EP3623558B1 - Lid fitting for swingable mounting of a lid to a furniture unit - Google Patents

Description

The invention relates to a cover fitting for pivotably attaching a cover to a furniture body, the cover fitting having a base element for mounting the cover fitting on a side wall of the furniture body, a swivel arm which is pivotably attached to the base element, and a connection arrangement with at least two connecting elements for pivoting connection of the swivel arm with the cover, wherein one of the connecting elements is swivelably connected to the swivel arm and one of the connecting elements is connected to the other connecting element in an assembled state of the cover fitting and is intended and suitable to be attached to the cover. One of the connecting elements has a guide section and a head section, with another of the connecting elements having a guide slot with which it is pushed onto the guide section in an installation direction when the cover fitting is installed and engages behind the head section in a direction transverse to the installation direction. Furthermore, the cover fitting has a fixing device, by means of which the connecting elements are fixed to one another in the assembled state of the cover fitting, the fixing device having a securing element which is connected to one of the connecting elements or is represented by this, the fixing device having a fixing element which is connected to that of the connecting elements is fastened, which has the guide slot, and wherein the fixing element is fixed in the assembled state of the cover fitting on the securing element against displacement in and against the assembly direction.

Such a cover fitting is, for example, from JP 2003-278440 A known. Here, the securing element is a screw which is screwed into an angle of that connecting element which has the guide slot. The screw head is supported against a further angle of a rail, which is connected to the connecting element that has the guide section and head section having. By screwing the screw into the bracket in the assembly direction, the two connecting elements are fixed to one another.

Shows a similar structure DE 200 17 906 U1 , which discloses a mounting unit for attaching a swing box. A swinging drawer is attached to an underside of a piece of furniture in a suspended manner via the assembly unit.

EP 2 551 433 A2 discloses a fastening device for fastening a cover fitting to a furniture body. For this purpose, the fastening device has a rail which has two parallel sections which protrude on both sides from a central web. The rail is attached to a top panel of a furniture body. The fastening device also has a slot in a base element of the cover fitting, with which the cover fitting can be pushed onto the rail. In the completely pushed-on position, a locking projection of the rail engages in a locking recess in the base element, so that the cover fitting can only be removed from the rail after overcoming a certain amount of force.

EP 2 857 620 A1 Figure 11 shows an adjustment mechanism in which the position of a washer plate relative to a door can be properly adjusted by closing the door. For this purpose, a washer body has projections and depressions which are arranged alternately in the vertical direction. A position adjusting member has an engaging portion facing the protrusions and troughs and an elastically deformable support portion for supporting the engaging portion. By moving the position adjusting member in the vertical direction relative to the washer body, the engaging portion slides on the teeth and elastically deforms the support portion. Thereafter, the engaging portion moves over the teeth, whereby the shape of the elastically deformed support portion is restored, so that the engaging portion comes into engagement with the trough.

DE 88 00 293 U1 shows a fitting for a furniture body with an opening that can be closed by a door. The door is connected to the furniture body via the fitting. The fitting has a body support plate and a door support plate on. These two bearing plates are connected in an approximately parallelogram-like manner by two angled levers hinged to them next to one another. The body support plate is attached to the furniture body. The door bearing plate has a recess into which an adjusting plate is suspended with a free edge. This is adjustably connected to the door by means of an eccentric. The connection between the door bearing plate and the adjustment plate is secured by a locking member.

EP 2 354 404 B1 describes such a cover fitting. A connecting element on the pivot arm side of the connecting arrangement can be connected to a cover-side connecting element of the connecting arrangement without tools via a latching connection. The height position, the lateral position and the inclination of the lid in relation to the furniture body can be adjusted using several adjusting screws on the connecting element on the swivel arm side.

The object of the present invention is to provide a cover fitting with a simple structure which enables the components to be easily fixed.

The object is achieved by a cover fitting for pivotably attaching a cover to a furniture body, the cover fitting having a base element for mounting the cover fitting on a side wall of the furniture body, a swivel arm which is pivotably attached to the base element, and a connecting arrangement with at least two connecting elements for pivotable connection of the swivel arm to the cover, wherein one of the connecting elements is swivelably connected to the swivel arm and one of the connecting elements is connected to the other connecting element in an assembled state of the cover fitting and is intended and suitable to be attached to the cover. One of the connecting elements has a guide section and a head section, with another of the connecting elements having a guide slot with which it is pushed onto the guide section in an installation direction when the cover fitting is installed and engages behind the head section in a direction transverse to the installation direction. Furthermore, the cover fitting has a fixing device by means of which the connecting elements are fixed to one another in the assembled state of the cover fitting, the fixing device having a fixing element which is connected to that of the connecting elements that having the guide slot, and wherein the fixing element is fixed in the assembled state of the cover fitting on the securing element against displacement in and against the assembly direction. That connecting element which has the guide section and the head section serves as a securing element of the fixing device. The fixing element has a fixing recess into which, in the assembled state of the cover fitting, the head section engages.

The fact that the connecting element with a guide slot is designed in such a way that it is pushed onto the other connecting element for assembly ensures a particularly simple type of assembly. In the assembled state, the connecting elements are also fixed to one another in a simple manner.

Because the fixing device has a securing element and a fixing element, the fixing element being fixed in the assembled state of the cover fitting on the securing element against displacement in and against the assembly direction, simple means are available for fixing the connecting elements to one another.

The fact that that connecting element which has the guide section and the head section serves as a securing element enables the connecting elements to be fixed by means of very simply constructed means without having to provide a large number of further elements.

The head section is preferably formed wider than the guide section when viewed in the assembly direction, so that it is ensured by simple means that the connecting element with the guide slot engages behind the head section and is thus held transversely to the assembly direction.

In one embodiment of the invention it is provided that the connecting elements are fixed to one another in the assembled state of the cover fitting by means of the fixing device at least against displacement in and against the assembly direction (M).

In a possible combination with the head section, which is enlarged in width compared to the guide slot, it is thus ensured that the connecting elements in are fixed to each other in all directions, i.e. in and against the assembly direction as well as transversely to the assembly direction.

In one embodiment, the fixing element can be a bracket that can be adjusted transversely to the mounting direction. The tab can be designed to be elastically adjustable. For example, the tab can be made of an elastically deformable material such as sheet steel or plastic.

In order to enable the connection elements to be adjusted relative to one another, whereby the cover can be adjusted with respect to the furniture body, the fixing element can, for example, be fixable in a variable position on one of the connection elements in the assembly direction. One possibility for the variable positioning of the fixing element is that the fixing element is attached to the connecting element via an adjustable eccentric element. The eccentric element can be rotated about an axis of rotation relative to the connecting element, the eccentric element being fastened to the fixing element so as to be rotatable about an eccentric axis which runs parallel to and at a distance from the axis of rotation. By guiding the fixing element to the side, in particular in the area of the fixing recess, a linear adjustment of the two connecting elements to one another can thus be achieved.

In a specific exemplary embodiment, the connecting element with the guide section and head section is intended and suitable for being fastened to the cover will. In addition, the connecting element with the guide slot is pivotably connected to the swivel arm. In principle, it is also conceivable that the connecting element with the guide section and head section is pivotably connected to the swivel arm and the connecting element with the guide slot is intended and suitable for being attached to the cover.

In order to be able to fasten the connecting element with the guide section and head section on the cover, it can have a fastening section with which the connecting element can be fastened to the cover.

In one embodiment, the cover fitting also has a further connecting element with a guide section and a head section. Thus, there are two connecting elements with a guide section and a head section, both of which can either be fastened to the cover or both are pivotally connected to the swivel arm. The fact that there are two connecting elements with guide section and head section, which are arranged next to one another, ensures that linear guidance is provided in the assembly direction when the other connecting element is pushed on. The connecting elements with guide section and head section can each be designed to be rotationally symmetrical to an axis perpendicular to the assembly direction. You do not have to be specially shaped to ensure linear guidance of the other connecting element.

If there are two connecting elements with a guide section and a head section, the connecting element with a guide slot can have a further guide slot with which it is pushed onto the guide section of the further connection element with a guide section and a head section when the cover fitting is installed. A guide slot is thus provided for each connecting element with a guide section and head section.

Here, the further guide slot can be designed like a keyhole and have an enlarged section which, viewed in the assembly direction, is wider than the head section of the connecting element to be received and is wider than the guide section.

In principle, a single guide slot can also be provided, which is pushed onto both connecting elements with guide section and head section.

In one embodiment, the cover fitting has an indicator element which is elastically adjusted from a first position to a second position when the at least two connecting elements are connected to one another. The indicator element can be molded onto the fixing element in the form of an elastic indicator flap, which is formed as a flap. The indicator tab can be transferred from the first position to the second position during assembly by the further connecting element with guide section and head section. The indicator tab can have an indicator which, for example, overlaps a side wall in the first position and protrudes over an edge of the side wall in the second position.

Figur 1

eine Seitenansicht einer Ausführungsform des erfindungsgemäßen Deckelbeschlags an einem Möbel in Offenstellung;

Figur 2

eine vergrößerte Darstellung des Deckelbeschlags gemäß Figur 1 im Längsschnitt im Bereich der Verbindungsanordnung;

Figur 3

eine Explosionsdarstellung des Deckelbeschlags gemäß Figur 1;

Figur 4

eine Draufsicht auf das schwenkarmseitige Verbindungselement mit der Lasche in einer maximal oberen Position,

Figur 5

eine Draufsicht gemäß Figur 4 mit der Lasche in einer mittleren Position,

Figur 6

eine Draufsicht gemäß Figur 4 mit der Lasche in einer maximal unteren Position.

Figur 7

eine perspektivische Darstellung des Deckelbeschlags gemäß Figur 1 in einem nicht mit dem Deckel befestigten Zustand;

Figur 8

eine perspektivische Darstellung des Deckelbeschlags gemäß Figur 7 in einem nicht vollständig mit dem Deckel befestigten Zustand;

Figur 9

eine perspektivische Darstellung des Deckelbeschlags gemäß Figur 7 in einem mit dem Deckel befestigten Zustand;

Figur 10

eine Seitenansicht einer zweiten Ausführungsform einer Verbindungsanordnung vor dem Verbinden der Verbindungselemente; und

Figur 11

eine Seitenansicht der Verbindungsanordnung nach Figur 10 nach dem Verbinden der Verbindungselemente.

A preferred exemplary embodiment is explained in more detail below with reference to the figures. Show in it

Figure 1

a side view of an embodiment of the cover fitting according to the invention on a piece of furniture in the open position;

Figure 2

an enlarged view of the cover fitting according to Figure 1 in longitudinal section in the area of the connecting arrangement;

Figure 3

an exploded view of the cover fitting according to Figure 1 ;

Figure 4

a top view of the connecting element on the pivot arm side with the tab in a maximally upper position,

Figure 5

a plan view according to Figure 4 with the tab in a middle position,

Figure 6

a plan view according to Figure 4 with the tab in a maximally lower position.

Figure 7

a perspective view of the cover fitting according to Figure 1 in a state not attached to the lid;

Figure 8

a perspective view of the cover fitting according to Figure 7 in a condition not fully attached to the lid;

Figure 9

a perspective view of the cover fitting according to Figure 7 in a state attached to the lid;

Figure 10

a side view of a second embodiment of a connecting arrangement before connecting the connecting elements; and

Figure 11

a side view of the connection arrangement according to Figure 10 after connecting the connecting elements.

the Figures 1 to 3 show an embodiment of the cover fitting 1 according to the invention in different views and are described together below.

The cover fitting 1 has a base element 2 which is fastened to a furniture body 6 by fastening screws (not shown). The base element 2 is thus fixed on the side wall 5 of the furniture body 6.

A swivel arm 7 is attached to the base element 2 so that it can swivel about a first body axis K1. At an end remote from the first body axis K1, the swivel arm 7 is connected to a connecting element 8 on the swivel arm side so that it can be swiveled about a first cover axis D1. The first body axis K1 and the first cover axis D1 are spaced apart and arranged parallel to one another.

The connecting element 8 on the pivot arm side is connected to a first cover-side connecting element 9 and a second cover-side connecting element 10, the two cover-side connecting elements 9, 10 being connected to a cover 11. All connecting elements 8, 9, 10 together form a connecting arrangement.

The cover 11 is pivotably connected to the body 6 exclusively via the cover fitting 1 or other comparable cover fittings. No other hinges are provided.

In order to ensure a defined sequence of movements of the lid 11 relative to the furniture body 6, the lid fitting 1 in the present embodiment has a control arm 12 which is pivotably connected to the base element 2 about a second body axis K2 and which is pivotably connected to the pivot arm-side connecting element 8 about a second lid axis D2 is pivotally connected. The second body axis K2 and the second cover axis D2 are spaced apart and parallel to one another and spaced apart and parallel to the first body axis K1 and the first cover axis D1.

Thus, the swivel arm 7 and the control arm 12 form a parallelogram arrangement which specifies a defined sequence of movements of the connection arrangement 8, 9, 10 and thus of the cover 11.

The lid 11 can be compared to the body 6 by means of the lid fitting 1 between one in Figure 1 Open position shown and a closed position move, wherein the cover 11 is arranged in the closed position in a vertical position and an opening 26 of the furniture body 6 closes.

The two connecting elements 9, 10 on the cover side are designed to be identical to one another. The in Figure 2 first cover-side connecting element 9 shown on the left is described.

The first cover-side connection element 9 has a head section 13, a guide section 14 and a fastening section 15, which are arranged one behind the other along a longitudinal axis L of the first cover-side connection element 9. The guide section 14 is arranged between the head section 13 and the fastening section 15. The guide section 14 has a circular cross section and a smaller diameter than the head section 13, which is also circular in cross section.

The fastening section 15 is designed in the form of a threaded pin which is screwed into the material of the cover 11.

Due to the smaller diameter of the guide section 14 compared to the head section 13, an undercut is formed.

The connecting element 8 on the pivot arm side is designed in sheet metal form and has a first guide slot 16 and a further second guide slot 17. The first guide slot 16 is open towards the front in an assembly direction M. The second guide slot 17 is incorporated in the sheet metal material of the connecting element 8 on the pivot arm side in a closed manner. The second guide slot 17 has an enlarged section 18 at the front in the assembly direction M.

Viewed in the assembly direction M, the two guide slots 16, 17 have a width that is adapted to the diameter of the guide sections 14 of the two cover-side connecting elements 9, 10 or is slightly wider. In addition, the guide slots 16, 17, viewed in the assembly direction M, are narrower than the head sections 13 of the cover-side connecting elements 9, 10.

In order to ensure simple assembly of the connecting element 8 on the pivot arm side to the connecting elements 9, 10 on the cover side, the first guide slot 16 is designed to be open at the front in the assembly direction M, as already mentioned. In addition, the second guide slot 17 has an enlarged section 18, the diameter of which is greater than the diameter of the head section 13 of the second cover-side connection element 10. Thus, the pivot arm-side connection element 8 can be placed on the cover-side connection elements 9, 10, the second cover-side connection element 10 engages through the enlarged section 18 in the second guide slot 17, as shown in FIGS Figures 4 and 5 can be seen. By moving the connecting element 8 on the side of the pivot arm in the assembly direction M, the connecting element 8 on the side of the pivot arm engages behind the head sections 13 of the two connecting elements 9, 10 on the cover side.

For fixing the connecting element 8 on the pivot arm side to the two cover sides A fixing device with a fixing element in the form of a tab 19 is provided for connecting elements 9, 10. The tab 19 is fastened to the connecting element 8 on the pivot arm side by means of an eccentric element 20. For this purpose, the tab 19 has a fastening recess 21 in which the eccentric element 20 is seated with an eccentric attachment 22. The fastening recess 21 is circular in cross section, as is the eccentric attachment 20 seated therein, the eccentric element 20 being rotatable about an axis of rotation D in the fastening recess 21.

In the connecting element 8 on the swivel arm side, a bore 23 is provided, into which an eccentric projection 22 of the eccentric element 20 engages and is rotatably riveted to the connecting element 8 on the swivel arm side. The eccentric element 20 can be rotated about an eccentric axis E defined by the eccentric attachment 22 with respect to the connecting element 8 on the pivot arm side. The eccentric axis E is arranged parallel to the axis of rotation D at a distance.

To rotate the eccentric element 20, it has a cross slot 24 so that the eccentric element 20 can be rotated with a screwdriver. As a result of the eccentric arrangement of the eccentric attachment 22 to the fastening recess 21, an eccentric wobbling of the fastening recess 21 about the eccentric axis E takes place, as a result of which the tab 19 is moved relative to the connecting element 8 on the pivot arm side.

At a front end 27 of the tab 19 remote from the fastening recess 21, the tab 19 has a fixing recess 25 which receives the head section 13 and the guide section 14 of the first cover-side connecting element 9 serving as a securing element. The fixing recess 25 is also circular in cross section and ensures a secure hold of the tab 19 on the first cover-side connecting element 9 , 10 are fixed to each other.

The cover-side connecting element 9 has guide walls 28, 29 running parallel to the assembly direction M, between which the tab 19 is received. When the eccentric element 20 is rotated, the front end 27 of the bracket 19 is therefore moved in the assembly direction M. In this way, the position of the connecting element 8 on the pivot arm side relative to the first connecting element 9 on the cover side and thus relative to the cover 11 can be adjusted linearly in and against the assembly direction.

In the Figures 4 to 6 the tab 19 is shown in three different positions relative to the connecting element 8 on the pivot arm side. In Figure 4 the tab 19 is in a maximally upper position. The terms “up” and “down” relate to a cover 11 which is in the closed position and is arranged vertically. In the maximally upper position, the eccentric axis E is closest to the second slot 17 and thus in a maximally upper position. The axis of rotation D is arranged laterally offset to a central axis X, since the bore 23 on the connecting element 8 on the pivot arm side for fastening the eccentric element 20 is also arranged laterally offset to the central axis X. The eccentric axis E is laterally offset from the central axis X by the same amount. This results in a slanting of a central axis Y of the bracket 19 to the central axis X of the connecting element 8 on the pivot arm side 27 there is only a slight or no lateral offset of the fixing recess 25.

In Figure 5 the tab 19 is shown in a central position. In this position, the axis of rotation is also arranged laterally offset to the central axis X of the connecting element 8 on the pivot arm side, since the axis of rotation D is defined by the bore 23 in the connecting element 8 on the pivot arm side and is thus fixedly positioned. The eccentric axis E is arranged offset further downwards compared to the maximum upper position of the bracket 19. Thus, the entire tab 19 is further down than in the maximum upper position. In addition, the eccentric axis E lies in the central position on the central axis X of the connecting element 8 on the pivot arm side. Thus, the central axis X of the connecting element 8 on the pivot arm side and the central axis Y of the bracket 19 lie on top of one another and the bracket 19 is inclined arranged parallel to the connecting element 8 on the swivel arm side. The eccentric axis E does not necessarily have to be in the central position of the bracket 19 on the central axis X. In any case, it is arranged further down than in the maximum upper position.

In the in Figure 6 The maximum lower position of the tab 19 shown is the eccentric axis E in a maximum lower position. In this position, the eccentric axis E is again laterally offset from the central axis X of the connecting element 8 on the swivel arm, again resulting in an inclined position of the tab 19 relative to the connecting element 8 on the swivel arm, comparable to the inclination according to FIG Figure 4 .

The assembly process is in the Figures 7 to 9 recognizable. prior to assembly, the tab 19 rests flat against the connecting element 8 on the pivot arm side. The connection elements 9, 10 on the cover side are fastened to the cover 11. The connecting element 8 on the pivot arm side is then placed on the cover 11 with a flat fastening surface 34 transversely to the assembly direction M and perpendicular to the plane of the cover. The connecting element 8 on the pivot arm side is in a position in which the first connecting element 9 on the cover side is in front of the first guide slot 16 and the second connecting element 10 on the cover side is in alignment with the widened section 18 of the second guide slot 17. Thus, the second connection element 10 on the cover side dips into the widened section 18 of the second guide slot 17.

In this position, the fixing recess 25 of the tab 19 is not aligned with the first cover-side connecting element 9 serving as a securing element, so that the tab is elastically deformed in the area of the fixing recess 25 and lifts off the pivot-arm-side connecting element 8 in this area.

The connecting element 8 on the pivot arm side is then displaced in the assembly direction M with respect to the two connection elements 9, 10 on the cover side and with respect to the cover 11. Here, the first connection element 9 on the cover side dips into the first guide slot 16. Furthermore, the second cover-side connecting element 10 leaves the widened section 18 of the second guide slot 17 and dips into that region of the second guide slot 17, the width of which, viewed in the assembly direction M, is smaller than the head section of the second cover-side connecting element 10.

In the final position, the fixing recess 25 of the tab 19 is aligned with the first cover-side connecting element 9 serving as a securing element, so that the tab 19 is elastically reset and engages with the fixing recess 25 on the first cover-side connecting element 9. This prevents further adjustment of the connecting element 8 on the pivot arm side with respect to the first connection element 9 on the cover side and thus with respect to the cover 11.

For the dismantling, the tab 19 is lifted elastically so that the fixing recess 25 releases the first connection element 9 on the cover side and enables the connection element 8 on the pivot arm side to be displaced with respect to the first connection element 9 on the cover side and thus with respect to the cover 11 again.

A compression spring, which cannot be seen here, is arranged in the swivel arm 7 and is supported on the one hand against an abutment 30 near the first body axis K1 and on the other hand against a pressure element 31. The pressure element 31 is thus subjected to force in the direction of the connecting element 8 on the pivot arm side, the pressure element 31 having a roller 32 with which the pressure element 31 is supported against an adjusting contour 33 of the connecting element 8 on the pivot arm.

The adjusting contour 33 has a changing distance from the first cover axis D1 around the first cover axis D1 in the circumferential direction. Here, the adjusting contour 33 is designed such that a torque is generated by the pressure element 31 over the largest pivoting path of the cover 11 or the connecting element 8 on the pivot arm, which acts on the cover 11 with force in the direction of the open position. In a region between an intermediate position, which is located between the open position and the closed position of the cover 11, and the closed position, the adjusting contour 33 is designed such that the cover 11 is acted upon with force in the direction of the closed position.

In principle, however, it is also conceivable that a cover fitting is used without application of force or a cover fitting is used in which the cover 11 is connected to the body 6 via a further hinge. A cover fitting can also be provided which serves to hold a folding cover, the folding cover being formed from at least two elements which are arranged vertically one above the other in the closed position and which are pivotably connected to one another.

the Figures 10 and 11 each show a side view of a second embodiment of a connection arrangement. Elements that are associated with the first embodiment of the connection arrangement according to FIG Figures 2 to 9 correspond, are provided with the same reference numerals and described in connection with the first embodiment. Figure 10 shows the connection arrangement before the connection elements and the Figure 11 after the connecting elements have been fully connected. the Figures 10 and 11 are described together below.

In contrast to the first embodiment, the second embodiment of the connection arrangement has a tab 19 on which an indicator element 3 in the form of an indicator tab is molded. The indicator element 3 is arranged on the side of the tab 19 facing away from the fixing recess 25 and covers the second guide slot 17.

As long as the connecting element 8 on the pivot arm side is not completely connected to the second connecting element 10 on the cover side ( Figure 10 ), the second cover-side connection element 10 is not yet inserted into the second guide slot 17, the indicator element 3 is in a first position approximated to the pivot-arm-side connection element 8 or the second guide slot 17. In this position, an indicator 4 arranged at the end of the indicator flap is covered by a side wall of the connecting element 8 on the pivot arm side and does not protrude transversely to the mounting direction M over the side wall. In this exemplary embodiment, the side wall is formed by the guide wall 29, but can also be designed as a separate wall.

If the connecting element 8 on the swivel arm side is completely connected to the second connecting element 10 on the cover side ( Figure 11 ), the indicator element 3 is moved by the second connection element 10 on the cover side from the first position (FIG. 10) to a second position ( Figure 11 ), in which the indicator 4 protrudes over an edge 35 of the guide wall 29. In this second position, the fitter can clearly see that the connecting element 8 on the pivot arm side is completely connected to the second connecting element 10 on the cover side.

As an indicator of the complete assembly of the connecting element 8 on the pivot arm side with the first connection element 9 on the cover side, the tab 19, which protrudes beyond the guide wall 29 when the assembly is not completely completed, is used, as shown in FIG Figure 8 is shown.

The correct or incorrect installation can thus be recognized by the fitter directly from the tab 19 and the indicator element 3.

List of reference symbols

1

Cover fitting

2

Base element

3

Indicator element

4th

indicator

5

Side wall

6th

Furniture body

7th

Swivel arm

8th

connecting element on the swivel arm side

9

first cover-side connecting element

10

second cover-side connecting element

11

lid

12th

Control arm

13th

Head section

14th

Guide section

15th

Fastening section

16

first guide slot

17th

second guide slot

18th

extended section

19th

Tab

20th

Eccentric element

21

Mounting recess

22nd

Eccentric approach

23

drilling

24

Phillips

25th

Fixing recess

26th

opening

27

end

28

Guide wall

29

Guide wall

30th

Abutment

31

Printing element

32

role

33

Control contour

34

Mounting surface

35

Edge

D.

Axis of rotation

D1

first cover axis

D2

second cover axis

E.

Eccentric axis

K1

first body axis

K2

second body axis

L.

Longitudinal axis

X

Central axis of the fastening element on the side of the pivot arm

Y

Center axis of the flap

Claims (13)

1. Lid fitting (1) for the pivotable attachment of a lid (11) to a furniture body (6), wherein the lid fitting (1) comprises the following:

   a base element (2) for mounting the lid fitting (1) to a side wall (5) of the furniture body (6),

   a pivot arm (7), pivotably attached to the base element (2),

   a connection arrangement with at least two connection elements (8, 9, 10) for pivotably connecting the pivot arm (7) to the lid (11), wherein one of the connection elements (8) is pivotably connected to the pivot arm (7) and wherein one of the connection elements (9) in a mounted condition of the lid fitting (1) is connected to the other connection element (8) and is intended and suitable to be attached to the lid (11),

   wherein one of the connection elements (9) has a guide portion (14) and a head portion (13), and

   wherein another one of the connection elements (8) has a guide slot (16), with which it is pushed in the mounted condition of the lid fitting (1) in a mounting direction (M) onto the guide portion (14) and engages behind the head portion (13) in a direction transversally to the mounting direction (M),

   a fixing device (9, 19), by means of which the connection elements (8, 9) are fixed to each other in the mounted condition of the lid fitting (1), wherein the fixing device has a securing element (9), which is connected to one of the connection elements (9) or is represented by same,

   wherein the fixing device has a fixing element (19), which is connected to that of the connection elements (8), which has the guide slot (16), and

   wherein the fixing element (19) is fixed in the mounted condition of the lid fitting (1) to the securing element (9) against displacement in and against the mounting direction (M),

   characterised in

   that that of the connection element (9), which has the guide portion (14) and the head portion (13), serves as said securing element (9) of the fixing device, and

   that the fixing element (19) has a fixing recess (25), in which the head portion (13) engages in the mounted condition of the lid fitting (1).
2. Lid fitting according to claim 1,
   characterised in
   that the head portion (13) is, when seen in mounting direction (M), wider than the guide portion (14).
3. Lid fitting according to claim 1 or 2,
   characterised in
   that the connection elements (8, 9) are fixed to each other in the mounted condition of the lid fitting (1) by means of the fixing device (9, 19) against displacement in and against the mounting direction (M).
4. Lid fitting according to one of claims 1 to 3,
   characterised in
   that the fixing element is a tab (19), displaceable transversally to the mounting direction (M).
5. Lid fitting according to claim 4,
   characterised in
   the tab (19) is formed elastically displaceable.
6. Lid fitting according to one of claims 1 to 5,
   characterised in
   that the fixing element (19) is securable in a variable position on one of the connection elements (8) in the mounting direction (M).
7. Lid fitting according to claim 6,
   characterised in
   that the fixing element (19) is attached by means of a displaceable eccentric element (20) to the connection element (8).
8. Lid fitting according to one of claims 1 to 7,
   characterised in
   that the connection element (9) with the guide portion (14) and the head portion (13) is intended and is suitable to be attached to the lid (11), and that the connection element (8), which has the guide slot (16), is connected pivotably to the pivot arm (7).
9. Lid fitting according to claim 8,
   characterised in
   that the connection element (9), which has the guide portion (14) and the head portion (13), has further an attachment portion (15), with which the connection element (9) is attachable on the lid (11).
10. Lid fitting according to one of claims 1 to 9,
    characterised in
    that the lid fitting (1) further has a further connection element (10) with a guide portion and a head portion.
11. Lid fitting according to claim 10,
    characterised in
    that the connection element (8) with guide slot (16) has a further guide slot (17), with which it is pushed in the mounted condition of the lid fitting (1) in a mounting direction (M) onto the guide portion of the further connection element (10) with guide portion and head portion.
12. Lid fitting according to claim 11,
    characterised in
    that the further guide slot (17) has an expanded portion (18), which, when seen in mounting direction (M), is wider than the head portion.
13. Lid fitting according to one of claims 1 to 12,
    characterised in
    that the lid fitting (1) has an indicator element (3), which during the connection of the at least two connection elements (8, 9, 10) to each other, is elastically displaced from a first position to a second position.

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