EP3112762A1 - Holding device for an extractor hood and method of attaching a holding device for an extractor hood - Google Patents

Abstract

The present invention relates to a holding device for an extractor hood (3) for holding the extractor hood (3) on a cabinet wall (2). The holding device (1) is characterized in that the holding device (1) comprises a base body (10) having a base plate (100) having at least one through hole (12) for a fastener and at least one holding projection (101) for holding the extractor hood (3) and that on the base plate (100) at least one spacer element (5, 13, 15) is integrally formed and at least one of the spacer elements (5, 13, 15) is movably connected to the base plate (100). Furthermore, a method for fixing such a holding device (1) on a cabinet wall (2) is described.

Description

The present invention relates to a holding device for an extractor hood and to a method for fastening a holding device for an extractor hood.

For installation of an extractor hood on a piece of furniture, in particular in a wall unit of a kitchen unit, it is known to provide a cutout in the bottom of the furniture, on which fastening devices engage from the extractor hood and thus hold the extractor hood in the cutout. Alternatively, it is known in furniture without floor, wall mounts to attach to the side walls of the furniture, in particular on the inner walls of a wall unit. For example, sheet metal brackets can be used as wall brackets. In order to ensure an exact installation of the hood, the wall brackets must be accurately positioned by means of a template in the height and depth of the furniture. There are four sheet metal angles per cooker hood necessary, with two must be provided on the right furniture wall and two on the left furniture wall.

A disadvantage that these known wall mounts have, is thus in the increased effort in the attachment of the wall bracket and thus in the installation of the hood in the furniture.

The object of the present invention is therefore to provide a solution by means of which the installation of the hood in the furniture simplifies and yet the exact positioning of the hood can be guaranteed in the furniture.

The invention is based on the finding that this object can be achieved by providing at least one element for setting or compensating for distances of the holding device to the mounting surface on a holding device.

According to a first aspect, the object is therefore achieved by a holding device for an extractor hood for securing the extractor hood to a Wall unit. The holding device is characterized in that the holding device comprises a base body, which has a base plate which has at least one through hole for a fastening element, and at least one holding projection for holding the extractor hood and that at least one spacer element is formed on the base body and at least one of the spacer elements movably connected to the base plate.

As a holding device according to the invention a device is referred to, which can be attached to a vertical mounting surface, in particular a cabinet wall, and which can cooperate with at least a portion of a fastening device on the hood for holding the hood. In particular, a device is referred to as a holding device, which can be fastened to a wall, preferably a wall unit of a wall unit and by which the extractor hood can be held in cooperation with a fastening device on the hood in the cabinet. The holding device according to the invention is also referred to below as a wall mount. As hoods here in particular flat screen hoods can be used. It is also within the scope of the invention, other hoods, such as fan blocks to hold by means of the holding device according to the invention on walls, in particular cabinet walls. The cabinet wall to which the holding device is attached, preferably represents the inside of a cabinet wall, in particular the inside of a cabinet side wall of a wall cabinet, which can also be referred to as a top cabinet. In this respect, the present invention also relates to a piece of furniture with attached holding device, in particular one Wall unit with at least two fixed to the inside of the wall unit according to the invention holding devices.

The holding device according to the invention comprises a main body. The main body has a base plate and a retaining projection. As a base plate in this case a flat surface of the holding device is referred to, one side of which rests in the mounted state of the holding device on the cabinet wall. The side of the base plate and the base body, which faces in the mounted state of the cabinet wall to which this holding device is attached, is also referred to below as the back of the base plate or the base body. Also more directions, such as front, top and Unless otherwise stated below below refer to the holding device in the state attached to the cabinet wall. In this case, the front side of the holding device of the cabinet wall to which this holding device is attached, facing away and the back is against the cabinet wall.

At least one through hole is embedded in the base plate. Through the through-holes, in each case a fastening element, for example a screw, can be guided and, via this, the holding device can be fastened to the wall of the cabinet. The holding device may thus comprise at least one fastening element, which is passed through one of the through holes. The through hole may also be referred to as a screw hole. Preferably, at least four through holes are provided in the base plate at a height next to each other.

The main body also has a holding projection for holding the extractor hood. The retaining projection is preferably formed on the base plate. The retaining projection is for engagement with a part of a fastening device which is provided on the extractor hood. The holding projection is therefore aligned from the rear side of the holding device and thus away from the base plate in the direction of the front side of the holding device. In the assembled state of the holding device on the inside of a side wall of a wall unit, the retaining projection is thus directed into the interior of the wall unit.

According to the invention at least one spacer element is integrally formed on the base body. As integrally formed element is here preferably understood an element which is integrally formed with the base body. Particularly preferably, the spacer element is integrally formed on the base plate of the base body. The spacer element may for example be molded onto the base plate. As a spacer element is understood an element that is used to set a distance or to compensate for a distance. In particular, can be changed by the spacer the distance between the back of the base plate and the cabinet wall to which the base plate is attached. Alternatively or additionally, by the spacer element, the distance of an edge of the base plate and thus the through holes in the base plate can be adjusted to an edge of the cabinet wall.

According to the invention at least one spacer element is movably connected to the base plate. The spacer element may in this case be connected to the base plate so that it is permanently movable relative to the base plate. In this case, a flexible connecting element, such as a hinge or hinge between the base plate and the spacer element is provided. But it is also within the scope of the invention that at least one of the spacer elements is only temporarily movable to the base plate. This means that the relative position of the spacer element to the base plate can be changed in at least one state and in another state, the relative position of the spacer element is fixed to the base plate. The fixing of the relative position can be formed by an additional fixing means, such as a latching arm on the spacer element, by which the spacer element can be fixed in a pivoted for example by a hinge position on the base plate. Alternatively, the fixing to the base plate but also be done by rigid connecting means, which may represent, for example, connecting webs. These rigid connecting means are designed so that the connection between the base plate and the spacer element can be canceled, for example by severing the connecting means. In the released state, the spacer can then be moved away from the base plate.

By using at least one spacer element which is at least temporarily movable on the base plate according to the invention, a number of advantages can be achieved. In particular, the spacer element can cover by appropriate movement in a desired position, an otherwise existing distance between the holding device and the cabinet wall. Alternatively or additionally, the spacer element can be used to define a distance of the edge of the base plate to an edge of the cabinet wall and after attachment of the holding device to the cabinet wall, this spacer can then be detached from the base plate and separated from the base plate. With the holding device according to the invention thus the mounting of the holding device is simplified because no separate spacer elements must be used.

According to a preferred embodiment, the at least one spacer element extends in at least one state of at least one edge of the base plate from at least partially in the plane of the base plate of the body of the base plate away. The spacer may in this case be formed, for example, on the top, the bottom or one of the side edges of the base plate. Preferably, at least one of the spacer elements is integrally formed on the underside of the base plate. Another spacer element is then formed on the upper side or alternatively on one of the side edges of the base plate. By the at least one spacer element is at least partially in the plane of the base plate in at least one state, and the base plate rests in the mounted state of the holding device on the cabinet wall, the spacer element in the state in which this lies in the plane of the base plate, also at least in some areas against the cabinet wall. In this way, the precision of the alignment of the holding device and thus the precision of the later held thereon extractor hood can be improved. The state in which the spacer element is preferably in the plane of the base plate, in a movable connection between the base plate and spacer element is preferably the state before folding the spacer element around the movable connection. In a rigid connection between the base plate and the spacer element, this state is preferably the state before the separation of the rigid connection.

According to one embodiment, the spacer element is connected to the base plate via a hinge, in particular a folding hinge, which may also be referred to as a folding hinge. By using a hinge, movement of the spacer element relative to the base plate can be performed. The hinged hinge can be formed in particular by reducing the material thickness at the edge of the base plate between the base plate and spacer. This embodiment is advantageous since no further components are required as a result, but pivoting of the spacer element relative to the base plate is nevertheless possible.

According to a further embodiment, the spacer element is connected to the base plate via a parting line. The dividing line is a line that can be easily cut. The dividing line can therefore represent, for example, a perforation. By a dividing line between the base plate and the spacer element is provided, a predetermined separation point is given at which the spacer element can be released from the base plate.

According to one embodiment, the spacer element is therefore pivotally attached to the base plate or is detachable from the base plate.

According to one embodiment, the spacer element constitutes a spacer plate. The spacer plate serves, in particular, to compensate for a distance which exists between the rear side of the holding device and the cabinet wall. In other words, a difference in the wall thickness of different cabinet walls of the mounting wall can be compensated by the spacer plate. As with wall cabinets, the wall thickness is usually either 16mm or 19mm, the thickness of the spacer plate is preferably 3mm. The designed as a spacer plate spacer is preferably pivotally attached to the base plate, for example via a hinged hinge. Thus, if a balance is necessary - the spacer plate can be pivoted by 180 ° before attaching the holding device to the wall unit until it rests against the back of the base plate.

The size of the spacer plate preferably corresponds to the size of the base plate. As a result, the surface over which the holding device rests against the cabinet wall, even in the state in which the spacer plate is pivoted to the back of the base plate and this rests against the mounting wall as large as possible.

In order to be able to fix the holding device still on the mounting wall in the state in which the spacer plate is pivoted to the back of the base plate, at least one slot is preferably einacht in the spacer plate. By forming the passage or the passages in the spacer plate by elongated holes, the requirements for the alignment of the passages in the spacer plate are lowered to the passage holes in the base plate and the implementation of a fastener, in particular a screw, can be reliable and easy.

According to a preferred embodiment, the spacer element can therefore be pivoted so far relative to the base plate, that this rests against the back of the base plate. The at least one slot of the spacer plate is in this case preferably aligned after pivoting relative to the base plate with the at least one through hole.

Preferably, at least one of the spacer elements has a latching device for latching with the base body of the holding device. In particular, a latching device is preferably provided on the spacer plate. The locking device may for example represent a latching arm which can engage with a locking cutout on the base plate. As a result, the spacer plate can be fixed in the voltage applied to the back of the base plate state.

According to one embodiment, at least one of the spacer elements constitutes a spacer. At least one stop is provided on the spacer, which extends perpendicular to the base plate from a web of the spacer lying in the plane of the base plate. The stop protrudes beyond the back of the base plate. By providing such a spacer with stop, the holding device can be brought into a defined position to an edge of the cabinet wall. Here, the stop, since it extends perpendicularly from the web and thus from the base plate to the rear, be applied to the lower edge of the cabinet wall. By the distance of the stop to the passage openings in the base plate, this also the distance between the lower edge of the cabinet wall and a screw or borehole, which can be made through the passage opening defined. In addition or as an alternative to providing the spacer at the lower edge of the base area, a spacer may be provided on the side edge of the base plate, which points forwardly in the cabinet in the mounted state of the holding device. Such a spacer can then serve to set the desired distance in the horizontal from the front of the cabinet wall.

According to one embodiment, the spacer has a projection which extends in the plane of the base plate from the stop in the direction away from the base plate. In particular, in the case of a spacer which is provided on the lower edge of the base plate, such a projection is advantageous. The extractor hood is inserted from below into the wall unit and should be inserted or retracted so far that a top of a part of the extractor hood, For example, a rail guide of the hood, rests against the lower edge of the cabinet wall. As a result, a gap formation between the extractor hood and cabinet bottom is to be prevented. If the stop, which was used to place the passage openings for the screws not removed after attachment of the fixture to the wall unit, the hood would be spaced at least in the region of the stop by the amount of material thickness of the stop from the lower edge of the cabinet wall and it would create a gap and an asymmetric installation situation. However, if a projection is provided on the spacer, which projects beyond the stop out down, the insertion of the extractor hood in the cabinet is partially obstructed. The height of the supernatant is in this case dimensioned such that an engagement of a latching element of a fastening device with the retaining projection of the holding device is prevented. Since the spacer is preferably connected to the baseplate via a parting line, it can be removed from the baseplate after the retaining device has been screwed on, for example by kinking or by severing the parting line by means of a knife. Then the extractor hood can then be installed.

According to a preferred embodiment, at least one insertion bevel is provided on the main body of the holding device. Preferably, the insertion bevel is formed downwardly adjacent to the retaining projection of the holding device. The insertion bevel serves for easier and more targeted guiding of a part of the fastening device of the extractor hood, in particular of a latching element, into the holding device.

The retaining projection of the holding device preferably comprises a guide surface and a support surface arranged at an acute angle to the guide surface. When inserting the hood from the bottom of the wall unit, on the insides of the side walls, the holding devices according to the invention are fixed, here is a locking element of the fastening device of the hood first with the guide surface which is inclined from the horizontal upwards in contact. Through this contact, the locking element is pressed into the fastening device until the locking element has reached the tip of the retaining projection. In a further insertion of the hood upwards the locking element then gets along the upper bearing surface of the support geometry in contact and rests on this.

Preferably, the insertion bevel is provided on the side of the holding projection on which the guide surface is located. The insertion bevel is in this case formed in side walls of the holding device.

According to a further embodiment, at least one notch is introduced on the retaining projection. The notch runs in the vertical direction. This embodiment of the holding device is advantageous for use with a fastening device on the extractor hood, at the locking element corresponding projections are provided.

The invention thus also relates to a fastening system which comprises at least the holding device according to the invention and at least one fastening device on an extractor hood with a latching element.

According to a further aspect, the present invention relates to a method for fastening a holding device to a cabinet wall, wherein the holding device comprises a base body having a base plate with at least one through hole for a fastener and at least one retaining projection for holding the hood, and at least on the base body a spacer is movably connected. The method is characterized in that at least one spacer element of the holding device is moved before or after the attachment of the holding device to the cabinet wall with respect to the base plate.

According to one embodiment, the spacer element is a spacer plate and the spacer plate is pivoted relative to the base plate of the holding device prior to attachment of the holding device and preferably latched to the back of the base plate.

Additionally or alternatively, according to the method according to the invention, a spacer element may constitute a spacer, and the spacer will after the Attachment of the holding device to the cabinet wall separated from the base plate, preferably along a parting line.

The attachment of the holding device to the cabinet wall is preferably carried out by using one or two screws which are passed through the through holes in the base plate and screwed into the cabinet wall.

Features and advantages that are described with respect to the holding device according to the invention apply correspondingly for the inventive method, the fastening system according to the invention and the wall unit according to the invention.

• Figur 1: eine schematische Frontansicht auf eine Dunstabzugshaube bei der Montage in einem Oberschrank;
• Figur 2: eine Detailansicht einer Ausführungsform der erfindungsgemäßen Haltevorrichtung nach Figur 1;
• Figur 3: eine schematische Perspektivansicht einer Ausführungsform der Haltevorrichtung in einem ersten Montagezustand;
• Figur 4: eine schematische Seitenansicht der Ausführungsform der Haltevorrichtung nach Figur 3 in dem ersten Montagezustand; und
• Figur 5: eine schematische Seitenansicht der Ausführungsform der Haltevorrichtung nach Figur 3 in einem zweiten Montagezustand.

The invention will be described again below with reference to the accompanying drawings. Show it:

• FIG. 1 : a schematic front view of an extractor hood when mounted in a wall unit;
• FIG. 2 : A detailed view of an embodiment of the holding device according to the invention FIG. 1 ;
• FIG. 3 a schematic perspective view of an embodiment of the holding device in a first mounting state;
• FIG. 4 a schematic side view of the embodiment of the holding device according to FIG. 3 in the first mounting state; and
• FIG. 5 a schematic side view of the embodiment of the holding device according to FIG. 3 in a second mounting state.

In FIG. 1 is a schematic view of an embodiment of the holding device 1 according to the invention during installation of the extractor hood 3 in a wall unit 2 shown.

On each side cabinet wall 20 of the wall unit 2, a holding device 1 is fixed to the inside in the lower area. The wall unit 2 is open at the bottom, that is, has no bottom. The extractor hood 3 is inserted from below into the wall unit 2 upwards. On the extractor hood 3 in each of the side walls, a fastening device 4 is provided. At each mounting device 4, a resiliently mounted locking element 40 is provided which protrudes beyond the side of the hood 3 to the outside. The fastening devices 4 are provided in the lower region of the extractor hood 3.

The construction of the holding device 1 will be described with reference to FIG FIG. 3 described in more detail. The holding device 1 has a base body 10, which in the illustrated embodiment consists of a base plate 100 and side walls 17, which are perpendicular to the front of the base plate 100 forward. In the base plate 100 through holes 12 are introduced. The passage holes 12 are arranged adjacent to each other in the horizontal. In the illustrated embodiment, four passage holes 12 are inserted, of which in FIG. 3 only three are visible. Furthermore, the base body 10 comprises a retaining projection 101, which extends from the front of the base plate 100 to the front. In the in FIG. 3 Thus, the mounted projection of the holding device 1, the retaining projection 101 thus in the interior of the wall unit 2. The side walls 17 of the body 10 go in the lower part, in particular below the holding projection 101 in insertion bevels 11, which diverge outwardly. As a result, an insertion region tapering upwards onto the holding projection 101 is formed. At the upper ends of the side walls 17, a cover wall 18 extends in the horizontal direction along the front side of the base plate 100. In the base plate 100, locking cutouts 102 are also introduced at the lateral edges. In the illustrated embodiment, a snap-in recess 102 is introduced on each side of the base plate 100.

At the lower edge of the base plate 100, two spacer elements 5 are mounted, which are spacers 15 in the illustrated embodiment. The spacers 15 each consist of a web 152, which extends from the lower edge of the base plate 100 down. In the upper region of the web 152, a dividing lines 16 is provided. This may be located directly on the lower edge of the base plate 100 or slightly offset to the lower edge of the base plate 100 down. In the region of the free end of the web 152, a stop 151 is provided on the rear side of the web 152. The stop 151 is formed in the illustrated embodiment by a plate which extends perpendicularly from the back of the web 152 to the rear. The web 152 extends beyond this stop 151 further down. This part of the web 152, which lies below the stop 151, is therefore also referred to as the projection 150.

At the upper edge of the base plate 100, a further spacer element 5 is integrally formed on the base plate 100. The upper spacer element 5 constitutes a spacer plate 13. The spacer plate 13 is integrally formed on the base plate 100 by means of two hinges which are configured as a hinged hinge 14.

The holding device 1 is preferably a plastic component and is manufactured in one piece, for example produced by injection molding. The hinges 14 may be formed by a relation to the base plate 100 and the spacer plate 13 reduced material thickness.

In the spacer plate 13 four elongated holes 130 are introduced, which extend in the vertical direction and are arranged adjacent to each other in the horizontal direction. The horizontal distance between the elongated holes 130 corresponds to the horizontal distance between the through holes 12 in the base plate 100.

On the sides of the spacer plate 13 locking arms 131 are formed. In the position of the spacer plate 13, in which this is above the base plate 100, the locking arms 131 protrude to the rear.

Hanging cabinets 2 in kitchens generally have either a wall unit thickness of 16mm or 19mm. So that the holding device 1, which is also referred to as a wall mount, always sits in its position to the hood 3 in the same place, the spacer plate 13 can be used. Since this is connected by means of one or in the illustrated embodiment by means of two hinged hinges 14 with the spacer plate 13, it can be pivoted relative to the base plate 100. Thereby the wall thickness difference can be compensated. The molded on the hinged hinge 14 spacer plate 13 has vorzugswiese a thickness of 3mm. If the extractor hood is therefore to be introduced into a wall unit 2 with a 16 mm wall thickness, the spacer plate 13 can be folded over the hinge 14. This is schematically in FIG. 4 indicated by the curved arrow S. The folding or pivoting of the spacer plate 13 relative to the base plate 100 to the rear is carried out prior to attachment of the holding device 1 on the cabinet wall 2. This ensures that the position of the holding device 1 is identical to the position in a piece of furniture with 19mm wall thickness. In order to hold the spacer plate 13 on the base plate 100 in the folded state, the latching arms 131, which are provided on the spacer plate 13, are inserted and latched into the latching cutouts 102. The folded and latched mounting state of the holding device 1 is in FIG. 5 shown schematically.

For furniture with 19mm wall thickness, the spacer plate 13 is not folded over the hinge 14, but extends, as in FIG. 3 and 4 shown from the base plate 100 upwards.

The brought for the corresponding wall thickness of the furniture, in particular wall unit 2 in the required state holding device 1 can then be attached to the cabinet wall 20.

In the holding device 1 according to the invention no drilling or positioning template is necessary for the attachment of the holding device 1 in the cabinet 2. In the vertical direction, the holding device 1 is rather brought into the correct position on the cabinet wall 2 via the lower spacer elements 5, which are designed as spacers 15.

For this purpose, the stops 151 of the spacers 15 are applied to the cabinet edge. Thus, a positioning by means of template and meter bar in the vertical direction is not needed. The positioning in the depth can be done easily by means of meter stick. Subsequently, the holding device 1 is screwed to the cabinet wall 20 with two fastening elements, in particular screws, for example wood screws.

For this purpose, the through holes 12 provided in the base plate 100 are used. Of the four through-holes 12 shown, only two are required for screwing. If a mistake has occurred during the screwing in the cabinet 2, the two other provided in the base plate 100 through holes 12 can be used for re-screwing. After screwing the holding device 1, the spacers 15 still have to be separated from the base plate 100. For this purpose, the web 152 of the spacer 15 along the dividing line 16 can be separated using a cutter knife or a pair of scissors. If the user forgets the separation of the spacers 15, the geometry of the spacers 15, in particular the overhang 150, which extends beyond the lower edge of the cabinet wall 20, prevents the extractor hood 3 from being mounted. This is necessary to ensure a secure hold the hood 3 in the furniture 2. Only when the spacers 15 have been separated, the hood 3 can be fixed in the furniture 2.

For this purpose, the hood 3 as in FIG. 1 shown from below into the wall unit 2 introduced. Shortly before reaching the end position of the extractor hood 3 in the wall unit 2, the locking elements 40 of the fastening device 4 of the extractor hood 3 come with the holding devices 1, which are attached to the cabinet wall 20 in contact.

In order to simplify the positioning of the latching element 40, which in particular represents a pivotable element when inserting the extractor hood 1 in the holding device 1, the insertion area formed in the lower region of the base plate 100 by the insertion bevels 11 and the latching element 40 so to the holding projection 101st the holding device 1 performed in this. This simplifies the assembly, that is the installation of the extractor hood 3 in the wall unit 2 clearly. The notches 1012 which may be provided in the retaining projection 101 may engage in contours (not shown) of the locking element 40 of the fastening device 4 of the extractor hood 3. This allows a backlash-free seat of the hood 3 in depth.

After the latching element 40 of the extractor hood 3 has reached the retaining projection 101 when the extractor hood 3 is pushed into the wall unit 2, the latching element 40 is guided along the lower guide surface 1011 of the retaining projection 101 and is thereby pressed into the fastening device 4 on the extractor hood 3. After the latching element 40 has passed the tip of the retaining projection 101, the latching element 40 pivots outwards again and the underside thereof runs on the bearing surface 1010 of the retaining projection 101 upwards. Once the locking element 40 has reached its end position, that is swung out of the fastening device 4, the underside of the locking element 40 rests on the support surface 1010 of the retaining projection 101 and the hood 3 is held in the cabinet 2.

The present invention has a number of advantages. In particular, the holding device has a simple construction. In addition, a one-man installation of the hood in furniture is possible. Furthermore, a cabinet wall thickness compensation of example 16 to 19mm can be done without additional components. The costs are reduced since the spacers allow the wall mount to be positioned without a drilling or positioning template. Furthermore, 4 through holes for two screws are provided per wall bracket. This error can be compensated when screwing. The insertion aid also creates a simple, customer-friendly installation. Finally, the invention has the advantage that the wall mount can also be used in fan modules.

LIST OF REFERENCE NUMBERS

1

holder

10

body

100

baseplate

101

retaining projection

1010

bearing surface

1011

guide surface

1012

score

102

Rest Neck

11

chamfer

12

Through Hole

13

spacer plate

130

Long hole

131

detent arm

14

Klappscharnier

15

spacer

150

Got over

151

attack

152

web

16

separation point

17

Side wall

18

top wall

2

Hängeschrank

20

wall unit

3

Hood

4

fastening device

40

locking element

5

spacer

Claims (11)

Holding device for an extractor hood (3) for holding the extractor hood (3) on a cabinet wall (2), characterized in that the holding device (1) comprises a base body (10) having a base plate (100), the at least one through hole (12 ) for a fastening element, and has at least one retaining projection (101) for holding the extractor hood (3) and that at least one spacer element (5, 13, 15) is integrally formed on the base plate (100) and at least one of the spacer elements (5, 13 , 15) is movably connected to the base plate (100). Holding device according to claim 1, characterized in that the at least one spacer element (5, 13, 15) in at least one state of at least one edge of the base plate (100) from at least partially in the plane of the base plate (100) of the base body (10). extending away from the base plate (100). Holding device according to one of claims 1 or 2, characterized in that the spacer element (5, 13, 15) with the base plate (100) via a hinge (14) or a parting line (16) is connected. Holding device according to one of claims 1 to 3, characterized in that the spacer element (5, 13, 15) to the base plate (100) is pivotally mounted or from the base plate (100) is releasable. Holding device according to one of claims 1 to 4, characterized in that the spacer element (5, 13, 15) is a spacer plate (13), in which at least one slot (130) is einacht. Holding device according to one of claims 1 to 5, characterized in that the spacer element (5, 13, 15) so far relative to the base plate (100) can be pivoted that this rests against the back of the base plate (100) and preferably that at least a slot (130) of the spacer plate (13) after pivoting relative to the base plate (100) is aligned with the at least one through hole (12). Holding device according to one of claims 1 to 6, characterized in that at least one spacer element (5, 13, 15) has a latching device (131) for latching with the base body (10) of the holding device (1). Holding device according to one of claims 1 to 7, characterized in that at least one of the spacer elements (5, 13, 15) is a spacer (15) on which at least one stop (151) is provided which is perpendicular to the base plate (100 ) extends from a in the plane of the base plate (100) lying web (152) of the spacer (15). Holding device according to claim 8, characterized in that the spacer (15) has a projection (150) extending in the plane of the base plate (100) from the stop (151) in the base plate (100) facing away from the direction. Method for fastening a holding device (1) comprising a base body (10) having a base plate (100) with at least one through hole (12) for a fastening element and at least one holding projection (101) for holding the extractor hood (3) a cabinet wall (20), characterized in that the holding device (1) at least one spacer element (5, 13, 15) and at least one spacer element (5, 13, 15) of the holding device (1) before or after the attachment of the holding device ( 1) on the cabinet wall (20) with respect to the base plate (100) is moved. A method according to claim 10, characterized in that a spacer element (5, 13, 15) is a spacer plate (13) and the spacer plate (13) prior to attachment of the holding device (1) on the cabinet wall (20) relative to the base plate (100). the holding device (1) is pivoted and locked on the back of the base plate (100) or that a spacer element (5, 13, 15) is a spacer (15) and the spacer (15) after attachment of the holding device (1) to the Cabinet wall (20) from the base plate (100) is separated, preferably along a parting line (16) is separated.

Images