EP1602794B1 - Frame fitting - Google Patents

Description

The present invention relates to a frame band for receiving a wing band, having at least one bore for receiving a bolt and with a height adjustment device, wherein the frame band has a fixedly connected to a frame slider which is at least partially surrounded by a shell part, and in that the shell part by means of the height adjustment device is movable relative to the slider

Such height-adjustable bands are used to compensate for a distance between the wing and the frame, which changes in particular with sinking wing elements.

From the EP 0 942 136 A1 is a height-adjustable hinge pin bearing known in which the hinge pin is supported in the axial direction directly on the threaded plug. Although a larger contact surface is produced by an elaborate shaping of the hinge pin in the support area, an additional metal ring is nevertheless used in order to transmit a load occurring from the wing hinge to the frame band.

Another band is from the DE 299 21 535 U1 known, in which between the wing part and the frame hinge part a so-called Hubbüchse which receives the hinge pin is arranged. This Hubbüchse transmits at least one Part of the sash weight on the frame hinge part. By a rotational movement of the Hubbüchse, which is supported via a corresponding external thread on the frame hinge part, a height adjustment of the wing strip is achieved. Naturally, the force for carrying out the rotational movement of the Hubbüchse is very large due to a large static friction.

From the publication GB 2 383 081 A a frame band of the aforementioned type is known, the same or similar disadvantages of the above Druchkschriften, namely, that in the aforementioned bands, a change in the gap between the frame hinge part and wing band in the height adjustment of the two aforementioned bands, occurs.

The invention is therefore an object of the invention to provide a frame band of the type mentioned, which facilitates the height adjustment with technically simple means and ensures long-term positionally accurate height adjustment.

This object is achieved with a frame band of the type mentioned in the present invention that the height adjustment is adjustable in the slider and located with the shell part in contact adjustment, which is able to change the contact point of the shell part positionally with respect to the slider that the adjusting a Having in the direction of the bore extending screw and that the height adjustment device consists of a thread provided in the slider and a rotatable adjusting screw, the head is supported against a wall of a slide-in element, which is arranged rotationally in an opening of the shell part.

In this case, by the height adjustment at least one part of the frame band supporting the wing band guided along the frame, wherein the distance - that is the gap - between the frame and wing band is constant.

The frame band can of course be designed both as part of a hinge band and in combination with the wing band in roll band form.

Therefore, it is important that a continuous height adjustment of the wing band is provided, wherein the frame band is designed such that the height adjustment is adjustable in the slider and located with the shell part in contact adjustment, the position of the contact point of the shell part with respect to the slider to can change.

The loads occurring in particular at the contact point can be better transmitted to the frame by increasing the surface area at the contact point or a separating surface between adjusting and slide, such as the thread. The adjusting device has a screw extending in the direction of the bore.

The height adjustment consists of an adjusting screw, which is rotatably mounted in a thread at the lower end face of the slide. The head of this adjusting screw, which may be formed, for example, as Allen screw, sitting in the assembled state of the frame band in a push-in element at the lower end of the shell part, which is rotationally inserted into an opening of the shell part. This insertion element may have an inner cavity whose height corresponds approximately to the thickness of the Einstellschraubenkopfes and the upper wall may have a U-shaped recess whose flanks the Einstellschraubenkopf engage behind and in which the adjusting screw shaft can rotate.

To complicate a violent separation of the shell part of the slider, for example in a burglary situation, the frame band can advantageously be developed so that the contact point is fixed to a fuse element which is fixedly connected to the shell part. For this purpose, for example, the fuse element is connected at several points with the shell part. In addition, it may be provided that the securing element passes through the slider. The securing element can also provide a Auflagerungspunkt for the hinge pin.

A release or Abhebeln of the shell part of the slider or vice versa can continue to be made difficult by the fact that the slide terminates at the extreme positions of the height adjustment with the shell part at most flush.

If in particular relatively heavy wing elements used, it may be necessary to store the hinge pin coaxial with the first bore of the shell part. For this purpose, the frame band is developed such that the band upper side of the shell part an abutment is attachable. By the counter bearing a violent lifting of the wing band can be prevented from the hinge pin. From a two-part frame band can be, for example, by simply screwing the thrust bearing on the shell part a three-piece Create a wing band. Since the anvil, which secures the wing element in the upper region, is firmly connected to the shell part, does not change in height adjustment of the frame band according to the invention, an upper distance between the wing band and abutment.

In order to store the hinge pin in the height adjustment safely in the axial direction, it may be of particular advantage to further develop the frame band such that the anvil and / or the frame band has a socket. The sleeve can of course have a collar on which the wing hinge is particularly adhesive and low rolling resistance movable. In addition, the collar may be formed so that a design-related necessary gap between slide and shell part can be covered.

In order to achieve the most convenient fixation of the slider on the frame, the frame band can be improved such that the slider has at least one receptacle for attaching a support pin.

For a long-term positionally accurate positioning of the adjustment made in the frame band height adjustment, it may be provided that the slide and the shell part each have at least one corresponding recess receiving a fastener, with which they are connected together with the frame, either in the slide or in the shell part the recess is a slot. Of course, the fastener includes all known in the art devices that are adapted to produce a durable, solid and / or if necessary detachable connection to the frame. Due to the configuration of the recess in the form of a slot both the support pins and the fastening means can pass through the slider or the shell part in a height adjustment of the frame band according to the invention. A time-consuming and costly disassembly of the frame band in height adjustment can be avoided.

The frame band may be configured such that an element of the shell part is arranged between the frame and the slider.

It may be of particular advantage here if the shell part completely encloses the slide. As a result, in addition to an aesthetically improving impression above all, an improved burglar-resistant effect is achieved, since the slide firmly connected to the frame is protected from attack by the shell part.

Advantageously, the frame band is developed in such a way that it is an injection-molded or extruded part. Of course, all known to those skilled production techniques for creating the frame band according to the invention are conceivable. The techniques mentioned here explicitly, without wishing to restrict the invention, allow cost-effective, efficient and rapid mass production.

The frame band according to the invention can also be improved if it consists of metal, plastic or a combination thereof. Of particular advantage here is that the related material, taking into account price, weight and other material properties, such as refractoriness and sliding or static friction coefficients, is selectable.

In a further embodiment of the frame band, it is possible to adjust the wing element by means of a side adjustment, which moved the shell part relative to the slider, in addition to a height adjustment and laterally.

For this purpose, the side adjusting device may comprise at least one adjusting element, which cooperates with the slider and the shell part for lateral movement of the shell part.

This adjusting element can for example be designed as an adjusting screw, which passes through a threaded bore of the slider and is supported with its head against the shell part. For this purpose, the head of the adjusting screw can be guided in a slot in the wall of the shell part, which in particular closes flush with the outer wall of the shell part for aesthetic reasons. In addition, the cross section of the slider encompassing part of the shell part in the lateral direction is greater than the cross section of the slider, so that a relative movement can take place in this direction.

In order to prevent that the shell part moves uncontrollably in this direction, a pressure piece can be inserted between the shell part and the slide, which is supported against the inner wall of the shell part on the one hand and against the slider on the other. Since in this way a bias acts on the adjusting screw, this is simultaneously secured against unintentional adjustment.

In order to ensure a uniform over the height of the shell part lateral adjustment, two adjusting screws are preferably provided, the threaded holes at the top and bottom of the slide and the corresponding Pass through slots in the shell part. The pressure pieces can then be designed as helical or spiral springs, which are pushed onto the threaded shafts of the adjusting screws.

A further possibility to adjust the shell part laterally relative to the slide, for example, by operating an adjusting element serving as an eccentric, which is arranged in the frame or in the frame band and the shell part can move relative to the slider.

In this embodiment with integrated side and height adjustment, it is advantageous to form the recesses in the frame band or in the shell part, which are penetrated by the support pins, so that the shell part can be moved in both the horizontal and vertical direction relative to the slider. The recesses have, for example, the shape of approximately square or rectangular openings in the shell part.

The insertion element may advantageously be inserted into the shell part in a self-locking manner and have a through-hole through which a height adjustment can take place by means of a through-hole through which a suitable tool can be mounted.

The opening for the insertion element in the shell part may also be formed as a through hole, so that the insertion element can be mounted rotationally in the front wall of the shell part. This front opening of the shell part can then be closed, for example by means of clips or the like.

To actuate the adjusting screw, for example, the cap on the bore for receiving the hinge pin mounted on the front side also have a hole.

In a two-part embodiment of the frame band, which can optionally also be combined with a lateral adjustment as described above, a cover cap which conceals the slider and the upper part of the frame band can be used. This cover cap may have a mountable on the upper opening of the bore for receiving the hinge pin retaining ring, in which a frame band socket for receiving the hinge pin is used against rotation.

Furthermore, the retaining ring may have two optionally opposite recesses into which engage corresponding projections on the outer wall of the frame band bushing. These projections may have a different thickness, so that the position of the frame band bushing and thus the hinge pin of the wing band changes when the frame band bushing is rotated by 180 ° inserted into the retaining ring. Therefore, the closing pressure of the wing element can be varied, when the frame band socket or the retaining ring is eccentric.

Fig.1

den Querschnitt einer ersten Ausführungsform eines nicht erfindungsgemäßen Rahmenbandes;

Fig.1a

einen Aufriß des ersten Ausführungsbeispiels;

Fig.2

den Querschnitt eines zweiten Ausführungsbeispiels eines zweiteiligen nicht erfindungsgemäßen Rahmenbandes;

Fig.2a

den Aufriß des zweiten Ausführungsbeispiels;

Fig.3

den Querschnitt eines dritten Ausführungsbeispiels eines nicht erfindungsgemäßen dreiteiligen Rahmenbandes;

Fig.4

den Querschnitt eines vierten nicht erfindungsgemäßen Ausführungsbeispiels;

Fig.4a

eine perspektivische Seitenansicht des in Fig.4 gezeigten Querschnitts;

Fig.5

eine perspektivische Ansicht von Einzelteilen eines dreiteiligen nicht erfindungsgemäßen Rahmenbandes mit integrierter Seiten- und Höhenverstellung; und

Fig.6

eine perspektivische Ansicht von Einzelteilen eines zweiteiligen Rahmenbandes gemäß eines erfindungsgemäßen Ausführungsbeispiels.

Further advantages and features of the invention will become apparent from the following description of several embodiments, and from the drawings, to which reference is now made.
Show it:

Fig.1

the cross section of a first embodiment of a non-inventive frame band;

1a

an elevation of the first embodiment;

Fig.2

the cross section of a second embodiment of a two-piece frame strip not according to the invention;

2a

the elevation of the second embodiment;

Figure 3

the cross section of a third embodiment of a non-inventive three-piece frame band;

Figure 4

the cross section of a fourth embodiment not according to the invention;

4a

a side perspective view of the Figure 4 shown cross section;

Figure 5

a perspective view of parts of a three-part frame belt not according to the invention with integrated side and height adjustment; and

Figure 6

a perspective view of individual parts of a two-part frame band according to an embodiment of the invention.

Unless otherwise stated below, the same reference numbers always refer to the same constructive features of Fig.1 to 6 ,

As indicated by an in Fig.1 shown first embodiment of a non-inventive frame band 10 can be seen, this has at least one bore 12 for receiving a bolt, not shown here, which, for example, stored a wing band out. The frame band 10 has a firmly with a frame, not shown here connectable slider 16. This slider 16 is at least partially encompassed by a shell part 18 and moves relative to the shell part 18 by means of a height adjustment device 14. The height adjustment device 14 is arranged in the slider 16 adjusting device 20, which is in contact with the shell part 18. Via a contact point 22, a change in position of the shell part 18 with respect to the slider 16 can be adjusted continuously. In this first embodiment, the adjusting device 20 is designed in the form of a rotatably mounted eccentric 24. For fixing the slider 16, a receptacle 34 is provided, into which, for example, a support pin 36 is screwed.

As in particular from the Fig. 1a it can be seen, the shell part 18 engages around the cross-sectionally dovetail-shaped slider 16. The first embodiment of a non-inventive frame band 10 is designed here as a hinge. It can be fastened in particular as a so-called Aufschraubband on a frame, not shown here. Of course, the slider 16 may additionally have a surface to be fastened on the frame element.

Fig.2 shows a cross section of a second embodiment of a non-inventive frame band 10, wherein the slider 16 in a in 2a groove shown 44 of the shell part 18 is mounted. The height adjustment device 14 has an adjusting device 20, which includes a running in the direction of the bore 12 screw 26 for stepless change in position of the shell part. The screw 26 is supported by means of a thread 46 on the fixedly connected to the frame slide 16. Preferably, the screw 26 is designed as a grub screw with a hexagon. On the end of the screw, a securing element 28, which is firmly connected to the shell part 18, is supported to form a joint Contact point 22 from. The securing element passes through the slider 16, which has a slot 48 in the penetration area of the securing element 28. The slider 16 is dimensioned such that it terminates at the extreme positions of the height adjustment device 14 with the shell part 18 at most flush. For attachment of the slider 16 on the frame, not shown here receptacles 34 are introduced, which serve for attaching support pins 36. The slider 16 and the shell member 18 also have recesses 38 which serve to receive attachment means 40, not shown here, to create a successful long-term fixation on the frame after the height adjustment together.

In this embodiment, an element 42 of the shell part 18 between the frame and slide 16 is arranged. In order to allow a relative movement of the shell member 18 with respect to the slider 16 at all, arranged in the element 42 recesses 38 are formed in the form of elongated holes.

Finally, a cap 50 can be introduced into the bore 12 on the underside in order to cover the height adjustment device 14. In addition, a bushing 32 can be provided in the bore 12 for supporting a hinge pin, not shown here. This has a collar 54, on the surface of adhesive and Gleireibungsarm rests the wing band, not shown here. The collar 54 may also cover the design-related, necessary for sliding displacement of the slider 16 in height adjustment gap 52.

As in 2a For this purpose, the collar 54 has a suitable contour in the area between the axle receptacle and the slide 16 or the shell part 18.

The securing element 28 is inserted into the shell part 18 on the frame side in this exemplary embodiment. Of the Slider 16 and the shell part 18 are band-side strip-shaped. The strip-shaped part of the frame strip 10 serves as a screw-on.

Figure 3 shows the schematic cross section of a third embodiment of a non-inventive frame band 10. This three-part frame band 10 has an abutment 30 which is attached to the top shell side of the shell part 18. By a fixed connection with the shell part 18 performs the abutment 30, which serves a coaxial bore 12 for top band guide of a hinge pin, not shown here, the position to be adjusted via the height adjustment device 14 of the shell part 18.

The slider 16 is arranged in this third embodiment between the frame and the shell part 18, not shown. The slide 16 has recesses 38 in the form of elongated holes in order to allow a passage of the fastening means 40 in the frame, not shown, upon displacement of the shell part 18. Of course, in addition to the screw shown here, the fastening element 40 can also be any other load-transmitting fastening means. Of course, the abutment 30 can be mounted next to the mounting shown here on the shell part 18, for example, by simply plugging the shell part 18.

In Figure 4 the cross section of a fourth embodiment of a non-inventive frame band 10 is shown. This three-part frame band 10 has a slide 16 movably guided in the shell part 18. The shell part 18 and the abutment 30 are in this case made in one piece. The height adjustment device 14 provided for stepless change in position of the shell part 18 with respect to the slide 16 has an adjusting device 20 on the slide side and a securing element on the shell part side. In the slide 16 are in addition to the receptacle 34 for attachment of the support pins 36, which allow a fixation with the frame, not shown here, a thread 46 inserted below the lower side. This serves to support the screw 26, the end of the screw is in contact with the securing element 28 at the contact point 22. The securing element 28 is firmly connected to the shell part 18 on the frame side and protrudes into a slot 48 provided in the slide 16. A simple rotational movement of the screw 26 achieves a stepless change in position of the shell part 18 with respect to the fixed slide 16. The running in the form of a Aufschraubleiste element 42 of the shell member 18 also has recesses 38 in the form of slots to a reaching through fasteners 40, which provides a load-transmitting, solid connection of slide 16 and shell member 18 with the frame, not shown here. In particular, the recess 38 in the slider can be formed as a reduction, for example, to receive the head of the fastener 40 positively.

As particularly well in the perspective side view of the fourth embodiment in 4a to see the shell member 18 engages the slider 16. The slider 16 is dimensioned so that it is at the extreme positions of the height adjustment device 14 with the shell part 18 at most flush. Upper and lower band side slide 16 and shell member 18 are formed such that they form the bore 12 in combination. In the bore 12 sockets 32 are inserted, which serve to receive a hinge pin, not shown here. The bushings 32 each have a contoured collar 54. The collar 54 is supported on the shell part 18. The collar 54 is in particular designed such that it covers a necessary for height adjustment of the frame band 10 gap 52 between bore 12 and slide 16. The bore 12 and the height adjustment device 14 are covered by the cap 50.

The slider 16 and the shell part 18 are manufactured inexpensively as Spritzguß- or extrusion in mass production. Depending on the application and location, they are made of metal, plastic or a combination thereof.

Upon actuation of the height adjustment device 14, the position of a between the sockets 32 located here not shown wing band is continuously positioned with respect to the frame. In this case, a distance between the collar 54 and the rotatably mounted thereon belt part does not change.

In the illustration according to Figure 5 a three-piece frame band 10 is shown in which the shell member 18 can be adjusted not only in its height, but also in its lateral position with respect to a frame, not shown here, wherein it does not require a prior disassembly of a wing. For this purpose, a side adjusting device 56 is provided, which has two adjusting elements 58, which sit in threaded holes 60 of the slider 16 and are designed as adjusting screws 62. In the assembled state are located between the inner wall 64 of the shell part 18 and the slider 16, two pressure pieces 66 which sit as coil springs on the shafts of the adjusting screws 62.

The adjusting screws 62 can each be rotated by a slot 68 in the shell portion 18 for lateral adjustment of the shell member 18 from the outside, being ensured by the slots 68 at the same time that the shell member 18 can be adjusted relative to the slider 16 in its altitude without access to prevent the adjustment screws 62. The heads of the adjusting screws 62 are supported on the shell part 18 in the slots 68.

In order to adjust the shell member 18 in both its height and lateral position, the recesses 38 which are penetrated by the support pins 36, and that Secured element 28 receiving slot 48 formed flat, so that their height limit the height adjustment and their width the lateral adjustability.

At the concluding in Figure 6 shown embodiment of the invention is a perspective view of a two-part frame band 10, wherein the shell member 18 can be moved relative to the slider 16 in the manner of a spindle slide in height. Serves an adjusting screw 70, the threaded portion is seated in a frontal thread on the lower part of the slider 16. The head 72 of the adjusting screw 70 is in the assembled state of the frame strip 10 in a cavity 74 of a male member 76 which sits against rotation and self-locking in an opening 79 on the back of the shell part 18. The insertion element 76 has on the upper side of the cavity 74 a U-shaped recess 78 which is penetrated by the shaft 80 of the adjusting screw 70. The height of the cavity 74 corresponds approximately to the thickness of the head 72 of the adjusting screw 70.

In order to turn the adjusting screw 70 in the assembled state and thus to be able to adjust the shell part 18 in its vertical position relative to the slide 16, the insertion element 76 has a penetration bore 82. The same purpose is served by the hole 84 in the cap 50.

At the in Figure 6 illustrated embodiment, a cap 86 is used, which covers the slider 16 and the upper part of the shell part 18 in the assembled state of the frame band 10. The cap 86 is supported with a nose 88 on the upper end side of the shell part 18 and lies with a retaining ring 90 on the bore 12 of the shell part 18. The retaining ring 90 serves to receive a frame band socket 92, which in turn serves to receive the hinge pin, not shown, of the wing band. The Frame band socket 92 has on its wall extending in each case in the longitudinal direction extending a first projection 94 and a second projection 96 which engage in opposite recesses 98 of the retaining ring 90 and the bore 12, so that the frame band bushing 92 against rotation and tilt in the retaining ring 90th or the bore 12 is seated.

Since the projections 94 and 96 have different thicknesses on the wall of the frame band bushing 92, the frame band bushing 92 is formed eccentrically and changes its distance in the direction of the wing plane when rotated by 180 ° in the retaining ring 90 and the bore 12 is used. This is symbolized by the plus and minus signs on the top of the bushing ring 100.

LIST OF REFERENCE NUMBERS

10

frame hinge

12

drilling

14

height adjustment

16

pusher

18

shell part

20

adjustment

22

contact point

24

eccentric

26

screw

28

fuse element

30

thrust bearing

32

Rifle

34

admission

36

support pin

38

recess

40

fastener

42

element

44

groove

46

thread

48

Slot, recess

50

cap

52

gap

54

collar

56

Seitenverstellvorrichtung

58

adjustment

60

threaded hole

62

adjusting

64

inner wall

66

Pressure piece

68

slot

70

adjustment

72

head

74

cavity

76

male member

78

U-shaped recess

79

opening

80

shaft

82

Through bore

84

hole

86

cap

88

nose

90

retaining ring

92

Frame strip sleeve

94

first advantage

96

second lead

98

recess

100

jack ring

Claims (21)

1. Frame hinge (10) for accommodating a leaf hinge, having at least one bore (12) for receiving a bolt and having a height adjusting device (14), wherein the frame hinge (10) comprises a slide (16) which can be fixedly connected to a frame and around which a shell part (18) at least partly engages, and in that the shell part (18) can be moved relative to the slide (16) by means of the height adjusting device (14), wherein the height adjusting device (14) is an adjusting unit (70) which can be set in the slide (16), is in contact with the shell part (18) and is able to change the contact point of the shell part (18) in terms of position with respect to the slide (16), wherein the adjusting unit (70) comprises a screw (70) extending in the direction of the bore (12) and the height adjusting device (14) consists of a thread provided in the slide (16) and the setting screw (70) rotatable therein, characterised in that the head (72) of the setting screw (70) is supported against a wall of a slide-in element (76) of the frame hinge (10), which element is inserted in an opening (79) in the shell part (18) in a rotationally fixed manner.
2. Frame hinge (10) as claimed in Claim 1, characterised in that the slide (16) terminates at most flush with the shell part (18) at the end positions of the height adjusting device (14).
3. Frame hinge (10) as claimed in any one of Claims 1 to 2, characterised in that on the hinge upper side a counter-bearing (30) can be mounted on the shell part (18).
4. Frame hinge (10) as claimed in Claim 3, characterised in that the counter-bearing (30) and/or the frame hinge (10) comprises a sleeve (32).
5. Frame hinge (10) as claimed in any one of Claims 1 to 4, characterised in that the slide (16) comprises at least one receptacle (34) for mounting a support pin (36).
6. Frame hinge (10) as claimed in any one of Claims 1 to 5, characterised in that the slide (16) and the shell part (18) each comprise at least one corresponding recess (38), which recesses accommodate a fastening means (40) by means of which they can be connected to the frame together, wherein either in the slide (16) or in the shell part (18) the recess (38) is an elongate hole.
7. Frame hinge (10) as claimed in any one of Claims 1 to 6, characterised in that an element (42) of the shell part (18) is disposed between the frame and slide (16).
8. Frame hinge (10) as claimed in any one of Claims 1 to 7, characterised in that it is an injection-moulded or extruded part.
9. Frame hinge (10) as claimed in any one of Claims 1 to 8, characterised in that it consists of metal, synthetic material or a combination thereof.
10. Frame hinge (10) as claimed in any one of Claims 1 to 9, characterised in that the shell part (18) can be moved relative to the slide (16) by means of a lateral adjusting device (56).
11. Frame hinge (10) as claimed in Claim 10, characterised in that the lateral adjusting device (56) consists of at least one adjusting element (58) co-operating with the slide (16) for the lateral movement of the shell part (18).
12. Frame hinge (10) as claimed in Claim 11, characterised in that the adjusting element (58) is formed as an adjusting screw (62) engaging through a threaded bore (60) in the slide (16), which adjusting screw is supported with its head against the shell part (18).
13. Frame hinge (10) as claimed in any one of Claims 10 to 12, characterised in that at least one pressure piece (66) is disposed between an inner wall (64) of the shell part (18) and the slide (16).
14. Frame hinge (10) as claimed in Claim 10, characterised in that the adjusting element (58) is formed as an eccentric.
15. Frame hinge (10) as claimed in any one of Claims 10 to 14, characterised in that the recesses (38; 48) of the shell part (18) are formed as flat apertures whose vertical extension delimits the height displaceability and whose horizontal extension delimits the lateral displaceability of the shell part (18).
16. Frame hinge (10) as claimed in any one of Claims 1 to 15, characterised in that the slide-in element (76) is disposed in the opening (79) in the shell part (18) in a self-locking manner.
17. Frame hinge (10) as claimed in any one of Claims 1 to 16, characterised in that the opening (79) is formed as a bore passing through the shell part (18) and the slide-in element (76) is mounted in the front wall of the shell part (18) in a rotationally-fixed manner.
18. Frame hinge (10) as claimed in any one of Claims 1 to 17, characterised in that a through-bore (82) is provided in the slide-in element (76) and/or a hole (84) is provided in the cap (50) for actuating the setting screw (70).
19. Frame hinge (10) as claimed in any one of Claims 1 to 2 and 5 to 18, characterised in that a cover cap (86) is provided for covering the slide (16) and for accommodating a frame hinge sleeve (92).
20. Frame hinge (10) as claimed in Claim 19, characterised in that the frame hinge sleeve (92) is disposed in a holding ring (90) of the cover cap (86) in a rotationally-fixed manner.
21. Frame hinge as claimed in Claim 19 or 20, characterised in that the frame hinge sleeve (92) or the holding ring (90) is formed eccentrically.

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