EP2499316B1 - Sliding component for a fitting - Google Patents

Description

The invention relates to a fitting according to the type specified in the preamble of claim 1.

Such a fitting of this kind is by the DE 7635460 U1 known.

Here, the slider is guided guided in an undercut profile. A arranged on the extension arm of a hinge pin engages to fix the components through an opening in the guide rail into a hole of the slider, wherein the pin receives a releasable connection by a spring-loaded locking member with the slider. The securing member consists of at least one seated in the slider Biegefederstab, which is clamped at its ends and engages tangentially in a circumferential groove of the pin. In addition, there is axially parallel, but laterally offset from the bearing hole in the slider a keyhole-like recess for inserting a key through which in a circular extension of the recess rotatable beard of the spiral spring rod is herausdrängbar from the circumferential groove of the pin.

The known slider consists of two interconnected by riveting by means of rivet bolt housing parts, between which the bending spring rods are positioned enclosed in correspondingly shaped recesses in the housing.

The sliders according to the embodiment shown and further known from the prior art variants are designed so that the assembly can be made only from an open end of the provided guide rail. Therefore, the slides are inserted before mounting the guide rail in the window or the door in the profile of the guide rail. In practice, the guide rail is made inaccessible in the installed state of the window or the door at the respective open ends in the manner of the element, for example by the plastering of the window or the door or by the vertical frame spar. Subsequent installation or replacement of the slider or pieces is therefore no longer possible.
Another fitting is from the DE 3320824 C2 known. The existing for a window or a door fitting, it consists of a display device with a rotatable and slidably mounted on the wing extension arm, wherein the upper wing spar a guide rail is attached, which forms a longitudinal guide for a slider and a substantially U-shaped cross-section wherein the free leg ends are bent inwardly facing each other to form lifting fuse strips for the slider.

Also, the embodiment of the slider shown is also designed so that the assembly can be made only from an open end of the provided guide rail. Therefore, the slider is inserted before mounting the guide rail of the window or door in the profile of the guide rail here, too. The problem described above, that in practice the guide rail is made inaccessible in the installed state of the window or the door at the respective open ends on the type of element, for example by the plastering of the window or the door or by the vertical frame spar, there is also. A subsequent assembly or replacement of the slider or is not possible according to this embodiment.

Another such embodiment is through the EP 1963604 B1 known. Here, the slider is guided guided in an undercut profile groove, wherein the slider is introduced due to structural measures in the guide rail both in the known manner of an open end, as well as according to the new inventive idea of the opening, which automatically results in longitudinal displacement in order to connect the slide arranged in the guide rail with the extension arm of the fitting located on the wing, via the journal. The design is relatively complex to manufacture and is also costly. Furthermore, the design proves to be complicated in that when changing from already in use windows or doors, the existing fuse element must first be unlocked so that the wing is during the change of the slider in an unsecured position.

The invention is based on the object to eliminate the disadvantages described above and to form a fitting of the generic type so that with cost effective version of the fitting universal mountable and disassembled, with a secure hold at high load of the wing even in Use of existing windows or doors is guaranteed.

The achievement of the object is achieved by the features of the characterizing part of patent claim 1. The subclaims relate to further advantageous embodiments of the invention.

The invention is based on the finding that the slider is due to structural measures in the guide rail both in the known manner of an open end inserted, and according to the new inventive idea of the opening, which automatically results in longitudinal displacement to the in the guide rail arranged sliding piece with the wing located on the extension arm of the fitting to connect via the pin. Thus, in an advantageous manner, the slider can be mounted in the guide rail even after the installation of the window or door in the profile without additional effort, with Connection of the wing fitting parts through the pin forms an effective backup via a slider arranged on the fuse element for component connection of the slider. An automatic disassembly of the slider is prevented by the connection with the pin.

The guide rail has an undercut profile groove and extending transversely to the adjusting axis extending guide surfaces which serve as a support base for the guide of the slider parallel to the adjusting axis, wherein extension of the guide surfaces perpendicularly arranged webs support the slider to the adjusting axis and the slider through the resulting opening of Guide rail is inserted therethrough. In order to secure the load transfer through the slider or to increase by additional mounting of the slider in systems of windows or doors with existing slider, the slider is designed so that the fuse element in functional position of the fitting the pin between one of the guide rail and fixed to the extension arm forming distance in a positive and / or non-positive connection. In addition, the slider is slidably secured in the final assembly position with the fitting in a possible longitudinal displacement in the guide rail, so that the fitting with the slider is performed simultaneously with a possible displacement of the wing. Thus, the slider is universally due to its shape individually or in combination with existing Gleistücken, for example, according to special requirements for upgrading, used. Furthermore, the wing is always in a secured longitudinally displaceable position during assembly of the slider, so that falling out is excluded.

Another feature is that the slider consists of two support plates that form a structural unit by a locking device in functional ready final assembly position of the fitting and are secured against automatic disassembly. The low component cost of the slider causes a cost-effective in its production variant that functionally meets all the requirements of the component and thus the entire fitting.

According to a further feature of the invention, it is particularly advantageous that the securing element is arranged on at least one support plate and the distance between the outer edge of the guide rail and the extension arm is dimensioned larger than the thickness in the region of the securing element. With little play, the fuse element of the slider can be easily assembled by manual operation without effort. Furthermore, so unnecessary frictional resistance and running tracks between the support plate and the outer edge of the guide rail can be avoided. Already arranged in the guide rail sliders can be ignored due to the arrangement of the additional slider attached.

Another feature is that a support plate on the side facing the stay end of the adjusting axis of the pin has a bend on the outside, the Ausstellarm in the Final assembly position covered.
The overlap is particularly advantageous if the securing element secures the pin by positive / non-positive connection only in the direction of displacement and not perpendicular to the guide rail or the adjusting axis of the pin, so that a lifting of the extension is possible, but is avoided by the overlap , This type of execution for securing the fitting finds particular application in windows or doors that are already in use with available from the prior art Gleitstückvarianten.

In order to mount the slider particularly easily without changing the component in a variety of variants of a window or a door with or without existing Gleitstückvarianten, it is particularly advantageous if the slider in the final assembly position a longitudinally displaceable in the guide rail and with the arranged on the extension arm of the fitting pin connected slider nearly covers the respective open spaces. The overlap of the slider bridges the dimension of the existing slider to provide a rearward grip in the profile groove of the guide rail at the respective ends of the existing slider. In addition, the part of the bridging is used to provide the securing element in the region of the pin.

A convenient, simple and inexpensive production according to a first variant of the slider is ensured when the support plates of the slider are scissor-like connected to one another via a pin-rivet connection, wherein in Scherenöffnungsstellung i. around a 90 ° angle, the respective T-shaped free ends of the support plates are inserted into the opening of the guide rail and engage behind the axis of rotation of the pin rivet in the 180 ° final assembly position, the guide surfaces of the guide rail and the slider assumes the longitudinally displaceable position ,

It is particularly advantageous according to a further feature of the invention that the securing element is arranged on the support plate, consisting of integrally formed on the outer edge inlet slopes, with subsequent detents and adjoining circular recess, wherein in the final assembly position, the recess is aligned coaxially to the adjusting axis of the pin. With the circular recess of the pin is almost completely and accurately encased, so that not only a secure connection of the slider is achieved for fitting, but also unnecessary jerky movements caused by play between the coupling points are avoided.

Another feature is that the latching device consists of an angled collar of the first support plate, which is arranged on the opposite free end of the T-shaped free end, and from a to the second support plate at the same distance from the axis of rotation of the pin Rivet connection to the collar arranged ramps with a recess. Due to the nature of the design, the collar snaps at the transition of the ramps under slight bias in the recess and ensures a secure fit in the final assembly position. Furthermore, the latching device is produced without further expenditure on components, which has a particularly cost-effective effect on the slider.

It is particularly advantageous according to a further feature of the invention that the slider has at the respective T-shaped free ends of the support plates on the side of the guide surfaces arranged sliding elements, which preferably consist of a plastic material. With the adaptation of the T-shaped free ends of the support plates with the profile groove, the slider is also limited in the degree of movement in the non-relevant of the window or the door unloaded direction to avoid possible jerky movements of the slider. Furthermore, the sliding elements exclusively form the function of the sliding property of the slider. For this reason, it is expedient if the sliding elements consist of a plastic material. When using a suitable plastic, a good sliding property can be achieved, as well as a dimensionally accurate construction, resulting in low running noise and manufacturing costs.

An expedient, because simple and inexpensive production according to a second variant of the slider is ensured if the support plates are formed in cross-section to the longitudinal central axis U-shaped and the resulting free legs overlap sections in final assembly position in the region of the pin. The U-shaped configuration allows a configuration which can also be introduced into the opening of the guide rail, which is adapted to the geometry of the profile and restricts the degree of movement in the non-relevant of the window or the door unloaded direction to possible jerky movements of the slider avoid. Furthermore, the free legs contribute advantageously to simplify the assembly of the slider. The free legs, which can also be referred to as clamp-like mounting aids, are spring-acting due to the design and are mounted with a slight preload.

The elastically deformable portion of the support plates acts in particular when the support plates are inserted separately from each other in the opening of the guide rail, wherein the guide surfaces of the guide rail are engaged behind supporting and by nesting over a locking device within the guide rail, the slider as a component forming the displaceable position and so that the final assembly position occupies.

Simple in construction and handling for assembly is that the locking device on the free legs of the U-shaped support plate has angled locking lugs and provided on the free legs of the support plate corresponding recesses, wherein after a latching the slider is designed as a whole ausmachend ,

It is particularly advantageous that disassembly of the slider after releasing the positive and / or non-positive connection from the opening of the guide rail is possible. Even the change of the slider in the already installed state is made possible on the basis of the preceding features without additional work and without further processing on the guide rail.

It is also advantageous that the slider consists of two, for example, by locking connection with each other connected parts, namely the support plates, so that the slider can be decoupled both in the right and left hinged extension arm.

The support plates are preferably made of a metallic strip material. In final assembly position, the slider is formed symmetrically along the profile groove and creates on the guide surfaces of the guide rail out as a whole making a direct fixing connection of the fuse element with the fitting. As a result, a large stop is effected even at a high load, which increases the life and the load of the slider and thus the fitting.

The variants described above have the significant advantage that the marking of the securing position of the slider is made due to the example scissor-like configuration and the arrangement of the securing element outside the guide rail of the slider marked. A still to be secured connection is thus displayed.

Further advantages emerge from the following description of the drawing.

Fig. 1:

Ein erstes Ausführungsbeispiel eines Gleitstücks mit einer Führungsschiene und einem am Ausstellarm angeordneten Zapfen in einer perspektivischen Ansicht nach der Erfindung in einem Vormontagezustand,

Fig. 2:

eine Draufsicht mit den funktionswesentlichen Bauteilen des Gleitstücks nach Figur 1,

Fig. 3:

das Gleitstück nach Figur 1 bis 2 in einer perspektivischen Darstellung mit einem Gleitelement,

Fig. 4:

das Gleitstück nach Figur 1 in einer weiteren perspektivischen Ansicht mit einem in der Führungsschiene angeordneten zweiten Gleitstück,

Fig. 5:

eine Draufsicht mit den funktionswesentlichen Bauteilen des Gleitstücks und einem zweiten Gleitstück nach Figur 4,

Fig. 6:

eine Seitenansicht nach Figur 4 und 5 mit der Führungsschiene im Querschnitt und dem in die Führungsschiene eingeführten Gleitstück,

Fig. 7:

das Gleitstück nach Figur 1 bis 6 mit einem am Ausstellarm angeordneten Zapfen, einer Führungsschiene in einer durch das Sicherungselement gesicherten Endmontagestellung in perspektivischer Darstellung der Erfindung und

Fig. 8:

eine Draufsicht mit den funktionswesentlichen Bauteilen des Gleitstücks nach Figur 7,

Fig. 9:

eine Seitenansicht nach Figur 7 und 8 mit der Führungsschiene im Querschnitt und dem in die Führungsschiene eingeführten Gleitstück,

Fig. 10:

das Gleitstück nach Figur 7 bis 9 in einer durch das Sicherungselement gesicherten Endmontagestellung in perspektivischer Darstellung der Erfindung,

Fig. 11:

das Gleitstück nach Figur 1 ohne weitere Beschlagbauteile in einer perspektivischen Ansicht nach der Erfindung,

Fig. 12:

das Gleitstück nach Figur 11 in einer umgedrehten perspektivischen Ansicht nach der Erfindung,

Fig. 13:

ein zweites Ausführungsbeispiel des Gleitstücks in einem Vormontagezustand mit einem am Ausstellarm angeordneten Zapfen und einer Führungsschiene, sowie einem in der Führungsschiene angeordneten zweiten Gleitstück in einer Vorderansicht der Erfindung,

Fig. 14:

eine Seitenansicht des Gleitstücks nach Figur 13 mit einem Ausstellarm und einer Führungsschiene angeordneten zweiten Gleitstück,

Fig. 15:

das Gleitstück nach Figur 13 und 14 mit einem am Ausstellarm angeordneten Zapfen, einem in der Führungsschiene angeordneten zweiten Gleitstück und einer Führungsschiene in einer durch das Sicherungselement gesicherten Endmontagestellung in einer Vorderansicht der Erfindung und

Fig. 16:

das Gleitstück nach Figur 13 und 14 mit einem am Ausstellarm angeordneten Zapfen, einem in der Führungsschiene angeordneten zweiten Gleitstück und einer Führungsschiene durch das Sicherungselement überdeckende Lage vorliegenden Endmontagestellung in einer Vorderansicht der Erfindung.

Show it:

Fig. 1:

A first embodiment of a slider with a guide rail and a pin arranged on the extension arm in a perspective view according to the invention in a preassembled state,

Fig. 2:

a plan view with the functionally essential components of the slider after FIG. 1 .

3:

the slider after Figure 1 to 2 in a perspective view with a sliding element,

4:

the slider after FIG. 1 in a further perspective view with a arranged in the guide rail second slider,

Fig. 5:

a plan view with the functionally essential components of the slider and a second slider after FIG. 4 .

Fig. 6:

a side view after FIGS. 4 and 5 with the guide rail in cross-section and the slider inserted into the guide rail,

Fig. 7:

the slider after Figure 1 to 6 with a pin arranged on the stay, a guide rail in a secured by the securing element final assembly position in perspective view of the invention and

Fig. 8:

a plan view with the functionally essential components of the slider after FIG. 7 .

Fig. 9:

a side view after FIGS. 7 and 8 with the guide rail in cross-section and the slider inserted into the guide rail,

Fig. 10:

the slider after FIGS. 7 to 9 in a secured by the securing element final assembly position in perspective view of the invention,

Fig. 11:

the slider after FIG. 1 without further fitting components in a perspective view according to the invention,

Fig. 12:

the slider after FIG. 11 in an inverted perspective view according to the invention,

Fig. 13:

A second embodiment of the slider in a pre-assembly with a arranged on the extension arm pin and a guide rail, and arranged in the guide rail second slider in a front view of the invention,

Fig. 14:

a side view of the slider after FIG. 13 with a stay arm and a guide rail arranged second slider,

Fig. 15:

the slider after FIGS. 13 and 14 with a pin arranged on the stay, arranged in the guide rail second slider and a guide rail in a secured by the securing element final assembly position in a front view of the invention and

Fig. 16:

the slider after FIGS. 13 and 14 with a arranged on the extension arm pin, arranged in the guide rail second slider and a guide rail through the fuse element overlapping position present final assembly position in a front view of the invention.

Identical components are provided below with the same reference numerals.

In the Fig. 1 to 16 embodiments of a slider 1,100,200 are shown according to the invention, which includes a kraftbeaufschlagtes securing element 3,103 and cooperates with a arranged on the extension arm 9 of a wing fitting pin 11 on the wing.

The after Fig. 1 to 16 on the extension arm 9 arranged pin 11 in turn has at its free end a conical Andrehung 30 and is provided at a distance below this with a circumferential groove 31.

About the pin 11 of the stay 9 is hinged to a slider 1,100 and / or 200 in the direction of a control axis 6, wherein the slider 1,100 and / or 200 in an attachable to the frame of a window or a door C-shaped undercut profile 4 of a guide rail. 5 by a resulting opening 10,10 'through which the slider 1,100 and / or 200 is connected to the wing located on the extension arm 9 of the fitting can be introduced. Once the slider 1,100 and / or 200 has reached the longitudinally displaceable engaging position in the guide rail 5, the slider 1,100,200 is guided by transverse to the adjusting axis 6 extending guide surfaces 7,7 'one hand and on the other hand secured by the operative connection with the pin 11 sicher. An independent disassembly of the slider 1,100 and / or 200 is prevented by entering the fixed connection with the pin 11. In extension of the guide surfaces 7,7 'are at right angles webs 8,8' arranged that support the slider 1,100 and / or 200 perpendicular to the adjusting axis 6, but also lead simultaneously.

Due to structural measures, the slider 1,100 and 200 can be inserted into the guide rail 5 in the known manner from an open end 10 '. According to the new inventive concept, it is also possible the slider after Fig. 1, 2 and Fig. 13, 14th to introduce from the opening 10, which automatically results in longitudinal displacement to connect the arranged in the guide rail 5 slider 1, 100 with the located on the wing extension arm 9 of the fitting 13 via the pin 11. Thus, in an advantageous manner, the slider 1,100 in the guide rail 5 even after installation of the window or door in the profile groove 4 mount without additional effort, with connection of the wing fitting parts through the pin 11 an effective backup on a slider 1,100 arranged fuse element 3,103 to the component connection of the slider 1,100 forms. An automatic disassembly after Fig. 7, 8 and Fig. 15, 16 of the slider 1,100 is prevented by the connection with the pin 11.

The guide rail 5 follows Fig. 1 . 10 and Fig. 14 the undercut profile groove 4 and comprises transversely to the adjusting axis 6 extending guide surfaces 7,7 ', which serve as a support base for the guidance of the slider 1,100 parallel to the adjusting axis 6. In order to secure the load transfer by the slider 1,100 or else by additional mounting of the slider 1,100 in systems of windows or doors with already existing slider 200 after FIG. 4 to 6 and Fig. 13 to 16 To increase, the slider 1,100 is designed so that the fuse element 3,103 fixed in the functional position of the fitting 13, the pin 11 between one of the guide rail 5 and the extension arm 9 forming distance 14 in a positive and / or non-positive connection. In addition, the slider 1,100 is slidably secured in the final assembly position with the fitting 13 in a possible longitudinal displacement in the guide rail 5, so that the fitting 13 is guided with the slider 1,100 simultaneously with a possible displacement of the wing. Thus, the slider 1,100 is universally usable due to its shape individually or in combination with existing sliders, for example, with a slider 200 according to special requirements for upgrading.

The slider 1,100 consists of two support plates 2,2 '; 102,102 ', which form a structural unit by a locking device 15,101 in functional final assembly position 18,105 of the fitting 13 and are secured against automatic disassembly. The low component cost of the slider 1,100 causes a cost-effective in its production variant that functionally meets all the requirements of the component and thus the entire fitting 13.

To connect and secure the fitting 13 with the slider 1,100 is after Fig. 11, 12th and Fig. 13 on at least one support plate 2,102,102 'the fuse element 3,103 arranged. The distance 14 between the outer edge of the guide rail 5 and the extension arm 9 is dimensioned larger than the thickness of the support plates 2,2 '; 102,102 'in the region of the securing element 3,103. Thus, with little play, the securing element 3,103 of the slider 1,100 easily assembled by manual operation without effort. Furthermore, so unnecessary frictional resistance and running tracks between the support plate 2,2 '; 102, 102 'and the outer edge of the guide rail 5 is avoided. Already arranged in the guide rail 5 sliders 200 remain ignored even after assembly of the mounted sliders 1,100 and supportive of the additional mounted sliders 1,100 as load transfer.

The support plate 2,2 '; 102,102 'has on the end pointing to the stay 9 9 of the adjusting axis 6 of the pin 11 on the outside a bend 17,104, which covers the stay 9 in the final assembly position 18,105.

The overlap by the bend 17,104 is particularly advantageous if the fuse element 3,103 secures the pin 11 by positive or non-positive connection only in the direction of displacement and not perpendicular to the guide rail 5 and the adjusting axis 6 of the pin 11, so that a lifting of the stay 9 is possible, but is avoided by the overlap. This type of execution for securing the fitting 13 finds particular application in windows or doors that are already in use with available from the prior art Gleitstückvarianten.

In order to mount the slider 1,100 particularly easily without changing the component in a variety of variants of a window or door with or without available Gleitstückvarianten example, the slider 200, it is particularly advantageous if the slider 1,100 after Fig.7, 8 . 15, 16 in final assembly position 18,105 a longitudinally displaceable in the guide rail 5 and connected to the arranged on the stay arm 9 of the fitting 13 pin 11 11,100 the respective open spaces almost covered. The overlap of the slider 1,100 bridges the dimension of the existing slider 200 to obtain at the respective ends of the existing slider 200 has a rear grip in the profile groove 4 of the guide rail 5. In addition, the part of the bridging is used to provide the securing element 3,103 and in the region of the pin 11.

After a first variant after Fig.1, 2 of the slider 1, the support plates are 2,2 'scissor-like connected to each other via a pin-rivet 19, wherein in scissors opening position, that is, by a 90 ° angle, the respective T-shaped free ends 21,21' of the support plates 2,2 'in the Opening 10 of the guide rail 5 are inserted and by turning about the axis of rotation of the pin rivet 19 in the 180 ° final assembly position 18 after Fig.7, 8 behind the guide surfaces 7,7 'of the guide rail 5 and the slider 1 occupies the longitudinally displaceable position.

The securing element 3 of the slider 1 is after 11, 12 arranged on the support plate 2,2 '. The securing element 3 has for this purpose on the outer edge of the support plate 2,2 'on two sides of a cut integrally formed inlet slopes 22, which simplify the shrinkage of the pin 11. This is followed by locking lugs 23, which form the transition of a circular recess 24, wherein in the final assembly position, the recess 24 is aligned coaxially with the adjusting axis 6 of the pin 11. With the circular recess 24, the pin 11 is covered almost completely and accurately, so that not only a secure connection of the slider 1 to the fitting 13 is achieved, but also unnecessary jerky movements caused by play between the coupling points are avoided.

According to the first embodiment of the Fig. 11, 12th the latching device 15 consists of an angled collar 26 of the first support plate 2, which is arranged on the opposite free end 25 of the T-shaped free end 21, and one of the second support plate 2 'at the same distance, starting from the axis of rotation of the pin -Nietverbindung 19 to the collar 26 arranged ramps 27 with a recess 28. Due to the nature of the configuration of the collar 26 engages the transition of the ramps 27 under slight bias in the recess 28 and ensures a secure fit in the Final assembly position 18. Furthermore, the locking device 15 is made without further component complexity, which is particularly cost effective on the slider 1. By connecting the pin 11 with the slider 1, a mutual displacement of the support plates 2,2 'is no longer possible. In addition, the slider 1 is replaced by the telescoping its dimensional stability.

In order to achieve good sliding properties and to achieve a dimensionally accurate construction, resulting in low operating noise and manufacturing costs, the slider 1 is after Fig. 3 at the respective T-shaped free ends 21,21 'of the support plates 2,2' on the side to the guide surfaces arranged sliding elements 29, which preferably consist of a plastic material. With the adaptation of the T-shaped free ends 21,21 'of the support plates 2,2' with the profile groove 4, the slider 1 is also limited in the degree of movement in the non-relevant of the window or the door unloaded direction to jerky movements of the possible Slider 1 to avoid. Furthermore, the sliding elements 29 form exclusively the function of the sliding property of the slider.

The second variant after the Fig. 13 to 16 of the slider 100 is ensured when the support plates 102, 102 'are U-shaped in cross-section to the longitudinal central axis and the resulting free legs 109,109' overlap in final assembly position 105 in the region of the pin 11 in sections. The U-shaped configuration allows a configuration which can also be introduced into the opening 10 of the guide rail 5, which is adapted to the geometry of the profile 4 and restricts the degree of movement in the non-relevant of the window or the door unloaded direction to possible jerky movements of the slider 100 to avoid. Furthermore, the free legs 109,109 '; 110,110 'in an advantageous manner to simplify the assembly of the slider 100. The free leg 109,109 ', which can also be referred to as a clip-type assembly aid; 110,110 'are resilient due to the design and are mounted under a slight bias.

The elastically deformable portion of the support plates 102,102 'after Figure 13 acts in particular when the support plates 102,102 'are inserted separately from each other in the opening 10 of the guide rail 5, wherein the guide surfaces 7,7' of the guide rail 5 are supported behind and by sliding into each other via a locking device 101 within the guide rail 5, the slider 100 as forming a component forming the longitudinally displaceable position and thus the final assembly position 105. By connecting the pin 11 with the slider 100, a mutual displacement of the support plates 102,102 'is no longer possible. In addition, the slider 100 is replaced by the telescoping its dimensional stability.

Simple in construction and in handling for assembly is after Fig.15, 16 in that the latching device 101 has latching lugs 107 angled on the free limbs 109, 109 'of the U-shaped support plate 102 and corresponding recesses 108 are provided on the free limbs 110, 110' of the support plate 102 ', wherein after a latching action the slider 100 is designed as a whole is.

It is particularly advantageous that a disassembly of the slider 1,100 after releasing the positive and / or non-positive connection from the opening 10 of the guide rail 5 is possible. Even changing the slider 1.100 in the already installed state is possible on the basis of the foregoing features without additional work and without further processing on the guide rail 5.

It is also advantageous that the slider 1,100 of two, for example, by latching interconnected parts, namely the support plates 2,2 '; 102,102 ', so that the slider 1,100 can be decoupled in both the right and left hinged Ausstellarm 9.

The support plates 2,2 '; 102,102 'are preferably made of a metallic strip material, which in the final assembly position 18,105 the slider 1,100 forming along the profile groove 4 are formed symmetrically and protrude beyond the guide surfaces 7,7' of the guide rail 5. As a whole, the support plates make up 2,2 '; 102,102 'a direct fixing connection of the fuse element 3,103 with the fitting, resulting in a large hold even at high load, which increases the life and the load of the slider 1,100,200 and thus of the fitting 13.

It should also be mentioned that the slider 1,100 is formed symmetrically in the synopsis to its longitudinal center plane and on both sides next to the pin 11 an arrangement has been made so that the locking connection between the pin 11 and the slider 1,100 can be disengaged, regardless of whether the stay 9 struck right or left.

In the known from the prior art slider 200, the predetermined position of the bearing bore for an uncomplicated insertion of the pin 11 via the conical Andrehung 30 of the pin 11, wherein corresponding bending spring rods are pressed apart and then snap into the circumferential groove 31 of the pin 11 locking. Thus, the compound receives a backup both in the longitudinal direction of the guide rail 5 and in the direction of the adjusting axis 6 of the pin 11. A second not shown in the figures circumferential groove on the pin 11 in the region of the distance 14 also causes a positive connection of the slider 1,100 as in the preceding described features of the slider 200 with the fitting 13. A solution with two circumferential grooves on the pin 11 is conceivable as such, so that you can do without the result on the bend 17,104 on the support plate 2 ', 102, since with this positive locking also a backup in the direction of the adjusting axis 6 is given against the falling out of the stay 9. It is also possible that the securing element 3,103 has a frictional connection and is secured accordingly.

The variants described above have the significant advantage that the marking of the securing position of the slider 1,100 is made visible due to the example scissor-like design and the arrangement of the fuse element outside the guide rail 5 of the slider 1,100. It is also after Fig.1, 2 the slider is shown at an angle in pre-assembled position. The angle can be for example 90 °. If one closes the tilted wing with such a rotated slider, the ends of the support plates 2,2 'abut against the wing before reaching the Kippschließstellung. As a result, a connection still to be secured is thus displayed or the connection still to be secured is automatically transferred to a final assembly position of the slider 1 when the tilt-lock position is reached. Furthermore, the embodiment allows 4 to 6 and Fig. 13 to 16 with two guards 1 and 200 or 100 and 200 a higher load transfer, so that even windows or doors with high weight can be retrofitted during assembly or even. LIST OF REFERENCE NUMBERS 1 slide 2,2 ' support plate 3 fuse element 4 profile groove 5 guide rail 6 adjusting axis 7,7 ' guide surface 8,8 ' web 9 out arm 10.10 ' opening 11 spigot 12 width 13 fitting 14 distance 15 locking device 16 The End 17 bend 18 final assembly position 19 Tang rivet 20 Scissors open position 21.21 ' free end 22 run-in slope 23 locking lug 24 recess 25 free end 26 collar 27 approach ramp 28 recess 29 Slide 100 slide 102,102 ' support plate 103 locking device 104 bend 105 final assembly position 106 section 107 locking lugs 108 recess 109.109 ' free thighs 110 free thighs 200 slide 201 open space 202 open space

Claims (10)

1. Fitting for a window or a door, comprising at least one guide rail (5) and a sliding component (1, 100) guided in an undercut profile groove (4) of the guide rail (5) which can be displaced longitudinally along an adjustment axis (6), whereby the profile groove (4) comprises guide surfaces (7, 7') extending perpendicular to the adjustment axis (6), said surfaces serving as a support base for guiding the sliding component (1, 100) parallel to the adjustment axis (6), whereby in an extension of the guide surfaces (7, 7') struts (8, 8') arranged at a right angle support the sliding component (1, 100) to the adjustment axis (6) and the sliding component (1, 100) can be inserted through the opening (10, 10) arising in the guide rail (5), whereby the sliding component (1, 100) is connected by means of a securing member (3, 103) to a pin (11) arranged on an opening-out arm (9), on the window casement or door leaf, of the fitting (13), characterised in that
   the securing member (3, 103) in the function-ready position of the fitting (13) fixes the pin (11) in a space (14) formed between the guide rail (5) and the opening-out arm (9) in a form-fitting or force-fitting connection, whereby the sliding component (1, 100) is secured to the fitting (13) so that it can be displaced in the event of a possible longitudinal displacement in the guide rail (5).
2. Fitting according to claim 1,
   characterised in that
   the sliding component (1, 100) comprises two supporting bases (2, 102, 2', 102') which form a unit by a snap-in device (15, 101) in a function-ready final installation position (18, 105) of the fitting (13) and are secured against self-acting de-installation.
3. Fitting according to claims 1 to 2,
   characterised in that
   the securing member (3) is arranged on at least one supporting base (2, 102, 2', 102) and the space (14) is designed to be larger than the thickness of the supporting bases (2, 102, 2', 102') in the area of the securing member (3, 103).
4. Fitting according to claim 2,
   characterised in that a supporting base (2, 102, 2', 102') on the end (16), pointing to the opening-out arm (9), of the adjustment axis (6) of the pin (11) has a bend (17, 104) on the outside which covers the opening-out arm (9).
5. Fitting according to one of claims 1 to 4,
   characterised in that
   with the sliding component (1, 100) in the final installation position (18, 105), a sliding component (200) which can be longitudinally displaced in the guide rail (5) and connected to the pin (11) arranged on the opening-out arm (9) of the fitting (13) almost covers the particular free surfaces (201, 202).
6. Fitting according to claim 2,
   characterised in that
   the supporting bases (2, 2') of the sliding component (1) are connected to each other scissor-like by means of a pin rivet connection (19), wherein in the open-scissor position (20), the in each case T-shaped free ends (21, 21') of the supporting bases (2, 2') can be inserted in the opening (10) of the guide rail (5) and, by turning around the axis of rotation of the pin rivet connection (19) into the 180° final installation position (18), the guide surfaces (7, 7') engage behind the guide rail (5) and the sliding component (1) goes into the secured position which can be longitudinally displaced.
7. Fitting according to claim 1,
   characterised in that
   the securing member (3) is arranged on the supporting base (2), consisting of lead-in chamfers (22) formed on the outer edge, with subsequent snap-in noses (23) and a subsequent circular recess (24), wherein in the final installation position, the recess (24) is oriented coaxially to the adjustment axis (6) of the pin (11).
8. Fitting according to claim 2,
   characterised in that
   the snap-in device (15) consists of an angled collar (26) of the first supporting base (2), said collar being arranged on the turned-away free end (25) of the T-shaped free end (21), and of a recess (28) arranged on the second supporting base (2') at an equal distance from the axis of rotation of the pin rivet connection (19) to the collar (26) with approach chamfers (27).
9. Fitting according to claim 2,
   characterised in that
   the supporting bases (102, 102') are made U-shaped in cross-section to the longitudinal central axis and the arising free branches (109, 109', 110, 110') in the final installation position (105) overlap in sections in the area of the pin (11), whereby the supporting bases (102, 102') have an elastically deformable section (106) of the sliding component (100), whereby the supporting bases (102, 102') can be inserted into the opening (10, 10') of the guide rail (5) separately from each other and the guide surfaces (7, 7') engage behind the guide rail (5) as supports and, by pushing them into each other by means of a snap-in device (101) inside the guide rail (5), the sliding component (100) goes into a position which can be displaced longitudinally and thus the final installation position (105).
10. Fitting according to claims 2 to 9,
    characterised in that
    the snap-in device (101) has on the free branches (109, 109') of the U-shaped supporting base (102), angled snap-in noses (107) and on the free branches (110, 110') of the supporting base (102'), corresponding recesses (108) are provided, whereby after a snap-in operation, the sliding component (100) is made into a single unit.

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