ES2903143T3 - Lid fitting for pivotally fastening a lid to a cabinet - Google Patents

Abstract

Lid fitting (1) for pivotally fastening a lid (11) to a furniture body (6), the lid fitting (1) having 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) which is pivotally attached to the base element (2), a connecting arrangement with at least two connecting elements ( 8, 9, 10) for the pivotal connection of the pivotal arm (7) to the cover (11), where one of the connection elements (8) is pivotally connected with the pivotal arm (7) and one of the connecting elements (9) is connected to the other connecting element (8) in an assembled state of the cover fitting (1) and is intended and suitable for fastening to the cover (11), where one of the connecting elements connection (9) has a guide section (14) and a head section (13), and where another of the connection elements (8) has a guide slot (16) with which it is pushed s covers the guide section (14) in a mounting direction (M) in the mounted state of the cover fitting (1) and engages the head section (13) from behind in a direction transverse to the mounting direction (M). ), a fixing device (9, 19), by means of which the connecting elements (8, 9) are fixed to one another in the assembled state of the lid fitting (1), the fixing device having an element security (9) that is connected to one of the connection elements (9) or constituted by the same, where the fixing device has a fixing element (19) that is attached to the connection element (8) that has the guide groove (16), and in which the fixing element (19), in the assembled state of the lid fitting (1), is fixed to the safety element (9) preventing displacement in and against the direction assembly (M), characterized in that the connection element (9) that has the guide section (14) and the head section a (13) serves as the securing element (9) of the fastening device, and because the fastening element (19) has a fastening recess (25) into which the head section (13) engages in the assembled state of the lid fitting (1).

Description

DESCRIPTION

Lid fitting for pivotally fastening a lid to a cabinet

The invention relates to a lid fitting for pivotally fastening a lid to a furniture body, the lid fitting having a base element for mounting the lid fitting to a side wall of the furniture body, a pivot arm, which is pivotally attached to the base element, and a connection arrangement with at least two connection elements for the pivotal connection of the pivot arm with the lid, wherein one of the connection elements is pivotally connected with the arm swiveling and one of the connecting elements is connected to the other connecting element in an assembled state of the lid fitting and is intended and capable of being attached to the lid. One of the connecting elements has a guide section and a head section, and another of the connecting elements has a guide groove with which the guide section is pushed in an assembly direction in the assembled state of the hardware and is hooked from behind to the head section in a direction transverse to the mounting direction. In addition, 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 safety element which is connected to one of the connecting elements or consisting of the same, wherein the fastening device has a fastening element which is fastened to the connecting element which has the guide groove, and where the fastening element, in the assembled state of the cover fitting, is fastened to the safety element avoiding displacement in and against the mounting direction.

Such a cover fitting is known, for example, from JP 2003-278440 A. In this case, the security element is a screw which is screwed into a bracket of the connecting element which has the guide groove. The screw head bears against another bracket of a rail which is connected to the connecting element having the guide section and the head section. By screwing the screw into the bracket in the mounting direction, the two connection elements are fixed to each other.

A similar structure is shown in DE 200 17906 U1, which discloses a mounting unit for holding a drop drawer. A drop-down drawer is movably attached to the underside of a piece of furniture in a suspended manner via the mounting unit.

EP 2551 433 A2 discloses a fastening device for fastening a lid fitting to a furniture body. For this, the clamping device has a rail that has two sections that run in parallel and that protrude on both sides of a central web. The rail is attached to a top panel of a cabinet body. The holding device furthermore has a groove in a base element of the cover fitting, with which the cover fitting can be pushed onto the rail. In the fully recessed position, a latching lug on the rail engages a latching recess in the base element, so that the cover fitting can only be removed from the rail after a certain force has been overcome.

EP 2857620 A1 shows an adjustment mechanism in which the position of a flat washer relative to a door can be adjusted appropriately by closing the door. For this, a washer body has projections and depressions which are arranged alternately in the vertical direction. A position adjusting element has an engaging section facing the projections and depressions and an elastically deformable support section for supporting the engaging section. By moving the position adjusting member in the vertical direction relative to the washer body, the coupling section slides over the teeth and elastically deforms the support section. Then, the coupling section is moved over the teeth, whereby the shape of the elastically deformed support section is restored, so that the coupling section engages the depression.

DE 8800293 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 through the hardware. The hardware has a support plate for the body and a support plate for the door. These two bearing plates are connected roughly parallelogram-like by means of two angular levers hinged to them side by side. The body support plate is attached to the furniture body. The door support plate has a recess in which an alignment plate is suspended with a free edge. This is connected to the door in an adjustable way by means of an eccentric. The connection between the door support plate and the alignment plate is ensured in this case by a locking element.

EP 2354404 B1 describes such a lid fitting. A connection element of the connection arrangement on the pivot arm side can be connected without tools via a latching connection with a connection element of the connection arrangement on the cover side. The height position, the lateral position and the inclination of the lid with respect to the furniture body can be adjusted by means of various adjustment screws on the connecting element on the side of the pivot arm.

The object of the present invention is to provide a lid fitting with a simple structure that allows the components to be easily fixed.

The object is achieved by a lid fitting for pivotally fastening a lid to a furniture body, the lid fitting having a base element for mounting the lid fitting to a side wall of the furniture body, a pivot arm, which is pivotally attached to the base element, and a connection arrangement with at least two connection elements for the pivotal connection of the pivot arm with the lid, wherein one of the connection elements is pivotally connected with the arm swiveling and one of the connecting elements is connected to the other connecting element in an assembled state of the lid fitting and is intended and capable of being attached to the lid. One of the connecting elements has a guide section and a head section, and another of the connecting elements has a guide groove with which the guide section is pushed in an assembly direction in the assembled state of the hardware and is hooked from behind to the head section in a direction transverse to the mounting direction. In addition, 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 the connecting element which has the guide groove, and in which the fixing element, in the assembled state of the cover fitting, is fixed to the security element avoiding displacement in and against the assembly direction. The connecting element that has the guide section and the head section serves as a safety element of the fixing device. The fastening element has a fastening recess, into which the head section engages in the assembled state of the cover fitting.

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

Since the fastening device has a safety element and a fastening element, the fastening element being fixed in the assembled state of the cover fitting to the safety element, preventing displacement in and against the assembly direction, it is arranged of simple means for fixing the connecting elements to each other.

The fact that the connection element that has the guide section and the head section serves as a safety element allows the connection elements to be fixed by means of a very simple structure, without having to provide a large number of additional elements.

The head section is preferably formed wider than the guide section, seen in the mounting direction, so that it is ensured by simple means that the connecting element with guide groove engages behind the head section and thus is clamped crosswise to the mounting direction.

In one embodiment of the invention, provision is made for the connecting elements to be fixed to one another in the assembled state of the cover fitting by means of the fixing device at least by preventing displacement in and against the assembly direction (M).

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

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

In order to allow adjustment of the connecting elements to each other, thanks to which the cover can be adjusted relative to the furniture body, the fixing element can be immobilized, for example, in a variable position on one of the connecting elements in the mounting direction. One possibility for the variable positioning of the fixing element is that the fixing element is fastened to the connecting element via an adjustable eccentric element. The eccentric element can be rotated about an axis of rotation with respect to the connecting element, the eccentric element being attached to the fixing element so that it can rotate about an eccentric axis running parallel to and at a distance from the axis of rotation. By laterally guiding the fastening element, in particular in the area of the fastening recess, a linear adjustment of the two connecting elements relative to each other can thus be achieved.

In a specific exemplary embodiment, the connecting element with guide section and head section is intended and suitable for being attached to the lid. Further, the guide groove connecting member is pivotally connected with the pivot arm. In principle, it is also conceivable that the connecting element with guide section and head section is pivotally connected to the pivot arm and that the connecting element with guide groove is intended and capable of being attached to the lid.

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

In an exemplary embodiment, the cover fitting also has an additional connection element with a guide section and a head section. Thus, there are two connecting elements with guide section and head section, which can be attached to the lid or pivotally connected with the pivot arm. The fact that two connecting elements with guide section and head section are arranged side by side ensures that there is linear guidance in the mounting direction when the other connecting element is pushed. The connecting elements with guide section and head section can thus be designed in each case with symmetry of revolution with respect to an axis perpendicular to the mounting direction. It is not necessary for it to have a special shape to ensure linear guidance of the other connection element.

If there are two connecting elements with a guide section and a head section, the connecting element with a guide groove can have an additional guide groove with which the additional connecting element with a guide section is pushed onto the guide section and head section in the assembled state of the cover fitting. Therefore, a guide groove is provided for each connecting element with guide section and head section.

In this case, the additional guide groove can be designed in the form of a keyhole and have a widened section which, seen in the mounting direction, is wider than the head section of the connecting element to be received and wider than the guide section.

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

In an exemplary embodiment, the cover fitting has an indicator element that is elastically adjustable from a first position to a second position when the at least two connection elements are connected to each other. In this case, the indicator element can be formed on the fastening element formed as a tongue, in the form of an elastic indicator tongue. The indicator tongue can be moved from the first position to the second position during assembly by means of the additional connecting element with guide section and head section. The indicator tab may have an indicator that, for example, overlaps a side wall in the first position and projects beyond an edge of the side wall in the second position.

A preferred exemplary embodiment is explained in more detail below with the aid of the figures. In them, they show

Figure 1 a side view of an embodiment of the lid fitting according to the invention on a piece of furniture in the open position;

FIG. 2 an enlarged illustration of the cover fitting according to FIG. 1 in a longitudinal section in the region of the connection arrangement;

FIG. 3 an exploded view of the lid fitting according to FIG. 1;

Figure 4 a plan view of the connecting element on the side of the pivoting arm with the tongue in a maximum upper position;

Figure 5 a plan view according to Figure 4 with the tongue in an intermediate position;

Figure 6 a plan view according to Figure 4 with the tongue in a maximum lower position;

FIG. 7 shows a perspective view of the lid fitting according to FIG. 1 in a state that is not attached to the lid;

FIG. 8 a perspective view of the lid fitting according to FIG. 7 in a state that is not completely attached to the lid;

FIG. 9 a perspective view of the lid fitting according to FIG. 7 in a state attached to the lid; Figure 10 a side view of a second embodiment of a connection arrangement before connecting the connection elements; Y

Figure 11 a side view of the connection arrangement according to figure 10 after connecting the connection elements.

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

The lid fitting 1 has a base element 2 that is attached to a furniture body 6 by means of fixing screws (not shown). Therefore, the base element 2 is fixed to the side wall 5 of the furniture body 6. A pivoting arm 7 is attached to the base element 2 so that it can pivot about a first axis of the body K1. At an end remote from the first body axis K1, the pivot arm 7 is connected with a connecting element 8 on the pivot arm side, so that it can pivot about a first cover axis D1. The first axis of the body K1 and the first axis of the lid D1 are spaced apart and arranged parallel to each other.

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

The lid 11 is pivotally connected to the body 6 exclusively through the lid fitting 1 or other comparable lid fittings. Other hinges are not provided.

In order to ensure a defined sequence of movements of the lid 11 with respect to the furniture body 6, the lid fitting 1 in the present embodiment has a steering arm 12, which is pivotally connected to the base element 2 around a second axis of the body K2 and which is pivotally connected with the connection element 8 on the pivot arm side about a second axis of the lid D2. The second body axis K2 and the second lid axis D2 are at a certain distance and parallel to each other as well as at a certain distance and parallel to the first body axis K1 and the first lid axis D1.

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

The lid 11 can be moved relative to the body 6 by means of the lid fitting 1 between an open position shown in Figure 1 and a closed position, the lid 11 being upright in the closed position and closing an opening 26 of the body. furniture body 6.

The two connection elements 9, 10 on the cover side are designed identical to each other. Therefore, the first connection element 9 on the lid side shown on the left in Fig. 2 is described as representative. The first connecting element 9 on the lid side has a head section 13, a guide section 14 and a holding section 15, which are arranged one behind the other along a longitudinal axis L of the first connecting element. connection 9 on the side of the cover. The guide section 14 is arranged between the head section 13 and the holding section 15. The guide section 14 has a circular cross section and has a smaller diameter than the head section 13, which is also circular in cross section.

The holding section 15 is configured 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 sheet-shaped and has a first guide groove 16 and an additional second guide groove 17. The first guide groove 16 is open towards the front in a mounting direction M. The second guide groove 17 is embedded in the sheet material of the connecting element 8 on the side of the pivot arm closed on itself. The second guide groove 17 has a widened section 18 at the front in the mounting direction M.

Viewed in the mounting direction M, the two guide grooves 16, 17 have a width that is adapted to the diameter of the guide sections 14 of the two connecting elements 9, 10 on the cover side, or is slightly larger. wide. Furthermore, the guide grooves 16, 17, seen in the mounting direction M, are narrower than the head sections 13 of the connecting elements 9, 10 on the cover side.

In order to ensure easy mounting of the connecting element 8 on the pivot arm side with the connecting elements 9, 10 on the lid side, the first guide groove 16 is designed to open forwards in the mounting direction M, as has already been mentioned. Furthermore, the second guide groove 17 has a widened section 18, the diameter of which is larger than the diameter of the head section 13 of the second connecting element 10 on the lid side. The connecting element 8 on the pivot arm side can thus be placed on the connecting elements 9, 10 on the lid side, the second connecting element 10 engaging in the second guide groove 17 by means of the widened section 18, as can be seen in Figures 4 and 5. By displacing the connecting element 8 on the pivot arm side in the mounting direction M, the connecting element 8 on the pivot arm engages behind the head sections 13 of the two connecting elements 9, 10 on the lid side.

In order to fix the connecting element 8 on the pivot arm side to the two connecting elements 9, 10 on the lid side, a fixing device with a tab-shaped fixing element 19 is provided. The tab 19 is It is attached to the connecting element 8 on the pivot arm side by means of an eccentric element 20. For this purpose, the tongue 19 has a fastening recess 21, in which the eccentric element 20 with an eccentric shoulder 22 sits. Fixation 21 is circular in cross-section, as is the eccentric shoulder 20 seated on it, the eccentric element 20 being able to rotate around an axis of rotation D in the fixing recess 21.

A hole 23 is provided in the connecting element 8 on the pivot arm side, into which an eccentric shoulder 22 of the eccentric element 20 engages, which is rotatably riveted to the connecting element 8 on the pivot arm side. . The eccentric element 20 can rotate about an eccentric axis E defined by the eccentric shoulder 22 with respect to the connecting element 8 on the pivot arm side. The eccentric axis E is arranged parallel to and at a distance from the axis of rotation D.

In order to rotate the eccentric element 20, it has a cross groove 24 so that the eccentric element 20 can be rotated with a screwdriver. As a result of the eccentric arrangement of the eccentric shoulder 22 in the fastening recess 21, an eccentric oscillation of the fastening recess 21 about the eccentric axis E occurs in this case, as a result of which the tongue 19 moves with respect to the connecting element 8 on the pivot arm side.

At a front end 27 of the tongue 19 remote from the fastening recess 21, the tongue 19 has a fastening recess 25 which receives the head section 13 and the guide section 14 of the first connecting element 9 on the side of the head. lid that serves as a security element. In this case, the fastening recess 25 is also designed to be circular in cross-section and ensures that the tongue 19 is securely held in the first connecting element 9 on the cover side. In this way, the connecting element 8 on the pivot arm side is prevented from shifting with respect to the two connecting elements 9, 10 on the lid side, and the connecting elements 8, 9, 10 are fixed between them. Yes.

The connecting element 9 on the cover side has guide walls 28, 29 running parallel to the mounting direction M, between which the tongue 19 is accommodated. When the eccentric element 20 is rotated, the front end 27 of the tongue 19 therefore moves in the mounting direction M. In this way, the position of the connecting element 8 on the pivot arm side with respect to the first connecting element 9 on the lid side and, therefore, relative to the cap 11 it can be adjusted linearly in and against the mounting direction.

In figures 4 to 6, the tab 19 is shown in three different positions with respect to the connecting element 8 on the pivot arm side. In figure 4, the tab 19 is in a maximum upper position. The terms "up" and "down" refer in this sense to a lid 11 which is in the closed position and is arranged vertically. In the maximum upper position, the eccentric axis E is closer to the second slot 17 and therefore in a maximum upper position. The axis of rotation D is arranged laterally offset with respect to a central axis X, since the hole 23 in the connecting element 8 on the side of the pivoting arm for holding the eccentric element 20 is also arranged laterally offset with respect to the central axis X The eccentric axis E is offset laterally by the same amount relative to the central axis X. This results in an oblique position of a central axis Y of the tongue 19 relative to the central axis X of the connecting element 8 on the arm side pivoting. The lateral guidance of the tongue 19 by the guide walls 28, 29 in the area of the front end 27 results in only a slight or no lateral displacement of the fastening recess 25. In FIG. 5, the tongue 19 is shown in a center position. In this position, the axis of rotation is also arranged laterally offset with respect to the central axis X of the connecting element 8 on the side of the pivoting arm, since the axis of rotation D is defined by the perforation 23 in the connecting element 8 on the pivot arm side and is therefore fixedly positioned. The eccentric axis E is disposed further downward compared to the maximum upper position of the tab 19. Therefore, the entire tab 19 is lower than the maximum upper position. Furthermore, the eccentric axis E is located 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 tongue 19 lie one above the other and the tongue 19 is arranged parallel to the connecting element 8 on the pivot arm. no oblique position. The eccentric axis E does not necessarily have to be in the central position of the tongue 19 on the central axis X. In any case, it is disposed lower than in the maximum upper position.

At the maximum lower position of the tab 19, shown in Figure 6, the eccentric shaft E is in a maximum lower position. In this position, the eccentric axis E is again offset laterally relative to the central axis X of the connecting element 8 on the pivot arm side, which again results in an oblique position of the tongue 19 relative to the connecting element 8 on the pivot arm side, comparable to the oblique position according to figure 4.

The mounting process can be seen in figures 7 to 9. Before mounting, the tab 19 rests flat against the connecting element 8 on the side of the pivot arm. The connecting elements 9, 10 on the cover side are attached to the cover 11. The connecting element 8 on the pivot arm side is then placed on the cover 11 with a flat clamping surface 34 transversely to the direction of movement. mounting M and perpendicular to the plane of the cover. The connecting element 8 on the pivot arm side is in this case in a position in which the first connecting element 9 on the lid side is in front of the first guide groove 16 and the second connecting element 10 on the cap side is aligned with the enlarged section 18 of the second slot of guide 17. Thus, the second connecting element 10 on the lid side penetrates into the widened section 18 of the second guide groove 17.

In this position, the fastening recess 25 of the tongue 19 is not aligned with the first connecting element 9 on the side of the lid serving as a safety element, whereby the tongue is elastically deformed in the region of the recess. fixing bracket 25 and rises from the connecting element 8 on the pivot arm side in this area.

The connecting element 8 on the pivot arm side is then displaced in the mounting direction M relative to the two connecting elements 9, 10 on the lid side and relative to the lid 11. The first connecting element 9 on the cover side penetrates in this case into the first guide groove 16. In addition, the second connecting element 10 on the cover side protrudes from the widened section 18 of the second guide groove 17 and penetrates into the region of the second guide groove 17 whose width, seen in the mounting direction M, is smaller than the head section of the second connecting element 10 on the cover side.

In the final position, the fastening recess 25 of the tongue 19 is aligned with the first connecting element 9 on the side of the cover serving as a safety element, so that the tongue 19 springs back and engages with the cover. fastening recess 25 on the first connecting element 9 on the cover side. This prevents further adjustment of the connecting element 8 on the pivot arm side relative to the first connecting element 9 on the lid side and thus relative to the lid 11.

For disassembly, the tongue 19 springs up so that the fastening recess 25 again releases the first connecting element 9 on the cover side and again allows the connecting element 8 on the pivot arm side to be retracted. offset relative to the first connecting element 9 on the lid side and thus relative to lid 11.

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

The adjustment contour 33 has a variable distance from the first lid axis D1 in the circumferential direction about the first lid axis D1. In this sense, the adjustment contour 33 is designed in such a way that the pressure element 31 generates a torque for most of the pivoting path of the cover 11 or the connecting element 8 on the pivot arm side, with which the cover 11 is strongly urged in the direction of the open position. In an area between an intermediate position, which is between the open position and the closed position of the cover 11, and the closed position, the adjusting contour 33 is designed in such a way that the cover 11 is strongly biased in the direction of the the closed position.

In principle, however, it is also conceivable that a lid fitting is used without forceful stress or that a lid fitting is used in which the lid 11 is connected to the body 6 via an additional hinge. A lid fitting can also be provided, which serves to hold a foldable lid, the foldable lid being formed of at least two elements arranged vertically above one another in the closed position and pivotally connected to one another.

Figures 10 and 11 each show a side view of a second embodiment of a connection arrangement. Elements corresponding to the first embodiment of the connection arrangement according to Figures 2 to 9 are provided with the same references and are described in connection with the first embodiment. Figure 10 shows the connection arrangement before the connection elements have been fully connected and Figure 11 after the connection elements have been fully connected. Figures 10 and 11 are described together below.

In contrast to the first embodiment, the second embodiment of the connection arrangement has a tongue 19, on which an indicator element 3 is formed in the form of an indicator tongue. The indicator element 3 is arranged on the side of the tongue 19 facing the fixing recess 25 and covers the second guide groove 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 lid side (figure 10), i.e. the second connecting element 10 on the lid side is still has not been inserted into the second guide slot 17, the indicator element 3 is in a first position close to the connecting element 8 on the pivot arm side or in the second guide slot 17. In this position, an indicator 4 disposed at the end of the indicator tongue 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 beyond the side wall. In this exemplary embodiment, the side wall is formed by the guide wall 29, although it can also be configured as a separate wall.

If the connecting element 8 on the pivot arm side is fully connected to the second connecting element 10 on the lid side (figure 11), the indicator element 3 is carried by the second connecting element 10 on the lid side. lid from the first position (figure 10) to a second position (figure 11) in which the indicator 4 protrudes beyond an edge 35 of the guide wall 29. In this second position, the fitter can clearly see that the element connecting element 8 on the pivot arm side is completely connected to the second connecting element 10 on the lid side.

The tab 19, which protrudes beyond the guide wall 29 when the assembly is not completely finished, as shown in figure 8, serves as an indicator of the complete assembly of the connecting element 8 on the side of the pivot arm with the first connection element 9 on the lid side.

In this way, the fitter can identify the correct or incorrect assembly directly with the help of the tab 19 and the indicator element 3.

Lid Hardware List

references1

2 base element

3 indicator element

4 indicator

5 sidewall

6 furniture body

7 pivot arm

8 connection element on the pivot arm side

9 first connection element on the cover side

10 second connection element on the lid side

11 cap

12 steering arm

13 head section

14 guide section

15 holding section

16 first guide slot

17 second guide groove

18 widened section

19 tab

20 eccentric element

21 mounting cutout

22 eccentric jump

23 piercing

24 cross groove

25 fixing cutout

26 opening

27 extreme

28 guide wall

29 guide wall

30 counter support

31 pressure element

32 roller

33 fit contour

34 clamping surface

35 singing

D axis of rotation

D1 first axis of the lid

D2 second axis of the lid

E eccentric shaft

K1 first axis of the body

K2 second body axis

L longitudinal axis

X central axis of the clamping element on the pivot arm side

Y central axis of the tongue

Claims (13)

1. Cover fitting (1) to pivotally fasten a cover (11) to a furniture body (6), the cover fitting (1) presenting 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) which is pivotally attached to the base element (2 ), a connection arrangement with at least two connection elements (8, 9, 10) for the pivotal connection of the pivot arm (7) to the cover (11), where one of the connection elements (8) is connected pivotally with the pivot arm (7) and one of the connecting elements (9) is connected with the other connecting element (8) in an assembled state of the lid fitting (1) and is intended and suitable for fastening to the cap (11), wherein one of the connection elements (9) has a guide section (14) and a head section (13), and wherein another of the connecting elements (8) has a guide groove (16) with which it is pushed onto the guide section (14) in an assembly direction (M) in the assembled state of the cover fitting (1 ) and hooking from behind the head section (13) in a direction transverse to the mounting direction (M), a fixing device (9, 19), by means of which the connecting elements (8, 9) are fixed to each other in the assembled state of the cover fitting (1), wherein the fixing device has a security element (9) that is connected to one of the connection elements (9) or constituted by it, wherein the fixing device has a fixing element (19) that is attached to the connection element (8) that has the guide groove (16), and wherein the fixing element (19), in the assembled state of the cover fitting (1), is fixed to the security element (9) avoiding a displacement in and against the assembly direction (M), characterized by what the connecting element (9) which has the guide section (14) and the head section (13) serves as the safety element (9) of the fixation device, and in that the fastening element (19) has a fastening recess (25) into which the head section (13) engages in the mounted state of the cover fitting (1). 2. Cover fitting according to claim 1, characterized by what the head section (13), seen in the mounting direction (M), is wider than the guide section (14). 3. Cover fitting according to one of claims 1 or 2, characterized by what the connecting elements (8, 9), in the assembled state of the cover fitting (1), are fixed to each other by means of the fixing device (9, 19) avoiding displacement in and against the assembly direction ( M). 4. Cover fitting according to one of claims 1 to 3, characterized by what the fixing element is a tab (19) adjustable transversely to the assembly direction (M). 5. Cover fitting according to claim 4, characterized by what the tongue (19) is designed in an elastically adjustable manner. 6. Cover fitting according to one of claims 1 to 5, characterized by what the fixing element (19) can be immobilized in a variable position on one of the connecting elements (8) in the mounting direction (M). 7. Cover fitting according to claim 6, characterized by what the fixing element (19) is attached to the connection element (8) through an adjustable eccentric element (20). 8. Cover fitting according to one of claims 1 to 7, characterized by what the connecting element (9) with guide section (14) and head section (13) is intended and suitable for fastening to the lid (11), and in that the connecting element (8) with guide groove (16) is pivotally connected with the pivoting arm (7). 9. Cover fitting according to claim 8, characterized by what the connection element (9) with guide section (14) and head section (13) additionally has a holding section (15) with which the connection element (9) can be attached to the cover (11). ). 10. Cover fitting according to one of claims 1 to 9, characterized by what the cover fitting (1) also has an additional connection element (10) with a guide section and a head section. 11. Cover fitting according to claim 10, characterized by what the connecting element (8) with guide groove (16) has an additional guide groove (17) with which it is pushed onto the guide section of the additional connecting element (10) with guide section and head section in a mounting direction (M) in the mounted state of the cover fitting (1). 12. Cover fitting according to claim 11, characterized by what the additional guide groove (17) has a widened section (18) which, seen in the mounting direction (M), is wider than the head section. 13. Cover fitting according to one of claims 1 to 12, characterized by what the lid fitting (1) has an indicator element (3) that is elastically adjusted from a first position to a second position when the at least two connecting elements (8, 9, 10) are connected to each other.