EP2208843B1 - Hinge for a door - Google Patents

Description

The invention relates to a hinge having a first and a second hinge part, one of which is attachable to a door and one to a frame and one having a hinge pin which engages in a bore of the other hinge part and forms with the bore the axis of rotation of the hinge, wherein the first hinge part comprises a holder which can be fixedly connected to the door or the frame and a mounting part displaceably guided on the holder and at least one dimensionally adjustable, wherein the hinge pin or the bore receiving it is arranged in the mounting part and wherein the second hinge part comprises an angled support arm wherein the hinge pin or the bore receiving this is arranged in the mounting part, and wherein the second hinge part comprises an angled support arm, wherein the holder is formed as an at least two-legged angle with an angle parallel to the axis of rotation of the hinge i The angle piece has at least two mutually angled mounting surfaces, with which it can be placed on a vertical edge of the door or the frame on two edge-cutting surfaces of the door or the frame, and wherein the mounting part in a in one of the legs of the elbow formed recess is slidably inserted.

At one from the document DE 10 2004 012 890 B3 Known hinge is a simple adjustment of the position of the door or a window in relation on the frame, in the direction parallel to the plane of the door or window. Further, in the known hinge, the first hinge part is inserted into a groove machined on the upper or lower end of the door or window, the first hinge part being recessed in the groove on the door or window so as to be substantially flush with the first hinge part upper or lower end of the door or window completes. It is often annoying and usually disadvantageous when a commercial door can not be provided directly on the site with hinges and set, but must be given in advance in a joinery to be provided with the required for the recessed mounting of the hinge grooves , The position and durability of the hinge are then further determined by the accuracy with which the joiner makes the groove.

Another hinge with adjustable axis of rotation is from the document CH 348 535 A known. In this known hinge, the hinge pins of the two second hinge parts, which form the axis of rotation of the door or of the window with respect to the frame, are fixed in their position with respect to the frame. Although the position of the door or of the window with respect to the axis of rotation can be adjusted by means of the first hinge part, a recessed mounting of the hinge is also required here.

From the document US 3,299,573 A Although it is known to form a second hinge part of a hinge pin receiving support arm and a perpendicular thereto and thus aligned parallel to the hinge pin, another arm, the other arm has a hole and a slot for attachment to the frame by means of screws, the adjustment options However, the second hinge part with respect to the frame are very limited and dependent on the skill of the fitter. The position of the first hinge part relative to the door or the window is practically not adjustable, because only two through holes are provided for fastening screws for the attachment of the first hinge part.

In the document DE 101 33 226 C1 , from which the claim 1 in the preamble emanates, there is described as a corner bearing hinge for a window, a door or the like with a wing and a fixed frame described, on the one hand a rotational movement and on the other a tilting movement between the wing and the frame should allow. The wing is supported on a lower folding leg of the frame. For this purpose, a wing-side first part and a frame-side second part are provided with an angled support arm. The first part has a first leg and a second leg with a molded-on holder. A rectangular receiving chamber in the holder allows a receptacle of a pin which projects from the support arm. In the receiving chamber, a mounting part is arranged, which has a semicircular recess for receiving a hemispherical end of the pin. At its lower end, the mounting member has a rectangular projection which is slidably guided in a complementary groove formed in a bottom of the receiving chamber. To move the mounting member, the mounting member has a parallel to the groove extending threaded bore in which a corresponding threaded screw is arranged, which extends through an opening in the walls of the holder and can be rotated by a screw head. If the threaded screw is rotated, then its thread cooperates with an internal thread of the mounting part, whereby the mounting part can be adjusted one-dimensionally. Since the pin is loosely supported in the receiving chamber with lateral play and is supported only in the semi-circular recess in the semicircular recess, a tilting movement of the wing can take place, wherein the tilting axis lies in the recess and parallel to the axis of rotation of the threaded screw. The tilting movement and the adjustment are thus independent of each other. The mounting member or the recess serves during a rotational movement of the wing only as a lower support to support the weight of the wing, at least partially. In order to allow a rotational movement about a fixed axis and thus to be able to define an axis of rotation with a bore, further hinges elsewhere in the wing and the frame are required in this document.

One in the document FR 1422961 B Door hinge shown is a two-dimensionally adjustable hinge. The two-dimensional adjustment is carried out only in an axis extending transversely to the hinge axis. It has a mounting part, which can be adjusted in a housing, however, only in one direction transverse to the hinge axis.

The document US 5,755,011 B shows two embodiments of a bi-directionally adjustable door hinge each with a first and a second hinge part. An axis of rotation is formed in the first embodiment by a hinge pin which is height adjustable via an engaging from below the adjusting screw. In the second embodiment, the hinge axis in addition to a lower end of its hinge pin on a befindliches with a pin receiving, designed as a threaded part mounting part. By turning a set screw inside the threaded part, the hinge pin can be raised or lowered so that the hinge can be adjusted in a second direction parallel to the hinge axis. The mounting part can be adjusted perpendicular to the hinge axis only one-dimensionally.

The object of the invention is in a hinge specified in the preamble of claim 1 type, the realization of the adjustability of the hinge in at least two directions, wherein the hinge has a compact construction possible.

According to the invention the object is achieved in that a main body of the mounting member is slidably held in a guide in the recess of the holder, but self-locking and that in an opening formed in the body, a hinge pin or the receiving bore this having bushing part is used that the female part in the opening of the main body is arranged transversely to the direction of displacement of the base body in the first hinge part and self-locking, that the female part inserted into the opening of the base body has a first threaded bore aligned transversely to the axis of rotation, in which a rotatable, but axially immovable first set screw is inserted, and that the socket part is guided on a first cylindrical pin, which is arranged parallel to the first threaded pin and fixed in the holder, so that the socket part transversely to the axis of rotation of the hinge adjustable, however adjustable in the direction of the axis of rotation of the hinge, but held immovably in the direction of the axis of rotation in the holder of the first hinge part.

According to the invention, therefore, a multi-part, consisting of a socket part and a base body mounting member is proposed, wherein the socket part is arranged on an axially non-displaceable threaded pin in the body transversely to the direction of displacement of the body slidably and self-locking.

By the invention, a hinge of the type mentioned is improved so that in a simple way the adjustability of the hinge is made possible in at least two directions. Moreover, the need for a recessed hinge assembly is made superfluous with the least possible space requirements and it remains the accessibility of the adjusting (threaded pins) ensures the interleaved parts.

Since, according to the invention, a base body of the mounting part is displaceably held in a guide in the recess of the holder, but held self-locking and since in a formed in the body opening a hinge pin or the receiving bore this having bushing part is used, the hinge pin or this receiving Bore easily adjustable transversely to the axis of rotation of the hinge.

Further, according to the invention, the bushing part in the opening of the body transversely to the direction of displacement of the body in the first hinge part slidably and self-lockingly arranged, the hinge pin or the receiving bore is displaceable in a second direction transverse to the axis of rotation, whereby the hinge thus two-dimensional overall is adjustable.

Since, according to the invention, the bushing part inserted into the opening of the base body has a first threaded bore oriented transversely to the axis of rotation, into which a rotatable, but axially non-displaceable first threaded pin is used, the female part can be adjusted in a simple manner transverse to the axis of rotation and transversely to the direction of displacement of the body in this. In addition, a simple and secure adjustment for the female part is therefore also given in this case and it is created a self-locking bracket and adjustment.

Advantageous embodiments of the hinge according to the invention form the subject matters of the dependent claims.

In one embodiment of the hinge according to the invention, the socket part has a threaded bore into which an insert threaded with an external thread engages in a height-adjustable manner in the direction of the axis of rotation of the hinge, which has the hinge pin or the bore receiving it. In this embodiment, the hinge pin is adjustable in its longitudinal axis in a simple manner.

In a further embodiment of the hinge according to the invention, the socket part has a transverse to the axis of rotation and transversely to the first threaded bore aligned second threaded bore into which a rotatable, but axially non-displaceable second threaded pin is inserted, each with its free ends on the inside supported the holder, and the main body has slots in which the free ends of the second threaded pin are slidably received. In this embodiment, the base body can be adjusted together with the socket part in a simple manner transversely to the axis of rotation. In this embodiment, such a simple and secure adjustment for the body is given and it is again a self-locking support and adjustment created.

In a further embodiment of the hinge according to the invention, the socket part is guided on a first cylindrical pin and the main body on a second cylindrical pin, wherein the first cylindrical pin is arranged parallel to the first threaded pin and the second cylindrical pin parallel to the second threaded pin, wherein the first cylindrical pin in the base body and the second cylindrical pin is fixed in the holder, and wherein the second cylindrical pin extends in the socket part in a slot, so that the base body and the socket part in a direction transverse to each other and in a second direction together and each transverse to the axis of rotation of Hinge adjustable, but are held immovably in the direction of the axis of rotation in the holder of the first hinge part. In this embodiment of the hinge according to the invention is ensured by a good guidance of the body in the first hinge part and the female part in the base body sufficient smoothness in the adjustment. In addition, a mechanical mutual support of the nested parts is possible.

In a further embodiment of the hinge according to the invention, the setscrews and the insert, which cause an adjustment and / or fixation, in the assembled state of the first hinge part accessible from outside operable. It can therefore be made in the installed state of the door at any time their adjustment and thus a readjustment of the same.

In a further embodiment of the hinge according to the invention, the holder in each leg on at least one bore for inserting a screw for fastening the holder on the outer surface of a door or a frame. In this embodiment, the holder of the first hinge part can be easily and securely fixed to the door or the frame.

In a further embodiment of the hinge according to the invention, the two legs of the angle piece at least in the region of the angle apex connecting transverse wall is present. The first hinge part is formed in this embodiment of the hinge as a corner cap, which can be placed at the top and bottom of the door, but preferably at the bottom, because then the additional transverse wall between the two legs of the elbow can accommodate the load of the door. The weight of the door can be transferred sufficiently over the hinge. Accordingly, the upper hinge only needs to transmit minimal forces so that a first hinge part without such a transverse wall can be used there.

In a further embodiment of the hinge according to the invention, the support arm is L-shaped made of sheet metal and the one L-leg of the support arm extends parallel to a first plane and the other L-leg of the support arm extends parallel to a second, to the first plane perpendicular plane and in a direction parallel to the first plane. As a result, it can be achieved that that leg of the angle piece which does not carry the mounting part for the hinge pin can be brought into a position when closing the door, in which it is arranged next to the one L-leg. Suitably, this leg of the elbow may have the same thickness as the one L-leg, so that if necessary, an extremely narrow gap between the door and frame can be realized.

Fig. 1

in perspektivischer Darstellung eine Ansicht der Vorder- oder Innenseite einer Tür, die mit einem nicht erfindungsgemäßen Scharnier an einem Rahmen drehbar gehaltert ist,

Fig. 2

in perspektivischer Darstellung eine Ansicht der Rück- oder Außenseite der Tür und des Rahmens nach Fig. 1, jedoch in einer auseinandergezogenen Darstellung,

Fig. 3

als eine Einzelheit die Tür nach Fig. 1 mit einem ersten Scharnierteil,

Fig. 4

in einer Längsschnittansicht das erste Scharnierteil nach Fig. 3 für eine eindimensional justierbare Ausführungsform des Scharniers, die nicht erfindungsgemäß ist,

Fig. 5

in gleicher Ansicht wie in Fig. 4 das erste Scharnierteil, aber für eine dreidimensional justierbare Ausführungsform des Scharniers, die erfindungsgemäß ist, und

Fig. 6

in einer Ansicht wie in Fig. 3 das erste Scharnierteil für eine nicht erfindungsgemäße Ausführungsform des Scharniers, in der das erste Scharnierteil als eine Eckkappe ausgebildet ist, wobei diese Ausführungsform als Eckkappe auch bei dem erfindungsgemäßen Scharnier einsetzbar ist.

Inventive embodiments of the hinge and a non-inventive embodiment of the hinge will be described in more detail below with reference to the drawings. It shows

Fig. 1

3 is a perspective view of the front or inside of a door, which is rotatably mounted on a frame with a non-inventive hinge,

Fig. 2

in a perspective view of the rear or outside of the door and the frame after Fig. 1 but in an exploded view,

Fig. 3

as a detail the door behind Fig. 1 with a first hinge part,

Fig. 4

in a longitudinal sectional view of the first hinge part Fig. 3 for a one-dimensionally adjustable embodiment of the hinge, which is not according to the invention,

Fig. 5

in the same view as in Fig. 4 the first hinge part, but for a three-dimensionally adjustable embodiment of the hinge according to the invention, and

Fig. 6

in a view like in Fig. 3 the first hinge part for a non-inventive embodiment of the hinge, in which the first hinge part is formed as a corner cap, this embodiment can be used as a corner cap also in the hinge according to the invention.

In the following description, a hinge 12 in connection with the attachment to a door 10 and a corresponding frame 20 is explained. Although the same conditions apply in connection with a window and a corresponding window frame, preferably the hinge 12 is used as a door hinge.

With the hinge 12, the rotatable mounting of the door 10 on the frame 20 is accomplished in the illustrated embodiments. The door 10 and the frame 20 are each shown only schematically as a cuboid or a profile part. The hinge 12 consists of at least one each mounted on the upper and at the lower end of the door first hinge part 13 and at least one respectively associated, attached to the frame 20 second hinge part 14. The attachment of the two hinge parts 13, 14 at the bottom End of the door and the frame need not be shown in the drawings, because it can be mirror image of the attachment to the upper end. It can be used as a second hinge instead of the hinge 12 described here, any other version in a mirrored version. In this case, it is also technically possible to combine any desired one-, two- or three-dimensionally adjustable hinges.

The first hinge part 13 or the second hinge part 14 has a hinge pin 15 which engages in a bore 25 of the other hinge part. In the exemplary embodiment described here, it is assumed that the hinge pin 15 is fastened to the second hinge part 14, so that the first hinge part 13 has the bore 25 for the hinge pin 15. The hinge pin 15 and the bore 25 receiving this form the axis of rotation 40 (FIG. Fig. 4 and 5 ) of the door 10 relative to the frame 20. The hinge pin 15 receiving bore 25 is formed in the embodiment shown in a displaceable in the first hinge part 13 mounting member 18, whose structure will be discussed in detail below. In the context of the invention, it is quite conceivable to form the hinge pin 15 on the first hinge part 13 and the bore 25 for receiving the hinge pin 15 on the second hinge part 14.

The first hinge part 13 comprises a fixedly connected to the door 10 holder 16 to which the mounting member 18 is guided so displaceable that in the embodiments according to the Fig. 1 - 4th and 6 at least one-dimensionally adjustable. However, the mounting member 18 may also be adjustable in three dimensions as in the embodiment according to the invention Fig. 5 which is described in detail below.

The second hinge part 14, which carries the hinge pin 15, comprises an angled support arm 34. The support arm 34 is L-shaped made of sheet metal. An L-leg 34a of the support arm 34 extends parallel to a first plane. The other L-leg 34b of the support arm 34 extends parallel to a second plane perpendicular to the first plane and into one the first level parallel direction as best seen in the illustration Fig. 2 can be seen. On the L-leg 34b of the support arm 34 of the hinge pin 15 is attached. The leg 34 a of the support arm 34 has two holes 35 for insertion of fastening screws, not shown, for attachment to the frame 20.

The holder 16 is formed as an at least two-legged angle 17 with the two legs 17 a and 17 b and with an angle to the axis of rotation 40 of the hinge 12 parallel angle vertex 17 c. The holder 16 has two on the legs 17 a, 17 b of the elbow 17 formed by 90 ° against each other angled mounting surfaces 16 a, 16 b, with which it on a vertical edge 30 of the door 10 on two intersecting edges 30 a 10 a, 10 b Door 10 can be placed. Like the support arm 34, the holder 16 has holes for inserting fixing screws 11 for attachment to the door 10. Neither in the surface 10a nor in the surface 10b is a groove to be incorporated for this purpose. Furthermore, it is clear that the legs 17a, 17b and thus the attachment surfaces 16a, 16b need not cut at right angles. If the surfaces 10a, 10b of the door 10 have an angle different from 90 °, a holder 16 is selected with a corresponding angle between its attachment surfaces 16a, 16b.

The mounting member 18 is in the non-inventive embodiments of the Fig. 1 - 4th and 6 formed as a sleeve part 39 which is slidably inserted into a recess 28 formed in the leg 17b of the angle 17. For this purpose, the leg 17b is formed on its side facing away from the inside of the door 10 side as a kind of housing, in the top of which the recess 28 opens.

The mounting member 18 is slidably disposed in the first hinge part 13, so that the axis of rotation formed by the hinge pin 15 and the bore 25 40 can be made infinitely adjustable, but the mounting member 18 should be self-locking in any desired position.

There are described here two embodiments of the hinge 12, namely a non-inventive, in which the hinge is one-dimensionally adjustable, which in the Fig. 1 - 4th and 6 and an invention in which the hinge is three-dimensionally adjustable, which is shown in FIG Fig. 5 is shown. In the following, the non-inventive embodiment will now be described first.

As shown in Fig. 4 the mounting part 18 comprises the bushing part 39, which is slidably held in a guide in the recess 28 of the holder 16, but held self-locking and in the case shown and described here has the bore 25 receiving the hinge pin 15. The bushing part 39 inserted into the recess 28 of the holder 16 has a first threaded bore 48 oriented transversely to the axis of rotation 40 into which a rotatable but axially non-displaceable first threaded pin 52 is inserted. The first threaded pin 52 supports view with its free ends respectively on the inside of the recess 28 of the holder 16 from. The first set screw 52 has a tool internal attack 60, which is accessible via a bore 62 in the wall of the leg 17 a of the angle 17. The female part 39 is guided on a first cylindrical pin 56, which is arranged parallel to the first threaded pin 52 and fixed in two opposite walls of the recess 28, so that the female part 39 transversely to the axis of rotation 40 of the hinge 12 adjustable, but in the direction of the axis of rotation 40 is held immovably in the holder 16 of the first hinge part 12. The axis of rotation 40 of the hinge 12 is transversely displaceable in this embodiment, and so the hinge 12 is one-dimensionally adjustable.

At the in Fig. 5 illustrated embodiment in which the hinge 12 is three-dimensionally adjustable, a base body 19 of the mounting member 18 is slidably mounted on a guide in the recess 28 of the holder 16, but held self-locking fixable. In an opening 38 formed in the base body 19, the hinge pin 15 in a bore 25 receiving female part 39 is inserted, as shown in the illustration Fig. 5 shows. The female part 39 is in the opening 38 of the body 19 transverse to Shifting direction of the body 39 in the first hinge part 13 slidably and self-locking fixerbar arranged.

The bushing part 39 has in this embodiment, a threaded bore 42 into which an externally threaded insert 44 46 adjustable in height in the direction of the axis of rotation 40 of the hinge 12 engages, which has the hinge pin 15 receiving bore 25. With such an insert could also be the one-dimensionally adjustable embodiment of the hinge 12 after Fig. 4 be converted in this way into a two-dimensionally adjustable embodiment.

The inserted into the recess 28 of the holder 16 main body 19 has in its two mutually opposite walls, of which in Fig. 5 only the rear wall 19a is visible, two aligned transversely to the axis of rotation 40 slots (in Fig. 5 not visible), in which the free ends of a rotatable, but axially non-displaceable second threaded pin 54 extend. The second threaded pin 54, which is displaceable in the longitudinal direction in the two elongated holes and also freely rotatable in the oblong holes, has a length which is adapted to the dimension of the recess 28 in the holder 16. With its two free ends, the second set screw 54 thus abuts against two boundary walls of the recess 28 which are opposite one another and is thus axially immovable. The second set screw 54 is engaged with a second threaded bore 50 disposed in the sleeve 39, transverse to the first threaded bore 48. During rotation of the second threaded pin 54, whose intended and accessible from the outside accessible tool internal attack in Fig. 5 is not visible, a displacement of the socket body 39 is effected together with the base body 19 transversely to the axis of rotation 40. Due to the constant thread engagement is also a sufficient self-locking guaranteed.

As in the one-dimensionally adjustable embodiment of the hinge 12 after Fig. 4 proves this in the multidimensional adjustable embodiment Fig. 5 inserted into the opening 38 of the body 19 socket part 39 a transversely to the axis of rotation 40 and transverse to the second threaded pin 54 aligned first threaded bore 48, in which the rotatable, but axially non-displaceable first threaded pin 52 is inserted.

The female part 39 is in Fig. 5 guided on the first cylindrical pin 56 which is arranged parallel to the first threaded pin 52. By contrast, the base body 19 and the bushing part 39 are guided transversely thereto on a second cylindrical pin 58, which is arranged parallel to the second threaded pin 54 and fixed in the holder 16. The second threaded pin 54 is supported in each case with its free ends on the inside of the holder 16. The second cylindrical pin 58 passes through the bushing part 39 in a slot 66 in order not to hinder the adjustment of the bushing part 39 by the first threaded pin 52 transversely to the axis of rotation 40. In this way, the base body 19 and the socket part 39 are either transversely to each other and to the rotation axis 40 or both together and each transverse to the axis of rotation 40 of the hinge 12 adjustable, but immovable in the direction of the rotation axis 40 in the holder 16 of the first hinge part thirteenth held. In this three-dimensionally adjustable embodiment of the hinge 12 is instead of the bore 62 after Fig. 4 a slot 68 is provided so that the tool inner attack 60 of the first threaded pin 52 remains independently accessible from the outside, regardless of the displacement of the socket part 39 and the base body 19 in the recess 28 of the holder 16. The first cylindrical pin 56 is in the embodiment according to Fig. 5 anchored in the base body 19, however, in the embodiment according to Fig. 4 in the boundary walls of the recess 28 of the holder sixteenth

The holder 16 has in each leg 16a, 16b one or more holes for insertion of a screw 11 for attachment of the holder to the surfaces 10a, 10b of the door 10 or on the outer surface of the frame 20th

Fig. 6 shows in a view like in Fig. 3 the first hinge part 13 for a non-inventive embodiment of the hinge 12, in which the first hinge part 13 is formed as a corner cap. This training, which also in the hinge according to the invention Fig. 5 can be used results in that a transverse wall 17d connects the two legs 17a, 17b of the angle piece 17 at least in the region of the angle vertex 17c.

Claims (8)

1. Hinge (12) comprising a first and a second hinge part (13, 14), one (13) of which can be fastened to a door (10) and the other (14) of which can be fastened to a frame (20) and one of which comprises a hinge stud (15) that engages in a hole (25) in the other hinge part and, together with the hole (25), forms the rotational axis (40) of the hinge (12), the first hinge part (13) comprising a holder (16) that can be secured to the door (10) or to the frame (20) and an assembly part (18) that can be movably guided on the holder (16) and can be adjusted at least in one dimension, the hinge stud (15) or the hole (25) that receives said stud being arranged in the assembly part (18) and the second hinge part (14) comprising an angular support arm (34), the holder (16) being designed as an angle piece (17) that has at least two legs and an angle apex (17c) parallel to the rotational axis (40) of the hinge (12), the angle piece (17) comprising at least two fastening surfaces (16a, 16b) which are angled in opposite directions to one another and by means of which said angle piece can be placed on a vertical edge (30) of the door (10) or the frame (20) on two surfaces (10a, 10b) of the door (10) or the frame (20) that intersect the edge, and the assembly part (18) being movably inserted into a recess (28) formed in one (17b) of the legs (17a, 17b) of the angle piece (17), characterised in that a main body (19) of the assembly part (18) can be attachably held in a guide in the recess (28) in the holder (16) in a movable and yet self-locking manner, in that a sleeve part (39) comprising the hinge stud (15) or the hole (25) that receives said stud is inserted into an opening (38) formed in the main body (19), in that the sleeve part (39) in the opening (38) in the main body (19) is attachably arranged, in a movable and self-locking manner, in the first hinge part (13) transversely to the main body (19), in that the sleeve part (39) that is inserted into the opening (38) in the main body (19) comprises a first threaded hole (48) that is oriented transversely to the rotational axis (40) and in which a first rotatable, and yet axially immovable, threaded pin (52) is inserted, and in that the sleeve part (39) is guided on a first cylindrical pin (56) which is arranged in parallel with the first threaded pin (52) and attached in the holder (16), and therefore the sleeve part (39) is held in the holder (16) of the first hinge part (12) transversely to the rotational axis (40) of the hinge (12) so as to be adjustable and yet immovable in the direction of the rotational axis (40).
2. Hinge according to claim 1, characterised in that the sleeve part (39) comprises a threaded hole (42) in which an insert (46) provided with an outer thread (44) engages in the direction of the rotational axis (40) of the hinge (12) in a height-adjustable manner and which comprises the hinge stud (15) or the hole (25) that receives said stud.
3. Hinge according to any of claims 1 to 2, characterised in that the sleeve part (39) comprises a second threaded hole (50) which is oriented transversely to the rotational axis (40) and transversely to the first threaded hole (48) and in which a rotatable, and yet axially immovable, second threaded pin (54) is inserted which is supported in each case by its free ends against the inside of the holder (16), and in that the main body (19) comprises slots in which the free ends of the second threaded pin (54) can be movably received.
4. Hinge according to either claim 1 or claim 2, characterised in that the sleeve part (39) is guided on a first cylindrical pin (56) and the main body (19) is guided on a second cylindrical pin (58), the first cylindrical pin (56) being arranged in parallel with the first threaded pin (52) and the second cylindrical pin (58) being arranged in parallel with the second threaded pin (54), the first cylindrical pin (56) being attached in the main body (19) and the second cylindrical pin (58) being attached in the holder (10), and the second cylindrical pin (58) extending in the sleeve part (39) in a slot (66), and therefore the main body (19) and the sleeve part (39) are held in the holder (16) of the first hinge part (13) in a direction transverse to one another and together in a second direction and each transversely to the rotational axis (40) of the hinge (12), so as to be adjustable and yet immovable in the direction of the rotational axis (40).
5. Hinge according to claim 4, characterised in that, when the first hinge part (13) is assembled, the threaded pins (52, 54) and the insert (46), which bring about an adjustment and/or attachment, can be moved with access from the outside.
6. Hinge according to any of the preceding claims, characterised in that the holder (16) comprises in each leg (16a, 16b) at least one hole for inserting a screw (11) for fastening the holder (16) to the outer surface of a door (10) or a frame (20).
7. Hinge according to any of the preceding claims, characterised by a transverse wall (17d) that interconnects the two legs (17a, 17b) of the angle piece (17) at least in the region of the angle apex (17c).
8. Hinge according to any of the preceding claims, characterised in that the support arm (34) is produced from sheet metal so as to be L-shaped, in that one L-leg (34a) of the support arm (34) extends in parallel with a first plane, and in that the other L-leg (34b) of the support arm (34) extends in parallel with a second plane which is perpendicular to the first plane and in a direction parallel to the first plane.

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