EP1635019B2 - Fitting assembly for a window, a door or the like - Google Patents

Abstract

Mounting comprises a connecting rod element (2) having recesses (4) and mounting parts (13, 20) having catches (14, 21) protruding into the recesses. The connecting rod element and the catches are held by the side section of a C-shaped guide. Preferred Features: The thickness of the catches corresponds with the thickness of the connecting rod element. A cross-guiding element (7) is mounted with the connecting rod element in the C-shaped guide.

Description

The invention relates to a fitting arrangement of a window, a door or the like according to the preamble of claim 1.

The document EP 0 208 993 A discloses a fitting assembly according to the preamble of claim 1.

Fitting arrangements are often arranged at the fold side in the case of a window or a door or the like. As a result of such fitting arrangements, forces or movements introduced by a control element must generally be transferred to fitting parts along the fold of the window or the door. Thus, it is known to mount a fitting arrangement on a wing or a fixed enclosure of the window or the door, wherein a guide is fixedly arranged on the wing or the fixed enclosure and a push rod element is movable relative to this guide. The push rod element is guided in or on the guide. On the push rod element one or more fitting parts are arranged through which a certain function is performed. Depending on the function, a plurality of fitting parts must be arranged on the push rod element and coupled with it in motion. For this purpose, it is known, for example, to screw fitting parts on the push rod element. This is associated with a considerable installation effort.

Object of the present invention is to provide a fitting assembly that can be mounted with little use of tools.

This object is achieved by a fitting arrangement of the type mentioned, in which both the push rod element and the nose of at least one leg portion of the legs are engaged behind. This means that the fitting part does not have to be connected directly to the push rod element. It may sit relatively loosely in or on the push rod member during assembly or assembly of the fitting assembly. In particular, the fitting part can be inserted with its nose in the recess. The fitting is held in the assembled state by the guide on the push rod element. The fitting is simply placed for mounting on the push rod element, so that the nose protrudes into the recess and is inserted together with the push rod element in the guide. After insertion into the guide, the fitting is held by the legs of the guide. This makes a tool-free installation possible. The fitting part is arranged captive on the push rod element. Characterized in that the nose protrudes into the recess, the push rod member and the fitting part are also movement coupled.

The cross-sectionally C-shaped guide may be formed as a C-profile. Alternatively, it is conceivable that the cross-sectionally C-shaped guide is designed in several parts. In particular, it can be composed of two profiles which are U-shaped in cross-section. It is also conceivable to provide a fitting part as a guide which has at a distance from the groove bottom of the groove flanks protruding webs, which form the legs of the guide.

The push rod member is typically between two end positions, i. movable in limits along the guide. It may therefore be sufficient not to form the legs completely along the guide, but to provide them only in those areas as leg sections in which the fitting parts are moved along the guide. In other words, this means that it must be ensured that the lugs are held in engagement with the recesses in all possible movements of the push rod element.

The strength of the nose preferably corresponds approximately to the strength of the push rod element. In particular, the thickness of the nose and a rear engagement portion of the push rod member are tuned approximately to the groove-like recess of the cross-sectionally C-shaped guide. Thus, the push rod member and the fitting part can be arranged substantially free of play in the guide.

In the preferred embodiment of the invention it is provided that the dimensions of the nose are adapted to the recess. As a result, the fitting part in the direction of movement of the push rod element, i. in the axial direction, arranged without play. It can be provided differently sized recesses for different noses different fittings. This can ensure that a certain fitting part can be arranged only at the right place of the push rod element. As a result, the assembly of the fitting arrangement is facilitated. In particular, the lugs can be arranged accurately in the recesses.

In a particularly preferred embodiment, a cross slide guide element may be provided which is mountable together with the push rod element in the C-shaped guide.

As a rule, a cross slide guide element must be stationary, in particular stationary with respect to the guide. This means that the push rod element must be displaceable relative to the cross slide guide element. The cross slide guide element and the push rod element separately mounted in or on the guide, proves to be difficult. The assembly can therefore be simplified if the cross slide guide element and the push rod element can be mounted together, since the cross slide guide element can be arranged properly prior to final assembly with respect to the push rod member.

In a further development can be provided that the cross slide guide element is arranged with a holding portion behind the push rod element, can be fastened to the guide and engages with at least one guide means for a transverse slide a passage opening of the push rod element. In particular, in this development, it is clear that it is advantageous to mount the cross slide guide element together with the push rod element. The cross slide guide element is arranged with a holding portion behind the push rod element. This means that in the assembled state, the holding portion between the push rod member and the C-shaped guide is arranged. The push rod element preferably has a slot through which the guide means projects. This ensures that the push rod element is movable relative to the cross slide guide element.

A particularly simple assembly results when the cross slide guide element is clipped into the at least partially cross-sectionally C-shaped guide. This means that the cross slide guide element can be introduced together with the push rod element and one or more fitting parts in the C-shaped guide. Subsequently, the cross slide guide element can be attached in a simple manner to the C-shaped guide, in which it is simply clipped into corresponding Klipsaufnahmen. For this purpose, e.g. only a force on the cross slide guide element perpendicular to the extension of the guide necessary.

The assembly is further simplified if the cross slide guide element has an alignment aid for alignment with respect to the push rod member during assembly of the fitting assembly.

In an advantageous embodiment, it can be provided that the alignment aid cooperates with a corresponding alignment aid of the push rod element and forms a displacement safety device in order to prevent unintentional axial displacement of the transverse slide guide element with respect to the push rod element during assembly. When assembling the assembled assembly, for example, on a wing of a window, the anti-displacement prevents a displacement of the push rod member relative to the guide because of the fixed cross slide guide element.

If the alignment aids cooperate in such a way that they form a displacement safety device, the problem arises that after assembly the push rod element is immovable with respect to the transverse slide guide element. However, for the proper functioning of the fitting arrangement, it is necessary that a relative movement of the two building elements to each other is possible. Therefore, it is advantageous if the anti-displacement device is destructible, in particular one of the alignment aids is designed to be sheared off. The alignment aid is stable enough to ensure the mutual alignment of the components during assembly. By a corresponding force entry, the anti-slip device can be solved. In a particularly simple manner, the anti-displacement device can be released when the alignment aid is removed. For this purpose, it can be designed, for example, as shear-offable or with a predetermined breaking point. For example, the alignment aid may be formed as a pin which projects into a trained as a recess alignment aid of the push rod member, and which is sheared by a movement of the push rod member.

It is particularly preferred if a transverse slide is provided, which is held on a sliding member designed as a longitudinal member and a control pin on the push rod element. In this case, the cross slide preferably has guide means, which are guided by corresponding guide means of the cross slide guide element. The cross slide is thereby displaced obliquely to the direction of movement of the push rod element. Through the transverse and longitudinal slide can be a longitudinal movement of the push rod in a transverse movement of the cross slide implement. For this purpose, a control slot is formed in the cross slide or in the longitudinal slide, in which the control pin is guided. The control pin is fixed to the slider which has no control slot. About the control pins of the longitudinal and transverse slides are connected or held together, so that it is sufficient to arrange the longitudinal slide captive on the push rod element. In particular, the longitudinal slide may be a fitting part which has a nose which projects into a corresponding recess of the push rod element. At the cross slide sealing elements of a seal assembly can be arranged so that the fitting assembly for controlling the seal assembly can be used to selectively open a gap between the window or door and a fixed enclosure for air passage or to close against air passage.

Advantageously, the cross slide and / or the longitudinal slide on an orientation aid. The control slot in the cross slide or the longitudinal slide can be formed asymmetrically depending on the application. In order to ensure the correct installation, a mark can be provided, which indicates to the fitter how to properly install the longitudinal slide or the cross slide.

If at least a slider or a carriage are fastened to the at least partially cross-sectionally C-shaped guide, the fitting arrangement can be used particularly easily in sliding doors. In this case, the carriage may be provided at the bottom end of the window or the door and the slider at the top.

There are several ways to attach the carriage or the slider. It is particularly advantageous if the carriage or the slider is screwed or clipped to the guide. When verklipsung the fitting arrangement can largely be assembled without tools. However, even when the carriage or slider is bolted to the guide, the use of tools in assembly of the fitting assembly is minimized. In particular, it can be provided that the slider and the carriage are each secured only with a screw.

It is particularly preferred if a corner deflection is provided, which is connected to the push rod element. In particular, if the fitting arrangement is used in a sliding door which has a controllable sealing arrangement in the horizontally extending fold area, a movement introduced on a control element often has to be transferred to the fitting arrangement for controlling the seal arrangement, the operating element being attached, for example, to a vertical bar of the door. or window sash is arranged. A movement introduced there can be transmitted in a particularly simple manner via a corner drive to a fitting arrangement arranged in or on a horizontal spar of the door or window sash.

In a particularly advantageous embodiment of the invention, a plurality of assemblies are provided, wherein at least one assembly has an at least partially cross-sectionally C-shaped guide and a push rod member and the push rod element is coupled in motion with a push rod element of an adjacent module. By this measure, a material savings can be achieved. For example, the C-shaped guide does not have to extend along the entire width of the window or door. It is sufficient to provide a guide at the places where fitting parts are necessary. Assemblies can be assembled for different purposes and locations, with different assemblies can use the same or similar components. In particular, end assemblies may be provided in the corner regions of the window or the door and for bridging larger distances between the end assemblies may be provided intermediate modules, wherein the push rod elements of the assemblies are coupled in motion via connecting elements.

Fig. 1a

eine perspektivische Ansicht eines Schubstangenelements und eines Querschieberführungselements einer Baugruppe einer Beschlaganordnung vor der Montage der Baugruppe;

Fig. 1b

einen Montageschritt bei der Herstellung der Beschlaganordnung, wobei das Querschieberführungselement an dem Schubstangenelement angeordnet ist;

Fig. 1c

die Beschlaganordnung mit an dem Schubstangenelement angeordnetem Verbinder und Querschieber;

Fig. 1d

eine Darstellung zur Verdeutlichung der Montage des Schubstangenelements zusammen mit weiteren Beschlagteilen in einer im Querschnitt C-förmigen Führung;

Fig. 1e

eine Darstellung zur Verdeutlichung der Montage eines Gleiters;

Fig. 1f

eine Draufsicht auf die Rückseite der im Querschnitt C-förmigen Führung zur Verdeutlichung der Montage des Gleiters;

Fig. 1g

die fertigmontierte Baugruppe der Beschlaganordnung;

Fig. 2a

eine Ansicht einer Baugruppe einer Beschlaganordnung zur Darstellung der Montage eines Laufwagens;

Fig. 2b

eine perspektivische Draufsicht auf die Rückseite der Baugruppe zur Darstellung der Montage des Laufwagens;

Fig. 2c

eine Ausführungsform einer Baugruppe einer Beschlaganordnung;

Fig. 3a

ein Schubstangenelement und ein Querschieberführungselement einer Baugruppe einer Beschlaganordnung vor der Montage;

Fig. 3b

das auf das Querschieberführungselement aufgesetzte Schubstangenelement;

Fig. 3c

einen Querschieber und einen Längsschieber vor der Anordnung des Querschiebers an dem Querschieberführungselement;

Fig. 3d

den an dem Querschieberführungselement angeordneten Querschieber;

Fig. 3e

die Anordnung der Fig. 3d mit zwei daran anzuordnenden Verbindern;

Fig. 3f

die Anordnung der Fig. 3d mit daran angeordneten Verbindern;

Fig. 3g

eine Darstellung zur Verdeutlichung der Montage der Anordnung der Fig. 3f in einer im Querschnitt C-förmigen Führung;

Fig. 3h

eine fertigmontierte Mittenbaugruppe einer Beschlaganordnung;

Fig. 4a

eine Darstellung zur Verdeutlichung der Montage einer Eckbaugruppe einer Beschlaganordnung mit einer Eckumlenkung;

Fig. 4b

die Endbaugruppe der Fig. 4a mit daran angeordnetem Querschieber und Verbinder;

Fig. 4c

die Anordnung der Fig. 4b mit einer im Querschnitt C-förmigen Führung;

Fig. 4d

die Anordnung der Fig. 4c mit an der Eckumlenkung angeordnetem Längsschieber;

Fig. 4e

eine Detaildarstellung des Eckbereichs der Eckumlenkung;

Fig. 4f

eine Darstellung der Anordnung der Fig. 4d mit an dem Längsschieber angebrachtem Querschieber;

Fig. 4g

eine perspektivische Ansicht zur Darstellung der Verbindung eines Laufwagens;

Fig. 4h

eine Ansicht einer fertigmontierten Eckbaugruppe einer Beschlaganordnung;

Fig. 5

eine Explosionsdarstellung einer Steuereinheit bestehend aus Längsschieber, Querschieber und Steuerzapfen.

The invention will be explained in more detail with reference to the figures of the drawing. Show it:

Fig. 1a

a perspective view of a push rod member and a cross slide guide element of an assembly of a fitting assembly prior to assembly of the assembly;

Fig. 1b

an assembly step in the manufacture of the fitting arrangement, wherein the cross slide guide element is arranged on the push rod element;

Fig. 1c

the fitting arrangement with arranged on the push rod element connector and cross slide;

Fig. 1d

a representation to illustrate the mounting of the push rod element together with other fitting parts in a cross-sectionally C-shaped guide;

Fig. 1e

a representation to illustrate the assembly of a slider;

Fig. 1f

a plan view of the back of the cross-sectionally C-shaped guide to illustrate the assembly of the slider;

Fig. 1g

the finished assembly of the fitting assembly;

Fig. 2a

a view of an assembly of a fitting assembly for illustrating the assembly of a carriage;

Fig. 2b

a top perspective view of the back of the assembly to illustrate the assembly of the carriage;

Fig. 2c

an embodiment of an assembly of a fitting assembly;

Fig. 3a

a push rod member and a cross slide guide member of an assembly of a fitting assembly prior to assembly;

Fig. 3b

the push rod element mounted on the cross slide guide element;

Fig. 3c

a cross slide and a longitudinal slide before the arrangement of the cross slide on the cross slide guide element;

Fig. 3d

the arranged on the cross slide guide element cross slide;

Fig. 3e

the arrangement of Fig. 3d with two connectors to be placed thereon;

Fig. 3f

the arrangement of Fig. 3d with connectors arranged thereon;

Fig. 3g

a representation to illustrate the assembly of the arrangement of Fig. 3f in a cross-sectionally C-shaped guide;

Fig. 3h

a finished center assembly of a fitting assembly;

Fig. 4a

a representation to illustrate the assembly of a corner assembly of a fitting assembly with a corner drive;

Fig. 4b

the end module of Fig. 4a with cross slide and connector arranged thereon;

Fig. 4c

the arrangement of Fig. 4b with a cross-sectionally C-shaped guide;

Fig. 4d

the arrangement of Fig. 4c with arranged at the corner guide longitudinal slide;

Fig. 4e

a detailed representation of the corner of the corner deflection;

Fig. 4f

a representation of the arrangement of Fig. 4d with attached to the longitudinal slide cross slide;

Fig. 4g

a perspective view illustrating the connection of a carriage;

Fig. 4h

a view of a finished corner assembly of a fitting assembly;

Fig. 5

an exploded view of a control unit consisting of longitudinal slide, cross slide and control pin.

Based on FIGS. 1a to 1g the assembly of an end assembly of a fitting assembly is shown. The illustrated assembly 1 has a push rod element 2, which recesses 3, 4 contains. The push rod element 2 has passage openings 5, 6 formed as elongated holes. At the beginning of assembly, a transverse slide guide element 7 is pushed through the passage opening 6 with a first of two guide means 8, 9. The cross slide guide element 7 is aligned with respect to the push rod element 2 by inserting a detachable alignment aid 10 from behind into an alignment aid 11 of the push rod element 2 designed as a passage opening.

In the Fig. 1b It is shown how the cross slide guide element 7 is arranged on the push rod element 2. In this case, a holding portion 12 of the cross slide guide element 7 is behind or under the push rod element 2. Subsequently, designed as a longitudinal slide fitting 13 is placed, with a nose 14 is inserted into the recess 4 of the push rod element 2. About the nose 14 and the recess 4, the assembled fitting part 13 is coupled for movement with the push rod element 2.

At the fitting 13 is a cross slide 15 via a control pin 16 which is guided in a control slot 17 of the cross slide 15, held. When the fitting part 13 is put in place, guide means 18, 19 formed as pins pass into the guide means 8, 9 formed as guide sleeves. Since the cross slide guide element 7 is already correctly aligned with the push rod element 2 via the alignment aids 10, 11, the nose 14 and the guide means 18, 19 in the assembly readily in engagement with the recess 4 and the guide means 8, 9th

Furthermore, designed as a connector fitting part 20 is placed. The fitting part 20 also has a nose 21, the dimensions of which are adapted to the recess 3.

The cross slide 15 has a notch trained orientation aid 25, which ensures the correct installation of the cross slide 15. This is advantageous in particular in the case of asymmetrical control slot 17.

From the Fig. 1d It can be seen that the entire arrangement consisting of push rod element 2, fitting parts 13, 20, cross slide guide element 7, cross slide 15 and control pin 16 are introduced together in a C-shaped profile formed in cross-section C-shaped guide 28. In the inserted state engage behind the legs 29, 30 of the guide 28, which form a groove-like recess with the guide base 33, rear engagement portions 31 of the push rod member 2 and the lugs 14, 21. The push rod member 2 is formed step-shaped. In particular, the region 32 protrudes upwards beyond the engagement sections 31, so that a sufficiently large intermediate space remains between the region 32 and the base 33 of the guide 28 for the holding section 12 of the cross slide guide element 7.

After insertion into the guide 28, the cross slide guide element 7 can be fastened by clipping into the guide 28. For this purpose, clip portions 34, 35 are provided on the holding element 12, which clip into the associated clip receptacles of the guide 28 by corresponding pressure. If now the push rod element 2 is acted upon in the axial direction 36 with a force and thereby moved, the alignment aid 10 is sheared off. As a result, a relative movement of the push rod element 2 to the cross slide guide element 7 is possible.

The assembly 1 is intended to be used in an upper end region of a sliding door. Therefore, a slider 38 is still mounted. The slider 38 should be arranged stationary with respect to the guide 28. Furthermore, he should not hinder the axial movement of the push rod element 2. Therefore, the trained as a slot 5 passage opening is provided, through which the slider 38 can be inserted with a mounting portion 39. On the rear side, the slider 38 is fastened in the exemplary embodiment via a screw connection 40. To prevent rotation of the slider 38, anti-rotation means, which are designed as pins 41, 42, are provided, which protrude into corresponding receptacles of the guide 28. Via the connector 20, the push rod element 2 with a push rod element of an adjacent module be movably coupled by attaching a connector to adjacent connectors of the two assemblies.

In the FIGS. 2a to 2c Mounting steps for producing an end assembly of a fitting assembly are shown. The assembly 50 is intended for use in the lower end region of a sliding door. Components that correspond to components of the assembly 1 are designated by the same reference numerals. Since the assembly 50 is to be used at the lower end of a sliding door, the slider must be replaced by a carriage 51. The carriage 51 in turn has a mounting portion 52 which projects through the passage opening 5 and can be screwed from behind by means of a screw 40 with the guide 28. A single screw 53 is sufficient, since a rotation of the carriage 51 is excluded. There protrude cones 41, 42 through corresponding openings of the guide 28. Through them, a rotation lock is realized. Since the assembly 50 is an end assembly, a single connector 20 component is sufficient for motion coupling with an adjacent assembly. The control slot 17 is formed differently than in the cross slide 15 of the assembly 1. This is related to the operation of each driven by the cross slide 15 seal assembly.

In the FIGS. 3a to 3h the assembly of a designed as a center assembly of a fitting assembly assembly 60 is shown. For components, the components of Fig. 1 are the same reference numerals are used again. The push rod element 2 has two recesses 3, 3a for lugs 21, 21a of components 20, 20a designed as connectors. Since the module 60 acts as a center module, a push rod element of an adjacent module must be coupled to the push rod element 2 on both sides in each case. Therefore, two components 20, 20a are provided. The adjacent assembly may be another center assembly or an end or corner assembly. Before attaching the control unit, consisting of component 13, cross slide 15 and control pin 16, the cross slide guide element 7 is arranged from the rear of the push rod element 2, wherein the first and second guide means 8, 9 pass through the openings formed as slots 6, 6a. In this case, the alignment aid 10 engages in the alignment 11, so that when applying the control unit, the nose 14 automatically enters the recess 4 when the guide means 18, 19 are inserted into the guide means 8, 9. The entire still loosely assembled arrangement consisting of push rod element 2, components 20, 20a, control unit and cross slide guide element 7 is inserted together in a cross-sectionally C-shaped guide 28, whereby the components 20, 20a and 13 are held captive on the push rod 2.

After insertion of the arrangement, the cross slide guide element 7 is clipped to the guide 28. As a result, the cross slide guide element 7 is held immovably on the guide 28. In this state, the cross slide guide element 7 and the push rod element 2 are immovable relative to one another via the alignment aids 10, 11 which act as a displacement safeguard. This means that the position of the push rod element 2 is fixed. It can not move unintentionally and the components 20, 20a, 13 can not "fall out" because the push rod element 2 can not slip out of the guide 28. Only when the assemblies 60 are mounted, for example, in a fitting part of a sash, the components 20, 20a are connected via a rigid connecting element with an adjacent assembly 60. The displacement protection ensures that when connecting adjacent components 20, 20a of adjacent subassemblies 60, the guide means 8, 9 are arranged centrally in the passage openings 6, 6a. Only when all adjacent formed as a connector components 20, 20a are motion-coupled, the anti-displacement device is destroyed.

In the FIGS. 4a to 4h the assembly of a designed as a corner assembly assembly 70, which can be arranged in the lower corner of a sliding door, is shown. The push rod element 2 is coupled for movement with a corner drive 71. A movement of the push rod member 72, which can be driven via a control handle is transmitted by a flexible push rod member 73 to the push rod member 2, wherein a deflection of the movement takes place from a vertical to a horizontal movement. In the same way as described above, the components 20, 13 and the cross slide guide element 7 are arranged on the push rod element 2. Subsequently, the entire assembly is inserted into a guide 28 ( Fig. 4c ). Then, a longitudinal slide 75 is fastened to a connecting element 74 of the corner drive 71. Since it is not easy to attach a cross slide guide element 7 in the corner region of the corner drive 71, as in the Fig. 4e shown, a guide member 76 disposed in the corner. This guide element 76 engages, as in the Fig. 4f can be seen, in a slot 77 of the cross slide 78 and holds it immobile in the folding longitudinal direction 79. The cross slide 78 is placed on the longitudinal slide 75 and held on this via a control pin, which passes through a through hole 80. The push rod element 2 has a passage opening 5 for receiving the attachment portion of a carriage 51. This is fastened via a screw 40 to the guide 28.

In the Fig. 5 an exploded view of a control device is shown. Trained as a longitudinal slide member 13 has a nose 14. Laterally U-shaped recesses 81, 82 are provided, the make it possible to approach with the component 13 as close as possible to the guide means 18, 19 of the cross slide 15. The guide means 18, 19 are designed as pins, which can engage in corresponding formed as sleeves guide means of the cross slide guide element 7. The component 13 has a control pin receptacle 83 into which the control pin 16 can be inserted. The control pin 16 also passes through a control slot 17 in the cross slide 15. In axially fixed cross slide 15, therefore, a transverse movement of the cross slide 15 is generated by a longitudinal movement of the component 13. At the cross slide 15 sealing elements of a seal assembly can be attached. The longitudinal slide 13 has a bearing surface 84 with which it can rest on the push rod element 2.

Claims (15)

1. Fitting assembly of a window, a door or the like, having a guide (28), which is formed with a C-shaped cross-section at least in portions and which comprises side pieces (29, 30) projecting from the groove flanks at a spacing from the guide bottom (33), having a push rod element (2), which is guided by the guide (28) and at least one fitting part (13, 20, 20a), which is coupled in terms of movement to the push rod element (2), wherein the push rod element (2) comprises at least one recess (3, 4) and the fitting part (13, 20, 20a) comprises at least one projection (14, 21, 21a) projecting into the recess (3, 4), and wherein the fitting part (13, 20, 20a) is coupled in terms of movement to the push rod element (2) via the projection (14, 21, 21a) and the recess (3, 4), characterised in that at least one side piece portion of the side pieces (29, 30) engage(s) behind both the push rod element (2) and the projection (14, 21, 21a).
2. Fitting assembly according to Claim 1, characterised in that the thickness of the projection (14, 21, 21a) corresponds approximately to the thickness of the push rod element (2).
3. Fitting assembly according to Claim 1 or 2, characterised in that the dimensions of the projection (14, 21, 21a) are adapted to the recess (3, 4).
4. Fitting assembly according to any one of the preceding Claims, characterised in that a cross slide guide element (7) is provided which, together with the push rod element (2), can be assembled in the guide (28) with a C-shaped cross-section at least in portions.
5. Fitting assembly according to Claim 4, characterised in that the cross slide guide element (7) is disposed with a retaining portion (12) behind the push rod element (2), can be fastened to the guide (28) and reaches with at least one guide means (8, 9) for a cross slide (15) through a through-opening (6, 6a) of the push rod element (2).
6. Fitting assembly according to Claim 4 or 5, characterised in that the cross slide guide element (7) is clipped into the guide (28) with a C-shaped cross-section at least in portions.
7. Fitting assembly according to any one of the preceding Claims, characterised in that the cross slide guide element (7) comprises an alignment aid (10) for the purpose of alignment relative to the push rod element (2) during assembly of the fitting assembly.
8. Fitting assembly according to Claim 7, characterised in that the alignment aid (10) interacts with a corresponding alignment aid (11) of the push rod element (2) and forms a displacement lock in order to prevent an axial displacement of the cross slide guide element (7) relative to the push rod element during assembly.
9. Fitting assembly according to Claim 8, characterised in that the displacement lock is destructible, with one of the alignment aids (10, 11) in particular being formed such that it can be sheared off.
10. Fitting assembly according to any one of the preceding Claims, characterised in that a cross slide (15) is provided which is retained at the push rod element (2) via a component (13) formed as a longitudinal slide and a control pin (16).
11. Fitting assembly according to Claim 10, characterised in that the cross slide (15) and/or the longitudinal slide (13) comprise(s) an orientation aid (25).
12. Fitting assembly according to any one of the preceding Claims, characterised in that a slider (38) or a carriage (51) is fastened to the guide (28) with a C-shaped cross-section at least in portions.
13. Fitting assembly according to Claim 12, characterised in that the carriage (51) or the slider (38) is fastened, in particular screwed or clipped, to the guide (28).
14. Fitting assembly according to any one of the preceding Claims, characterised in that at least one corner transmission (71) is provided which is connected to the push rod element (2).
15. Fitting assembly according to any one of the preceding Claims, characterised in that a plurality of sub-units (1, 50, 60, 70) are provided, wherein at least one sub-unit comprises a guide (28) with a C-shaped cross-section at least in portions and a push rod element (2), and the push rod element (2) is coupled in terms of movement to a push rod element (2) of an adjacent sub-unit (1, 50, 60, 70).

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