FI13398Y1 - Blinds arrangement and fastener - Google Patents

Abstract

A blind arrangement (100) comprising a glass element (1) comprising a glass (2) and an upper strip (3) attached to the upper edge of the glass (2) and/or a lower strip (4) attached to the lower edge of the glass (2), wherein said upper strip (3) comprises an upwardly open fastening groove (30), and the fastening groove (30) is delimited by the mutually opposite front wall and rear wall (31,32), and wherein said bottom strip (4) comprises a downwardly open fastening groove (40), and the fastening groove (40) is bounded by the mutually opposite front wall and back wall (41,42); and the blind (5), which comprises the blind's upper strip (51) and/or lower strip (52), and the covering means (53) of the glass (2), which are connected to the upper strip (51) and/or lower strip (52); and the bracket (6) for fixing the top slat (51) of the blind to the top slat (3), which bracket (6) extends next to the front wall (31) and goes around the front wall (31) into the fixing groove (30), and/or the bracket (6) to the lower slat of the blind ( 52) to attach to the bottom strip (4), which bracket (6) extends next to the front wall (41) and goes around the front wall (41) into the fixing groove (40), characterized in that the back wall (32) of the said top strip (3) comprises a shoulder (33) at its upper edge ), below which the fixing groove (30) extends, and the bracket (6) comprises a locking projection (60) inside the fixing groove (30) and extending below the mentioned shoulder (33); and/or the back wall (42) of said bottom strip (4) comprises a shoulder (43) at its lower edge, over which the fastening groove (40) extends, and the bracket (6) comprises a locking projection (60) inside the fastening groove (40) that extends over said shoulder (43) ).

Description

CURTAIN ARRANGEMENT AND FIXTURE

Field of invention

The object of the invention is a blind arrangement and a bracket for the blind arrangement.

The blind arrangement mentioned is intended for glazing, such as balcony or terrace glazing in particular.

Background of the invention

In balcony and terrace glazing, glass elements installed between the elongated upper and lower guide rails, which can be moved along the length of the guide rails, are generally used. The glass elements can be openable, in which case they are typically arranged to be slid into the end area of the rails, where they can be turned into a bundle.

It is sometimes necessary to install a blind structure in front of the glass of the glass elements.

The blind structure can include different types of glass covering devices, such as slats, rollable fabric or wicking cloth or wicking paper.

Examples of balcony glazing can be found in e.g. Finnish patents

F1115244 and F1117251. In connection with such glass elements, it has been problematic to install a blind structure such as louvered blinds on them and — especially so, the blind structure does not make it difficult to place the elements one after the other. 0 In the Finnish utility model FI10269, a solution is presented with which & louvered blinds can be installed on movable and swiveling glass elements

Easy to connect without special tools. The solution in question has

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© a mounting groove is formed in the case-like top strip of the blind, in which there is

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= 25 — placeable spring-like fastening means with a fastening groove

D the upwardly extending arms, the upper end of which is formed with gripping elements, 2 with the help of which the louver can be hung in the area of the upper part of the glass element.

N The solution is functional and simple, but it has been noticed that the blind structure, especially its upper or lower slat, is difficult to reliably stay in place in the standard position.

Brief explanation of the invention

The aim of the invention is to present a new and improved blind arrangement and a blind arrangement bracket, which blind arrangement is especially a blind arrangement for balcony or terrace coverings.

The goal is especially to solve the problems of known solutions that have been brought up above or elsewhere in the application, or problems that have been brought up through the technical advantages sought by the solution. The goal is especially to produce a solution that can be used with a simple structure to create a blind arrangement that can be installed quickly, where the top and/or bottom of the blind stays reliably and firmly in place in the standard position.

The blind arrangement according to the invention comprises a glass element, which comprises — glass, and an upper strip attached to the upper edge of the glass and/or a lower strip attached to the lower edge of the glass, where said upper strip comprises an upwardly open fixing groove, and the fixing groove is bounded by the opposite front wall and rear wall, and where said lower strip comprises a downwardly open fixing groove , and the mounting groove is delimited by the opposite front wall and back wall; and the blind, comprising the top and/or the bottom of the blind, and the covering means of the glass connected to the vyldlist and/or the bottom; and a bracket to attach the top slat & of the blind to the top slat, which bracket extends next to the front wall and goes around o the front wall, especially over it, into the fixing groove, and/or a bracket = to attach the bottom slat of the blind to the bottom slat, which bracket extends next to the front wall z: 25 — and goes around the front wall, especially under it, inside the mounting groove.

N The back wall of the mentioned upper strip includes a shoulder at its upper edge, below which

S the mounting groove extends, and the bracket comprises the one inside the mounting groove, mentioned

The rear wall 5 of the locking projection and/or said bottom strip extending below the shoulder N comprises a shoulder at its bottom edge, over which the fastening groove extends, and the bracket comprises a locking projection inside the fastening groove, extending over said shoulder.

This creates a blind arrangement that can achieve one or more of the goals referred to above.

The following presents advantageous additional features that can be combined alone or together in any combination = above — with the blind arrangement mentioned above.

In one advantageous embodiment, the locking projection locks the fastener in the fastening groove in cooperation with the shoulder.

In one preferred embodiment, the bracket is a metal wire bracket, in which case it is preferably made of metal wire by bending.

In one preferred embodiment — the bracket — comprises a first vertical section that extends vertically next to the front wall, and a cross section that separates from the first vertical section and extends horizontally over the front wall of the upper strip and/or under the front wall of the lower strip, respectively, and a second vertical section that separates from the cross section and extends vertically into the fixing groove .

In one — preferred embodiment — the bracket — comprises = a locking part separated from the second vertical part, which forms the said

Q 20 locking lug. The locking part is preferably such that it extends

N vertically, especially from the direction of the bottom of the mounting groove, towards the shoulder, and 3 laterally, especially from the direction of the front wall, towards the shoulder. This way it can be set in line with the shoulder, especially near it

E or below accordingly.

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I 25 In a preferred embodiment, the first vertical portion extends

S next to the front wall vertically parallel to the front wall or at least > substantially parallel, which front wall is preferably vertical or at least substantially vertical.

In a preferred embodiment = the bracket, preferably the — first — vertical part comprised by the bracket, rests horizontally on the side surface of the front wall =.

In one preferred embodiment = the bracket, preferably the cross-section comprised by the bracket, leans vertically on the upper surface of the front wall of the upper strip and/or correspondingly on the lower surface of the front wall of the lower strip in the vertical direction.

In one preferred embodiment, the locking projection is arranged to lean vertically on the shoulder, in particular on the lower surface of the shoulder of the upper strip and/or correspondingly on the upper surface of the shoulder of the lower strip. The locking projection is thus arranged to take vertical support from the shoulder.

In a preferred embodiment, the locking projection is a locking projection for locking the fastener into the mounting groove and/or the mounting groove

In one preferred embodiment, the locking projection can be elastically twisted towards the first vertical section comprised by the bracket, which extends vertically next to the front wall. This helps the installation and the retention of the locking projection in its position and returning to its position after possible momentary deflections.

In one preferred embodiment, the locking projection is arranged to lean laterally on the inner surface of the back wall of the top strip and/or bottom strip, preferably in the area of the corner between the back wall and the shoulder. This helps significantly

S gap-free and swing-free support.

S In an advantageous embodiment, the locking projection is spring-loaded

S arranged to lean laterally on the back wall of the top and/or bottom list

E to the inner surface. This contributes to an essentially backlash-free and wobble-free

D> 25 —support.

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O In a preferred embodiment, the bracket is attached or adapted > to be attached to the upper slat and/or correspondingly the lower slat of the blind, preferably in its fixing groove, which is preferably open in the vertical direction.

In a preferred embodiment, the fastener comprises fastening elements that are attached or adapted to be attached to the upper slat and/or correspondingly the lower slat of the blind, preferably in its fastening groove, which is preferably open in the vertical direction. 5 In a preferred embodiment, the covering means comprise a set of slats, in which case the blind is preferably a slatted blind, or a blind fabric or a blind paper, in which case the blind is preferably a blind, or a curtain fabric, such as, for example, a roll-up curtain fabric.

In one preferred embodiment, the blind arrangement is a blind arrangement for balcony or terrace glazing.

In a preferred embodiment, the fastener is as described in one of the following paragraphs and/or protection requirements.

The fastener according to the invention for the blind arrangement comprises fastening elements that are attached or adapted to be attached to the blind's — upper slat and/or correspondingly lower slat, preferably in its fastening groove, which is preferably open in the vertical direction, and a first vertical section separating from the fastening elements in the first vertical direction, and a cross section separating from the first vertical section in the first lateral direction, and 0 of the second vertical section separating from the cross section to the other vertical direction,

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S from the second vertical section — to the mentioned first — in the lateral direction

The interlocking locking part, which forms the locking projection of the bracket,

E 25, in which case the bracket can be set to fasten the top slat of the blind

D to the upper slat of the glass element and/or the lower slat of the blind to the lower slat of the glass element, 2 especially so that the bracket extends to the upper slat, or correspondingly the lower slat,

N next to the front wall and goes around the said front wall into the upwardly open fixing groove of the mentioned upper strip, or correspondingly into the downwardly open fixing groove of the lower strip, and in such a way that the locking projection of the fastener extends under the shoulder covered by the upper edge of the back wall of the upper strip, or correspondingly above the shoulder covered by the lower edge of the rear wall of the lower strip.

This provides an improved fastener that can achieve one or more of the goals referred to above.

In the following, advantageous additional features are presented, which can be combined alone or together in any combination with the above-mentioned bracket.

The advantageous additional features of the bracket have also been brought up earlier.

In one preferred embodiment, the bracket is a metal wire bracket, in which case it is preferably made of metal wire by bending.

In one advantageous embodiment, the locking part separates from said second vertical part also in said first vertical direction, preferably — but not — necessarily — diagonally — in said — first vertical direction.

In one advantageous embodiment, the locking projection is elastically bendable towards the first vertical portion comprised by the bracket, especially in the second lateral direction, i.e. in the lateral direction opposite to the first lateral direction. This helps the installation and positioning of the locking projection at the shoulder in the lateral direction, stability in position and recovery in position after possible momentary deviations.

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© Brief explanation of patterns

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The invention is explained in more detail in the following preferred embodiments

In connection with I a referring to the attached drawings, where

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S 25 figure 1 shows a blind arrangement according to one embodiment.

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Fig. 2 shows the upper parts of the blind arrangement of Fig. 1 at its attachment. 5, figure 3 shows, as a perspective view, the upper parts of the blind arrangement of figure 1 at its attachment. Fig. 4 shows the lower parts of the blind arrangement of Fig. 1 at its attachment. Figure 5 shows, as a perspective view, the lower parts of the blind arrangement of Figure 1 at its attachment. Figure 6a shows a perspective view of the bracket. Figure 6b shows a side view of the bracket. Figure 6c shows a vertical view of the bracket. Figure 6d shows the fastener from the direction of its end.

Detailed explanation of the invention

Figure 1 shows a blind arrangement 100 according to one embodiment.

The blind arrangement 100 comprises a glass element 1, which comprises a glass 2, and an upper strip 3 attached to the upper edge of the glass 2 and a lower strip 4 attached to the lower edge of the glass 2.

The blind arrangement 100 also comprises a blind 5, which comprises a blind top strip 51 and a blind bottom strip 52, and the covering means 53 of the glass 2, which are connected to the top strip 51 and the bottom strip 52.

The top slat 51 of the blind is attached to the top slat 3 of the glass element 1 with fasteners 6, and the bottom slat 52 of the blind is correspondingly attached to the bottom slat 4 of the glass element 1 with fasteners 6. The preferred design of the bracket 6 is shown in Figures 1-6.

S Bracket 6 is preferably a metal wire bracket.

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© Figures 2-3 show the upper parts of the blind arrangement 100, especially the blind

S fixing the glass element 1 of the upper strip 51 to the upper strip 3 with the help of the fastener 6. = Said upper strip 3 comprises an upwardly open mounting groove 30, and a mounting groove

N 25 30 are bounded by the opposite front wall and back wall 31,32.

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S The blind arrangement 100 comprises the blind top strip 51 of the bracket 6

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S to attach to the top slat 3, which bracket 6 extends next to the front wall 31 and > goes around the front wall 31, over it, into the fixing groove 30, whereby the bracket 6 is able to take a vertical support force from the front wall 31. The bracket 6 also comprises the fastening elements 70, which are attached to the top slat 51 of the blind, in the illustrated embodiment, to its mounting groove 51a, which is vertically open. The bracket 6 can transmit a vertical support force from the front wall 31 to the top strip 51. In this way, the bracket 6 can position the top strip 51 in the vertical direction.

The rear wall 32 of the mentioned upper strip 3 comprises at its upper edge a shoulder 33, under which the fastening groove 30 extends, and the fastener 6 comprises a locking projection 60 inside the fastening groove 30, which extends below said shoulder 33. The locking projection 60 locks in cooperation with the shoulder 33 in the fastening groove of the fastener 6, especially so that the fastener 6 twisting out of its position (clockwise in figure 1) is prevented, so that the upper strip 51 of the blind remains reliably and firmly in place in the standard position.

In the preferred embodiment shown, the bracket 6 comprises a first vertical section 61, which extends vertically next to the front wall 31, and a cross section 62, which separates from the first vertical section 61 and extends horizontally over the front wall 31 of the upper strip 3, and a second vertical section 63, which separates from the cross section 62 and extends vertically down the fastening groove 30 in. The fastener 6 comprises a locking part 60 separating from the second vertical part 63, which forms the mentioned locking projection 60. The locking part 60 is especially such that it extends vertically, in particular — from the direction of the bottom of the fastening groove 30, towards the shoulder 33, and laterally, especially from the direction of the front wall 31, towards the shoulder 33. This is how it is positioned / can be positioned in alignment with shoulder 33, especially shoulder 33

S to the vicinity under it. 8 The cross-section 62 of the bracket 6 rests on the upper surface of the front wall 31 of the upper strip 3

S 25 vertically. In this way, the bracket 6 can take a supporting force through it

E from the front wall.

E The locking projection 60 is arranged to support the upper strip 3 in the vertical direction

N to the shoulder 33, especially to the lower surface 33a of the shoulder 33. Locking projection 60 is

S thus arranged to take vertical support from shoulder 33.

Figures 4-5 show the lower parts of the blind arrangement 100, especially the attachment of the lower slat 52 of the blind to the lower slat 4 of the glass element 1 by means of the fastener 6.

Said bottom strip 4 comprises a downwardly open fastening groove 40, and the fastening groove 40 is bounded by the opposite front wall and rear wall 41,42.

The blind arrangement 100 comprises a bracket 6 for attaching the bottom slat 52 of the blind to the bottom slat 4 of the glass element 1, which bracket 6 extends next to the front wall 41 and goes around the front wall 41, under it, into the fixing groove 40, whereby the bracket 6 can take a vertical support force from the front wall 41.

The bracket 6 also comprises the fastening elements 70, which are attached to the lower slat 52 of the blind, in the shown embodiment, to its fastening groove 52a, which is open in the vertical direction. The bracket 6 can transmit a vertical support force from the front wall 41 to the lower slat 52. Thus, the bracket 6 can position the 41 lower slat 52 in the vertical direction.

The rear wall 42 of the mentioned bottom strip 4 comprises at its lower edge a shoulder 43, over which the fastening groove 40 extends, and the fastener 6 comprises a locking projection 60 inside the fastening groove 40, which extends over said shoulder 43. The locking projection 61, in cooperation with the shoulder 43, locks the fastening 6 into the fastening groove 40, in particular so that the twisting of the bracket 6 out of its position (counter-clockwise in figure 1) is prevented, so that the lower slat 52 of the blind remains in the standard position — reliably and firmly in place.

In the preferred embodiment shown, the bracket 6 comprises the first 2 vertical portions 61, which extend vertically next to the front wall 41, and

N of the cross section 62, which separates from the first vertical section 61 and extends 8 horizontally below the front wall 41 of the lower strip 4, and the second vertical section 63, which

S 25 separates from the cross-section 62 and extends vertically up the fastening groove 40

E in. The bracket 6 comprises a second vertical part 63 that separates

N of the locking portion 60 which forms said locking projection 60. The locking portion 3 60 is in particular such that it extends vertically, in particular

N from the direction of the bottom of the fastening groove 40, towards the shoulder 43, and laterally, — especially from the direction of the front wall 41, towards the shoulder 43. This way it is/can be placed in alignment with the shoulder 43, especially in the vicinity of the shoulder 43 above.

The cross-section 62 of the bracket 6 rests vertically on the bottom surface of the front wall 41 of the bottom strip 4. In this way, the bracket 6 is able to take the support force from the front wall through it.

The locking projection 60 is arranged to lean vertically on the shoulder 43, especially on the upper surface 43a of the shoulder 43 of the lower strip 4. The locking projection 60 is thus arranged to take vertical support from the shoulder 43.

In the shown advantageous embodiments, said first vertical portion 61 extends next to the front wall 31; 41 in a vertical direction with the front wall 31; 41 in parallel (as shown) or preferably at least substantially parallel, which front wall 31; 41 is preferably vertical (as shown) or preferably at least substantially vertical. Said first vertical part 61 rests on the side surface of the front wall 31;41 in the horizontal direction. This contributes to the horizontal stability of € fastening.

In the preferred embodiments shown, the locking projection 60 can be twisted elastically towards the first vertical section 61 comprised by the bracket 6, which extends vertically next to the front wall 31;41. This contributes to the installation and positioning of the locking protrusion at the shoulder 33;43 in the lateral direction, stability in position and return to position after possible momentary deviations, and support without backlash and free from swinging.

S In the shown — advantageous — locking projection 60 is arranged to rest © vertically on the shoulder 33; 43, as explained above. Advantageously, the locking projection 60 is also arranged to lean laterally on the top strip 3 and

I 25, respectively, to the inner surface 32a;42a of the back wall 32;42 of the bottom strip 4, preferably a in the area of the corner between the back wall 32;42 and the shoulder 33;43. This contributes to an essentially gap-free and swing-free support. Locking projection 60 is

S is especially advantageously arranged to lean against the inner surface 32a; 42a of the rear wall > 32; 42 with a spring load. This contributes to the installation and positioning of the locking protrusion at the shoulder 33;43 in the lateral direction, stability in position and return to position after possible momentary deviations, and support without backlash and free from swinging.

In the shown embodiment, the blind 5 is a slatted blind, in which case the mentioned covering means 53 comprise a set of slats, but the blind 5 could alternatively be — of another type — such as — alternatively — for example a roller blind, because using the attachment of the fasteners 6, very different types of blinds can be attached. The covering means 53 could therefore alternatively comprise wicking fabric, wicking paper, or curtain fabric, such as, for example, rollable curtain fabric. — In general, since very different types of blinds can be attached using the attachment of the fasteners 6, the more detailed structure of the blind 5 has not been presented and explained. In the preferred embodiments shown, the covering elements of the blind 5 are attached between the upper and lower slats 3, 4, preferably suspended from the top slat 3 of the blind. The covering means can be vertically movable in relation to the upper and/or lower strips 3,4, for example for adjusting the covering area. The top and/or bottom slats 3,4 can be case-shaped, in which case blind operating tools can be fitted inside them.

In the preferred embodiments shown, each bracket 6 is a metal wire bracket made by bending metal wire. This is advantageous because the structure is so simple and the bracket is easy to shape. In this case, the bracket 6 is also easily bendable elastically during installation, in which case it is easy to get it in place and/or it can be left in a tense state

N to provide a spring load that aids locking. Alternatively, however, the bracket 8 could be of another type, such as, for example, a metal plate

S 25 — bent, in which case it would preferably be bent as shown in figure 6d

E shape.

D In general, in the illustrated embodiments, the upper slat 51 of the blind is 5 attached to the upper slat 3 of the glass element 1 with fasteners 6, and the lower slat 52 of the blind is

S correspondingly attached to the lower slat 4 of the glass element 1 with fasteners 6. The fasteners 6 used and the groove shapes of the slats are then preferably similar, even though the profiles of the slats, such as e.g. the outer profiles, may differ from each other. In general, the fastening method utilizing the bracket 6 can only be used for fastening either of the upper strips 3 or the lower strips 4, in which case one of these strips 3,4 may be attached in a different way or possibly not present in the arrangement at all. There can also be a different number of fasteners than shown, such as for example 1, 2, 3, 4 or more, fixing each top strip and/or each bottom strip.

Figures 6a-6d show a bracket 6 for the blind arrangement 100 according to an advantageous embodiment. The structure, advantages and operation of the bracket 6 have been described above with reference to figures 1-6. The bracket 6 comprises fastening elements 70, which are attached or adapted to be attached to the blind's upper slat 51 and/or lower slat 52, preferably to its fastening groove 51a; 52a, which fastening groove 51a; 52a is preferably vertically open, and separating from the fastening members 70 in the first vertical direction (up in Figure 6d) the first vertical section 61, and the cross section 62 diverging from the first vertical section 61 in the first lateral direction (right in Figure 6d), and the second vertical section 63 diverging from the cross section 62 in the second vertical direction, i.e. in the opposite vertical direction to the first vertical direction (down in Figure 6d), and from the second vertical section 63 in the mentioned first lateral direction (in Figure 6d to the right) of the separating locking part 60, which forms the locking projection 60 of the bracket 6. This way it can extend laterally towards the shoulder, in which case it can be placed in alignment with the shoulder 33;43

with S (i.e. below/above it). Bracket 6 can be set to fix the blind

N top strip 51 to top strip 3 of glass element 1 and/or blind bottom strip 52 to bottom strip 4 of glass element 3 25 1 to form the arrangement 100 according to figures 1-5, = in particular such that the bracket 6 extends next to the front wall 31 of the top strip 3 and & goes around said front wall 31, especially over it, the said top list

D upwards into the open fastening groove 30, or equivalently in such a way that the fastener 6 2 extends next to the front wall 41 of the bottom strip 4 and goes around the front wall of said bottom strip

N 30 41 around, especially under it, downwards into the open fastening groove 40, and so that the locking projection 60 of the fastener 6 extends inside the fastening groove 30 of the upper slat 3 under the shoulder 33 contained at its upper edge by the rear wall 32 of the upper slat 3, or correspondingly inside the fastening groove 40 of the lower slat 4 of the rear wall of the lower slat 4 42 over the shoulder 43 at its lower edge, as shown in Fig. 2-5.

Said first vertical direction and second vertical direction are opposite vertical directions, and said first lateral direction and second lateral direction are opposite lateral directions.

The bracket 6 shown in Figures 6a-6d is a metal wire bracket made by bending metal wire.

As shown in figures 6a-6d, the locking part 60 separates from the mentioned second vertical part 63 not only in the first lateral direction but also in the mentioned first vertical direction (up in figure 6d). In this way, it can extend vertically from the direction of the bottom of the fastening groove 30;40 towards the shoulder 33;43.

More specifically, the locking portion 60 preferably but not necessarily deviates obliquely in said first vertical direction, as shown.

However, the locking part could be shaped to diverge from the vertical part 63 in the mentioned first vertical direction also in a non-straight form

Said fixing members 70, which are attached or adapted to be attached to the upper slat 51 and/or correspondingly to the lower slat 52 of the blind, are preferably for the link — the bent part of the bracket, as shown in the figure, but they could be of other types.

S The locking projection 60 can be twisted elastically towards the first vertical part 61 comprised by the bracket 6, especially in the second lateral direction, i.e. 5 in the opposite lateral direction to the first lateral direction (z 25 to the left in figure 6d). This helps the installation and positioning of the locking projection a at shoulder 33;43 in the lateral direction, staying in position and returning to position after possible momentary deflections. = In the preferred embodiments shown, bracket 6 is a metal wire bracket, and made by bending metal wire. In the shown embodiments, the bracket

6, only one end of the metal wire is in the fastening groove 30;40, forming a locking projection 60, and the other end is in the fastening groove 51a;52a of the upper strip 51 / lower strip 52. However, this is not necessary, because the bracket could, for example, also alternatively be implemented as a two-armed one, so that both ends of the metal wire of the bracket would be in the fastening groove 30;40, of which preferably both, but at least at least one, would be shaped as a locking projection 60 and adapted/adaptable to extend below the shoulder 33;43/ above as described. In this case, the metal wire fastener in question would be attached to the blind — top/bottom slat — metal wire = ends — via its central part, which part can advantageously be bent e.g. such that it fits into the fastening groove 51a; 52a.

It is clear to a professional in the field that the idea and operating principle of the invention can be implemented in many different ways. The invention and its implementation methods are therefore not limited to = the examples described above, but may vary within the scope of the protection requirements.

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Claims (10)

Protection requirements 1. Blind arrangement (100), comprising a glass element (1), comprising a glass (2), and an upper strip (3) attached to the upper edge of the glass (2) and/or one attached to the lower edge of the glass (2) lower strip (4), where said upper strip (3) comprises an upwardly open fastening notch (30), and the fastening notch (30) is delimited by a front wall and rear wall (31,32) which are located opposite each other, and where said lower strip ( 4) comprises an undercut open fastener cut (40), and the fastener cut is defined by a front wall and rear wall (41,42) which are located opposite each other; and a blind (5), comprising an upper slat (51) and/or a lower slat (52) on the blind, and covering means (53) for the glass (2), which are connected to the upper slat (51) and/ or the lower bar (52); and a bracket (6) for attaching the top slat (51) of the blind to the top slat (3), which bracket (6) extends adjacent to the front wall (31) and goes around the front wall (31) into the fastening slot (30), and /or a bracket (6) for fixing the lower slat (52) of the blind to the lower slat (4), which bracket (6) extends next to the front wall (41) and goes around the front wall (41) into the fastening slot (40), characterized in that the rear wall (32) of said upper strip (3) includes in its upper edge e a protrusion (33), under which the fastening blade (30) extends, and the fastener S (6) comprises a located inside the fastening blade (30), under said 8 protrusions (33) extending locking spurs (60); and/or S the rear wall (42) on said lower strip (4) comprises in its lower edge E a protrusion (43) above which the fastening blade (40) extends, and the fastener N (6) comprises a located inside the fastening blade (40), above said 3 protrusions (43) extending reading spurs (60). No. 30 2. Blind arrangement (100) according to protection claim 1, characterized in that the attachment (6) comprises a first vertical part (61) which extends next to the front wall (31;41) in a vertical direction, and a transverse part (62) which extends from the first vertical part (61) and extends in the direction perpendicular to the road over the front wall (31) on the upper strip (3) and/or correspondingly under the front wall (41) on the lower strip (4), and a second vertical part ( 63) which protrudes from the cross section (62) and extends in a vertical direction into the fastening slot (30;40). 3. Blind arrangement (100) according to protection claim 2, characterized in that the bracket (6) comprises a reading part (60) emanating from the second vertical part (63), which forms said reading spur (60), which reading part (60) preferably extends in vertical direction, in particular in the direction from the bottom of the attachment blade (30;40), towards the protrusion (33;43), and in the lateral direction, in particular in the direction from the front wall (31;41), towards the protrusion (33;43). 4. Blind arrangement (100) according to any of the previous protection requirements, characterized in that the bracket (6), preferably the cross section (62) covered by the bracket (6), supports against the upper surface of the front wall (31) of the upper slat (3) in vertical direction and/or correspondingly towards the lower surface of the front wall (41) of the lower slat (4) in the vertical direction. N 5. Blind arrangement (100) according to any of the previous protection requirements, S characterized in that the reading spur (60) is arranged to support itself in a vertical direction on the protrusion (33; 43), in particular on the lower surface (33a) S of the protrusion (33) of the upper strip (3) and/or correspondingly on E the upper surface (43a) of the protrusion (43) of the lower strip (4). 2 2 6. Blind arrangement (100) according to any of the previous protection requirements, N 30 characterized in that the reading extension (60) is elastically rotatable towards the first vertical part (61) covered by the bracket (6), which extends next to the front wall (31;41 ) in the vertical direction. 7. Blind arrangement (100) according to any of the previous protection requirements, characterized in that the reading extension (60) is arranged to support itself laterally against the inner surface (32a; 42a) of the back wall (32; 42) of the upper slat (3) and/or the lower strip (4), preferably at the area in the corner between the rear wall (32;42) and the protrusion (33;43). 8. Blind arrangement (100) according to any of the previous protection requirements, characterized in that the reading extension (60) is arranged to support itself in the lateral direction, spring-loaded, against the inner surface (32a; 42a) on the back wall (32; 42) on the upper slat (3) ) and/or the lower strip (4). 9. Bracket (6) for a blind arrangement (100) according to any of the previous protection requirements, characterized in that it comprises fastening means (70), which are attached or adapted to be attached to the blind's upper strip (51) and/or respective lower strip (52), and a first vertical portion (61) extending in a first vertical direction from the fastening means (70), and a transverse portion (62) extending from the first vertical portion (61) in a first lateral direction, and 2 a second vertical part (63) extending in a second vertical direction N from the transverse part (62), and S 25 a reading part (60) extending from the second vertical part (63) in S said first lateral direction, forming the bracket (6) reading extension (60), z whereby the bracket (6) can preferably be positioned to attach D the upper strip (51) of the blind to the upper strip (3) of the glass element (1) and/or the lower strip (52) of the 2 blind to the glass element (1) lower slat (4), in N 30 in particular say that the bracket (6) extends next to the front wall (31;41) on the upper slat (3), or correspondingly on the lower slat (4), and goes around said front wall (31; 41) into the fastening cut (30) open from above on said upper strip (3), or correspondingly into the fastening cut (40) open from below on said lower strip (4), and say that the fastening (6) reading spur (60) ) inside the fastening cut (30) extends below the protrusion (33) which is covered by the upper strip (3) rear wall (32) at its upper edge, or correspondingly inside the fastening cut (40) above the protrusion (43) which is covered by the rear wall (42) of the lower strip (4) at its lower edge. 10. Blind arrangement (100) according to any of the previous protection claims 1-8 or bracket (6) according to protection claim 9, characterized in that the bracket (6) is a metal tree bracket, wherein it is preferably made of a metal tree by bending. O) IN O N O <Q K O E N LO O < O) IN O N 5