EP3194697B1 - Fitting arrangement - Google Patents

Description

The present invention relates to a fitting arrangement for windows, doors or the like, in particular for plastic windows or plastic doors, with at least one face plate for at least partially covering a fitting groove, which is formed in a glare or sash of the window, the door or the like, at least one closure Element which is movable along a longitudinal extent of the fitting groove between a release position and a locking position, and a transmission which is operable to move the closure element.

Such fitting arrangements are also referred to as edge closures and are used for setting the closed casement on demand associated with the frame. Usually, edge seals are based on the fact that by means of the transmission, the z. B. operable by a handle or lever, a plurality of the sash frame movably mounted closure elements are brought into engagement with associated, attached to the frame closing parts, or conversely on the frame movably mounted closure elements into engagement with associated, attached to the sash closing parts to be brought. The faceplate here serves in general as the outer end of the fitting groove.

The closure elements may for example be attached to a coupled to the transmission drive or locking bar and be displaceable together with this. The faceplate must in this case a suitable recess such. B. have a slot through which the closure element protrude and within which it can be moved. Especially in the area of the recess and the protruding closure element, the forend of the associated glare or sash frame is difficult to clean. In addition, the protruding closure element may encounter when closing the wing against another fitting component, if the seaming air is too low due to manufacturing tolerances.

The EP 2 206 860 A2 discloses a fitting with an extendable locking element which is to be moved together with a drive rod. The drive rod is covered by a fixed faceplate.

It is an object of the invention to provide windows and doors that are easier to clean and to enable more reliable closing of window and door panels.

In a fitting arrangement according to the invention, the faceplate for a displaceable along the longitudinal extension bearing in the fitting groove is formed and the at least one closure element is displaceably mounted in and against an extending transversely to the longitudinal direction of extension on the face-plate. According to the invention, a control mechanism of the fitting arrangement in its assembled state ensures that the closure element firstly actuates the drive section in the extension direction from a position retracted into the face-plate into a position extended from the face-plate and subsequently in the extended state is moved together with the faceplate along the longitudinal extent of the fitting groove to move from the release position to the locking position.

The faceplate is therefore not fixed as usual in the fitting groove, but slidably mounted on this. Likewise, the shutter element, so z. As a locking pin, not together with a covered by the faceplate locking bar, but together with the sliding faceplate. This construction is advantageous in that no screwing the faceplate on the blind or casement is necessary. Since the closure element extends from the faceplate only just before closing, the faceplate of the open wing is free of protruding parts, which gives the window or door in the open state an attractive appearance. In addition, a forend without protruding parts is particularly easy to clean. Another advantage of the invention is that the functionality of the locking mechanism is hardly affected by tolerances of the folding air, since the closure element only extends when the wing is already closed.

Preferably, the closure element is mounted linearly displaceable on the faceplate, in particular by means of a sliding bearing. This allows a particularly simple construction. The closure element can be displaceable along a straight line which runs at right angles or at an angle to the longitudinal extent of the faceplate rail. In principle, however, the closure element may also be displaceably mounted on the cuff rail along a curved and / or angled path.

The closure element can be recessed in the retracted position in the faceplate. The forend is then particularly easy to clean.

In the retracted position, the closure element preferably does not protrude beyond an upper side of the face-plate rail which points outward relative to the fitting groove, so that the face-plate surface looks particularly attractive when the wing is open. In particular, it can be provided that the closure element has a flat end face, which is at least substantially flush with the top of the faceplate when the closure element is in the retracted position. In such an embodiment At the forend neither protruding parts nor exemptions or cavities can be recognized. Rather, there is a uniform, smooth surface.

In order not to impair the smooth appearance of the forend, it is preferred that the faceplate is not covered by any other element of the fitting arrangement. In particular, the faceplate can at least largely cover a fitting groove of the glare or sash frame and form the outer end of the edge closure.

According to one embodiment of the invention, the faceplate on lateral longitudinal edges, which are at least partially engaging behind wall portions of the fitting, which protrude inwardly from two opposite side walls of the fitting groove, are formed. By engaging behind the wall portions of the fitting groove leakage of the faceplate is prevented from the fitting groove in a direction transverse to its longitudinal extent. There are then no separate fasteners for attaching the faceplate on the blind or casement required. The faceplate may be provided at their longitudinal edges with corresponding longitudinal grooves, in which engage the inwardly projecting wall portions of the fitting groove. The faceplate can be inserted into the fitting groove in the manufacture of a window or door to be provided with a fitting arrangement according to the invention from the front side of the corresponding frame spar. From the outside then no screws or rivets on the forend can be seen, which is visually advantageous.

The control mechanism may comprise a slotted guide, which is arranged in the assembled state of the fitting arrangement in the fitting groove and in which the closure element is guided, wherein the slotted guide comprises at least one Ausfährabschnitt which extends obliquely in the mounted state of the fitting arrangement with respect to the longitudinal extent of the fitting groove , The obliquely extending Ausfahrabschnitt sets the sliding movement of the Stulpschiene along its longitudinal extent in a corresponding transverse movement of the closure element to. The obliquely extending Ausfahrabschnitt does not necessarily have to be rectilinear, but z. B. also be curved. A control of the retraction and extension movement of the closure element by means of a slotted guide is simple, robust and reliable.

The slotted guide may comprise a subsequent to the Ausfährabschnitt sliding section, which runs parallel to the longitudinal extent of the fitting groove in the assembled state of the fitting arrangement. Such a displacement section ensures that the closure element travels in the extended state a predetermined path along the length of the faceplate so that z. B. a head of the closure element can retract into a receiving opening of the associated closing part.

The link guide may be formed on a guide member which is formed for insertion into the fitting groove from the front side thereof. This simplifies the manufacture of a window or door to be equipped with a fitting arrangement according to the invention.

In particular, the guide member can be fastened by means of a latching or clip connection in the fitting groove. In the manufacture of windows or doors, first the cover rail, including the closure element mounted on it, is inserted from the end face of the fitting groove into it. Subsequently, the guide member is also nachgeschoben from the front side of the fitting groove ago and clipped. Here, the guide member defining an end stop for the faceplate to secure it at least in an axial direction in the fitting groove.

According to a special embodiment, the closure element is designed as an elongated locking pin whose pin axis extends at least substantially in the extension direction.

The locking pin can in this case have a mushroom head, which is designed for an undercut engagement with a retaining contour of an associated closing part.

A further embodiment of the invention provides that the drive section is drehbetätigbar, wherein the closure element by rotating the drive section starting from a basic position by a first angle of rotation, for example by 45 °, from the retracted position to the extended position movable and by further rotation of the Drive section to a second angle of rotation, for example, by a further 45 °, from the release position into the locking position is movable. For a user, it is thus on demand - z. B. in case of maintenance - possible to extend the shutter element only, but not yet to move into the locked position.

The invention also relates to a window, a door or the like, in particular a plastic window or a plastic door, in which at least one fitting groove is formed, which has two opposite side walls with respective inwardly projecting wall portions, wherein the face-plate inwardly projecting wall portions at least partially engages behind, so that leakage of the faceplate from the fitting groove is prevented in a direction transverse to the longitudinal extent of the fitting groove direction, and with a fitting arrangement as described above. A window, a door or the like with sliding in the fitting groove guided faceplate and retractable in the face plate locking element is insensitive to rabbet tolerances and beyond visually appealing.

Furthermore, the invention relates to a closing part of a fitting arrangement for windows, doors or the like, in particular a fitting arrangement as described above, wherein the closing part is designed for attachment to a window frame or on a sash of the window, the door or the like and a receiving opening for receiving a closure -Elements such as a locking pin, which is slidably mounted on the other component of the frame and sash.

Locking parts of window and door locks are usually designed as a compact blocks or plates, which define a retaining contour for engagement with the corresponding closure element and to be fixed on a side facing away from the retaining contour on the blind or wing frame.

Such protruding closing parts are visually disturbing and complicate the cleaning of the respective blind or sash.

According to the invention the closing part is designed as an elongated rail having a recess forming the receiving opening. An elongated rail blends harmoniously with a fitting groove or on a longitudinal edge of a glare or sash as z. B. a single block. The rail can serve in particular for at least partially covering a fitting groove of the frame or the sash. Since such a closing part on the one hand provides the bolt receptacle and on the other hand covers the fitting groove, it performs a dual function, which is particularly favorable in terms of manufacturing cost.

Preferably, the recess is opened exclusively to a front side of the rail, which is formed in the assembled state of the closing part on the side remote from a forend of the frame or the sash frame side of the rail. Such a configuration is particularly suitable for fitting arrangements with retractable and retractable closure elements, z. B. for fitting arrangements as described above. An exclusively forward facing recess, z. B. a simple hole in a flat front surface, has a more attractive appearance than z. B. a complex holding contour on a stulpseitig projecting component.

A special embodiment provides that the front side of the rail, apart from the recess, defines an at least substantially closed surface. The closed area may in particular be flat or slightly curved. The fitting groove is then covered in the maximum possible way.

It is preferred that the rail in the assembled state extends over at least 50% and preferably over at least 75% of the total length of a fitting groove of the frame or sash and / or that the rail has a total length of at least 30 cm. Contrary to the common in the art principle to perform closing parts as a compact blocks or plates, it is therefore preferable to design the rail forming the closing part as long as possible, so as to give the forend a more attractive appearance.

According to a further embodiment of the invention, the recess has an insertion portion and a locking portion narrowed relative to the insertion portion. In particular, the recess may be shaped like a keyhole. The mushroom head of a mushroom-shaped closure element can pass through the insertion section transversely to the longitudinal extent of the rail and engage behind the closure part during a subsequent longitudinal displacement into the narrowed locking section. This allows a particularly reliable locking.

The recess can be closed by a movable cover, in particular a pivotable flap. Such a cover improves that Appearance further and also prevents ingress of dirt into the receiving opening.

The movable cover can be biased by a spring device into a closed position, so that the receiving opening is always covered with the wing open. The closure element can automatically press the cover against the spring force during extension.

The closing part can also be divided along its rail longitudinal axis into several, in particular three, separate rail parts. This has proven to be particularly advantageous in terms of design.

Preferably, the closing part has a plurality of recesses which are distributed along its rail longitudinal axis. Thus, a single closure member serves to hold a plurality of fastener elements, thereby reducing manufacturing and assembly costs.

The invention further relates to a window, a door or the like, in particular a plastic window or a plastic door, with a glare or wing frame and with a closing part as described above.

Preferably, the closing part extends over at least 50% and more preferably over at least 75% of the total length of a fitting groove of the blend or sash. In this way, a largely complete coverage of the fitting through the rail-shaped closing part is possible.

It is likewise preferred that the closing part extends over at least 50% and particularly preferably over at least 75% of one side of the glare or sash frame. Because the closing part is designed as a long rail, it extends in a harmonious manner along a side or a spar of a blind or wing frame.

Further developments of the invention are set forth in the dependent claims, the description and the accompanying drawings.

Fig. 1

ist eine perspektivische Teilansicht eines Fensterrahmens, welcher mit einer erfindungsgemäßen Beschlaganordnung versehen ist, wobei sich ein durch die Beschlaganordnung gebildeter Kantenverschluss in einem Freigabezustand befindet.

Fig. 2

zeigt den Fensterrahmen gemäß Fig. 1, wobei sich der Kantenverschluss in einem Verriegelungszustand befindet.

Fig. 3

ist eine perspektivische Ansicht eines Schließteils der in Fig. 1 gezeigten Beschlaganordnung, das zur Befestigung an einem dem Fensterrahmen zugeordneten Blendrahmen ausgebildet ist.

Fig. 4A

ist eine perspektivische Ansicht eines Verschluss-Elements der in Fig. 1 gezeigten Beschlaganordnung unmittelbar vor einem Eingreifen in eine Aussparung des Schließteils gemäß Fig. 3.

Fig. 4B

zeigt das Verschluss-Element gemäß Fig. 4A beim Eingreifen in einen Einführungsabschnitt der Aussparung.

Fig. 4C

zeigt das Verschluss-Element gemäß Fig. 4A in Eingriff mit einem Verriegelungsabschnitt der Aussparung.

Fig. 5A

zeigt die in Fig. 4A dargestellte Anordnung zusammen mit einem Führungsbauteil in einer seitlichen Schnittansicht.

Fig. 5B

zeigt die in Fig. 4B dargestellte Anordnung zusammen mit einem Führungsbauteil in einer seitlichen Schnittansicht.

Fig. 5C

zeigt die in Fig. 4C dargestellte Anordnung zusammen mit einem Führungsbauteil in einer seitlichen Schnittansicht.

The invention will now be described by way of example with reference to the drawings.

Fig. 1

is a partial perspective view of a window frame, which is provided with a fitting arrangement according to the invention, wherein an edge closure formed by the fitting arrangement is in a release state.

Fig. 2

shows the window frame according to Fig. 1 , wherein the edge closure is in a locked state.

Fig. 3

is a perspective view of a closing part of in Fig. 1 shown fitting arrangement, which is designed for attachment to a window frame associated with the frame.

Fig. 4A

is a perspective view of a closure element of in Fig. 1 shown fitting arrangement immediately before engaging in a recess of the closing part according to Fig. 3 ,

Fig. 4B

shows the closure element according to Fig. 4A when engaging in an insertion portion of the recess.

Fig. 4C

shows the closure element according to Fig. 4A in engagement with a locking portion of the recess.

Fig. 5A

shows the in Fig. 4A illustrated arrangement together with a guide member in a side sectional view.

Fig. 5B

shows the in Fig. 4B illustrated arrangement together with a guide member in a side sectional view.

Fig. 5C

shows the in Fig. 4C illustrated arrangement together with a guide member in a side sectional view.

The in Fig. 1 and 2 partially shown window frame 11 comprises two bars 12A, 12B, which abut to form a connecting corner 13 and are interconnected. For example, the spars 12A, 12B can be made of plastic profiles and welded together.

In the forend of the spars 12 each have a fitting groove 14 is formed on the side walls 16 each formed as elongated lugs, inwardly projecting into the fitting grooves 14 wall portions 18 are formed. Due to the perspective view is in Fig. 1 and 2 only one side wall 16 with the associated wall portion 18 of the picture in the vertical beam 12A recognizable. The spars 12A, 12B and the fitting grooves 14 may in particular be designed as in the DE 10 2008 025 444 A1 disclosed.

In the fitting groove 14 of the upper rail 12B in the picture part of a fitting assembly 19 is attached. The fitting arrangement 19 comprises a cuff rail arrangement 21, which in the exemplary embodiment shown is subdivided into three separate cuff rails 23, 24, 25. The three cuff rails 23, 24, 25 are arranged one behind the other along the longitudinal extension L of the fitting groove 14 and form the outer end of the fitting groove 14. That is, on the window frame 11 is not the Stulpschienenanordnung 21 superior or overlapping element of the fitting assembly 19 is mounted.

The cuff rails 23, 24, 25 may each have lateral longitudinal edges, which are designed to at least partially engage behind the inwardly projecting wall sections 18 of the fitting groove 14. In this way, the cuff rails 23, 24, 25 along the longitudinal extent L slidably guided in the fitting groove 14, wherein a leakage of the cuff rails 23, 24, 25 is prevented from the fitting groove 14 transverse to the longitudinal extent L of the fitting groove 14. In the illustrated embodiment, a displaceability is provided only for the two outer cuff rails 23, 25, while the middle cuff rail 24 is immovably seated in the fitting groove 14. A sunk in the window frame 11 arranged and therefore in Fig. 1 and 2 unrecognizable, operable by a handle 26 gear is coupled to the two outer cuff rails 23, 25 and serves to them in opposite directions between the in Fig. 1 shown release position and in Fig. 2 to move shown locking position. Specifically, the handle 26 for actuating the transmission is rotatable about an axis of rotation R and coupled to an unrecognizable drive element of the transmission.

At the left in the picture left faceplate 23 two closure elements 27 are slidably mounted. The direction of displacement V is in this case perpendicular to the longitudinal extent L of the fitting groove 14. At the right in the figure faceplate 25, two shutter elements are mounted in the same way, which in Fig. 1 and 2 however, is not visible. How out Fig. 2 It can be seen that the closure elements 27 are elongate locking pins, whose journal axes each extend in the direction of displacement V and which are further provided with mushroom heads 29.

The fitting assembly 19 also includes a plurality of stationary in the fitting groove 14 arranged guide members 70, one of which in Figs. 5A-5C is shown. The guide components 70 are - separated or in a coupled state together - from the front side of the fitting groove 14 forth inserted into this. The guide components 70 are preferably secured in the fitting groove 14 by means of a latching or clip connection. At the guide members 70 respective guide slots 75 are formed, in which the closure elements 27 by means of in Figs. 5A-5C invisible projections are performed. The guide slots 75 each include a first slide portion 77, an extension portion 79 and a second slide portion 81, which are arranged immediately adjacent to each other in this order. While the first displacement portion 77 and the second displacement portion 81 in the assembled state of the fitting assembly 19 extend parallel to the longitudinal extent L of the fitting groove 14, the Ausfahrabschnitt 79 extends in the mounted state of the fitting assembly 19 obliquely to the longitudinal extent L of the fitting groove fourteenth

In the in Fig. 1 In this state, the closure elements 27 are retracted into the associated faceplate 23, 25, wherein the front sides 35 of the mushroom heads 29 are flush with the front of the fitting groove 14 facing away top 37 of the faceplate 23, 25 are. In other words, the closure elements 27 are completely recessed in the faceplate 23, 25. In this state, the upper fitting groove 14 is completely covered.

When a user starts from the in Fig. 1 As shown state rotates the handle 26 in a clockwise direction, the outer cuff rails 23, 25 pushed away from the handle 26 facing outward. In this case, the projections of the closure elements 27 move from the first displacement section 77 into the extension section 79 (FIG. Figs. 5A-5C ), whereby the closure elements 27 in the direction of displacement V in the in Fig. 2 Move shown extended position. In a further sliding movement of the outer cuff rails 23, 25, the projections of the closure elements 27 then enter the second displacement section 81. While they are moved in this, the closure elements 27 remain extended.

When the cuff rails 23, 25 in the locking position according to Fig. 2 are, due to the distance traveled displacement column 39 between the outer cuff rails 23, 25 and the middle faceplate 24. The column 39 may also be covered if necessary. That in the release order according to Fig. 1 There is no gap in the region of the connecting corner 13, because the end of the outer face-plate rail 23 is received in or covered by a terminating component 33. This end is called bar exclusion 41 ( Fig. 2 ), which extends from the end member 33, when the faceplate 23 moves from the release position to the locking position.

Overall, the guide slots 75 of the guide components 70 form a control mechanism, which ensures that the closure elements 27 in an actuation of the handle 26 first in the direction of displacement V from a retracted into the face-plate 23 in a position extended from the face-plate 23 and then in the extended state together with the faceplate 23 along the longitudinal extent L of the fitting groove 14 are moved.

This in Fig. 3 Locking member 45 shown also belongs to the fitting assembly 19 and is designed for attachment to a frame, not shown, on which the window frame 11 is movably mounted. As shown, the closing part 45 is designed as an elongate rail, which comprises a substantially flat front side 47, two lateral longitudinal edges 48 and a profiled rear side 49. Under the front side 47, that side of the closing part 45 is closed understand, which faces away from the forend of the frame in the mounted state of the closing part 45. By means of the profile elements 51 provided on the rear side 49, the closing part 45 can be inserted or clipped into a fitting groove of the window frame. In the inserted or clipped state, the closing part 45 covers the fitting groove practically completely. In principle, the closing part 45 could also be provided with fastening holes. In this case, it could be fastened directly to a sash or casement using screws or other fasteners, even if it has no fitting groove. The closure member 45 is designed in three parts in the embodiment shown. The two outer parts 53 each have two keyhole-like recesses 55 which serve as receiving openings for the closure elements 27 (FIG. Fig. 1 and 2 ) serve. Specifically, the wider portion of the recesses 55 each forms an insertion portion 57, whereas the narrower portion of the recesses 55 each forms a locking portion 59. Apart from the recesses 55, the front side 47 of the closing part 45 defines a uniform, closed surface.

How out Fig. 5A-C shows, the recesses 55 are each closed by pivoting flaps 60. By means not shown springs, the flaps 60 are each in the in Fig. 5A biased shown closed position.

The following is with reference to the Fig. 4A-4C and 5A-5C explains the operation of the formed by the fitting assembly 19 edge closure. The in Fig. 4A and 5A shown state corresponds to the initial state according to Fig. 1 , As described above, when a user rotates the handle in a clockwise direction from this state, extension of the shutter members 27 in the shift direction V is effected. When the closure elements 27 are extended, their mushroom heads 29 reach the insertion sections 57 of the recesses 55 by pressing the flaps 60 (FIG. Fig. 4B and 5B ). If the projections of the closure elements 27 during further displacement of the cuff rails 23, 25 enter the second displacement sections 81 of the guide slots 75, the closure elements 27 each move in the extended state from the insertion section 57 into the latching section 59 (FIGS. Fig. 4C and 5C ). The mushroom heads 29 engage behind the edges of the locking portions 59, so that as a result the window frame 11 is securely held on the frame.

To open the window frame 11, the user turns the handle 26 from the in Fig. 2 shown position counterclockwise, whereby the two outer cuff rails 23, 25 are pushed toward each other again to the middle faceplate 24 zoom. The mushroom heads 29 of the closure elements 27 initially move in the extended state from the locking position into the release position, wherein they respectively pass from the locking section 59 of the recess 55 into the insertion section 57. Under guidance on the oblique extension section 79 of the guide slot 75, the closure elements 27 then move out of the insertion section 57 counter to the displacement direction V and in this case move into the face-plate rail 23, 25. The relevant flap 60 pivots back into the closed position.

Because the extendable closure elements 27 are mounted on the displaceable cuff rail 23, 25, the cuff of the window frame 11 can be made particularly appealing. Basically, that could be in Fig. 3 shown closing member 45 are also used with closure elements that extend from a drive rod and thereby protrude through a slot in the faceplate.

LIST OF REFERENCE NUMBERS

11

window frame

12A, 12B

Holm

13

joint corner

14

fitting groove

16

Side wall

18

wall section

19

fitting assembly

21

Stulpschienenanordnung

23

outer faceplate

24

middle faceplate

25

outer faceplate

26

Handle

27

Lock member

29

mushroom head

33

final part

35

Front side of the mushroom head

37

Top of the faceplate rail

39

gap

41

Rod-final

45

closing part

47

front

48

longitudinal edge

49

back

51

profile element

53

outer part

55

recess

57

introduction section

59

locking section

60

flap

70

guiding member

75

guide link

77

first displacement section

79

extension leg

81

second displacement section

L

Longitudinal extension of the fitting groove

V

displacement direction

R

axis of rotation

Claims (15)

1. A fitting arrangement (19) for windows, doors or the like, in particular for plastic windows or plastic doors, having at least one cover rail (23, 25) for at least regionally covering a fitting groove (14) which is formed in a frame or in a leaf frame (11) of the window, of the door or the like; having at least one closure element (27) which is movable between a release position and a latched position along a longitudinal extent (L) of the fitting groove (14); and having a gear which can be actuated to move the closure element (27), wherein
   the cover rail (23, 25) is configured for a support in the fitting groove (14) displaceable along the longitudinal extent (L) and the at least one closure element (27) is displaceably supported at the cover rail (23, 25) in and against an extension direction (V) running transversely to the longitudinal extent (L),
   characterized in that
   a control mechanism (75) of the fitting arrangement (19) in an assembled state thereof ensures that, on an actuation of a drive section, the closure element (27) is first displaced in the extension direction (V) from a position retracted into the cover rail (23, 25) into a position extended from the cover rail (23, 25) and is subsequently, in an extended state, displaced together with the cover rail (23, 25) along the longitudinal extent (L) of the fitting groove (14) in order to move from the release position into the latched position.
2. A fitting arrangement in accordance with claim 1,
   characterized in that
   the closure element (27) is linearly displaceably supported at the cover rail (23, 25), in particular by means of a sliding support.
3. A fitting arrangement in accordance with claim 1 or claim 2,
   characterized in that
   the closure element (27) is recessed in the cover rail (23, 25) in the retracted position, in particular with
   the closure element (27) not projecting beyond an upper side (37) of the cover rail (23, 25) facing outwardly with respect to the fitting groove (14) in the retracted position, and in particular with the closure element (27) having a planar end face (35) which is at least substantially in alignment with the upper side (37) of the cover rail (23, 25) when the closure element (27) is located in the retracted position.
4. A fitting arrangement in accordance with any one of the preceding claims,
   characterized in that
   the cover rail (23, 25) is not covered by a further element of the fitting arrangement (19); and/or in that
   the cover rail (23, 25) has lateral longitudinal edges which are configured for an at least regional engagement behind of wall sections (18) of the fitting groove (14) which project inwardly from two oppositely disposed side walls (16) of the fitting groove (14).
5. A fitting arrangement in accordance with any one of the preceding claims,
   characterized in that
   the control mechanism comprises a slot guide (75) which is arranged in a fixed position in the fitting groove (14) in the assembled state of the fitting arrangement (19) and in which the closure element (27) is guided, with the slot guide (75) comprising at least one extension section (79) which extends obliquely with respect to the longitudinal extent (L) of the fitting groove (14) in the assembled state of the fitting arrangement (19), and in particular with the slot guide (75) comprising a displacement section (81) which adjoins the extension section (79) and which extends in parallel with the longitudinal extent (L) of the fitting groove (14) in the assembled state of the fitting arrangement (19).
6. A fitting arrangement in accordance with claim 5,
   characterized in that
   the slot guide (75) is formed at a guide component (70) which is configured for introduction into the fitting groove (14) from its end side, in particular with the guide component (70) being fastenable in the fitting groove (14) by means of a latch connection or a clip connection.
7. A fitting arrangement in accordance with any one of the preceding claims,
   characterized in that
   the closure element (27) is configured as an elongate latch pin whose pin axis at least substantially extends in the extension direction (V), in particular with
   the latch pin having a mushroom head (29); and/or in that the drive section is rotationally actuable, with the closure element (27) being movable from the retracted position into the extended position by a rotation of the drive section starting from a basic position about a first angle of rotation, for example about 45°, and being movable from the release position into the latched position by a further rotation of the drive section about a second angle of rotation, for example about a further 45°.
8. A window, a door or the like, in particular a plastic window or a plastic door, having a frame or a leaf frame (11) in which at least one fitting groove (14) is formed which has two oppositely disposed side walls (16) comprising respective inwardly projecting wall sections (18), wherein the cover rail (23, 24, 25) at least regionally engages behind the inwardly projecting wall sections (18) such that an escape of the cover rail (23, 24, 25) from the fitting groove (14) in a direction running transversely to the longitudinal extent (L) of the fitting groove (14) is prevented; and having a fitting arrangement (19) in accordance with any one of the preceding claims.
9. A fitting arrangement (19) in accordance with any one of the claims 1 to 7,
   characterized by
   a striker plate (45) which is configured for fastening to a frame or to a leaf frame of the window, of the door or the like and which has a reception opening for receiving a closure element (27), such as a latch pin, which is displaceably supported at the other one of the frame and leaf frame, with the striker plate being configured as an elongate rail (45) which has a cut-out (55) forming the reception opening.
10. A fitting arrangement in accordance with claim 9,
    characterized in that
    the cut-out (55) is only open toward a front side of the rail (45) which, in an assembled state of the striker plate, is formed at the side of the rail (45) remote from a side surface of the frame or of the leaf frame, in particular with
    the front side (47) of the rail (45) defining an at least substantially closed surface with the exception of the cut-out (55).
11. A fitting arrangement in accordance with claim 9 or claim 10,
    characterized in that
    the rail (45) extends over at least 50% and preferably over at least 75% of the total length of a fitting groove (14) of the frame or of the leaf frame in the assembled state; and/or in that the rail (45) has a total length of at least 30 cm; and/or in that the cut-out (55) has an introduction section (57) and a latching section (59) narrowed with respect to the introduction section (57), in particular with the cut-out (55) having the shape of a keyhole.
12. A fitting arrangement in accordance with any one of the claims 9 to 11,
    characterized in that
    the cut-out (55) can be closed by a movable cover (60), in particular by a pivotable flap, in particular with
    the movable cover (60) being preloaded into a closed position by a spring device.
13. A fitting arrangement in accordance with any one of the claims 9 to 12,
    characterized in that
    the striker plate is divided into a plurality of separate rail parts, in particular three separate rail parts, along its rail longitudinal axis; and/or in that the striker plate has a plurality of cut-outs (55) which are arranged distributed along its rail longitudinal axis.
14. A window, a door or the like, in particular a plastic window or a plastic door, having a frame or a leaf frame; and having a fitting arrangement in accordance with any one of the claims 9 to 13.
15. A window, a door or the like in accordance with claim 14,
    characterized in that
    the striker plate extends over at least 50% and preferably over at least 75% of the total length of a fitting groove (14) of the frame or of the leaf frame; and/or in that
    the striker plate extends over at least 50% and preferably over at least 75% of a side of the frame or of the leaf frame.

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