EP2527576A1 - Moving device for pivotable partition elements and furniture - Google Patents

Abstract

The carriage (4) has a carriage body (41) including a housing (411) with an interior space to provide an adjusting element (45). The adjusting element is displaceable in relation to a holding element i.e. holding wedge (452). The adjustment element is held at a selected position, so that a part of the adjusting element protruding out of the housing is provided with a running wheel (44) and the body is connected to the separation element, or the part of the adjusting element protruding out of the housing is connected to the separation element and the body is provided with the wheel.

Description

The invention relates to a hinge, in particular a hinge for a displacement device, by means of which a separating element is rotatably held.

Glass or wood walls, doors or shops are often used for separating or designing rooms or closing furniture.

Since a rotatably held separating element after opening a piece of furniture usually disturbing appears, solutions have been developed that allow the separating element after opening the piece of furniture in a space provided therein, optionally delimited by an intermediate wall space.

From [1], US 5,149,180 A , A piece of furniture with a displacement device is known by means of a rotatably supported on a stop profile door from a use position is retractable into a door compartment, which has at least one side wall. The stop profile is held by a scissors cross, which has two mutually hinged scissor elements when entering the door compartment and when extending in a vertical position. One of the two scissors elements is rotatably supported by the upper end at the top of the stop profile on a scissor bearing and rotatably supported by the lower end within the door compartment in a guide device and vertically. The second scissor element is rotatable with the upper end within the door compartment in an anchorage and held rotatably and vertically displaceable with the lower end on the underside of the stop profile. When sinking and extending the door remain the upper ends of the Therefore, scissor elements always at the same height, while the lower ends are moved vertically. The pivot points at the ends of the scissor elements ideally always form a rectangle. By releasing the scissor bearing from the stop profile, this can be moved vertically to position the door within the door compartment equidistant from the top and bottom of the cabinet.

Furthermore, in [1] an upper and a lower rail are provided, along which the stop profile is guided by means of guide plates to prevent twisting and jamming of the scissors cross.

The separating element is connected in the inventive displacement device by at least one hinge with the stop profile. Hinges for furniture doors are known from numerous publications.

Off, [2], EP 0 909 864 A2 , Known for furniture doors hinge with a hinge arm is known, which is connected by means of an outer and an inner articulated lever, which form a four-bar linkage together with four hinge axes, with a hinge cup. One of the articulated levers is designed as a double-armed lever with an arm pointing freely in the hinge arm, which is acted upon by a spring mounted in the hinge arm and which has two side bars aligned perpendicular to the hinge axes. In this case, the spring presses on a preferably cylindrical metal pin, which is held between the side webs of the freely projecting into the hinge arm of the articulated lever.

By using a metal pin, which is made of much higher quality and abrasion resistant material than the toggle lever, the life of the hinge can be compared to a hinge in which the spring rubs directly on the joint lever, be increased considerably.

Off, [3], EP 1 048 809 A1 , A hinge is known in which a leaf spring acts on a block, for example made of plastic, which is placed on a hinge lever. By using a block of plastic in turn, the friction between the toggle lever and the leaf spring is to be reduced.
[4] DE 3914103 A1 , shows a solution in which the spring acts on the toggle lever via a one-armed lever. In this solution, the spring remains protected while the friction between the one-armed lever and the toggle lever occurs.

The mutual rubbing of device parts therefore leads to a more or less premature wear of the hinge. The use of additional parts, such as the aforementioned metal pin, the plastic block or the one-armed lever, only leads to a reduction of wear, but to a greater effort and space requirements.

A further disadvantage is that the mentioned friction between the device parts absorbs forces that are no longer available for the function of the hinge.

In addition, the force of the spring is relatively low on the separating element connected to the hinge, so that the functions for opening or closing of the separating element by the spring force hardly, partially or not at all supported. Typically, only a holding of the separating element takes place in a position of the separating element. In the case of [4], a relatively small closing moment occurs only in the closing position of the separating element.

Furthermore, disturbing noises result due to the friction within the hinge.

Furthermore, the spring takes up relatively much space in the hinges of [2], [3] and [4], which, of course, is only sparingly available.

A disadvantage of the devices of [2], [3] and [4] is further that the hinge position with open separating element is not adjustable. The partition is therefore not perpendicular to the furniture and possibly provided therein door compartment aligned in the open position, which is why on the one hand an aesthetically not favorable impression results and on the other hand can strike the partition on the side walls of the door compartment, which disturbing noises and wear can occur.

The invention is therefore additionally based on the object to improve the known hinges and overcome the disadvantages described. In particular, a hinge is to be created in which wear phenomena can be avoided on the hinge itself and related parts. In particular, friction between device parts of the hinge and the wear of the same should be avoided. Furthermore, should be avoided by the hinge emitted noise or largely reduced.

Furthermore, a stronger spring element to be used, the power is optimally transmitted to the associated articulated lever and which at the same time takes up little space.

The lever mechanism should preferably be configured in such a way that a strong functional torque acts on the lever mechanism and the spring element in both end positions Separating element is applied, so that the separating element is automatically guided in the respective end position.

The hinge should be designed to save space and be mounted on any separation elements, such as glass plates or wood panels.

The solution to this problem is achieved with a hinge, as defined in claim 1. Advantageous embodiments of the hinge are specified in further claims.

The hinge, which serves for the rotatable mounting of a separating element comprises a connectable to the separating element mounting member which is connected via a lever mechanism with a stop member. According to the invention, the stop member is pivotally connected to the first end of a driven by a drive spring drive lever and with the first end of a control lever whose second end piece is pivotally connected to the first end of a mounting member connected to the mounting lever, the second end piece with the second end of the drive lever is connected, which presses the mounting lever against the actuating lever, so that the second end of the actuating lever and the first end of the mounting lever are pushed away with the partition open against the drive lever and with the separating element closed by the drive lever.

The end position of the hinge is achieved when the separating element is open when the third lever shaft or associated parts of the actuating lever or the mounting lever strike the drive lever. The end position of the hinge is reached when the separating element is closed at the latest when the mounting element, possibly the hinge cup rests on the drive lever. The adjusting lever and the assembly lever therefore form a knee joint at the connection point, which depending on the position, is pressed by the drive lever in one or the other direction. In the situation in which the axes of rotation of the control lever and the mounting lever are exactly in one plane, they are pressed against each other. Once the separator is now only minimally rotated in one direction or the other, the knee joint is also guided in a corresponding direction and folded, the separator automatically moves to the stop in the end position in which the separator is either open or closed.

Due to the optimal action of the drive spring on the drive lever a considerable force is exerted on the separating element, so that the process in question is carried out to open or close the separating element practically automatically. The drive spring acts with almost constant force on the same position of the drive lever, which is why over the entire pivoting range results in a nearly constant acceleration and any friction between these parts is avoided. Accordingly, wear and noise are avoided. Furthermore, no auxiliary elements are needed. Preferably, a drive spring is used, which has at least one present in the form of a coil spring spring assembly, which is held together with the respective end of the drive lever by a first lever shaft. The end pieces and / or an intermediate piece of the drive spring rotate with the drive lever therefore about the same axis, which is why the respective end of the drive lever and one or two spring assemblies of the drive spring can be juxtaposed and thereby take only a small cylindrical volume of space.

For this purpose, the stop member preferably has a first bearing body, in which the holding of the drive lever and the first spring lever shaft serving the drive spring is mounted. On one or both sides of the first bearing body, a respective spring assembly of the spiral spring designed as a drive spring is arranged, which presses against the drive lever on the one hand against the stop member and on the other hand with an end piece or a center piece.

Optionally, the adjusting lever is also held by the first lever shaft. However, the stop member preferably has at least one second bearing body in which a second lever shaft serving to hold the adjusting lever is mounted.

Further, the second end portions of the drive lever and the mounting lever are interconnected by a fourth lever shaft.

It therefore results in a lever mechanism, which is driven smoothly by the drive spring with high power.

The drive spring, for example, per coil pack 10 turns and a wire diameter of, for example, 0.5 mm to 2 mm. The number of turns and the wire diameter are adapted to the load of the door element. It is interesting that in the inventive construction of the hinge, the spring force can be practically increased arbitrarily, without the space requirement increases significantly. It is also particularly advantageous that the spring travel or the angle of rotation of the corresponding end piece or center piece of the drive spring is very large and the drive spring thereby provides a practically constant high force over the entire range of movement of the hinge.

As mentioned, with the partition open, the third lever shaft is guided against the drive lever until the third Engage the lever shaft or parts of the adjusting lever or the assembly lever on the drive lever. In a preferred embodiment, therefore, a stop element is provided which limits the minimum distance of the third lever shaft to the drive lever. Preferably, a rotatably mounted stop screw is provided in the drive lever, by means of which the minimum distance between the third lever shaft and the drive lever and thus the orientation of the separating element in the open end position is adjustable. Preferably, a stop element is provided on the adjusting lever, which cooperates with the stop screw.

In a further preferred embodiment, the mounting element, optionally the hinge cup, relative to the mounting lever displaceable and fixable by means of a connecting screw. The mounting lever can therefore be firmly connected to the mounting element or, alternatively, be connected in an optional position with the mounting element, whereby a higher flexibility is achieved. The separator can therefore be aligned with simple measures parallel to the stop bar. This is achieved in a particularly simple manner by providing a connecting piece with a toothing and a tool recess in the hinge cup, into which a toothed tool can be introduced in such a way that the tool toothing cooperates with the toothing of the connecting piece. After loosening, for example, provided on the connector connecting screw the toothed tool can be rotated and the hinge cup relative to the connector can be selectively moved, after which the connecting screw is tightened again.

In preferred embodiments, the outer shapes of the drive lever, the control lever and the mounting lever adapted to each other, so that they are at least partially intermeshable. For example, the mounting lever at least partially on a U-profile, which is fitted in the hinge cup and / or which serves to receive the drive lever in the position in which the third bearing shaft is guided against the drive lever.

Further, it is preferably provided that, the second end of the actuating lever and the first end of the mounting lever each have two adjacent, the recording of the third bearing shaft serving bearing elements which are spaced apart such that between them the drive lever against the third bearing shaft feasible and thus between Parts of the control lever and the mounting lever is at least partially retractable.

Fig. 1

eine in ein Möbelstück 1 integrierte erfindungsgemässe Verschiebevorrichtung 2, mittels der ein von fünf Scharnieren 3 gehaltenes Trennelement 11 in ein Türfach 14 verschiebbar ist, welches von einer äusseren Seitenwand 12 und einer Zwischenwand 13 des Möbelstücks 1 begrenzt ist;

Fig. 2

die erfindungsgemässe Verschiebevorrichtung 2 mit einem entlang einer oberen und einer unteren Schiene 27, 28 geführten Anschlagprofil 21, welches einerseits über die Scharniere 3 mit einem Trennelement 11 und anderseits mit einem Scherenkreuz 22 verbunden ist, dessen erste und zweite Scherenelemente 221, 222 an den oberen Enden fest mit einer Verankerung 23 bzw. dem Anschlagprofil 21 verbunden und an den unteren Enden in Führungsvorrichtung 24 bzw. im Anschlagprofil 21 geführt sind;

Fig. 4

ein erfindungsgemässes Scharnier 3 in geöffneter Stellung, mit einem am Anschlagprofil 21 montierten Anschlagteil 30, welches einerseits über einen von einer Antriebsfeder 35 angetriebenen Antriebshebel 31 und andererseits über einen Stellhebel 32 und einen Montagehebel 33 mit einem Scharniertopf 38 verbunden ist;

Fig. 5

das Anschlagteil 30 von Figur 8 mit einem dem Halten einer ersten Lagerwelle 361 dienenden ersten und zwei dem Halten einer zweiten Lagerwelle 362 dienenden zweiten Lagerkörpern 304;

Fig. 6a

in prinzipieller Darstellung das erfindungsgemässe Scharnier 3 mit dem am Anschlagprofil 21 angeschlagenen Anschlagteil 30 sowie dem von der Antriebsfeder 35 angetriebenen Antriebshebel 31, dem Stellhebel 32 und dem Montagehebel 33;

Fig. 6b

das erfindungsgemässe Scharnier 3 von Figur 10a in einer konkreten Ausgestaltung;

Fig. 7a-c

in prinzipieller Darstellung das Scharnier 3 von Figur 10a mit dem Hebelwerk in einer geöffneten Stellung (Fig. 11a), in einer Übergangstellung (Fig. 11b) und in einer Schliessstellung (Fig. 11c);

Fig. 8a-c

das konkret gezeigte Scharnier 3 von Figur 8 in einer geöffneten Stellung (Fig. 12a), in einer Übergangstellung (Fig. 12b) und in einer Schliessstellung (Fig. 12c);

Fig. 9

das erfindungsgemässe Scharnier 3 in einer Explosionsdarstellung mit Verbindungslinien, welche den Einsatz der ersten, zweiten, dritten und vierten Lagerwelle 631, 632, 633, 634 repräsentieren;

Fig. 10a

das Anschlagteil 30 von Figur 9 mit eingesetzter erster Lagerwelle 361, durch die die Antriebsfeder 35 und der Antriebshebel 31 gehalten sind, und mit eingesetzter zweiter Lagerwelle 362, durch die der Stellhebel 32 gehalten ist;

Fig. 10b

das Anschlagteil 30 mit dem Antriebshebel 31 und dem Stellhebel 32, an deren freiliegenden Endstücken die dritte und vierte Lagerwelle 363, 364 eingesetzt werden, um den eingesetzten Montagehebel 33 zu montieren;

Fig. 10c

das vollständig zusammengebaute Scharnier 3 mit dem mit dem Montagehebel 33 verbundenen Montageelement 38, welches als Scharniertopf ausgebildet ist;

Fig. 11a

den Montagehebel 33 mit einem Montageelement 38, welches als Beschlag für eine Glastür 11 ausgebildet ist; und

Fig. 11b

ein Möbelstück 1 mit einer Glastür 11, welche von einer erfindungsgemässen Verschiebevorrichtung 2 gehalten ist.

The invention will be explained in more detail with reference to drawings. Showing:

Fig. 1

a sliding device 2 according to the invention integrated in a piece of furniture 1, by means of which a separating element 11 held by five hinges 3 is slidable into a door compartment 14 bounded by an outer side wall 12 and an intermediate wall 13 of the furniture 1;

Fig. 2

the inventive displacement device 2 with a guided along an upper and a lower rail 27, 28 stop profile 21 which is connected on the one hand via the hinges 3 with a separating element 11 and on the other hand with a scissor cross 22, the first and second scissor elements 221, 222 to the upper Ends firmly connected to an anchor 23 and the stop profile 21 and guided at the lower ends in the guide device 24 and in the stop profile 21;

Fig. 4

a hinge 3 according to the invention in the open position, with a mounted on the stop profile 21 stop member 30 which is connected on the one hand via a drive spring 35 driven by a drive lever 31 and on the other hand via a lever 32 and a mounting lever 33 with a hinge cup 38;

Fig. 5

the stop member 30 of FIG. 8 a second bearing body 304 serving to support a first bearing shaft 361 and a second bearing body 304 to hold a second bearing shaft 362;

Fig. 6a

in a schematic representation of the inventive hinge 3 with the posted on the stop profile 21 stop member 30 and the driven by the drive spring 35 drive lever 31, the adjusting lever 32 and the mounting lever 33;

Fig. 6b

the inventive hinge 3 of FIG. 10a in a concrete embodiment;

Fig. 7a-c

in a schematic representation of the hinge 3 of FIG. 10a with the lever mechanism in an open position ( Fig. 11a ), in a transitional position ( Fig. 11b ) and in a closed position ( Fig. 11c );

Fig. 8a-c

the concretely shown hinge 3 of FIG. 8 in an open position (FIG. 12a), in a transition position (FIG. 12b) and in a closed position (FIG. 12c);

Fig. 9

the inventive hinge 3 in an exploded view with connecting lines, which represent the use of the first, second, third and fourth bearing shaft 631, 632, 633, 634;

Fig. 10a

the stop member 30 of FIG. 9 with inserted first bearing shaft 361, through which the drive spring 35 and the drive lever 31 are held, and with inserted second bearing shaft 362, through which the adjusting lever 32 is held;

Fig. 10b

the abutment member 30 with the drive lever 31 and the adjusting lever 32, at the exposed end pieces, the third and fourth bearing shaft 363, 364 are used to mount the mounting lever 33 used;

Fig. 10c

the fully assembled hinge 3 with the associated with the mounting lever 33 mounting member 38 which is designed as a hinge cup;

Fig. 11a

the mounting lever 33 with a mounting member 38 which is formed as a fitting for a glass door 11; and

Fig. 11b

a piece of furniture 1 with a glass door 11, which is held by a sliding device 2 according to the invention.

FIG. 1 shows an inventive integrated in a piece of furniture 1 displacement device 2, by means of which one of five hinges 3 held separating element 3 is slidable in a door compartment 14 which is bounded by an outer side wall 12 and an intermediate wall 13 of the furniture 1.

FIG. 2 shows the inventive displacement device 2 with a guided along an upper and a lower rail 27, 28 stop profile 21, which is connected on the one hand via the hinges 3 with the separating element 11 and on the other hand held by a scissors cross 22 in a vertical position.

The scissors cross 22 has two in the middle by a hinge pin 223 interconnected first and second scissors elements 221, 222. The upper end portion of the first scissor element 221 is rotatably connected to an anchorage 23 which is fixed to the side wall 12 or to the intermediate wall 13. The lower end piece of the first scissor element 221 is mounted to it stop profile 21, for example by means of a guide profile 26 vertically displaceable. The upper end portion of the second scissor element 222 is rotatably supported by a scissor bearing 6, which is displaceable along the stop profile 21 and fixed at any position by means of mounting bolts. The lower end portion of the second scissor element 222 is slidably mounted in a guide device 24 which is fixed to the side wall 12 or to the intermediate wall 13. In principle, it would also be possible to keep the lower end pieces of the scissor elements 221, 222 rotatably and to store their upper end pieces in a displaceable manner.

Out FIG. 2 Furthermore, it can be seen that the displacement device 2 can not only be fastened to the wall of a piece of furniture 1, for example a cabinet, but to any wall, for example the wall of a building, in order to close off an opening or to position the separating element parallel to the building wall. The lower and upper running rails 27, 28 are used in particular when the displacement device 2 is connected to heavy separating elements 11. For lighter dividers 11, the use of the rails 27, 28 is normally dispensed with.

In the inventive displacement device 2, an adjustment of the installed inside the door compartment 14 anchoring 23 is no longer necessary. All required Settings can be made on the shear bearing 6, which in the Figures 3a, 3b and 3c is shown.

FIG. 3 shows a hinge 3 according to the invention in the open position, with a mounted on the stop profile 21 stop member 30 which is connected on the one hand via a drive spring 35 driven by a drive lever 31 and on the other hand via a lever 32 and a mounting lever 33 with a hinge cup 38. Out FIG. 3 is particularly clear that all mounting screws 302 and adjusting screws 315 of the hinge 3 can be operated from the front, which is for the installer of great advantage.

FIG. 4 shows the stop member 30 of FIG. 3 It can be seen that the first bearing shaft 361 is guided by two helical spring assemblies 353A, 353B of the drive spring 35, which are located on both sides of the bearing body 303 are arranged. The end pieces 351 of the drive spring 35 are rotatably anchored in the stop member 30, while the middle part 352, which connects the two spring assemblies 353 A, 353 B together, is exposed and can be rotated about the first bearing shaft 361. Before inserting the first bearing shaft 361, the associated two-legged end piece of the drive lever 31 is additionally placed on the bearing body 33 in such a way that the middle part 352 of the drive spring 35 rests on the drive lever 31. By turning the drive lever 31 upwards, the middle part 352 is therefore turned upwards and the drive spring 35 is tensioned.

By means of the second bearing shaft 362, which is inserted into the second bearing body 304, the adjusting lever 32 is mounted. The second bearing bodies 304 are those with a nose 3041 anchored in the mounting groove 2122 of the stopper profile 21, while provided on the stop member 30 retaining claws 305 may include the mounting bar 2121 on the stop member 30. In FIG. 5a It is illustrated that the stop member 30 and the mounting profile 21 can be mutually fixed in sequence by mounting bolts 302 passed through threaded holes 301 in the stop member 30 and rotated against the mounting profile 21. The holding claws 305 are subsequently pulled against the mounting rail 2121, and therefore the engagement of the second bearing bodies 304 in the mounting groove 2122 is secured.

FIG. 10a shows in a schematic representation further driven by the drive spring 35 driving lever 31, the adjusting lever 32 and the mounting lever 33, which together form a lever mechanism. It is shown that the adjusting lever 32 is connected by means of a third lever shaft 363 with the mounting lever 33. The mounting lever 33, which is connected to a mounting element 38 or a hinge cup, is connected by means of a fourth lever shaft 364 with the second end portion of the drive lever 31. The drive lever 31 is now pressed by the drive spring 35 always in the same direction against the mounting lever 33 and the lever 32 and tries to reduce by force the distance a between the second lever shaft 362 and the fourth lever shaft 364. This reduction of the distance succeeds by the third lever shaft 363 is guided away either against the drive lever 31 or from this. In this way, the two end positions of the hinge 3 are achieved by the action of the drive lever 31. The held separating element 11 is therefore guided under the action of force in the end position in which the separating element 11 is either perpendicular or parallel to the front of the piece of furniture 1 or a building opening.

From the position in which lie the second, third and fourth lever shaft 362, 363, 364 in a plane, the hinge 3 can therefore tilt in one or the other direction, wherein the movement in both directions over the entire tilting range of the drive lever 31 with nearly constant force is supported. It should be noted that the drive spring 35, which may be extremely strong, transmits the force without friction losses on the drive lever 31, whereby an optimal effect is deployed. At the same time wear phenomena are avoided because the device parts of the hinge 3 work without friction.

In FIG. 6a It is further shown that the minimum distance between the third lever shaft 363 and the drive lever 31 and thus an end position by means of a stop screw 315 is adjustable. For example, the stopper screw 315 acts on a lever 32 provided on the stop element 321 which in FIG. 9 is shown.

FIG. 6b shows a sectional view of the hinge 3 of FIG. 6a In a concrete embodiment with a hinge cup 38. Taking into account the size of the hinge cup 38, it can be seen that the hinge 3 has only a small size and the lever mechanism 31, 32, 33 requires only little space. It is further shown that the hinge 3 is located in the end stop, in which the door 11 is opened and the stop screw 315 bears against the third lever shaft 363. The third lever shaft 363 is preferably designed to be elastic, so that it can be bent back on reaching the end stop of the stop screw 315. The door 11 is therefore absorbed elastically in the end stop, whereby impact on the hinge 3 are avoided. The hinge 3 and related parts are therefore exposed to relatively low loads, so that a proper function of the hinge 3 is ensured over a long time. So that the preferably hardened lever shaft 361 is protected against overstretching, a stop element 321 is provided on the second lever 32. The compact construction of the hinge 3 with stable, matched levers 31, 32, 33 also allows the carrying of heavy door elements eleventh

In advantageous embodiments, at least one of the levers 31, 32, 33 of the lever mechanism is not designed straight, as in FIG. 6a is shown. Instead, preferably slightly curved levers 31, 32 and / or 33 are used, which have a minimum deformability and / or elasticity and can thus adapt to high forces in order to ensure a perfect interaction of the device parts. Particularly advantageously, the drive lever 31 is configured with a C, S or Z shape.

The Figures 7a, 7b and 7c show the schematic representation of the hinge 3 of FIG. 6b with the lever mechanism in an open position ( Fig. 7a ), in a transitional position ( Fig. 7b ) and in a closed position ( Fig. 7c ). From the transition position, the hinge 3 with the assistance of the drive lever 31 either in the position of Figure 7a tilt, in which the mounting lever 33 is aligned perpendicular to the piece of furniture 1, or in the position of FIG. 7c tilt, in which the mounting lever 33 is aligned horizontally to the piece of furniture 1. It should be noted that the drive spring 35 in the transition position is the most tensioned and the drive lever 31 is turned back the furthest. Therefore, force has to be applied from both end positions to reach the transition position.

The Figures 8a, 8b and 8c show the hinge 3 in the specific embodiment of FIG. 3 in an open position ( Fig. 8a ), in a transitional position ( Fig. 8b ) and in a closed position ( Fig. 8c ). Out FIG. 8b it can be seen that the drive lever 31 is turned back in the transition position furthest.

FIG. 9 shows the inventive hinge 3 in an exploded view with lines showing the use of the first, second, third and fourth bearing shaft 361, 362, 363, 364 in the individual device parts 30, 31, 32, 33 and 35. It is shown that all the end pieces of the levers 31, 32 and 33, subject to the second end piece of the drive lever 31 each have two separate bearing elements, which receiving the associated bearing shaft 362; 363; Serve 364. The bearing elements on the end pieces of the levers 31, 32 and 33 are spaced apart from each other so that they adjacent to each other or to a bearing body 303; 304 with minimum gaps along the associated bearing shaft 361; 362; 363; 364 can be arranged. Furthermore, the levers 31, 32 and 33 are designed such that they engage with each other or can rest against each other with minimal space requirements. The mounting lever 33 is configured in such U-profile that it can be partially absorbed by the hinge cup 38 and in turn can at least partially accommodate the drive lever 31 between its bearing elements.

For connection to the hinge cup 38, the mounting lever 33 has a formed in the manner of a rack connecting piece 331, which has an opening 3312 for passing a connecting screw 381 and a lateral toothing 3311. The connecting screw 381 is guided through an opening in the bottom of the hinge cup 38 and screwed into a nut 382. The hinge cup 38 is slidable along the connecting piece 331 and can be fixed at a suitable position by tightening the connecting screw 381. In FIG. 10c It is shown that for moving the hinge top 38, a Phillips screwdriver can be sunk into a tool recess 385, so that the teeth of the screwdriver engage in the toothing 3311 in the connector 331. After loosening the connecting screw 381, therefore, the hinge cup 38 can be slid along the connecting piece 331 by turning the inserted Phillips screwdriver. This allows a particularly simple and precise adjustment of the position or the distance of the hinge cup 38 of the stop bar 21st

In the Figures 10a, 10b and 10c the assembly of the elements of the hinge 3 is shown. Regarding FIG. 5 has been described the insertion of the first and second bearing shaft 361, 362 and the connection of the drive lever 31, the drive spring 35 and the control lever 32 with the stop member 30.

FIG. 10a now shows the stop member 30 of FIG. 5 with inserted first bearing shaft 361, through which the drive spring 35 and the drive lever 31 are held, and with inserted second bearing shaft 362, by which the adjusting lever 32 is held.

FIG. 10b shows the stop member 30 with the drive lever 31 and the adjusting lever 32, at the exposed end pieces of the third and fourth bearing shaft 363, 364 are used to mount the mounting lever 33 used.

FIG. 10c shows the fully assembled hinge 3 with the mounted on the mounting lever 33 hinge cup 38th

FIG. 11a shows the mounting lever 33 with a mounting member 38 which is designed as a fitting for a glass door 11.

FIG. 11b shows a piece of furniture 1 with a glass door 11 to which a door strip 110 is attached, which clasps the held in a receiving member 38 mounting member on both sides.

The displacement device 2 and the hinge 3 are located in the in FIG. 8c shown position in which the piece of furniture 1, whose outer side wall 15 is shown, is completed by the separating element 11. As mentioned, the invention is advantageously applicable in the furniture industry. However, the solution according to the invention can also be advantageously used in buildings for closing off or subdividing rooms.

bibliography

1. [1] US 5,149,180 A
2. [2] EP 0 909 864 A2
3. [3] EP 1 048 809 A1
4. [4] DE 3914103 A1
5. [5] US 6,052,867

Claims (12)

Hinge (3) for the rotatable mounting of a separating element (11) with a with the separating element (11) connectable mounting member (38), in particular a hinge cup, which is connected via a lever mechanism (31, 32, 33) with a stop member (30) , characterized in that the stop member (30) is pivotally connected to the first end of a drive spring (35) driving lever (31) and to the first end of a control lever (32) whose second end piece hinged to the first end of a the mounting element (38) connected to the assembly lever (33) is connected, the second end piece with the second end of the drive lever (31) is connected, which presses the mounting lever (33) against the adjusting lever (32), so that the second end of the actuating lever ( 32) and the first end of the mounting lever (33) with the separating element (11) open pressed against the drive lever (31) and with the separating element (11) closed by the drive lever (31) become. Hinge (3) according to Claim 1, characterized in that the abutment part (30) has a first bearing body (303) in which a first lever shaft (361) serving to hold the drive lever (31) is mounted, on which one or more of a spring assembly (353A, 353B) of the spiral spring designed as a drive spring (35) are arranged on both sides of the first bearing body (30) on the one hand against the stop member (30) and on the other hand with an end piece (351) or a central piece (352) against press the drive lever (31). Hinge (3) according to claim 1 or 2, characterized in that the abutment part (30) has a second Bearing body (304), in which a holding the adjusting lever (32) serving second lever shaft (362) is held. Hinge (3) according to claim 1, 2 or 3, characterized in that the mutually facing end pieces of the adjusting lever (32) and the mounting lever (33) by a third lever shaft (363) are interconnected, with the partition open (11) against the drive lever (31) and with the separating element (11) closed is pushed away from the drive lever (31). Hinge (3) according to claim 4, characterized in that the third lever shaft (363) is designed resiliently. Hinge (3) according to one of claims 1-5, characterized in that the drive lever (31) and the mounting lever (33) are interconnected by a fourth lever shaft (364). Hinge (3) according to one of claims 1-6, characterized in that a preferably in the drive lever (31) rotatably mounted stop screw (315) is provided by means of the minimum distance between on the one hand the facing end pieces of the control lever (32) and the Assembly lever (33) or the third lever shaft (363) or a stop element (321) on the adjusting lever (32) and on the other hand the drive lever (31) and thus the orientation of the separating element (11) in the open position is adjustable. Hinge (3) according to any one of claims 1-7, characterized in that the mounting element (38) relative to the mounting lever (33) displaceable and by means of a Connecting screw (381) and a preferably polygonal nut (382) is fixable. Displacement device (2) according to any one of claims 1-8, characterized in that the mounting lever (33) at least partially has a U-profile, which is fitted in the one hinge cup forming mounting element (38). Displacement device (2) according to any one of claims 1-9, characterized in that the mounting lever (33) at least partially has a U-profile, which serves to receive the drive lever (31). Displacement device (2) according to any one of claims 1-10, characterized in that the second end piece of the second control lever (33) and the first end piece of the assembly lever (33) each two adjacent, the receiving of the third bearing shaft (363) serving bearing body (32A , 33A, 32B, 33B) spaced apart such that the drive lever (31) is passable therebetween against the third bearing shaft (363). Displacement device (2) according to any one of claims 1-11, characterized in that the abutment part (30) is connected to a stop profile (21) which is held by a scissors cross (22).

Images