EP2740868A1 - Locking strip fitting formed as corner deflector - Google Patents

Abstract

The locking strip fitting (2) comprises corner deflection unit that is formed for a corner area of window and door. The holding units (21,25) are operatively connected to each other in an area defined by the corner angle extending locking strip (51,52) by a pivot bearing (23) for rotation. The two support elements (30,31) are fixed on base (13) by pivot mountings (28,29) which are articulated on the holding units. Each support element is fixed to locking strips by connection unit (64).

Description

The invention relates to a designed as corner deflection closing strip fitting for a corner region of a window, a door or the like, with a holding part, which is operatively connected to two, in an angle defined by the corner angle to each other extending closing strips.

From the U.S. Patent 2,268,114 is a window with a closure device is known which has closing strips which extend over the length of the respective associated spar of a sash of the window. In the corner areas of the window, the ends of the closing strips are connected by means of tabs movably attached to them. By means of a control device, the closing strips can be moved out or withdrawn. However, safe operation is not always guaranteed due to the design. In addition to the locking function, the closing strips of the known device also exercise a sealing function.

The invention has for its object to provide a designed as corner deflection lock strip fitting, which is simple, works safely and is inexpensive. In particular, a simple assembly or disassembly should be possible.

This object is achieved in a closing strip fitting of the type mentioned above in that the holding part is rotatably supported by a rotary bearing on a stationary to be arranged base and that two support members are pivotally mounted by means of pivot bearings on the holding part, wherein at each Support element is attached to one of the closing strips by means of a connection. The closing strip fitting therefore has the holding part rotatably mounted on the base part. The base part is assigned to the corner region of the window, the door or the like, in particular fastened there by means of screws. On the holding part, the two support elements are pivotally mounted by means of pivot bearings. The one support element is associated with a closing strip and the other support element of the other locking strip, wherein the closing strips - as mentioned - extend in an angle defined by the corner angle to each other. The respective closing strip is fastened by means of a connection to the associated support element. Due to this construction, the closing strips are stored in a defined manner and, in the case of a locking movement or an unlocking movement, they perform a reproducible movement defined by the bearing points, thereby enabling safe and error-free operation. The construction according to the invention further ensures that one of an actuating device, such as a handle or a motorized actuator, displacement of one of the closing strips by means of the holding part and the support elements - around the corner - is transferred to the other locking strip, so it is sufficient to move preferably only one closing strip by means of the actuating device, while the other closing strip or the other closing strips receive their displacement movement / displacement movements of this closing strip. The displacement movement is thus passed on from the closing strips with each other.

According to a development of the invention, it is provided that the connection is or has at least one fixed connection. this includes is a connection to understand, which arranges the two interconnected parts fixed to each other, so that no displacement, in particular displaceability to each other and preferably also no pivoting to each other. Additionally or alternatively, it is provided that the connection is or has at least one Längenverstellanbindung. This is to be understood as meaning a connection in which the interconnected parts can preferably be set at a distance relative to one another in terms of a direction relative to one another. For example, by means of the fixed connection, the respective support element with the associated closing strip with respect to their relative position to each other firmly connected, in particular rigid and thus neither slidably connected nor pivotally connected. By means of Längenverstellanbindung a relative movement between the respective support member and the associated locking bar is possible to make, for example, adjustment work, in particular to compensate for tolerances and so on. The closing strip can be adjusted by means of Längenverstellanbindung particular in the direction of its longitudinal extent.

According to a development of the invention it is provided that the fixed connection is a latching connection or has. As a result, the assembly or disassembly is considerably simplified, since after allocation of the base to the sash or frame of the window, the door or the like, the closing strips can be mounted by simply clipping. Accordingly, when disassembling only a release of these locking connections is required.

According to a development of the invention it is provided that the Längenverstellanbindung an eccentric or a multi-toothed connection or a screw channel connection or a split pin / recess connection with a plurality of split receptacle recesses or a rack / gear connection or a threaded rod / nut connection is or has. Each mentioned Längenverstellanbindung allows a defined displacement of the respective support member to the associated locking bar to make adjustments and / or to provide a tolerance compensation. As a result, tensile and / or compressive stresses acting between the parts joined together by the connection can be absorbed.

Basically, it should be mentioned that it may be sufficient for a window, a door or the like with encircling closing strips or partially encircling closing strips for the mentioned adjustment, if only a closing strip is connected to the associated support member via a length adjustment, so that not every support element with Each closing strip must be coupled adjustable in length.

According to a development of the invention, it is provided that the length adjustment connection is or has a clamping connection, in particular an over-center clamping connection or a wedge-clamping connection, preferably a wedge-clamping connection which can be actuated by means of an eccentric. This also makes the aforementioned adjustments can be made. In order to make adjustments and / or tolerance compensation, can be provided in addition or alternatively to Längenverstellanbindung that the pivot bearing is an adjustable eccentric pivot bearing. Will the eccentric actuates this eccentric pivot bearing, so shifts accordingly the holding part, with the result that the support elements shift accordingly, which in turn are connected to the closing strips. In addition or as an alternative to the length adjustment connection and / or the eccentric rotation mounting, it can further be provided that at least one of the pivot bearings is an adjustable eccentric pivot bearing. If the eccentric of this Exzenterschenklagerung actuated, so there is a relative displacement between the corresponding support member and the holding part, with the result that also hereby the aforementioned adjustment measures can be taken.

Basically, it should be noted that the aforementioned adjustment options can be combined with each other. This also applies to the various solutions for a fixed connection and also for any combination of solutions of fixed connection with solutions of Längenverstellanbindung.

According to a development of the invention, it is provided that each closing strip has a cavity-forming, in particular U-shaped, cross-sectional profile at least at each of its end regions, wherein a region of the associated support element is arranged in an engaged manner in the cavity. This cavity is present at least in the respective end region of the respective closing strip, but may also extend over the entire length of the closing strip. The cavity or a portion thereof serves to receive a portion of the associated support element, whereby the attachment of these parts to each other, in particular by means of the connection. The above-mentioned fixed connection, which is designed in particular as a latching connection, however, can alternatively or additionally be designed as a screw connection, rivet connection, adhesive connection and so on.

According to a development of the invention, it is provided that the latching connection has a latching element and a locking receptacle latched to the latching element. Preferably, the latching element is formed on the support element and the latching receptacle on the closing strip. In particular, the cavity of the closing strip forms the locking receptacle.

According to a preferred embodiment of the invention, it is provided that each of the support elements has at least one longitudinal slot for the formation of spring arms, which belong to the latching element and / or that the cavity of the closing strip is bounded by at least one elastic spring arm. Through the longitudinal slot material areas of the support element are created, which are elastically resilient relative to each other due to the material elasticity, so spring arms are formed, which belong to the locking element and compress during insertion of the locking element in the locking receptacle and rebound again in the detent, creating a rear handle is. If a disassembly, so it is only necessary to apply the spring arms such that they resiliently spring to each other, whereby the locking receptacle releases the locking element. Additionally or alternatively, however, it is also possible for the preferably U-shaped cross-sectional profile of the closing strip to form at least one spring arm, ie, at least one material region, in particular a leg of the U, can spring due to the elasticity of the material, thus forming the spring arm, resulting in insertion the latching element of the material area moves, in particular the two legs from each other Remove piece so that the locking element can get into its catch seat. The material region, in particular the leg, elastically springs back when it engages, with the result that the detent element is trapped. During disassembly, it is only necessary to elastically displace the material region, in particular to slightly slightly widen the U-cross-sectional profile, as a result of which the latching element is released again.

Advantageously, it is provided that at least one spring arm, a latching hook is formed, which engages in the latched state of the latching connection behind a latching step of the latching receptacle or the latching element. In particular, latching hooks and two latching steps can be provided on the latching receptacle on both spring arms of the latching element. If the above-mentioned additional or alternative embodiment of the at least one resilient leg or spring arms (spring arms) of the locking strip before, then at least one latching hook and at least one latching step are provided to the corresponding elements, ie on the locking element and the locking receptacle to ensure a secure hold of the parts together.

A development of the invention provides that each of the support elements is designed as a mounting rail. The longitudinal extent of the respective support rail extends in the direction of the longitudinal extension of the associated closing strip. In particular, it can be provided that the respective support element engages in the interior of the U-shaped cross-sectional profile of the respective locking strip latching, whereby the parts are securely fastened to each other by means of the locking connection thus formed. The feeding and locking movement of the parts takes place transversely, in particular at right angles to the longitudinal extent the associated mounting rail and the longitudinal extent of the associated closing strip.

It is advantageous if the respective pivot bearing is arranged with holding part cross-over distance to the associated closing strip. This means that there is a gap between the respective pivot bearing and the associated closing strip, which makes it possible for the supporting element to be pivoted so far relative to the holding part that there is a certain overlapping position between the supporting element and holding part, without the closing strip interfering or blocking acts. This situation is needed to ensure that upon actuation of a plurality of closing strip fittings, which are associated with a window, a door or the like, all operatively connected coupled closing strips perform a similar movement, so either a locking movement or an unlocking movement. This will be discussed in more detail below.

It is preferably provided that the respective support rail is formed as an angle rail, which has two rail legs, one of which is associated with the pivot bearing and the other the associated locking strip. Due to the angular shape of the angle rail, the associated closing strip is held in a position lying further from the holding part to the outside (relative to the plane of the window). A further inward position would be present if the mounting rail would not be angular, but rectilinear, which is alternatively possible.

The holding part is preferably designed as a rocker, in particular rollover rocker. This means that the two

Swivel bearing, which articulate the support elements, have between them the pivot bearing, so that virtually the two support elements can "rock" around the pivot bearing around. If the rocker executes such a large rotational movement that a support element moves beyond the pivot point, ie beyond the pivot bearing, then there is a rollover rocker. Thus, the already mentioned above Halteteilübergreifs situation is created.

A development of the invention provides that the pivot bearing and the two pivot bearings are arranged to each other such that they lie at the corners of an imaginary triangle. They are therefore not aligned along a straight line, but offset accordingly.

It is preferably provided that the base has a holmverbindenden corner angle. This corner angle causes or supports a holding together of angularly arranged bars of a sash or a window frame of the window, the door or the like. For this purpose, each leg of the corner bracket is fastened with corresponding fastening means on the respective spar.

It is preferably provided that in a corner region of the corner angle, a base plate is arranged, which carries the pivot bearing. The base plate thus forms a solid basis for the moving parts of the closing strip fitting.

In particular, it can be provided that the base part has a hinge. In such a case, not only a lock cover fitting is realized by means of the invention, but also a storage of the sash of the window, the door or the like on the associated frame of the window, the door or the like. By means of the hinge band an opening position of the sash frame relative to the frame is feasible. Preferably, a plurality, spaced from each other closing strip fittings are provided with hinge straps, in particular in two opposite corner areas, to guide the sash securely on the frame pivot.

The invention further relates to a window, a door or the like, with at least one closing strip fitting according to at least one of the preceding embodiments.

In particular, in such a window, such a door or the like is provided that at least two closing strip fittings are used, which are connected to each other via at least one, in particular only one, closing strip, in particular directly connected to each other. The closing strip is therefore associated with its one end the one closing strip fitting and with its other end the other closing strip fitting, ie, it belongs to both closing strip fittings. In particular, it extends over the entire length of the associated spar of the window, the door or the like. In particular, it can be provided that four closing bar fittings are used, so that each corner of the sash or window frame of the window, the door or the like is assigned a closing strip fitting, the four closing bar fittings have four closing strips and each closing strip with arranged in the corner portions of each two closing strip fittings is in communication. These four closing strips are arranged like a frame. The phrase "directly linked together" means that - except the closing strip - is no further element between the arranged in the corners of parts of the associated closing strip fittings. However, it is also conceivable that there is at least one element, so that then only by a "connected" or "indirectly connected" can be spoken. The at least one element may, for example, be an actuating device which performs a closing strip displacement. It can be provided that a portion of a closing strip extends on both sides of this actuating device, wherein the two sections together form the locking strip and wherein the two sections are actuated by the actuating device, that are displaced to bring about a locking position or an unlocking position. Considering the associated closing strip fittings, which are located in the corners of the window, the door or the like, they are connected with the interposition of the actuator, so not directly connected.

According to a development of the invention it is provided that the closing strip fitting is associated with a casement or a frame of the window, the door or the like.

In particular, a circumferentially formed on the window frame and / or sash receiving groove may be provided for the closing strips. This circumferential receiving groove can - per spar - record a closing strip. Of course, it is also conceivable that only some of the spars or only a spar of a window, the door or the like is provided with a corresponding number of closing strips or with a closing strip, which is located at least partially in the receiving groove / is.

A preferred embodiment of the invention provides an on the frame and / or sash circumferentially trained Einbaunut for the corner angle. The installation groove is formed on the associated spars of the frame or sash over the entire longitudinal extent, but is used by the corner angle only in the corner regions of the frame or sash. However, the circumferential design of the receiving groove and / or installation groove has manufacturing advantages.

In particular, at least one corner receptacle formed on the frame and / or sash frame may be provided for the base plate and the support elements. This Eckaufnahme is formed only in the respective corner region of the frame and / or sash of the window, the door or the like.

It is preferably provided that the receiving groove opens laterally into the installation groove. The two grooves are thus adjacent to each other, so that they merge into each other.

Furthermore, it can preferably be provided that the Eckaufnahme opens with its one side into the receiving groove and with its other side in the installation groove. As a result, the corner receptacle is "between" receiving groove and Einbaunut. The "between" is not to be taken literally, but is only intended to clarify the situation, because when the receiving groove opens laterally into the installation, nothing can be found here between. Nevertheless, there is the Eckaufnahme, such that it claims a share of the receiving groove or a portion of the installation groove or a respective area of receiving groove and Einbaunut for themselves.

Figur 1

eine perspektivische Ansicht eines geöffneten, mit Schließleistenbeschlägen versehenen Fensters,

Figur 2

einen Eckbereich des Flügelrahmens des Fensters der Figur 1 mit noch nicht montiertem Schließleistenbeschlag, welcher noch nicht mit Schließleisten versehen ist,

Figur 3

den Eckbereich der Figur 2, jedoch mit montiertem Schließleistenbeschlag,

Figur 4

eine der Figur 3 entsprechende Darstellung, jedoch mit Schließleisten, welche jedoch noch nicht montiert sind,

Figur 5

eine der Figur 4 entsprechende Darstellung, jedoch mit montierten Schließleisten,

Figur 6

eine perspektivische Schnittdarstellung eines Ausführungsbeispiels eines Tragelements, das mit einer Schließleiste verrastet ist,

Figur 7

einen Querschnitt durch die Darstellung der Figur 6,

Figur 8

eine Schnittdarstellung eines weiteren Ausführungsbeispiels eines Tragelements, das mit einer angepasst gestalteten Schließleiste verrastet ist,

Figur 9

eine schematische Schnittansicht durch einen Blendrahmen des Fensters mit im Eingriff stehender Schließleiste ohne Darstellung des Flügelrahmens,

Figur 10

eine der Figur 9 entsprechende Darstellung nach einem anderen Ausführungsbeispiel,

Figur 11

eine Beschlagsanordnung bestehend aus vier in den Eckbereichen eines Fensters, einer Tür oder dergleichen anzuordnenden Schließleistenbeschlägen, wobei alle Schließleisten miteinander gekuppelt sind,

Figur 12

eine Detailansicht der Darstellung der Figur 11 mit sich in Verriegelungsstellung befindlichen Schließleisten,

Figur 13

eine der Figur 12 entsprechende Darstellung, jedoch in Entriegelungsstellung der Schließleisten,

Figur 14

eine Betätigungseinrichtung zur Verlagerung der Schließleisten (Entriegelungsstellung),

Figur 15

die Darstellung der Figur 14, jedoch in Verriegelungsstellung,

Figur 16

die Anordnung der Figur 14 mit von der Betätigungseinrichtung abgenommenen Handgriff,

Figur 17

eine Rückansicht der Betätigungseinrichtung in Entriegelungsstellung,

Figur 18

eine der Figur 17 entsprechende Darstellung in Verriegelungsstellung,

Figur 19

einen Schließleistenbeschlag nach einem weiteren Ausführungsbeispiel, der ein Scharnierband aufweist, ohne Darstellung der Schließleisten,

Figur 20a, b bis Figur 30a, b, c, d, e

verschieden ausgeführte Verbindungen zwischen mindestens einem Tragelement und mindestens einer Schließleiste des als Eckumlenkung ausgebildeten Schließleistenbeschlags,

Figur 31

ein Ausführungsbeispiel einer Schwenklagerung des Schließleistenbeschlags und

Figur 32

ein Ausführungsbeispiel einer Drehlagerung des Schließleistenbeschlags.

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

FIG. 1

a perspective view of an open, provided with Schließleistenbeschlägen window,

FIG. 2

a corner of the sash of the window of FIG. 1 with not yet mounted closing strip fitting, which is not yet provided with closing strips,

FIG. 3

the corner of the FIG. 2 , but with fitted closing strip fitting,

FIG. 4

one of the FIG. 3 corresponding representation, but with closing strips, which are not yet mounted,

FIG. 5

one of the FIG. 4 corresponding representation, but with mounted closing strips,

FIG. 6

3 is a perspective sectional view of an exemplary embodiment of a support element which is latched with a closing strip,

FIG. 7

a cross section through the representation of FIG. 6 .

FIG. 8

a sectional view of another embodiment of a support member which is locked with a custom designed locking strip,

FIG. 9

a schematic sectional view through a window frame of the window with engaging locking bar without representation of the sash,

FIG. 10

one of the FIG. 9 corresponding representation according to another embodiment,

FIG. 11

a fitting assembly consisting of four in the corner areas of a window, a door or the like to be arranged Schließleistenbeschlägen, all closing strips are coupled together

FIG. 12

a detailed view of the representation of FIG. 11 with locking strips in the locked position,

FIG. 13

one of the FIG. 12 Corresponding illustration, but in the unlocked position of the closing strips,

FIG. 14

an actuating device for displacing the closing strips (unlocking position),

FIG. 15

the representation of FIG. 14 , but in locked position,

FIG. 16

the arrangement of FIG. 14 with the handle removed from the actuator,

FIG. 17

a rear view of the actuator in unlocked position,

FIG. 18

one of the FIG. 17 corresponding representation in the locked position,

FIG. 19

a closing strip fitting according to a further embodiment, which has a hinge, without showing the closing strips,

Figure 20a, b to Figure 30a, b, c, d, e

variously executed connections between at least one support element and at least one closing strip of the closing strip fitting designed as a corner deflection,

FIG. 31

an embodiment of a pivot bearing of the closing strip fitting and

FIG. 32

an embodiment of a pivot bearing of the closing strip fitting.

The FIG. 1 shows a window 1, which is provided with a plurality of closing strip fittings 2 according to the invention, which form a total of a fitting assembly 3. The invention is not limited to a window 1, but can also be used in other devices, such as doors or the like. The window 1 has a frame 4 and a sash 5. The casement 5 is pivotally mounted by means of hinges 6 on the frame 4, so that it can be opened in rotation. On the sash 5 there is an actuator 7, which has a handle 8. The casement 5 has four corner regions 9 to 12, wherein each corner region 9 to 12 is associated with a closing strip fitting 2. Unless otherwise stated below, the formation of one of the closing strip fittings 2 becomes closer received. The other closing strip fittings 2 are formed accordingly.

The FIG. 2 shows a base part 13 of the closing strip fitting 2. The base part 13 has a corner bracket 14 which has a provided with fastening holes 15 legs 16 and a provided with fastening holes 17 leg 18th The two legs 16, 18 preferably have an angle of 90 ° between them. In the inner zone of the corner angle 14, a base plate 19 is arranged, which has approximately a triangular plan. The leg lengths of the triangle thus formed are shorter than the lengths of the legs 16 and 18 of the corner angle 14. On the base plate 19, a bearing pin 20 is fixed, which serves for the rotatable mounting of a holding part 21. For this purpose, the holding part 21 has a bearing opening 22 into which the bearing pin 20 engages. Preferably, means are provided which prevent axial slipping of the holding part 21 from the bearing pin 20. Bearing pin 20 and bearing opening 22 form a rotary bearing 23, which has an axis of rotation 24. The holding part 21 is formed as a rocker 25 which can rock about the rotational axis 24 of the pivot bearing 23. Preferably, the holding part 21 has an approximately kidney-shaped floor plan. The bearing opening 22 is - as seen in plan view - approximately in the center of the holding part 21, wherein on both sides of the bearing opening 22 due to the kidney shape rocker arms 26 and 27 are formed. The rocker arms 26 and 27 are each provided with a pivot bearing 28 and 29, wherein the pivot bearings 28 and 29 support members 30 and 31 pivotally mounted on the support member 21. The pivot bearings 28 and 29 are formed by means of head pins 32 and 33, the bearing openings 34 and 35 (in FIG. 2 not directly visible) of the support members 30 and 31 pass through. The pivot axes of the pivot bearings 28 and 29 are parallel to the axis of rotation 24 of the pivot bearing 23. Overall, the arrangement is preferably made such that the pivot bearing 23 and the two pivot bearings 28 and 29 are located at the corners of an imaginary triangle. As the FIG. 2 shows, the pivot bearing 28 is closer to the leg 16 as the pivot bearing 23 and the pivot bearing 29 is closer to the leg 18 as the pivot bearing 23. In the FIG. 2 a first rotational position of the holding part 21 is shown relative to the base part 13.

The two support elements 30 and 31 are of identical design, so that below only the design of the support element 30 is discussed and these embodiments apply correspondingly to the support element 31. The support member 30 is formed as a support rail 36, in particular as an angle rail 37. The angle rail 37 has a rail leg 38 and a rail leg 39, wherein the two rail legs 38 and 39 are at an angle to each other, in particular at right angles. The rail leg 39 has the bearing opening 34. So it is associated with the pivot bearing 28. The same applies to the support member 31, the rail leg 39 has the bearing opening 35 and consequently there is the pivot bearing 29 is provided. The rail leg 38 has a first portion 40, at the end of the rail leg 39 sits and has an axial stop 41. The first section 40 is followed by a second section 42, which has a holding region 43. The second portion 42 of the support member 30 has a height H which is greater than the height h of the first portion 40 of the support member 30, whereby a step 45 is formed.

In the FIG. 2 the corner region 9 of the sash 5 of the window 1 is shown. The casement 5 has a circumferential receiving groove 46 and a peripherally formed installation groove 47, wherein in the respective corner region 9 to 12 in the installation groove 47 an Eckaufnahme 48 is formed. The corner receptacle 48 is designed triangular. In its respective outer corner, the installation groove 47 has a flattening 49. The receiving groove 46 has a greater depth than the installation groove 47.

The FIG. 3 shows the built - in state of the FIG. 2 It can be seen that during assembly of the corner bracket 14 is inserted into the installation groove 47 and that by means of fastening screws 50 which pass through the mounting holes 15 and 17, a screw on the casement 5 is carried out. The arrangement is such that the base plate 19 together with the rotatably mounted holding part 21 such in the corner receptacle 48 and the receiving groove 46 rests that the two support members 30 and 31 are aligned with the receiving groove 46 or can dive into it.

Again FIG. 3 can be seen, the two legs 16 and 18 of the corner angle 14 are assigned to different spars of the sash 5 of the window 1 and fastened thereto by means of the fastening screws 50, so that the corner angle 14 acts bar connecting and therefore improves the stability of the sash 5.

According to FIG. 4 the closing strip fitting 2 has two closing strips 51, 52, wherein the two closing strips 51 and 52 are of identical construction, so that only the design of the invention is described below Closing bar 51 is received. For the closing strip 52 then applies accordingly.

From the FIGS. 4 6 and 7 it can be seen that the closing strip 51 has at least at each of its end regions 53 a cavity 54 which is formed by the closing strip 31 having a U-shaped cross-sectional profile. As a result, the cavity 54, which is accessible from an underside of the locking bar 51, laterally bounded by two elastic spring arms 55 and 56. The elasticity of the spring arms 55 and 56 results from the elasticity of the material of which the closing strip 51 consists. The cavity 54 has due to two opposing webs 57 a waist 58 and - in the lower region - due to two opposing webs 59 another waist 60. The two spring arms 55 and 56 are connected by an end wall 44, from the one into the cavity 54 protruding stop ridge 88 goes out. The holding portion 43 of the second portion 42 of the rail leg 38 of the support member 30 has a cross-sectional configuration, which - as in particular from FIG. 7 it can be seen - has a width B, which corresponds to the distance C of the spring arms 55 and 56 between their webs 57 and webs 59. Via latching steps 89, the width B of the cross-sectional configuration is reduced to a dimension which corresponds to the distance between the webs 59, that is to say the dimension of the waist 60. Via oblique steps 90, the width B of the cross-sectional configuration tapers to a dimension D which corresponds to the spacing of the webs 57, that is to say the size of the waist 58. The height H of the holding portion 43 corresponds to the distance of the end face of the stop web 88 to the underside of the closing bar 51. The spring arms 55 and 56 have on the input side of the cavity 54 insertion bevels 90 '.

In the FIG. 5 the two closing strips 51 and 52 are assigned to the two sections 42 of the support elements 30 and 31. The two closing strips 51 and 52 are at a 90 ° angle to each other. They are each held with a connection 64 on the associated support member 30 and 31 respectively. The connection 64 is preferably designed as a fixed connection 90, in particular in each case as a latching connection 65. For latching, it is only necessary to supply the two closing strips 51 and 52 according to the arrows 66 and 67 to the respective support element 30 or 31 ( FIG. 4 ), whereby a locking takes place. If the support element 30 or 31, in particular its holding region 43, enters into the cavity 54 of the closing strip 51 or 52 for latching, the insertion bevels 90 'serve as an insertion aid. This facilitates the insertion process, in which the spring arms 55 and 56 spread, so are urged elastically to the outside. If the carrying element 30 or 31 projects against the end face of the stop 88 of the corresponding closing strip 51 or 52, then the end position is reached, in which the spring arms 55 and 56 spring back. In this position, the flanks 91 of the webs 59 engage behind latching steps 89 of the support element 30 or 31, so that there is a latching situation. In the latched position is located in the waist 58, the cross-sectional configuration of the support member 30 and 31 with their dimension D and in the waist 60 by the latching steps 89 against the width B smaller dimension of the support member 30 and 31, so that a total ensures a secure locking seat is. The detent connection 65 thus described is thus designed in accordance with this embodiment such that a detent element 76, namely the support element 30 or 31, with the described cross-sectional configuration in a latching receptacle 77 of the locking bar 51 and 52 engages, wherein the locking receptacle 77 is formed by the cavity 54, which has due to the edges of the webs 59 corresponding retaining means which cooperate with the latching steps 89 of the support member 30 and 31 respectively. The axial stops 41 of the support elements 30 and 31 are in the locked state on the end faces of the closing strips 51 and 52 and therefore form axial securing.

The FIG. 8 shows a further embodiment of a latching means of a latching connection 65 between the locking bar 51 and the support member 30. The same applies to the latching of the locking strip 52 and support member 31. The support member 30 has a longitudinal slot 68 provided with head 69, whereby elastic spring arms 70 and 71 are formed. The locking strip 51 has in its cavity 54 latching steps 72, 73, engage in the latching hooks 74 and 75 of the support member 30 during assembly. In this respect, the latching connection 65 thus formed is designed such that a latching element 76 of the support member 30, namely the head 69 engages in a latching receptacle 77 of the locking bar 51, wherein the latching receptacle 77 is formed by the latching steps 72, 73 provided with cavity 54.

The FIG. 9 shows - in a schematic form - the closing strip 51, which can enter into a closing strip holder 78 of the window frame 4 of the window 1 for locking the window 1. During the entry process provide inclined guides 79 of the closing strip receiving 78 of the frame 4 for an insertion. The insertion movement is in FIG. 9 represented by an arrow 80. Additionally or alternatively, according to FIG. 10 be provided that the closing bar 51 insertion bevels 81 for improved entry into the Closing strip receiving 78 of the frame 4 has. If the respective closing strip 51, 52 has entered the corresponding closing strip holder 78, then there is a locking state of the window 1. If the closing strips 51, 52 have not entered the closing strip holder 78, then the window 1 is unlocked and can therefore be opened.

The FIG. 11 illustrates that the sash 5 of the window 1 a total of four closing bar fittings 2 are assigned, which are arranged in the respective corner regions 9 to 12 of the window 1. The window 1 itself is in the FIG. 9 - For the sake of clarity - not shown. From the FIG. 11 It is also clear that each closing strip fitting 2 has two closing strips 51, 52 which extend at an angle, in particular at a right angle, to one another. However, since in each case two opposing closing strip fittings 2 are connected via a corresponding closing strip 51 or 52, that is, the respective closing strip 51 or 52 is assigned to two opposite closing stretcher fittings 2. Finally, from the FIG. 11 clearly that for actuating the closing strips 51, 52 of the fitting assembly 9, the actuating device 7 is used, which makes a closing strip displacement in a pivoting of the handle 8.

The FIG. 11 shows the locked state of the window 1, that is, the closing strips 51 and 52 are in a locking position in which they engage in the associated Schließleistenaufnahmen 78 of the frame 4 (not shown). In this situation, the holding parts 21 which from the FIG. 2 or 12 resulting first rotational position. If the handle 8 is actuated, by turning it by 90 °, for example, causes the actuator 7, a shift of the closing strips 51 and 52. The FIG. 11 shows that the right locking strip 52 consists of two closing strip portions 82, 83, which in the mentioned operation of the handle 8 in the direction of the FIG. 11 resulting arrow 84 are shifted. As a result, the respective from the FIG. 12 prominent position of the closing strip fitting 2 in the from FIG. 13 shifting position. The FIG. 12 shows the first, already mentioned rotational position; in the FIG. 13 a second rotational position of the holding part 21 is shown relative to the base part 13. The mentioned movement of the closing strip sections 82 and 83 existing closing strip 52 causes the rocker 25 formed as holding member 21 rotates about the pivot bearing 23 in a clockwise direction, whereby the closing bar 51 is also displaced by the displacement of the locking bar 52, so in that the rocker 25 entrains the support element 30 and thus the closing strip 51 so far that the support element 30 engages over the retaining part 21. The entrainment of the retaining member 21 by the locking bar 52 via the pivot bearing 29. The entrainment of the locking bar 51 by means of the holding part 21 via the pivot bearing 28. Der FIG. 13 showing an unlocking position of the closing strips 51 and 52, it can be seen that the closing strip 51, in particular its end wall 85 must be sufficiently remote from the pivot bearing 28 to allow this aforementioned displacement movement. In this respect, the pivot bearing 28 with a holding part cross-over Ha to the associated locking bar 51st

A comparison of FIGS. 12 and 13 shows that the two closing strips 51 and 52 are displaced by the rotation of the holding part 21 about the pivot bearing 23 so that they are in the FIG. 12 with respect to the window 1 further out than in the FIG. 13 in which they lie further inwards and therefore assume the unlocking position in which they are arranged retracted into the receiving groove 46. As according to FIG. 13 the rocker 25 so far from the position of FIG. 12 twisted is that it has performed almost a "rollover", the rocker 25 can also be referred to as a rollover rocker. If after a release of the sash 5 of the window 1 again a lock, it is necessary to close the sash 5 and then perform a corresponding operation of the handle 8, with the result that the holding parts 21 rotate counterclockwise and thus the Closing strips 51 and 52 again outward into the associated closing strip holder 78 of the frame 4 occur.

The FIGS. 14 to 18 illustrate the design of the actuator 7, which - as will be described in more detail below - also a support device 92 for the displacement of the closing strips 51, 52 forms. The actuating device 7 or support device 92 has a main body 93 which is fixed to the window 1, to the door or the like, in particular to the sash 5. For this purpose, the base body 93 mounting holes 94 for mounting screws. On the base body 93, an actuating element 95 is rotatably mounted, which on one side of the base body 93 a receptacle 96 (FIG. FIG. 16 ), which is designed in particular as a square socket. On the other side of the main body 93, the actuating element 95 has a crank arm 97, which is rotatably entrainment for receiving 96 and pivotally connected via a pin connection 98 in the region of its crank arm end with a special design of a support member 99. The support element 99 has at its two ends in each case holding areas 43, which correspond - as to FIG. 7 described - are formed and can therefore be clipped onto the end portions of the split closure strip 52, so the closing strip portions 82 and 83. The FIGS. 14 to 16 show the unlocked state; in the Figures 17 and 18 the closing strip sections 82 and 83 are not shown.

According to the Figures 14 and 15 can the handle 8, the one in the Figures 14 and 15 unrecognizable square bar, rotatably coupled with the receptacle 96, ie, the square bar is inserted into the receptacle 96. According to the FIGS. 16 to 18 However, it is also possible not to mount the handle 8. First, the situation of a mounted handle 8 will be discussed. Will - starting from the FIG. 14 - The handle 8 in the position according to FIG. 15 pivoted by 90 ° clockwise, so the actuator 95 is thereby rotated accordingly, with the result that the crank arm 97 performs a pivoting movement, as they are from a comparison of Figures 17 and 18 becomes apparent. This has the consequence that the support element 99 from the position according to FIG. 17 in the position according to FIG. 18 is displaced, whereby the attached thereto closing strip portions 82, 83 are displaced from its unlocked position into the locking position. At the same time, of course, the rest of the closing strips 51, 52 are displaced in the same direction via the closing strip fittings 2 arranged in the corner regions 9 to 12. If the closing strips 51, 52 are to be moved back into the unlocking position, then the handle 8 is to be rotated by a user in a counterclockwise direction. Instead of the handle 8 can - according to another embodiment - there also be provided a machine drive.

As mentioned, however, situations are conceivable in which no handle is used, yet still from the FIGS. 14 to 18 apparent actuator 7 (but then without the attached handle 8) is arranged on a spar of the window, the door or the like. The closing strips 51, 52 of the window 1, the door or the like are by a device, which may be, for example, the mentioned, provided with a handle actuator 7, relocated, for example, on another rail of the window, the door or the like. In principle, therefore, there is a device which brings about a closing strip displacement. The concrete training of this institution plays no role in this context. If a closing strip displacement is carried out, then the two closing strip sections 82 and 83 are assigned via the associated, in the FIGS. 14 to 18 not apparent, for example, in the corners 9 and 11 lying closing strip fittings 2 shifted. For very large windows 1, doors or the like, ie components with very long spars and correspondingly long closing strip sections 82, 83, the closing strip displacement could be impeded, for example, by friction in the closing strip receptacle, so that there would be a bending of the closing strip 51 or 52. As a result, the functionality would be in question. To prevent this, the actuating device 7 also acts as a support device 92, as by means of the guidance of the crank arm 97, the aforementioned deflection is prevented, because the crank arm 97 sets a longitudinal displacement of the corresponding closing strip portions 82, 83 in a guided exit movement or entry movement of the closing strip sections 82 and 83 to. By this forced operation, the displacement is supported in the locked position or unlocked position. The trajectory of the crank arm 97 thus corresponds to the paths of movement of the closing strip fittings 2.

Of course, this support function of the actuator 7 will be present even if a handle 8 is used.

The FIG. 19 shows a further embodiment of a closing strip fitting 2, wherein the closing strips 51, 52 are not shown. Different from the presentation of the FIG. 2 is only that on the leg 18 of the corner angle 14, the hinge 6 is fixed, which is already in the FIG. 1 was briefly described. Thus, the closing strip fittings 2 not only Eckumlenkungen 86 represents, as shown in the FIGS. 2 to 11 has been explained, but optionally also Eckumlenkungen 86 arranged thereon with hinges 6, for example, for rotational opening of the sash 5 of the window. 1

The drawings 20a to 30e show various embodiments relating to the mentioned connection 64, which exists between the respective support element 30, 31 and the respective closing strip 51, 52. The connection 64 can either be formed as at least one fixed connection 90 or have a fixed connection 90 or at least one Längenverstellanbindung be 91 or have a Längenverstellanbindung 91. It is also possible that the connection 64 both at least one fixed connection 90 and at least one Längenverstellanbindung 91 has. In the following, the various embodiments are discussed in greater detail, wherein each embodiment can also be combined with any other embodiment or with a plurality of other embodiments.

The FIGS. 20a, b Below is always spoken only of a support member 30 and a locking bar 51, even if the respective closing strip fitting 2 and the more closing strip fittings 2 having fitting assembly 3 a plurality of support elements and / or has several closing strips. It should also be noted that the special shape of the support element 30 of the FIGS. 20a to 30e differs from the design of the other figures, but the same function exists. The same applies to the locking bar 51 of FIGS. 20a to 30e whose shape is also different from the design of the other figures or can be. As before, the support member 30 is fixed by means of the bearing opening 34 for forming the pivot bearing 28 on the holding part 21. The same applies to all other embodiments. The FIG. 20a shows a perspective view and the FIG. 20b a longitudinal section view. It can be seen that the support element 30 has a slidably guided carriage 93 which is held on the side of the closing strip 51 by means of a pin / hole connection 92 and on the support element side by means of an eccentric connection 94. An eccentric 95 is rotatably mounted in a bearing bore 96 of the support member 30 and can be rotated by means of a tool in a clockwise or counterclockwise direction (arrows 97). An eccentric pin 98 of the eccentric 95 engages in a receiving opening 99 of the carriage 93 and causes upon rotation of the eccentric 95 a length adjustment (carriage displacement) according to the double arrow 100. The pin / hole connection 92 is realized by a pin 101 of the carriage 93, wherein the pin 101 engages in a receptacle 102 of the closing strip 51. All in all, it can be seen that the eccentric connection 94 forms a continuous length adjustment connection 91 and that the pin / hole connection 92 forms a fixed connection 90. By adjusting the eccentric 95, it is possible to implement length adjustment measures to compensate for tolerances and / or absorb tensile and / or compressive stresses during operation of the closing strip fitting 2. The Längenverstellanbindung 91 is set (especially in all embodiments of this application) when commissioning the closing strip fitting 2 once and then no longer adjusted. Nevertheless, it is possible to make an adjustment during maintenance work, for example.

The FIGS. 21a to 21d show a further embodiment of a connection 64, which is designed as Längenverstellanbindung 91. On the support member 30, in turn, an eccentric 94 is provided which actuates a carriage 93. In this respect, the comments on the embodiment of the FIGS. 20a, 20b directed. The carriage 93 is in the embodiment of FIGS. 21a to d however, designed to be part of a clamp connection 103. The FIG. 21 a shows a perspective view which FIG. 21b a longitudinal section, the FIG. 21c a 90 ° rotated longitudinal section and Figure 21d a cross section of the arrangement. The clamping connection 103 is realized in that the carriage has wedge elements 104 which cooperate with fixed wedge elements 105 in the interior of the closing bar 51 such that Adjustment of the eccentric 95 of the carriage 93 is displaced and thus the wedge elements 104 are displaced so that they exert a compressive force on the wedge elements 105, in turn act on a clamping piece 106 of the locking bar 51 by clamping, whereby the closing strip 51 in each desired position according to the double arrow 100th can be fixed on the support element 30, namely, can be clamped. In this respect, here is a continuous Längenverstellmöglichkeit.

The Figures 22a and b show a further embodiment of a connection 64 between the support member 30 and the locking bar 51, which is designed as an eccentric 94 and forms a Längenverstellanbindung 91. The FIG. 22a shows a perspective view and the FIG. 22b a longitudinal section view. The arrangement is such that an eccentric 95 which is rotatably mounted in a bearing bore 96 of the locking bar 51, an eccentric pin 98 which engages in a bearing bore 107 of the support member 30. The closing strip 51 is mounted longitudinally displaceable on the support elements 30 according to double arrow 100. If the eccentric element 95 is rotated according to the arrows 97 with a suitable tool, then the closing strip 91 shifts in the direction of the double arrow 100, whereby a desired length adjustment can be set.

The Figures 23a and 23b show an embodiment of a connection 64, which is designed as a fixed connection 90. It is a multi-toothed spline connection 108, wherein the support member 30 has a toothing 109 and the locking bar 51 has a cooperating with the teeth 109 counter teeth 110. If the closing strip 51 according to arrow 111 on the support element 30 pressed, in particular latched, so engage corresponding teeth of the teeth 109 and counter toothing 110 together, thereby discontinuing a length adjustment (depending on the tooth positions) takes place.

The embodiment of Figures 24a and 24b shows a connection 64, which is designed as a screw connection 112 and is designed to be adjustable in length before setting the parts, so that a Längenverstellanbindung 91 is present. The FIG. 24a shows a perspective view and the FIG. 24b a cross-sectional view of the arrangement. The embodiment is such that the support member 30 has a screw 113 and that the closing bar 51 has a screw groove 114. In the course of assembly support member 30 and closing bar 51 are adjusted to each other in terms of their longitudinal position and then a mounting screw 115 is screwed into the screw 114, which penetrates the material of the locking bar 51 and engages in the screw 113 of the support member 30. In this way, then a determination is created after the desired length adjustment.

The Figures 25a and 25b , which form a perspective view and a longitudinal sectional view, show an embodiment of a connection 64, which is formed as a splint / recess connection 116, which forms a Längenverstellanbindung 91. A preferably U-shaped split pin 117 is inserted into an opening 118 of the closing strip 51 and in pin receiving recesses 119 of the support member 30, whereby a desired length adjustment is possible because a plurality of pin receiving recesses 119 are arranged side by side and the pin 117 only is inserted into at least one or more desired pin receiving recess (s) 119.

The Figures 26a to 26c show a further embodiment of a connection 64, which is designed as a length adjustment connection 91 and part of the closing strip 51 as a fixed connection 90 side of the support member. The Figure 26a shows a perspective view, the FIG. 26b a longitudinal sectional view in a lower and the FIG. 26c a longitudinal sectional view in a higher area. The Längenverstellanbindung 91 is a rack / gear connection 120 having a rotatably mounted on the support member 30 gear 121 which cooperates with a toothing 122 of a carriage 93 of the support member 30. If the gear 121 is rotated by means of a suitable tool according to the arrows 97, the carriage 93 correspondingly displaces. The carriage 93 has a through bore 123 in which a spring 124 and two pressure pieces 125 loaded by the ends of the spring 124 are supported. The closing strip 51 has two receptacles 126. For the attachment of the carriage 93 to the locking bar 51, this is a piece-wide introduced into the interior of the locking bar 51, to a position in which the plungers 125 - driven by the spring 124 - snap into the receptacles 126. As a result, the fixed connection 90 is realized. The snap action is in the FIG. 26b indicated by the double arrow 127.

The embodiment of Figures 27a and 27b shows a connection 64, which is also configured as Längenverstellanbindung 91 on the part of the support member 30 as Längenverstellanbindung 91 and the side of the closing strip 51. A carriage 93 has a threaded rod 128, to which a nut, in particular knurled nut 129 is screwed. In this respect, there is a threaded rod / nut connection 130. The knurled nut 129 is supported on the support element 30 in such a way that, when the carriage 93 is rotated, it is adjusted in the direction of the double arrow 100. The rotation is again indicated by the arrows 97. The Längenverstellanbindung 91 on the closing strip side is designed as a toothed connection 108 by the carriage 93 has a toothing 109 and the locking bar 51 has a counter toothing 110. Since toothing 109 and counter teeth 110 can be joined together in different longitudinal positions of the arrangement, a length adjustment is possible. Alternatively, it can also be provided that the toothed connection 108 is not designed to be adjustable in length. Then there would be a fixed connection 90.

The Figures 28a and 28b show an embodiment of a compound 64, which is formed on the part of the support member 30 as Längenverstellanbindung 91 and the closing strip 51 also as Längenverstellanbindung 91. The Längenverstellanbindung 91 of the support member 30 is designed as an eccentric 94, whereby a carriage 93 can be adjusted, which can be connected to the locking strip 51 via a spline connection 108. The carriage 93 has a toothing 109 and the locking bar 51 has a counter toothing 110, wherein toothing 109 and counter teeth 110 can be brought into engagement in different longitudinal positions of the arrangement, whereby a length adjustment is possible. In addition, a further length adjustment by means of the eccentric connection 94 is provided. The spline connection 108 acts discontinuously and a continuous adjustment is made possible by means of the eccentric connection 94.

The embodiment of FIGS. 29a and 29b provides that a connection 64 is designed as Längenverstellanbindung 91. The Figure 29a shows a perspective view and the FIG. 29b a longitudinal sectional view of the arrangement. On the support member 30, an eccentric 95 is rotatably mounted, against which the end face 131 of the locking bar 51 abuts. It should be assumed that several closing strips are provided on the window 1, on the door or the like, which form in particular a closed, frame-like arrangement. If the eccentric element 95 is rotated according to the arrows 97, then the end face 131 of the closing strip 51 is correspondingly longitudinally displaced due to the eccentric action. The eccentric 95 has a collar 132 which engages over the upper side 133 of the closing strip 51 at corresponding rotational positions and thereby secures them to the support element 30.

The embodiment of FIGS. 30a to 30e a connection 64 is formed as Längenverstellanbindung 91. For this purpose, two pressure pieces 134 are pivotally mounted on the support member 30, which cooperate with a holding element 135 of the locking bar 51. The FIG. 30a shows a perspective view of the support member 30, the FIG. 30b a perspective cross-sectional view in the not latched state, the FIGS. 30c to 30e Cross-sectional views of different mounting conditions. Overall, the Längenverstellanbindung 91 is designed as a clamp connection 103, in particular as Übertotpunktklemmverbindung 136. Will - according to FIG. 30c - The closing strip 51 according to arrow 137 supplied to the support member 30, so the holding element 135 sets between the plungers 134, the - according to FIG. 30d - Swivel and unfold pressure forces, the pivoting takes place so far that the plungers 134 an over-center position according to FIG. 30e take and thereby cause a latched clamping position. According to the arrows 138 locked in the end position the locking bar 51 with the support member 30, so that the over-center position can not be left.

The FIGS. 31 and 32 show additional separate or combinable ways to make the mentioned adjustment measures and tolerance adjustments. This is according to FIG. 31 provided that the pivot bearings 28 are designed by means of suitable eccentric elements 95 as Exzenterschwenklagerungen 138 '. Additionally or alternatively, according to FIG. 32 be provided that the pivot bearing 23 is designed as Exzenterdrehlagerung 139. In the embodiment of FIG. 31 can be the support elements 30 and 31 displaced by the eccentric action of the eccentric 95 relative to the holding part 21, whereby an adjustment exists. Of course, it is also conceivable that only one pivot bearing 28 is provided with eccentric. Additionally or alternatively, an adjustment in the embodiment of FIG. 32 be brought about by the eccentric action of the Exzenterdrehlagerung 139, the holding part 21 can be displaced relative to the base part 13. to FIG. 32 It should also be mentioned that here the representation is partially cut open in order to recognize details of the eccentric and that here the at least one pivot bearing 28 is basically not eccentric. Alternatively, however, an eccentric training is possible.

The mentioned tolerance compensation is necessary because there are tolerances in each bearing point and joint. Moreover occur during operation of the closing strip fitting 2 and the fitting assembly 3 tensile and compressive stresses, both in a rotating as well as a non-rotating system. In a circulating system, one thrust component - once in a circle - will act as a pressure on the other side. Furthermore, a switching, so a shutter bar actuation of the one in the other direction, always lead to train and pressurization. Due to the bearing and connection points game is present, with these tolerances accumulate, with the result that different angles of rotation arise and thus different extension positions or Einfahrpositionen the closing strips can be present. If a system with several closing strips is present, the resulting tolerance need not be compensated at each point, but it is sufficient, for example, to provide a tolerance compensation within a single operating chain and, for example, to carry out the remainder of the connections as fixed connections. Finally, it should be noted that the objects according to the invention can be used both in the wings of windows, doors and the like, which have a frame or which are designed frameless. In particular, in windows, doors or the like with concealed hinge side, no circumferential arrangement of closing strips is possibly possible. This is especially true for the lower band corner. In most cases, the upper band side corner is not affected, since there is a different construction due to the usually existing Ausstellschere.

Claims (28)

As Eckumlenkung trained closing strip fitting for a corner region of a window, a door or the like, with a holding part, which is operatively connected to two, in an angle defined by the corner angle to each other closing strips, characterized in that the holding part (21) by means of a pivot bearing (23 ) is rotatably mounted on a stationary base (13) to be arranged and that two support elements (30,31) by means of pivot bearings (28,29) are pivotally articulated on the holding part (21), wherein at each support element (30,31) one of the closing strips ( 51, 52) is fastened by means of a connection (64). Closure strip fitting according to claim 1, characterized in that the connection (64) is at least one fixed connection (90) or has. Closure strip fitting according to one of the preceding claims, characterized in that the connection (64) is or has at least one length adjustment connection (91). Closure strip fitting according to one of the preceding claims, characterized in that the fixed connection (90) is at least one latching connection (65) and / or a pin / hole connection (92) or has. Closure strip fitting according to one of the preceding claims, characterized in that the Längenverstellanbindung (91) an eccentric or a multi-toothed tooth connection or a screw channel connection or a split / recess connection with a plurality of split pin recesses or a rack / pinion connection or a threaded rod / nut connection or is. Closure strip fitting according to one of the preceding claims, characterized in that the Längenverstellanbindung (91) is a clamping connection, in particular a Übertotpunktklemmverbindung or a Keilklemmverbindung, preferably an operable by means of an eccentric wedge clamp, is or has. Closure strip fitting according to one of the preceding claims, characterized in that the pivot bearing is an adjustable eccentric pivot bearing. Closure strip fitting according to one of the preceding claims, characterized in that at least one of the pivot bearings is an adjustable eccentric pivot bearing. Closure strip fitting according to one of the preceding claims, characterized in that each closing strip (51,52) at least at each of its end regions (53) has a cavity (54) ausbildendes, in particular U-shaped cross-sectional profile, wherein in the cavity (54) an area the associated support element (30,31) is arranged locked. Closure strip fitting according to one of the preceding claims, characterized in that the latching connection (65) has a latching element (76) and with the latching element (76) latched latching receptacle (77). Closure strip fitting according to one of the preceding claims, characterized in that each of the support elements (30,31) has at least one longitudinal slot (68) for forming spring arms (70,71) belonging to the latching element (76) and / or that the cavity ( 54) of the closing strip (51,52) of at least one elastic spring arm (55,56) is bounded. Closure strip fitting according to one of the preceding claims, characterized in that on at least one spring arm (55,56,70,71), a latching hook (74,75), in particular a flank of a web (59) is formed, the / in the latched state the latching connection (65) behind a latching step (72,73,89) of the latching receptacle (77) or the latching element (76) engages. Closure strip fitting according to one of the preceding claims, characterized in that each of the support elements (30,31) is designed as a support rail (36). Closure strip fitting according to one of the preceding claims, characterized in that the respective pivot bearing (28,29) with holding part cross-over distance (Ha) to the associated closing strip (51,52) is arranged. Closure strip fitting according to one of the preceding claims, characterized in that the respective support rail (36) is formed as an angle rail (37) having two rail legs (38,39), one of which the pivot bearing (28,29) and the other the associated closing strip (51,52) is assigned. Closure strip fitting according to one of the preceding claims, characterized in that the holding part (21) as a rocker (25), in particular flashover rocker is formed. Closure strip fitting according to one of the preceding claims, characterized in that the pivot bearing (23) and the two pivot bearings (28,29) are arranged to each other such that they lie at the corners of an imaginary triangle. Closure strip fitting according to one of the preceding claims, characterized in that the base part (13) has a holmverbindenden corner bracket (14). Closing strips fitting according to one of the preceding claims, characterized in that a base plate (19) is arranged in a corner region of the corner angle (14) which carries the pivot bearing (23). Closure strip fitting according to one of the preceding claims, characterized in that the base part (13) has a hinge (6). Window, door or the like, with at least one closing strip fitting (2) according to one or more of the preceding claims. Window, door or the like according to claim 15, characterized by at least two closing strip fittings (2) which are interconnected via at least one, in particular only one, closing strip (51, 52), in particular directly connected to one another. Window, door or the like according to one of the preceding claims, characterized in that the closing strip fitting (2) is associated with a sash (5) or a frame (6) of the window (1), the door or the like. Window, door or the like according to one of the preceding claims, characterized by a frame (4) and / or sash (5) circumferentially formed receiving groove (46) for the closing strips (51,52). Window, door or the like according to one of the preceding claims, characterized by a mounting groove (47) formed circumferentially on the frame (4) and / or sash (5) for the corner bracket (14). Window, door or the like according to one of the preceding claims, characterized by at least one on the window frame (4) and / or sash (5) formed Eckaufnahme (48) for the base plate (19) and the support members (30,31). Window, door or the like according to one of the preceding claims, characterized in that the receiving groove (46) opens laterally into the installation groove (47). Window, door or the like according to one of the preceding claims, characterized in that the Eckaufnahme (48) opens with its one side in the receiving groove (46) and with its other side in the installation groove (47).

Images