefom tie tiling axis, in order to allow the tiiing of the components of the tame-side Utting component with respect to one another, the bolt has considershie play. P08SI A disadvantage of the known comer bearings Is that the considerable play required to allow the tilting movement, effects the stability of the corner bearing. Therefore, the corner bearing can only support small loads, However, large multipis- glared windows or doors often have a high weight which must tm supported by the corner bearing in any rotational or tilting position. fÖÜSJ The object of the Invention is therefore to solve the problem of forming a comer hearing of the aforementioned type so that It is as simple as possible to install and offers high stability, P0hT| This problem is Inventively achieved in that the casement-side fitting component has a flange for connection to the oasement and a rest element for connecting to the control arm and the rest arm, wherein a tiling bearing is arranged between the flange and the rest element so that the frame-side fitting component has; a bearing plate for connection with the control arm and the support arm, as well as a base plate lor connection to the fame, wherein the base plate and the bearing plate are connected via a plug-in connection,
PfÖS] By this configuration, the piug-in connection enables pre-assembly of the oasemem-side fitting component with the support arm as well as the mounting plate of the tame-side fitting component with the casement. Subsequently, the casements can be easily mounted in the frame in order to produce the plug-in connection of fie base plate with the bearing plate. This corner bearing according to the invention is fully plate and the base plate can thus be fixed together. This comer bearing according to fie invention is easy to assemble and offers high: stability, p$3$f The construction cost for the plug-in connection can be kept particularly low through an advantageous development of the Invention, wherein at least; one bolt is ted to the beating plate or the base plate, while the respective opposite component has a recess for receiving the bolt. In this way, the casement pre-assembled with the bearing plate of the frame-side fitting component is also particularly easy to mount in the ppsf According to another advantageous development of the invention, the bearing plate Is ted against rotation on the base plate when multiple bolts are spaced apart on the support plate and/or the base plate and where each has an associated fecassi The bolts may be distributed on the bearing plate and/or the base plate. psi1] To further simplify the assembly of the casement, another advantageous development of the Invention is when the at least one hoi and/or the recess has a c&nioaf section. This design allows the casement to he mounted on its hase plate at a sllghiy tiled position with respect to the hearing plate. The hearing plate is then simply ted in the piugged-in portion on the base plate by the belt and the recess. The conical section makes it easier to locate the recess and Insert the boit.
Pffif A window equipped with the corner hearing according to the invention can be edited particularly easily by an adjustment device for adjusting the position of the hearing plate with respect to the base plate. f£te13| An adjustment of the bearing plate with respect to the hase plate is designed to ha particularly constructively simple, when the adjustment device has a bolt mounted is the bearing plate and is adjustable In the longitudinal direction of The base plate of fie fteme-side Itting component. Alternatively, the hoi of the adjusting device may be adjusted eccentrically. pd14§ According to another advantageous development of the Invention,: after assembi)'; the bearing plate Is securely connected with the base plate when the bearing plate and the base plate are connected by a screw connection or a bayonet closure. This design allows the lame-side fitting component to be irmly screwed in piece on Pegging together the base plate end the bearing plate. The corner beamg according to the invent!on can thus support very high loads. $$18$ The invention permits numerous embodiments. To further clarify the basic principle, one embodiment is shown in the drawings and is described: below, This shows:
Fig. 1 shows a window with a corner bearing according to the invention,
Fig. 2 shows a sectional view cf the window of Fig, i along the line It. - II,
Fig. 3 shows a sectional view of the window of Figure 1 along lie line il - II, p$16§ Fig 1 shows a comer bearing 1 for a casement 3 of a window feat is pivotable with reaped to a frame 2, The casement 3 is only shewn in Fig. 2 in order to simplify the drawing. The corner bearing 1 has a frame-side fitting component 4 and a casemsnFsids fifing component S. The casement side fitting component δ is connected to the frame-side fitting component 4 lis a support arm 6 and a control arm 7. The casement-side fitting component δ has a flange 8 for connection to the casements and a rest member 9 for connection to the control ann 7 and the support arm 8, The tame-side has a fitting component 4 with a base plate 10 doled to the frame 2, and a hearing plate 11 for connection of the control arm 7 and fh# support arm. 8 p017| The control arm 7 and the support arm 6 generate a rotation of the casement 3 with respect to the tame 2 about the vertical axes of rotation 17,18 of the contre! arm 7 and the support arm 9. For simplicity, in the drawing, only lie axes of rotation 17, 18 of the control arm 7 and of tue suppest ami 9 are shown on lie heme Side fitting component 4. The axes of rotation of the control arm 7 and the support arm 8 on the casanient-sicte fitting component 5 are cohered by the casement-side fitting component 5 and are not shown in the drawing. A tilting movement of the casement 3 wit respect to the frame 2 is made possible by means of a tilting beating 18 arranged between the flange 8 and the support element 8 and having a horigonfal tilt axis 18. p§18| The bearing plate 11 is connected via a plug·· In connection 12 to the base piste 10 The plug-in connection 12 has boits 14 arranged m the base plate 10 and guided tbfoigh repasses 13 in the bearing plate 11. The bolts 14 have a conical section 19 at their free end. This allows the casement 3 to be pre-assembied with the casement-side fitting component 5, the control arm 7 and the support arm 8 and the bearing piáié 11 of the tome-side fitting component 4, in order to form a structural unit. The base plate 19 of iie; ffame^ide fthtng o 4 is bolted to the tame 2. For mounfing, the structural unit with the casement: 3 is plugged into the base plate 10 so that tie bolts 14 of the base plate 10 are inserted into the recesses 13 of the bearing plate 11. p$t$J Fig. 2 shows: a detail of the comer bearing 1 with the casements 3 df Fig. 1 in a sectional view taken along lines i - il. The section passes directly between the bearing plate 11 and the base plate 10. The bayonet closures 20 here are shown form fitted together after assembly of the casement; 3 to the trame 2, the bearing- plate 11 and the base plate 10, Furthermore, Fig. 2 shows that the bearing plate 11 has a plurality of recesses 13 for the bolts 14 of the base plate 10. pÖ20j Rgem 3 shows a sectional view through the corner bearing 1 of Fig. 1 along the line ill - II. As In Fig, 2, Fig. 3 shows the section between the base plate 10 and the bearing plate 11 and also shows the base plate 10 with the frame 2. The base plate 10 has several bolt connections 21 with the frame 2 and supports the bolts 14 penetrating the bearing plate 11 in the recesses 13. The bolts 14 are adjustable parallel to the outer edge of the frame 2 via a adjusting device 22. The positions of the axes of rotation 17,. I S of the control arm 7 and of the support arm δ can be adjusted in this waft