DE202009003379U1 - Fitting arrangement and window or door with such a fitting arrangement - Google Patents

Abstract

Fitting arrangement for windows, doors or the like, with a built-in socket (1, 1 ') for installation in a window frame (23) or a wing (31) and a hinge bracket (FIG. 15, 15') and a connecting leg (14). 13, 13 ', 13' '), wherein the bearing leg (15, 15') within the mounting socket (1, 1 ') is pivotally mounted via a guide, characterized in that for the pivotable mounting of the bearing leg (15, 15') the mounting socket (1, 1 ') and the bearing legs (15, 15') are connected to one another via two cooperating positive guides (17, 18, 21, 22, 41, 43, 42, 44), each of the positive guides (17, 18 ; 21, 22; 41, 43; 42, 44), a displacement of the bearing leg (15, 15 ') relative to the mounting socket (1, 1') along a predetermined guideway with simultaneous pivoting of the bearing leg (15, 15 ') allowed.

Description

The The present invention relates to a fitting arrangement for Windows, doors or the like with one for installation in a built-in frame or a wing built-in socket and one comprising a bearing leg and a connecting leg Band angle, wherein the bearing leg within the panel socket over a guide is pivotally mounted. Furthermore, the invention on a window or door with one on a frame rotatably and / or tiltably mounted wing and such Directed fitting assembly.

A fitting arrangement of the type mentioned is from the DE 198 04 355 A1 known. In this known fitting arrangement of the bearing leg is formed as a circular arc curved rail, which is arranged in a complementary thereto formed slot guide within the mounting socket and pivotally mounted therein. The pivoting movement takes place around the center of the circular arc, which is arranged in the area in front of the surface of the window frame.

Problematic in this known fitting arrangement is that they are relatively large Has dimensions. This size is particular through the circular arc-shaped configuration of the guide and the bearing leg conditionally, creating a relatively large Space requirement in a plane parallel to the pivoting plane of the fitting arrangement arises. In addition, there is also perpendicular in one direction to the pivoting plane a relatively large amount of space, since the width of the bearing leg and the width of the slot-shaped Guide extends perpendicular to the pivot plane.

It It is an object of the present invention to provide a fitting assembly of the type mentioned in manufacturing simplification form greater stability with less space.

outgoing from a fitting arrangement of the type mentioned is this Object according to the invention by the features of Claim 1 and in particular solved by the fact that the pivotable Storage of the bearing leg over the mounting socket and the bearing leg two cooperative forced guides connected are, with each of the forced tours a shift of the bearing leg opposite the panel socket along a predetermined guideway with simultaneous pivoting of the bearing leg allowed.

One According to the invention designed window or a Includes door formed according to the invention a wing rotatably and / or tiltably mounted on a frame, the at least one inventively designed Fitting arrangement rotatably and / or tiltably mounted on the frame is, wherein the mounting socket of the fitting assembly in the frame or in the wing is installed.

By the pivotable mounting of the invention Lagerschenkels on two cooperative positive guides can the expansion of the panel jack in one direction in parallel be significantly reduced to the pivoting level. It can In particular, the forced guides interact so that the resulting pivoting movement with the fitting arrangement on a frame fixed wing no circular pivoting movement, but a pivoting movement along a defined adjustable Turning curve represents. By setting the appropriate Both co-operative forced guides can thus even with reduced expansion of the mounting socket parallel to the pivot plane outside the panel socket a pivoting curve be generated, which is both a sufficient shutdown and a sufficient opening width of the fitting arrangement secured wing guaranteed.

in principle can the panel jack in the frame or in the wing be installed, but preferred the installation in the frame is.

To a preferred embodiment of the invention are the Forced guides through between the bearing leg and the Panel socket acting scenes formed. About two trained accordingly Scenes can be an arbitrarily complex swing curve with minimal Space requirements are generated.

Prefers In this case, one of the positive guides comprises one in the installation socket provided link guide, with one on the bearing leg provided guide element cooperates while the other forced guidance provided on the bearing leg Sliding guide includes, with one in the panel socket provided guide element cooperates. in principle It is also possible that both slide guides are provided on the bearing leg or on the socket, while the guide element in each case on the other component, d. H. is provided on the mounting socket or on the bearing leg.

Advantageously, the slotted guides can be designed as, in particular, arcuate elongated slots, for example in the form of oblong holes. However, it is also another suitable off Formation of the slide guides, for example, by management approaches or grooves possible.

To a further advantageous embodiment of the invention the forced tours extend completely arranged in the mounting socket bearing leg of a bezel inside located end portion of the mounting socket towards an opposite End section of the panel socket. Through this training, in which the Forced guides arranged in particular close together can be a very small footprint of the installation jack in a direction transverse to the longitudinal extent of the slide guides be achieved.

To a further preferred embodiment of the invention the bearing leg is essentially parallel a pivoting plane of the fitting arrangement. The bearing leg, the in particular may be formed flat, extends thus substantially parallel to the pivot plane, whereby the Height of the panel jack also very small can be, so that the total space requirement of the panel jack and thus the fitting arrangement can be further reduced.

To a further advantageous embodiment of the invention the panel socket comprises an internal receiving space that over a receiving opening at least to one end face of the mounting socket is formed open, wherein the bearing leg through the receiving opening protrudes into the receiving space of the mounting socket. The receiving opening is preferably on a front side of the bezel inside the built-in socket formed. Advantageously, while the receiving opening from the front side of the mounting socket from at least partially into one extending adjoining side wall of the mounting socket inside. To this Way, an increased swing angle of the Fitting arrangement can be achieved.

To A further advantageous embodiment is the mounting socket multi-part with an external installation section and formed in a bearing portion used in the mounting portion. In this case, the receiving space for the bearing leg is preferred formed in the bearing section. In this multipart training can easily in the manufacture of the window first only the installation section in the frame or the wing be used while the storage section to a used later in the installation section and latched or otherwise secured therein, for example can be.

in principle However, it is also possible that the panel socket at the same time also forms the bearing section.

To a further advantageous embodiment of the invention the female connector has a substantially circular or rectangular cross section. While at a circular Cross-section of the mounting socket, for example, in a hole in the frame or can be used in the wing, is at a rectangular Cross section, for example, a milling for receiving the Installation socket in the frame or in the wing suitable.

To a further preferred embodiment of the invention is the connecting leg for connecting the band angle with a Wings of the window, door or the like educated. In a direct connection, the inventive Fitting arrangement thus realize a corner bearing. It is also possible, that the connecting leg directly or via an intermediate element is connected to one end of a Ausstellarms or that the connecting leg is integrally formed with a stay. To this Way can be inventively trained scissors bearing be generated.

at an inventively designed window or a door designed according to the invention the mounting socket is preferably spaced from a frame corner of the Built-in frame. This ensures that that the panel jack is not in the usually in the field the frame corner provided connecting means for connecting the individual frame components, for example, engages in corresponding slot / pin connections. Furthermore, an inventively designed Fitting arrangement due to the possible spaced Attachment to the frame corner already before assembly of the frame or the wing at the loose frame as well as at cornerless windows, such as round windows, are installed.

Advantageous can also be two or more spaced apart Panel Jacks be provided to thereby a larger To achieve resilience of the overall fitting arrangement.

Further advantageous embodiments are in the subclaims specified.

The Invention will be described below with reference to embodiments with reference to the accompanying drawings described. In these show:

1 an exploded view of a first embodiment of a trained fitting arrangement according to the invention,

2 a fitting arrangement according to 1 in assembled state with pivoted bearing leg,

3 the fitting arrangement according to 1 and 2 before inserting into a frame,

4 the fitting arrangement after 1 when inserted,

5 a front view of a closed window using the inventively designed fitting arrangement according to 1 .

6 the view after 5 with omitted wing,

7 an interior view of the fitting arrangement according to 1 according to a closed position of a window,

8th an interior view of the fitting arrangement according to 1 according to an open position of a window,

9 a partially disassembled second embodiment of an inventively designed fitting arrangement according to a position with the window closed,

10 the fitting arrangement after 9 according to a position with the window open,

11 to 14 four different states when installing a fitting arrangement according to 9 .

15 an inside view of a closed window with a fitting arrangement according to 9 .

16 the view after 15 with omitted wing,

17 an interior view of the fitting arrangement according to 9 according to a position with the window closed,

18 an interior view of the fitting arrangement according to 9 according to a position with the window open,

19 an inside view of a closed window with a further inventively designed fitting arrangement and

20 The view after 19 with omitted wing.

The fitting arrangement according to 1 includes a two-piece panel socket 1 comprising a stepped cylinder body having two substantially semi-cylindrical parts 2 . 3 includes. A blend frame inside end section 4 the panel socket has an enlarged diameter compared to a central main section 5 and an adjoining end section 6 the installation socket 1 , Furthermore, at the front end of the inside of the bezel frame end portion 4 an annular inclined surface 7 formed in an end-face circular end surface 8th passes.

In the area of the end section 6 as well as at the in 1 each rear side of the semi-cylindrical parts 2 . 3 the installation socket 1 are wall sections 9 . 10 arranged so that when assembling the semi-cylindrical parts 2 . 3 between these a recording room 11 arises, as it in particular from 2 is apparent. The recording room 11 is over a receiving opening 12 to the bezel inside end portion 4 formed open, with the receiving opening 12 from the frontal circular end surface 8th in the in the 1 and 2 Front side wall of the panel socket 1 extends therein and there a lateral opening portion 12 ' forms.

The fitting arrangement further comprises a band angle 13 who has a connecting leg 14 as well as an essentially angled bearing leg to this 15 includes. The bearing leg is formed substantially flat-shaped and includes a curved slot as long 16 trained slide guide 17 with the fitting assembly assembled together with one on the lower semi-cylindrical part 3 provided pin-shaped guide element 18 a first forced operation for the bearing leg 15 within the recording room 11 forms.

Similarly, in a flat is the recording room 11 limiting area 19 of the semi-cylindrical part 3 as a curved long slot 20 trained slide guide 21 provided in a corresponding manner with a on the bearing leg 15 provided, downwardly extending pin-shaped guide element 22 a second positive guide for the bearing leg 15 within the recording room 11 forms.

Basically, at the in the 1 and 2 unrecognizable underside of the semi-cylindrical part 2 an arcuate long slot 20 be formed corresponding slot and the peg-shaped guide element 22 also over the upper surface of the bearing leg 15 stand out so that the pin-shaped guide element 22 with its two free ends in each case in one of the curved long slots 20 to be led. Similarly, the peg-shaped guide element 18 be formed so long that it is not only in the arched long slot 16 engages but engages through it, into a corresponding receiving opening in the bottom of the semi-cylindrical part 3 protrudes. In this way, the stability of the inventively designed fitting arrangement is increased.

As in particular from 2 can be seen, is the bearing leg 15 in the recording room 11 the installation socket 1 arranged and can be used by the in 1 shown position in the rotated substantially 90 ° position for 2 be pivoted. The pivoting takes place via the through the slide guides 17 . 21 and the peg-shaped guide elements 18 . 22 formed constraints and is with reference to the 7 and 8th later described in detail. Basically, larger or smaller pivoting ranges can be realized by appropriate choice of forced guides.

3 shows the fitting arrangement according to the 1 and 2 as they are in a frame 23 a window is used. In the inward-facing rebate surface 24 of the frame 23 is a hole to 25 formed a section 26 having a diameter corresponding to the diameter of the central main section 5 the installation socket 1 equivalent. To the section 26 closes a section 27 with an increased diameter, this diameter being equal to the enlarged diameter of the trim frame inside end section 4 the installation socket 1 matches, so the panel jack 1 almost completely into the hole 25 can be used, as it is from the 4 and 6 can be seen. The section 27 the bore 25 is attached so that the frame 23 a side opening 28 generated with a part of the side receiving opening portion 12 ' Aligns, as it also from the 4 and 6 is recognizable. The attachment of the panel socket 1 in the hole 25 can be done for example by a press fit or other suitable manner, for example by screwing, gluing or latching.

From the 4 and 6 it can be seen that the connecting leg 14 of the band angle 13 over an intermediate angle 29 with a stay-arm 30 a scissor bearing is connected. In principle, however, it is also possible that the connecting leg 14 directly or via an intermediate element with a bracket 31 connected to form a corner bearing.

In the in the 1 to 8th the embodiment shown is the width of the lateral opening 28 so that they are closed with the wing closed 31 completely from the wing flap 49 is hidden, how it looks 5 can be seen. In this way, therefore, a completely concealed fitting can be formed. In 6 is the wing 31 for better representation of the parts arranged in the folding air of the fitting arrangement of the wings 31 not shown.

From the 7 and 8th is the interplay of the through the slide tours 17 . 21 and the peg-shaped guide elements 18 . 22 Forced to detect forced guidance more clearly.

In the in 7 shown position of the band angle 13 this attacks on the bearing leg 15 arranged peg-shaped guide element 22 in the area of the end section 6 located end of the arcuate long slot 20 one. At the same time, the fix engages the opposite end of the panel socket 1 provided pin-shaped guide element 18 in that in this position in the region of the end section 4 located end of the arcuate long slot 17 of the bearing leg 15 like it 7 can be seen. In this position, the two arcuate long slots lie 16 and 20 with a relatively small distance next to each other, allowing for the arrangement of the long slots 16 and 20 required area, in particular transversely to the longitudinal extent of the slots is relatively small.

When pivoting the band angle 13 by a corresponding pivoting of the wing 31 shifts the pin-shaped guide element 22 along the through the long slot 20 formed link guide 21 until it is finally in the in 8th shown position at the other end of the long slot 20 to come to rest. Simultaneously with this shift of the bearing leg 15 there is a pivoting of the bearing leg to the migratory guide element 22 ,

Similarly, the pivoting of the band angle shifts 13 also the peg-shaped guide element 18 relative to the bearing leg 15 inside the arched long slot 16 along the slide tour 17 , Here, too, a pivoting of the bearing leg takes place at the same time 15 around the relative to this moving guide element 18 ,

Due to the interaction of the two positive guides in the manner described ultimately takes a pivoting movement of the band angle 13 depending on the design and arrangement of the long slots 16 . 22 along any given curved path. In particular, it is possible to generate a curved path deviating from the circular path. A corresponding curves train 32 is in 8th for a corner 33 of the band angle 13 indicated by a dashed line.

As in particular from the 4 and 8th is recognizable, is through the side receiving opening portion 12 ' and the side opening 28 ensures that the bearing leg 15 in the in 8th shown position can be pivoted, so that a complete opening of the wing 31 is possible.

The in the 9 to 18 illustrated embodiment of the invention is basically formed on the same principle as the previously described embodiment and differs only in the structural design. Therefore, only these structural differences will be described in more detail below, wherein the same or similar components are denoted by the same reference numerals as in the first embodiment for the first embodiment.

The illustrated second embodiment has a mounting socket 1' , which has an outside installation section 34 and one in the installation section 34 usable bearing section 35 includes. In the installation section 34 are internal spring elements 36 provided as the catch elements for corresponding counter-elements 37 of the storage section 35 Act.

As in particular from the 11 to 14 can be seen, for installation of the second embodiment, first, the mounting portion 34 in a corner extending cutout 38 on the frame 23 used and in the cutout 38 by means of screws 39 attached. In the thus-mounted mounting portion 34 becomes the storage section 35 according to an arrow 40 (please refer 13 ), wherein the counter elements 37 in groove-shaped depressions 48 in the installation section 34 be guided.

After complete insertion of the bearing section 35 is the in 14 achieved shown position in which the counter-elements 37 the spring elements 36 engage behind, allowing a leakage of the bearing section 35 from the installation section 34 is prevented. How out 14 can be seen, in this way a flush design of the inventively designed fitting arrangement is possible.

Depending on the shape of the cutout 38 can the cross-sectional contour of the outer mounting portion 34 rectangular or, as in the 9 to 14 can be seen, partially rounded.

The connection of the band angle 13 takes place in the second embodiment as already described for the first embodiment, so that, such as in the 15 and 16 shown, training as a scissor bearing is possible. In principle, however, a corner bearing can be realized in a similar manner with the second embodiment.

From the 17 and 18 It can be seen that the two forced guides in the second embodiment by slightly modified, Kulissenfüh ments 41 ' . 42 ' forming long slots 41 . 42 in cooperation with pin-shaped guide elements 43 . 44 be formed. In contrast to the long slots 16 . 17 The first embodiment is the long slots 41 . 42 only slightly curved or straight running formed, which ultimately when pivoting the band angle 13 ' to one opposite the in 8th illustrated curved path 32 changed curved path 45 leads, as in 18 is indicated by a dashed line.

As in particular from the 9 and 10 can be seen, includes the bearing section 35 two parts 2 ' . 3 ' that have a locking connection 46 are interconnected and between which, similar to the embodiment of the 1 to 8th , the recording room 11 is trained. The recording room 11 is again via a receiving opening 12 at the front end of the bearing section 35 open, with the receiving opening 12 partly in the in the 9 and 10 front side wall 47 of the storage section 35 extends therein and there a side receiving opening section 12 ' forms. As in the first embodiment allows the receiving opening 12 and the side receiving opening portion 12 ' the insertion of a bearing leg 15 ' of the band angle 13 ' as well as a pivoting from the in 9 shown closed position in the in 10 shown open position of the fitting assembly.

The 19 and 20 show a modified fitting arrangement with two panel sockets 1' spaced apart from each other in the frame 23 are installed. The panel sockets 1' are like to the 9 to 18 described, wherein through each of the receiving openings 12 the panel sockets 1' one bearing leg each 15 ' a U-shaped, two bearing legs 15 ' comprehensive band angle 13 '' passed through. The between the bearing legs 15 ' lying connecting leg 14 may be directly or indirectly connected to the window sash or an extension arm as described in the previous embodiments 20 is recognizable.

Installation socket, bearing leg and connecting leg can each according to the 1 to 8th or according to the 9 to 18 be educated. Due to the double design of the panel socket is an increased load capacity of Total fitting arrangement achieved.

1, 1'

Einbaubuchse

2, 2 '

semi-cylindrical part

3, 3 '

semi-cylindrical part

4

end

5

middle main section

6

end

7

annular sloping surface

8th

frontal circular end surface

9

wall sections

10

wall sections

11

accommodation space

12

receiving opening

12 '

lateral Receiving opening section

13 13 ', 13' '

tape angle

14

connecting leg

15 15 '

bearing legs

16

arcuate long slot

17

link guide

18

pin-shaped guide element

19

area

20

arcuate long slot

21

link guide

22

pin-shaped guide element

23

frame

24

rebate surface

25

drilling

26

section

27

section

28

lateral opening

29

intermediate angle

30

out arm

31

wing

32

cam track

33

corner

34

outboard installation section

35

bearing section

36

spring elements

37

against elements

38

countersink

39

screw

40

arrow

41

long slot

41 '

link guide

42

long slot

42 '

link guide

43

pin-shaped guide element

44

pin-shaped guide element

45

cam track

46

locking connection

47

Side wall

48

groove-shaped deepening

49

Wing flap

QUOTES INCLUDE IN THE DESCRIPTION

This list The documents listed by the applicant have been automated generated and is solely for better information recorded by the reader. The list is not part of the German Patent or utility model application. The DPMA takes over no liability for any errors or omissions.

Cited patent literature

• - DE 19804355 A1 [0002]

Claims (16)

Fitting arrangement for windows, doors or the like with one for installation in a window frame ( 23 ) or a wing ( 31 ) built-in socket ( 1 . 1' ) and a bearing leg ( 15 . 15 ' ) and a connecting leg ( 14 ) comprehensive band angle ( 13 . 13 ' . 13 '' ), wherein the bearing leg ( 15 . 15 ' ) within the panel socket ( 1 . 1' ) is pivotally mounted via a guide, characterized in that for the pivotable mounting of the bearing leg ( 15 . 15 ' ) the installation socket ( 1 . 1' ) and the bearing leg ( 15 . 15 ' ) via two co-operative forced guides ( 17 . 18 ; 21 . 22 ; 41 . 43 ; 42 . 44 ), each of the forced guides ( 17 . 18 ; 21 . 22 ; 41 . 43 ; 42 . 44 ) a displacement of the bearing leg ( 15 . 15 ' ) opposite the panel socket ( 1 . 1' ) along a predetermined guideway with simultaneous pivoting of the bearing leg ( 15 . 15 ' ) allowed. Fitting arrangement according to claim 1, characterized in that the forced guides ( 17 . 18 ; 21 . 22 ; 41 . 43 ; 42 . 44 ) by between the bearing leg ( 15 . 15 ' ) and the panel socket ( 1 . 1' ) acting scenes are formed. Fitting arrangement according to claim 2, characterized in that one of the positive guides ( 21 . 22 ; 42 . 44 ) one in the installation socket ( 1 . 1' ) provided slotted guide ( 21 . 42 ' ), which is connected to one of the bearing legs ( 15 . 15 ' ) provided guide element ( 22 ; 43 ) and that the other constraint ( 17 . 18 ; 41 ' . 43 ) one on the bearing leg ( 15 . 15 ' ) provided slotted guide ( 17 . 41 ' ) provided with a guide element provided in the installation socket ( 18 . 43 ) cooperates. Fitting arrangement according to claim 3, characterized in that the slide guides ( 17 . 21 . 41 ' . 42 ' ) as in particular arcuate longitudinal slots ( 16 . 20 . 41 . 42 ) are formed. Fitting arrangement according to at least one of the preceding claims, characterized in that the positive guides ( 17 . 18 ; 21 . 22 ; 41 . 43 ; 42 . 44 ) completely in the panel socket ( 1 . 1' ) arranged bearing leg ( 15 . 15 ' ) from a frame inside end portion ( 4 ) of the installation socket ( 1 . 1' ) towards an opposite end portion ( 6 ) of the installation socket ( 1 . 1' ). Fitting arrangement according to at least one of the preceding claims, characterized in that the bearing leg ( 15 . 15 ' ) runs substantially parallel to a pivoting plane of the fitting arrangement. Fitting arrangement according to at least one of the preceding claims, characterized in that the installation socket ( 1 . 1' ) an internal receiving space ( 11 ) that the receiving space ( 11 ) via a receiving opening ( 12 ) at least to one end face of the mounting socket ( 1 . 1' ) is formed open and that the bearing leg ( 15 . 15 ' ) through the receiving opening ( 12 ) in the reception room ( 11 ) of the installation socket ( 1 . 1' ) protrudes. Fitting arrangement according to claim 7, characterized in that the receiving opening ( 12 ) from the front side of the panel socket ( 1 . 1' ) from at least partially into an adjacent side wall of the mounting socket ( 1 . 1' ) extends into it. Fitting arrangement according to at least one of the preceding claims, characterized in that the installation socket ( 1' ) in several parts with an outer installation section ( 34 ) and one in the installation section ( 34 ) bearing section ( 35 ) is trained. Fitting arrangement according to claim 7 or 8 and claim 9, characterized in that the receiving space ( 11 ) for the bearing leg ( 15 ' ) in the storage section ( 35 ) is trained. Fitting arrangement according to at least one of the preceding claims, characterized in that the installation socket ( 1 . 1' ) has a substantially circular or rectangular cross-section. Fitting arrangement according to at least one of the preceding claims, characterized in that the connecting leg ( 14 ) for connecting the band angle ( 13 . 13 ' . 13 '' ) with a wing ( 31 ) of the window, the door or the like is formed. Fitting arrangement according to at least one of the preceding claims, characterized in that the connecting leg ( 14 ) directly or via an intermediate element ( 29 ) with one end of a stay arm ( 30 ) or that the connecting leg ( 14 ) in one piece with a stay arm ( 30 ) is trained. Fitting arrangement according to at least one of the preceding Claims, characterized in that the fitting arrangement is designed as a shear bearing or as a corner bearing. Window or door with one on a frame ( 23 ) rotatably and / or tiltably mounted wing ( 31 ), characterized in that the wing ( 31 ) via at least one fitting arrangement at least one of the preceding claims on the frame ( 23 ) is rotatably and / or tiltably mounted, wherein the A baubuchse ( 1 . 1' ) of the fitting arrangement in the frame ( 23 ) or the wing ( 31 ) is installed. Window or door according to claim 15, characterized in that the installation socket ( 1 . 1' ) spaced from a frame corner of the frame ( 23 ) is installed.