EP3372349A1 - Stamp device for marking boreholes - Google Patents

Abstract

In a stamping device (100) with a marking element (110) for marking positionally accurate drill holes for the purpose of positionally precise placement of an object to be fastened to a wall (200), an in situ correctable and therefore precisely specifiable marking of in a wall (200) to be introduced bores for attaching objects to the wall (200) achieved in that the marking element (110) is at least majority reciprocally mounted within a housing (120) provided with a with a central opening (131), near the wall front attachment element (130) for attaching the stamp device (100) to a wall (200) and provided with a bore (141) bearing member (140) for supporting a with the marking element (110) coupled to the support member (150) which is a means for releasably securing the stamping device (100) to the frame to be fastened to the wall (200) nstand has.

Description

The invention relates to a stamping device with a marking element for marking position-accurate drill holes to be mounted for the purpose of position-precise placement of an object to be fastened to a wall. In particular, images, mirrors, telephone systems and telephones, routers, W-LAN transmitters or monitor mounts are considered as objects.

Stamp devices of the type mentioned are known in the art only in the form of less suitable and cumbersome to be applied provisional. The known stamp devices therefore all have the disadvantage that a correctable in situ and therefore precisely specifiable marking of bores to be mounted on a wall for attaching or suspending objects such as images, mirrors or monitors on a wall is not possible.

The object of the invention is therefore to provide a stamp device by means of which an easily feasible and correctable in situ marking and therefore precisely specifiable marking of be introduced into a wall nails or holes for attaching or suspending objects such as pictures, mirrors, telephone systems and Telephones, routers, Wi-Fi channels or, for example, monitor mounts on a wall is possible.

For a stamp device of the type mentioned above, this object is achieved according to a first aspect of the present invention in that the marking element is reciprocally convertible from a first position in which the marking element is located far away from the wall, in a second position, in the a wall-facing front part of the marking element contacted for the purpose of a mark a point of the wall.

Preferred embodiments of this aspect of the invention are the subject of the dependent claims of the first independent claim, whose elements act in the sense of a further improvement of the approach of the problem underlying the invention.

In the stamping device according to the first aspect of the present invention, by means of the feature combination, the marking element is reciprocally convertible from a first position, in which the marking element is remote from the wall, to a second position, in which a wall-proximate one Part of the marking element for the purpose of a Mark contacted a point of the wall, an easily practicable and in Sito correctable and thus precisely specifiable Marking to be mounted on a wall boreholes for attaching objects to a wall achieved by simply pressing the object against the wall.

By pressing a respective object against the force of the spring device in the direction of the wall causes thereby a movement of the support member and coupled to the support member or connected marking element from a first position in which the marking element is at least majority within the housing, in a second position in which at least a proximal front part of the marker protrudes out of the housing for the purpose of contacting a point of the wall and marks the relevant point of the wall to which a nail is applied or a bore for insertion of a screw or dowel for attachment a relevant object is to be introduced on the wall in the wall.

According to a first preferred embodiment of the stamp device according to the invention according to the first aspect of the present invention, it is provided that the marking element is anchored to a carrier element connected to a carrier chassis, wherein the carrier element against the force of a spring from the first position to the second position conveyed is.

According to an important preferred embodiment of the stamp device according to the invention, the spring as Helical spring formed, wherein one of the wall remote end of the helical spring is supported on the carrier chassis.

Furthermore, the carrier element preferably forms a cylindrical platform arranged on the carrier chassis, wherein the marking element is arranged in the center of a wall-facing end face of the carrier element and a wall-remote end face of the carrier element is firmly connected to the carrier chassis, and wherein the lateral surface of the carrier element together with the annular free near-wall surface of the likewise cylindrically shaped carrier chassis forms a bearing for the wall remote end of the helical spring.

According to another important preferred embodiment of the stamp device according to the invention, the helical spring is formed by a helically wound ribbon whose one end is supported on the carrier chassis and the other end forms an end face for attachment of the punch device to a wall.

A particularly advantageous embodiment is achieved if the flat strip is formed ondulierend and thereby has a predetermined elasticity.

In order to obtain an elastic compressibility for a given length of the helical spring by means of the ondulation of the flat strip, a plurality of successive wave peaks and troughs are provided in the course of a helical turn through 360 °, each wave bar of a first 360 ° turn comprising an associated wave valley of an adjacent second 360 ° winding and each trough of a first 360 ° turn associated wave mountain of an adjacent second 360 ° comprehensive turn facing.

In the sense of a practical embodiment, in particular four successive wave crests and wave troughs are provided in the course of a helical winding through 360 °.

Furthermore, the carrier element is preferably formed integrally with the carrier chassis.

According to a further preferred embodiment of the stamp device according to the invention according to the first aspect of the present invention, a lower surface of the cylindrically shaped carrier chassis forms a pressure surface for a hand-pressing of the carrier element against a wall.

In the area of the undersurface of the carrier chassis, a central bore provided with an internal thread can preferably be formed into which a projection of a thumb screw containing a plate is inserted, wherein a distance of the plate to the lower surface of the carrier chassis can be adjusted manually by turning the thumbscrew is.

The projection remote areas of the plate of the thumbscrew are preferably provided with a plurality of notches to allow easier hand gripping.

The plate of the thumbscrew preferably has an internally threaded central bore into which an adjusting screw is inserted, and between a Bottom surface of the plate and a head of the adjusting screw a compressible, elastic silicone tube is arranged, wherein a distance of the head of the adjusting screw to the lower surface of the plate and thus the extent of compression of the silicone tube by turning the adjusting screw by hand is preferably adjustable.

The stamp apparatus according to the second aspect of the present invention will be explained below.
For a stamp device of the type mentioned, the object underlying the invention is achieved according to the second aspect of the present invention, characterized in that the marking element is mounted at least a majority within a housing reciprocally, provided with a provided with a central opening, close to the wall front attachment element is provided for attaching the stamping device to a wall and provided with a bore bearing member for supporting a bearing element coupled to the marking element, which has a means for releasably securing the stamping device to the object to be fixed to the wall.

Preferred embodiments of the invention according to the second aspect are the subject of the dependent claims of the second independent claim, whose elements in the sense of a further improvement of the approach of the invention are based task.

In the stamp device according to the second aspect of the present invention, with the aid of the feature combination, the marking element at least a majority is mounted reciprocally within a housing, which is provided with a provided with a central opening, close to the wall approach member for attaching the stamping device to a wall and with a bore provided with a bearing element for supporting a bearing element coupled to the marking element, the a means for releasably securing the stamping device to the object to be mounted on the wall, an easily operable and in situ correctable and thus precisely specifiable marking of boreholes to be mounted on a wall for attaching objects to a wall by simply pressing the object against reached the wall.

Pressing a relevant, wandfern placed behind the stamp device object against the punch device and thus transferred against the force of the spring means in the direction of the wall causes thereby a movement of the support member and coupled to the support member or associated marking element of a first Position in which the marking element is disposed at least a majority within the housing, in a second position in which protrudes at least a wall-front part of the marking element for the purpose of contacting a point of the wall of the housing and marks the relevant point of the wall. At the relevant marked point, a nail is then to be set or a borehole for inserting a screw or a dowel for attaching a respective object to the wall in the wall to bring.

According to a first preferred embodiment of the stamp device according to the invention according to the second aspect, it is provided that the holding element connected to the marking element from a first position in which the marking element is at least majority disposed within the housing, is conveyed to a second position, in the at least one wall-facing front part of the marking element is guided for the purpose of contacting a point of the wall through the central opening of the attachment element and projects out of the housing.

The support member is preferably biased by means cooperating on a rear surface of the neck member spring means in the first position and can be converted by pressing the support member against the force of the spring means in the second position.

According to another preferred embodiment of the stamp device according to the invention, the support member is bolt-shaped, wherein the marking element is firmly connected to the support member in the region of a near-wall front end surface of the support member.

Furthermore, in the area of the rear end face opposite the front end face, the retaining element preferably has a fastening body as a means for detachably fastening the retaining element to the object to be fastened to the wall. The fastening body can be formed for example by a mounted in the region of the rear end face of the support means projection, which with a flange is provided for locking the punch device in a recess of the object to be fastened.

According to an important preferred embodiment of the stamp device according to the invention according to the second aspect of the present invention, the support member has in the region of its front end face a flange whose marking element remote back surface in the first position of the support member adjacent to the inner surface of the bore, as an inner flange trained wall of the bearing element is supported.

According to another important preferred embodiment of the stamping device according to the invention according to the second aspect of the present invention, the projection element is formed by a plane formed Anlagepaneel, wherein the front of the flange of the support member in the second position of the support member at least indirectly adjacent to a rear surface of the contact panel.

The housing is preferably formed as a hollow cylinder and provided in the region of the inner surface of the relevant cylinder jacket with an internal thread, wherein the bearing element is provided with a corresponding with the internal thread of the housing external thread to releasably connect the bearing element using the support member with the housing.

The spring device is preferably but not necessarily formed by an elastic annular spring, which may be designed as a spiral spring, finger spring or hexagonal spring.

To form a special, non-mechanical and therefore wear-free spring means can be mounted in the region of the rear surface of the Anlagepaneels and in the region of the front of the flange of the support member each provided with a central opening as a passage for the reciprocally mounted marking element magnet, wherein the opposing End faces of the two magnets have the same pole designation to produce a spring device forming mutually repulsive force.

According to a conventional embodiment of the stamping device according to the invention, the marking element is formed by a felt tip, the tip of which is formed to apply in a second position of the support member a marking point on a wall, which predetermines that point of the wall to which a borehole for insertion of a Screw or a dowel for attaching a subject on the wall is to be introduced into the wall.

According to a particular, suitable in particular for a soft wooden wall embodiment of the stamp device according to the invention, the marking element is formed by a metallic cone body, the tip of which is designed to introduce a hole in a second position of the support member in a wall, which predetermines that point of the wall in which a borehole for inserting a screw or a dowel for fixing a respective object to the wall is to be introduced into the wall.

Fig.1

eine bevorzugte Ausführungsform der Stempel-Vorrichtung gemäß dem ersten Aspekt der vorliegenden Erfindung in einer Ansicht von schräg vorne;

Fig.2

die in Figur 1 dargestellten Stempel-Vorrichtung in einer Ansicht von schräg hinten;

Fig.3

die in Figur 1 dargestellten Stempel-Vorrichtung in einer Seitenansicht;

Fig.4

die in Figur 1 dargestellte Stempel-Vorrichtung in einer Explosionsansicht;

Fig.5

eine erste bevorzugte Ausführungsform der Stempel-Vorrichtung gemäß dem zweiten Aspekt der vorliegenden Erfindung in einer Seitenansicht;

Fig.6

eine das Gehäuse darstellende Ausführungsform der erfindungsgemäßen Stempel-Vorrichtung in einer Ansicht von schräg oben;

Fig.7

eine das Gehäuse darstellende Ausführungsform der erfindungsgemäßen Stempel-Vorrichtung in einer Ansicht von schräg unten;

Fig.8

eine das Lagerelement darstellende Ausführungsform der erfindungsgemäßen Stempel-Vorrichtung in einer Ansicht von schräg oben;

Fig.9

eine das Halterungselement einschließlich Magnet darstellende Ausführungsform der erfindungsgemäßen Stempel-Vorrichtung in einer Ansicht von schräg oben;

Fig.10

eine zweite bevorzugte Ausführungsform der erfindungsgemäßen Stempel-Vorrichtung enthaltend eine Fingerfeder entsprechend Figur 10 in einer Explosionsansicht;

Fig.11

eine als Fingerfeder ausgeführte Federeinrichtung der in Figur 9 dargestellten erfindungsgemäßen Stempel-Vorrichtung Ansicht von schräg oben.

The stamp device according to the invention will be explained below with reference to preferred embodiments, which are illustrated in the figures of the drawing. Show:

Fig.1

a preferred embodiment of the stamping device according to the first aspect of the present invention in an oblique view from the front;

Fig.2

in the FIG. 1 illustrated stamp device in a view obliquely from behind;

Figure 3

in the FIG. 1 illustrated stamping device in a side view;

Figure 4

in the FIG. 1 illustrated stamping device in an exploded view;

Figure 5

a first preferred embodiment of the stamping device according to the second aspect of the present invention in a side view;

Figure 6

a housing performing embodiment of the stamp device according to the invention in a view obliquely from above;

Figure 7

a housing performing embodiment of the stamp device according to the invention in a view obliquely from below;

Figure 8

a bearing element representing embodiment of the stamp device according to the invention in a view obliquely from above;

Figure 9

an embodiment of the punch device according to the invention representing the support member including magnet in a view obliquely from above;

Figure 10

a second preferred embodiment of the stamp device according to the invention containing a finger spring accordingly FIG. 10 in an exploded view;

Figure 11

a designed as a finger spring spring means of in FIG. 9 illustrated punch device according to the invention view obliquely from above.

The in the FIGS. 1 to 4 illustrated stamping device 10 according to the invention includes a marking element 11 for marking position-accurate drill holes to be mounted for the purpose of a position-precise placement of an object to be fastened to a wall.

The marking element 11 is in this case from a first position, in which the marking element 11 is arranged far away from the wall, reciprocally convertible into a second position, in which a wall-near front part of the marking element 11 contacts a point of the wall for the purpose of a marking.

The marking element 11 is anchored to a support member 13 connected to a support chassis 12, wherein the support member 13 is conveyed against the force of a spring 14 from the first position to the second position.

Further, the spring 14 is formed as a helical spring, wherein a wall of the distal end 15 of the helical spring 14 is supported on the carrier chassis 12.

The carrier element 13 forms a cylindrical platform arranged on the carrier chassis 12, wherein the marking element 11 is in the center of a wall-close End face 13 'of the support member 13 is arranged and a wall remote end face 13' of the support member 13 is fixedly connected to the support chassis 12, and wherein the lateral surface 13 '' of the support member 13 together with the annular free wall near surface 12 'of the likewise cylindrically shaped support chassis 12th a bearing for a distal end of the wall 15 of the helical spring 14 forms.

The helical spring 14 is formed by a helically wound ribbon, the flat band formed ondulierend and in this case has a predetermined elasticity. The one end of the flat strip is supported on the support chassis 12, the other end forms an end face for attaching the stamp device 10 to a wall.

In the course of a helical winding through 360 °, four successive wave peaks 16 and wave troughs 17 are formed, each wave peak 16 of a first 360 ° turn having an associated wave trough 17 of an adjacent second 360 ° turn and each trough 16 of a first 360 ° turn associated wave peak 16 facing an adjacent second 360 ° comprehensive turn to obtain by means of the ondulation of the flat strip elastic compressibility at a given length of the helical spring 14.

The carrier element 13 is integrally formed with the carrier chassis 12 and a lower surface of the cylindrically shaped carrier chassis 12 forms a pressure surface to press the carrier element together with marking element against a wall.

In the area of the lower surface of the carrier chassis 12 is provided with an internal threaded central bore 18, into which a provided with an external thread projection 18 'of a plate 20 containing knurled screw 19 is inserted, wherein a distance of the plate 20 to the lower surface of the carrier chassis 12 through Turning the thumbscrew 19 is manually adjustable.

The projection distant portions of the plate 20 of the knurled screw 19 are provided with a plurality of notches to allow easier gripping by hand.

The plate 20 of the thumbscrew 19 has an internally threaded central bore 28 into which an adjusting screw 21 is inserted, and between a lower surface of the plate 20 and a head 22 of the adjusting screw 21, a compressible elastic silicone tube 23 is arranged, wherein a distance the head 22 of the adjusting screw 21 to the lower surface of the plate 20 and thus the extent of compression of the silicone tube 23 by turning the adjusting screw 21 by hand is adjustable.

In the FIGS. 4 to 9 illustrated punching devices 100 according to the invention each comprise a marking element 110 for marking position-precise holes to be mounted for the purpose of position-precise placement of an object to be fixed to a wall 200, which is reciprocally within a housing 120, that is mounted to reciprocate. This stamp device according to the invention is in principle according to the FIG. 6 constructed, but contains contrary the in FIG. 6 illustrated finger spring 160 two mutually repelling magnets 170, 170 '.

A respective housing 120 has a near-wall front attachment element 130 for attaching the stamping device 100 to a wall 200 and is provided with a provided with a bore 141 bearing member 140 for supporting a coupled to the marker 110 support member 150.

For the purpose of releasably anchoring the support member 150, and thus the stamping device 100, to a respective article to be secured to a wall 200, the rear surface of the support member 150 remote from the wall 200 is provided with means for releasably securing the stamping device 100 to the article ,

The support element 150 connected to the marking element 110 is conveyable from a first position, in which the marking element 110 is arranged at least predominantly within the housing 120, into a second position, in which at least one wall-facing front part of the marking element 110 is used for the purpose of contacting a point Wall 200 is guided through the central opening 131 of the neck member 130 and protrudes from the housing 120.

The support member 150 is biased by means of one of two mutually repelling magnets 170, 170 'spring means formed in the first position and by pressing the support member 150 against the Force of the spring device in the second, close to the wall position can be transferred.

It is in the area of the rear surface 132 of the Anlagepaneels 135 and as in FIG. 5 represented in the region of the front end face 151 of the flange 155 of the support member 150 is provided with a central opening 171 as a passage for the reciprocally mounted marking element 110 provided magnet 170 ', wherein the opposing end faces of the two magnets 170, 170' have the same Polbenennung to to generate a mutually repulsive force forming the spring device.

The support member 150 is formed bolt-shaped, and the marking element 110 is fixedly connected to the support member 150 in the region of a front wall facing front end surface 151 of the support member 150.

Furthermore, in the area of the rear end face facing the front end face 151, the retaining element 150 has a fastening body 152 as a means for detachably fastening the retaining element 150 to the object to be fastened to the wall 200.

The fastening body 152 for releasably securing the stamping device 100 to the object to be fastened to the wall 200 is formed by a projection 153 mounted in the region of the rear end face of the mounting element 150 and provided with a flange 154 for latching the stamping device 100 in one Recess of the object to be fastened is provided.

The support member 150 also has in the region of its front end face 151 has a flange 155, the marking element 110 far back surface in the first position of the support member 150 on the inner surface of a bore 141 adjacent, formed as an inner flange wall 142 of the bearing element 140 is supported.

The attachment element 130 is formed by a plane contact plate 135, wherein the front end surface 151 of the flange 155 of the attachment element 150 adjoins a rear surface 132 of the attachment panel 135 via the magnets 170, 170 'in the second position of the attachment element 150 near the wall 200 ,

The housing 120 is formed substantially hollow cylindrical and provided in the region of the inner surface of the respective cylinder jacket with an internal thread 121, wherein the bearing element 140 is provided with a corresponding with the internal thread 121 of the housing 120 external thread 143 to the bearing element 140 using the support member 150th releasably connect to the housing 120.

According to the in the Figures 10 and 11 illustrated embodiment of the stamp device 100 according to the invention is in principle like that of the FIGS. 1 to 5 constructed, but instead of the magnets 170, 170 ', a finger spring 160th

The projection element 130 is in turn formed by a plan formed Anlagepaneel 135, wherein the front end face 151 of the flange 155 of the support member 150 in the second, the wall 200 close position of the support member 150 in the in FIG. 6 illustrated embodiment of the stamp device 100 according to the invention indirectly, since about the formed as a finger spring 160 annular spring adjacent to a rear surface 132 of the Anlagepaneels 135. The finger spring 160 is in FIG. 7 shown in a view obliquely upper.

The marker 110 is each formed by a felt-tip pen, the tip of which is adapted to apply a marker point to a wall 200 in a second position of the fixture 150, which defines the point of the wall 200 at which a bore for insertion of a screw or dowel is made for attaching a respective object to the wall 200 in the wall 200 is to bring.

The above-described embodiment of the invention is merely for the purpose of better understanding of the teaching of the invention predetermined by the teaching, which is not limited as such by the embodiment.

LIST OF REFERENCE NUMBERS

10

= Stamp device

11

= Marking element

12

= Carrier chassis

12 '

= wall-near surface of the carrier chassis

12 "

= Lower surface of the carrier chassis

13

= Carrier element

13 '

= wall-near end face of the support element

13 "

= Lateral surface of the carrier element

14

= Spring

15

= the wall far end of the spring

16

= Wave mountain

17

= Wave trough

18

= central bore of the carrier chassis

18 '

= Projection of the knurled screw

19

= Knurled screw

20

= Plate

20 '

= Lower surface of the plate of the knurled screw

21

= Adjusting screw

22

= Head

23

= Silicone hose

28

= central bore of the knurled screw

100

= Stamp device

110

= Marking element

120

= Housing

121

= Internal thread

130

= Neck element

135

= Investment panel

131

= central opening

132

= Back surface

140

= Bearing element

141

= Bore

142

= Wall

143

= External thread

150

= Support element

151

= front face

152

= Fixing body

153

= Lead

154

= Flange

155

= Flange

160

= Finger spring

170

= Magnet

170 '

= Magnet

171

= central opening

200

= Wall

Claims (15)

A stamping device (10) comprising a marking element (11) for marking position-precise bores to be drilled for the purpose of positionally precise placement of an object to be fixed to a wall, characterized in that the marking element (11) is reciprocatable from a first position, in which the marking element (11) is arranged away from the wall, can be converted into a second position, in which a wall-proximate front part of the marking element (11) contacts a point of the wall for the purpose of a marking. A stamping device (10) according to claim 1, characterized in that the marking element (11) is anchored to a carrier element (13) connected to a carrier chassis (12), wherein the carrier element (13) acts against the force of a spring (14) the first position is conveyed to the second position. Stamp device (10) according to claim 2, characterized in that the spring (14) as a helical spring (14) is formed, wherein one of the wall remote end (15) of the helical spring (14) on the support chassis (12) is supported. Stamp device (10) according to claim 3, characterized in that the carrier element (13) on the support chassis (12) arranged cylindrical platform, wherein the marking element (11) in the center of a wall near the end face of the support element (13) is arranged and a wall-remote end face of the carrier element (13) is fixedly connected to the carrier chassis (12), and wherein the lateral surface (13 ") of the carrier element (13) together with the annular free wall near surface (12 ') of the likewise cylindrically shaped carrier chassis (12) forms a bearing for the far end of the wall (15) of the helical spring (14). A stamping device (10) according to claim 4, characterized in that the helical spring (14) is formed by a helically wound flat strip, one end of which is supported on the carrier chassis (12) and the other end has an end face for applying the stamping device (10) forms on a wall. Stamp device (10) according to claim 5, characterized in that the flat band is formed ondulierend and thereby has a predetermined elasticity. Stamp device (10) according to claim 6, characterized in that in the course of a helical winding through 360 °, a plurality of successive wave peaks (16) and troughs (17) are provided, each wave crest (16) of a first 360 ° comprehensive turn associated wave trough (17) of an adjacent second 360 ° comprehensive turn and each wave trough (17) of a first 360 ° comprehensive turn facing an associated wave crest (16) of an adjacent second 360 ° comprehensive turn to the means of the ondulation of the flat band elastic compressibility at a given Length of helical spring (14) to obtain. Stamp device (100) according to claim 1, characterized in that characterized in that the marking element (110) is mounted at least a majority within a housing (120) reciprocally, with a wall-facing front attachment element (130) provided with a central opening (131) for attaching the stamp device (100) to a wall (200) and with a bearing element (140) provided with a bore (141) for supporting a bearing element Marking element (110) coupled to a support member (150) having means for releasably securing the stamp device (100) to the article (200) to be secured to the wall (200). A stamping device (100) according to claim 8, characterized in that the support element (150) connected to the marking element (110) from a first position, in which the marking element (110) is at least predominantly arranged inside the housing (120) a second position is conveyed, in which at least one wall-facing front part of the marking element (110) is guided for the purpose of contacting a point of the wall (200) through the central opening (131) of the attachment element (130) and out of the housing (120) protrudes. Stamp device (100) according to any one of claims 8 or 9, characterized in that the support member (150) is biased by means cooperating on a rear surface (132) of the attachment element (130) spring means in the first position and by pressing the support member ( 150) is convertible against the force of the spring means in the second position. Stamp device (100) according to any one of the preceding claims, characterized in that the support member (150) is bolt-shaped and the marking element (110) in the region of a near-wall front end surface (151) of the support member (150) is fixedly connected to the support member (150). Stamping device (100) according to claim 11, characterized in that the support element (150) in the region of the front end face (151) opposite the rear end face a fastening body (152) as a means for releasably securing the support member (150) to the at Wall (200) has to be fastened object. Stamping device (100) according to one of claims 11 or 12, characterized in that the support element (150) in the region of its front end face (151) has a flange (155), the marking element (110) far back surface in the first position the support element (150) is supported on the inner surface of a wall (142) of the bearing element (140) adjacent to the bore (141) and formed as an inner flange. Stamp device (100) according to any one of the preceding claims, characterized in that the attachment element (130) is formed by a plan formed Anlagepaneel. Stamping device (100) according to claims 13 and 14, characterized in that the front end face (151) of the flange (155) of the support element (150) in the second position of the support element (150) at least indirectly to a rear surface (132). the Anlagepaneels (135) adjacent.

Images