EP2949844B1 - Hinge assembly for doors, windows or the like, with a clearance adjustment device - Google Patents

Description

The invention relates to a band assembly for doors, windows or the like according to the preamble of claim 1.

A generic band assembly is already out of the DE 20 2012 102 978 U1 known. This known band assembly comprises a frame hinge part and a wing hinge part, which are hinged together via a hinge part. In addition, two adjusting members are provided in the form of bearing sleeves, each with a threaded extension, the same direction rotation by means of a rotary tool causes a translational horizontal adjustment of the leaf hinge part relative to the frame hinge part. Furthermore, horizontal tilting of the leaf hinge part relative to the frame hinge part is possible in the case of an opposing actuation or rotation of the two adjustment members.

In addition, goes from the EP 1 348 826 A2 an adjusting device of a rotating belt of doors or windows, which has a to be attached to a front side of a frame spar hinge tab and arranged between the end wall and the hinge plate adjustment plate. In this case, the adjusting plate has at least one Einstellschräge, so that an adjustment of the hinge strap is made possible at different distances to the end wall.

The DE 20 2014 100 431 U1 discloses a hinge assembly for a hinged element for pivotally mounting the flap member to a tread frame, the hinge assembly having hinge tabs. The hinge lobes are connected by a joint. In addition, a contact surface is provided with an adjustable mounting band, which is provided for adjusting the band assembly with a further contact surface, wherein the mounting band is attached to the folding element.

In the EP 1 104 832 B1 there is disclosed a hinge fitting for a door, window or the like having an immovable part, said fixed part being provided with hinge means cooperating with complementary hinge means of a movable part. In this case, the complementary hinge means are adapted to be mounted on a wing of a door of a window or the like to be, wherein the immovable part comprises means for attachment in the fold of a frame in the form of a mounting plate.

A band assembly with a frame-side Falzluftverstelleinrichtung is off EP 1 063 378 A1 known.

Another known band assembly comprises a frame band and a wing band, which are interconnected via a pivot bearing. While the frame band is attached to the frame of a door, a window or the like, the wing band is attached to the respective wing of the door, the window or the like. When mounting the sash on the associated frame, it is important that the wing is arranged flush in the frame opening when closed. In order to have a subsequent adjustment, the known band assembly on a wing-side Falzluftverstelleinrichtung, with which it is possible to make an adjustment of the wing in the frame opening into or out of this away, in such a way that the outside of the wing either flush to korrespondieren outside the frame is or runs parallel to it. The known band assembly has a Falzluftverstelleinrichtung, in which a corresponding adjustment is indeed possible, but the Falzluftverstellung but often very imprecise and otherwise difficult to make. In the known band arrangement, the wing in the Falzluftverstellung relative to the wing band tilt relatively easily, so that an exact arrangement of the wing in the frame opening mounting technology is difficult to achieve.

Object of the present invention is therefore to provide a belt assembly of the type mentioned, in which the Falzluftverstellung can be done accurately and in a simple manner.

The above object is achieved according to the invention in a band assembly of the type mentioned above substantially by the features of claim 1.

The solution according to the invention used for Falzluftverstellung in addition to the usual in the prior art screw a bearing plate which is connected to the screw, in particular rotatably connected. The bearing disc, which is arranged subsequent to the screw head, ie between the screw head and the threaded portion of the adjusting screw, is thereby located in a disc receptacle, ie a separate space within the wing band, while the screw head is arranged outside this space. Due to the connection of the bearing disc with the adjusting screw and since the bearing disc is arranged in the disc holder, there is an additional guide in the Falzlufteinstellung. A tilting of the wing relative to the frame in the Falzlufseinstellung can be largely avoided by the inventive design.

The diameter of the bearing disc is at least twice as large as the diameter of the screw head. The diameter of the bearing disc corresponds to between 80% and 100% of the width of the wing band. Due to the very large diameter of the bearing disc, unintentional tilting of the adjusting screw can be largely avoided when setting.

To further reduce tilting movements of the adjusting screw is provided in the invention that the bearing disc is mounted in the disc holder for a rotatable and the other transverse to the receiving plane of the disc holder at least substantially free of play. The rotational mobility of the bearing disc in the disc holder is required because the bearing plate is rotatably connected in a preferred embodiment with the screw. With an adjustment of the adjusting screw, the bearing disk is thereby moved simultaneously. The fact that the bearing plate is mounted at least substantially free of play transversely to the receiving plane of the disc holder, means that although a rotational movement is possible without excessive frictional forces occur, tilting the screw over an angle of more than 5 ° but avoided. In particular, the tilt angle is less than 3 ° and more preferably less than 1 °. Ultimately, the screw with the bearing disc is a spindle, which does not tend to tilt positions due to the large disc diameter.

Furthermore, it is so that the bearing disc is overlapped on its side facing the screw shaft on at least two, in particular three or four separate bearing points. This results in the back of the bearing plate a plurality of independent stops for holding the bearing disc in the disc holder. Moreover, it is understood that in principle it is also possible to provide a particular circumferential stop for the bearing disc. This circumferential stop then completely overlaps the bearing disk at its outer edge.

For screwing the set screw a bearing sleeve is provided in contrast to a nut. The bearing sleeve, which has an internal thread region corresponding to the thread of the adjusting screw, is characterized in that the outer diameter of the bearing sleeve is smaller, in particular smaller by a multiple, than the length of the bearing sleeve. There is a significant difference here a usual mother. By using an elongated bearing sleeve thus results in the screw only a small amount of play, which further increases the tipping safety.

The bearing sleeve is provided on a wing side mounted in the assembled state mounting plate. The bearing sleeve is firmly connected to the mounting plate. The mounting plate itself is part of the band assembly and is usually used for immediate attachment to the wing. Assembly technology may offer the use of the aforementioned mounting plate, since it can be mounted on the wing first and only then the connection of the wing strip takes place with the mounting plate. It is understood that it is also possible in principle, vorzumontieren the mounting plate from the outset with the wing band and then assemble the assembly together on the wing.

In a further preferred embodiment of the present invention, the adjusting screw has a thread-free section formed in particular by a screw sleeve following the bearing disk. To the aforementioned unthreaded portion of the screw corresponding in the bearing sleeve corresponding thread-free area, followed by a thread corresponding to the screw of the screw adjoins the threaded portion. It is understood that the thread-free portion of the screw is at least substantially free of play in the unthreaded region of the bearing sleeve. This also contributes to the tilt-free arrangement of the wing in the Falzluftverstellung.

The aforementioned thread-free portion of the screw can in principle also be integrally provided on the screw. In a preferred embodiment of the invention, however, serves to realize the unthreaded portion, the aforementioned screw, which forms the unthreaded portion in the screwed state and also serves to determine the bearing disc on the screw. In the locked state, the bearing disk is frictionally engaged on the underside of the head of the adjusting screw, with a positive fit to achieve a rotational resistance is possible by a corresponding coding between the set screw and the bearing plate.

The aforementioned embodiment with bearing bushing fastened over the bearing sleeve lends itself in particular to the mounting of the bearing disk in the leaf hinge. In particular, plays a role in this context, that the disc holder is a self-contained space. This is only by an outside provided on the wing band slot opening accessible. The slot opening corresponds in length to the diameter of the bearing disk, while the width of the slot opening corresponds approximately to the thickness of the bearing disk. The bearing disk itself has a central through opening for the screw. If the bearing disk is inserted into the disk holder via the slot opening and then the adjusting screw has been inserted through the central opening of the bearing disk, then the bearing disk is fastened to the adjusting screw by means of the screwed-on threaded sleeve. At the same time the bearing disc is caught in the disc holder.

For attachment of the bearing disc after the Falzlufteinstellung at least two, preferably three and in particular four fastening screws are provided which can be used in corresponding screw holes on the wing band. At the end, these fastening screws grip for clamping either in corresponding openings on the wing itself, on the mounting plate or in a counter plate provided on the wing.

It is particularly advantageous in this context that the bearing disk protrudes with its edge in the region of at least one screw opening, so that the respective screw head of the fastening screw with its underside screwed directly against the edge surface of the bearing disk and thus the bearing plate can be clamped. It is of course particularly preferred that the fastening screws are arranged on the wing band such that the bearing disk projects into the region of all screw openings, so that the fastening screws can act with their heads directly on the edge of the bearing disk for clamping. In this way, a particularly secure attachment and clamping of the bearing plate on the wing band results after the Falzluftverstellung.

In addition to the folding-air adjusting device, the band arrangement preferably has a height adjustment device with which it is possible to adjust the height of the wing in the region of the frame opening. While it is fundamentally possible to provide the height adjustment device on or in the region of the frame band, in a preferred embodiment of the invention it is appropriate that the height adjustment device is provided on the wing band side.

In a preferred embodiment of the invention it is provided that the height adjustment device mounted on the mounting plate Höhenverstellexzenter , wherein it is advantageous if the Höhenverstellexzenter acts from above on the wing band.

The realization of a wing band-side height adjustment has the advantage that the height adjustment can be combined with the Falzluftverstellung, so that the number is minimized to adjust the solvent screws and the adjustment must be made only on one of the two bands otherwise. The arrangement of Höhenverstellexzenters in the upper region of the wing band also has the advantage that the height adjustment, the weight of the wing can be used when the eccentric is pre-assembled in its maximum upper position as a zero position and then only one adjustment must be made downwards.

Moreover, it is preferred that a storage area for a bearing opening for inserting a Höhenverstellexzenters is provided on the mounting plate above and below the wing band, while the band assembly is otherwise mirror-symmetrically formed transversely to the pivot axis. This then makes it possible to use the band assembly according to the invention for both right and left hinged wings. The adjustment eccentric can then be arranged as needed in the respective upper bearing opening or be.

In the event that the band assembly has both a Falzluftverstelleinrichtung and a height adjustment, it is preferably so that the screw holes for the adjusting screw and / or the fastening screws for clamping the bearing disc are formed as slots. The length of the elongated holes corresponds at least substantially the Höhenverstellweg, which is possible via the height adjustment.

In the above-mentioned embodiment of the screw openings as elongated holes, these should preferably be arranged and / or formed on the wing strip such that the bearing plate protrudes with its outer edge in the maximum upper and the maximum lower height adjustment position in the region of all elongated holes. In this way, then a secure clamping of the bearing plate is guaranteed.

To facilitate the assembly and in particular also to facilitate a subsequent adjustment of the wing is in a preferred embodiment of the band assembly according to the invention a display device of the adjustment of the Falzluftverstelleinrichtung and preferably also the height adjustment intended. It is particularly advantageous in this context if the display device is a combined display for the respective adjustment path of the rebate air adjustment and the height adjustment. About this adjustment can be seen for a fitter in a simple manner, for example, whether the maximum adjustment position has already been reached or even adjustments in one or the other direction are possible.

In a preferred embodiment, longitudinal and / or transverse markings for cooperation with at least one longitudinal and / or transverse marking on the outside of the wing band are provided on an outside of the wing band cross-indicator leg of the mounting plate.

Fig. 1

eine perspektivische Ansicht einer montierten Bandanordnung,

Fig. 2

eine perspektivische Ansicht einer anderen Ausführungsform einer erfindungsgemäßen Bandanordnung,

Fig. 3

eine perspektivische Ansicht eines Flügelbandes vor Montage einer Lagerscheibe,

Fig. 4

eine der Fig. 3 entsprechende Ansicht des Flügelbandes mit montierter Lagerscheibe,

Fig. 5

eine schematische Ansicht der montierten Lagerscheibe im Verhältnis zu am Flügelband vorgesehenen Befestigungsöffnungen, mit ergänzender vergrößerter Detaildarstellung,

Fig. 6

eine Explosionsdarstellung einer Ausführungsform einer erfindungsgemäßen Bandanordnung,

Fig. 7

eine Darstellung eines Flügelbandes,

Fig. 8

eine perspektivische Ansicht einer Bandanordnung im aufgeschwenkten und zugeschwenkten Zustand,

Fig. 9

eine Draufsicht auf die aufgeschwenkte Bandanordnung aus Fig. 8,

Fig. 10

eine Seitenansicht der Bandanordnung aus Fig. 9 und

Fig. 11

eine Ansicht von oben auf die Bandanordnung aus Fig. 9.

Other features, advantages and applications of the present invention will become apparent from the following description of embodiments with reference to the drawings. It shows

Fig. 1

a perspective view of a mounted band assembly,

Fig. 2

a perspective view of another embodiment of a band assembly according to the invention,

Fig. 3

a perspective view of a wing band before mounting a bearing disc,

Fig. 4

one of the Fig. 3 Corresponding view of the wing band with mounted bearing disc,

Fig. 5

a schematic view of the mounted bearing disc in relation to the wing band provided mounting holes, with additional enlarged detail,

Fig. 6

an exploded view of an embodiment of a band assembly according to the invention,

Fig. 7

a representation of a wing band,

Fig. 8

a perspective view of a band assembly in the swiveled and pivoted state,

Fig. 9

a plan view of the pivoted-up band assembly Fig. 8 .

Fig. 10

a side view of the band assembly Fig. 9 and

Fig. 11

a view from above of the band assembly Fig. 9 ,

In the Fig. 1 and 2 in each case a band arrangement 1 is shown. The band assembly 1 is provided for doors, windows or the like. The band assembly 1 has a frame band 2 for attachment to a frame 3. In the illustrated embodiments, the frame band 2 has an upper and a lower band section 4, 5. Furthermore, a wing band 6 is provided which is fixed to a wing 7 of the door, the window or the like. The wing band 6 is located between the two band sections 4, 5. Moreover, the frame band 2 and the wing band 6 are pivotally connected to each other via a corresponding joint. In the illustrated state of Fig. 1 and 2 is the wing 7 in the swung-open state.

Moreover, it is in the illustrated embodiments, both in the frame 3 and in the wing 7 are each a hollow profile element, such as aluminum or plastic. It is understood that the frame 3 and / or the wing 7 can also consist of a solid material, such as wood.

The two embodiments of the band assembly 1 according to the Fig. 1 and 2 differ in that in the embodiment according to Fig. 1 Both the frame band 2 and the wing band 6 are made wider than the corresponding bands 2, 6 of the embodiment according to Fig. 2 , The band selection ultimately depends in particular on the weight of the wing and the material of the wing and the frame.

Moreover, the band assembly 1 has a wing band side Falzluftverstelleinrichtung 8, with which it is possible to adjust the wing 7 relative to the frame 3, in such a way that the wing 7 is moved in the direction of the wing band 6 to or from this. The adjustment direction x is in Fig. 10 shown.

It is now provided that the Falzluftverstelleinrichtung 8 in addition to acting as a spindle screw 9 with screw head 10 has a bearing plate 11 which is fixed to the adjusting screw 9. In the present case, a rotationally secure attachment in the form of a positive connection is provided, for which purpose flattenings 12 are provided on the screw head 10 on opposite sides, while in the bearing disk 11 a corresponding insertion opening 13 is provided, which is coded accordingly.

It is understood, however, that it is also possible in principle that the adjusting screw 9 is rotatable relative to the bearing plate 11, in which case a corresponding coding and thus a positive connection in the direction of rotation of the adjusting screw 9 is not provided.

The bearing disc 11 itself is arranged in a disc holder 14 within the wing band 6, while the screw head 10 is arranged outside the disc holder 14. In this context, the term "screw head" refers to the area which is located above the bearing disk 11. This part of the screw head 10 protrudes into a corresponding screw opening 15 in the wing band 6.

In the illustrated embodiment, the adjusting screw 9 acts as a spindle. This means that no longitudinal movement of the adjusting screw 9 results in the rotation of the adjusting screw 9 in one or the other direction.

As can be seen in particular Fig. 3 Specifically, the diameter D of the bearing disk 11 corresponds approximately to 0.9 to 1.0 times the width B of the wing band 6.

In the disc holder 14 is a space provided in the wing band 6 flat space for fully receiving the bearing disc 11. The access to the disc holder 14 via a slot opening 16, via which the bearing plate 11 is inserted into the disc holder 14. Will the bearing disc 11 from the in Fig. 3 shown used in the disc holder 14 on the slot 16, it is rotatably in the disc holder 14 on the one hand, but on the other transverse to the receiving plane, ie in the adjustment direction x (corresponding to Fig. 10 ), stored at least substantially free of play. In the illustrated embodiment, the inserted into the disc holder 14 bearing plate 11 is overlapped on the back of four bearings 17, so that a movement transverse to the receiving plane is not possible.

It is understood that it would also be possible in principle to provide a circumferential bearing edge on the wing band 6 on the rear side. Also, two bearings would be sufficient in itself to keep the bearing plate 11 back in the disc holder 14.

To fix the bearing plate 11 in the disc holder 14 and for fixing the bearing plate 11 to the screw 9 is a screw 18 which is screwed onto the threaded portion of the screw 9 and screwed in the assembled state and the bearing plate 11 braced against the underside of the screw head 10 , The tense state is in Fig. 4 shown. In this state, the bearing disk 11 is caught in the disc holder 14 and is only rotated during adjustment of the adjusting screw 9. In addition, still another movement in the illustrated embodiment is possible, namely a height adjustment, which will be discussed in more detail below.

The adjusting screw 9 acts as a spindle which is connected to a bearing sleeve 19 (FIG. Fig. 6 ) which is movable along the spindle. The bearing sleeve 19 itself is fastened to a mounting plate 21 via a plate-shaped fastening region 20. The mounting plate 21, which may consist of plastic, has top and bottom fastening tabs 22, 23, via which an attachment to the wing 7 by means of corresponding fastening screws 24 takes place.

In the in the Fig. 6 and 8 to 11 illustrated embodiment is followed by the mounting plate 21, a counter-plate 25, which is used for mounting in a profile of the wing 7. For fixing the position and for easier mounting, the base plate 25 on the back side a spring element 26.

It is understood, however, that the band assembly 1 in principle without counter-plate 25 can be mounted, in which case, for example, the screws 24 screwed directly into the mounting plate 21 and / or the profile of the wing 7 become. The same applies, moreover, for the attachment of the frame band 2 with the two band sections 4, 5, which are fastened via corresponding fastening screws 27 on the frame 3. Although this is not shown, in principle, a fastening via a counter plate or the like can take place here.

As can be seen in particular Fig. 3 shows, the threaded sleeve 18 has a thread-free portion 28, to which a corresponding thread-free region is provided in the bearing sleeve 19, wherein the unthreaded portion 28 of the screw 9 is at least substantially free of play in the unthreaded portion of the bearing sleeve 19 is arranged.

For bracing the bearing plate 11 four fastening screws 29 are presently provided, which, like the adjusting screw 9, are detachable and attractable from the outside of the wing band 6 ago. For the fastening screws 29 corresponding screw holes 30 are provided on the wing band 6. How this particular out Fig. 5 results, the bearing plate 11 protrudes with its outer edge in the region of each of the screw holes 30 into it. The fastening screws 29 and the associated screw openings 30 are arranged and / or formed such that the screw heads of the fastening screws 29 in the screwed state rest on the underside of the edge of the bearing disk 11.

In addition to the Falzluftverstelleinrichtung 8, the band assembly 1 on a height adjustment device 31, which is provided on the wing band side. The height adjustment device 31 has a Höhenverstellexzenter 32 which is mounted on the mounting plate 21. The Höhenverstellexzenter 32 acts from above on the wing band 6, as in the Fig. 1 and 2 is shown. To arrange the Höhenverstellexzenters 32, a bearing opening 33 is provided on the mounting plate 21. Moreover, the mounting plate 21 has in its lower part a material region 34 which can be easily removed, so that there is also a bearing opening for the Höhenverstellexzenter 32 at this point.

About the Höhenverstellexzenter 32 can be in the scope of eccentricity make a height adjustment of the wing 7 relative to the frame 3. To adjust the height, the screw opening 15 for the adjusting screw 9 and the screw openings 30 for the fastening screws 29 are formed as elongated holes. In Fig. 5 is indicated that the arrangement and design of the slots and the diameter D of the bearing disc 11 are selected such that the bearing disc 11 protrudes in the maximum upper and the maximum lower height adjustment in the range of all slots, so that regardless of the height adjustment a secure marginal bracing of the bearing plate 11 can be done via the mounting screws 29.

Incidentally, the band assembly 1 has a display device 35 for displaying the adjustment path x of the rebate air adjustment device 8 and the height adjustment device 31. This is therefore a combined display device 35. For this purpose, longitudinally extending markings 38 and transverse markings 39 are provided on the outer side 36 of the outer leg 37 of the wing strip. This longitudinal and transverse markings 38, 39 are realized by corresponding grooves on the outer side 36 of the outer leg 37. The display device 35 further has a display leg 40 of the mounting plate 21, which engages over the outer side 36 of the outer leg 37. On the display leg 40, a longitudinal marker 41 is formed by the outer peripheral edge, while also a transverse marker 42 is provided. The displacement in the adjustment direction x can be read on the longitudinal markings 38 and 41, while the adjustment of the height adjustment on the transverse marks 39, 42 can be read.

For Falzluft- or height adjustment is for example of the in Fig. 1 shown state gone out. To the combined adjustment, the four fixing screws 29 are first solved, with a complete disassembly is not required. After loosening the screws, the adjusting screw 9 can be rotated in the one direction or to increase the gap width in the other direction to reduce the gap width. As a result, the mounting plate 21 is either used on the wing band 6 or spaced from this further.

In the released state of the four mounting screws 29 and the height adjustment takes place. By turning the eccentric 32, the wing 7 is lowered. This is done solely due to the weight of the wing 7, which facilitates the height adjustment. <B> LIST OF REFERENCES: </ b> 1 belt assembly 25 counterplate 2 frame hinge 26 spring element 3 frame 27 fixing screw 4 band section 28 thread-free section 5 band section 29 fixing screw 6 leaf strip 30 screw opening 7 wing 31 height adjustment device 8th Falzluftverstelleinrichtung 32 Höhenverstellexzenter 9 screw 33 bearing opening 10 screw head 34 material area 11 bearing disk 35 display 12 flattening 36 outside 13 insertion 37 outer leg 14 disc recording 38 longitudinal marking 15 screw opening 39 transverse marking 16 slot opening 40 display legs 17 depository 41 longitudinal marking 18 threaded 42 transverse marking 19 bearing sleeve 20 fastening area B width 21 mounting plate D diameter 22 mounting tab d diameter 23 mounting tab x adjustment 24 fixing screw

Claims (9)

1. A hinge arrangement (1) for doors, windows or the like, having a frame hinge member (2) for attachment to the frame, a leaf or sash hinge member (6) for attachment to the leaf or sash and a joint clearance adjusting device (8) on the leaf or sash hinge member, the joint clearance adjusting device (8) comprising an adjusting screw (9) for joint clearance adjustment fastened to a bearing washer (11) and comprising a screw head (10), a bearing bushing (19) being provided for screwing in of the adjusting screw (9), the bearing washer (11) being arranged in a washer receptacle (14) of the leaf or sash hinge member (6) while the part of the screw head (10) adjoining the bearing washer (11) is located outside the washer receptacle, and the bearing bushing (19) being provided on a mounting plate (21) fastened to the leaf or sash in the mounted state, the bearing washer (11) being mounted in the washer receptacle (14) on the one hand rotatably and on the other hand at least substantially without play transversely of the receptacle plane of the washer receptacle (14), the bearing washer (11) being gripped over at at least two, in particular three or four separate bearing points (17) and at least two, preferably three and in particular four fastening screws (29) being provided for insertion into screw openings (30) on the leaf or sash hinge member (6) to clamp the bearing washer (11) in place and, preferably, the bearing washer (11) projecting with its edge into the region of at least one screw opening (30),
   characterised in that
   the diameter (D) of the bearing washer (11) is at least twice as great as the diameter (d) of the screw head (10),
   the diameter (D) of the bearing washer (11) corresponds to between 80 % and 100 % of the width (B) of the leaf or sash hinge member (6),
   the bearing washer (11) may be inserted for mounting into a slot opening (16) provided on the outside of the leaf or sash hinge member (6) into the washer receptacle (14), and
   the bearing washer (11) inserted into the washer receptacle (14) is connected firmly with the adjusting screw (9) via a screw sleeve (18) after insertion of the adjusting screw (9).
2. The hinge arrangement according to claim 1, characterised in that, adjacent the bearing washer (11), the adjusting screw (9) comprises a threadless portion (28) formed in particular by the screw sleeve (18) and/or in that a corresponding threadless region is provided in the bearing bushing (19) next to a threaded region and/or in that the threadless portion of the adjusting screw (9) is arranged at least substantially without play in the threadless region of the bearing bushing (19).
3. The hinge arrangement according to claim 1 or 2, characterised in that a height adjusting device (31) on the leaf or sash hinge member is provided with a height adjusting eccentric (32) mounted on the mounting plate (21) and in that, preferably, the height adjusting eccentric (32) acts on the leaf or sash hinge member (6) from above.
4. The hinge arrangement according to one of the preceding claims, characterised in that a bearing opening or a bearing opening region is provided on the mounting plate (21) above and below the leaf or sash hinge member for insertion of a height adjusting eccentric (32).
5. The hinge arrangement according to one of the preceding claims, characterised in that the screw openings (15, 30) for the adjusting screw (9) and/or fastening screw (29) take the form of elongate holes for height adjustment on the leaf or sash side.
6. The hinge arrangement according to claim 5, characterised in that the elongate holes for the fastening screws (29) are arranged and/or formed in such a way on the leaf or sash hinge member (6) that the bearing washer (11) projects into the region of all the elongate holes in the uppermost and lowermost height adjustment positions.
7. The hinge arrangement according to one of the preceding claims, characterised in that an indicator means (35) is provided for indicating the adjustment distance of the joint clearance adjusting device (8) and/or of the height adjusting device (31).
8. The hinge arrangement according to one of the preceding claims, characterised in that marks (38, 39) extending longitudinally and/or transversely on the outside of the leaf or sash hinge member (6) are provided to interact with at least one longitudinally and/or transversely extending mark (41, 42) on an indicator leg (40) of the mounting plate (21) gripping over the leaf or sash hinge member (6) on the outside.
9. The hinge arrangement according to one of the preceding claims, characterised in that the leaf or sash hinge member (6) and/or the mounting plate (21) are screwed directly to the leaf or sash (7) and/or the mounting plate (21) and/or are screwed to a counterplate (25) insertable into the leaf or sash.

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