EP2740865A1 - Locking strip fitting and locking strip arrangement and correspondingly equipped window or similar - Google Patents

Abstract

The fitting (4) has a closure lath (11) and a shift device, where the closure lath is supported such that the closure lath is provided in an unlocking position and in a locking position at the shift device. A retainer zone (59) is arranged in a wing frame (1) for partial retaining of the closure lath fitting. A euro groove (51) is provided in a blind frame, where width contour (60) of the blind frame is formed so as to ensure insertion into the euro groove. The retainer zone is extended over an entire region of the closure lath fitting. An independent claim is also included for a window or door.

Description

The invention relates to a closure strip fitting for a / a window frame, door or the like having at least one closure strip and at least one displacement device, wherein the closure strip is mounted for movement at least in an unlocking position and in a locking position on the displacement device ,

Such a closure strip fitting is from the Austrian patent 190829 out. The closure strips of this known fitting are displaced by means of a cable in the direction of its longitudinal extent. Each closing strip is associated with two slide guides, which result in the longitudinal movement of the closure strip at the same time a retraction or extension movement to bring about a locking position or an unlocked position. The scenes and the closure strips are arranged in a cross-sectionally U-shaped fitting, which is arranged in a correspondingly large gap of the respective spar of the frame. Due to this configuration, the use can only be done with special windows that have appropriately designed spars.

The invention has for its object to provide a closure strip fitting of the type mentioned, which can be used in standard windows, doors or the like.

This object is achieved in that the closure strip fitting for its at least partial recording in a wing frame and / or in the frame formed Euronut has a receiving zone whose width contour is designed for insertion into the Euronut. Seen in cross-section thus the width contour of the receiving zone is designed such that an insertion into the standard, known Euronut can be done. Therefore, all windows, doors or the like, which are equipped with a Euronut, can be equipped with the closure strip fitting according to the invention. This can be done during the rebuilding or even during a later conversion. The expert is familiar with the training of Euronut. Nonetheless, in the course of this application, a Euronut is understood as meaning a groove cross-sectional profile, as it is known from US Pat FIGS. 10 and 11 evident. The formation of the width contour of the receiving zone for insertion into the Euronut means in the simplest, fundamental case, that the width-cross-sectional dimensions of the receiving zone are smaller than the width-cross-sectional dimensions of the Euronut. If the linearly extendable closure strip of the closure strip fitting according to the invention is displaced into its unlocked position by means of the displacement device of the closure strip fitting, then this lies completely or partially, in particular for the most part, in the interior of the Euronut. The displacement device is also completely or partially, in particular for the most part, in the Euronut. Thus, the closure strip fitting according to the invention can be used in standard windows, doors or the like, which are each provided with at least one Euronut. So far, the Euronut served to accommodate espagnolettes and cuff rails. Due to the invention it becomes now used for a closure strip fitting, wherein not only the associated closure strip, but also the displacement device for the closure strip wholly or at least partially, in particular for the most part, in the interior of the Euronut - depending on the operating position - is added.

A development of the invention provides that the receiving zone extends over an area of the closure strip fitting or over the entire closure strip fitting. Thus, in the first case, only one area of the closure strip fitting is accommodated in the Euronut and in the latter case the entire closure strip fitting. This applies - as already mentioned above - depending on the operating position, because the closure strip fitting is spent in the locked position, so it is necessary that the closure strip exits the Euronut so far that they can enter a closure strip receptacle on the opposite spar to make the desired lock.

According to a development of the invention, it is provided that the dimensions of the closure strip fitting are designed such that - for total inclusion in the Euronut - its maximum height in unlocking the closure strip is smaller than or as large as the maximum depth of Euronut or only so large is that it - for the most part taking place in the Euronut - with remaining folding air to the oppositely arranged frame or sash of the window, the door or the like. The maximum height of the closure strip fitting in the unlocking position is therefore - again in cross section - also matched to the dimensions of the Euronut by the closure strip fitting a smaller height has, as the depth of the Euro groove or - if the closure strip fitting protrudes in its unlocked position a piece out of the Euronut, of course, the function of the window, the door or the like is ensured in which a distance to the opposite spar remains, ie, there is a remaining Folding air in front.

According to a development of the invention, provision is made for the closure strip fitting in the receiving zone to be adapted in shape to the cross-sectional contour of the Euronut at least regionally. Basically, it is possible - as seen in cross-section - to design the entire receiving zone, irrespective of whether it extends over an area of the closure strip fitting or over the entire closure strip fitting, according to the cross-sectional contour of the Euro groove, so that the two parts are shaped to one another. Alternatively, however, it is also possible that this shape adaptation is not present over the entire cross-sectional contour of the Euronut, but exists only in some areas. However, a very good utilization of the space in the Euronut is always effected by this shape adaptation and also ensures a very stable installation, which acts for example burglar-resistant.

The invention further relates to the use of a Euronut of a sash and / or a frame of a window, a door or the like, for receiving a receiving zone of a closure strip fitting, in particular according to the aforementioned embodiments. The receiving zone can extend over the entire closure strip fitting, ie, this is completely in the Euronut - in unlocked position - added, or the receiving zone extends only over an area of the closure strip fitting, so that it is accommodated correspondingly wide, in particular for the most part, in the Euronut.

The invention further relates to a closure strip fitting for a / a tilting wing, in particular Drehkippflügel, exhibiting / having windows, door or the like, with at least one closure strip which is pivotally mounted by means of a pivot bearing on a holding part, wherein the holding part by means of a rotary bearing rotatably on a Fixed to be arranged base part is mounted and the holding part has at least one retaining lug, which pivots out for supporting the tilting wing in Kippöffnungsbetrieb by a unlocking position of the closure bar inducing rotational position of the holding part. The base serves to attach the closure strip fitting, for example, on the tilting wing, in particular Drehtippflügel. At the base of the holding part is rotatably mounted by means of the rotary bearing. The closure strip is pivotally mounted on the holding part by means of a pivot bearing. For displacing the closure strip from the unlocked position into the locking position and vice versa, the holding part is rotated about the pivot bearing. In this case, the closure strip is taken over the pivot bearing, which thus emerges quasi in a linear movement, that is, in the locked position and - vice versa - moves back about in a linear motion again. If a further function, namely a tilting opening of the tilting wing, in particular Drehkippflügels, the window, the door or the like are effected by means of the closure strip fitting, it is advantageous to support the tilting wing in the region of its tilting axis, so that he well guided there, for example in the area Blendrahmens remains. For this support, the at least one retaining lug is provided which is formed on the holding part. If the holding part in the tilting opening operation is rotated about the pivot bearing, which causes an unlocking of the associated closure strip, so at the same time by this rotational movement of the holding part, the retaining lug of the holding part swung out, such that it makes the desired supporting effect, in particular on the frame, ie, the tilting wing is in Supported area of its tilting axis on the frame. This is a double function of the closure strip fitting, which allows not only a locking and unlocking, but also a tilting opening and realized at the same time in Kippöffnungsbetrieb the explained supporting action.

According to a development of the invention, it is provided that the closure strip fitting is designed as at least one corner deflection, at least one transmission, at least one outlet fitting element and / or at least one attachment fitting element. In the case of Eckumlenkung belong to him two, according to the corner at an angle arranged closure strips. If one of the closure strips is actuated, the corner deflection transmits a corresponding movement to the other closure strip. In such a case, each of the closure strip is pivotally mounted by means of the pivot bearing on the holding part, wherein the holding part is rotatably supported by means of the rotary bearing on the stationary to be arranged base. In particular, these components form the displacement device. The pivot bearing is preferably located between the two pivot bearings. In particular, the axes of the pivot bearings and the axis of rotation of the pivot bearing lie in the corners of an imaginary triangle. In the case of the transmission there is a closure strip fitting which serves to drive at least one closure strip. The closure strip is displaced by the transmission, in particular by a displacement device of the transmission, along its longitudinal extension, with the result that this causes a corresponding retraction or retraction of the closure strip to bring about the unlocking position or locking position and possibly the Kippöffnungsstellung. In the case of the formation of the closure strip fitting as outlet fitting element is provided that the end of a closure strip must be performed according to the beginning of the closure strip, so that the closure strip is moved parallel to the longitudinal extent of the corresponding spar of the window, the door or the like. Thus, for example, if the beginning of the closure strip is guided by a corner deflection and the closure strip does not end at another, opposite Eckumlenkung, but for example in the central region of the spar, there the Auslaufbeschlagelement is used to the closure strip in a corresponding manner - as the associated Eckumlenkung - to lead. The guide assumes in particular a displacement device of the outlet fitting element. Finally, the closure strip fitting can also be designed as a connection fitting element. This is a connecting element between a closure strip and an adjoining fitting component, for example a cut-out scissors. If the Ausstellschere be actuated, this is done by means of the displacement movement of the closure strip (the displacement movement takes place in the longitudinal extent of the closure strip), said movement via the connection fitting element on the other Fitting component, for example, the aforementioned Ausstellschere is transmitted to operate the Ausstellschere accordingly. Thus, the connection fitting element on the one hand leads the closure strip, in particular by means of a displacement device, and on the other hand serves to transmit a displacement movement from the closure strip to another fitting component or vice versa from the fitting component to the closure strip. In each of the abovementioned cases, namely the formation of the closure strip fitting as a corner drive, as a transmission, as an outlet fitting element and / or as a connection fitting element, however, it can always be provided that a receiving zone of the respective component is designed according to the invention such that it can be inserted into the euro groove , Again, the receiving zone may extend over an area of the corresponding component or over the respective entire component. The various locking bar fittings can also be assembled into a fitting unit. Furthermore, in the case of Eckumlenkung the formation of the retaining lug for Kippöffnungsbetrieb possible.

A preferred embodiment of the invention provides that the holding part, the pivot bearing, the base and the Ecklagerung belong to the Eckumlenkung. If two closure strips are arranged on the corner deflection, two pivot bearings are also provided on the holding part for this purpose.

Furthermore, the invention relates to the window, a door or the like, with a closure strip fitting, as has been explained above.

Further, it is advantageous for the window, the door or the like, when a sash and a frame are provided, wherein the / each shutter bar fitting is arranged at least with a receiving zone in a Euro groove of the sash or frame.

The invention further relates to a closure strip fitting arrangement with a closure strip fitting according to the preceding embodiments, wherein an adapter element is provided which has a fastening portion for insertion into a receiving groove of the window, the door or the like and which has at least one rear grip edge for the closure strip and / or the retaining lug , The recording groove is basically not the mentioned Euronut. However, it is not excluded that the receiving groove is designed as Euronut. The receiving groove is typically used, for example, for fastening closing pieces in closures with locking bolts arranged on a drive rod. In the invention, the receiving groove now serves to receive the mentioned adapter element. The attachment of the adapter element in the receiving groove is effected in that the fastening portion is inserted into the receiving groove. As a result, the adapter element is fixed to the corresponding, the receiving groove having Holm of the window, the door or the like arranged. Since the adapter element has a rear grip edge for the closure strip and / or the retaining lug, a rear grip can be realized, ie, the extended locking strip, that is in the locking position, engages behind the rear grip edge, which causes it to lock. For unlocking, the closure strip moves to its retracted position and thereby releases the rear grip edge. The same applies to the retaining lug in the Kippöffnungsbetrieb in particular the rear grip edge engages behind to support the wing of the window, the door or the like in the region of the tilt axis.

Preferably, the adapter element is designed as an adapter strip, in particular cut-to-length adapter strip, and / or the closure strip as a cut-off closure strip. According to the dimensions of the window, the door or the like, the adapter strip and / or the closure strip can be cut to length by the meter, for example by a coil.

The invention further relates to a window, the door or the like which is provided with the closure strip fitting arrangement mentioned above.

According to a development of the window, the door or the like is preferably provided that the sash has a Euronut and the frame a receiving groove or that the sash has a receiving groove and the frame has a Euronut and that in the receiving groove, the adapter element is inserted with its attachment portion.

Furthermore, it is provided in the said window, said door or the like that the receiving zone has a support surface which is arranged with at least one fastening means urged against the groove bottom of the Euronut. For attachment of the closure strip fitting in the Euronut thus serves at least one fastening means, such as a threaded screw which urges the support surface of the receiving zone of the closure strip fitting against the groove bottom of the Euronut and thereby supported. The fastening means preferably also attacks on Nutgrund on, for example, by being screwed into the groove bottom. This is easily possible with Holmen made of plastic or wood. If the spar consists, for example, of metal, in particular of aluminum or an aluminum alloy, then it is also possible to use a corresponding sheet metal screw as a fastening means, which is screwed into a bore in the groove base of the Euronut.

Finally, the standardized Euronut is given in terms of dimensioning, although its breadth and depth should be discussed here for the sake of completeness. The Euronut has a minimum width in the range of 12 to 13 mm, in particular 12.1 to 12.4 mm, a maximum width in the range of 16 to 17 mm, in particular 16.1 to 16.4 mm, and a depth in the range from 11 to 12 mm, in particular 11.1 to 11.9 mm, on.

Figur 1

einen Flügelrahmen eines Fensters in schematischer, mit Unterbrechungen versehener Darstellung, ausgerüstet mit mindestens einem Verschlussleistenbeschlag,

Figur 2

ein als Getriebe ausgebildeter Verschlussleistenbeschlag,

Figur 3

eine der Figur 2 entsprechende Darstellung, jedoch aus einer anderen Blickrichtung,

Figuren 4 bis 7

ein als Eckumlenkung ausgebildeter Verschlussleistenbeschlag in verschiedenen Betriebsstellungen ,

Figur 8

ein als Anbindungsbeschlagelement ausgebildeter Verschlussleistenbeschlag,

Figur 9

ein als Auslaufbeschlagelement ausgebildeter Verschlussleistenbeschlag,

Figuren 10 und 11

Querschnittsdarstellungen zweier Euronuten,

Figur 12

ein in eine Euronut eines Holms eines Fensters, einer Tür oder dergleichen eingebauter Verschlussleistenbeschlag in perspektivischer Ansicht,

Figur 13

die Ausgestaltung der Figur 12 in vergrößerter Querschnittsansicht,

Figur 14

ein mit Verschlussleistenbeschlag versehener Flügelrahmen sowie ein mit Adapterelement versehener Blendrahmen, jeweils in Querschnittsansicht sowie in Entriegelungsstellung,

Figur 15

die Darstellung der Figur 14 in Verriegelungsstellung,

Figur 16

einen Querschnitt durch das in eine Aufnahmenut eines Holms eingesetzte Adapterelement,

Figur 17

eine perspektivische Ansicht eines als Eckumlenkung ausgebildeten Verschlussleistenbeschlags mit Kippöffnungsfunktion,

Figuren 18 bis 20

Seitenansichten der Anordnung der Figur 17 in verschiedenen Betriebsstellungen,

Figur 21

der Verschlussleistenbeschlag der Figur 17 eingebaut in einen Flügelrahmen eines Fensters, einer Tür oder dergleichen,

Figur 22

eine Schnittansicht eines Ganzglasflügels, ausgerüstet mit einem Verschlussleistenbeschlag und

Figur 23

eine schematische Darstellung der Verriegelungs- und Entriegelungsposition einer mit einer Verschlussleistenaufnahme zusammenwirkenden Verschlussleiste eines Verschlussleistenbeschlags.

The drawings illustrate the invention by means of exemplary embodiments, namely show / show:

FIG. 1

a sash of a window in a schematic, intermittent representation, equipped with at least one closure strip fitting,

FIG. 2

a trained as a transmission closure strip fitting,

FIG. 3

one of the FIG. 2 appropriate representation, but from a different perspective,

FIGS. 4 to 7

a trained as Eckumlenkung closure strip fitting in different operating positions,

FIG. 8

a closure strip fitting designed as a connection fitting element,

FIG. 9

a closure strip fitting designed as an outlet fitting element,

FIGS. 10 and 11

Cross-sectional views of two Euronuts,

FIG. 12

a closure strip fitting built into a Euro groove of a spar of a window, a door or the like, in perspective view,

FIG. 13

the design of the FIG. 12 in an enlarged cross-sectional view,

FIG. 14

a casement frame provided with sealing strip fitting and a frame provided with an adapter element, in each case in cross-sectional view and in unlocking position,

FIG. 15

the representation of FIG. 14 in locking position,

FIG. 16

a cross section through the inserted into a receiving groove of a spar adapter element,

FIG. 17

a perspective view of a designed as corner deflection closure strip fitting with Kippöffnungsfunktion,

FIGS. 18 to 20

Side views of the arrangement of FIG. 17 in different operating positions,

FIG. 21

the closure strip fitting of FIG. 17 built into a sash of a window, a door or the like,

FIG. 22

a sectional view of a full glass wing, equipped with a closing strip fitting and

FIG. 23

a schematic representation of the locking and unlocking a cooperating with a closure strip receiving closure strip of a closure strip fitting.

In the FIGS. 1 to 23 This application various closure strip fittings are shown, in particular designed as Eckumlenkung, as a gearbox, as outlet fitting element and / or as a connection fitting element and so on, these different fitting elements each interact with at least one closure strip, which is not always shown and / or a closure strip also several Fitting elements can be assigned.

The FIG. 1 shows - in a schematic representation - a sash 1 of a window, not shown. The casement 1 has a plurality of spars 2, shown interrupted, wherein on the hinge side 3 of the casement 1 of the spar is not shown. The spars 2 are - to release the view of at least one closure strip fitting 4 - shown displaced inwards. As closure strip fitting 4, a gear 5, a discharge fitting element 6, a connection fitting element 7 and two corner deflections 8 are provided. Furthermore, the entire fitting arrangement of FIG. 1 inter alia, a Ausstellschere 9. The fitting arrangement of FIG. 1 is shown in the operating position "Locking". In this is a coupled with the gear 5 handle 10 in horizontal position. The handle 10 can also be rotated by 90 ° down, resulting in an unlocking position of the sash 1 relative to a frame, not shown, and the handle 10 can be pivoted by 90 ° upwards to bring about a Kippöffnungsstellung. In the unlocked position, which allows a rotary opening of the casement 1, there are a plurality of closure strips 11 in the retracted position, namely in the unlocked position. For locking the casement 1 with the frame, the closure strips 11 move radially outward and enter into suitably formed closure strip recordings of the frame. The FIG. 23 clarifies the two states mentioned. There is - in a schematic representation - the casement 1 associated with one of the closure strips 11, which is shown in the unlocked position by a solid line. If it is moved in accordance with double arrow 12 in its locking position shown by the dashed line, so it engages with a portion in the aforementioned closure strip receptacle 13 of the frame 14 a. An unlocking takes place in the opposite way, ie, the closure strip 11 is moved out of the closure strip receptacle 13 and therefore releases the casement 1. The movement of the closure strip 11 is effected by actuation of the handle 10.

The Figures 2 and 3 This shows a base member 15 which is fixedly secured to the window, the door or the like, in particular on the sash 1. The attachment can be done by means not shown screws, which are inserted into mounting holes 16 of the base member 15 and then bolted to the corresponding spar 2. On the base part 15, a square receptacle 17 is rotatably mounted, which by means of a square, not shown with the handle 10 ( FIG. 1 ) rotatably coupled. The square seat 17 is rotatably connected to a lever arm 18 which is articulated via a rotary joint 19 to a coupling member 28. If the square receptacle 17 is rotated by means of the handle 10, the strip-like coupling component 28 essentially carries out a displacement along its longitudinal extension (double arrow 21). The coupling component 28 has at its two ends coupling points 22, which are coupled with closure strips 11, in particular by latching. In the Figures 2 and 3 the closure strips 11 are not shown, but they are in the FIG. 1 seen.

From the FIG. 4 goes the corner 8 out. It has a stationary, for example, on the casement 1 to be fixed base 23, which is designed angularly and has mounting holes 24. By means of the fastening holes 24 enforcing, not shown screws, the attachment of the base 23 is preferably take place at the one corner region forming spars 2 of the sash 1. The corner 8 has a pivot bearing 25, with an angular support member 26 is rotatably mounted on the base 23. The two end portions of the angle-shaped holding part 26 are each provided with a pivot bearing 27, by means of which coupling components 28 are articulated pivotably. The coupling components 28 have coupling points 22, to which in turn - as already mentioned in the case of the transmission mechanism 5 - fastening strips 11 are fastened, in particular clipped there (in FIG FIG. 4 not shown).

The FIGS. 5 to 7 show different operating positions of the corner drive 8. The FIG. 6 shows the locking position. This corresponds to that from the FIG. 1 If the transmission 5 is actuated by means of the handle 10 and thus the closure strip 11 coupled to the transmission 5 is moved downwards, the upper left corner of FIG FIG. 1 arranged corner 8 the position according to FIG. 5 occupy, ie, the downwardly moving closure strip 11 takes that in the FIG. 5 below shown coupling component 28 down with, and, starting from the FIG. 6 , the holding member 26 is rotated counterclockwise (arrow 29), with the result that the in FIG. 5 Shown above coupling component 28 according to arrow 30 and thereby attached there, in FIG. 5 not shown closure strip 11 is taken accordingly. It can be seen that according to FIG. 5 the two coupling components 28 close, in particular resting, are arranged on the base part 23, while in the position of the FIG. 6 have a long distance to the base part 23. This change in distance, which leads to a corresponding displacement of the respective closure strip 11, results from the lever-like articulation of the two coupling components 28 by means of Holding part 26. Will - according to FIG. 7 - By a corresponding displacement of the handle 10, the left side in the FIG. 7 shown coupling component 28 according to arrow 31 shifted upward, so the holding member 26 rotates clockwise (arrow 32), with the result that the in FIG. 7 Right side coupling component 28 shown in FIG. 33 is displaced to the right. According to FIG. 7 In the position shown there, the two coupling components 28 are again arranged adjacent to the base part 23.

Altogether it stands out from the FIG. 6 resulting position of the corner 8 is a locking position, ie, the coupled with the coupling components 28 closure strips 11 are arranged correspondingly far outwardly displaced so that they accordingly FIG. 1 radially outward and in their associated Verschlussleistenaufnahmen 13 of the frame 14 (see FIG. 23 ) can occur. The operating position of the corner 8 according to FIG. 7 corresponds to the rotational opening position in which the closure elements 11 coupled to the corner drive 8 assume their retracted position. The FIG. 5 illustrates the already mentioned Kippöffnungsstellung in which the closure strips 11 are also arranged in the retracted position to the sash 1 to the in the FIG. 1 indicated tilting axis 20 can open tilt.

The upper left corner of the sash 1 of the FIG. 1 The above-explained operation is in a corresponding manner at the bottom left in FIG. 1 existing corner 8 before.

From the FIG. 1 it can be seen that the sealing strip 11 arranged on the upper horizontally extending rail 2 is coupled on the right-hand side to the connection fitting element 7. The connection fitting element 7 is in the FIG. 8 shown in detail. It has a base component 34 to be stationarily arranged, which is fastened to the spar 2 by means of at least one fastening screw. On the base member 34, a pivot bearing 35 is formed, with which a first lever 36 is pivotally mounted. The lever 36 has in its end portion 37 a bearing point 38 for a coupling component 28 which with a coupling point 22 for the right end of the upper closure strip 11 (FIGS. FIG. 1 ) is provided. A second lever 36 'is provided with one end at the bearing point 38 and at the other, free end 39 with a rotary bearing 40 to which a connecting element 41 is articulated movable. The connection element 41 has a coupling point 42, which is coupled to a drive rod of the Ausstellschere 9, not shown. The coupling is effected by means of a plug pin 43 which is inserted into a bore of the drive rod. The locking pin 43 is inserted into receiving bores 44 'of the connecting element 41. If the closure strip 11 of the upper horizontal beam 2 ( FIG. 1 ) by means of the corner 8 in the direction of the FIG. 8 displaced resulting double arrow 44, the coupling member 28 moves in a corresponding manner, with the result that it pivots the lever 36 about the pivot bearing 35 and thereby transmits the displacement movement via the lever 36 'on the connection element 41, which then also in the direction of Double arrow moves. This is shown with the further double arrow 45. From all this it follows that the in the FIG. 8 not shown, coupled by means of the plug pin 43 with the connecting element 41 drive rod performs a corresponding displacement movement, whereby the Ausstellschere 9 is driven accordingly. The cross to the arrow 44 taking place movement of the closure strip 11 is thus not transferred to the connection element 41.

The FIG. 1 shows that the right end of the closure strip 11 of the lower, horizontal spar 2 of the casement 1 is coupled to an outlet fitting element 6, which in the FIG. 9 is shown in detail. The outlet fitting element 6 has a base component 46, which is preferably fixed in place by means of screws on the spar 2. The base member 46 is provided with a pivot bearing 47 to which one end of a lever 48 is pivotally mounted. The other end of the lever 48 is connected via a bearing 49 with a coupling member 28 in connection, which has a coupling point 22 for the closure strip 11. It becomes clear that in the enterprise the from the FIG. 9 not protruding, but coupled to the coupling member 28 closure bar performs a guided over the associated corner 8 deflection movement along the closure strip longitudinal extension, with the result that the coupling member 28 moves according to the double arrow 50. As a result, the lever 48 is moved back and forth about the pivot bearing 47, with the result that the bearing 49 moves in a corresponding arc-like manner about the pivot bearing 47 and thereby takes place an approximation between the coupling component 28 and the base member 46. In the presentation of the FIG. 9 the coupling component 28 has the maximum distance to the base component 46. This corresponds to the locking position of the coupled closure strip 11 (see FIG. 6 ). The from the Figures 5 and 7 Resulting further positions of the associated corner 8 causes a corresponding rotation of the lever 48 in a clockwise or counterclockwise direction, with the result that the closure strip 11 each in their retracted position, ie in the unlocked position is shifted. Since the assigned Eckumlenkung 8 moves in a synchronous manner with the outlet fitting element 6, there is a parallel displacement of the drive rod eleventh

It is of particular importance that the mentioned closure strip fittings 4, ie the gear 5, the outlet fitting element 6, the connection fitting element 7 or the corner deflection 8 or corner deflections 8, if not completely, then at least partially, in particular for the most part, are accommodated in a Euro groove 51. The Euronut 51 is formed in the illustrated embodiment circumferentially on the sash 1, ie in the spars 2. It may additionally or alternatively be provided in the frame 14.

The following is basically the design of the Euronut 51 will be explained in principle, which represents a standard and standardized in two versions FIGS. 10 and 11 is known and realized.

According to FIG. 10 Euronut 51 has - seen in cross section - a first, rectangular area 52, which merges into a second, also rectangular area 53. Both areas 52, 53 are center-centered to each other. The first region 52 has a width b which is 12.2 mm with a tolerance of +0.2 mm and -0.1 mm. Furthermore, the first region 51 has a depth t of 9.3 mm with a tolerance of +/- 0.2 mm. The second area 53 has a width b 'of 16.2 mm with a tolerance of +0.2 mm and -0.1 mm. The depth t 'of the second region 53 is 2.2 mm with a tolerance of +/- 0.2 mm. In the embodiment of the FIG. 11 Euronut 51 - seen in cross-section - has a first, rectangular area 54, a second rectangular area 55 and a third rectangular area 56, which are superimposed in the order named and all merge into each other and are centered center-to-center. The first region 54 has a width b "of 16.2 mm with a tolerance of + 0.2 mm and -0.1 mm Furthermore, the second region 55 has a width b" of 12.2 mm with a tolerance of + 0.2 mm and - 0.1 mm. The total depth of the intermeshing areas 54 and 55 is 9.3 mm with a tolerance of +/- 0.2 mm. The third area 56 has a width b "which has already been described above, ie the widths of the first area 54 and third area 56 are the same, and the depth t '" of the second area 55 is 2.8 mm. The depth t "" of the third region 56 is 2.2 mm with a tolerance of +/- 0.2 mm.

The FIG. 12 shows a perspective, sectional view of a spar 2 of the sash 1 in the region of the transmission 5 (FIG. FIG. 1 ). The cutting guide passes through the transmission 5, of which in the FIG. 12 a portion of the base member 15, a portion of the coupling member 28, the lever arm 18, the rotary joint 19, the square socket 17 and the coupling member 28 in particular releasably connected closure strip 11 is visible. The closure strip 11 is - seen in cross-section - U-shaped and can be snapped onto the coupling point 22 of the coupling member 28. The FIG. 12 shows the extended position of the closure strip 11, that is, it assumes its locking position. A comparison with the FIG. 13 , which is an enlarged cross-sectional view of the arrangement of FIG. 12 shows, illustrates the location of said components, when the closure strip 11 is in the retracted state, ie in the unlocked position. According to FIG. 13 is located the closure strip fitting 4 formed in this case from the transmission 5 and the closure strip 11 at least partially, in particular almost completely, in the Euronut 51 formed on the spar 2. It concerns the design of the Euronut 51 according to FIG FIG. 11 , Furthermore, it can be seen that the base part 15 has a side flange 57 which rests on one of two side webs 58 of the Euronut 51. The two side webs 58 result from the different widths of the three regions 54 to 56 of the Euronut 51 (cf. FIG. 11 ). Corresponding conditions arise with respect to Figures 12 and 13 when others of the closure strip fittings 4 are viewed in section, for example, the corner 8th

According to the Figures 12 and 13 engages the closure strip fitting 4 with a receiving zone 59 in the Euronut 51 a. In the receiving zone 59 is almost the entire height of the closure strip fitting 4, since only a very short, upper portion 60 'of the closure strip 11 protrudes upward from the Euronut 51. Of course, this protrusion can also be down or to the side, depending on which spar 2 is considered. The Figures 12 and 13 illustrate further that the receiving zone has a width contour 60, which is designed for insertion into the Euronut 51, that is, it is designed such that an insertion into the Euronut 51 is made possible, without acting in the present case, the two side webs 58 disturbing. According to the FIG. 12 and 13 the first region 51 has slightly obliquely extending side walls 61 of the Euronut 51. This means that from the FIG. 11 It should be noted that the figures of this application are not drawn to full scale.

In the embodiment of FIG. 13 the dimensions of the closure strip fitting 4 are formed such that it is largely received in the Euronut 51, wherein the adjacent spar 62 of the frame 14 (see FIG. 23 and FIG. 14 ) Folding air 63 remains. Alternatively, it would also be conceivable that the maximum height of the closure strip fitting 4 is designed such that it is smaller or as large as the maximum depth of the Euronut 51, which then leads to the complete inclusion of the closure strip fitting 4 in its unlocked position in the Euronut 51. This means that the receiving zone 59 extends over the entire closure strip fitting 4 (seen in cross-section).

Of the FIG. 13 It can also be seen that the base part 23 is fastened to the spar 2 by means of a screw 64. Of the screw 64, only the screw tip is visible, which is screwed into the groove bottom 65 of the Euronut 51. Preferably, the spar 2 is a plastic spar, which is designed as a hollow profile. Screwing the screw 64 into the plastic provides secure hold for the closure strip fitting 4. Alternatively, of course, but also spars of wood, aluminum and so on are used.

According to FIG. 13 the receiving zone 59 has a support surface 66 which is urged by means of a fastening means, in the present case the screw 64, against the groove bottom 65 of the Euronut. This gives a firm hold. Of course, a plurality of fastening means, for example screws 64, can be used for fixing.

As well as based on the transmission 5 in the Figures 12 and 13 explained, the other closure strip fittings 4, in particular the Eckumlenkung 8, the outlet fitting element 6 and the connection fitting element 7 in the Euronut 51 are arranged in a corresponding manner wholly or largely. These closure strip fittings 4 also have the receiving zone 59, which has a support surface 66 for supporting on the groove base 65 of the Euronut 51. Likewise, corresponding fastening means, such as screws 64, are provided.

The FIGS. 14 to 16 show the installation situation and function of the closure strip fitting 4 on the spar 2 of the sash 1 and the interaction with a closure strip holder 13 of the spar 62 of the opposite frame 14. In this case, the closure strip holder 13 is formed by an adapter member 67 which is formed as an adapter bar 68. The adapter element 67 has a fastening section 69, with which it is inserted into a receiving groove 70 of the corresponding spar 62. The receiving groove 70 is designed in the present case as - seen in cross section - C-groove. However, it can also have other cross-sectional shapes or be designed as Euronut. The adapter element 67 projects out of the receiving groove 70 with a stop element 71. The stop element 71 has a rear grip edge 72. This serves - according to the Figures 14 . 15 and 16 - For a rear handle of the closure strip 11, when - starting from the position in FIG. 14 - in the locked position according to FIG. 15 is relocated. It is preferably provided that the closure strip 11 and / or the adapter strip 68 are available by the meter, in particular as a coil, and are cut to length for the respective intended use.

According to FIG. 12 In the unlocking position, therefore, care must be taken to ensure that the closure strip 11 is completely lowered. The closure strip 11, which has a U-shaped closure strip 11 with side wall regions 73, projects beyond the base part 15. For this purpose, for example, the base part 23 of the corner 8 according to FIG. 4 a correspondingly streamlined, that is to say less wide end region 74, so that the side wall regions 73 can overlap the base part 23 there.

The FIGS. 17 to 21 show a corner 8 in the non-installed and installed state. It is this regard in terms of structure and function on the FIGS. 1 and 4 to 7 and 12 to 16 with accompanying description, since the structure - except for the difference described below - the same design and also the same function is given. Different, however, is that the holding part 26, which is formed as an angle part, a shorter arm 75 and a longer arm 76 has. At the location of the two pivot bearings 27 nothing changes, ie, the arm 76 is formed opposite the arm 75 extended from about the associated pivot bearing 27. This extension piece 77 forms a retaining lug 78, which - according to the FIGS. 18 to 20 - Swings in a certain rotational position of the holding part 26. This swinging out is from the FIG. 20 seen. The swinging out occurs in the same direction as the extension or retraction of the closure strip 11 in order to bring about the locking position or the unlocking position. From a comparison of FIGS. 18 to 20 becomes clear that in an unlocked position according to FIG. 18 the retaining lug 78 does not swing out. The same applies to the locking position according to FIG. 19 , In the unlocked position according to FIG. 20 The swinging out of the retaining lug 78, with the result that with retracted closure strips 11, that is, closure strips 11 which are in the unlocked position, the retaining lug 78 emerges and can fulfill its function. This is that in Kippöffnungsbetrieb the sash 1 of the FIG. 1 corner drive 8 - which in accordance with FIGS. 18 to 21 is formed - serves to spend the locking strips 11 in the unlocked position, however, the retaining lug 78 exits and can be supported on the frame 14, in particular on the adapter bar 68 of the frame 14, whereby the sash 1 in Kippöffnungsstellung in the region of its tilt axis 20 a support receives. The FIG. 21 illustrates the installation situation provided with retaining lug 78 Eckumlenkung 8, wherein it is in its locking position in which the retaining lug 78 does not perform any function.

Finally, the shows FIG. 22 a sectional view through an embodiment of a closure strip fitting 4 in a wing 79 of a window, a door or the like, wherein the wing 79 is formed as a so-called all-glass wing 80. The associated frame 81 is provided with a groove-like closure strip receptacle 81 ', with which a closure strip 11 of the closure strip fitting 4 cooperates. The all-glass wing 80 has in this case a plurality of glass panes 82 to 84, which are held by glass spacers 85 at a distance. The glass spacers 85 are disposed inwardly of the edge to provide a receiving recess 86 for a closure housing 87 in which the closure strip fitting 4 is located. Of course, embodiments are conceivable in which no central glass pane 83 is provided and in which then not two separate glass spacers 85, but only a glass spacer 85. The distance between the two discs 82 and 84 on the edge of the all-glass wing 80 is thus used to accommodate the closure strip fitting 4 there. A double arrow 88 illustrates the extension and retraction of the closure strip 11 in order to bring about the unlocking position or locking position. Furthermore, the FIG. 22 to remove a handle fitting 89 with dashed line, if in this zone of the all-glass wing 80 is required for the actuation of the closure strip 11 transmission. Furthermore, seals 90 are indicated, which seal the all-glass wing 80 with respect to the frame 81.

Claims (16)

Closure strip fitting for a window frame, door or the like having / having a sash frame and a frame, with at least one closure strip and at least one displacement device, wherein the closure strip is mounted for displacement at least in an unlocking position and in a locking position on the displacement device, characterized in that the closure strip fitting (4) has a receiving zone (59) for its at least partial reception in a euro groove (51) formed in the casement (1) and / or in the frame (14), whose width contour (60) for insertion into the euro groove (51 ) is trained. Closure strip fitting according to claim 1, characterized in that the receiving zone (59) extends over an area of the closure strip fitting (4) or over the entire closure strip fitting (4). Closure strip fitting according to one of the preceding claims, characterized in that the dimensions of the closure strip fitting (4) are designed such that - for total inclusion in the Euronut (51) - its maximum height in the unlocked position of the closure strip (11) is smaller than or just as large is like the maximum depth of the Euronut (51) or only so large that it - for the most part taking place in the Euronut (51) - with remaining folding air (63) to the oppositely arranged frame (14) or sash (1) of Window, the door or the like. Closure strip fitting according to one of the preceding claims, characterized in that it is formed in the receiving zone (59) to the cross-sectional contour of the Euronut (51) at least partially conformed to form. Use of a Euronut (51) of a casement (1) and / or a frame (14) of a window, a door or the like, for receiving a receiving zone (59) of a closure strip fitting (4), in particular according to one or more of the preceding claims. Closure strip fitting for a / a tilting wing, in particular Drehkippflügel, exhibiting / having window, door or the like, with at least one closure strip (11) which is pivotally mounted by means of a pivot bearing (27) on a holding part (26), wherein the holding part (26 ) by means of a rotary bearing (25) rotatably mounted on a stationary base (23) is mounted and the holding part (26) at least one retaining lug (78) for supporting the Kippflügels in Kippöffnungsbetrieb by an unlocking the closure strip (11) inducing rotational position of the holding part (26) swings out. Closure strip fitting according to one of the preceding claims, characterized by the design as at least one corner drive (8), at least one gear (5), at least one outlet fitting element (6) and / or at least one attachment fitting element (7). Sealing strips fitting according to one of the preceding claims, characterized in that the holding part (26) Swivel bearing (27), the base (23) and the pivot bearing (25) of the corner drive (8) belong. Window, door or the like, with a closure strip fitting according to one or more of the preceding claims. Window, door or the like, according to claim 9, characterized by a sash (1) and a frame (14), wherein the closure strip fitting (4) at least with a receiving zone (59) in a Euro groove (51) of the sash (1) or window frame (14) is arranged. A closure strip fitting arrangement with a closure strip fitting according to one or more of the preceding claims, characterized by an adapter element (67) which has a fastening section (69) for insertion into a receiving groove (70) of the window, the door or the like and the at least one rear grip edge (72). for the closure strip (11) and / or the retaining lug (78). Closure fitting fitting according to claim 11, characterized in that the adapter element (67) as an adapter strip (68), in particular ablängbare adapter strip (68), and / or the closure strip (11) is formed as a cutable closure strip (11). Window, door or the like with a closure strip fitting arrangement according to one or more of the preceding claims. Window, door or the like according to one of the preceding claims, characterized in that the casement (1) has a groove (51) and the frame (12) a receiving groove (70) or that the casement (1) has a receiving groove (70) and the Blend frame (14) has a Euronut (51) and that in the receiving groove (70), the adapter element (67) is inserted with its attachment portion (69). Window, door or the like according to one of the preceding claims, characterized in that the receiving zone (59) has a support surface (66) which is arranged with at least one fastening means against the groove bottom (65) of the Euronut (51) urged. Window, door or the like according to one of the preceding claims, characterized in that the Euronut (51) has a minimum width in the range of 12 to 13 mm, in particular 12.1 to 12.4 mm, a maximum width in the range of 16 to 17 mm, in particular 16.1 to 16.4 mm, and a depth in the range of 11 to 12 mm, in particular 11.1 to 11.9 mm.

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