EP1560996B1 - Mounting arrangement for glass doors - Google Patents

Abstract

A mounting arrangement for glass doors includes an upper mounting having a mounting body with a clamping device for the glass leaf and a displaceable bearing pin for engaging in a counterbearing at a transom and a lower mounting with a mounting body with a clamping device for the glass leaf, and with a receiving recess for a floor door closer or a floor bearing. The two mounting bodies are arranged parallel to the vertical axis (H) of the glass leaf, and each clamping device is provided with longitudinally extending grooves for receiving fastening screws which project through screw holes in the clamping device and bore holes in the glass leaf. A clamping insert is provided for inserting into the grooves and has a recess for a cover panel. The mounting body and the counterbearing can be covered by means of covers, wherein the cover is provided with elongated holes which extend under the clamping insert and cover panel. Lift-out protection is provided in the upper mounting for the all-glass leaf in the closed position.

Description

The invention relates to a fitting arrangement for glass doors, with an upper fitting, which has a fitting body with a clamping device for the glass wing and with a vorschiebbaren bearing pin for engagement in an abutment on the skylight or the like and with a lower fitting with a fitting body with a clamping device for the Glass wing and with a receiving recess for a floor closer or floor storage.

Fitting arrangements are well known. As a rule, however, the fittings and the upper abutment, which is mounted on a skylight above the glass wing of the glass door, aligned transversely to the vertical axis of the glass door. This disturbs the overall visual impression, since the substantially vertical overall orientation of the glass door interrupted by transverse elements and perceived by the viewer as disturbing. In addition, often located next to the glass door side panel with included in the counter bearing, so that there is an overall somewhat chunky design.

Furthermore, as a result of this construction, upon pivoting of the glass wing between the front edge of the side part and the side part facing front edge of the glass wing form a gap in which you can easily pinch, resulting in painful injuries.

The DE 93 07 027 U1 refers to an all-glass system consisting essentially of a glass door and laterally adjoining wall elements, which are also made of glass, and a skylight located above the door. In this glass door, a fitting is used, which is not executed as usual in horizontal form with its lower and upper band, but is installed vertically. This makes it possible to put the necessary for the storage of the door means far out to the edge of the glass, that it only requires a semi-circular bore in the lower and upper part of the glass pan, as well as necessary for the general attachment of the fitting holes, the are above it. The connection of the glass elements with each other is ensured via a connecting element, which requires only one center hole and can be mounted without great effort. In this case, the connecting elements are designed so that an element half is inserted from each side into the bore of the glass plate and these are interconnected by means of a connecting element. The present invention is based on this generic state of the art.

The EP 0 608 063 A2 shows a glass door, which is embedded by means of a circumferential frame. Within the frame, there are corresponding horizontal fittings to operatively connect the all-glass door to a lower and upper bearing.

A fitting for a full glass wing reveals the DE 298 13 219 U1 which is crowned by caps. Within the caps various inserts can be introduced for aesthetic and visual reasons for the creative possibility.

A fitting system for the rotatable mounting of a door leaf to a frame construction is the DE 299 24 319 U1 refer to. Such a fitting consists of two fittings, which are formed by a running in the longitudinal direction gap. Between the fittings, the door leaf is clamped. Depending on the function and use, the fittings are either over one Bridge integrally connected or formed completely separate. The fittings are fastened to each other from one side by means of corresponding screw elements.

It is therefore an object of the present invention to provide a fitting arrangement that achieves an optical / aesthetic effect and that fits slim, graceful and inconspicuous in the overall arrangement of the glass door, offers an anti-trap and makes the glass door burglar resistant.

This object is achieved by the features specified in the patent claims 1 and 2. Advantageous embodiments of the erfindungsgemäβen subject emerge from the dependent claims.

With the fitting arrangements specified in claim 1 and 2 it is achieved that the fitting arrangements are not visually disturbing, since they can be fully integrated into the door. They are inconspicuous because the vertical orientation of the glass door is not interrupted by transverse elements and fits slim and graceful in the overall arrangement.

In addition to the glass wing and the skylight, a fixed, preferably made of glass, side part is arranged, wherein the upper and the lower fitting and the anvil are without engagement with the side part. By this measure, in particular the inconspicuous, slender and gracile effect of the fitting arrangement according to the invention is supported, since no attachment of the glass door takes place on the side part.

The glass wing is provided according to an advantageous development above and below with a vertically extending glass cutout for receiving the upper or lower fitting or its clamping device. In addition, following each glass cutout preferably two vertically superimposed holes for attachment to the clamping device intended. In this way, the upper or lower fitting or its clamping devices on the one hand be securely fastened to the glass door and on the other hand, the graceful design of the unit fitting / door is supported.

So that a good mutual support between the glass leaf and clamping device is ensured, according to an advantageous embodiment, each glass cutout has an obliquely extending contact edge, which comes into abutment against an inclined surface provided in the clamping device.

The clamping device has a receptacle for the glass cutout with two opposing clamping surfaces for lateral contact with the glass leaf. Due to this construction, an effective power transmission and a secure connection between fitting and door can be achieved.

So that the fastening devices for fastening the clamping devices on the glass wing do not obtrusively catch the eye, it is provided that the clamping device is provided with longitudinal grooves for receiving fastening screws, which pass through bolt holes in the clamping device and the holes in the glass wing.

In order to achieve a reinforcement of the grooves and to ensure a solid and play-free storage of the fastening screws even with prolonged use, a clamping insert is preferably provided for insertion into the grooves.

The clamping insert is provided according to an advantageous development with a receptacle for a cover. As a result, not only the overall visual impression of the fitting arrangement can be positively influenced, but it is also an adaptation to different colors, shapes, etc. possible.

The optical adjustment of the fitting arrangement according to the invention can be further improved if, according to a preferred embodiment, the fitting body and the counter bearing are covered by a panel.

The aperture is preferably according to the embodiment according to claim 1 of pieces of pipe which are slidable over the fitting body and the abutment.

It can be provided according to an embodiment that only the fitting body and the abutment are covered by the pipe. According to an alternative embodiment, the tube can also extend over the entire height of the glass wing. This design also serves as a pinch protection, as pinching between the side panel and the glass wing can be safely avoided by reducing the gap occurring.

In addition, the fitting arrangement according to the invention is not optically disturbing because it emphasizes the vertical orientation of the glass door due to its slim and graceful design. In addition, the aperture offers a wide scope for architectural and design variants.

So that the tube fits well in the overall picture of the door also in terms of appearance, according to an advantageous development, the tube is provided with a longitudinal slot and covers the rear end edge of the glass wing.

If the tubular panel extends over the entire height of the glass wing, is to increase the stability and clamping of the tube on the glass wing, preferably provided in the central region of the rear end edge of the glass wing, another fitting part. This fitting part may be formed similar to the upper or lower fitting.

To attach this fitting part holes are provided according to an advantageous development in the glass wing.

To allow easy adaptation to any design variants, the panels can be provided in different colors and / or shapes, eg. B. round, semicircular, angular, oval, etc.

Thus, the aperture does not hinder the attachment of the fittings and in particular the accessibility of the mounting screws, the aperture is provided in an advantageous development with slots, which engage under the clamping insert or the cover. Thus, the Abdeckblende the clamping insert can be easily removed when access to the mounting screws is required.

Preferably, the upper or the lower fitting is covered in each case on its outwardly facing end face with a cap, which preferably consists of plastic.

In order for a simple and easy installation of the glass wing is possible, advantageously, the bearing pin is slidably mounted in the upper clamping device in the axial direction of this clamping device. Thus, the bearing pin can be easily inserted into the upper counter bearing.

With the fitting arrangement specified in claim 15 ensures that the upper fitting is provided with a lifting protection. The anti-lifting device acts inconspicuously to the outside, since it is arranged below the fitting body crowned by cover caps or a clamping device.

According to an advantageous development of the bearing pin is attached by at least one fastening screw to the fitting body and / or the clamping device for the all-glass wing. In this case, the fastening screw penetrates orthogonally to the central axis of the bearing journal in the journal or penetrates it. The fastening screw is inserted into a slot within the fitting body and / or the clamping device in order to make the bearing pin displaceable in the direction of the vertical axis. The thread of the fastening screw penetrates within the journal into a threaded hole. By tightening the mounting screw when the journal is extended, it is positively and positively connected to the fitting body and / or the clamping device.

The fact that the bearing pin is located within a blind bore, it is possible to introduce below the extended journal another screw, which also penetrates orthogonal to the central axis of the journal both the fitting body and / or the clamping device. The arrangement of the locking screw, namely offset by 180 ° to the mounting screw, it is not possible to disassemble the built-in glass wing with the door closed. This is only possible if on one side of the all-glass door on one side the locking screw and on the opposite side the fastening screw would be unscrewed or loosened. However, this means that the fitting and / or the clamping device must be accessible from both sides of the door leaf.

If only the locking screw removed after removing the cover on one side of the glass door, so can not be lowered due to the construction of the bearing pin, because the mounting screw holds the bearing pin in position even if the Securing screw is removed. This results from the fact that the fixing screw offset by 180 ° to the locking screw, in this case within the room, is accessible. Only after opening the all-glass door, the fastening screw can also be released and thus immerse the bearing pin in the fitting body and / or the clamping device. This is only possible if the locking screw has been completely removed. When removing the locking screw, the lower part of the blind bore into which the bearing pin is inserted, released.

In another case, a person would solve only the fastening screw, so the bearing pin can not dip down into the blind hole due to the screwed on the opposite side locking screw.

It is clear that such a configuration of the locking screw and the fastening screw of the bearing journal is a simple, but effective backup of the journal is given. The adjustability when inserting the glass door is not affected by the measure of the locking screw. It is irrelevant how constructive the fitting is made.

Further details, features and advantages of the invention will become apparent from the following description of a preferred embodiment with reference to the drawings.

Figur 1:

Eine Glastür mit einer erfindungsgemäßen Beschlagan- ordnung in einer Gesamtansicht;

Figur 2:

eine Detailansicht des Glasflügels der Glastür;

Figur 3:

eine Detailansicht der erfindungsgemäßen oberen Be- schlaganordnung;

Figur 4:

eine weitere Detailansicht der erfindungsgemäßen oberen Beschlaganordnung mit ausgefahrenem Lagerzapfen;

Figuren 5 - 6:

zwei Seitenansichten des Beschlages nach Figur 3 und Fi- gur 4;

Figur 7:

eine Ansicht des unteren Beschlages von unten;

Figur 8:

ein mit dem unteren Beschlag zusammenwirkender Bo- denschließer;

Figur 9:

ein mit dem unteren Beschlag zusammenwirkendes Bo- denlager;

Figur 10:

eine Seitenansicht einer ersten Ausführungsform einer Klemmeinlage;

Figur 11:

eine Vorderansicht auf die Klemmeinlage nach Figur 10;

Figur 12:

eine Draufsicht auf die Klemmeinlage nach Figur 10;

Figur 13:

eine Ansicht des unteren Beschlages von unten nach ei- ner alternativen Ausführungsform;

Figur 14:

eine Seitenansicht eines Adapters zur Verbindung mit dem unteren Beschlag nach Figur 13;

Figur 15:

eine Ansicht des Adapters nach Figur 14 von oben;

Figur 16:

eine Ansicht des Adapters nach Figur 14 von unten;

Figur 17:

eine perspektivische Ansicht eines kompletten unteren Be- schlages;

Figur 18:

wie Figur 17, nur mit teilweise aufgeschobener Verklei- dung;

Figur 19:

ein kompletter unterer Beschlag in einer Explosionsdar- stellung;

Figur 20:

eine Verkleidung in einer perspektivischen Darstellung;

Figur 21:

einen oberen Beschlag in einem Teilschnitt mit einer Aus- hebesicherung;

Figuren 22-23:

weitere Ausführungen von verschiedenen Klemmeinlagen;

Figur 24:

eine durchgehende Verkleidung für den oberen und unte- ren Beschlag.

Show it:

FIG. 1:

A glass door with a fitting arrangement according to the invention in an overall view;

FIG. 2:

a detail view of the glass wing of the glass door;

FIG. 3:

a detailed view of the upper fitting arrangement according to the invention;

FIG. 4:

a further detail of the upper fitting arrangement according to the invention with extended bearing pin;

FIGS. 5 to 6:

two side views of the fitting FIG. 3 and Figure 4;

FIG. 7:

a view of the lower fitting from below;

FIG. 8:

a floor closer cooperating with the lower fitting;

FIG. 9:

a bottom bearing cooperating with the lower fitting;

FIG. 10:

a side view of a first embodiment of a clamping insert;

FIG. 11:

a front view of the clamping insert after FIG. 10 ;

FIG. 12:

a plan view of the clamping insert after FIG. 10 ;

FIG. 13:

a bottom view of the lower fitting according to an alternative embodiment;

FIG. 14:

a side view of an adapter for connection to the lower fitting after FIG. 13 ;

FIG. 15:

a view of the adapter FIG. 14 from above;

FIG. 16:

a view of the adapter FIG. 14 from underneath;

FIG. 17:

a perspective view of a complete lower fitting;

FIG. 18:

as FIG. 17 , only with partially defaced covering;

FIG. 19:

a complete lower fitting in an exploded view;

FIG. 20:

a panel in a perspective view;

FIG. 21:

an upper fitting in a partial section with a release guard;

Figures 22-23:

further versions of various clamping inserts;

FIG. 24:

a continuous covering for the upper and lower fitting.

In the figures, a fitting assembly 1 according to the invention is shown in detail, wherein a glass door 2 is shown only insofar as it is important for the explanation of the invention.

In FIG. 1 the glass door 2 is shown only in the region of the fitting arrangement 1 according to the invention. The glass door 2 consists of a pivotable glass wing 6, arranged above the glass wing 6 and preferably made of glass skylight 9 and arranged laterally next to the glass wing 6 and the skylight 9, also made of glass, side part 15th

The glass wing 6 is held over the fitting arrangement 1 according to the invention exclusively in the skylight 9 or in the ground, without any attachment to the side part 15 takes place. For this purpose, the fitting arrangement 1 consists of an upper fitting 3 and a lower fitting 10th

The upper fitting 3 has a fitting body 4 with a clamping device 5. The clamping device 5 has an installation position above projecting bearing pin 7, which can engage in a corresponding bearing opening in an abutment 8, which is fixed to the skylight 9.

The lower fitting 10 also has a fitting body 1 with a clamping device 5 '. The clamping device 5 'has a receiving recess 12 for a bottom closer 13 or a bottom bearing 14 on a surface facing downward in the installed position.

The arrangement and orientation of the lower fitting 10 and the upper fitting 3 is made such that the two fitting body 4, 11 are aligned parallel to a vertical axis H of the glass wing 6. Preferably, the counter bearing 8 is similar to the fitting body 4, 11 is formed and arranged parallel to the vertical axis H of the glass wing 6.

In order to ensure a secure attachment of the clamping device 5, 5 'to the glass wing 6, the glass wing 6 is provided in its lower portion with a glass cutout 16 which is arranged so that a side and downwardly open cutout results (see. FIG. 2 ). This glass cutout 16 merges via an inclined contact edge 19 into a lateral end edge of the glass wing 6. Following this glass recess 16 two vertically successive holes 18 are arranged.

In the same way, the glass wing 6 is provided in its upper region with a glass cutout 17 which is arranged so as to form a cutout which is open to the side and upwards (cf. FIG. 2 ). This glass cutout 17 likewise passes over an inclined contact edge 19 into a lateral end edge of the glass leaf 6. Following this glass recess 17, two bores 18 lying vertically one behind the other are also arranged here.

In FIG. 3 is an upper or lower fitting 3, 10 of the inventive fitting arrangement 1 shown in detail. The upper or lower fitting 3, 10 is each provided with a clamping device 5, 5 ', by means of which they can be attached to the glass wing 6.

The clamping device 5, 5 'has a receptacle 21 with two lateral clamping surfaces 20, which bear against the side surfaces of the glass wing 6 in the installed state. The receptacle 21 is bounded on one side by an inclined surface 22, on which the abutment edge 19 of the glass blade 6 comes into abutment in the installed state. In the outwardly facing side surfaces of the clamping device 5, 5 'continue extending grooves 23 are provided in which screw holes 24 are located. In these screw holes 24 fasteners, not shown, can be used, which enforce the screw holes 24 in the clamping device 5, 5 'and the bore 18 in the glass wing 6 in the installed state and thus keep the clamping devices 5, 5' safe and positionally accurate to the glass wing 6. In order to ensure a good contact of the clamping surfaces 20 on the glass wing 6, the clamping device 5, 5 'is provided on its side facing away from the glass wing 6 side with a slot 27.

The glass wing 6 is held in the clamping device 5, 5 'exclusively by clamping action. The bolt holes 24 by cross-fasteners serve only to create a clamping action between the clamping surfaces 20, but not for storage of the glass wing. 6

In a groove 23, a clamping insert 25 can be inserted for reinforcement, which passes through the screw holes 24. This clamping insert 25 in turn can be provided with a groove for receiving a cover panel 26 (see. FIGS. 10 to 12 ).

In FIG. 4 the upper fitting 3 is shown. In order to engage with the counter bearing 8, the bearing pin 7, which protrudes upward from the fitting 3 is used. Thus, the glass wing 6 easily installed or can be removed again if necessary, the bearing pin 7 is slidably mounted in the longitudinal direction of the fitting 3. This is z. B. an arranged in the groove 23 adjusting screw 28 is provided, which is slidably connected in a slot 29 and in a manner not shown in detail with the bearing pin 7. When the set screw 28 is released, it can be in the slot 29 from the in FIG. 4 Move shown position down and takes the bearing pin 7 so that it comes out of engagement with the thrust bearing 8. Conversely, the adjusting screw 28 moves in the slot 29 upwards, the bearing pin 7 emerges upwards out of the fitting 3 and can engage with the anvil 8 in engagement.

In the FIGS. 7 to 9 two variants are shown how the lower fitting 10 can be stored. In the provided in the lower fitting 10 receiving bore 12 can either according to FIG. 8 a bottom closure 13 or a pin of a bottom bearing 14 engage.

In the FIGS. 14 to 16 an optional adapter 31 for an alternative bottom mounting of the lower fitting 10 is shown. The lower fitting 10 has the in FIG. 13 shown shape with a hexagonal opening 30. In this hexagonal opening 30 of the adapter 31 is used, in the FIGS. 14 to 16 is shown.

The adapter 31 has a connection plate 32, from which a hexagon 33 extends upwards, which serves for engagement with the hexagonal opening 30 in the lower fitting 10. In the connection plate 32, a receptacle 34 is provided, in which the bottom closure 13 can engage. For adjustment and for alignment, a notch 35 is further provided in the terminal plate 32.

The fitting assembly 1 according to the invention is provided with additional apertures 38. For this purpose, indentations 35 can be arranged in the fittings 3, 10, into which the panels 38 can be inserted. The panel 38 may extend only over the fitting body 4, 11 and the anvil 8 or extend over the entire height of the glass wing 6. The panels 38 may have different shapes, for. B. round or square, and / or differ in color and for example consist of tubes which are pushed over the fittings 3, 10 and the abutment 8. The tube used as a diaphragm 38 may be provided with a longitudinal slot in the form of a cutout 46 and cover the rear end edge of the glass wing 6. If the tube 38 extends over the entire height of the glass wing 6, can be provided for clamping the tube 38 to the glass wing 6, preferably in the central region of the rear end edge, another, not shown, fitting part. This fitting part, which may be similar to the upper or the lower fitting 3, 10, may be fastened via bores in the glass wing 6.

The aperture 38 is provided with lateral oblong holes, which engage under the clamping insert or the cover panel. In addition, the upper and the lower fitting 3, 10 each on its outwardly facing end face with a cap 39, preferably made of plastic, be covered.

The fitting arrangement 1 according to the invention can be used both in single-leaf and double-leaf glass doors.

The fitting 3, 4 is connected via connecting elements with the glass wing 2. For this purpose, in the fitting 3, 4 longitudinal grooves in the form of shots 21 may be provided, in which are inserted for better storage of the connecting elements clamping inserts. The clamping inserts are in turn covered to the outside with filler panels 38.

So that a good accessibility of the connecting elements is ensured, the panels 38 are provided with oblong holes 43 which engage under the clamping insert 25 or its cover panel 26, 37 (cf. FIG. 17 ). As a result, the aperture 38 is fixed to the fitting 3, 10. In addition, each of the outwardly facing end faces of the fittings 3, 10 are provided with a cap 39.

By already described above fitting arrangement 1 with the upper fitting 3 and the lower fitting 10, different designs can be realized. This is on the one hand, the above-described embodiment, that the upper fitting 3 is used with the fitting bodies 4 both as the upper fitting 3 and as a lower fitting 10, wherein in each case to adapt to the environment corresponding bearing pin 7 and adapter 31 are used. The bearing pin 7 and the adapter 31 are also present in the fitting arrangement 1, if not only by short apertures 38, the upper fitting 3 and the lower fitting 10 are crowned, but if a continuous aperture 38 from top to bottom over the entire vertical axis H. the glass door 2 is used to simultaneously realize a corresponding terminal protection against the secondary closing edge.

In FIG. 24 Such a continuous aperture 38 is present, in which the slots already described in the form of openings 43 for the clamping inserts and thus for the attachment of the aperture 38 to the underlying fitting body 4 in the form of clamping devices 5 and 5 'can be realized. The breakthrough 43 is surrounded on all sides by material, so that the pleasing adaptation to the aesthetic Conditions of the fitting a conclusion 45 with a rounding is provided. Over the entire length of the aperture 38 after FIG. 10 , ie both over the lower and on the upper fitting 3 and 10, a cutout 46 extends to ensure immersion of the glass door 2 within the tube 38. The lower and upper end of the aperture 38 forms a boundary 44. Within the aperture 38 projections 42 are formed to prevent rotation of the aperture 38 on the fitting bodies 4 and the clamping device 5, 5 '.

A diaphragm 38, which is used only for an upper fitting 3 or a lower fitting 10 or an abutment 8 is the FIG. 20 refer to. In this case, there is the corresponding opening 43 as well as the projections 42. Attached, this aperture 38 is also on clamping inserts 25 so that no fasteners are visible on the panel 38.

For clarification is in the FIG. 17 once again shown a lower fitting 10 in a mounted overall view, with the glass door 2 was not shown here for clarity. In this case, the aperture 38 overcomes the underlying fitting with the clamping device 5, 5 'and the adapter 31 as well. The outer end forms the clamping inserts 25 to be described in detail, in which a cover 37 in the form of a plastic cover is inserted.

By the FIG. 18 it is clear that the aperture 38 is pushed over the lower fitting 10. In this case, the projections 42 engage in grooves 36 of the lower fitting 10 in order to prevent a rotatability of the aperture 38 relative to the lower fitting 10. Furthermore, it is clear that the grooves 23 and the screw holes 24 are covered by the aperture 38.

In an exploded view of the lower fitting 10 is in the FIG. 19 Once again made clear how, after crowning of the fitting body or the Klemmeinrichung 5, 5 ', without attachment means visible to the outside, the diaphragm 38 is attached to the fitting body.

The upper end of the fitting after the FIG. 19 Form cover caps 39, on each of which a projection 40 is formed, which is inserted into the grooves 23. The caps 39 are preferably made of a corresponding plastic.

In the direction of the vertical axis H of the fitting arrangement 1, the diaphragm 38 is indirectly connected via the already indicated clamping inserts 25 with the clamping device 5, 5 'via corresponding screw elements.

Like that FIGS. 22 to 24 it can be seen within the clamping inserts 25 most different holes or breakthroughs, z. B. in the form of a slot 47, available. In addition to counterbores 56, mounting holes 57 and threaded holes 58 and through holes 59 and 60 present at various points to realize a universal applicability of the clamping insert 25 both at short apertures 38 for the upper fitting 3 and the lower fitting 10 and for the counter bearing 8, as well as in a device for the jam-free operation of such a door, where the aperture 38 extends over the entire vertical axis H of the glass door 2 itself. On the covers 37 projections 41 are formed on the covers 37, which clip into the corresponding underlying holes 57 to a non-visible attachment between the cover 37 and the clamping insert 25 to to reach.

The FIG. 21 is an upper fitting 3 again, which is used for glass doors 2 with a glass wing use.

The upper fitting 3 essentially consists of the fitting body 4 which has the glass receptacle 21 for the glass leaf 2 of the all-glass door. At the upper portion of the fitting body 4 is a blind bore 53 into which the displaceably formed bearing pin 7 of an upper bearing, for. B. immersed in the skylight 9 or the like. The fitting body 4 is bounded laterally by the clamping inserts 25 (clamping plates). The clamping inserts 25 are in turn covered by cover plates 26, 37 and mounted on the mounting holes 57. If you remove the cover plates 26, 37, so within the upper fitting 3, two screw, namely once a retaining screw 50 and a locking screw 48, accessible. The retaining screw 50 is embedded with its head within an axially aligned slot 47 and penetrates with its thread in an internal thread 51, which is located in the bearing pin 7 a. When extending the bearing pin 7 (see FIG. 21 ), the retaining screw 50 is tightened, so that there is a non-positive and positive connection between the bearing pin 7 and the upper fitting 3.

Directly below the end of the bearing pin 7, which dips within the blind bore 53, is orthogonal to the longitudinal axis of the fitting, the locking screw 48. The locking screw 48 penetrates the blind bore 53. The length of the locking screw 48 is on the thickness of the fitting body 4 and Clamping inserts 5, 5 'tuned. However, the locking screw 48 is offset by 180 ° relative to the retaining screw 50. This means that with a closed door z. B. the locking screw 48 is out of the room and the retaining screw 50 is located within the room. Thus, in a closed door no person at the same time both screws, namely the locking screw 48 and the retaining screw 50, unscrew to the bearing pin 7 in the blind bore 53rd Lower then to remove the door from its position of use.

If one were to remove the locking screw 48, which was screwed into an internal thread 55 of the clamping insert 25, then it becomes clear that only when the securing screw 48 is prematurely removed can the retaining screw 50 loosen the bearing pin 7.

The situation, namely removal of the retaining screw 50 from the bearing pin 7 with the simultaneous presence of the locking screw 48 inserted in the thread 55, allows no lowering of the bearing pin 7.

As from the embodiment of FIG. 21 becomes clear, is compared to the cited prior art of DE 89 105 69.9 U1 a functional door even then given when the retaining screw 50 is removed, because due to the locking screw 48 of the bearing pin 7 can not be pushed out of the upper bearing. The fact that the locking screw 48 relative to the retaining screw 50, when viewed from the top of the upper fitting 3, offset by 180 °, is also at the same time a lifting protection of the entire glass door before.

LIST OF REFERENCE NUMBERS

1

fitting assembly

2

glass door

3

upper fitting

4

fitting body

5

clamper

5 '

clamper

6

Glasflügel

7

pivot

8th

thrust bearing

9

skylight

10

lower fitting

11

fitting body

12

receiving recess

13

floor closers

14

bottom support

15

side panel

16

glass cut

17

glass cut

18

drilling

19

contact edge

20

clamping surfaces

21

admission

22

sloping surface

23

groove

24

screw hole

25

clamping insert

26

cover panel

27

slot

28

screw

29

Long hole

30

Hexagonal opening

31

adapter

32

connecting plate

33

hexagon

34

admission

35

notch

36

groove

37

cover

38

dazzle

39

cap

40

head Start

41

head Start

42

head Start

43

Breakthrough (slot)

44

limit

45

graduation

46

neckline

47

Long hole

48

locking screw

49

screw

50

retention screw

51

inner thread

52

thread

53

blind hole

54

drilling

55

threaded hole

56

countersink

57

mounting hole

58

threaded hole

59

drilling

60

drilling

61

thread

H

vertical axis

Claims (23)

1. A fitting assembly (1) for glass doors (2),

   - with an upper fitting (3), which presents a fitting body (4), with a clamping device (5) for the glass leaf (6) and with a displaceable bearing journal (7) for engaging in a counter-bearing (8) at an overpanel (9) or the like,

   - with a lower fitting (10) with a fitting body (11) with a clamping device (5') for the glass leaf (6) and with a reception recess (12) for a floor spring (13) or for a floor pivot (14), both fitting bodies (4, 11) being disposed parallel in relation to the vertical axis (H) of the glass leaf (6), characterized in that
   the clamping device (5, 5') is provided with longitudinally extending grooves (23) for the reception of attachment screws, which pass through screw holes (24) in the clamping device (5, 5') and bores (18) in the glass pane (6), and in that a clamping insert (25) is provided for being inserted in the grooves (23) and in that the clamping insert (25) is provided with a reception for a cover plate (26, 37), and in that the fitting body (4, 11) and the counter-bearing can be covered by means of faceplates (38, 44), the faceplate (38, 44) being provided with oblong holes (43), which engage in the clamping insert respectively the cover plate (26, 37) from below.
2. A fitting assembly (1) for glass doors (2),

   - with an upper fitting (3), which presents a fitting body (4), with a clamping device (5) for the glass leaf (6) and with a displaceable bearing journal (7) for engaging in a counter-bearing (8) at an overpanel (9) or the like,

   - with a lower fitting (10) with a fitting body (11) with a clamping device (5') for the glass leaf (6) and with a reception recess (12) for a floor spring (13) or for a floor pivot (14), both fitting bodies (4, 11) being disposed parallel in relation to the vertical axis (H) of the glass leaf (6), characterized in that
   the clamping device (5, 5') is provided with longitudinally extending grooves (23) for the reception of attachment screws, which pass through screw holes (24) in the clamping device (5, 5') and bores (18) in the glass panes (6), and in that a clamping insert (25) is provided for being inserted in the grooves (23) and in that the clamping insert (25) is provided with a reception for a cover plate (26, 37), and in that the fitting bodies (4, 11) can be covered by means of one continuous faceplate (38), the faceplate (38, 44) being provided with oblong holes (43), which engage in the clamping insert (25), respectively the cover plate (26, 37) from below.
3. A fitting assembly according to claim 1 or 2, characterized in that a stationary lateral panel (15), preferably consisting of glass, is disposed laterally adjacent to the glass leaf (6) and to the overpanel (9), and in that the upper fitting and the lower fitting (3, 10) as well as the counter-bearing (8) do not engage in the lateral panel (15).
4. A fitting assembly according to any of the preceding claims, characterized in that the glass leaf (6), at the top and at the bottom, is provided with a vertically extending glass cut-out (16, 17) for receiving the upper respectively the lower fitting (3, 10), respectively the clamping device (5, 5') thereof, and in that in continuation of each glass cut-out (16, 17) preferably two bores (18), vertically disposed one above the other, are provided for the attachment to the clamping device (5, 5').
5. A fitting assembly according to any of the preceding claims, characterized in that each glass cut-out (16, 17) presents an inclined extending locating edge (19), which comes to abut against an inclined surface (22) provided at the clamping device (5, 5').
6. A fitting assembly according to any of the preceding claims, characterized in that the clamping device (5, 5') presents a reception (21) for the glass cut-out (16, 17) including two opposite clamping surfaces (20) for the lateral abutment against the glass leaf (6).
7. A fitting assembly according to any of the preceding claims, characterized in that the faceplate is made from a tube which can be slid over the fitting bodies (4, 11), respectively over the counter-bearing (8).
8. A fitting assembly according to any of the preceding claims, characterized in that only the fitting bodies (4, 11) and the counter-bearing (8) are covered by the tube.
9. A fitting assembly according to any of the preceding claims, characterized in that the tube is provided with a longitudinal slot and covers a posterior frontal edge of the glass leaf (6).
10. A fitting assembly according to any of the preceding claims, characterized in that the upper fitting, respectively the lower fitting (3, 10) are respectively covered at the front side oriented to the outside by a cover cap, preferably made from plastic material.
11. A fitting assembly according to claim 2, characterized in that, for clamping the tube to the glass leaf (6), another fitting member is provided, preferably in the central area of the posterior frontal edge.
12. A fitting assembly according to any of the preceding claims, characterized in that the faceplate (38) is provided in different colours and/or shapes.
13. A fitting assembly according to any of the preceding claims, characterized in that the faceplate (38) is provided with oblong holes (43) which engage from below in a clamping insert (25), which is provided at the fitting (3, 10), respectively in the cover plate (26) thereof.
14. A fitting assembly according to any of the preceding claims, characterized in that the upper fitting, respectively the lower fitting (3, 10) are respectively covered at the front side oriented to the outside by a cover cap (39), preferably made from plastic material.
15. A fitting assembly according to any of the preceding claims, characterized in that the cover plate (26, 37) is made from plastic material.
16. A fitting assembly according to any of the preceding claims, characterized in that the bearing journal (7) of the fitting (3) is secured such that with the all-glass door being closed, the glass leaf presents an anti-lift device.
17. A fitting assembly according to any of the preceding claims, characterized in that the bearing journal (7) is fixed by at least one holding screw (50) in or at the fitting body (4) and/or the clamping device.
18. A fitting assembly according to any of the preceding claims, characterized in that the holding screw (50) penetrates into the bearing journal (7) orthogonally in relation to the central axis of the bearing journal (7).
19. A fitting assembly according to any of the preceding claims, characterized in that the holding screw (50) passes through an oblong hole (47), within the fitting body (4) and/or the clamping device, into a threaded bore (51), which is located within the bearing journal (7), and non-positively and positively connects the bearing journal (7) to the fitting body (4) and/or to the clamping device.
20. A fitting assembly according to claim 4, characterized in that the threaded bore (51) is a pocket bore.
21. A fitting assembly according to claim 4, characterized in that the threaded bore (51) passes through the bearing journal (7).
22. A fitting assembly according to any of the
    preceding claims, characterized in that a locking screw (48) is situated below the bearing journal (7), which screw extends orthogonally in relation to the bearing journal (7) and at least plunges into the pocket bore (53), respectively passes through the latter.
23. A fitting assembly according to any of the preceding claims, characterized in that the head of the locking screw (48) is disposed on the side of the fitting body (4) and/or of the clamping device opposite to the holding screw (50).

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