EP3613931B1 - Assembly of a belt for connecting a leaf with a frame hinged around a hinge axis - Google Patents

Description

The invention relates to an assembly of a band for connecting a sash to a frame in a hinge-movable manner about a hinge axis.

Straps for connecting a sash to a frame in a hinge-movable manner about a hinge axis are known in a large number of embodiments for a large number of different purposes. Purely by way of example, simple hinge straps may be mentioned that do not allow any adjustment options for adjusting the sash in the frame surrounding it, and mechanically and kinematically complex straps that include adjustment options in at least one spatial direction for adjusting the sash in the frame, as well as use in so-called " Uncovering situations "enable the sash and frame to partially overlap when the sash is closed, parallel to the plane of the sash, in order to achieve a particularly effective seal between the sash and the frame, for example.

From the DE 201 00 622 U1 an assembly of a band is known in which a mounting part is provided with a bore and a slot, and with a separate bolt element arranged within the bore. The lobe of the tape extends here with a tongue through the slot into a receptacle formed on the bolt element. A horizontal adjustment of the hinge flap is possible via an eccentric screw that is operatively connected to the receptacle and the hinge flap. A pivoting of the hinge flap about the axis of the bolt element is not provided.

From the US 2008/0307606 a tape with an assembly is known which has a receiving chamber for attachment to a wing. It is used for the removable attachment of a hinge flap which extends through an elongated opening into the interior of the receiving chamber. The hinge tab is attached to a separately formed receiving part which is arranged in the receiving chamber. The receiving part comprises two pins pointing away from one another, which are mounted in bearing seats of the receiving chamber. To form the bearing seats, the receiving chamber is divided parallel to the longitudinal direction of the journals, so that each bearing seat is formed by both parts of the receiving chamber. To pivot the receiving part about the axis defined by the pin, a screw element is used, which is in engagement with a pivoting part arranged in the receiving part. The pivoting part in turn comprises two pegs or pins pointing away from one another, which are pivotably mounted in bearing receptacles of the receiving part. The screw element thus interacts with the pivoting part, which in turn acts on the receiving part, which in turn acts on the hinge tab. A belt with such an assembly is structurally very complex, not least because of the large number of separate components, and particularly cost-intensive both in terms of manufacture and maintenance.

A structurally simple band is from the U.S. 1,893,252 known. This has an assembly with a mounting part which comprises a slot that opens outward in some areas. Inwardly, the slot opens into a bore that extends over about two thirds of the total height of the assembly. The assembly also includes a hinge tab with a thickening that is approximately complementary to the bore. The hinge tab extends over the area of the mounting part over which the slot opens to the outside. In this area there is a screw element oriented transversely to the bore rotatable and fixed in its longitudinal direction. It engages in a thread provided in the hinge tab, so that a rotary actuation of the screw element leads to a pivoting of the hinge tab about the axis defined by the bore. An adjustment in a direction perpendicular to this pivoting, in particular in the direction of the pivot axis or in the vertical direction, is not possible with such a configuration.

The invention is based on the object of creating an assembly of a hinge that allows the sash to be adjusted in the frame in at least one spatial direction and is nevertheless characterized by a structurally simple structure and easy and quick assembly.

This object is achieved by the assembly reproduced in claim 1.

The assembly according to the invention comprises a mounting part which can be mounted on a mounting side of the sash or the frame. The side of the frame or of the sash which, when the sash is closed, is opposite the other part, i.e. the frame or the sash, is particularly suitable as the assembly side. In this case, the assembly part is not visible when the sash is closed and is then protected from manipulation. In principle, however, it is also conceivable to provide a visible side as the assembly side of the sash or the frame, as is the case with so-called "screw-on hinges".

The mounting part comprises a bore extending approximately parallel to the hinge axis with a central longitudinal axis. The bore has at least one lateral opening. Furthermore, the assembly comprises a hinge tab comprising a fastening part, the fastening part of which extends through the opening with play into the bore and comprises at least one thickening arranged in the bore. The hinge tab can thus be joined to the assembly part by inserting it into the bore from one end of the bore with its thickening in the direction of the central longitudinal axis or by clipping it into the bore by inserting it through the slot. In the assembled state, the fastening part and thus the entire hinge flap is at an angle that is determined by the Game between the fastening part and the opening is limited, pivotable about the central longitudinal axis. Since the central longitudinal axis runs essentially parallel to the hinge axis, the pivoting allows the hinge axis to be displaced approximately perpendicular to its direction and thus - if the hinge axis is perpendicular in the assembled state of the band comprising this assembly - in the horizontal direction. To effect the adjustment, the assembly according to the invention comprises a horizontal adjustment means, by means of which the pivoting movement of the fastening part about the central longitudinal axis can be brought about.

The assembly according to the invention is thus characterized by a minimal number of components. Since the mounting part is designed as a separate component from the hinge tab and the horizontal adjustment means, only the mounting part needs to be adapted to the design of the respective wing or the respective frame on which the assembly is to be mounted. The same hinge tab and the same horizontal adjustment means can therefore always be used for different installation situations, which lowers production costs.

Another advantage of a hinge having an assembly according to the invention is that, for horizontal adjustment, the entire hinge flap with the hinge part regularly formed thereon is displaced, and not - as in a large number of other embodiments of hinge - a hinge pin defining the hinge axis within the hinge part, since this avoids the relative displacement of the hinge parts of the sash and frame hinge tabs, which is indispensable in the last-mentioned embodiment.

According to the invention, the horizontal adjustment means comprises a first horizontal adjustment screw which cooperates with a thread provided on the mounting part or cooperates with a thread provided on the hinge tab. For horizontal adjustment, only the first horizontal adjustment screw then has to be actuated in rotation, the position achieved in each case by the at least one horizontal adjustment screw is retained, provided that further rotation of the horizontal adjustment screw is prevented.

According to the invention, the horizontal adjustment means comprises a first and a second horizontal adjustment screw. The first horizontal adjustment screw can be arranged in such a way that it engages behind the fastening part on the outside so that the fastening part is displaced towards the mounting part when it is screwed in. The second horizontal adjustment screw can then be arranged in such a way that it displaces the fastening part away from the mounting part when it is unscrewed from its thread.

A further development of the assembly according to the invention is particularly preferred in which at least one vertical adjustment means is provided, by means of which the hinge tab can be displaced parallel to the hinge axis relative to the mounting element. As a result of this measure, with the assembly according to the invention, it is possible to adjust a wing in a frame in two spatial directions. The at least one vertical adjustment means preferably comprises a vertical adjustment screw which is screwed into an internal thread in the bore and interacts with the thickening of the hinge flap. Such a vertical adjustment means can thus be produced very easily and inexpensively.

Particularly preferably, the bore has internal threads at both longitudinal ends, and a vertical adjustment screw is provided at each of the two longitudinal ends. For vertical adjustment, at least one of the two vertical adjustment screws then only has to be turned so that the thickening of the hinge flap is located with play between the two vertical adjustment screws and at least one of the vertical adjustment screws can be moved vertically into the desired position together with the hinge flap by turning.

The vertical adjustment means can also have at least one vertical adjustment screw, which is fixedly mounted on the mounting part in the direction of the central longitudinal axis A and cooperates with a thread provided on the thickening. This embodiment of the vertical adjustment means has the advantage that when the vertical adjustment screw is turned, its position relative to the mounting part does not change, whereby a constant visual impression can be achieved regardless of the respective adjustment position.

Furthermore, an embodiment of an assembly according to the invention is particularly preferred in which the mounting part has at least one projection in a first lateral edge region for engaging in a groove. The assembly part is then particularly suitable for attachment to profiles that comprise an undercut groove, for example a "C-groove". In this way, plastic profiles are often formed that can be used on both frames and sashes. However, metal profiles, for example aluminum profiles configured in this way are also known for this purpose in different configurations, but with a C-groove.

To assemble the assembly, it is first placed in such a way that the projection is in engagement with the groove. For complete fastening, at least one first through-hole with a first longitudinal axis of the hole is then preferably provided on a second edge area opposite the first edge area. A fastening screw, for example a self-drilling screw, can then be screwed in through this hole.

In order to increase the forces that can be introduced into a frame or wing via the assembly without the at least one first fastening screw being torn out, at least one second through-hole with a second longitudinal axis can be provided at the second edge area preferably runs obliquely to the first longitudinal axis of the bore. Due to this measure, a second fastening screw screwed in through the second longitudinal axis of the bore is not loaded in its longitudinal direction, for example, in the direction of the first fastening screw, but at an angle to it in a direction in which it causes a significantly higher resistance to being torn out . But also the first edge area can additionally or exclusively be fastened or secured by at least one such fastening screw.

Fig. 1

ein erstes Ausführungsbeispiel einer nicht erfindungsgemäßen Baugruppe in an einem Rahmen- oder Flügelprofil montierten Zustand in einer Ansicht der Scharnierachse in einer mittleren Horizontalen Verstellposition, im Bereich eines Horizontalverstellelements teilgeschnitten;

Fig. 2

dasselbe Ausführungsbeispiel in derselben Ansicht wie in Fig. 1, jedoch nicht geschnitten, in einer gemäß der Zeichnung nach rechts verlagerten horizontalen Verstellposition;

Fig. 3

dasselbe Ausführungsbeispiel in einer Fig. 2 entsprechenden Ansicht, jedoch in einer gemäß der Zeichnung nach links verlagerten, horizontalen Verstellposition;

Fig. 4

dasselbe Ausführungsbeispiel der Baugruppe in einer ersten perspektivischen Einzeldarstellung, mit noch nicht montierten Vertikalverstellmitteln;

Fig. 5

dasselbe Ausführungsbeispiel in einer zweiten perspektivischen Einzeldarstellung, nun mit montierten Vertikalverstellmitteln;

Fig. 6 bis 8

ein zweites Ausführungsbeispiel einer erfindungsgemäßen Baugruppe in Fig. 1 bis 3 entsprechenden Darstellungen;

Fig. 9

das zweite Ausführungsbeispiel in einer ersten perspektivischen Ansicht mit noch nicht montierten Vertikalverstellmitteln;

Fig. 10

eine zweite perspektivische Ansicht des zweiten Ausführungsbeispiels, nun mit montierten Vertikalverstellmitteln;

Fig. 11 bis 13

ein drittes Ausführungsbeispiel einer nicht erfindungsgemäßen Baugruppe in Fig. 1 bis 3 entsprechenden Darstellungen;

Fig. 14

eine perspektivische Explosionsdarstellung dieses dritten Ausführungsbeispiels;

Fig. 15

eine Fig. 1 entsprechende Ansicht eines vierten, als "Aufschraubband" ausgebildeten , nicht erfindungsgemäßen Ausführungsbeispiels

Fig. 16

eine perspektivische Explosionsdarstellung eines fünften erfindungsgemäßen Ausführungsbeispiels sowie

Fig. 17

eine Fig. 1 entsprechende Ansicht eines sechsten, erfindungsgemäßen Ausführungsbeispiels.

Several exemplary embodiments of the invention are shown in the drawing. Show it:

Fig. 1

a first embodiment of an assembly not according to the invention in a state mounted on a frame or wing profile in a view of the hinge axis in a central horizontal adjustment position, partially sectioned in the area of a horizontal adjustment element;

Fig. 2

the same embodiment in the same view as in Fig. 1 , but not in section, in a horizontal adjustment position displaced to the right according to the drawing;

Fig. 3

the same embodiment in one Fig. 2 corresponding view, but in a horizontal adjustment position shifted to the left according to the drawing;

Fig. 4

the same embodiment of the assembly in a first perspective individual representation, with not yet mounted vertical adjustment means;

Fig. 5

the same embodiment in a second perspective individual illustration, now with mounted vertical adjustment means;

Figures 6 to 8

a second embodiment of an assembly according to the invention in Figs. 1 to 3 corresponding representations;

Fig. 9

the second embodiment in a first perspective view with not yet mounted vertical adjustment means;

Fig. 10

a second perspective view of the second embodiment, now with mounted vertical adjustment;

Figures 11 to 13

a third embodiment of an assembly not according to the invention in Figs. 1 to 3 corresponding representations;

Fig. 14

an exploded perspective view of this third embodiment;

Fig. 15

a Fig. 1 Corresponding view of a fourth exemplary embodiment not according to the invention, designed as a "screw-on belt"

Fig. 16

a perspective exploded view of a fifth embodiment of the invention and

Fig. 17

a Fig. 1 Corresponding view of a sixth exemplary embodiment according to the invention.

That in the Figs. 1 to 5 Embodiment of an assembly not according to the invention, denoted as a whole by 100, comprises a mounting part 1 which can be mounted on a mounting side 2 of a sash or a frame. In the Figs. 1 to 3 the mounting part 2 is attached to a multi-chamber profile 3. This can be a multi-chamber profile forming part of a frame or a sash. The mounting part can be made of any material with the required properties. In particular, it can be a zinc die-cast part or an aluminum extrusion.

The multi-chamber profile 3 shown as an example in the drawing comprises two hollow chambers 4, 5 which are spaced apart from one another and which are connected via insulating webs 6.

The multi-chamber profile 3 comprises a groove 7. The mounting part 1 has a first lateral edge region 8, which is in the Figs. 1 to 3 is shown above, a projection 9 which engages in the groove 7.

Furthermore, the mounting part 1 has on a second edge region 10 opposite the first edge region (see FIG. Figures 4 and 5 ) two first through holes 11. These first through bores 11 are used to receive first fastening screws 12, which can be screwed into the frame or the sash for fastening. Furthermore, the mounting part 1 comprises two second through bores 13, which are used to receive second fastening screws 14.

The first through bores 11 have first bore longitudinal axes B1, the second through bores 13 have second bore longitudinal axes B2 (see FIG. Fig. 2 ). The first and second longitudinal axes B1, B2 run as in FIG Fig. 2 is made clear obliquely to each other. The first and second fastening screws 12, 14, which are designed as self-drilling screws in the illustrated embodiment, thus penetrate at an angle to one another into the multi-chamber profile 3 shown as an example, whereby the fastening of the mounting part 1 to the multi-chamber profile is suitable for introducing higher forces into the multi-chamber profile .

The mounting part 1 further comprises a bore 15, the central longitudinal axis A of which extends parallel to a hinge axis S which is defined by a hinge part of a hinge flap, as will be described in more detail below.

The bore 15 comprises a lateral opening 16, which in the illustrated embodiment is slit-shaped and extends over the entire length of the mounting part and into the Figs. 1 to 3 is oriented downwards (see also Figures 4 and 5 ).

The assembly 100 further comprises a hinge flap 17, with a fastening part 18 and a hinge part 19. The hinge part 19 is used for receiving of a hinge pin, not shown in the drawing, of a hinge pin receptacle 20. It has an essentially circular cross section, the center of which defines the hinge axis S.

On the edge opposite the hinge part 19, the fastening part 18 comprises a thickening 21 (see also FIG Fig. 6 ), the outer circumference of which is adapted to the inner circumference of the bore 15 in such a way that it is received by the bore with only slight lateral play.

The fastening part 18 of the hinge tab 17 extends through the lateral opening 16 with lateral play, so that the hinge tab 17 can be pivoted about the central longitudinal axis A of the bore 15 by a certain angle, the size of which is determined by the size of the play. As a result of this pivotability, the hinge axis S can be shifted on a circular path of radius R, which is determined by the distance between the central longitudinal axis A and the hinge axis S (see Fig. Fig. 3 ). How by comparing Figs. 1, 2 and 3 As can be seen, the hinge axis can thus be derived from an in Fig. 1 the middle position shown by way of example, to which the hinge axis S is at a distance a from a lateral edge 22 of the multi-chamber profile 3 by pivoting counterclockwise into a position according to FIG Figs. 1 to 3 right extreme position, in which the hinge axis S has a minimum distance b from the lateral edge 22 (see Fig. Fig. 2 ), and by pivoting clockwise into a position in which the hinge axis S has a maximum distance c from the edge 22.

Since a hinge flap is installed in such a way that the hinge axis S runs vertically in most cases, this displacement is also referred to as "horizontal adjustment".

In order to bring about the previously described pivoting movement of the hinge tab 17 about the central longitudinal axis A of the bore 15 and to be able to fix the hinge tab 17 in a desired position, horizontal adjustment means 23 are provided. In the first, in Figs. 1 to 5 illustrated embodiment in each case a first horizontal adjustment screw 24 with a flat head 25 which is mounted in a T-groove 26 in the hinge tab 17. The horizontal adjustment screw 24 is thus fixedly, but rotatably, mounted in its longitudinal direction with respect to the hinge flap 17. Its threaded shaft 27 engages in a thread 28 provided in the assembly part 1. A rotary actuation of the first horizontal adjustment screw 24 thus leads - depending on the direction of rotation - to a pivoting of the hinge flap 17 clockwise or counterclockwise.

The bore 15 has internal threads 28 at least in the end regions. They form part of vertical adjustment means 29, which include vertical adjustment screws 30, 31 which can be screwed into the internal thread 28.

How in particular Figures 4 and 5 9 and 10 (the latter show a second exemplary embodiment of an assembly according to the invention), the hinge tabs 17 can be displaced in the direction of the central longitudinal axis A and thus also in the direction of the hinge axis S by rotating the vertical adjustment screws 30, 31. Since - as already stated above - the assembly is usually arranged in such a way that the hinge axis S runs vertically, this adjustment is also called vertical adjustment.

With reference to Figures 6 to 10 A second exemplary embodiment 200 of the assembly according to the invention will now be explained. The mode of operation and the construction essentially correspond to those of the first exemplary embodiment 100, so that only the differences will be explained below in order to avoid repetition.

Like in particular from Fig. 6 can be seen which is approximately according to the representation Fig. 1 corresponds, but without a screwed-in vertical screw 31, so that the contour of the thickening 21 is visible, the head 25 of the horizontal adjustment screw 24 is not mounted in a T-slot. In contrast, it rests against the outer surface of the fastening part 18. The first horizontal adjustment screw 24 extends through the fastening part in a bore 32 which is elongated in the vertical adjustment direction (see FIG Fig. 14 ). It engages with its threaded shaft 27 in an internal thread 33, which is provided in the assembly part 1. A rotary actuation of the first horizontal adjustment screw 24 in the sense of screwing it in again leads to a pivoting of the hinge flap 17 about the central longitudinal axis A and thus to a displacement of the hinge axis S on a circular path defined by the radius R (see Fig. Fig. 8 ), counterclockwise.

Rotating the first horizontal screw 24 in the sense of unscrewing it initially results in the head 25 being lifted from the outer surface of the fastening part so that the fastening part 18 can be pivoted about the axis A within the scope of the play that has arisen.

In order to be able to forcibly displace the fastening part 18 clockwise around the axis A until the fastening part 18 with its outer surface again rests on the head 25, this embodiment includes a second horizontal adjustment screw 34. It is screwed into a threaded hole 35 in the mounting part 1. Your head is located on the inside of the fastening part 18 and is accessible through a bore 36 in the fastening part 18. By applying a turning tool, not shown in the drawing, through the bore 36 to the head 37 of the second horizontal adjustment screw 34, the latter can be displaced so that the fastening part 18 is received without play between the heads 25, 37 of the two second horizontal adjustment screws 34 and positioned in the adjustment direction .

In contrast to the first embodiment, first and second horizontal adjustment screws must be rotatably actuated for horizontal adjustment in this second embodiment. As a result, the horizontal adjustment is slightly more complex than in the first embodiment. However, the two horizontal adjustment screws 24, 34 can be tightened against the fastening part 18, so that they are regularly effectively protected against automatic adjustment by the clamping forces.

With reference to Figures 11-14 A third exemplary embodiment 300, not according to the invention, of the assembly will now be explained. How it works and the The construction essentially corresponds to that of the second exemplary embodiment 200, so that only the differences from the second exemplary embodiment 200 will be explained below in order to avoid repetition.

In the third exemplary embodiment 300, the second horizontal adjusting screw 34 is missing. Instead of this, a plurality of thin spacer elements 38 are provided, which are inserted between the facing sides of the mounting element 1 and the fastening part 18 in the number and thickness required for the respective horizontal setting. The first horizontal adjustment screw 24 is then tightened after the spacer elements 38 have been inserted, so that the spacer elements 38 are firmly clamped between the mounting element 1 and the fastening part 18 when the desired horizontal adjustment has been achieved. An exploded view of this third exemplary embodiment 300 according to FIG Fig. 14 shows a set of four flat spacer elements 38. They have recesses 39 through which the first horizontal adjustment screws 24 extend.

This in Fig. 15 The illustrated fourth exemplary embodiment 400 of the assembly, not according to the invention, corresponds in its construction and mode of operation essentially to the first exemplary embodiment 100, so that reference should again be made to the description thereof. However, this assembly is designed as a so-called "screw-on band", which is provided for mounting on a front surface 40 of a sash or frame. The mounting part 1 therefore does not have a projection for engaging in a groove, but it is flat and also includes first fastening screws 12 in its first edge region 8, which can be screwed into the frame or sash or a frame or sash profile.

An actuation of the horizontal adjustment means 23 now no longer effects a change in the lateral gap widths between the sash and the frame - as in the exemplary embodiments 100 to 300 - but a relative displacement of the front surfaces of the sash and frame relative to one another. In the case of an overhead arrangement With a seal, the seal pressure can be influenced by the horizontal adjustment means.

In the Fig. 15 However, the "screw-on variant" shown is in no way restricted to being able to only be screwed on from the outside. As in the previously explained embodiments, the side of the frame or of the sash that is opposite the other part in the closed state of the sash, if it is suitable for attaching an assembly part with an essentially flat contact side, can also be considered as the mounting side.

With reference to Fig. 16 A further exemplary embodiment 500 of the assembly according to the invention will now be explained. The mode of operation and the construction essentially correspond to those of the second exemplary embodiment 200, so that only the differences will be explained below in order to avoid repetition.

In the exemplary embodiment 500, the second horizontal adjustment screw 34 is designed as a stud screw. It is screwed into a threaded bore 35 provided in the fastening part 18 of the hinge tab 17 until the front end of the stud screw in the screwing direction is supported on the mounting part 1. If the first horizontal adjustment screw was previously loosened, the hinge tab 17 is moved away from the mounting part 1 by screwing it in further. By corresponding actuations of both the first and the second horizontal adjustment screw, the horizontal adjustment can be carried out approximately in the manner corresponding to the second exemplary embodiment 200.

Another difference between the fifth and the second exemplary embodiment is that the fastening of the first lateral edge region 8 is not only achieved by the projection 9 engaging in the groove 7 (in Fig. 16 not shown), but additional bores 42 are provided through which the mounting part 1 can also be screwed to a profile wall or an insulating web of a profile with the aid of, for example, self-drilling screws (also not shown).

This in Fig. 17 The sixth exemplary embodiment 600 shown corresponds essentially to the fifth exemplary embodiment 500. Again, only the differences will be discussed.

In the sixth exemplary embodiment 600, no projection for engaging in a groove is provided on the first edge region 8. Rather, this edge area is fastened only with the aid of fastening screws 41 which are screwed into an insulating web in a self-drilling manner. In addition, first fastening screws 12, which are arranged in pairs and are offset to one another transversely to the hinge axis, run parallel to one another and are screwed into a wall of the hollow chamber 5.

In all of the exemplary embodiments, the mounting part is shown in one piece. If it consists of a thermally conductive material, it can form an unfavorable cold bridge which reduces the effect of the insulating webs 6. In order to avoid this, the mounting part 1 can itself be made of a poorly thermally conductive material, for example. Alternatively or in addition, it can comprise a coating made of a poorly thermally conductive material, at least in those areas which are in contact with the sash or the frame. Furthermore, it can, for example, additionally or alternatively be configured in several parts in such a way that the areas that are adjacent to the frame or the sash at different points are thermally decoupled from one another.

List of reference symbols:

100, 200, 300, 400, 500, 600

module

1

Assembly part

2

Mounting side

3

Multi-chamber profile

4th

Hollow chamber

5

Hollow chamber

6th

Insulating bars

7th

Groove

8th

first edge area

9

head Start

10

second border area

11

first through holes

12th

first fastening screws

13th

second through hole

14th

second fastening screws

15th

drilling

16

side opening

17th

Band flaps

18th

Fastening part

19th

Hinge part

20th

Hinge pin holder

21

thickening

22nd

side edge

23

Horizontal adjustment means

24

first horizontal adjustment screw

25th

head

26th

T-slot

27

Threaded shaft

28

inner thread

29

Vertical adjustment means

30th

Vertical adjustment screw

31

Vertical adjustment screw

32

drilling

33

inner thread

34

second horizontal adjustment screw

35

Threaded hole

36

drilling

37

head

38

Spacer elements

39

Recesses

40

Front face

41

Fastening screw

42

Drilling

A.

Central longitudinal axis

B1

first longitudinal axis of the bore

B2

second longitudinal axis of the bore

R.

radius

S.

Hinge axis

a, b, c

distances

Claims (9)

1. Assembly (100, 200, 300, 400, 500, 600) of a hinge for connecting a leaf to a frame such that said connection can pivot about an articulation axis (S) in an articulated manner,

   comprising a mounting part (1) which can be mounted on a mounting face (2) of the leaf or of the frame, the mounting part (1) having a bore (15) which extends approximately parallel to the articulation axis (S), has a central longitudinal axis (A) and comprises at least one lateral opening (16),

   comprising a hinge flap (17) which comprises a fastening part (18), the fastening part (18) of which hinge flap extends with clearance through the opening (16) into the bore (15) and comprises at least one thickened portion (21) arranged in the bore (15), and

   comprising a horizontal adjustment means (23) by means of which the fastening part (18) is pivotable about the central longitudinal axis (A) and which comprises a first horizontal adjustment screw (24) which interacts with a thread (28) provided on the mounting part (1) or on the hinge flap (17),

   characterized in that a second horizontal adjustment screw (34) is provided which interacts with a thread (35) provided on the hinge flap (17) or on the mounting part (1) and acts on the fastening part (18) in the opposite direction to the first horizontal adjustment screw (24).
2. Assembly according to claim 1, characterized in that at least one vertical adjustment means (29) is provided, by means of which the hinge flap (17) can be moved parallel to the articulation axis (S) relative to the mounting element (1).
3. Assembly according to claim 2, characterized in that the at least one vertical adjustment means (29) comprises a vertical adjustment screw (30, 31) which is screwed into an internal thread (28) in the bore (15) and interacts with the thickened portion (21) of the hinge flap (17).
4. Assembly according to claim 3, characterized in that the bore (15) has an internal thread (28) at the two longitudinal ends, and a vertical adjustment screw (30, 31) is provided in each of the two longitudinal ends.
5. Assembly according to claim 2, characterized in that the vertical adjustment means (29) have at least one vertical adjustment screw which is fixedly fitted on the mounting part (1) in the direction of the central longitudinal axis (A) and interacts with a thread that is provided on the thickened portion.
6. Assembly according to any of claims 1 to 5, characterized in that the mounting part (1) has, in a first lateral edge region (8), at least one projection (9) for engaging in a groove (7).
7. Assembly according to claim 6, characterized in that the mounting part (1) has, at a second edge region (10) opposite the first edge region (8), at least one first through-bore (11) having a first longitudinal bore axis (B1).
8. Assembly according to claim 7, characterized in that the mounting part (1) has, at the first and/or the second edge region (8, 10), at least one second through-bore (13) having a second longitudinal bore axis (B2).
9. Assembly according to claim 8, characterized in that the second longitudinal bore axis (32) extends obliquely to the first longitudinal bore axis (B1).

Images