FI108667B - facade Construction - Google Patents

Abstract

The façade structure is intended for balconies (P) in buildings. It comprises the combination of a railing structure (KR) and a glazing (LA). The railing structure (KR) comprises the combination of a support structure (1) and cover plate structure (3) connected to it by mounting pieces (2). The glazing (LA) comprises a lower profile piece (4) and an upper profile piece (5), between which there are vertical glass panes (6). Between the mounting piece (2) of the cover plate structure (3), which is connected to the upper part of the railing structure (KR), and the power profile piece (4) of the glazing (LA), there is placed, substantially in the horizontal direction, a connecting piece (8) which has the length of the facade structure (JR) and which is provided with first (1S) and second (2S) adjusting means. The mounting piece (2) and the lower profile piece (4), in turn, comprise third (3S) and fourth (4S) adjusting means. The first (1S) and the third (3S) adjusting means and, on the other hand, the third (2S) and the fourth (4S) adjusting means together form separate adjusting ranges (ESA, TSA) for connecting said mounting piece (2), connecting piece (8) and lower profile piece (4) to each other.

Description

ί 108667

Facade structure

The invention relates to a facade structure according to the preamble of claim 1, in particular to balconies of buildings, comprising a combination of a railing structure and glazing.

In the construction - both new and refurbishment construction - there is an increasing use of loft space by investing in so-called loft space. balcony glazing. In new construction and in several building renovations, balcony glazing, as well as the associated railing structures, form a substantial part of the building's facade. Particularly in new construction, there has been an increasing shift towards combinations of steel and concrete construction, where, in addition to natural subsidence of buildings, changes in temperature and dimensional tolerances of structures place high demands on glazing structures with balustrades to provide overall facade effects. The fact that glazing functions are nowadays versatile, including e.g. hinges, sliding rails, the ability to separate separate glass panes, moving glass panes over corners of the balcony, etc. • Of course, there is a corresponding problem area also in renovation work, especially when glazing is performed in addition to glazing. / · · Field renewal.

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Known facade structures include: in Danish publication DK, * ··. 93 00274 U3 and the railing system disclosed in Finnish RT® Publication RT X31-35306 (RT 432-35306).

30 Of course, it is expedient to fabricate glazing and railing structures as far as possible by industrial methods, so that the problem area described above is encountered only during the installation phase of the building: /: ··:. The object of the present invention is; . discloses a façade structure which allows the railing structure and associated glazing to be installed together, despite the fact that there are significant dimensional differences in the building platform structure. This makes it possible, on the one hand, to make each combination of 2 108667 individually work together and, on the other hand, to make the facade of the building tidy.

To achieve these purposes, the facade structure of the invention is essentially characterized by what is disclosed in the characterizing part of claim 1.

Other dependent claims disclose some preferred applications of the facade structure of the invention.

10

The invention will be further illustrated in the following description, with reference to the accompanying drawings, in which: Figure 1 shows a first embodiment of a facade structure in a vertical sectional view, Figure 2 shows a first embodiment of a facade structure according to Figure 1 where the handrail structure ': and the glazing are joined together,'. '·· Figure 4 shows another application of the facade structure in a vertical cross - sectional view, 25. Figure 5 shows another front view of the façade structure shown in Figure 4, and »* I» · 30 Figure 6 is a larger cross-sectional view illustrating point IV of Figure 4, where the railing and glazing are joined.

The drawings shown in the drawings show that the facade structure according to the invention can be applied. 35 lux specially designed for apartment buildings with balconies P

for. In this case, a façade structure JR is placed between the floor LA of the balcony P and the ceiling planes KT, which comprises a vertical combination of a substantially superposed railing structure KR and glazing LA.

The handrail structure KR comprises a bottom 5 plane of the façade structure JR, i.e. most often a vertical upwardly supporting support structure 1 from the floor plane LT of the balcony P, which is fixed to a vertical concrete sidewall reinforced concrete slab in the embodiment shown. Preferably, the support structure 1, which is formed of 10 or more of two or more beams of steel structure fixed at vertical intervals to the vertical side surface of said reinforced concrete slab, has a cover plate structure 3 secured by fastening elements 2, thus forming a substantially visible lower part. Particularly in new construction, this cover sheet structure 3 is most often made of tempered and tinted glass, thus forming a handrail glazing suitable for the entire facade of the apartment building.

Vertical glazing 20 upwards from the top of the railing KR comprises a lower, horizontal profile piece 4 attached to the top of the railing KR, and, in the case of a high-rise building JR, a top floor balcony Py (i.e., balcony P). two or more glass sheets 6 arranged in the same vertical plane and parallel to the parallel profile members 4,5 are movable between the profile members 4,5 and relative to the profile members 4,5. rotate about the vertical axis, particularly at least at the other end of the facade structure JR. The glass sheets 6 are fixed, for their movement, at their top and bottom edges to the hinges and slides 7 in the grooves in the longitudinal direction V * i of the profile pieces. These functions are known to the person skilled in the art, e.g. ; WO 99/32752, so they will not be further described herein.

Figures 1-3 of the drawings show an embodiment in which the cover plate structure 3 of the handrail structure KR and its fasteners 2 are disposed outside the facade structure JR to form a substantially visible part of the facade structure JR in this respect, the support structure 1 remaining inside the facade structure JR. Figures 4-6 of the drawings, in turn, show an embodiment in which the parts of the railing structure KR 5 are placed in the opposite position, whereby the support structure 1 located outside the cover structure 3 forms a clearly outwardly visible part in the facade structure JR a horizontal handrail beam 1A connecting the beams and the vertical beams in their upper part 10, which is located at the lower part of the glazing LA.

1-3 and 4-6, it is characterized in that a spacer portion 8 of the facade structure JR is provided between the anchoring piece 2 of the cover sheet structure 3, which engages with the upper part of the railing KR, and the lower profile piece 4 of the glazing LA. which forms part of the facade structure JR. The transmission part 8 allows for joining the railing structure KR on the one hand and the glazing LA 20 on the other hand during the installation and assembly of the facade structure JR, despite the dimensional deviations.

For these purposes, the transmission part 8 has first 1S and second ·. * ·: 2S adjusting members. The fastening piece 2 and the lower profile piece 4, on the other hand, comprise the third 3S and the fourth 4S adjusting members. During installation of the facade structure JR, those in the transmission section 8. ···; the first adjusting members 1S and the third adjusting members 3S in the attachment piece 2 being disposed adjacent to each other to provide the first adjusting clearance ESA. Correspondingly, the second adjusting members 2S in the transmission part 8 30 and the lower profile piece 4: * 'the fourth adjusting members 4S are arranged in relation to each other in the facade / ·; in the JR installation phase to provide a second adjustment -. * ··: TSA spare area. These are individually adjustable in the installation phase of the façade structure JR, the first ESA and the second TSA adjustable! Thus, the 35 areas allow said facade structure JR to be closed

joining the base member 2, the intermediate member 8 and the lower profile member 4 of the glazing LA so that the facade structure JR

108667 forms an integral whole despite the dimensional deviations in the other portions of the balcony P of the block of flats, which form the installation platform for the façade structure JR.

The first ESA and the second TSA adjusting zone are used such that the height position of the transmission part 8 relative to the support structure 1 of the railing structure KR is adapted to be adjusted within the first adjusting zone formed by the first 1S and third 3S adjusting members. Thus, the mounting piece 2 and the transmission part 8 are aligned vertically within the first adjustable clearance ESA. Further, the horizontal position of the transmission member 8 and the lower profile piece 4 relative to each other, and thus the position of the lower profile piece 4 in the facade structure JR, is adapted to be adjusted within the second adjustment TSA of the second 2S and fourth 4S adjusting members. Thus, the location of the glazing LA relative to the intermediate part 8 can be selected in the most advantageous manner.

In the embodiment of Figures 1-3 of the drawings, in which the cover plate structure 3 is outside the support structure 1 of the handrail structure, the transmission portion 20 is disposed over the support structure 1 of the facade structure JR, the first 1S and third 3S and the second 2S and on opposite vertical pages. In the embodiment of Figures 4-6 of the drawings, in which the cover plate structure 3 is inside the support structure 1 of the railing structure KR, the transmission part 25 8 is disposed adjacent to the vertical inner surface of the support structure 1 of the facade structure JR. In this case, the support structure 1 usually passes vertically the lower profile piece 4, and the horizontal handrail beam 1A of the support structure 1 is horizontally viewed at the lower part of the glazing LA. Thus, in the second embodiment of Figures 4-6, all adjusting members 1S-4S are disposed adjacent the inner surface of the support structure 1.

•%: * ·: On closer inspection of the embodiment of Figures 1-3 of the drawings, the following main parts can be distinguished in the transmission part 8. The façade. A visible part of the road JR is a horizontal guardrail-forming shield portion 9 which, obliquely downwardly and outwardly in the facade structure JR, crosses the top 6 of the facade structure JR support structure 1 108667 extending horizontally to both sides of the rail structure support structure 1. Further, the spacer part 8 comprises a downwardly extending lower part of the guard part 9 which engages with the support structure 1 of the railing structure. The fastener part 10 5 of the spacer part 8 comprises two horizontally spaced downwardly facing flange parts 10a, 10b. The upper end of the support structure 1 is arranged to be disposed between said flange portions, wherein at least one flange portion, preferably the inner flange portion 10b, is provided with a perforation of a vertical adjustment clearance . The first adjusting members 1S in the intermediate portion 8 are disposed downwardly on the lower surface of the shield 9 outside the support structure 1, while the second adjusting members 8 in the intermediate portion 8 are disposed horizontally towards the inner part of the facade structure JR.

4, the following main parts can be distinguished in the transmission part 8. The shield portion 9 is • located in contact with the inner edge of the support structure 1 of the handrail KR below the handrail beam 1A and is obliquely upward and inward. Attached to the outer edge of the shield portion 9 is a downwardly extending fixing portion 10, at least against the tu-structure 1, which engages with the inner surface of the support structure 1 of the facade structure JR. Kiin -: * ··; the securing member 10 is provided with a vertical perforation or a corresponding spacer member 8 having a vertical first clearance spacing ESA to a specified height by means of fastening means 11, such as bolt or screw mounting PK, to the inner surface of the support structure 1. Further, the engaging member 8 has first adjusting members 1S which are located below the shield member 9 and the attachment member 10 to face downwardly on the inner edge of the support structure 1 as the flange member 10c. The second adjusting members 2S are disposed on the underside of the shield portion 9 to extend horizontally from the lower edge of the fastener portion 10 to the interior of the facade structure JR.

7 108667

First, the first adjusting member 1S used structurally in the embodiment of Figures 1-3 preferably comprises a flange 12 extending from the outer edge of the spacer 8 and downwardly from the outer edge of the shield 9 which is mounted on the facade structure JR 5 horizontally from the vertical to the support structure 1. Thus, the cross-sectional shape of the shielding member 9 allows the fastening piece 2 of the cover plate structure 3 to be substantially located in the volume of the boundary ground along the inner surface of the flange 12, the lower face of the shielding member 9 and the upper outer edge of the supporting structure 1. Hereby, as a part of the first adjusting member 1S, the outer downwardly facing flange portion 10a of the fastening portion 10 of the intermediate portion 8, which cooperates with the fastening portion 2, may be used.

Preferably, the cross-sectional profile of the elongate fastening piece 2 orbiting the rectangular cover plate structure 3 comprises the following main portions at least at the first adjusting member 1S. A groove 2a having a U-shaped cross-section which is substantially longitudinally horizontal in the cover plate structure 3 or its partition, and to which the cover plate structure 3 in question has a corresponding length. the edge 3a of the cover plate is likewise arranged to be sealed by means of a U-shaped seal 13 of cross-section. Further, the fastening piece 2 comprises a fastening flange | a portion 2b formed by a groove of U-shaped cross-section! '·; in the direction opposite to the opening direction of the groove of part 2a, being machine and extending vertically on the other side of the fastener 2. The outer surface 2c of the mounting flange portion 2b and the associated outer surface 2c of the groove portion 2a (Fig. 3) or the outer portion (Fig. 6) of the groove portion 2a abut against the support structure 1 of the railing structure KR; 1-3 against the vertical outer edge of the support structure 1 and in the embodiment of Figures 4-6 30 against the vertical inner edge of the support structure 1.

The mounting flange portion 2b is provided with a perforation or the like for securing the combination of the cover plate structure 3 and the mounting members 2 to the support structure 1 by means of fastening means such as screws or bolts; . with attachment PK.

'; 35

In the embodiments of Figs. 1-3 and 4-6, the outer edge of the fastening flange portion 2b comprises a thinner tongue portion 2d of base thickness of the fastening flange portion 2b which, when mounted on the support structure 1, faces upward and horizontally spaced by the support structure 1. vertical surface. The structure thus forms the inner surface of the tongue portion 2d and the 1 of the support structure 5. an upwardly extending horizontal groove 11 between the vertical surface, wherein the outer downwardly extending flange portion 10a of the fastening portion 10 of the first adjusting member 1S is located in the embodiment of Figures 1-3. Similarly, in the embodiment of Figures 4-6, this groove 11 includes a flange portion 10c associated with the lower edge of the fastening portion forming the first adjusting member 10.

1-3 between the outer surface of the groove 2a of the groove 2a and the outer groove 11 of the horizontal groove 11 and the outer part of the fastening part 10 of the intermediate part 8. 10a.

1-3, unlike the first 20 embodiments shown in Figs. 1-3, in the embodiment of Figs. 4-6, the integral part of the tongue 11 of the tongue 2 of the tongue 2a and the inner edge of the support structure 1 flange portion 10c.

Oh 25

Thus, with reference to the foregoing, it can be generally stated that the third adjusting member 3S is preferably formed at least in connection with the fixing flange portion 2b of the fastening piece 2. In addition, it can be very advantageously. utilizes the structure of the outer surface of the groove 2a of the fastener 2 to provide the third adjusting member 3S.

Further structurally, in the embodiment according to Figs. 1-3 and 4-6, the second adjusting member 2S in the intermediate part 8 comprises a support structure KR of the railing structure KR located below the protective part 9 of the intermediate part. 35, a horizontal flange 15 extending from the inside surface side of the tea 1 towards the interior of the facade structure JR, which is preferably the length of the intermediate portion 8. The lower profile piece 4 of the glazing LA is arranged to be fixed by means of fastening means, such as bolt or screw fastening to the upper surface of the horizontal panel 15. Preferably, the horizontal flange 15 is secured to the fastening portion 10 of the transmission member 8, i.e. the inwardly facing outer surface of the inner downwardly facing flange portion 10b and, in the embodiment of Figures 4-6, to the flange-like fastening portion 10 at its lower edge. The horizontal flange 15 is provided with a perforation of a horizontal, second adjustment range TSA extending substantially perpendicular to the longitudinal direction of the transmission portion 8 or the like for securing the lower profile portion 10 of the glazing LA 10 to the transmission portion 8. In the embodiment of FIGS. 4-6, in the embodiment shown in Figures 4-6, vertically staggered, wherein the outermost edge portion 15a of the horizontal passage 15 is provided with said horizontal TSA length of the second adjustable margin, | 15 substantially perpendicular to the longitudinal direction of the transmission member 8; the lower profile piece 4 can be positioned and secured to the horizontal flange 15 of the intermediate part 8 by the corresponding flange 15. according to the requirements of the installation site.

The fourth adjusting member 4S forms the bottom surface 4a of the lower profile piece 4 of the glazing LA, which is supported by the shape of the second adjusting member 2S; in connection with the upper surface of the horizontal flange 15 of the connecting part 8. In connection with the bottom surface 4a of the lower profile piece 4, there is a groove 14 or the like, to which a fastening element PK, such as a bolt 25 or a screw, which perforates the horizontal flange 15 is fastened at its base.

* · ·. In both applications of Figures 1-3 and 4-6, the upper part of the lower profile piece 4 has an outwardly directed: horizontal shield flange 16 fitted with the facade structure 30 JR mounted to overlap the inside / edge of the shield portion 9 of the spacer 8. The shield flange 16 comprises a downwardly directed cam portion 17 which is positioned over the shield portion 9 ·· of the transmission portion 8. The inner portion of the shield portion 9 of the transmission part 8 has a shield; . upwardly directed nose part below the jus flange 18.

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Claims (22)

1. Facade construction especially for balconies of buildings (P) comprising a combination consisting of a railing structure and a glazing: wherein the railing structure (KR) comprises: - a combination consisting of a supporting structure (1) which is directed mainly from a the bottom plane of the facade structure (JR), and a protective plate structure (3), preferably a glazing, attached to said supporting structure (2), preferably a glazing, and 15. the glazing comprises: - a lower horizontal profile piece (fixed to the upper part of the rail structure). 4) and an upper horizontal profile piece (5) located at the upper part of the facade structure (JR), which is fixed in particular to the balcony (P) of the building, - two or more vertical glass panels (6) arranged to move and rotate between the profile pieces (4, 5), which glass sheets (6) are attached from their lower and upper edges, to hinge and sliding pieces (7) located in groove 25. p the longitudinal direction of the rofil pieces (4,5), and ··. - wherein between the attachment piece (2) of the protective plate structure (2), which joins the upper part of the railing structure (KR), and the lower profile piece (4) of the glazing (LA), is positioned substantially horizontally one with the facade structure •: (JR) even intermediate intermediate part (8), which is attached to the supporting structure (1) and to which the lower profile piece (4) joins, [characterized in that: said intermediary part (8) comprises first (1 S) and second (2S) regulating means and said fastening piece (2) and profile piece (4) comprise on their side third (3S) and fourth (4S) regulating means, wherein the position of said pieces (2, 4) in relation to each other in horizontal and the height direction can be regulated by said control means (1S, 2S, 3S, 4S), on the other hand, the first (1S) and third (3S) control means together form a first control area 10 (ESA) intended to connect said fastening piece (2 ) and feed the mediation part (8) together, wherein the position of the mediation part (8) in relation to the supporting structure (1) can be controlled within the framework of the first control area (ESA), and 15. on the other hand the second (2S) and fourth (4S) control means together form a separate second control area (TSA) intended to connect said switching part (8) and the lower profile piece (4) together, whereby the position of the switching part (8) and the lower profile piece (4) can be adjusted in relation to each other with a view to fortification in the context of the second: the regulatory area (TSA). .! 2. Facade construction according to claim 1, characterized in that: the position of the intermediary part (8) in the height direction in relation to! the support structure (KR) of the rail structure (1) is arranged to be regulated within the framework of the first control area (TSA) formed by the first (1S) and third (3S) control means. Facade construction according to claim 1, characterized in that the position of the intermediary part (8) and the lower profile part (4) i; The horizontal direction in relation to each other and thus the position of the lower profile piece (4) in the facade structure (JR) is arranged to be regulated within the framework of the second control area (TSA) formed by: the second (1S) and third (3S). ) the regulatory body. 19 108667 4. Facade construction according to claim 1, characterized in that the intermediate part (8) is placed on the supporting structure (1) of the facade structure (1), one on the one hand (1S) and third (3S) and on the other side the other (2S). and the fourth (4S) control members 5 are on opposite vertical sides of the support structure (1). Facade construction according to Claim 1, characterized in that the intermediate part (8) is placed adjacent to the vertical inner surface of the support structure (1) of the facade structure (1), the supporting structure (1) passing the lower profile piece (4) in the vertical direction. All the control means (1S-4S) are located adjacent to the interior surface of the support structure (1). Facade structure according to any one of claims 1-4, characterized in that the intermediate part (8) comprises: a downwardly directed and protruding protective part (9) extending in the facade structure (JR) extending over the upper part of the facade structure (JR). a support structure (1) and to both sides of the support structure (1) in the horizontal direction, - a downwardly directed fastening part (10) of the lower part of the protective member (9) which adheres to the supporting structure (1) of the rail structure and is intended to receive fastening means attaching the switching part (8) to the upper part of the supporting structure (1), first regulating means (1S) located on the side of the lower surface of the protective part (9) to align downwardly outside the supporting structure (1), and - second regulating means (2S) ) located on the side of: ··· the lower surface of the protective section (9) to align horizontally with the interior part of the facade structure (JR). Ί 35 7. Facade structure according to any one of claims 1, 2, 4 or 6, characterized in that the fastening part (10) of the intermediary part (8) comprises two flange parts (10a, 10b) which are directed in a straight direction, which are preferably shaped so that they correspond to the total length of the intermediate member (8), and between which the upper end of the supporting structure (1) is arranged to be positioned, at least the second flange member (10b) being provided with an inclined or similar inclination with the vertical first control region (ESA) the intermediate member (8) with fastener (PK) at a specified height adjacent to the support structure (1). Facade construction according to any one of claims 1, 4, 6 or 7, 10, characterized in that the first regulating means (1S) comprises at least one preferably flange (12) with the intermediate part (8) evenly aligned and from the outer edge of the protective part (9) downwards. located at a horizontal distance from the outer edge of the rail structure (KR) support structure (1) when the intermediate member (8) is mounted in the facade structure (JR), the fastening piece (2) of the protective plate structure (3) being substantially of a volume together of the inner surface of the flange (12) and the outer edge of the support structure (1). 9. Facade construction according to any one of claims 1, 4, 6, 7 or 8, characterized in that the second regulating means (2S) comprises a protective part (9) located below the intermediate part (8), on the side of the * In the inner surface of the supporting structure of the facade structure. (1) towards the inner part of the facade structure (JR) is directed horizontal flange (15), which is preferably even with the intermediate part (8) and on whose upper surface the lower profile piece (4) is arranged to be secured with ·. fastening means (PK), wherein the horizontal flange (15) is preferably fixed to the inner surface of the inner downwardly directed flange portion (10b) of the fastening portion (10) of the intermediate portion (8). ./ 30 Facade construction according to any of claims 1, 4, 6, 7, 8 or 9, characterized in that a leaking directed horizontal protective flange (16) is formed in the upper part of the lower profile piece (4) and it is arranged to be positioned on top of the inner canyon of the intermediary portion | (8) protective portion (9) when the facade structure (JR) is mounted in place. 21 108667 Facade construction according to any one of claims 1, 3, 4 or 6-10, characterized in that the horizontal flange (15) is provided with an even inclination with the horizontal second control region (TSA) extending substantially perpendicular to the intermediate part (8). ) 5 longitudinally, to test the lower profile piece (4) at the switching part (8). Facade construction according to claim 1 or 5, characterized in that the intermediate part (8) comprises: a supporting structure (1) of a front facade structure (JR) with an inwardly directed protective part (9), a downwardly directed downwardly fastening part of a front of the protective part (9). 10) which adheres to the inner edge of the facade structure (JR) support structure (1) and is intended to receive fasteners (PK) for attaching the protective portion (9) to the inner surface of the support structure (1), first regulating means (1S) which is located below the fastening member (10) to align downwardly to the side of *: the inner edge of the support structure (1), and 25. other control means (2S) located on the side of the lower surface of the protective member (9) to align horizontally to the interior part of the facade structure (JR). Facade construction according to any one of claims 1, 2, 5, or 12, 30, characterized in that the fastening part (10) is provided with an inclined pitch or the like with the vertical control region for fastening; the intermediate member (8) with fastening means at a specified height at the inner surface of the support structure (1). Facade construction according to any one of claims 1, 5, 12 or 13, characterized in that the first regulating means (1S) is a downwardly directed flange (10c) of the lower part (10) of the fastening part (10) which is preferably even with the facade structure (JR). ). Facade construction according to any one of claims 1, 6, 12, 13 or 5 14, characterized in that the second control means (2S) comprises a protective part (9) located below the intermediate part (8), on the side of the inner surface of the facade structure (JR). ) supporting structure (1) towards the inner portion of the facade structure (JR), which is directed horizontally flange (15), which is preferably even with the intermediate part (8) and on whose upper surface the lower profile piece (4) is arranged to be fixed with fastening means (PK), the horizontal flange (15) being preferably attached to the inner surface of the lower canyon of the flange forming the fastening portion (10) of the intermediate member (8). Facade construction according to any of the preceding claims 1, 5, 12, 13, 14 or 15, characterized in that the horizontal flange (15) ΐ forming the second control element (2S) is stair-shaped in the vertical direction, whereby it is present at a lower level. the outer edge portion (15a) is provided with an inclined or horizontal inclination with the horizontal control region extending substantially perpendicular to the longitudinal direction of the intermediate member (8), for attaching the lower profile piece (4) to the intermediate member (8). Facade construction according to any one of claims 1, 5 or 12-16, characterized in that a leaking directed horizontal protective flange (16) is formed in the upper part of the lower profile piece (4), and ·. arranged to be positioned on top of the inner edge of the protective portion (9) of the intermediate member (8) when the facade structure (JR) is mounted in place. / 30 Facade construction according to Claim 1, characterized in that, the * fixing piece (2) comprises: a locking part (2a) which is substantially equal to the 'protective plate structure (3) or its part, and in which: the edge of the protective plate (3') is arranged to be positioned in a sealed manner, and a fastening flange portion (2b) projecting in a direction opposite to the opening direction of the locking portion (2a) and located on the other side of the fastening piece 5 (2), wherein the fastening flange portion (2b) ) is provided with a pitch or the like for attaching the protective plate structure (3) and the fastening piece (2) to the supporting structure (1) with the fastening means (PK). 10 19. Facade construction according to claim 18, characterized in that the third control means (3S) is formed in connection with the locking part (2a) of the fastening piece (2) and / or fastening flange part (2b). ! 15 Facade construction according to Claim 18 or 19, characterized in that the outer edge of the fastening flange portion (2b) comprises a tongue portion (2d) located at a horizontal distance from the surface of the supporting structure (1) and sits at the first regulating member (1S) or its part when the mounting flange portion (2b) is mounted adjacent to the support structure 20 (1). Facade construction according to claim 1, characterized in that j the fourth regulating means (4S) forms the bottom surface of the lower profile piece (4) which is adjacent to the intermediate part (8): horizontal flange (15) forming the second regulating means ( 2S). Facade construction according to Claim 10 or 17, characterized in that the protective flange (16) comprises a downwardly directed tip part (17) which is located on top of the protective part (9) of the intermediate part (8) and that the inner edge of the protective part (8) of the intermediate part (8) 9) comprises a pointed portion (18) located below the guard flange (16).