DE202015106983U1 - System for boltless fixation of a glass pane - Google Patents

Abstract

A system for fixing a glass pane (10) with two opposite flat, plane-parallel outer surfaces (10 ', 10' ') in a, in particular made of wood, frame (11, 21, 31, 41), the glass pane (10) mounted in the State in a plane perpendicular to their plane-parallel outer surfaces (10 ', 10' ') on the frame (11; 21; 31; 41) is seated, and with a in the mounted state against one of the outer surfaces (10', 10 '') Glass retaining strip (12; 22; 32a; 32b; 42) arranged in a frame (11; 21; 31; 41) and with their walls (13 ', 13' ') parallel or at an angle <25 ° to the external surfaces (10 ', 10 ") extending first groove (13; 23; 33a; 33b; 43) is anchored, characterized in that the glass retaining strip (12; 22; 32a; 32b; 42) during its mounting in a direction perpendicular to the plane-parallel outer surfaces (10 ', 10' ') on the frame (11; 21; 31; 41) is displaceable; that the glass retaining strip (12; 22; 32a; 32b; 42) has a second groove (14; 24; 34a; 34b; 44) which, when assembled, also has its walls (14 ', 14' ') parallel or under one Angle <25 ° to the outer surfaces (10 ', 10' ') and in this state is aligned with the first groove (13; 23; 33a; 33b; 43); and that the glass retaining strip (12; 22; 32a; 32b; 42) in the mounted state by means of a self-locking element (15; 25; 35a; 35b; 45; 55a; 55b) is anchored to the frame (11; 21; 31; 41) in that the self-locking element (15; 25; 35a; 35b; 45; 55a; 55b) extends into both the first groove (13; 23; 33a; 33b; 43) and the second groove (14; 24; 34a; 34b; 44), wherein in the mounted state, between at least one end of the self-locking element (15; 25; 35a; 35b; 45; 55a; 55b) projecting into one of the two grooves and the corresponding groove bottom, a spring element (16; 26; 36a; 36b; 46, 56a, 56b).

Description

The invention relates to a system for fixing a glass pane with two opposite planar, plane-parallel outer surfaces in a, in particular made of wood, frame, the glass pane in the mounted state in a plane perpendicular to their plane-parallel outer surfaces on the frame, and with a mounted in the Condition against one of the outer surfaces adjacent glass retaining strip, which is anchored in a frame and with its walls in parallel or at an angle <25 ° to the outer surfaces extending first groove.

Background of the invention

Such a system, however, in which the walls of the first groove extend only to walls parallel to the outer surfaces of the glass sheet, is known from EP 0 870 894 A2 ,

State of the art

Other such systems have been offered for many years and by many companies.

For example, Knapp GmbH, 33244 Euratsfeld, Austria, offers a "fix clip" holding system or a "fix clip" bar on the website www.knapp-verbinder.com/fixclip-schiene at. These systems make it possible to glaze windows on the wooden frame, at least without externally visible nails, but by means of a screwed connection of the glazing bead in the assembled state.

In particular, it has proven to be problematic in practice that in some cases the contact pressure with which such systems must be pressed against a frame or a glass pane for mounting is not precisely adjustable. Processing requires a particularly precise work. On-site glazing, for example on a construction site, is also difficult. Also, a Ausglasen in case of a necessary repair is difficult.

Furthermore, window glazing profiles of the company Gutmann AG, 91781 Weissenburg, Germany, known, for example, from the Internet presence www.gutmann.de/index.php?id=4496&L=0 , However, these could not prevail in the market so far, possibly for economic reasons.

The company Helmut Goll GmbH & Co., 88131 Lindau, Germany, also offers several glazing gaskets for wooden windows and wood-aluminum windows, for example on the website www.helmutgoll.com , However, this solution seems very complex.

A significant disadvantage of all these known systems is that the glass retaining strip must be mounted in each case by means of screwing on the frame.

This is from the cited above EP 0 870 894 A2 Although not explicitly apparent, however, such a screw can be seen in the actual product.

In this case, any form of fastening by screws or nails means an undesirable additional time and financial expense and hinders easy and easy movement of the system parts relative to each other.

Other disadvantages of the previous systems also result from the fact that, depending on the system often plastic parts already split when shooting in retaining pins, a necessary contact pressure during assembly is difficult to control and / or individual elements are difficult to precisely position. If mitres are worked unclean, this often has a direct effect on the quality of the glass holder. In addition, glazing on a construction site in practice is also often very difficult. In part, it also makes in the case of a necessary repair as extremely difficult to blow the glass again.

Object of the invention

Object of the present invention is in contrast to provide an inexpensive and cost-effective system for fixing a glass pane of the type described above with the simplest possible technical means in which a screw connection is not required, however, should be as universally applicable as possible. The system should also allow accurate positioning of the system parts relative to one another. A permanent and secure seal between fixation system and glass pane should be guaranteed. Last but not least, the fixation system should also allow for at least largely non-destructive outgassing.

Brief description of the invention

According to the invention, this task, which is not entirely uncomplicated, is achieved in an equally surprisingly simple and effective manner in that the glass retaining strip is displaceable on the frame during its assembly in a direction perpendicular to the plane-parallel outer surfaces; that the Glashalteleiste has a second groove which also runs in the assembled state with its walls parallel or at an angle <25 ° to the outer surfaces and is aligned in this state with the first groove; and that the glass retaining strip is anchored in the mounted state by means of a self-locking element on the frame, that the self-locking element engages both in the first groove and in the second groove, wherein in the assembled state between at least one in one of the two grooves projecting end of the self-locking element and the corresponding groove base a spring element is arranged.

Operation of the invention and other advantages over the prior art

Thus, the present invention proposes a system for fixing a glass pane, which makes it possible to fix the glass pane, for example, on a window or door frame with the aid of a glazing bead. For this purpose, the glass retaining strip can be fixed by the self-locking element on the frame, without further processing steps for attachment, such as fittings or nailing would be necessary.

The system is particularly simple and inexpensive in terms of manufacture and assembly. It is largely independent of the type of glass used used.

Since the system has only low tolerance requirements, it is almost universally applicable, especially for very different glass thicknesses.

Nevertheless, the system does not require a larger number of individual elements compared to prior art systems known in the art.

Particularly advantageous in the system according to the invention is further that individual elements can be pre-assembled before inserting the glass. Thus, a glazing, for example, on site at a construction site designed much faster, easier and more efficient.

Also, a glass sheet can be largely vitrified nondestructive, so that then the system can be used again for fixing. Thus, for example, a repair of a window or a door with glass is considerably simplified.

Preferred embodiments of the invention

In one class of embodiments of the device according to the invention, the spring element may be attached to the self-locking element. In particular, the spring element can be connected to the self-locking element. This eliminates subsequent assembly or positioning of the spring element on the self-locking element. Also, this can be a manufacturing step can be saved. Thus, the spring element can be fixed in advance on the self-locking element. This facilitates later installation. It is particularly advantageous if the spring element is extruded, foamed or glued by means of an adhesive. This allows a simple and inexpensive attachment. For the same purpose self-locking element and spring element can be made in one piece. It is particularly advantageous in this case when both elements are made of plastic or metal.

Particularly preferred embodiments of the invention in which the self-locking element made of wood, metal, preferably aluminum, or plastic, in particular PVC, is made. These are readily available, commercially available materials.

This results in a cost-effective and simple production of the self-locking element.

If the self-locking element has an outer diameter which is smaller than the distance of the opposing note walls from one another, so that the self-locking element is displaceable in the mounted state relative to the note walls, the self-locking element can be easily inserted into the groove. Thus, the self-locking element can be pressed into the groove similar to a latch of a door lock in order to arrange the glass retaining strip on the frame. Subsequently, the self-locking element emerge from the groove and fix the glass retaining strip.

Very particularly preferred is a class of embodiments of the device according to the invention, which are characterized in that the self-locking element at its end opposite the spring element has an insertion bevel or a rounding, which facilitates sliding the glass retaining strip along the frame perpendicular to the plane-parallel outer surfaces. As a result, the postponement of the glass retaining strip can be further facilitated.

In this case, developments of these embodiments are particularly preferred in which the glass retaining strip on its side adjacent in the assembled state of the glass pane have a bevel, which is designed according to the insertion of the self-locking element. Thus, the glass retaining strip along the frame be slid perpendicular to the plane-parallel outer surfaces, which can be pressed by the bevel, the self-locking element by means of the insertion bevel in the first groove.

In further advantageous embodiments of the invention, it is provided that the groove walls of the frame and the glass retaining strip in the assembled state are arranged parallel or at an angle <25 ° to the outer surfaces of the glass and at a distance a from an outer edge of the frame. This can ensure that the self-locking element securely fixes the glass retaining strip in the mounted state.

Again, variants are advantageous in which the distance a is 5 mm, preferably a ≥ 10 mm. As a result, the stability and strength of the arrangement can be sufficiently ensured.

In class of advantageous embodiments, the glass retaining strip is designed rod-shaped. This makes it possible to use the glass retaining strip or the system for fixing a glass pane on one side of an example window and door frame.

Also particularly preferred are variants in which the self-locking element is rod-shaped. As a result, the locking effect of the self-locking element not only punctiform but over a wide range of Glashalteleiste act. It is particularly advantageous if the self-locking element spans substantially the entire length of the glass retaining strip.

It is furthermore particularly preferred that the spring element each have a length corresponding to the self-locking element. For this purpose, the self-locking element can be cut dull with the spring element in a particularly advantageous manner adapted to an inner length or inner width of the frame. The spring element arranged on the self-locking element thus prevents joint leakage even in corner regions of the system according to the invention.

Alternatively or additionally, in a further class of embodiments of the invention, the glass retaining strip can also be designed frame-shaped. This allows a particularly simple glazing of a window and / or door frame. For example, a glass pane can be inserted into the frame. Subsequently, the frame-shaped glass retaining strip can be placed and pushed onto the frame. Since the glass retaining strip is formed like a frame, this results in a particularly fast assembly.

Here, in turn, refinements of advantage, in which the frame has a mounting joint, which is at least partially encompassed in the assembled state of the glass retaining strip. As a result, the installation of the glass retaining strip can be further facilitated. Since the glass retaining strip at least partially surrounds the assembly joint in the assembled state, inter alia, a particularly advantageous external appearance results.

In supplemental or alternative developments, it is advantageous if a flow barrier is provided which prevents a direct exchange of air between an outer surface of the frame and an outer surface of the glass sheet. This makes it possible for the window frame to have a high thermal resistance, which makes it possible to produce particularly energy-efficient, energy-saving windows. Also, this can prevent unwanted condensation.

It can be provided that the self-locking element itself is part of the flow barrier. This results in a particularly advantageous multiple use of the self-locking element. In addition, so that the flow barrier can be mechanically very simple design.

Furthermore, in advantageous embodiments of the invention, a sealing element between the glass retaining strip and the glass pane may be provided, which engages in the mounted state in a sealing groove of the glass retaining strip. With this embodiment, the thermal resistance of the frame or a window or a door can be further improved. Furthermore, this sealing element can press against the glass pane and be supported on this. As a result, it can press the glass retaining strip against the self-locking element and thus build up or maintain a pressure necessary for locking the glass pane.

Also, in embodiments, the thermal resistance of the window can be optimized if, in the mounted state, a preferably thermally insulating attachment strip is arranged between the frame and the glass pane.

In alternative, not shown embodiments, it is also possible to design the spring element as a metal or plastic spring, a coil spring or a leaf spring.

It is also particularly advantageous if the glass retaining strip is formed of wood, metal, preferably aluminum, or of plastic, in particular PVC. These materials are in many geometric designs well available and durable.

Further features and advantages of the invention will become apparent from the following detailed description of embodiments of the invention with reference to the figures of the drawing, which shows details essential to the invention, and from the claims. The individual features may be implemented individually for themselves or for a plurality of combinations in variants of the invention.

Detailed description of the invention and drawing

In the schematic drawing embodiments of the invention are shown, which are explained in more detail in the following description.

In detail show:

1a to d a first embodiment of the invention with the frame behind engaging glass retaining strip and a schematic representation of a method for mounting the system according to the invention;

2a to d, a second embodiment of the invention in which the glass retaining strip in the mounted state is aligned with the frame, and a schematic representation of a method for mounting the system according to the invention;

3a and 3b two further embodiments of the invention with two differently arranged self-locking elements;

4a to d, an embodiment of the invention and a schematic representation of a method for disassembly of the system according to the invention or for outgassing fixed with the system according to the invention glass sheet; and

5a and 5b a self-locking element with spring element in two different states.

In general, the figures of the drawing illustrate a system for fixing a glass sheet 10 with two opposite flat, plane-parallel outer surfaces 10 ' . 10 '' in a, especially made of wood, frame 11 ; 21 ; 31 ; 41 where the glass pane 10 in the mounted state in a plane perpendicular to their plane-parallel outer surfaces 10 ' . 10 '' on the frame 11 ; 21 ; 31 ; 41 seated, as well as with one in the assembled state against one of the outer surfaces 10 ' . 10 '' adjoining glazing bead 12 ; 22 ; 32a ; 32b ; 42 in a frame 11 ; 21 ; 31 ; 41 and with their walls 13 ' . 13 '' parallel or at an angle <25 ° to the outer surfaces 10 ' . 10 '' extending first groove 13 ; 23 ; 33a ; 33b ; 43 can be anchored.

According to the invention, this system is characterized in that the glass retaining strip 12 ; 22 ; 32a ; 32b ; 42 during their assembly in a direction perpendicular to the plane-parallel outer surfaces 10 ' . 10 '' on the frame 11 ; 21 ; 31 ; 41 is displaceable; that the glass retaining strip 12 ; 22 ; 32a ; 32b ; 42 a second groove 14 ; 24 ; 34a ; 34b ; 44 having, in the assembled state also with their walls 14 ' . 14 '' parallel or at an angle <25 ° to the outer surfaces 10 ' . 10 '' runs and in this state with the first groove 13 ; 23 ; 33a ; 33b ; 43 flees; and that the glass retaining strip 12 ; 22 ; 32a ; 32b ; 42 in the assembled state by means of a self-locking element 15 ; 25 ; 35a ; 35b ; 45 ; 55a ; 55b so on the frame 11 ; 21 ; 31 ; 41 anchored is that the self-locking element 15 ; 25 ; 35a ; 35b ; 45 ; 55a ; 55b both in the first groove 13 ; 23 ; 33a ; 33b ; 43 as well as in the second groove 14 ; 24 ; 34a ; 34b ; 44 engages, wherein in the mounted state between at least one in one of the two grooves projecting end of the self-locking element 15 ; 25 ; 35a ; 35b ; 45 ; 55a ; 55b and the corresponding groove bottom a spring element 16 ; 26 ; 36a ; 36b ; 46 ; 56a ; 56b is arranged.

The self-locking element further has an insertion bevel in the illustrated embodiments 15 '; 25 '; 35a '; 35b '; 45 '; 55a '; 55b ' on. The glass retaining strip 12 ; 22 ; 32a ; 32b ; 42 has one for insertion 15 '; 25 '; 35a '; 35b '; 45 '; 55a '; 55b ' complementarily formed bevel 12 '; 22 '; 32a '; 32b '; 42 ' on. chamfer 15 '; 25 '; 35a '; 35b '; 45 '; 55a '; 55b ' and bevel 12 '; 22 '; 32a '; 32b '; 42 ' each have one against the direction of the plane-parallel glass 10 inclined slope on. It is understood that the inclination angle and the shape of the slope of the bevel 12 '; 22 '; 32a '; 32b '; 42 ' from the angle of inclination or the shape of the slope of the insertion bevel 15 '; 25 '; 35a '; 35b '; 45 '; 55a '; 55b ' can differentiate. Essential to the invention is only that the slopes a sliding of the glass retaining strip 12 ; 22 ; 32a ; 32b ; 42 facilitate. Thus, it is provided in alternative embodiments, instead of a slope on the insertion bevel 15 '; 25 '; 35a '; 35b '; 45 '; 55a '; 55b ' and / or at the bevel 12 '; 22 '; 32a '; 32b '; 42 ' to provide a rounding.

Furthermore, the glass retaining strip points 12 ; 22 ; 32a ; 32b ; 42 a sealing groove 18 ; 28 ; 38a ; 38b ; 48 on. In this seal groove 18 ; 28 ; 38a ; 38b ; 48 may be a suitably shaped sealing element 17 ; 27 ; 37a ; 37b ; 47 to be ordered.

Furthermore, it can be seen from the figures that the glass pane 10 on an essay strip 19 ; 29 ; 39 ; 49 at the frame 11 ; 21 ; 31 ; 41 seated. The frames 11 and 31 of the 1a to 1d as well as the 3a and 3b have outer edges 11 ' . 31 ' a mounting groove 11 '' . 31 '' on. The frames 21 ; 41 are on the outside edges 21 ' . 41 ' formed without mounting groove.

In the 1a is shown that the wall 13 ' the first groove 13 and thus the groove 13 at a distance a from the outer edge 11 ' of the frame 11 is spaced. In this embodiment, the distance a = 10 mm.

As in the 1a to 1d As shown, such a system for fixing a glass sheet according to the invention can be mounted very easily. Like in the 1a to recognize, is the self-locking element 15 at least in one section of the frame before assembly 11 from. This is achieved in that the spring element 16 by its spring action the self-locking element 15 from the frame 11 away or from the first groove 13 pushes. As a result, the insertion bevel is located in this exemplary embodiment 15 ' outside the frame 11 , Now the glass retaining bar 12 in a direction perpendicular to the plane-parallel outer surfaces 10 ' . 10 '' the glass pane 10 to the glass pane 10 shifted, so is the self-locking element 15 in the first groove 13 pushed. This is greatly facilitated by the bevel 12 ' and the insertion bevel 15 ' are formed complementary to each other.

It then results in the state according to the 1b ,

In the 1c Now a state is shown where the glass retaining strip 12 pushed so far that the self-locking element 15 by the spring element 16 in the second groove 14 is pushed back. The glass retaining strip 12 becomes thereby at the frame 11 fixed.

In this condition, the system can over the glass retaining bar 12 and over the self-locking element 15 even bigger, on the glass 10 acting loads, such as wind loads, intercept or in the frame 11 reconciled. This takes the self-locking element 15 not just loads that point to the glass 10 act - as in known from the prior art screwed holders - but also over the entire length of the glass retaining strip 12 , which leads to an increased load transfer.

By lateral forces acting on the glass 10 act, the glass retaining strip 12 pressed away from the glass pane in the opposite direction to the mounting direction. As a result, the self-locking element is tilted 15 in the first groove 13 , whereby the clamping and holding action of the self-locking element 15 automatically further improved.

In 1d is shown that finally in the sealing groove 18 a sealing element 17 is introduced.

It is understood that alternatively the glass retaining strip 12 can also be pre-assembled. In this alternative approach will be on the glass retaining strip 12 other elements, such as the sealing element 17 , arranged and then the glass retaining strip 12 on the frame 11 postponed.

Of the 1d it can also be seen that the arrangement realizes a flow barrier. This means that arrangements are made by the arrangement that air flows from an outside of the glass 10 to the other outside of the glass pane 10 at least largely avoided. This is achieved because air circulation is not ensured by the sealing element 17 can get through. In addition, the self-locking element interrupts 15 on the walls of the first and second grooves 13 . 14 is present, any other air circulation channels and thus prevents unwanted air exchange along any gaps between frames 11 and glass pane 10 , In other words, thus is the self-locking element 15 Part of a flow barrier.

Furthermore, in 1a to 1d to infer that the frame 11 at the outer edge 11 ' the mounting groove 11 '' having. The glass retaining strip 12 also has a complementary trained Hintergreifung. Thus, in the assembled state, the glass retaining strip 12 the frame 11 at the mounting groove 11 '' at least in some areas.

This will make the glass retaining strip 12 even safer on the frame 11 arranged.

Also can thereby the glass retaining strip 12 not just on the frame 11 deferred, but also be clicked by means of a rotary motion.

In the 2a to 2d an alternative embodiment of the invention shown in which the frame 21 has no mounting groove. Accordingly, the glass retaining strip 22 also no complementary trained Hintergreifung on. Such a design may be chosen, for example, for reasons of appearance. An assembly is analogous to that in the 1a to 1d illustrated procedure. Also in this embodiment of Invention is when inserting the glass retaining strip 22 the self-locking element 25 in the first groove 13 pressed first and then snaps by the spring action of the spring element 16 in the second groove 14 one.

Subsequently, in turn, a sealing element 27 to be ordered.

In the embodiments according to the 1a to 1d respectively 2a to 2d each forms the frame 11 ; 21 a counter bearing to the glass retaining strip 12 respectively 22 so that the glass pane 10 between frames 11 ; 21 and glass retaining strip 12 ; 22 optionally by means of a sealing element 17 ; 27 , is clamped and thus fixed.

In the 3a and 3b In contrast, embodiments of the invention are shown in which not the frame 31 but a separate outer panel 39a '; 39b ' forms the counter bearing. This exterior bar 39a '; 39b ' is on the one hand on the frame 31 fixed. On the other hand, it has a clamping portion 39a ''; 39b '' on, with the glass pane 10 contacted. For this purpose, the clamping section 39a ''; 39b '' in the contact area also on a rubber seal. While 3a a self-locking element 35a with spring element 36a is in accordance with the figures described above, is in the 3b illustrated an alternative embodiment, in which the self-locking element 35b with the spring element 36b is arranged vertically mirrored. In other words, is the spring element 36b in the second groove 34b , The self-locking element 35b reaches into the first groove 33b one. Thus, it is possible, even the self-locking element 35b with spring element 36b even before mounting on the glazing bead 32b pre-assemble.

In the 4a to 4d is now shown as a glass 10 can be reloaded, if it has been previously fixed to a frame by means of the system according to the invention.

This is done with the help of a tool 49 ' , in particular a drill, an opening 49 '' in the glass retaining strip 42 incorporated. The opening serves 49 '' as at least selective access to the self-locking element 45 ( 4b ).

Subsequently ( 4c ) comes with a fastener 49 ''' , in particular a screw or a nail, the self-locking element 45 through the opening 49 '' through the frame 41 attached. This will be the self-locking element 45 in the first groove 43 pressed permanently.

Again 4d can be seen, is in this state, the glass retaining strip 42 no longer on the frame 41 fixed, but can from the frame 41 be replaced. Thus, the glass pane 10 removed or replaced as needed.

It is essential that a single opening 49 '' or a single fastener 49 ''' is enough to get a glass retaining strip 42 from the frame 41 to solve. It can thus be glazed virtually nondestructive. The required for Ausglasen opening 49 '' can also be refilled after Ausglasen means of a suitable sealant or the like, so that the glass retaining strip 42 can be used again after a glassing out.

The 5a and 5b Now show a detailed view of the self-locking element 55a ; 55b , In the 5a is the self-locking element 55a with the spring element 56a displayed. The spring element 56a is on the self-locking element 55a extruded at-. The spring element 56a is in the 5a shown stretched state. In other words, the spring element 56a pressed together. In this embodiment, the spring element 56a made of a resilient material, in particular made of rubber. It has a spring arm, which is resilient by the spring elasticity of the material used by the self-locking element 55a pushes.

In the state according to 5b is the spring element 56b , which is basically analogous to the spring element 56a is formed, shown in a relaxed state.

In this state, the self-locking element 55b together with the spring element 56b its maximum length up. In this state, therefore, stands the self-locking element 55b farthest from a frame or a first groove when it is arranged on this or in this.

LIST OF REFERENCE NUMBERS

10

pane

10 ', 10' '

Outer surfaces of the glass pane

11; 21; 31; 41

frame

11 '; 21 '; 31 '; 41 '

outer edge

11 '', 31 ''

mounting groove

12; 22; 32a; 32b; 42

Glazing bead

12 '; 22 '; 32a '; 32b '; 42 '

bevel

13; 23; 33a; 33b; 43

first groove

13 ', 13' '

Walls of the first groove

14; 24; 34a; 34b; 44

second groove

14 ', 14' '

Walls of the second groove

15; 25; 35a; 35b; 45; 55a; 55b

Self locking element

15 '; 25 '; 35a '; 35b '; 45 '; 55a '; 55b '

chamfer

16; 26; 36a; 36b; 46; 56a; 56b

spring element

17; 27; 37a; 37b; 47

sealing element

18; 28; 38a; 38b; 48

seal groove

19; 29; 39; 49

tower bar

39a ', 39b'

outside bar

39a '', 39b ''

clamping section

49 '

Tool

49 ''

opening

49 '' '

fastener

a

distance

QUOTES INCLUDE IN THE DESCRIPTION

This list of the documents listed by the applicant has been generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Cited patent literature

• EP 0870894 A2 [0002, 0009]

Cited non-patent literature

• www.knapp-connector.com/fixclip- rail [0004]
• www.gutmann.de/index.php?id=4496&L=0 [0006]
• www.helmutgoll.com [0007]

Claims (14)

System for fixing a glass pane ( 10 ) with two opposite plane, plane-parallel outer surfaces ( 10 ' . 10 '' ) in a, in particular made of wood, frame ( 11 ; 21 ; 31 ; 41 ), whereby the glass pane ( 10 ) in the assembled state in a plane perpendicular to their plane-parallel outer surfaces ( 10 ' . 10 '' ) on the frame ( 11 ; 21 ; 31 ; 41 ), as well as with one in the assembled state against one of the outer surfaces ( 10 ' . 10 '' ) adjacent glass retaining strip ( 12 ; 22 ; 32a ; 32b ; 42 ), which are included in 11 ; 21 ; 31 ; 41 ) and with their walls ( 13 ' . 13 '' ) parallel or at an angle <25 ° to the outer surfaces ( 10 ' . 10 '' ) extending first groove ( 13 ; 23 ; 33a ; 33b ; 43 ) is anchored, characterized in that the glass retaining strip ( 12 ; 22 ; 32a ; 32b ; 42 ) during their mounting in a direction perpendicular to the plane-parallel outer surfaces ( 10 ' . 10 '' ) on the frame ( 11 ; 21 ; 31 ; 41 ) is displaceable; that the glass retaining strip ( 12 ; 22 ; 32a ; 32b ; 42 ) a second groove ( 14 ; 24 ; 34a ; 34b ; 44 ), which in the assembled state also with their walls ( 14 ' . 14 '' ) parallel or at an angle <25 ° to the outer surfaces ( 10 ' . 10 '' ) and in this state with the first groove ( 13 ; 23 ; 33a ; 33b ; 43 ) flees; and that the glass retaining strip ( 12 ; 22 ; 32a ; 32b ; 42 ) in the assembled state by means of a self-locking element ( 15 ; 25 ; 35a ; 35b ; 45 ; 55a ; 55b ) on the frame ( 11 ; 21 ; 31 ; 41 ) is anchored, that the self-locking element ( 15 ; 25 ; 35a ; 35b ; 45 ; 55a ; 55b ) in both the first groove ( 13 ; 23 ; 33a ; 33b ; 43 ) as well as in the second groove ( 14 ; 24 ; 34a ; 34b ; 44 ) engages, wherein in the assembled state between at least one in one of the two grooves projecting end of the self-locking element ( 15 ; 25 ; 35a ; 35b ; 45 ; 55a ; 55b ) and the corresponding groove bottom a spring element ( 16 ; 26 ; 36a ; 36b ; 46 ; 56a ; 56b ) is arranged. Device according to claim 1, characterized in that the spring element ( 16 ; 26 ; 36a ; 36b ; 46 ; 56a ; 56b ) on the self-locking element ( 15 ; 25 ; 35a ; 35b ; 45 ; 55a ; 55b ), in particular extruded or foamed. Device according to claim 1 or 2, characterized in that the self-locking element ( 15 ; 25 ; 35a ; 35b ; 45 ; 55a ; 55b ) made of wood, metal, preferably aluminum, or plastic, in particular PVC, and has an outer diameter which is smaller than the distance of the opposite note walls ( 13 ' . 13 '' respectively. 14 ' . 14 '' ) of each other, so that the self-locking element ( 15 ; 25 ; 35a ; 35b ; 45 ; 55a ; 55b ) in the assembled state relative to the note walls ( 13 ' . 13 '' respectively. 14 ' . 14 '' ) is displaceable. Device according to one of the preceding claims, characterized in that the self-locking element ( 15 ; 25 ; 35a ; 35b ; 45 ; 55a ; 55b ) at its the spring element ( 16 ; 26 ; 36a ; 36b ; 46 ; 56a ; 56b ) opposite end an insertion bevel ( 15 '; 25 '; 35a '; 35b '; 45 '; 55a '; 55b ' ) or a rounding, which is a sliding of the glass retaining strip ( 12 ; 22 ; 32a ; 32b ; 42 ) along the frame ( 11 ; 21 ; 31 ; 41 ) perpendicular to the plane-parallel outer surfaces ( 10 ' . 10 '' ) facilitated. Apparatus according to claim 4, characterized in that the glass retaining strip ( 12 ; 22 ; 32a ; 32b ; 42 ) at its in the assembled state of the glass sheet ( 10 ) adjacent side a bevel ( 12 '; 22 '; 32a '; 32b '; 42 ' ), which correspond to the insertion bevel ( 15 '; 25 '; 35a '; 35b '; 45 '; 55a '; 55b ' ) of the self-locking element ( 15 ; 25 ; 35a ; 35b ; 45 ; 55a ; 55b ) is designed. Device according to one of the preceding claims, characterized in that the groove walls ( 13 ' . 13 '' respectively. 14 ' . 14 '' ) of the frame ( 11 ; 21 ; 31 ; 41 ) and the glass retaining strip ( 12 ; 22 ; 32a ; 32b ; 42 ) in the assembled state parallel or at an angle <25 ° to the outer surfaces ( 10 ' . 10 '' ) of the glass pane ( 10 ) and at a distance a from an outer edge ( 11 '; 21 '; 31 '; 41 ' ) of the frame ( 11 ; 21 ; 31 ; 41 ) are arranged. Apparatus according to claim 6, characterized in that the distance a ≥ 5 mm, preferably a ≥ 10 mm. Device according to one of claims 1 to 7, characterized in that the glass retaining strip ( 22 ; 42 ) Is designed rod-shaped. Device according to one of claims 1 to 7, characterized in that the glass retaining strip ( 12 ; 32a ; 32b ) Is executed frame-shaped. Device according to claim 9, characterized in that the frame ( 11 ; 31 ) an assembly joint ( 11 '; 31 ' ), which in the mounted state of the glass retaining strip ( 12 ; 32a ; 32b ) is at least partially encompassed. Apparatus according to claim 9 or 10, characterized in that there is a flow barrier which allows a direct exchange of air between an outer surface of the frame ( 11 ; 21 ; 31 ; 41 ) and an outer surface ( 10 ' . 10 '' ) of the glass pane ( 10 ) prevented. Device according to claim 11, characterized in that the self-locking element ( 15 ; 25 ; 35a ; 35b ; 45 ; 55a ; 55b ) Is part of the flow barrier. Device according to one of the preceding claims, characterized in that a sealing element ( 37 ; 47 ) between the glass retaining strip ( 12 ; 22 ; 32a ; 32b ; 42 ) and the glass pane ( 10 ) is provided, which in the mounted state in a sealing groove ( 18 ; 28 ; 38a ; 38b ; 48 ) the glass retaining strip ( 12 ; 22 ; 32a ; 32b ; 42 ) intervenes. Device according to one of the preceding claims, characterized in that in the assembled state between the frame ( 11 ; 21 ; 31 ; 41 ) and the glass pane ( 10 ), preferably thermally insulating, essay strip ( 19 ; 29 ; 39 ; 49 ) is arranged.

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