Device for wall-mounting a panel

Abstract

The present invention relates to a device (30) for mounting on a support structure (W) a panel (P) which defines with said support structure (W) a gap (G). The device (30) comprises a mounting body (31) which can be constrained to a first surface (P1) of said panel (P) facing, in use, towards said support structure (W), and an anchoring element (32) adapted to cooperate with a support element (20) which can be associated with said support structure (W). In particular, the anchoring element (32) is formed by an anchoring pin projecting laterally from said mounting body (31) and extending along a first axis (X- X) vertical in use to abut with an engagement end (32A) against said support element (20), said anchoring pin (32) being articulated to said mounting body (31) around a second axis (Y-Y) substantially parallel to said first axis (X-X) to adjust, in use, the position of said panel (P) with respect to said support structure (W) along a first direction (D1) essentially transverse to said support structure (W) and vary the depth of said gap (G).

Description

“DEVICE FOR WALL-MOUNTING A PANEL”DESCRIPTIONTECHNICAL FIELD OF THE INVENTION

[0001] The present invention relates to a device for wall-mounting a cladding panel for interior furnishing, for example for creating a boiserie, or for wall-mounting hanging furniture.BACKGROUND OF THE INVENTION

[0002] Generally, in order to anchor a panel to a support wall, for example to obtain an essentially continuous cladding wall, commonly referred to as boiserie, or for suspending hanging furniture, there are used special mounting devices, commonly called “hangers”, which can be constrained to the rear surface of the panel and adapted to cooperate with support means fixed to the wall, with the resulting creation of a gap between the panel and the wall in which there are housed said mounting devices.

[0003] The known mounting devices generally allow the adjustment of the position of the panels vertically and at times even horizontally, and they are very useful to vary the width of the gap between the latter and the support wall, further being able to compensate for any unevenness of the support wall or errors when drilling to position the support means on the wall.

[0004] Document EP2568095 shows a mounting device which comprises a height-wise adjustment mechanism of the panel formed by a slide and comprising a first control screw of the translation of said slide which further has a section for engaging the device to a wall-fixed plate, and a second control screw cooperating with the slide, for horizontally adjusting the panel. The section for engagement with the wall-plate, which is located below the heads of the control screws, requires a rather extended engagement surface, and therefore it is not suitable for operating in a cantilevered manner.SUMMARY OF THE INVENTION

[0005] The main task of the subject matter of the present invention is to provide a an alternative solution of a device for wall-mounting a panel which allows to quickly and easily adjust the position of the panel with respect to the wall once anchored thereto, in particular in a transversal direction, so as to allow to vary the width of the gap between the panel and the wall.

[0006] In the context of the present task, an object of the present invention to provide a device for wall-mounting a panel which allows to quickly and easily adjust the position ofthe panel with respect to the wall once anchored thereto even in the vertical direction, allowing to create boiserie compositions formed by panels and / or hanging furniture.

[0007] Another object of the present invention to provide a device for wall-mounting a panel that is practical, compact and strong, being suitable to operate also in a cantilevered manner.

[0008] Lastly but not least, an object of the present invention is to provide a device for wallmounting a panel that can be obtained using means and components that are readily available.

[0009] These and other tasks, objects and advantages outlined above which will be more apparent in the description below, are attained by a device for wall-mounting a panel as defined in claim 1. Further advantageous characteristics of the present invention are contained in the dependent claims below.BRIEF DESCRIPTION OF THE FIGURES

[0010] Advantages and characteristics of a device for wall-mounting a panel according to the present invention will be better illustrated in the description of a particular, but not exclusive embodiments shown purely by way of non-limiting example in the attached drawings, wherein:- FIG. 1 shows, with a perspective view, a device for mounting a panel on a support wall according to the present invention;- FIG. 2 shows, with an exploded view, the device according to FIG. 1 ;- FIG. 3A shows, with front view, a component element of a mounting device according to the present invention;- FIGS. 3B and 3C show the component element according to FIG. 3A, with cross- sectional views along the axis E-E;- FIG. 4A shows, with a perspective view, a mounting device according to the present invention in a first operative position;- FIG. 4B shows, with a top view, a mounting device according to the present invention in a first operative position when in use;- FIG. 5A shows, with a perspective view, a mounting device according to the present invention in a second operative position;- FIG. 5B shows, with a top view, a mounting device according to the present invention in a second operative position when in use;- FIG. 6 shows, with an exploded view, a mounting assembly for the wall-mounting of a plurality of panels incorporating mounting devices according to the present invention;- FIGS. 7A, 7B, 7C, 7D show, with various angular views, a component element of the mounting assembly according to FIG. 6;- FIGS 8A and 8B show, with perspective views, two steps for mounting two component elements of the mounting assembly according to FIG. 6;- FIGS. 9 and 10 show, respectively with a top view and a perspective view, two component elements of a mounting assembly according to the present invention according to FIG. 6;- FIG. 1 1 shows, with a partial broken front view, the mounting of a pair of panels arranged adjacent to each other using mounting devices according to the present invention, when applied to a mounting assembly; and- FIG. 12 shows, with a perspective view, a boiserie composition which can be obtained using mounting devices according to the present invention.DETAILED DESCRIPTION OF THE INVENTION

[0011] With reference to the figures mentioned above, in particular with reference to FIGS. 1 and 2, there is shown a mounting device 30 according to the present invention, adapted to allow the mounting on a support structure W, such as an essentially vertical wall, of a panel P, such as for example a cladding panel for interior furnishing for creating a boiserie, or the back of a hanging furniture.

[0012] Said device 30 comprises a mounting body 31 adapted to be placed with a support surface 31 A on a first surface P1 of said panel P, or rear surface, which will be arranged facing, in use, towards said wall W, and constrained therein using conventional fixing means (not shown), and an anchoring element 32, adapted to cooperate with a support element 20 which can be fixed to said wall W, for example formed by a hook or by a shaped plate, for suspending the panel P on the latter at a desired height.

[0013] Clearly, in order to suspend a panel P on a wall W it is preferable to use at least one pair of mounting devices 30, advantageously constrained at or in the proximity of opposite top corner portions thereof, each being adapted to cooperate with a respective or with the same support element, and identifying, with the support wall, a structure gap G, in which said mounting devices 30 are housed.

[0014] Preferably, said anchoring element 32 comprises or is formed by a pin projecting laterally from said mounting body 31 and extending along a first axis X-X, vertical in use, configured to abut with an engagement end portion 32A against an abutment surface support element 20 for discharging on the latter the weight of the panel P and suspend it on the wall W.

[0015] According to an advantageous characteristic of the present invention, saidanchoring pin 32 is articulated to said mounting body 31 around a second axis Y-Y, which is essentially parallel to the first axis X-X to adjust, in use, the position of said panel P with respect to said wall W along a first direction D1 which is essentially transversal to said wall W.

[0016] Preferably, said second axis Y-Y is defined by an articulation pin or peg 35 housed in a first housing seat 37 obtained in the mounting body 31 .

[0017] In particular, the panel P can therefore be displaced between a first position, wherein the axes X-X and Y-Y lie on the same plane parallel to the rear surface P1 of the panel P, defining the condition of greater adherence of the panel P to the wall W and smaller width of the gap G formed between them, as shown in the figures 4A and 4B, and a plurality of second positions, in which said axes X-X and Y-Y lie on planes essentially transversal to the rear surface P1 of the panel P, therefore changing the detachment degree of the panel P from the wall W and therefore the depth of the gap G formed between them, as shown in figures 5A and 5B.

[0018] Advantageously, to this end, said mounting device 30 comprises an articulation arm 34, in particular shown in figures 3A, 3B and 3C, provided with a first end portion 34A through which it is rotatably associated with said articulation pin 35, and supporting, at a second end portion 34B, said anchoring element 32, preferably so that the latter extends laterally with respect to the mounting body 31 .

[0019] Said mounting body 31 therefore has a cavity 31 1 , open on the side facing in use towards said wall W and configured to receive a central portion 34C of the articulation arm 34, arranged between the first and the second end portion 34A, 34B, so as to allow the rotary displacement thereof around the articulation pin 35.

[0020] Preferably, in order to allow to precisely adjust the position of the panel P with respect to the wall W along the transversal direction D1 , said device 30 further comprises a first adjustment member 36, preferably formed by a pin extending in the mounting body 31 along a third axis 7-7 essentially parallel to said first and to said second axis X-X, Y- Y and conveniently interposed between them, and provided with a first end portion 36A adapted to cooperate with said articulation arm 34 to cause the rotation thereof around the articulation pin 35.

[0021] Preferably, said first adjustment pin 36 comprises an at least partially threaded stem 36B and an operating head 36C arranged at a second end portion, and it is housed in a second seat 38, adjacent to the first seat 37 and advantageously threaded internally, which extends in the mounting body 31 along said third axis 7-7 between an inlet top opening 38A and an outlet opening 38B arranged at said cavity 31 1 .

[0022] In particular, advantageously, said first adjustment pin 36 is arranged in the second seat 38 so that the threading of said stem 36B engages the internal threading thereof and that said operating head 36C, preferably suitably shaped for engagement with a tool, is arranged at or in the proximity of said inlet top opening 38A, or it is accessible therefrom with said tool, so as to drive in rotation said first adjustment pin 36 around the third axis Z-Z and adjust, as a result, the projection of the first end portion 36A in the cavity 31 1 .

[0023] Said first end portion 36A is advantageously tapered and it is adapted to abut against a counter-inclined abutment surface 341 obtained in the central portion 34C of the articulation arm 34 received in the cavity 31 1. In particular, advantageously, said abutment surface 341 lies on an inclined plane with respect to the abutment surface 31 A of the mounting body 31 and degrading from the top to bottom moving away from the latter, as observable in particular in figures 3B and 3C.

[0024] As a result, upon driving in rotation said first adjustment pin 36 by engaging with a tool of the relative operating head 36C it is possible to cause an axial translation thereof, so as to stress the first end portion 36A against the abutment surface 341 , causing the progressive movement of the arm 34 in rotation around the second axis Y-Y.

[0025] Advantageously, said arm 34 also comprises a further abutment surfaces 341 ’, inclined in a mirror-like fashion with respect to the first abutment surface 341 with respect to a horizontal plane, and said mounting body 31 comprises a further seat 38’, that is coaxial with respect to said 38 and arranged in a mirror-like fashion with respect thereto, provided with an outlet opening 38B’ also arranged at said cavity 31 1 , so as to allow the mounting of the inverted mounting device 30 and therefore make it ambidextrous.

[0026] According to an advantageous characteristic of the present invention, said mounting device 30 further comprises a second adjustment member 39 adapted to allow the adjustment of the position of the panel P with respect to the wall W in a second direction D2, parallel to said wall W and essentially vertical.

[0027] Advantageously, said second adjustment member 39 is operatively connected to said anchoring pin 32 and it is configured to displace the latter along said first axis X-X.

[0028] Preferably, said second adjustment member 39 is formed by a pin, which also extends along said first axis X-X and connected to the end of said anchoring element 32 opposite to the engagement end portion 32A. Preferably, said adjustment pin 39 and said anchoring element 32 are obtained as single piece.

[0029] Said adjustment pin 39 comprises an at least partially threaded stem 39A and an operating head 39B arranged at a second end portion, and it is housed in a third seat 33, advantageously threaded internally, extending along said first axis X-X at the second end34B of the articulation arm 34, between the inlet top opening 33A and an outlet opening 33B from which there protrudes at least the engagement end portion 32A of the anchoring element 32.

[0030] In particular, advantageously, said second adjustment pin 39 is arranged in the third seat 33 so that the threading of said stem 39A engages the internal threading thereof and that said operating head 39B, preferably suitably shaped for engagement with a tool, is arranged at or in the proximity of said inlet top opening 33A, or it is accessible therefrom with said tool, so as to drive in rotation said second adjustment pin 39 around the axis X- X and adjust the protrusion of the engagement end portion 32A of the anchoring element 32 from said outlet opening 33B.

[0031] A mounting device 30 according to the present invention is advantageously used in a wall-mounting assembly for panels 1 for example as shown in FIG 6.

[0032] In particular with reference to FIGS. 8A and 8B, said system 1 comprises at least one support element 20, and preferably at least one pair, which can be constrained to the support wall W at the desired height, and at least one mounting device 30 according to the present invention, and preferably a pair, which can be associated with the panel P.

[0033] Advantageously, said assembly 1 further comprises at least one pair of uprights 10, each formed by a section preferably metallic having a main extension along an axis, which can be constrained to the support wall W in a vertical direction so as to be parallel and suitably spaced to allow the mounting of said at least one panel P between them.

[0034] Said uprights 10 comprise a fixing portion 1 1 , lying on a first plane and adapted to be placed on the wall W, and at least one flange 12, protruding laterally from said fixing portion 1 1 and lying on a second plane, parallel to said first plane, to define a first undercut 14 forming, in use, first gap G1 with the wall W.

[0035] Said fixing portion 1 1 is advantageously provided with at least one pair of first holes 11 A, and preferably with a plurality of first holes, so that it can be fixed to said wall W through first fixing means 1 1 1 , such as for example conventional wall screws.

[0036] Advantageously, said system 1 may also comprise a plurality of thrust elements 40, each of which can be constrained to the rear surface P1 of a panel P, preferably at or in the proximity of opposite lower corner portions thereof, to maintain the verticality of the panel P once mounted on said pair of uprights 10 by engaging said mounting devices 30 with corresponding support elements 20.

[0037] Preferably, as explained in greater detail below, also said thrust elements 40 cooperate with corresponding support elements 20 to retain the panel P anchored to the relative pair of uprights 10.

[0038] Preferably, said support elements 20 are made of polymeric material, and each one of them can be fixed to an upright 10 of said pair of uprights 10, so that pairs of support elements 20 arranged on different uprights 10 are essentially at the same height, said anchoring element 30 being suitable to be constrained in pairs to the rear surface P1 of a panel P, preferably at or in the proximity of opposite top corner portions thereof, and each being adapted to cooperate with a respective support element 20 to mount said panel P on said pair of uprights 10 and therefore, in use, suspend it on said wall W.

[0039] Advantageously, said panel P may be a cladding panel or a panel forming the back of a hanging container furniture.

[0040] Specifically, as shown in figures 7A, 7B, 7C and 7D, preferably each of said support elements 20 comprises a body portion 21 , advantageously essentially parallelepipedshaped, adapted to be received in said first gap G1 and constrained to said at least one flange 12 of an upright 10 through second fixing means 112 comprising at least one screw, and preferably a pair of screws, extending along axes essentially orthogonal to said wall W, and an abutment portion 22, protruding laterally from said body portion 21 and defining at least one first engagement seat 23 adapted to be engaged by a mounting device 30, and comprising at least one first abutment surface 23A abutting - in use - on a plane essentially orthogonal to said wall W.

[0041] Advantageously, each of said support elements 20 can be constrained to the relative upright 10 by positioning said body portion 21 in the first gap G1 formed by the first undercut 14 provided for between the fixing portion 11 and flange 12 so that said abutment portion 22 protrudes laterally with respect to the flange 12 of the upright 10 on which the support element 20 is mounted.

[0042] Conveniently, said flange 12 comprises a first plurality of coupling holes 12A, preferably extending along the entire extension of the upright 10, advantageously aligned and spaced apart one from the subsequent one by a first pitch A1 ; said body portions 21 of said support elements 20 each comprise a second plurality of coupling holes 21 A, aligned and spaced apart by a second pitch A2, advantageously sub-multiple of said first pitch A1 , so as to allow said second fixing means 1 12 to pass through solely in given positions, therefore facilitating the correct positioning of the support elements 20 on the uprights 10.

[0043] Preferably, the anchoring elements 32 of said mounting devices 30 are adapted to be received with an engagement end portion 32A in an engagement seat 23 of one of said support elements 20 and abutting against said first support surface 23A so as to discharge thereon, and therefore on the relative upright 10, the weight of the panel P, asshown in FIG. 1 1 .

[0044] Advantageously, said first engagement seat 23 also comprises a first retaining wall 23B which rises orthogonally with respect to said first support surface 23A, on the side of said support surface 23A spaced apart, in use, from the wall W, and also advantageously a second retaining wall 23C, connected to the first retaining wall 23B, and which extends laterally with respect to the latter along a plane essentially orthogonal to the wall in use, to substantially form a sort of “pocket” into which there is inserted the first engagement end portion 32A of said anchoring pin 32, and defining safety stop ends for possible lateral displacements of the panel P when mounted.

[0045] Advantageously, said abutment portion 22 also defines a second engagement seat 23’, whose shape and size is essentially identical to said first engagement seat 23 and arranged in a mirror-like fashion with respect to the latter with respect to a horizontal plane in use, formed by a second support surface 23A’ abutting against a plane essentially orthogonal to the wall W in use, and preferably also by a first retaining wall 23B’ that is essentially coplanar to the first retaining wall 23B of the first engagement seat 23, and a second retaining wall 23C’ that is essentially coplanar to the second retaining wall 23C of the first engagement seat 23.

[0046] Providing said second engagement seat 23’ allows the support element 20 to be mounted inverted by 180°, so that it can be used indistinctively on flanges 12 extending to the right or to the left with respect to the fixing portion 1 1 , therefore allowing to provide and stock a single model of support elements 20 and simplifying the mounting thereof on the uprights 10.

[0047] Furthermore, as better observed in FIG. 7B, the support surface 23A of said engagement seat 23 is advantageously shaped so as to form a recess 24 arranged on the side adapted to be abutted against said wall W, adapted to create a second gap G2 in use.

[0048] Preferably, for each panel P there are provided for a pair of mounting devices 30 according to the present invention, adapted to cooperate with a corresponding pair of support elements 20, each mounted on one of said pair of uprights 10 essentially at the same first height, for suspending said panel P on the wall W in use, and a pair of thrust elements 40, adapted to cooperate with a corresponding pair of support elements 20, each mounted on one of said pair of uprights 10 substantially at a suitable and the same second height, to prevent the detachment of the panel P from said wall W.

[0049] With reference to FIGS. 9 and 10, said thrust elements 40 are preferably formed by spacer feet, each comprising a thrust pin 41 essentially extending along a directionorthogonal to the rear surface P1 of the panel P and advantageously provided, on the vacant end, with an abutment head 42, adapted to be arranged abutting against the wall W.

[0050] Preferably, the abutment head 42 of said thrust elements 40 has larger dimensions and it is adapted to cooperate with a corresponding support element 20, being inserted into the recess 24 which creates, in use, a second gap G2 between the engagement seat 23 and the wall W, so as to prevent the possible inadvertent detachment of the panel P by pulling the lower edge, allowing to carry out such function even following the possible positional adjustments of the panel P carried out through the adjustment members 36, 39 of said mounting devices 30 according to the present invention.

[0051] Preferably, said thrust pins 41 can be screwed in corresponding seats obtained in the panel P so as to allow the adjustment of the protrusion of the abutment head 42 with respect to the rear surface P1 of the panel P and therefore the distance between the latter and the wall W.

[0052] Possibly, on the front surface P2 of the panel P there may be provided for a through hole adapted to allow access, with a special tool, to an operating seat obtained at the second end of the thrust pin 41 , so as to allow the in-depth adjustment when the panel P is mounted.

[0053] Advantageously, said thrust elements 40 comprise a mounting body 43, which can be fixed to the rear surface P1 of the panel P and provided with a blind or through-passing threaded seat 44, into which there is screwed said thrust stem 41 .

[0054] For mounting a plurality of superimposed panels along the vertical direction, preferably having the same horizontal extension, said pair of uprights 10 is constrained to the wall W at the desired distance depending on the horizontal extension of the panels P, so as to have the support flanges 12 facing each other.

[0055] The operation is carried out from the bottom upwards, anchoring the mounting devices 30 and the thrust elements 40 of the panel P arranged below the respective support elements 20 fixed on different uprights 10 and, acting on the operating head 36C of the first operating member 36 of each mounting device 30 allows to adjust the position of the panel P with respect to the support wall W along the first direction D1 transversal to the wall, therefore varying the width of the gap G formed between the latter and the panel P and / or correcting any unevenness of the support wall W or positioning of the uprights 10.

[0056] Furthermore, acting on the operating head 39B of said second adjustment member 39, if present, allows to adjust the position of the panel P with respect to the support wallW along the substantially vertically second direction D2, for example to correct any positioning errors regarding the uprights 10 or the support elements 20, or to reduce the space between superimposed panels to create an essentially continuous cladding wall.

[0057] Advantageously, said thrust elements 40 are configured so that the abutment head 42 rests in the recess 24 of the corresponding support element 20 so as to prevent the possible inadvertent detachment of the panel P by pulling the lower edge, even following possible positional adjustments of the panel P carried out through the adjustment members 36, 39.

[0058] Once through with the operations for adjusting the position of the first panel with respect to the wall W, which are advantageously carried out by acting from the top edge thereof from which it is possible to reach, using special tools, the operating head 36C, 39B of the adjustment members 36, 39, there can be carried out the anchoring of a second panel P arranged superimposed vertically with respect to said first panel P or arranged side by side laterally with respect to the first panel P (as shown in Figure 1 1 ), and therefore the position adjustments are carried out also for this second panel P as explained above.

[0059] Possibly, said panels may be formed by aesthetic or functional cladding panel, and / or by the back of hanging furniture, so as to obtain the boiserie compositions of the type shown in FIG. 12.

[0060] In conclusion, in the light of the above it is clear that the present invention allows to attain the initially envisaged objects and advantages. As a matter of fact, herein provided is a device for mounting a panel on a support structure which allows to quickly and easily adjust the position of the panel in particular in a transversal direction, so as to allow to vary the width of the gap between the panel and the support wall, and vertically.

[0061] Furthermore, a mounting device according to the present invention is practical, compact and strong, being suitable to operate even in a cantilevered manner.

[0062] Obviously, the present invention is susceptible to numerous applications, modifications or variants without departing from the scope of protection, as defined by the attached claims.

[0063] Furthermore, the materials and equipment used in the present invention, as well as the shapes and dimensions of the individual components, may be the most appropriate depending on the specific requirements.

Claims

CLAIMS1. Device (30) for mounting on a support structure (W) a panel (P) which defines with said support structure (W) a gap (G), said device (30) comprising a mounting body (31 ) which can be constrained to a first surface (P1 ) of said panel (P) facing, in use, towards said support structure (W), and an anchoring element (32) adapted to cooperate with a support element (20) which can be associated with said support structure (W), characterised in that said anchoring element (32) comprises an anchoring pin projecting laterally from said mounting body (31 ) and extending along a first axis (X- X) vertical in use to abut with an engagement end portion (32A) against said support element (20), said anchoring element (32) being articulated to said mounting body (31 ) around a second axis (Y-Y) substantially parallel to said first axis (X-X) to adjust, in use, the position of said panel (P) with respect to said support structure (W) along a first direction (D1 ) essentially transverse to said support structure (W) and vary the depth of said gap (G).

2. Device (30) according to claim 1 , wherein said anchoring element (32) is rotatably moveable around said second axis (Y-Y) between a first position, wherein said first axis (X-X) and said second axis (Y-Y) lie aligned on a plane parallel to said first surface (P1 ) of said panel (P) to define a condition of minimum depth of said gap (G), and a plurality of second positions, wherein said first axis (X-X) and said second axis (Y-Y) lie on a plane transverse to said first surface (P1 ) of said panel (P) to adjust the depth of said gap (G) along said first direction (D1 ).

3. Device (30) according to claim 1 or 2, wherein said second axis (Y-Y) is defined by an articulation pin (35) housed in a first housing seat (37) obtained in the mounting body (31 ), said device (30) comprising an articulation arm (34) provided with a first end portion (34A) rotatably associated with said mounting body (31 ) around said articulation pin (35), and a second end portion (34B) supporting said anchoring element (32) along said first axis (X-X).

4. Device (30) according to claim 3, wherein said mounting body (31 ) comprises a cavity (31 1 ) configured to receive a central portion (34C) of said articulation arm (34) interposed between said first end portion (34A) and said second end portion (34B).

5. Device (30) according to claim 4, comprising a first adjustment member (36) formed by a first adjustment pin extending along a third axis (Z-Z) essentially parallel to said second axis (Y-Y) and interposed between the latter and said first axis (X-X), said first adjustment pin (36) comprising a first end portion (36A) adapted to interact with said central portion (34C) of said articulation arm (34).

6. Device (30) according to claim 5, wherein said first adjustment pin (36) comprises a stem (36B) at least partially threaded and housed in a second internally threaded seat (38, 38') extending in the mounting body (31 ) along said third axis (Z-Z) between an inlet top opening (38A, 38A') and an outlet opening (38B, 38B') arranged at said cavity (31 1 ).

7. Device (30) according to claim 5 or 6, wherein said first end portion (36A) of said first adjustment pin (36) is tapered and is adapted to abut against an abutment surface (341 , 341 ') obtained on said central portion (34C) of said articulation arm(34) to cause the rotation of said articulation arm (34) around said articulation pin(35).

8. Device (30) according to any one of the preceding claims, further comprising a second adjustment member (39) operatively associated with said anchoring element (32) and configured to displace the latter along said first axis (X-X) and allow the adjustment of the position of said panel (P) with respect to said support structure (W) in a second essentially vertical direction (D2).

9. Device (30) according to claim 8, wherein said second adjustment member (39) is formed by a second adjustment pin extending along said first axis (X-X) and connected to the end of said anchoring element (32) opposite to said engagement end portion (32A), said second adjustment pin (39) comprising a stem (39B) at least partially threaded and which can be engaged in a third internally threaded seat (33), extending along said first axis (X-X) at the second end (34B) of the articulation arm (34) between an inlet top opening (33A) and an outlet opening (33B) from which there protrudes at least said engagement end portion (32A) of said anchoring element (32).

10. Assembly (1 ) for mounting on a support structure (W) at least one panel (P) comprising:- at least one support element (20) which can be constrained to said support wall (W), and - at least one mounting device (30) according to any one of claims 1 to 9.

Images