EP2896772B1 - Strip section of a strip for pivoting fixing of a leaf to a frame - Google Patents

Description

The invention relates to a band part of a band for pivotally about a hinge axis attachment of a wing of a door, a window or the like to a frame, with a hinge part, which comprises a receptacle for a hinge pin defining the hinge axis, and with a fixing part, by means of which the band part can be fastened to a mounting surface of the wing or the frame, wherein the hinge part is displaceable relative to the fastening part approximately perpendicular to the hinge axis in an adjustment direction, wherein the fastening part comprises an abutment leg, which forms a counter bearing surface against which the hinge part with a contact surface directly or indirectly ,

Such a band part is from the WO 2004/018815 A1 known. The fastening part of this hinge part has a substantially plate-like shape. At the top and bottom of this attachment part has against the hinge part of the hinge part outwardly projecting horizontal guide webs, which have a rectangular cross-section in a vertical plane perpendicular to the frame plane and engage in complementary shaped guide grooves of the hinge part. The guide webs in the guide grooves form a straight guide, along which the hinge part opposite to the fastening part perpendicular to Hinge axis, ie can be moved horizontally in a conventional installation situation.

Although in this band part due to this configuration, a simple and robust horizontal band adjustment is created, which acts only in a direction perpendicular to the hinge axis and leaves the position in the two other spatial directions unaffected. The disadvantage, however, is that the thicknesses of the guide webs and the widths of the guide grooves may have only small tolerances should be avoided that the hinge part on the attachment part has too great, aggravating an exact positioning play or fastener and hinge part can not be joined, if the thickness of the guide webs exceeds the width of the respective associated guide groove. The latter can occur in particular when the fastening part and the hinge part are coated, for example, for coloring. Costly post-treatments on the attachment and / or hinge part are then required. In addition, it is disadvantageous that the plate-shaped fastening part permits assembly of this hinge part only on large-area attachment surfaces. Finally, it is unfavorable that the hinge part has a different, rugged appearance due to the projecting horizontal guide webs, depending on the adjustment. Depending on the adjustment position, the guide webs project more or less beyond the lateral edge of the hinge part.

A comprising the features of the preamble of claim 1 tape part is from the EP 285 229 A2 known.

The invention is therefore an object of the invention to provide an improved band part.

The object is achieved by the reproduced in claim 1 band part. In the strip part according to the invention, the fastening part comprises a fastening limb intended for bearing against the fastening surface of the wing or the frame, which protrudes approximately perpendicularly from the counter-bearing surface. Due to this measure, the band part according to the invention is suitable, for example, to a relatively narrow mounting surface, which is approximately perpendicular to the front surface of the wing or the frame to be attached. It may be, for example, the lateral edge surface of a Aufdecks.

In addition, the band part according to the invention has a recess in the contact surface into which the fastening leg protrudes. This measure results in that the outer edge surface of the mounting leg is always at least partially covered by the hinge part regardless of the respective adjustment position, so that the band part according to the invention has an improved visual appearance. The outer edge surface can also - as will be described - be formed as a support surface.

Neither the fastening part nor the hinge part of the hinge part according to the invention interlocking guide webs and guide grooves are provided, so that the risk of jamming or non-mounting, especially after the application of any surface coatings does not exist.

In the band part according to the invention at least one through hole for a fastening means, in particular for a fastening screw for fastening the band part is provided on the frame in the mounting leg, which extends approximately parallel to the counter-contact surface. The band part according to the invention is particularly suitable for mounting on the edge surface of a Aufdecks.

In order to be able to use a fastening screw with a head protruding beyond its threaded part, at least one recess extending up to the fastening leg is provided in the counter-bearing surface.

Particularly preferred is a development in which the bore cross-section extends into the counter-contact surface. In this way, the length of the fastening leg can be reduced, so that the hinge axis moves closer to the wing or to the frame. As a result of this measure, the levers under which carrying and actuating forces are introduced into the frame or into the wing via the band part according to the invention are reduced.

The bore cross section preferably extends approximately into the counterbearing surface with the radius of the bore. In order to be able to reach the fastening screws even when the hinge part is mounted on the fastening part, a recess extending in the adjusting direction is provided in the contact surface for each fastening screw. It lies opposite the associated recess provided in the counter-bearing surface. The two recesses preferably have a semicircular cross-section, so that when mounted on the fastening part hinge part results in a bore shape whose diameter is at least slightly larger than the diameter of the head of the fastening screws used.

Particularly preferred is a development of the hinge part according to the invention, in which the mounting leg comprises a parallel to the counter-contact surface extending support surface and the recess comprises a counter-support surface on which the support surface bears directly or indirectly. Due to this measure, an additional counter support surface is generated by means of the attachment leg and with the aid of the recess in the contact surface, whereby the suitability of the band member is improved for higher loads.

It is particularly preferred if the length of the recess, viewed in the adjustment direction, is greater than the maximum displacement length. It is then ensured that there is no gap formation between the fastening part and the hinge part, regardless of the adjustment position. Also, the mounting leg and the recess of the counter-contact surface act independently of the adjustment position as a support surface.

The displacement of the hinge part relative to the fastening part can in principle be effected by any means, for example adjusting drives. Particularly preferred is an embodiment in which an eccentric drive is provided for accomplishing the displacement. It comprises an eccentric, which is mounted with its circular part in one of the counter-bearing surface incorporated into the mounting part bearing bore and the eccentric part engages in a slot-shaped recess in the contact surface of the hinge part, or which is mounted with its circular part in a bore in the contact surface and engages the eccentric part in a slot-shaped opening in the fastening part.

For mounting the hinge part to the fastening part aligned slot-shaped apertures are provided on the fastening part transversely to the hinge axis, which serve the sunk receiving mounting screws, which are screwed into threaded holes in the hinge part. The length of the slot-shaped openings limits the maximum adjustment. By "sunk receptacle" is meant that the heads of the mounting screws do not protrude beyond the outer contour of the fastening part.

The fastening part preferably also includes an opening extending through the counter-abutment surface through which a stud for selectively locking the hinge pin in the receptacle can be actuated.

As already mentioned above, no guide grooves for guiding the guide which engage in guide grooves are provided on the fastening part and on the hinge part. It has been shown that, in particular in so-called three-part belts, in which the hinge part of the hinge part according to the invention engages in a space between two hinge parts of another hinge part, linear guides formed in this way are usually superfluous.

If, under certain conditions of use, for example, when the band part according to the invention is used in only two-part bands, prove that a separate guidance of the hinge part is desirable to the fastening part, it can be provided as a separate component guide element, which in both of the Hinge part, as well as the attachment part formed jointly bore can be inserted, through which the respective fastening screw can be reached by means of a suitable rotary tool prior to insertion of the guide element.

The guide element may be cup-shaped with a cylindrical lateral surface. The closed end side of the assembled guide element then preferably points away from the attachment side and is at least almost in alignment with the corresponding side of the attachment part, so that the band part imparts a harmonious, visual appearance. Accordingly, the open side of the guide element is preferably provided for through-hole.

The guide element preferably has a longitudinal slot in its cylindrical jacket surface. On the one hand, it can serve to ensure that the guide element can be introduced into the bore even in the case of a fixing device, for example a stud, in which the fixing device protrudes through the slot into the interior of the guide element, on the other hand, because of the slit, the cylindrical one Be extended lateral surface of the guide element so far that it rests under an elastic tension on the side wall of the common bore. Tolerances in the dimension of the common bore, which come about, for example, by different coating thicknesses or other manufacturing tolerances, can thus be compensated by the flexibility of the guide element in the radial direction to some extent.

Preferably, a locking device is provided, by means of which the guide element in its installed position, in which its bottom is at least substantially aligned with the corresponding side of the fastening part, is positioned in the common bore. Is - as preferred - the floor approximately in alignment with the corresponding side of the fastening part, so the guide element can not be removed, unless the locking device is not accessible from the outside. The designated as "guide member" component can thus also be used when it does not depend on the creation of an additional guide, but a sabotage protection is desired.

The latching device may have an opening provided in the attachment part between an outer surface and the guide recess and one on the guide element Have provided latching tongue. The latter is then preferably designed such that, by overcoming an elastic force from its normal position in which it engages in the opening, it is displaceable into a position displaced out of the opening. The guide element can thus be removed only when the band member is in a position in which the latching tongue is accessible through the opening and has been brought by means of a suitable tool in a position displaced out of the opening. Since the opening is regularly accessible only when the wing is in an open position with a mounted band part, the guide element can only be removed in the open position of the wing. With this guide element thus an effective improvement of sabotage protection is connected, since with the wing closed neither the covered by the guide element fixing screw nor a hinge bolt axially locking screw is accessible, provided that it is in the common bore.

The latching tongue may be formed in one embodiment such that it only in a displacement direction - preferably in the displacement direction in which the guide element must be moved to its removal from the common bore - acts.

However, the catch tongue may also be in both, i. may also be formed in the direction of insertion of the guide element in the common bore acting. It then serves not only the fixation of the guide member against its removal, but also its positioning in the insertion direction, so that both latches with appropriate adjustment of their storage and dimensioning effect the aligned with the side surface of the fastening part position of the bottom of the guide element.

Fig. 1

ein erstes Ausführungsbeispiel eines erfindungsgemäßen Bandteils in einer perspektivischen Ansicht, zusammengefügt mit dem unteren Bandteil eines dreiteiligen Bandes;

Fig. 2 a) bis c)

das Ausführungsbeispiel gemäß Fig. 1 in einer Ansicht von oben in verschiedenen Justierpositionen;

Fig. 3

einen Schnitt durch ein zweites Ausführungsbeispiel des erfindungsgemäßen Bandes in Höhe einer ersten gemeinsamen Bohrung mit einem eingesetzten Führungselement;

Fig. 4

den Ausschnitt I in Fig. 3 in einer vergrößerten Darstellung;

Fig. 5

die Ansicht II in Fig. 4, jedoch mit einer in das Befestigungsteil eingesetzten Befestigungsschraube;

Fig. 6

eine Fig. 5 entsprechende Ansicht, jedoch mit ebenfalls geschnittenem Führungselement;

Fig. 7 bis 10

eine Darstellung eines dritten Ausführungsbeispiels eines erfindungsgemäßen Bandteils in Fig. 3 bis 6 entsprechenden Darstellungen;

Fig. 11

verschiedene Ansichten des Führungselements des dritten Ausführungsbeispiels des erfindungsgemäßen Bandteils, sowie

Fig. 12

eine Explosionsdarstellung eines Ausführungsbeispiels eines erfindungsgemäßen Bandteils, bei welcher auch die Wirkungsweise des Verstellantriebs erkennbar ist.

The invention will now be further explained with reference to the accompanying drawings showing embodiments of the band portion of the invention. Show it:

Fig. 1

a first embodiment of a hinge part according to the invention in a perspective view, assembled with the lower band part of a three-piece band;

Fig. 2 a) to c)

the embodiment according to Fig. 1 in a view from above in different adjustment positions;

Fig. 3

a section through a second embodiment of the tape according to the invention in height of a first common bore with an inserted guide element;

Fig. 4

the detail I in Fig. 3 in an enlarged view;

Fig. 5

the view II in Fig. 4 but with a fastening screw inserted into the fastening part;

Fig. 6

a Fig. 5 corresponding view, but with also cut guide element;

Fig. 7 to 10

a representation of a third embodiment of a hinge part according to the invention in Fig. 3 to 6 corresponding representations;

Fig. 11

different views of the guide element of the third embodiment of the hinge part according to the invention, as well

Fig. 12

an exploded view of an embodiment of a hinge part according to the invention, in which the operation of the adjustment is recognizable.

This in Fig. 1 as a whole with 100 designated first embodiment of a hinge part according to the invention is provided as a wing hinge part of a three-piece band, which is therefore attached to the wing and with which the wing in an associated, attached to the frame frame hinge part with two spaced apart in the direction of the hinge axis hinge parts, of which only the lower is shown in the drawing, is mounted. However, the invention is not limited to this embodiment. For example, the frame hinge part could also have only one hinge part, in other words: it can be the strap part of a two-part strap. Also, for example, a frame band member could be formed in the manner described in this application.

The hinge part 100 comprises a hinge part 1 which is formed by a section of a profile made of an aluminum material and comprises a central receptacle 2 for a hinge pin 3 defining the hinge axis S. The hinge part 1 comprises a sleeve 30 whose outer contour is adapted to the outer contour of the frame hinge parts R, and whose length is only slightly smaller than the distance between the lower, in Fig. 1 shown frame hinge part R and the upper in Fig. 1 not shown frame hinge part is. The leaf hinge part can shift in the direction of the hinge axis S relative to the sleeve 30. It is shorter than the distance between the lower and the upper frame hinge part, so that an adjustment in the direction of the hinge axis S (vertical adjustment) of the wing hinge part with known measures is possible.

The band part 100 further comprises a fastening part 6, which rests with an at least substantially flat counter-abutment surface 7 on a likewise at least substantially planar bearing surface 4 of the hinge part 1. The hinge part 1 is thus displaceable relative to the fastening part 6. The displacement direction is parallel to the abutment and counter abutment surfaces 4 and 7 and perpendicular to the hinge axis S. The hinge part 1 is mounted on the mounting part 6 by means of mounting screws 5. For this purpose, they pass through elongated holes 8 extending perpendicularly to the hinge axis S and are screwed into threaded bores provided in the hinge part 1. The slots 8 are dimensioned such that the heads 9 of the mounting screws 5 are completely within the slots 8 and to achieve a clamping force between the investment and the counter-contact surface 4, the 7th acts, supported on laterally inwardly projecting projections 10 within the slots 8.

The counter-contact surface 7 is formed by a contact leg 31 of the fastening part 6. On the hinge part 1 side facing is from the abutment leg 31, a mounting leg 32 from approximately perpendicular. It projects into a recess 33, which is provided in the contact surface 4 of the hinge part 1. As in particular in Fig. 2 can be seen, the lateral edge of the mounting leg 32 is formed as a counter-surface 7 parallel support surface 34. The recess 33 is formed such that it forms a counter-support surface 35 on which the support surface 34 abuts. The lengths of the support surface 34 and the counter support surface 35 are dimensioned so that even at a maximum adjustment position, as in Fig. 2c) is shown, the support surface 34 and the counter-support surface 35 are still partially adjacent to each other, so that the formation of an adjusting nip is prevented.

To accomplish the adjustment an eccentric drive is provided with an eccentric 36, as he also for example in the WO 2004/018815 A1 is disclosed.

Below the upper slot 8 for the upper mounting screw 9, a further slot 37 is provided in the fastening part 6. Through this, a stud 38 is guided, which is screwed into a provided in the hinge part 1 threaded hole, which projects into the receptacle 2. This stud 38 is used for selective fixation of the hinge pin. 3

As in particular in Fig. 5 to 8 It can be seen that show further embodiments of the hinge part according to the invention, 32 through holes 27 are provided for each one fastening screw 26 in the mounting leg, which extend approximately parallel to the contact surface 7. The cross sections of the bores 27 are displaced into the countercontact surface 7 approximately at the radius of the bore. So that the head 25 of the fastening screw 26 can come into contact with the sole 24 of the respective bore 27, both in the counter-contact surface 7, as well as in the contact surface 4 in cross-section approximately semicircular Recesses 39, 40 provided. The recesses 39, 40 form in the assembled state of hinge part and fixing part 1, 6 each have a common bore 41. Through this common hole each a fastening screw 26 can be inserted into the respective bore 27 and rotatably actuated by means of a suitable rotary tool.

As in particular in Fig. 2 can be seen, the lengths of the support surface 34 and the counter-support surface 35 are greater than the maximum, in Fig. 2c ) illustrated displacement X in adjustment. This prevents the creation of an adjustment-dependent gap between the hinge part 1 and the fastening part 6 from the outside.

The band part 200 of the second embodiment selected as the second exemplary embodiment Fig. 3 to 6 is the wing hinge part of a two-part band, which is therefore attached to the wing and with which the wing in an associated, attached to the frame frame hinge part, which is not shown in the drawing, is hung. However, the invention is not limited to this embodiment. For example, the frame hinge part could also have two hinge parts, in other words: it can be the strap part of a three-part strap. Also, for example, a frame band member could be formed in the manner described in this application.

The strap part 200 comprises a hinge part 101, which is formed by a section of a profile made of an aluminum material and comprises a central receptacle 102 for a hinge pin 103 defining a hinge axis S.

On a substantially flat contact surface 104 of the hinge part 101, a fastening part 106 of the hinge part 200 is fastened with the aid of mounting screws 105. The latter has on its side facing the abutment surface 104, a likewise substantially flat counter-bearing surface 107, so that in this respect the hinge part 101 and the fastening part 106 are displaceable relative to each other. In the band part 200 according to the invention is a shift in the direction the double arrow V parallel to the investment or counter-bearing surfaces 104 and 107 and provided perpendicular to the hinge axis S. For this purpose, the clamping screws 105, which are screwed into threaded bores in the hinge part 101, pass through elongated holes 108 extending perpendicularly to the hinge axis S. The latter are dimensioned such that the heads 109 are located completely inside the elongated holes 108 and laterally to achieve the clamping effect support projecting projections 110 within the slots 108.

To ensure that a relative movement between the hinge part 101 and the fastening part 106 is only possible almost exactly in the direction of displacement V, the strip part according to the invention comprises a straight guide. It comprises two guide elements 111 designed as separate components, which are inserted into bores 112 formed jointly by the hinge part 101 as well as by the fastening part 106. "Together formed" means in the embodiment shown in the drawing, that the guide recesses formed here in cross-section approximately half of its cross-section in the hinge part 101, the other half of its cross-section are incorporated into the fastening part 106.

The guide elements 111 are approximately pot-shaped. Its bottom 113 is substantially aligned with the corresponding side surface 114 of the attachment part 106.

Integral to the bottom 113 is a cylindrical surface 115 of the guide member 111 connects. It is in the assembled state at least almost free of play and almost over its entire circumference at the boundary surfaces of the common holes 112 at.

The guide elements are made of a stable, resilient material, such as spring steel. They have in their drawing shown below, the hinge pin 103 facing area a slot 116 through which a releasable fixing device 117 for axially fixing the hinge pin 103 protrudes into the receptacle 102 in the interior of the guide member 111. The fixing device is a stud screw 118 which is screwed into a threaded hole 119 provided in the hinge part, which protrudes from a guide recess 112 into the receptacle 102 for the hinge pin 103. The front in the screwing direction end of the stud 118 is formed as a conical tip 120. It protrudes in the screwed state into an approximately complementary cross-section having annular groove of the hinge pin 103 into it. On the side opposite the slot 116, a latching tongue 121 is provided on the guide element 111, which in the relaxed, in the 3 and 4 recognizable normal state protrudes into an opening 122 of the fastening part 106. The pointing in the direction of the bottom 113 free end 123 of the latching tongue is supported on the inner wall of the opening 122, so that the guide element 111 without actuation of the latching tongue not from his in the Fig. 3 to 6 recognizable position can be shifted. For the removal of the guide member 111, the latching tongue 121 must rather with the aid of a suitable tool as far as the Fig. 3 to 6 pressed down until its end 123 is within the guide recess 112.

Since the opening 122 is regularly accessible only in the intended installation of the hinge part according to the invention, when the wing is open, the guide element can not be removed regularly with the wing closed.

As in particular in FIGS. 5 and 6 can be seen, the guide recess 112 extends to a sole 124 which is formed by a conical seat for a conical head 125 of a fastening screw 126 for fixing the band portion to a mounting surface. The fastening screw 126 passes through the fastening part 106 in a bore 127, which continues from the sole 124 to the outside. The Fig. 3 to 6 show that the head 125 of the fastening screw 126 is completely covered by the bottom 113 of the guide element 111. When inserted guide element 111 thus the head 125 of the fastening screw 126 is not accessible. Thus, not only one of the hinge and fixing parts comes relative to each other during the guide element 111 a displacement process leading effect, but it also provides an effective safeguard against unauthorized unscrewing the mounting screw 126 and the stud 118, which are also inaccessible guide element 111 inserted.

That in the Fig. 7 to 10 illustrated third embodiment of a band member 300 according to the invention differs only in the design of the locking tongue, now referred to as 221, from the previously described band member 200. To avoid repetition, therefore, to explain the structure and the functionality of the band member 300 completely to the description of the band member 200, unless it relates expressly to the function and design of the latching tongue 121.

The latching tongue 221 is double-acting, i. formed with respect to the adjustment direction V acting on both sides. The latching tongue 221 comprises two partial tongues 222 and 223, whose mutually facing edges 224, 225 are integrally connected to the guide element 111. Both tongues extend obliquely upward in the normal position shown in the drawing, so that they rest against the two narrow sides of the opening 122 and fix the guide element 111 in the adjustment direction V.

Both partial tongues 222, 223 each have a hole 226, 227. They serve the approach of an assembly and disassembly tool, not shown in the drawing, by means of which the dividing tongues are rückverlagerbar in the cross section of the guide recess 12, overcoming a spring force.

As in particular in Fig. 11 can be seen, which shows the guide member 111 of the third embodiment of the hinge part of the invention as a single part in different views, can be seen, the guide member 111 on the side of the open insertion end 128 has a tapered end towards the insertion 129, through which the insertion of the guide member 111th in the respective associated guide recess 112 (see, for example Fig. 8 ) is facilitated.

In the state not inserted into the respective guide recess 112, the guide element 111 has a lateral surface 115, the outer diameter of which widens from the insertion end 128 as well as from the bottom 113 toward the peripheral region a. In the area a, the guide element 111 thus has the largest outer diameter D in the state not inserted into the guide recess 112 (in FIG Fig. 11 the circumstances are exaggerated). Due to this measure, it is ensured that the guide element 111 after insertion into the associated guide recess 112 abuts with its lateral surface 115 under a radial tension without play on the lateral surface of the guide recess 112. The lateral surface 115 of the guide element 111 then has at least substantially a cylindrical shape.

The two embodiments 200, 300 of the strip part according to the invention are particularly suitable for use in two-part bands, since here linear guides of the hinge parts on the fastening parts to avoid tilting are desirable. Such tilting are regularly prevented in three-part bands of on both sides fixed (frame) hinge parts, so that can be dispensed with the necessary to form the linear guides guide elements.

The displacement of the hinge part 1 and the fastening part 6 in the adjustment direction V is used in the band parts 100, 200, 300, an eccentric 36 whose details in Fig. 12 are recognizable.

Details of a preferred embodiment of the eccentric drive 36 are Fig. 12 can be removed, which shows the embodiment 300 of the hinge part according to the invention in an exploded view. The eccentric drive 36 has a circular part 42. This is rotatably mounted in a bearing bore 43 of the fastening part 106. The circular part 42 comprises a hexagon socket 44 for attaching a turning tool.

Eccentric to the circular part 42 is an eccentric member 45 of larger diameter formed. It engages in an opening provided in the hinge part 101, slot-shaped recess 46 a. The longitudinal extent of the recess 46 extends parallel to the longitudinal direction of the hinge pin 103. In the direction perpendicular to the width direction, the recess 46 has an extent which corresponds approximately to the outer circumference of the Exzenterteils 45.

LIST OF REFERENCE NUMBERS

100, 200, 300

band part

1, 101

hinge part

2, 102

admission

3, 103

hinge bolts

4, 104

contact surface

5, 105

Mounting screws

6, 106

attachment portion

7, 107

Anvil surface

8, 108

slots

109

head

110

projections

111

guide elements

112

guide recesses

113

ground

114

side surface

115

lateral surface

116

slot

117

fixing

118

stud

119

threaded hole

120

top

121

catch tongue

122

opening

123

The End

24, 124

sole

25, 125

head

26, 126

fixing screw

27, 127

drilling

128

insertion end

129

Einfügebund

30

shell

31

contact leg

32

fastening leg

33

recess

34

support surface

35

Against support surface

36

eccentric

37

Long hole

38

stud

39

recess

40

recess

41

common hole

42

circular part

43

location hole

44

Allen

45

eccentric

46

recess

221

catch tongue

222

part tongue

223

part tongue

224

edge

225

edge

226

hole

227

hole

a

peripheral region

D

outer diameter

S

hinge axis

V

adjustment

X

shift length

R

Frame hinge part

Claims (13)

1. A strip section of a strip for fastening a leaf of a door, a window or the like to a frame so as to be pivotally movable about a hinge axis (S),
   with a hinge part (1, 101) comprising a receptacle (2, 102) for a strip pin (3, 103) defining the hinge axis (S), and
   with a fastening part (6, 106), by means of which the strip section (100, 200, 300) can be fastened to a fastening surface of the leaf or of the frame,
   wherein the hinge part (1, 101) can be displaced relative to the fastening part (6, 106) approximately perpendicularly to the hinge axis (S) in an adjustment direction, wherein the fastening part (6, 106) comprises an abutment leg (31) that forms a counter abutment surface (7, 107) against which the hinge part (1, 101) directly or indirectly rests with an abutment surface (4, 104),
   wherein the fastening part (6, 106) comprises a fastening leg (32) provided for resting against the fastening surface, which fastening leg extends approximately perpendicularly from the counter abutment surface (7, 107),
   wherein a recess (33) into which the fastening leg (32) protrudes is provided in the abutment surface (4, 104),
   and wherein at least one through-bore (27, 127) for fastening means, in particular for a fastening screw (26, 126) for fastening the strip section in the frame, is provided in the fastening leg (32), which through-bore extends approximately parallel to the counter abutment surface (7, 107),
   characterized in that at least one recess (39) which extends in the adjustment direction and through which a tool can be engaged with the fastening means is provided in the counter abutment surface (7, 107).
2. The strip section as claimed in claim 1, characterized in that the bore cross section extends into the counter abutment surface (7,107), preferably approximately with the radius of the bore.
3. The strip section as claimed in claim 1 or 2, characterized in that the fastening leg (32) comprises a support surface (34) extending parallel to the abutment surface (4, 104) and the recess includes a counter support surface (35), against which the support surface (34) directly or indirectly rests.
4. The strip section as claimed in any one of claims 1 to 3, characterized in that the length of the recess (33) is, if viewed in the adjustment direction, greater than the maximum displacement length (X).
5. The strip section as claimed in any one of claims 1 to 4, characterized in that an eccentric drive (36) is provided for realizing the displacement.
6. The strip section as claimed in claim 5, characterized in that the eccentric drive comprises an eccentric tappet which is supported with the circular part (42) thereof in a bore (43) machined into the fastening part (6, 106) from the counter abutment surface (7, 107) and the eccentric part (45) thereof engages in a slot-shaped recess in the abutment surface (4, 104) of the hinge part (1, 101), or which is supported with the circular part thereof in a bore in the abutment surface and the eccentric part thereof engages in a slot-shaped opening in the fastening part (6, 106).
7. The strip section as claimed in any one of claims 1 to 6, characterized in that the fastening part (6, 106) comprises slot-shaped openings (8, 108) oriented transversely to the hinge axis (S), which openings are used for the flush reception of mounting screws (5, 105) screwed into threaded bores in the hinge part (1, 101).
8. The strip section as claimed in any one of claims 1 to 7, characterized in that the fastening part (6, 106) comprises an opening (37) extending through the counter abutment surface (7, 107), through which opening a stud screw (38) can be actuated for selectively fixing the strip pin (3) in the receptacle (2).
9. The strip section as claimed in any one of claims 1 to 8, characterized in that a guiding element (111) that is formed as a separate component and that can be inserted into a bore (41, 112) is provided, which bore is formed jointly by both the recess (39) in the counter abutment surface (7) and a recess (40) in the abutment surface (4).
10. The strip section as claimed in claim 9, characterized in that the guiding element (111) is formed to be pot-shaped with a cylindrical lateral surface (115).
11. The strip section as claimed in claim 10, characterized in that the guiding element (111) is provided so as to be mounted with the open side facing the through bore (127).
12. The strip section as claimed in claim 10 or 11, characterized in that a longitudinal slot (116) is provided in the cylindrical lateral surface (115).
13. The strip section as claimed in any one of claims 9 to 12, characterized in that a latching device (121, 122; 221, 222) is provided, by means of which the guiding element (111) can be positioned in the mounting orientation thereof on the guiding recess (112).

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