CN1227430C

CN1227430C - Facad structure

Info

Publication number: CN1227430C
Application number: CN01820052.4A
Authority: CN
Inventors: E·希利尔霍
Original assignee: Lumon Oy
Current assignee: Lumon Oy
Priority date: 2000-10-06
Filing date: 2001-10-03
Publication date: 2005-11-16
Anticipated expiration: 2021-10-03
Also published as: DE60136725D1; DK1322824T3; NO20031491L; NO318491B1; ATE415531T1; CY1110310T1; FI108667B; ES2317937T3; CN1479832A; WO2002029177A1; AU2001293897A1; EP1322824A1; PT1322824E; NO20031491D0; EP1322824B1; FI20002200A0

Abstract

The facade 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

A kind of facade structures of building balcony

Technical field

The present invention relates to a kind of facade structures, especially for the facade structures of the balcony of building, it comprises the combination of a Fence structure and a glass window spare.

Background technology

In fabric structure, promptly the while is utilized balcony space by making balcony have a kind of so-called balcony glass window spare more and more at large in the fabric structure of new fabric structure and renewal.In the fabric structure of new fabric structure and a large amount of more newly built constructions, balcony glass window spare and the Fence structure relevant with this balcony glass window spare are formed a unit that shows as the front appearance of building substantially.Particularly in new fabric structure, be inclined to use the combination of steel and concrete structure, wherein not only to the intrinsic amount of deflection of building, and high requirement has been proposed variations in temperature in the building structure and dimensional tolerance, particularly in tier building, with speech, it should form one with Fence structure is favourable unit from whole front appearance angle for balcony glass window spare.In this respect, a factor that improves standard is the function diversity of modern glass window spare, the transition when it comprises the angle that for example articulated system, director strip, the possibility of tying up the separate glass plate, glass plate cross balcony, or the like.Certainly, in new building more, relate to the problem of respective range, particularly when not only glass window spare but also Fence structure all are updated.

Certainly, advantageously make this glass window spare and Fence structure with commercial run as much as possible, wherein at first the erection stage in the front of building just runs into the problem of above-mentioned scope.An object of the present invention is to provide a kind of facade structures, it is possible that this facade structures makes a Fence structure adjacently install with a glass window spare relevant with this Fence structure, although the fact is to be used as in the size of building structure on basis of this installation to have sizable variation.Therefore this is possible, that is, on the one hand, each combination constitutes a functional element separately, and on the other hand, it is attractive in appearance that the front of building is done as a whole.

Summary of the invention

For reaching these purposes, principal character according to facade structures of the present invention is, between the lower different type spare of installed part on the top part that abuts against Fence structure of covering plate structure and glass window spare, be placed with a connector that extends generally along horizontal direction, this connector has the length of this facade structures and is provided with first and second governor motions, be successively, described installed part includes the 3rd governor motion, profiled piece includes the 4th governor motion, wherein, being this first governor motion and the 3rd governor motion on the one hand, is that second governor motion and the 4th governor motion are formed for making described installed part together on the other hand, the interconnective independent regulation scope of connector and inferior irregular parts.

The invention provides a kind of facade structures of balcony of building, it comprises the combination of a Fence structure and a glass window spare,

Wherein, Fence structure comprises:

One from a braced structures of substantially extending vertically upward with respect to the end absolute altitude of facade structures and one by installed part be fixed on the covering plate structure on the braced structures combination and

Wherein, this glass window spare comprises:

Upper level profiled piece on the balcony in lower horizontal profiled piece that is connected with the top part of this Fence structure and the top part that is placed on facade structures and that be fastened on building,

Two or more vertical glass plates that are arranged between horizontal profiled piece, to move and rotate, glass plate they top edge and lower edge is fixed on the hinged and sliding part in the groove that extends along the longitudinal direction of horizontal profiled piece and

Wherein, between the lower horizontal profiled piece of installed part on the top part that is connected to Fence structure of covering plate structure and glass window spare, be placed with a connector generally along horizontal direction, this connector also is fixed on the braced structures, and inferior irregular parts is fixed on this connector

It is characterized in that,

-described connector includes first governor motion and second governor motion, described installed part and lower horizontal profiled piece include the 3rd governor motion and the 4th governor motion are arranged, wherein said installed part and lower horizontal profiled piece relative to each other position on level and short transverse can be regulated by means of described governor motion

Wherein, first governor motion and the 3rd governor motion are united one first adjustable range of formation, and this first adjustable range is used to make described installed part and connector to be connected to each other, wherein, connector be configured in first adjustable range, to regulate with respect to the position of braced structures and

Wherein, second governor motion and the 4th governor motion are united and are constituted independently second adjustable range, this second adjustable range is used to make described connector and inferior irregular parts to be connected to each other, wherein, connector and lower horizontal profiled piece position relative to each other are configured to and can regulate in second adjustable range

Description of drawings

Below, will in conjunction with the accompanying drawings the present invention be described in more detail, accompanying drawing is depicted as:

Fig. 1 illustrates one first embodiment of facade structures with a vertical cross-section,

Fig. 2 shows the front elevation drawing according to first embodiment of the facade structures of Fig. 1,

Fig. 3 shows the vertical cross-section view of the some I of Fig. 1 with magnification ratio, and Fence structure is connected at this place with glass window spare,

Fig. 4 illustrates one second embodiment of facade structures with a vertical cross-section,

Fig. 5 show according to the front elevation drawing of second embodiment of the facade structures of Fig. 4 and

Fig. 6 shows the vertical cross-section view of the some IV of Fig. 4 with magnification ratio, and Fence structure is connected at this place with glass window spare.

The specific embodiment

Embodiment according to facade structures of the present invention is intended to especially for the balcony P in the block of flats.Therefore, be placed with a facade structures JR between the floor of balcony P LA and the horizontal KT of ceiling, this facade structures comprises the vertical cartel of a Fence structure KR and a glass window spare LA, and wherein this glass window spare is placed on the top of Fence structure substantially.

Fence structure KR comprises a braced structures 1, this braced structures extends upward with respect to facade structures JR from end absolute altitude in vertical direction substantially, promptly common floor level LT from balcony P extends upward, and be fixed on the vertical side surface of the floor level LT that forms this end absolute altitude, perhaps in the embodiment shown in the figures, be to be fixed on the vertical side surface of a horizontal concrete slab.For preferably having steel work and be vertically fixed on the braced structures 1 that the lip-deep beam of vertical side of described concrete slab is formed at regular intervals by two or more, be fixed with a covering plate structure 3 at this by installed part 2, therefore this covering plate structure forms the main visible bottom part of facade structures JR.Particularly in renewal, the material of this covering plate structure 3 is generally the glass of modified mistake and shading, and wherein this material forms a kind of fence glass window spare that is suitable for the whole front of block of flats.

From the upwardly extending vertical glass window spare LA of the top part of Fence structure KR comprise one on the top part that is installed in Fence structure KR lower horizontal profiled piece 4 and the upper level profiled piece 5 of a top part that is arranged in facade structures JR, in the situation of block of flats, the balcony Py that this upper level profiled piece is preferably mounted at a last floor goes up (promptly being installed on the horizontal KT of ceiling of balcony P), and is installed on the soffit of its end absolute altitude.Between the parallel horizontal profiled

piece

4,5 that extends along same horizontal plane, equally vertically be placed with two or more glass plates 6, these glass plates are arranged to move between profiled

piece

4,5 and can rotate about horizontal profiled

piece

4,5 around a horizontal axis, particularly can rotate at the place, an end of facade structures JR at least.Glass plate 6 moves for they, they top edge and lower edge is installed to hinged and sliding part 7 on, this hinged and sliding part is arranged in the groove that extends along the longitudinal direction of horizontal profiled piece 4,5.These functions are prior aries for all technician of this area, and are for example known from publication WO99/32752, will no longer be elaborated to them in this article.

Fig. 1 in the accompanying drawing-3 shows an embodiment, wherein the covering plate structure 3 of Fence structure KR is placed on the outside of facade structures JR with its installed part 2, to form the visible part of cardinal principle of facade structures JR on the one hand at this, wherein braced structures 1 is retained in the inboard of facade structures JR for covering plate structure 3.Fig. 4 in the accompanying drawing-6 shows an embodiment again, wherein the placement of the some parts of Fence structure KR is opposite with above-mentioned situation, the braced structures 1 that wherein is placed on the outside of covering plate structure 3 forms a part that obviously protrudes in facade structures JR outside, and therefore form by vertical beam and a horizontal fence beam 1A, wherein vertical beam is installed on the vertical side surface of the concrete slab that forms floor level LT in their bottom part, and horizontal fence beam connects the top part of vertical beam and is placed on the part place, bottom of glass window spare LA.

Accompanying drawing is that two embodiment of the facade structures JR shown in Fig. 1-3 and Fig. 4-6 are characterised in that, between the lower horizontal profiled piece 4 of installed part 2 that is connected with top part Fence structure KR covering plate structure 3 and glass window spare LA, be placed with a connector 8 of level substantially, this connector has the length of facade structures JR and forms the part of facade structures JR.Connector 8 make in the installation of facade structures JR and assembling process will be on the one hand Fence structure KR, glass window spare LA on the other hand is joined to one another is possible, although change in size is arranged.

For these purposes, connector 8 is provided with the first governor motion 1S and the second governor motion 2S.Be successively, installed part 2 on the one hand includes the 3rd governor motion 3S, and lower horizontal profiled piece 4 on the other hand includes the 4th governor motion 4S.At the erection stage of facade structures JR, first governor motion 1S in the connector 8 and the 3rd governor motion 3S in the installed part 2 are placed to and are connected to each other, so that one first adjustable range ESA to be provided.In a kind of corresponding mode, second governor motion 2S in the connector 8 and the 4th governor motion 4S in the lower horizontal profiled piece 4 are placed at the erection stage of facade structures JR and are connected to each other, to obtain one second adjustable range TSA.Therefore, the lower horizontal profiled piece 4 of these described installed part 2, connector 8 and glass window spare LA in the first adjustable range ESA that the erection stage of facade structures JR can be regulated separately and the second adjustable range TSA make facade structures JR interconnects by this way, thereby it is possible making facade structures JR form a uniform integral body, although be formed for facade structures JR is installed in the other parts of the balcony P of the base portion in the block of flats change in size is arranged.

Use the first adjustable range ESA and the second adjustable range TSA by this way, thereby the location arrangements with respect to the braced structures 1 of Fence structure KR in short transverse of connector 8 becomes in the first adjustable range ESA that can be formed by the first governor motion 1S and the 3rd governor motion 3S to regulate.Therefore, installed part 2 and connector 8 are oppositely placed on short transverse in the first adjustable range ESA thus each other.In addition, connector 8 and lower horizontal profiled piece 4 horizontal level relative to each other, and the location arrangements of lower horizontal profiled piece 4 in facade structures becomes and can regulate in the second adjustable range TSA of the second governor motion 2S and the 4th governor motion 4S formation thus.Therefore, glass window spare LA can select in best mode thus with respect to the position of connector 8.

In the embodiment of Fig. 1-3, wherein covering plate structure 3 is positioned at the outside of the braced structures 1 of Fence structure, connector 8 is placed on the top of braced structures 1 of facade structures JR, and wherein Yi Fangmian first governor motion 1S and the 3rd governor motion 3S, the second governor motion 2S on the other hand and the 4th governor motion 4S are placed on the opposing vertical side of braced structures 1.In the embodiment of Fig. 4-6, wherein covering plate structure 3 is positioned at the inboard of the braced structures 1 of Fence structure KR, and connector 8 is placed to the vertical inside surface of the braced structures 1 of facade structures JR and is connected.Therefore, braced structures 1 is vertically passed through lower horizontal profiled piece 4 usually, and along continuous straight runs is when seeing, the horizontal fence beam 1A of braced structures 1 is in abutting connection with the bottom part of glass window spare LA.Therefore, in second embodiment shown in Fig. 4-6, all governor motion 1S-4S are placed to the inner surface of braced structures 1 and are associated.

In the more detailed research to the embodiment of Fig. 1-3, following major part can distinguish in connector 8.Visible part among the facade structures JR is a protective cowl 9; this protective cowl forms horizontal fence beam; and in facade structures JR tiltedly facing to downwards and stretch out, cross the top part of the braced structures 1 of facade structures JR, simultaneously at the both sides horizontal-extending of the braced structures 1 of Fence structure KR.In addition, connector 8 comprises a retaining element 10, and this retaining element extends downwards and is connected on the braced structures 1 of Fence structure from the soffit of protective cowl 9.Structurally, the retaining element 10 of connector 8 comprises two the flange portion 10a, the 10b that extend downwards, and the apart horizontal range of these two flange portions is placed also preferred entire length corresponding to connector 8 and formed.The upper end of braced structures 1 is arranged to be placed between the described flange portion, wherein at least one in these flange portions, be preferably inward flange part 10b and on the whole length of range of vertical adjustment, be equipped with a hole or similar structures so that connector 8 at a predetermined altitude by retention mechanism, for example screw or the PK of bolton mechanism are connected with at least some beams of braced structures 1.The first governor motion 1S in the connector 8 is placed on the lower face side of protective cowl 9, to extend downwardly into the outside of braced structures 1.Be successively, second governor motion in the connector 8 is placed on the lower face side of protective cowl 9, with the interior section horizontal-extending to facade structures JR.

In the more detailed research to the embodiment of Fig. 4-6, following major part can distinguish in connector 8.Protective cowl 9 is placed to the inward flange of the braced structures 1 of Fence structure KR and is connected, and is positioned under the fence beam 1A, tiltedly facing to upwards and extend internally.The outward flange of protective cowl 9 is connected with a retaining element 10 that extends downwards, this retaining element at least its by be placed on portion's section on the braced structures 1 be the plane and be connected with the inner surface of the braced structures 1 of facade structures JR.The length of the first adjustable range ESA that retaining element 10 is vertical is provided with a upright opening or similar structures so that connector 8 at a predetermined altitude by retention mechanism 11, for example bolt or screw retention mechanism PK are connected with the inner surface of braced structures 1.In addition, connector 8 comprises the first governor motion 1S, and this first governor motion is positioned under protective cowl 9 and the retaining element 10, to extend downwardly on the inward flange side of braced structures 1 as a flange portion 10c.The second governor motion 2S is placed on the lower face side of protective cowl 9, with from the lower limb of the retaining element 10 interior section horizontal-extending to facade structures JR.

Structurally; the first governor motion 1S that is used for the embodiment of Fig. 1-3 at first comprises a flange 12; this flange is preferably the same long with connector 8; and extend downwards, and when being installed among the facade structures JR, connector 8 is placed on the position with the vertical outer edge horizontal interval certain distance of the braced structures 1 of Fence structure KR from the outward flange of protective cowl 9.Therefore, to make installed part 2 with covering plate structure 3 be placed on that a cardinal principle united in the space that limits by the vertical outer edge of the soffit of the inner surface of flange 12, protective cowl 9 and braced structures 1 be possible to the cross section of protective cowl 9.Therefore possible is, uses the part of the outer flange portions 10a of the retaining element 10 in the connector 8 as the first governor motion 1S, this outer flange portions be extend downwards and be connected with installed part 2.

The cross-sectional profiles that surrounds covering plate structure 3 edges that are preferably rectangle of elongated installed part 2 comprises following major part at the first governor motion 1S place at least.Slot part 2a has a U-shaped cross-section and along continuous straight runs has the length of covering plate structure 3 substantially or is a share of this length, and wherein the edge 3a of the described cover plate of covering plate structure 3 is arranged to place with a kind of sealing means by means of seal 13, and the sealing part also has a U-shaped cross-section.In addition, installed part 2 comprises a fastening flange portion 2b, this flange portion be configured to along the direction opposite with the opening direction of the groove of the slot part 2a with U-shaped cross-section stretch out and the vertical opposite side that is placed on installed part 2 on.The interior web part (Fig. 3) of the external surface of fastening flange portion 2b and slot part 2a or the external surface 2c of outer web part (Fig. 6) are by on the braced structures 1 that is placed on Fence structure KR; In the embodiment of Fig. 1-3, on the vertical outer edge that is placed on braced structures 1, in the embodiment of Fig. 4-6, on the vertical inward flange that is placed on braced structures 1.Fastening flange portion 2b is provided with a hole or similar structures, is used for by retention mechanism, for example screw or the PK of bolton mechanism are fastened on braced structures 1 with the combination of covering plate structure 3 and installed part 2.

Fig. 1's-3 with among Fig. 4's-6 these two embodiment, the outward flange of fastening flange portion 2b comprises a tongue-shaped member 2d, this tongue-shaped member is than the basic thin thickness of fastening flange portion 2b, and be installed into when being connected with braced structures 1 at fastening flange portion 2b, this tongue-shaped member extends upward and is positioned at a position with the described vertical surface horizontal interval of braced structures 1.Therefore, this structure is provided with a level trough 11, this level trough is upward opening between the described vertical surface of the inner surface of tongue-shaped member 2d and braced structures 1, and in the embodiment of Fig. 1-3, in this structure, be placed with retaining element 10 belong to first governor motion 1S's and be assemblied in flange portion 10a outside in the connector 8, that extend downwards.In the embodiment of Fig. 4-6, this groove 11 holds the flange portion 10c that is connected with the lower limb of retaining element in the corresponding way and forms first governor motion.

Therefore; in the embodiment of Fig. 1-3; the first governor motion ESA is made up of two parts; promptly on the one hand being the scope between the external surface of the outside link plate part of flange 12 that the outward flange from protective cowl 9 extends downwards and the slot part 2a that is placed to the installed part 2 that is connected with this flange, is the scope between the outer flange portions 10a of the retaining element 10 of described level trough 11 and connector 8 on the other hand.

In the embodiment of Fig. 4-6, different with first embodiment of Fig. 1-3, the first governor motion ESA is made of a single-wide, and this scope is between the vertical flanges part 10c on level trough 11 that the inward flange of the inner surface of tongue-shaped member 2d upward opening and by fastening flange portion 2a and braced structures 1 constitutes and the retaining element 10 that is connected to connector 8.

In conjunction with the content of above-mentioned discussion, can determine usually that thus the first governor motion 3S preferably constitutes at least and links to each other with the fastening flange portion 2b of installed part 2.In addition, it is very favorable utilizing the structure of external surface of the slot part 2a of installed part 2 that the first governor motion 3S is provided.

In addition; the second governor motion 2S that is arranged in connector 8 in the embodiment of Fig. 1-3 and in the embodiment of Fig. 4-6 structurally comprises a horizontal flanges 15; this horizontal flanges be placed on protective cowl 9 following of connector 8 and on the inner surface side of the braced structures 1 of Fence structure KR the interior section to facade structures JR extend, and this horizontal flanges is preferably the same long with connector 8.The lower horizontal profiled piece 4 that belongs to glass window spare LA is arranged through retention mechanism, for example screw or the PK of bolton mechanism are fastened on the upper surface of horizontal flanges 15.Horizontal flanges 15 preferably is fastened on the retaining element 10 of connector 8, promptly in the embodiment of Fig. 1-3, be fastened on the surface outside, that extend internally of inward flange part 10 of downward extension, in the embodiment of Fig. 4-6, be fastened on the lower limb of flange shape retaining element 10.Horizontal flanges 15 is equipped with a hole or similar structures is fastened on the connector 8 with the lower horizontal profiled piece 4 with glass window spare LA, and this hole has length level, the second adjustable range TSA and extends perpendicular to the direction of the longitudinal direction of connector 8 along a cardinal principle.In the embodiment of Fig. 1-3, the upper surface of horizontal flanges 15 is flat, in the embodiment of Fig. 4-6, the upper surface of horizontal flanges 15 vertically is stair-stepping, the outer edge part 15a that wherein is arranged on the lower horizontal of horizontal flanges 15 is provided with described hole or similar structures, this hole has length level, the second adjustable range TSA and extends perpendicular to the direction of the longitudinal direction of connector 8 along a cardinal principle, and wherein lower horizontal profiled piece 4 is can be according to the needs of described installing engineering in place and be fixed on the horizontal flanges 15 of connector 8.

The 4th governor motion 4S is made of the soffit 4a of the lower horizontal profiled piece 4 of the glass window spare LA on the upper surface of the horizontal flanges that forms the second governor motion 2S 15 that is supported in connector 8.About the soffit 4a of lower horizontal profiled piece 4, a groove 14 or similar structures are arranged thereon, retention mechanism PK, for example a screw or a bolt that passes the hole of horizontal flanges 15 is fastened on this groove place with its head.

Fig. 1's-3 with among Fig. 4's-6 embodiment; the top part of lower horizontal profiled piece 4 is provided with an outside horizontal protectiveness flange 16 that extends, and this protectiveness flange is arranged to be placed on the top of inward flange of the protective cowl 9 of connector 8 in the installation site of facade structures JR.Protectiveness flange 16 includes a nose shape part 17 of extending downwards, and this nose shape partly is placed on the top of the protective cowl 9 of connector 8.The inward flange that belongs to connector 8 of protective cowl 9 is provided with a upwardly extending nose shape part 18 that is placed on below this protectiveness flange.

Claims

1. the facade structures of the balcony of a building (P), it comprises the combination of a Fence structure and a glass window spare,

Wherein, Fence structure (KR) comprising:

One from a braced structures (1) of substantially extending vertically upward with respect to the end absolute altitude of facade structures (JR) and one by installed part (2) be fixed on the covering plate structure (3) on the braced structures (1) combination and

Wherein, this glass window spare comprises:

Lower horizontal profiled piece (4) that is connected with the top part of this Fence structure and one are placed on the upper level profiled piece (5) on the balcony (P) in the top part of facade structures (JP) and that be fastened on building,

Two or more vertical glass plates (6) that are arranged between horizontal profiled piece (4,5), to move and rotate, glass plate (6) they top edge and lower edge is fixed on the hinged and sliding part (7) in the groove that extends along the longitudinal direction of horizontal profiled piece (4,5) and

Wherein, between the lower horizontal profiled piece (4) of installed part (2) on the top part that is connected to Fence structure (KR) of covering plate structure (3) and glass window spare (LA), be placed with a connector (8) generally along horizontal direction, this connector also is fixed on the braced structures (1), inferior irregular parts (4) is fixed on this connector

It is characterized in that,

Described connector (8) includes first governor motion (1S) and second governor motion (2S), described installed part (2) and lower horizontal profiled piece (4) include the 3rd governor motion (3S) and the 4th governor motion (4S) are arranged, wherein said installed part and lower horizontal profiled piece (2,4) relative to each other position on level and short transverse can be regulated by means of described governor motion (1S, 2S, 3S, 4S)

Wherein, first governor motion (1S) and the 3rd governor motion (3S) are united formation one first adjustable range (ESA), this first adjustable range is used to make described installed part (2) and connector (8) to be connected to each other, wherein, connector (8) be configured in first adjustable range (ESA), to regulate with respect to the position of braced structures (1) and

Wherein, second governor motion (2S) and the 4th governor motion (4S) are united and are constituted independently second adjustable range (TSA), this second adjustable range is used to make described connector (8) and lower horizontal profiled piece (4) to be connected to each other, wherein, connector (8) is configured to and can regulates at second adjustable range (TSA) with lower horizontal profiled piece (4) position relative to each other.

2. facade structures as claimed in claim 1, it is characterized in that connector (8) becomes and can regulate in the location arrangements with respect to the braced structures (1) of Fence structure (KR) on the short transverse in first adjustable range (ESA) by first governor motion (1S) and the 3rd governor motion (3S) formation.

3. facade structures as claimed in claim 1, it is characterized in that, connector (8) and lower horizontal profiled piece (4) horizontal level relative to each other be that the location arrangements of lower horizontal profiled piece (4) in facade structures (JR) becomes and can regulate in second adjustable range (TSA) that is made of second governor motion (2S) and the 3rd governor motion (3S) thus.

4. facade structures as claimed in claim 1, it is characterized in that, connector (8) is placed on the top of the braced structures (1) of facade structures (JR), and wherein first governor motion (1S) is the vertical relatively both sides that are positioned at braced structures (1) with respect to second governor motion (2S) and the 4th governor motion (4S) with the 3rd governor motion (3S).

5. facade structures as claimed in claim 1, it is characterized in that, connector (8) is connected with the vertical inside surface of the braced structures (1) of facade structures (JR), wherein braced structures (1) is vertically passed through lower horizontal profiled piece (4), and all governor motions (1S-4S) all are connected with the inner surface of braced structures (1).

6. as each described facade structures among the claim 1-4, it is characterized in that connector (8) comprising:

A protective cowl (9), it is configured to from facade structures (JR) tiltedly facing to downwards and stretch out, flatly extends with the top part of the braced structures (1) by facade structures (JR) with in the both sides of braced structures (1),

Retaining element (10), it is configured to extend downwards and be connected on the braced structures (1) of this Fence structure from the soffit of protective cowl (9), and assembling can hold connector (8) is fastened to retention mechanism on the top part of braced structures (1),

First governor motion (1S), it is placed on the lower face side of protective cowl (9), and extends downwards to the exterior section of braced structures (1).

-the second governor motion (2S), it is placed on the lower face side of protective cowl (9), and to the interior section horizontal-extending of facade structures (JR).

7. facade structures as claimed in claim 6, it is characterized in that, the retaining element (10) of connector (8) comprises that two flange portions (10a, 10b) that extend and the upper end of braced structures (1) are arranged to be placed between these two flange portions downwards, wherein at least the second flange portion (10b) is equipped with a upright opening with length of first adjustable range (ESA) so that connector (8) at a predetermined altitude by retention mechanism (PK) ground connection the fixing that link to each other with braced structures (1).

8. facade structures as claimed in claim 6; it is characterized in that; first governor motion (1S) comprises at least one flange (12); this flange extends downwards from the outward flange of protective cowl (9); and be placed on when connector (8) has been installed in the facade structures (JR) on the position with the outward flange horizontal interval certain distance of the braced structures (1) of Fence structure (KR), wherein the installed part (2) of covering plate structure (3) is placed on substantially by the inner surface of flange (12) and the outward flange of braced structures (1) and unites in the space that limits.

9. facade structures as claimed in claim 6; it is characterized in that; second governor motion (2S) comprises a horizontal flanges (15); this horizontal flanges be placed on connector (8) protective cowl (9) below; and the interior section to facade structures (JR) extends on the inner surface side of the braced structures (1) of facade structures (JR); lower horizontal profiled piece (4) is arranged through retention mechanism (PK) and is fastened on the upper surface of this horizontal flanges, and wherein horizontal flanges (15) is fastened on the inside of the retaining element (10) of connector (8); downwards on the inner surface of the flange portion (10b) that extends.

10. facade structures as claimed in claim 6; it is characterized in that; the top part of lower horizontal profiled piece (4) is provided with an outward extending horizontal protectiveness flange (16), and this protectiveness flange arrangement becomes to be placed on the top of inward flange of the protective cowl (9) of connector (8).

11. facade structures as claimed in claim 9 is characterized in that, horizontal flanges (15) is equipped with a lateral aperture that comprises second adjustable range (TSA), so that lower horizontal profiled piece (4) is fixed on the connector (8).

12., it is characterized in that connector (8) comprising as each described facade structures among the claim 1-5:

A protective cowl (9), its braced structures from facade structures (JR) (1) extends internally,

Retaining element (10), it is arranged to extend downwards from the outward flange of protective cowl (9), and is connected on the inward flange of braced structures (1), and is arranged to receive protective cowl (9) is fastened to retention mechanism (PK) on the inner surface of braced structures (1),

First governor motion (1S), it is placed under the retaining element (10), and extends under the inward flange side direction of braced structures (1).

Second governor motion (2S), it is placed on the lower face side of protective cowl (9), and to the interior section horizontal-extending of facade structures (JR).

13. facade structures as claimed in claim 12, it is characterized in that, retaining element (10) is equipped with a upright opening that comprises first adjustable range (ESA), so that connector (8) is fastened on the inner surface of braced structures (1) by retention mechanism at a predetermined altitude.

14. facade structures as claimed in claim 12 is characterized in that, first governor motion (1S) is a flange portion (10c), and this flange portion extends downwards from the lower limb of retaining element (10).

15. facade structures as claimed in claim 12; it is characterized in that; second governor motion (2S) comprises a horizontal flanges (15); this horizontal flanges be placed on connector (8) protective cowl (9) below; and the interior section to facade structures (JR) extends on the inner surface side of the braced structures (1) of facade structures (JR); lower horizontal profiled piece (4) is arranged through retention mechanism (PK) and is fastened on the upper surface of this horizontal flanges; wherein horizontal flanges (15) is arranged to fastened mechanism (PK) and fastens, and wherein horizontal flanges (15) is fastened on the inner surface of flange of retaining element (10) of this formation connector (8).

16. facade structures as claimed in claim 15, it is characterized in that, the horizontal flanges (15) that forms second governor motion (2S) is stair-stepping in vertical direction, the outer edge part (15a) that wherein is placed on this lower horizontal is equipped with a hole with second adjustable range (TSA), so that lower horizontal profiled piece (4) is fastened on the connector (8).

17. facade structures as claimed in claim 12; it is characterized in that; the top part of lower horizontal profiled piece (4) is provided with an outward extending protectiveness flange (16), and this protectiveness flange arrangement becomes to be placed on the top of inward flange of the protective cowl (9) of connector (8).

18. facade structures as claimed in claim 1 is characterized in that, installed part (2) comprising:

A slot part (2a), wherein the edge of this cover plate (3a ') be arranged to a kind of sealing means place and

A fastening flange portion (2b), it stretches out up and is placed on the opposite side of the installed part (2) that is associated with slot part (2a),

Wherein, fastening flange portion (2b) is provided with a hole, is used for by retention mechanism (PK) covering plate structure (3) and installed part (2) being fastened on braced structures (1).

19. facade structures as claimed in claim 18 is characterized in that, the 3rd governor motion (3S) is set to slot part (2a) and/or the fastening flange portion (2b) with installed part (2).

20. as claim 18 or 19 described facade structures, it is characterized in that, the outward flange of fastening flange portion (2b) comprises a tongue-shaped member (2d), fastening flange portion (2b) is connected to braced structures (1), this tongue-shaped member be positioned at one with the surface level of braced structures (1) at interval the position and be placed on that first governor motion (1S) is gone up or the part of this first governor motion on.

21. facade structures as claimed in claim 1 is characterized in that, the 4th governor motion (4S) comprises the basal surface that is supported in the lower horizontal profiled piece (4) on have connector second adjusting device (2S) of horizontal flanges (15) of (8).

22. facade structures as claimed in claim 10; it is characterized in that; protectiveness flange (16) includes a nose shape part (17) of extending downwards; this nose shape partly is placed on the top of the protective cowl (9) of connector (8), and the inward flange of the protective cowl (9) of connector (8) is provided with one and is placed on the following nose shape that the is directed upwards towards part (18) of this protectiveness flange (16).