DE202017106284U1 - Fixed glazing system for fixing a glazing bead with definable contact pressure - Google Patents

Abstract

System for fixing a glass pane (10) with two opposite plane, plane-parallel outer surfaces (10 ', 10' ') in a, in particular made of wood or aluminum, frame (11), wherein the glass pane (10) in the mounted state in a plane perpendicular to their plane-parallel outer surfaces (10 ', 10' ') on the frame (11) seated, with a in the mounted state against one of the outer surfaces (10', 10 '') adjacent glass retaining strip (12; 12 '), with an intermediate the glass pane (10) and the frame (11) arranged Verklotzungsbrücke (13) on which in the assembled state, the glass plate (10) abuts or sits on it, and with a between the glass sheet (10) and the glass retaining strip (12; 12 ') arranged fixing element (14), which in the mounted state on the glass pane (10) builds up a contact pressure, characterized in that the Verklotzungsbrücke (13) at least one elongated, frame-mounted in the assembled state arranged guide groove (15 ', 15' '), and that the fixing element (14) has at least one elongate guide web (16', 16 '') which is geometrically designed so that it fits into the guide groove (15 ', 15 '') of the Verklotzungsbrücke (13) can be inserted so that thereby the Verklotzungsbrücke (13) and the fixing element (14) are mechanically captive pre-assembled, and that in the mated state of fixing element (14) and Verklotzungsbrücke (13) a positively guided parallelism between Fixing element (14) and glass sheet (10) without additional mounting aid is effected.

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 or aluminum, frame, the glass pane in the mounted state in a plane perpendicular to their plane - parallel outer surfaces on the frame, with a in mounted state against a glazing bead applied to the outer surfaces, with a Verklotzungsbrücke arranged between the glass and the frame on which the glass pane abuts or sits when mounted, and with a fixing element arranged between the glass pane and the Glashalteleiste, which in the mounted state on the Glass pane builds up a contact pressure.

Background of the invention

Such a system is known about DE 20 2015 106 983 U1 or off WO 2015 143 462 A1 ,

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/de/bausysteme/produkte.html , However, they have not been successful in the market, either for economic reasons or possibly because of handling difficulties.

The company Helmut Goll GmbH & Co., 88131 Lindau, Germany, also offers several glazing gaskets for wooden windows and wood-aluminum windows (see for example the internet site www.helmutgoll.com). However, this solution seems very complex: So additional aids for the exact positioning of the holder, so-called mounting gauges, are necessary, which take into account differences in the glass thickness. Due to the relatively large dimensions also other tools in the miter area are required.

Other disadvantages of the known systems also result from the fact that, depending on the system often split plastic parts already 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, with the simplest possible technical means to provide an inexpensive and cost-effective system of the type described above for fixing a glass, which is particularly easy to handle, as universally applicable and self-locking, with a vertical glazing without the risk of slipping down the Verklotzungsbrücke should be 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 - relatively complex - task is solved in a surprisingly simple as well as effective way, that the Verklotzungsbrücke has at least one elongated in the assembled state frame side arranged guide groove, and that the fixing element has at least one elongated guide web, which is geometrically configured in that it can be inserted accurately into the guide groove of the locking bridge, so that thereby the locking block and the fixing element are pre-mounted mechanically captive, and that in together mated state of fixing element and Verklotzungsbrücke a positively driven parallelism between the fixing element and glass without any additional assembly aid is effected.

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 pre-assembled with the fixing element Verkozungsbrücke on the frame without - in addition to a screw - further processing steps for attachment, such as nails or the like, 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 essential 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.

Compared to the known systems discussed above (in particular Knapp, Gutmann, Goll), due to the present invention only a relatively small body width is required in order to build up a sufficient contact pressure. As a result, the processing of much lower glass thickness for a given thickness of the frame in conjunction with the desired glass thickness is possible. This is very useful especially for fixed glazing, which is used in rebates with additional strips.

Preferred embodiments of the invention

Particularly preferred embodiments of the invention, in which two parallel guide grooves in the Verklotzungsbrücke and two corresponding guide webs are provided on the fixing element. As a result, the desired forced parallelization can be ensured.

In further advantageous embodiments of the invention, the fixing elements made of plastic, preferably made of glass fiber reinforced plastic (= GRP) or polyamides (= PA), made. Optionally, soft material (in particular as a separate material) or a foamed material can be used to cushion the contact pressure and to effectively prevent the build-up of a local punctual pressure.

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 well available in many geometric configurations and durable.

In practice, embodiments of the device according to the invention, in which the thickness of the fixing element is a maximum of 5 mm, prove themselves. Thus now narrower glazing beads can be processed with a smaller cross section, the thickness of the prior art is usually greater than 10mm. This is particularly advantageous for 3-fold glasses with a small frame cross-section.

Very particularly preferred is a class of embodiments of the device according to the invention, which are characterized in that the glass-side contact surface of the fixing element is concave. This ensures a defined contact pressure when using a screw with a defined screw length. Instead of a locally punctiform pressure point, which can often lead to glass breakage, a more even distribution of the contact pressure over a larger attack surface is achieved by the concave design of the contact surface of the fixing element. As a result, an overload during assembly and thus a harmful glass breakage can be safely prevented.

In this case, developments of these embodiments are particularly preferred in which the angle of the end portions of the fixing element to the glass surface in the assembled state is between 70 ° and 110 °. Due to the pitch of the screw guide, the surface of the fixing element is displaced perpendicularly to the glass contact surface in the assembled state due to the screwing in of the screw. In this way, a flat pressure of the Reached fixing element. The guide webs are then arranged in the same angular range relative to the body of the fixing element, so that a self-locking of the glass retaining strip results, which is displaced parallel to the frame surface during assembly.

Further advantageous embodiments of the invention are characterized in that integrated into the fixing element in a central portion a hole-shaped screw, in particular, is cast, which extends at a predetermined angle to the bottom of the fixing element and has a predetermined maximum Verschraubungslänge. In particular, a defined force introduction during the screwing process is thus achieved.

Embodiments of the invention are particularly preferred in which the fixing element has at least one, preferably two parallel, latching elements which engage in corresponding recesses of the glass retaining strip when the fixing element is pushed on. This contributes significantly to a secure fixation of the arrangement.

In a class of advantageous embodiments, the fixing element has an elongated damping element on its glass-side outer surface in the assembled state, which can be pushed, glued, welded, foamed or sprayed on in particular. This achieves considerable damping of the effective pressure at the end fitting. This also makes it possible to define the height of the fixing element so that a glazing gasket (see below) can be introduced.

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. This is done by forcibly parallel sliding the glass retaining strip on the fixing element. Thus, the glass retaining strip is pressed onto the frame, which in turn prevents air flow.

Furthermore, in advantageous embodiments of the invention, a sealing element between the glass retaining strip and the glass pane can be provided, which engages in the assembled or assembled 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.

Further preferred embodiments of the invention provide that the fixing element is designed geometrically such that it does not rest on the frame in the assembled or pre-assembled state. Such a bearing is, for example, in the system according to the cited above WO 2015 143 462 A1 absolutely necessary. By contrast, in the above embodiments of the present inventive system, pre-compression of an inner glazing gasket is allowed prior to assembly of the frame, which can not work in the prior art systems in this manner. Furthermore, this also contributes to a mechanical protection of the glass pane, as otherwise required by the state building supervision usually as an additional measure.

Particularly preferred is also an embodiment in which the fixing element has at least one receiving opening, in which in the mounted state an attachment element is received, which enables and ensures an exact positioning of attachment rungs.

Very particularly preferred is a class of embodiments of the device according to the invention, in which the Verklotzungsbrücke on its in the mounted state facing the frame side, which also has the guide groove (s), honeycomb-shaped, in particular with nubs, preferably with round nub cross-section is designed.

By a honeycomb shape in particular a - compared to the known arrangements of the prior art - higher load capacity is achieved. In addition, it also provides the necessary flow cross-section for a rear ventilation of the glazing rebate, it also being possible to save the ventilation vent groove customary in the prior art.

Particularly advantageous variants of the invention in this class of embodiments with honeycomb Verklotzungsbrücke are characterized in that at least one of the studs has an extension which can be pressed during assembly in a corresponding bore of the frame. This allows a self-locking in the frame, and either either a pivotable and / or tiltable sash or a fixed glazing. In this case, the extension engages in a matching notch or bore of the frame, which is preferably slightly smaller in diameter than the extension.

Also of particular practical advantage are embodiments of the device according to the invention, in which the Verklotzungsbrücke on its in the inserted state facing the fixing element edge recesses of predeterminable geometry, by means of which the relative position of the fixing element to the respective glass thickness of the glass, in particular to different glass thicknesses due to manufacturing tolerances , can be adjusted. Nevertheless, the entire surface is still available.

By this fixation system now - in practice hardly avoidable - thickness and width tolerances are no longer a hindrance. The recesses in the base plate serve to fix the fixing element. By parallel recesses on the edge of the element and corresponding parallel ends of the guide webs, the fixing element can be moved parallel to the contact surface of the frame (ie a wooden surface or optionally an aluminum profile surface). As a result, a secure concern of the fixing element is ensured on a glass surface.

In this way, the structure can be made significantly flatter without the fixing screw touches the glass. The bridge itself now acts as parallelism.

The screw guide is led obliquely under the glass of the disc. The end of the screw guide is in line with the guide webs, which only a small recess on the glass retaining strip is required.

The fixing element in the device according to the invention may also have a surface for applying adhesive in order to allow a clean bonding of the glass retaining strip with the fixing element.

In another class of embodiments, a separate outer strip, preferably made of aluminum, may be provided, which is fixed in the mounted state on the frame and serves as an abutment for the fixing element. Depending on the purpose of the application, different shapes and functions can be realized with this outer strip.

Furthermore, in advantageous embodiments of the invention, the Verklotzungsbrücke have through holes for screwing to the frame in the mounted state. This promotes a secure fixation.

Alternatively or additionally, in another class of embodiments of the invention, the guide webs on at least one of its outer sides have a sawtooth structure. This allows the insertion of the fixing element in the Verklotzungsbrücke a locking of the guide webs with the guide grooves, which in turn contributes to the captivity of the pre-assembled bandage.

Here again developments are advantageous in which two parallel guide webs are provided which have their respective sawtooth structure at the two outer sides facing away from each other. Even with slight deviations from the parallelism of the guide webs of the fixing element and / or the guide grooves in the Verklotzungsbrücke thus an even better locking of the guide webs is ensured with the guide grooves.

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:

• a) als räumliche Darstellung im vormontierten Zustand;
• b) als räumliche Darstellung im nicht-montierten Zustand;
• c) wie a), aber als Schnittdarstellung;
• d) wie b), aber als Schnittdarstellung;

1 a schematic view of the geometric interaction of Verko mungsbrücke and fixing element in an embodiment of the invention:

• a) as a spatial representation in the preassembled state;
• b) as a spatial representation in the unassembled state;
• c) as a), but as a sectional view;
• d) as b), but as a sectional view;

• a) flächige, teilweise transparente Draufsicht auf die genoppte Fläche der Verklotzungsbrücke;
• b) wie a), aber als um 90° nach oben verkippte Seitenansicht;
• c) wie a), aber als um 90° nach rechts verkippte Seitenansicht;
• d) Detailansicht der Verrastungselemente;
• e) räumliche Darstellung im nicht-montierten Zustand mit Ansicht von schräg unten auf die noppenfreie Fläche;
• f) wie e), aber um 180° verkippt mit Ansicht auf die genoppte Fläche;

2 Detailed views of the locking block according to the invention:

• a) planar, partially transparent top view of the dimpled surface of the Verklotzungsbrücke;
• b) as a), but as tilted by 90 ° upwards side view;
• c) as a), but as tilted by 90 ° to the right side view;
• d) detailed view of the latching elements;
• e) spatial representation in the unassembled state with a view obliquely from below on the knob-free surface;
• f) as e), but tilted by 180 ° with view on the dimpled surface;

• a) eine Seitenansicht des Fixierungselements;
• b) wie a) aber als um 90° nach der Seite verdrehte Schnittdarstellung mit Verschraubungskanal;
• c) wie b), aber um weitere 90° nach der Seite verdreht und ohne Verschraubungskanal;
• d) wie a), aber um 90° aus der Zeichenebene verkippt;
• e) wie b), aber um 90° aus der Zeichenebene verkippt;
• f) wie c), aber um 90° aus der Zeichenebene verkippt;
• g) räumliche Darstellung des Fixierungselements mit Ansicht von schräg unten auf die den Führungsstegen abgewandte Seite;
• h) wie g), aber mit Ansicht von schräg oben;

3 Detailed views of the fixing element according to the invention:

• a) a side view of the fixing element;
• b) as a) but as rotated by 90 ° to the side sectional view with screwing channel;
• c) as b), but rotated by 90 ° to the side and without gland;
• d) as a) but tilted 90 ° out of the plane of the drawing;
• e) as b), but tilted 90 ° out of the plane of the drawing;
• f) like c), but tilted 90 ° out of the plane of the drawing;
• g) spatial representation of the fixing element with view obliquely from below on the side facing away from the guide webs;
• h) as in g), but with an oblique view from above;

• a) schematischer Vertikalschnitt durch eine Ausführungsform der erfindungsgemäßen Vorrichtung;
• b) wie a), aber um 90° aus der Zeichenebene verkippt und ohne Rahmen und Glasscheiben;

4 An embodiment of the invention with detailed views of the attachment element and attachment rungs:

• a) a schematic vertical section through an embodiment of the device according to the invention;
• b) as a), but tilted 90 ° out of the plane of the drawing and without frame and glass panes;

• a) mit kompakter Außenleiste;
• b) mit verlängerter Außenleiste;
• c) mit schmaler Außenleiste; und

5 3 embodiments of the invention with different outer strips:

• a) with a compact outer border;
• b) with extended outer border;
• c) with a narrow outer border; and

• a) mit langer Glashalteleiste;
• b) mit kurzer Glashalteleiste.

6 2 embodiments of the invention with different glass retaining strips:

• a) with long glazing bead;
• b) with a short glazing bead.

The present invention is concerned with a specially modified system for fixing a glass sheet 10 with two opposite flat, plane-parallel outer surfaces 10 ' . 10 '' in a, in particular made of wood or aluminum, frame 11 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 seated, with one in the assembled state against one of the outer surfaces 10 ' . 10 '' adjoining glazing bead 12 ; 12 ' , with one between the glass pane 10 and the frame 11 arranged latching bridge 13 , in the mounted state, the glass pane 10 strikes or sits on it, as well as with a between the glass 10 and the glass retaining strip 12 ; 12 ' arranged fixing element 14 , which in the assembled state on the glass pane 10 builds up a contact pressure.

This device is inventively characterized in that the Verklotzungsbrücke 13 elongated, in the assembled state frame side arranged guide grooves 15 ' . 15 '' and the fixation element 14 elongated guide bars 16 ' . 16 '' has, which are geometrically designed so that they fit into the guide grooves 15 ' . 15 '' the locking bridge 13 can be inserted, so that thereby the locking bridge 13 and the fixing element 14 are mechanically preassembled captive, and that in the assembled state of fixing element 14 and blockage bridge 13 a positively driven parallelism between fixing element 14 and glass pane 10 is effected without additional mounting aid.

Embodiments of this device according to the invention are in the 4 to 6 shown, detail views in the 1 to 3 ,

The procedure during the pre-assembly of the locking bridge 13 and fixation element 14 is the 1 (a) mated condition; b) separate state) easy to remove. 2 shows details of the invention modified Verklotzungsbrücke 13 , In particular, in a) are the essential for the present invention guide grooves 15 ' . 15 '' good to see. Next is the Verklotzungsbrücke 13 - on its in the assembled state the frame 11 facing side with the guide grooves 15 ' . 15 '' - honeycomb design, especially with nubs 20 , preferably with round nub cross-section. At least one of the pimples 20 has an extension 21 on, when mounting in a corresponding hole in the frame 11 can be pressed. Furthermore, the locking bridge 13 on her - in the inserted state the fixing element 14 facing - edge recesses 22 of predeterminable geometry, by means of which the relative position of the fixing element 14 to the respective glass thickness of the glass pane 10 , in particular to different glass thicknesses due to manufacturing tolerances, can be adjusted. There are also through holes 23 through the latching bridge 13 provided for bolting to the frame 11 serve in the assembled state.

This in 3 with all kinds of details in Figures a) to h) shown fixing element 14 is concave on its glass-side abutment surface in the mounted state, as can be clearly seen in Figures d) and f).

Preferably, the angle of the end portions of the fixing element 14 to the glass surface in the assembled state between 70 ° and 110 °.

The very essential for the present invention guide webs 16 ' . 16 '' have a sawtooth structure on at least one of their outer sides, as shown in Figures d) and f), but also g) and h) takes. The respective sawtooth structure is on the two opposite outer sides of the guide webs 16 ' . 16 '' arranged.

In the fixation element 14 is a hole-shaped screw in a middle section 17 integrated, in particular cast, which at a predetermined angle to the bottom of the fixing element 14 runs and has a predetermined maximum gland length.

The fixing element 14 can - preferably two parallel arranged - Verrastungselemente 18 ' . 18 '' have, when pushing the fixing element 14 in corresponding recesses of the glass retaining strip 12 ; 12 ' intervene, as in figure d) of 2 is recognizable.

Furthermore, on the fixing element 14 on its in the assembled state glass-side outer surface of an elongated damping element 19 be pushed, glued, welded, foamed or sprayed on, as it is in 3 , Figures a) to c) is clearly visible.

In Figures a) and b) of 4 are further details of the invention modified fixing element 14 shown. Thus, the embodiment shown here has a receiving opening 25 on, in which in the mounted state, a attachment element 26 is included, which is an exact positioning of attachment rungs 27 allows.

5 shows in the figures a) to c) three substantially identical embodiments of the device according to the invention, but in which each case a differently designed separate outer strip 24 '; 24 ''; 24 ' , preferably made of aluminum, is provided in the mounted state on the frame 11 is fixed and as an abutment for the fixing element 14 serves.

In Figures a) and b) of 6 Finally, two embodiments of the invention are shown, with which each different thickness complexes of glass plates 10 are installed. For this purpose, appropriately sized, differently designed glazing beads will be used in their size 12 ; 12 ' used.

LIST OF REFERENCE NUMBERS

10

 pane

10 ', 10' '

 Outer surfaces of the glass pane

11

 frame

12; 12 '

 Glazing bead

13

 Verklotzungsbrücke

14

 fixing element

15 ', 15' '

 Guide groove (s) in the locking bridge

16 ', 16' '

 Guide bar (s) on the fixing element

17

 hole-shaped screw channel in the fixing element

18 ', 18' '

 latching elements

19

 elongated damping element on the fixing element

20

 Pimples on the blockage bridge

21

 Extension on a knob

22

 Recesses on the edge of the fixing element

23

 Through holes through the locking bridge

24 '; 24 ''; 24 ''

 separate outer strip on the frame

25

 Receiving opening in the fixing element

26

 top element

27

 top rungs

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

• DE 202015106983 U1 [0002]
• WO 2015143462 A1 [0002, 0030]

Cited non-patent literature

• www.knapp-connector.com/fixclip- rail [0004]
• www.gutmann.de/de/bausysteme/produkte.html [0006]

Claims (18)

System for fixing a glass pane ( 10 ) with two opposite plane, plane-parallel outer surfaces ( 10 ' . 10 '' ) in a frame, especially made of wood or aluminum ( 11 ), 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 ), with one in the assembled state against one of the outer surfaces ( 10 ' . 10 '' ) adjacent glass retaining strip ( 12 ; 12 ' ), with one between the glass pane ( 10 ) and the frame ( 11 ) arranged jamming bridge ( 13 ), in the mounted state, the glass pane ( 10 ) abuts or sits on it, as well as with a between the glass pane ( 10 ) and the glass retaining strip ( 12 ; 12 ' ) arranged fixing element ( 14 ), which in the assembled state on the glass ( 10 ) builds up a contact pressure, characterized in that the Verko mungsbrücke ( 13 ) at least one elongate, in the assembled state frame side disposed guide groove ( 15 ' . 15 '' ), and that the fixing element ( 14 ) at least one elongate guide bar ( 16 ' . 16 '' ) which is geometrically designed so that it fits into the guide groove ( 15 ' . 15 '' ) of the locking bridge ( 13 ) can be inserted so that thereby the Verkozungsbrücke ( 13 ) and the fixing element ( 14 ) are pre-mounted mechanically captive, and that in the assembled state of fixing element ( 14 ) and locking bridge ( 13 ) a positively driven parallelism between fixing element ( 14 ) and glass pane ( 10 ) is effected without additional mounting aid. Device according to claim 1, characterized in that two parallel guide grooves ( 15 ' . 15 '' ) in the locking bridge ( 13 ) and two corresponding guide webs ( 16 ' . 16 '' ) on the fixing element ( 14 ) available. Device according to claim 1 or 2, characterized in that the fixing elements ( 14 ) made of plastic, preferably made of GRP or PA. Device according to one of the preceding claims, characterized in that the thickness of the fixing element ( 14 ) is a maximum of 5mm. Device according to one of the preceding claims, characterized in that the glass-side contact surface of the fixing element ( 14 ) is concave. Apparatus according to claim 5, characterized in that the angle of the end portions of the fixing element ( 14 ) to the glass surface in the assembled state between 70 ° and 110 °. Device according to one of the preceding claims, characterized in that in the fixing element ( 14 ) in a middle section a hole-shaped screw channel ( 17 ) is integrated, in particular molded, which, at a predetermined angle to the bottom of the fixing element ( 14 ) and has a predetermined maximum Verschraubungslänge. Device according to one of the preceding claims, characterized in that the fixing element ( 14 ) at least one, preferably two parallel, latching elements ( 18 ' . 18 '' ), which when pushing the fixing element ( 14 ) in corresponding recesses of the glass retaining strip ( 12 ; 12 ' ) intervene. Device according to one of the preceding claims, characterized in that the fixing element ( 14 ) at its in the mounted state glass-side outer surface of an elongated damping element ( 19 ), which may be slid, glued, welded, foamed or sprayed in particular. Device according to one of the preceding claims, characterized in that the fixing element ( 14 ) is geometrically designed such that it is not in the (pre) assembled state on the frame ( 11 ) rests. Device according to one of the preceding claims, characterized in that the fixing element ( 14 ) at least one receiving opening ( 25 ), in which in the assembled state an attachment element ( 26 ), which ensures an exact positioning of attachment rungs ( 27 ). Device according to one of the preceding claims, characterized in that the locking bridge ( 13 ) on its in the assembled state the frame ( 11 ) facing side, which also the guide groove (s) ( 15 ' . 15 '' ), honeycomb-shaped, in particular with nubs ( 20 ), preferably with a round nub cross section. Apparatus according to claim 12, characterized in that at least one of the nubs ( 20 ) an extension ( 21 ), which during assembly in a corresponding bore of the frame ( 11 ) can be pressed. Device according to one of the preceding claims, characterized in that the locking bridge ( 13 ) on its in the inserted state the fixing element ( 14 ) facing edge recesses ( 22 ) of predeterminable geometry, by means of which the relative position of the fixing element ( 14 ) to the respective glass thickness the glass pane ( 10 ), in particular to different glass thicknesses due to manufacturing tolerances, can be adjusted. Device according to one of the preceding claims, characterized in that a separate outer strip ( 24 '; 24 ''; 24 ' ), preferably made of aluminum, which in the mounted state on the frame ( 11 ) is fixed and as an abutment for the fixing element ( 14 ) serves. Device according to one of the preceding claims, characterized in that the locking bridge ( 13 ) Through holes ( 23 ) for screwing to the frame ( 11 ) in the assembled state. Device according to one of the preceding claims, characterized in that the guide webs ( 16 ' . 16 '' ) on at least one of its outer sides have a sawtooth structure. Device according to claims 2 and 17, characterized in that the two guide webs ( 16 ' . 16 '' ) have their respective sawtooth structure on the two outer sides facing away from each other.

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