DE102011008419A9 - Opening sequence control device of a two-leaf door - Google Patents

Abstract

An opening sequence control device of a two-leaf door is described. It has a Mi) mounted in such a way that it is concealed in the upper horizontal rebate area of the door in the closed position of the door, but is cantilevered from the passive leaf (1) during the opening movement of the passive leaf (1) in such a way that it is connected to the active leaf (2) while standing, takes the active leaf (2) out of the closed position in the opening direction. It is essential that the driver device (11) has two arms connected to one another via a joint device (11g), one arm as a fastening arm (11b) fastened to the passive leaf (1) via a fastening device and the other arm as one when opening and closing with the active leaf (2) stop arm (11a) is formed. The hinge device (11g) is formed separately from the fastening device of the fastening arm (11b) and the fastening arm (11b) can be mounted on the passive leaf (2) in such a way that the vertical hinge axis (G) outside the fixed leaf (2) is offset with a parallel offset a vertical end face (1vf) of the passive leaf (1) remote from the door axis is arranged.

Description

The invention relates to an opening sequence control device of a two-leaf door with unterschlagendem in the closed position of the door leaf and sweeping active leaf.

There are Öffnungsfolgesteuerungseinrichtungen known which have a arranged on the inactive cam device which is mounted on the inactive leaf, that it protrudes during the opening movement of the inactive leaf from the inactive leaf so that it with the active leaf in attack stop the active leaf from the closed position out in the opening direction.

For example from the DE 83 35 576 U1 and the DE 35 33 689 A1 Opening sequence control devices are known in which the entrainment device is arranged resting on the closing side of the inactive leaf. The projecting Mitnehmerarm in this case has a stop roller, which rolls on the inactive leaf during the entrainment of the passive leaf. In this case, a counter-stop device can additionally be provided on the active leaf, as in the case of the DE 83 35 576 in the form of a living leaf mounted on the counter-attack is the case. There are primarily optical disadvantages due to the overlying driver device or the additional resting counter-stop device.

There are also already known in the rebate facilities as opening sequence control device known, for example from the AT 403 400 B , of the AT 0 10 451 U1 as well as the DE 198 55 402 C1 , The entrainment is in this case each formed as a two-armed lever, which is mounted in the upper horizontal rebate so on the upper horizontal end face of the inactive leaf, that the axis of rotation extends vertically within the inactive leaf and the free abutment end of the lever in the closed position in the horizontal rebate above the active leaf hineinkragt. When you open the passive leaf, the stop end of the two-armed lever takes the active leaf by the stop end of the lever is at the upper horizontal rebate of the active leaf in stop position and the other end of the two-armed driving lever cooperates with a frame side stationary mounted stop pin ( AT 0 10 451 U1 ) or with the upper horizontal fold of the inactive leaf ( AT 403 400 B ).

From the DE 296 18 039 U1 is also arranged in the upper horizontal rebate opening sequence control device, in which also on the upper horizontal end face of the inactive leaf a stop arm is pivotally mounted, wherein the pivot axis also extends vertically in the inactive leaf. The stop arm cooperates with an adjusting element arranged in the stationary leaf in order to adjust the angular position of the stop arm projecting into the horizontal rebate space of the active leaf in the closed position in the sense of an adjustment.

From the EP 1 911 920 B1 is also known in the horizontal Falzraum hidden lying opening sequence control device known. Moving leaf side, a driver device is mounted linearly displaceable on the upper horizontal end face of the inactive leaf, wherein a fixed Bowden frame device ensures that the linearly displaceable Mitnehmerarm is retracted when closing the inactive leaf, so that the inactive leaf can pass the aisle free of obstruction.

The EP 20 185 445 A2 describes a likewise arranged in the horizontal rebate opening sequence control device in which also a linearly movably mounted driver is provided in the upper horizontal rebate, which is also retractable via a supported on the stationary frame Bowden cable device. However, this linearly movable driver is mounted on the moving leaf and cooperates with a fixed wing arranged on the driving pin.

The invention has for its object to provide a concealed arranged in the upper horizontal rebate opening sequence control device, in which the stanchion side mounted entrainment device has a hinge device and a particularly compact design is obtained with high reliability. This object is achieved with the subject matter of patent claim 1.

In this solution according to the invention is an opening sequence control device of a two-leaf door with in the closed position of the door unterschlagendem inactive leaf and overbearing active leaf, the features a) are provided to d) of claim 1.

Feature a) provides that a driver device is provided which is mounted on the inactive leaf such that it is concealed in the closed position of the door in the upper and / or lower horizontal rebate of the door and during the opening movement of the inactive leaf projecting from the inactive leaf is that it is with the active leaf in attack stop the active leaf from the closed position out in the opening direction. By concealed in the upper or lower horizontal rebate of the door arrangement of the driver device, at least in the closed position of the door, it is achieved that the Carrier device is not visible when the door is in the closed position. This is true at least for the view of standing in the closed position door from the opening side. In preferred embodiments, it is provided that the entrainment device is arranged in the upper horizontal rebate space. However, embodiments are also provided in which the driver device is arranged alternatively or additionally in a lower horizontal rebate of the door.

The feature b) of the solution according to the invention provides that the entrainment means comprises two arms connected to one another via a hinge device, wherein the one arm as a fixed to the inactive leaf via a fastening device fastening arm and the other arm as a when opening and closing with the active leaf in abutment engageable stop arm is formed. It is hereby provided that the stop arm in the stop position with the active leaf when opening occupies a cantilevered from the inactive wing first pivot position and occupies a second pivot position when closing when the inactive leaf passes the gangway. The hinge device is thus designed so that it is formed between the stop arm and the attachment arm, wherein the attachment arm is fixedly connected via the attachment means with the inactive leaf. The fastening device can be designed, for example, as a screwing device. The stop arm projects from the hinge device away from the attachment arm. He cantilevered preferably over the inactive leaf out in the closed position of the door in the horizontal rebate on the active leaf into it. In the embodiments in which the driver device is arranged alternatively or additionally in the horizontal lower rebate of the door, this applies accordingly. Essential in the feature b) is that the stop arm occupies two pivotal positions, namely a first cantilevered pivot position in which the stop arm in the stop position with the active leaf when opening the active leaf entrains, and a second pivot position when closing when the inactive leaf passes the aisle , The construction of the entrainment device with two articulated arms articulated to one another via the articulation device achieves the significant advantage that the attachment arm can be fastened to the inactive leaf via the attachment device and this attachment device can be formed independently of the articulation device. That is, the bearing or fastening device of the hinge device need not be designed as part of the fastening device of the driver device on the inactive leaf. Rather, the hinge device can be designed separately from the attachment device of the attachment arm.

Feature c) of the inventive solution provides that the mounting arm and the stop arm are connected via a return spring such that the return spring resets the stop arm from the second pivot position to the first pivot position. By this return of the stop arm in the first pivot position can be ensured that the inactive leaf is not hindered by the stop arm when entering the closed position. In addition, it is achieved with the return of the stop arm in the first pivot position, that in the standing position in the closed position the shrinkage of the active leaf is not hindered in the closed position.

Feature d) of the solution according to the invention provides that the hinge device is formed separately from the fastening device of the actuating arm, that the mounting arm on the inactive leaf is mountable such that the vertical hinge axis offset outside the inactive blade at a distance parallel to or in a türachsenfernen vertical boundary edge and / or is arranged to or in a Tüchssenfernen vertical face of the inactive leaf. This arrangement of the vertical hinge axis ensures that the stop of the stop arm can be formed with the active leaf relatively far away from the inactive leaf. Even in embodiments in which the length dimension of the stop arm is relatively low.

In preferred embodiments, it can be provided that the joint device, preferably the joint eye or the joint axis, is arranged on an extension of the attachment arm, the extension projecting beyond the pitch boundary remote vertical edge or face of the inactive leaf. The extension can thus be arranged on the mounting arm so that the vertical hinge axis in the desired position, preferably outside of the inactive leaf comes to the arrangement. The extension can also be arranged in an adjustable manner on the mounting arm, so that thus the position of the hinge axis is also adjustable laterally with fixed mounting arm, for example in the sense of adjustment.

In particularly preferred embodiments, it may be provided that the stop arm in the first pivotal position protrudes perpendicularly beyond the door edge remote vertical boundary edge or end face of the inactive leaf and is arranged in the second pivotal position parallel to the türachsenfernen vertical boundary edge or end face of the inactive leaf. It can be provided that in the first Pivoting position of the stop arm of the stop arm and the mounting arm are arranged in a common straight line or parallel to each other and in the second pivot position of the stop arm of the stop arm and the mounting arm to each other at an angle with a vertex angle less than or equal to 90 °.

In preferred embodiments, it is provided that the attachment arm has a recess suitable for the passage of a standing-wing-side locking bar. The stand-wing-side locking bar can be a locking bar which is concealed in the passive leaf and can also be actuated by motor via a stand-side actuating device by hand or in the case of special designs, so that it can be brought into a locking position or into an unlocking position. The recess in the attachment arm of the entrainment device can also be designed so that the standing-wing-side locking bar is guided resting on the inactive leaf. The recess in the attachment arm of the driver device can also be used for the passage of a locking device arranged on the stationary frame or other fitting device. The recess in the mounting arm of the driving device can also be used to receive a locking device arranged on the side of the wing or other fitting device.

In particularly preferred embodiments, it is provided that the opening sequence control device has a counter-stop device arranged on the side of the tappet which cooperates with the carrier device. This is a fitting device mounted on the moving leaf. It is mounted so that it is concealed in the closed position of the door in the upper horizontal rebate of the door and during the opening movement of the inactive leaf with the driver device is in abutment while the inactive leaf takes the active leaf out of the closed position in the opening direction.

This Gegenanschlageinrichtung can be designed so that it has a projecting beyond a tacheograph remote vertical boundary edge and / or a türachsenferne vertical end face of the active leaf free end. With this projecting free end an adaptation to the passive-wing-side driving device is possible. It can be carried out relatively compact the driver, that is, the length dimension of the cantilevered portion of the tappet device, preferably the length dimension of the stop arm can be chosen relatively small and thereby the entrainment of the active leaf are ensured to the desired door opening area. Embodiments are possible in which the length of the projecting free end is adjustable, for example by the cantilevered free end being positionally adjustable on the part of the counter-abutment device mounted on the moving leaf.

In preferred embodiments, the counter stop means may be formed as a flat elongated member having a guide cam, with which the driving means, that is, the stop arm of the driving device cooperates. The guide curve may be formed in a main portion substantially straight or parallel to the longitudinal extent of the horizontal rebate. This can be done by the designed as a flat elongated element counter-stop is arranged on the horizontal upper or lower end face of the active leaf so that the guide curve is parallel to the longitudinal extent of the horizontal rebate.

In preferred embodiments, the guide curve of the counter stop means may comprise at least one curved or bevelled curve portion. Preferably, it can be provided that a first end of the guide curve is concavely curved or that a second end of the guide curve is convexly curved or straight bevelled. The first end of the guide curve with the concave curvature is preferably formed so that a guide roller at the stop end of the entrainment device or at the stop end of the stop arm can engage in this first end in the closed position of the door. The second end of the guide cam is convexly curved or bevelled so that the roller at the stop end of the entrainment or at the stop end of the stop arm rolls off the guide cam, when reaching the predetermined door opening angle, the entrainment is out of attack of the counter stop.

In particularly preferred embodiments, it is provided that the counter-stop device has a fastening section for attachment via a fastening device on an upper horizontal end face of the inactive leaf. The fastening device may preferably be designed as a screw device, with which the fastening portion is screwed in the horizontal end face of the inactive leaf. The counter-stop device may preferably have adjacent to the attachment portion a guide portion with a guide cam for cooperation with the abutment end of the entrainment device. The guide curve may be formed in the manner discussed above, preferably to cooperate with a roller at the abutment end of the entrainment or the Mitnehmerarms.

In particularly preferred embodiments, it is provided that a position adjustment device the entrainment device is provided to vary the position of the entrainment device on the inactive leaf and / or the position of the abutment arm of the entrainment device on the inactive leaf and / or the position of an abutment device of the abutment arm on the inactive leaf. Preferred embodiments provide that the position adjustment of the driving device has a slot device with at least one elongated hole extending along the longitudinal direction of the horizontal rebate and / or has at least one slot which extends transversely to the longitudinal extension of the horizontal rebate and / or at least one slot has, which extends at an angle to the longitudinal extension of the horizontal rebate.

It can thus be provided that the driver arm having a fastening arm is connected to the position adjustment device. The mounting arm of the driver may preferably have a slot device to secure the mounting arm in selectively adjustable position on the horizontal end face of the inactive leaf. For fixing a screw may be provided, which is inserted through the slot and is supported with its screw head on the upper edge of the slot and is screwed with its threaded shank in the mounting surface of the door leaf or fixed to the door mounting plate.

Instead of or in addition to the slot device may also be provided an Excentereinrichtung to adjust the mounting arm of the driving device in its position on the inactive leaf. The Excentereinrichtung can be used in a slot device and fixed there in accordance with adjusted eccentric position. The slot of the elongated hole device may be formed in each case as a stepped hole. It may be formed from an outer slot and an inner slot formed therein. The outer slot may form a step in which the inner slot is formed. The inner slot may be angularly offset in its longitudinal extent to the longitudinal extent of the outer slot, preferably offset by 90 °. The Excentereinrichtung may be formed of a disc plate, preferably an upper circular disc plate which carries eccentrically on its underside an Excentereinsatz, which is also designed as a circular disc plate, but with a smaller diameter than the upper circular disc plate and is arranged eccentrically on the underside of the upper disc plate.

This Excentereinrichtung is used in the stepped long hole so that the Excentereinsatz engages in the inner slot and engages with its upper eccentric plate in the upper slot on the stage resting. The outer diameter of the upper eccentric disc plate corresponds to the inner diameter of the outer oblong hole. Here, the inner diameter of the outer long hole may be substantially equal to or larger than the outer diameter of the upper eccentric disc plate. The outer diameter of the lower Excentereinsatzes corresponds to the inner diameter of the inner slot. Here, the outer diameter of the lower Excentereinsatzes preferably be substantially equal to the inner diameter of the inner long hole. Essentially the same is to be understood that the upper eccentric disc plate and the lower Excentereinsatz is inserted into the outer slot or the inner slot.

About a screw, preferably countersunk screw, the Excentereinsatz can be fixed in the stepped hole. The screw penetrates a bore of the upper eccentric and the lower Excentereinsatzes and is screwed into the mounting surface of the door leaf.

In order to obtain a particularly good grip of the driver device on the inactive leaf, it can be provided that parallel rows of grooves are formed in a mounting surface of the driver device, which are formed parallel or transversely or at an angle to the longitudinal extent of the at least one elongated hole, and that corresponding parallel rows of grooves which are arranged parallel and / or transversely and / or angularly to the longitudinal extent of the horizontal rebate, are formed on the mounting surface of the inactive leaf.

As a position adjustment can also be provided that at least two components of the driver are relative to each other positionally adjustable connectable. It may be provided in this sense that the stop arm is adjustable in length for position adjustment and / or the hinge device is arranged positionally adjustable in the driver.

Corresponding position adjustment devices are possible for embodiments of the counter-stop device, d. H. it can be provided that a position adjustment device of the counter-stop device is provided in order to vary the position of the counter-stop device on the active leaf.

It can be provided that the position adjustment of the counter-stop device has a slot device with at least one slot extending along the longitudinal extent of the horizontal rebate and / or has at least one slot which extends transversely to the longitudinal extent of the horizontal rebate, and / or at least one Has slot which extends at an angle to the longitudinal extension of the horizontal rebate.

In order to obtain a particularly good hold of the counter-stop device on the moving leaf, it can be provided that parallel rows of grooves are formed in the fastening surface of the counter-stop device and / or in the fastening surface of the fastening section of the counter-stop device, which are parallel or transverse or angular to the longitudinal extent of the at least one Longitudinal holes are arranged, and that corresponding parallel rows of grooves, which are directed parallel or transversely or at right angles to the longitudinal extent of the horizontal rebate, are formed on the mounting surface of the active leaf or mounting plates mountable thereon.

Furthermore, it can be provided that the attachment portion of the counter-stop device and / or the counter-stop device for attachment to the active leaf has an eccentric device.

Alternatively, it can also be provided that at least two components of the counter-stop device are designed so that they can be connected in a positionally adjustable manner relative to each other.

Further design features of embodiments of the invention will become apparent from the following description of the figures.

Showing:

1 a schematic front view of a two-leaf door with opening sequence control means and Schließfolgesteuerungseinrichtung;

2 a top view of the double-leaf door in 1 , but when opening in the area of small door opening angle;

3 Detail view in 2 in area III;

4 perspective view of the in 3 shown section;

5.1 a plan view of four embodiments of the mounting arm of a driver device each with slot device as position adjustment;

5.2 a plan view of four further embodiments of the mounting arm of a driver device each with slot device as position adjustment, the four embodiments each with laterally open U-shaped recess;

5.3 a plan view of four more embodiments of the mounting arm of a driver device each with slot device as position adjustment, the four embodiments each with open on the opposite side U-shaped recess;

6.1 a plan view of an embodiment of a two-part assembled stop arm of a driver, the stop arm in three different length settings;

6.2 a top view of a further embodiment of a two-part assembled stop arm of a driver, the stop arm in seven different length settings;

6.3 a perspective view of the hinge piece of the two-part stop arm in 6.1 and 6.2 ;

6.4 a perspective view of the stop piece of the two-part stop arm in 6.1 ;

6.5 a perspective view of the stop piece of the two-part stop arm in 6.2 ;

7.1 a 5.1 corresponding representation of the four embodiments of the mounting arm of the driver, but with mounting grooves in the mounting surface of the mounting arm;

7.2 a 5.2 corresponding representation of the four embodiments of the mounting arm of the driver, but with mounting grooves in the mounting surface of the mounting arm;

7.3 a 5.3 corresponding representation of the four embodiments of the mounting arm of the driver, but with mounting grooves in the mounting surface of the mounting arm;

8.1 a perspective view of an embodiment of a wing-side mounting plate with extending transversely to the longitudinal direction of the mounting grooves;

8.2 a 8.1 corresponding representation of another embodiment of a wing-side mounting plate, but with extending longitudinally to the longitudinal extent of the mounting plate mounting grooves;

9.1 a perspective view of four embodiments of a tread side mountable counter stop device, each with slot device as position adjustment;

9.2 a perspective view of four other embodiments of a gangway side mounted counter-stop device, but with a slot device for receiving a Excentereinrichtung as position adjustment;

9.3 a plan view of the four embodiments of the transition wing-side counter stop means of 9.2 ;

9.4 a plan view of the four embodiments of the Gegenanschlageinrichtung in the 9.2 and 9.3 , but with mounted eccentric device in different adjustment positions;

9.5 various views of the Excentereinrichtung in 9.4 ;

The double-leaf door

The door shown in the figures is a two-leaf door with a fixed leaf 1 and a moving wing 2 , Both wings are designed as stop swivel wings. They are over tapes 1b . 2 B in a fixed door frame 3 pivoted. In the illustration in the figures, the door axis of the passive leaf 1 right and the door axis of the active wing 2 arranged on the left.

The two doors 1 . 2 are each with a Gleitarmtürschließer 10 respectively. 20 fitted. The Gleitarmtürschließer each include a door closer housing 10g respectively. 20g and a Gleitarmgestänge. The Gleitarmgestänge is powered by a sliding arm 10a respectively. 20a and a slide rail 1020 The slide rail is designed as a continuous common slide rail for the slide arms 10a and 20a educated. In the door closer housing 10g respectively. 20g is a door closer shaft 10w respectively. 20w rotatably mounted. The door closer shaft 10w respectively. 20w acts with one in the housing 10g respectively. 20g arranged closer unit, z. As a closing spring with a hydraulic piston-cylinder device together. The door closer shaft 10w . 20w is with one end of the slide arm 10a respectively. 20a rotatably connected. The sliding arm 10a . 20a carries at its other free end a slider, with which he is in the slide rail 1020 is guided. In the illustration in the figures, the door closer housing 10g . 20g each resting, on the hinge side of passive leaf 1 and active wings 2 assembled. The slide rail 1020 is on the upper horizontal bar of the fixed door frame 3 assembled. However, modified versions are possible in which concealed door closer in the wing and the door frame are mounted inside or the door closer are mounted on the hinge opposite side.

The folds of the wings

The passive wing 1 is as a unterschlagender in the closed position and the wings wings 2 formed as a in the closed position sweeping wing. For this purpose, the active leaf 2 on his the ribbons 2 B carrying outside - this is the opening direction facing outside of the active leaf, in the following opening page 26 of the active wing 2 called - in the area of his off-pitch vertical edge a projecting fold 2v on. This protruding fold - in the following vertical fold 2v called the active leaf -, engages in the closed position the Türachsenfernen edge of the inactive leaf.

In addition, the fixed wing 1 on his of the tapes 1b the outside facing away - this is the outside of the inactive leaf in the closing direction, in the following closing side 1s of the passive leaf 1 called - in the area of the off-pitch vertical edge an overhanging fold 1v - in the following vertical fold 1v of the passive leaf 1 called - in the closed position of the door on the vertical tüchsfernfernen edge of the active leaf 2 overlaps. In addition, both the inactive wing 1 as well as the active wing 2 on the opening side, at its upper horizontal edge a projecting fold 1h . 2h on, in the following upper horizontal fold 1h . 2h called.

In the closed position of the door overlap the upper horizontal folds 1h . 2h the door leaf 1 . 2 the lower edge of the upper horizontal spar of the door frame 3 and the vertical fold 2v of the active wing 2 overlaps the distance of the vertical edge of the inactive leaf 1 , It can thus be obtained a tight door seal. The double-leaf door can form a fire protection finish.

Due to the vertical plating, it must be ensured when closing that the inactive leaf in the closed position 1 in front of the overflowing active leaf 2 gets into the closed position. That is, in a range of small door opening angle to the closed position of the inactive leaf 1 the active leaf 2 run ahead. For this purpose, a ansich known Schließfolgesteuerungseinrichtung is provided in the illustrated embodiment. This will be briefly described in the following chapter.

When opening it must be ensured that the revolving in the closed position active leaf 2 in front of the knocking out wing 1 is opened. That is, from the closed position to a range of small door opening angle must the active leaf ahead when opening. For this purpose, an opening sequence control is provided in the illustrated embodiment. This will be described in detail in a separate chapter.

The closing sequence control device

Here is a brief description of the principle of the possible used in the illustrated embodiment, closing sequence control device. The closing sequence control uses one in the continuous slide rail 1020 built-in brake mechanism, by the slider of the door closer 10 of the passive leaf 1 is controlled and with the slider of the door closer 20 of the active wing 2 interacts with the active wing 2 to block against closing, as long as the inactive leaf is not in the closed position. In the illustrated embodiment, a brake mechanism can be used for this closing sequence control, as he z. B. in the EP 1 258 590 B1 is described. This mechanism has one in the slide rail 1020 slidably mounted brake rod provided. This brake rod is with the slider of the door closer 20 of the active wing 2 firmly connected and acts with one in the slide rail 1020 arranged brake, which passes through the slider of the door closer 10 of the passive leaf 1 is controlled. The brake gives the slider of the gullwing door closer 20 only free to close when the inactive leaf 1 in the closed position. As long as the passive wing 1 is not closed, the brake blocks the active leaf 2 against a closing.

The opening sequence control device

The opening sequence control device is arranged in the upper rebate of the two-leaf door. The upper rebate is formed between the top of the horizontal edge of the two door leaves 1 . 2 and the underside of the upper horizontal spar of the fixed door frame 3 , The lower boundary surface of the rebate space is thus through the upper horizontal end face 1HF of the passive leaf 1 and the upper horizontal end face 2hf of the active wing 2 educated. The upper boundary surface of the rebate space is defined by the downwardly facing horizontal surface of the upper horizontal door frame 3 educated. Front side to the hinge side of the seam is limited by the upper horizontal fold 1h of the passive leaf 1 and the upper horizontal fold 2h of the active wing 2 , At the rear, the rebate space is limited by a horizontal rebate projecting downwards from the upper horizontal door frame.

The opening sequence control device consists of a driver device 11 standing on the upper horizontal end face 1HF of the passive leaf 1 is mounted, and a Gegenanschlageinrichtung 22 lying on the upper horizontal end face 2hf of the active wing 2 is stored. The entrainment device 11 has a mounting arm 11b and a stop arm 11a on that over a joint device 11g connected to each other. The joint device 11g is in the middle area between the two arms 11b . 11a arranged. It has a joint bearing on an extension 11bf of the attachment arm 11b is trained. In the joint bearing rotatably engages a hinge pin, with the stop arm 11a connected is.

The attachment arm 11b is in the mounted position on the upper horizontal end face 1HF of the passive leaf 1 screwed on. The attachment arm 11b has in the illustrated case two mounting holes, are inserted into the screws, in the upper horizontal end face 11hf of the passive leaf 1 are screwed in. The screw heads are in the plate-shaped attachment arm 11b sunk.

The attachment arm 11b is arranged so that its extension 11bf that the articulation device 11g has, over the end of the horizontal upper end face 1HF of the passive leaf 1 protrudes and the hinge axis G outside of the inactive leaf 1 vertically aligned offset parallel to the off-axis vertical edge of the inactive leaf 1 runs.

The stop arm 11a is formed as an elongated straight, substantially planar arm. At its free end is in the illustrated embodiment, a role 11r rotatably mounted. The stop arm 11a extends from the hinge device 11g in horizontal orientation from the mounting arm 11b path. It is pivotable about the hinge axis G in a horizontal plane. In the in the 2 . 3 and 4 shown position when opening the passive leaf 1 the stop arm extends 11a horizontally projecting from the vertical edge of the inactive leaf 1 forming a straight line with the attachment arm 11b , The straight line is aligned with the extension of the passive leaf 1 ,

The stop arm 11a and the attachment arm 11b are via a return spring 11f connected with each other. The return spring 11f is formed in the illustrated embodiment as a tension spring, the stop arm 11a in the in the 2 . 3 and 4 shown deflected position pulls at the stop arm 11a with the attachment arm 11b is directed linearly in a common direction.

The tension spring 11f is formed in the illustrated case as a helical spring. It is on the edge of the door facing the closing side of the door 11a arranged in a receiving channel and with its one end to the stop arm 11a and with its other end on the attachment arm 11b hooked.

When the stop arm 11a by attack on the moving leaf 2 when closing the inactive leaf 1 is deflected - ie the stop arm about the hinge axis G to the mounting arm 11b is pivoted so that between the stop arm and the mounting arm a vertex angle is less than 180 ° - is the coil spring 11f curious; excited. Once the stop arm 11a - After the inactive leaf has passed the active leaf when closing - except for the stop position of the active leaf 2 comes, puts the coil spring 11f the stop arm 11a in his to the attachment arm 11b straight aligned position back, ie the stop arm 11a is under the action of the return spring 11f reset.

The 2 . 3 and 4 show the stop arm 11a in its deflected position when opening the passive leaf 1 , Both the passive wing 1 as well as the active wing 2 are close to the closed position, ie it is still the initial phase when opening. The door opening angle is still small. The passive wing 1 is, for. B. pressed by hand in the opening direction. In the area small door opening angle takes the inactive leaf 1 while the power wing 2 via the driver device 11 with, since the stop arm 11a with his role 11r on the moving wing 2 rolling in plant stands.

In the illustrated embodiment is for abutment with the driver or the stop arm on the upper horizontal end face 2hf of the active wing 2 the counter-stop device 22 assembled. The counter stop device 22 is formed as an elongated, plate-shaped element. It has a fastening portion extending to the hinge side 22b on top of the upper horizontal end face 2hf the active leaf is arranged resting. In the attachment section 12b are two mounting holes formed in the fastening screws are inserted, in the upper horizontal end face 2hf of the active wing 2 are screwed in. From the attachment section 22b extends a tapered guide section 22f directed away from the hinge side. The guide section 22f has at its facing the closing side of the door edge a guide curve 22fk on, on the roll 11r the stop arm 11a the entrainment device 11 rolls in the stop position when the inactive leaf 1 when opening the active leaf 2 entraining. The guide section 22f extends substantially straight and parallel to the extension surface of the active leaf 2 , The guide section 22f lies on the upper horizontal end face 2hf of the active wing 2 on. The free end of the guide section 22f however, canting a piece over the end of the horizontal end face 2hf of the active wing 2 also stands vertically above the vertical face 2V F of the active wing 2 above. The free end of the guide section 22f runs over a bevel at an acute angle.

The at the guide section 22f trained leadership curve 22fk has three sections. The first portion is a concavely curved portion having an end curvature with curvature radius substantially corresponding to the radius of the roller 11r the stop arm 11a , so an end stop for the role 11r is formed. The second section of the guide curve 22fk is a linear section that is parallel to the extension surface of the active leaf 2 extends. The third section of the guide curve 22fk is at the cantilevered free end of the guide section 22f educated. It is formed as a bevelled portion which is acute-angled to the opening side of the wing 2 runs, so the role 11r can roll out there when it comes out of the stop position.

As in the 3 and 4 can be seen, the attachment arm has 11b in the region between the two mounting holes a substantially U-shaped recess 11u on, which is directed with its open side to the closing side of the door. The recess 11u is provided in the event that the inactive leaf 1 equipped with a vertical locking bar. The recess 11u then serves for the passage of the locking bar. The upper end of the locking bar can in this case with a in the upper horizontal bar of the fixed door frame 3 arranged strike plate cooperate.

The operation of the opening sequence control device

The opening sequence control works as follows:
In the closed position of the door in which the inactive leaf 1 and the active leaf 2 in the closed position, is the stop arm 11a of the entraining device mounted on the inactive leaf 11 in a deflected straight position, ie in a straight line with that on the inactive leaf 1 bolted mounting arm 11b aligned the driver. The stop arm 11a extends parallel to the guide curve 22fk the on the wings 2 mounted counter-stop device 22 , The roller engages in the curved end portion of the guide curve 22fk one. The entire opening sequence control device with entrainment device 11 and counter-stop device 22 are concealed in the closed position of the door in the upper rebate of the door, ie not visible from the outside.

If now from this closed position of the door out the inactive leaf 1 is moved in the opening direction, the active leaf 2 about the entrainment 11 Forcibly taken in the opening direction. This entrainment is done by having the role 11r in abutment with the guide curve 22fk is and when opening the inactive leaf 1 at the guide curve 22fk supported rolls off. Therefore, the active leaf 2 taken in the opening direction, ie indirectly through the inactive leaf 1 moved in the opening direction.

Once the two doors 1 . 2 have reached a predetermined opening angle, comes the role 11r the stop arm 11a out of engagement of the guide curve 22fk that is, it rolls over the oblique end portion disengaged. From this disengaged position of the driver device 11 takes place on further opening of the inactive leaf 1 no further entrainment of the active wing 2 ,

Even in the open position of the door, the components of the opening sequence control device are covered from the opening side of the door, by the fold projecting at the upper horizontal edge 1h of the passive leaf 1 and the fold projecting from the upper horizontal edge 2h of the active wing 2 , Only the one from the passive wing 1 projecting stop arm 11a and the projecting end portion of the guide portion 22f stand out laterally from the rebate space.

The length dimensions of the projecting stop arm 11a including roll 11r and the projecting end portion of the guide portion 22f are selected so that the disengagement takes place at the predetermined door opening angle, wherein the facing away from each other türachsenfernen vertical edges of solid leaf 1 and active wings 2 already so far apart that they can no longer collide with each other when opening the door.

When the door is closed, ie the inactive leaf 1 and the active leaf 2 be moved in the closing direction, obstruct the components of the opening sequence control device, the entrainment device 11 and the counter-stop device 22 - not the closing movement of the door leaves 1 . 2 even if not the passive leaf 1 when closing the active leaf 2 happens. The projecting out of the rebate stop arm 11a comes during the passive wing 1 the active leaf 2 happens, in abutment with the active leaf 2 and is thereby deflected, ie pivoted to the opening side of the door. The passive wing 1 Can use the aisle 2 pass unhindered. After passing the stop arm becomes 11a under the action of the return spring 11f again deflected into its outstretched position.

The position adjustment device

The 5 to 8th show entrainment facilities 11 of the construction, as described with reference to the preceding figures. The entrainment facilities 11 of the 5 to 8th However, they additionally have a position adjustment device. The entrainment device 11 each consists of a mounting arm 11b and a stop arm 11a that have a joint device 11g connected to each other. To Positionverstelleinrichtung is in the mounting arm 11b the embodiments a) to d) of 5.1 each provided a slot device, which is formed by that in the mounting arm 11b two slots each 11BL are formed. These are in the embodiment a) of 5.1 as two in the longitudinal center line of the attachment arm 11b successively arranged slots 11BL educated. They thus extend along the longitudinal extent of the attachment arm 11b , In the embodiment b) of 5.1 are the two slot mounting holes 11BL transverse to the longitudinal extent of the attachment arm 11b arranged, as a parallel juxtaposed slot fixing holes. In the two embodiments c) and d) of 5.1 are the slot fixing holes 11BL also arranged parallel to each other, but at an angle to the longitudinal extension of the mounting arm 11b , In this case, extend in the embodiment c) of 5.1 the longitudinal holes at an acute angle to the longitudinal extension of the mounting arm 11b and in the embodiment d) of 5.1 at an obtuse angle to the longitudinal extent of the attachment arm 11b ,

Embodiments a) to d) of 5.1 differ from the embodiments a) to d) of 5.2 and 5.3 in that in the embodiments of the 5.1 between the oblong holes 11BL one each axially in the longitudinal center line extending elongated opening hole 10bd is formed, while in the embodiments a) to d) of the 5.2 and 5.3 between the oblong holes 11BL an open towards the longitudinal side U-shaped recess 11BU is trained. The elongated breakthrough 10bd in the embodiments a) to d) of 5.1 on the one hand for weight and material savings and on the other hand it is also available for the passage of another fitting part, z. B. for the breakthrough of a locking device, for. B. a guided in the passive wing locking bar. The open to the side U-shaped recesses 11BU in the embodiments a) to d) of 5.2 and 5.3 serve primarily for receiving a stand-wing-side locking rod, wherein the embodiments of the 5.2 and 5.3 differ in that they are intended for right or left doors.

In the 6.1 to 6.5 are different embodiments of the stop arm 11a the entrainment device 11 shown. The stop arm 11a each consists of a joint piece 111 and a stop piece 211 , which are connectable via a connecting device. The connecting device is a length adjusting device of the stop arm 11a , It allows the connection of the joint piece 111 with the stop piece 211 in different positions, in each case a different length of the stop arm 11a results.

In 6.3 is in a perspective detailed view of the joint piece 111 the stop arm 11a in 6.1 shown. It can be seen that the joint piece 111 at its connecting portion three mounting holes 111al having in the longitudinal center line of the connecting portion of the joint piece 111 arranged one behind the other.

In the 6.4 and 6.5 are in perspective detail representation two embodiments of the stop piece 211 the stop arm 11a shown. The stop piece 211 in 6.4 has a trained as a slot connection hole 211al on. The 6.1 shows the stop arm 11a which is composed of the joint piece 111 of the 6.3 with a stop piece 211 of the 6.4 , It is for the stop arm 11a the three possible length settings shown. The 6.2 shows the stop arm 11a composed of the joint piece 111 of the 6.3 with a stop piece 211 of the 6.5 , There are in 6.2 for the stop arm 11a shown seven different length settings. This larger number of length settings compared 6.1 results from the fact that in the stop piece 211 the connection hole 211al not as a round single hole, but as a slot 211al is trained. Other length settings are in 6.2 still by setting intermediate positions in the oblong holes 211l possible. The latter are infinitely adjustable.

In the 7.1 to 7.3 are exemplary embodiments of the attachment arm 11b the entrainment device 11 shown, in an embodiment of the embodiments of 5.1 to 5.3 , The development consists in that the illustrated fastening arms 11b at least on their facing the mounting surface of the door wing mounting surface parallel grooves 11bR exhibit. The mounting surface of the door is in the 8.1 and 8.2 shown. It gets through on the horizontal end face 1HF of the door leaf 1 mounted mounting plates 1m formed, on their upper side corresponding parallel grooves 11mr exhibit. In the embodiments a) of 7.1 . 7.2 and 7.3 are the parallel grooves 11bR transverse to the extension direction of the attachment arm 11b educated. The fastening long holes 11BL are formed in this embodiment along the longitudinal extension of the mounting arm and thus transversely to the extension direction of the parallel grooves 11bR , In the other embodiments b) to d) of 7.1 . 7.2 and 7.3 are the parallel grooves 11bR along the longitudinal extent of the mounting arm 11b educated. In these embodiments, the attachment slots are long 11BL arranged transversely or at an angle to the longitudinal extension of the mounting arm, so that in these cases, the grooves 11bR perpendicular or angular to the longitudinal extent of the slots 11BL run.

The grooves 11bR act in the mounting position of the mounting arm 11b on the horizontal face of the inactive leaf 1 with the corresponding grooves 1MR put together on the horizontal end face 1HF of the passive leaf 1 mounted mounting plates 1m are formed. As the 8.1 and 8.2 show are in the mounting plates 1m two round individual mounting holes each 1ml educated. They serve to engage fastening screws, which in the assembly position on the mounting plate 1m resting mounting arm 11b through the fastening long holes 11BL reach through and into the mounting holes 1ml are screwed in. The mounting holes 1ml can be formed with internal thread, or the mounting screws can also directly in the mounting surface of the inactive leaf 1 be bolted. The attachment arm 11b can each be in an adjustment range by the length of the slots 11BL is determined to be offset, and that step by selectable engagement of the grooves 11bR with the grooves 1MR ,

In the 9.1 to 9.5 are exemplary embodiments of the counter-stop device 22 shown. These are also developments of the embodiment of the counter-stop device 22 as related to the 1 to 4 is described. The development consists in that the fastening holes in the attachment section 22b are designed as slots. They form a slot device, which serves as a position adjustment.

In embodiments a) to d) of 9.1 are the slots 22l each formed for receiving a countersunk screw, so that the counter stop means 22 in the oblong holes 22l adjustably positioned and then by tightening the countersunk screw in its position on the. Mounting surface of the active leaf 2 can be fixed.

In the embodiment a) in 9.1 the slot device consists of two slots, which extend in the longitudinal direction of the attachment arm 22b arranged axially one behind the other extend. In the embodiment b) in 9.1 are the two mounting holes 22BL transverse to the longitudinal extent as parallel fastening elongated holes 22BL educated. In the embodiments c) and d) of 9.1 are the fastening long holes 22l again formed as parallel slots, but at an angle to the longitudinal direction of the attachment portion 22b arranged, in the embodiment c) at an acute angle to the longitudinal direction and in the embodiment b) at an obtuse angle to the longitudinal direction.

In the embodiments of the 9.2 to 9.5 they are counter-stop devices 22 , in which in the attachment holes each have a Excentereinrichtung 22e can be used for screwing the counter stop 22 are provided on the horizontal end face of the active leaf.

In the 9.2 and 9.4 four embodiments are shown, namely the embodiments a), b), c) and d). They differ in the arrangement of the slots relative to the longitudinal direction of the counter-stop device 22 , The oblong holes are like from the 9.2 recognizable trained as stepped holes. Each stepped bore consists of an inner slot 22li and an outer slot 22La , The stepped holes serve to accommodate the Excentereinrichtung 22e ,

The Excentereinrichtung 22e is in 9.5 shown. It consists of a circular disk 22ep , which on its underside an eccentrically arranged Excentereinsatz 22ee wearing. On the top of the circular disc plate 22ep is an adjustment slot 22ez formed to the rotational position of the eccentric used in the Stufenlangloch 22e can be adjusted by moving. The eccentric 22e is inserted into the stepped hole and via a fixing screw, which passes through the mounting hole of disc plate 22ep and eccentric use 22ee stuck through it, clamped.

The direction and the degree of positional adjustment is through the inner slot 22li certainly. The inner slot 22li serves to accommodate the Exzentrereinsatzes 22ee , The outside diameter of the eccentric insert 22ee corresponds to the inner diameter of the inner long hole 22li , ie the short opening width of the inner long hole 22li , The step between the inner slot 22li and the outer slot 22La serves to accommodate the circular disc plate 22ep , The outer diameter of the disc plate 22ep corresponds to the inner diameter, ie the longer opening width of the outer slot 22La , By tightening the mounting screw is the Excentereinrichtung 22e tightened in a respective position in the stepped long hole and thus the position of the counter-stop device 22 on the mounting surface of the active wing 2 fixed. The 9.4 shows the various embodiments a) to d) with inserted Excentereinrichtung 22e ,

The arrangement of the inner slots 22li is in the embodiments a) to d) of 9.2 to 9.4 as in the embodiments a) to d) of 9.1 , ie, the inner slots are in the embodiment a) along, in the embodiment b) transversely and in the embodiments c) and d) at an angle to the longitudinal extension of the counter-stop device 22 arranged. The longitudinal extent of the outer slots 22La is each 90 ° to the longitudinal extent of the inner slots 22li added.

Also in these in the 9.1 to 9.4 illustrated embodiments are developments possible, in which parallel longitudinal grooves on the mounting surface, at least the attachment portion 22b are formed, and similar to those in the preceding 7.1 . 7.2 and 7.3 illustrated embodiments of the mounting arm 11b the entrainment device 11 , It can be used to attach these developments of Gegenanschlageinrichtung 22 on the moving wing 2 corresponding mounting plates 1m be used with corresponding grooves, as in the 8.1 and 8.2 are shown for the inactive leaf or for the stand wing side to be mounted mounting plate.

LIST OF REFERENCE NUMBERS

1

Fixed leaf

1b

Band of the passive wing

1v

vertical fold of the passive leaf

1vf

away from the vertical face of the passive leaf

1h

horizontal fold of the passive leaf

1HF

upper horizontal face of the inactive leaf

1NC

Opening side of the passive leaf

1s

Closing side of the passive leaf

2

leaf

2 B

Band of the active wing

2v

vertical fold of the active wing

2V F

away from the vertical axis of the active wing

2h

horizontal fold of the active wing

2hf

Upper horizontal face of the active wing

2 NC

Opening side of the active leaf

2s

Closing side of the active wing

3

fixed frame

10

Gleitarmtürschließer

10a

sliding arm

10g

casing

10w

wave

20

Gleitarmtürschließer

20a

sliding arm

20g

casing

20w

wave

1020

slide

11

entrainment

11a

stop arm

11b

Mounting Arm

11g

joint

11f

Return spring

11aR

role

11bg

Joint eye in the attachment arm 11b

11BL

Mounting hole in the bracket 11b

11BU

U-recess of the mounting arm 11b

11Bd

Breakthrough in the attachment arm 11b

11bR

grooves

111

joint piece

111al

Mounting hole in the joint piece 111

111ag

Joint eye in the joint piece 111

211

stop piece

211al

Mounting hole in the stop piece 211

211ar

Roll position in the stop piece 211

22

Backstop means

22b

attachment section

22f

guide section

22fk

guide curve

22l

mounting hole

22li

inner hole

22La

outside hole

22e

Excentereinrichtung

22ee

Excentereinsatz

22ep

Disc drive

22ez

Excentereinstellschlitz

22el

mounting hole

1m

mounting plate

1MR

grooves

1ml

mounting hole

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 8335576 U1 [0003]
• DE 3533689 A1 [0003]
• DE 8335576 [0003]
• AT 403400 B [0004, 0004]
• AT 010451 U1 [0004, 0004]
• DE 19855402 C1 [0004]
• DE 29618039 U1 [0005]
• EP 1911920 B1 [0006]
• EP 20185445 A2 [0007]
• EP 1258590 B1 [0065]

Claims (23)

Opening sequence control device of a two-leaf door with in the closed position of the door unterschlagendem solid wing ( 1 ) and sweeping aisle ( 2 ), wherein it is provided that a) that a driver device ( 11 ) provided on the inactive leaf ( 1 ) is mounted so that it is concealed in the closed position of the door in the upper and / or lower horizontal rebate of the door and during the opening movement of the inactive leaf ( 1 ) from the inactive leaf ( 1 ) is arranged cantilevered so that it with the active leaf ( 2 ) standing in the attack the active leaf ( 2 ) entrains out of the closed position in the opening direction; b) that the entrainment device ( 11 ) two via a joint device ( 11g ) having arms connected to each other, wherein the one arm as one on the inactive leaf ( 1 ) fastened via a fastening device fastening arm ( 11b ) and the other arm as one when opening and closing with the active leaf ( 2 ) abutment stop arm ( 11a ), wherein the stop arm ( 11a ) in the stop position with the active leaf ( 2 ) when opening one from the inactive leaf ( 1 ) cantilevered first pivot position and closing when the inactive leaf ( 1 ) the active leaf ( 2 ) happens, occupies a second pivot position; c) that the attachment arm ( 11b ) and the stop arm ( 11a ) via a return spring ( 11f ) are connected such that the return spring ( 11f ) the stop arm ( 11a ) returns from the second pivot position to the first pivot position; d) that the articulation device ( 11g ) so separately from the attachment means of the attachment arm ( 11b ) is formed, that the attachment arm ( 11b ) on the inactive leaf ( 2 ) is mountable such that the vertical hinge axis (G) outside of the inactive leaf ( 2 ) offset at a distance parallel to or in a tüchssenfernen vertical boundary edge and / or Tüchssenfernen vertical face ( 1vf ) of the passive leaf ( 1 ) is arranged. Opening sequence control device according to claim 1, characterized in that the hinge device ( 11g ) on an extension ( 11bf ) of the attachment arm ( 11b ), wherein the extension ( 11bf ) over the pitch-clear vertical boundary edge or face ( 1vf ) of the passive leaf ( 1 ) protrudes. Opening sequence control device according to claim 1 or 2, characterized in that the stop arm ( 11a ) in the first pivot position over the off-board vertical boundary edge or face ( 1vf ) of the passive leaf ( 1 ) projects vertically and in the second pivot position parallel to the off-board vertical boundary edge or end face ( 1vf ) of the passive leaf ( 1 ) is arranged. Opening sequence control device according to one of the preceding claims, characterized in that in the first pivoting position of the stop arm ( 11a ) the stop arm ( 11a ) and the attachment arm ( 11b ) are arranged in a common straight line or parallel to each other and in the second pivot position of the stop ( 11a ) the stop arm ( 11a ) and the attachment arm ( 11b ) are arranged at an angle to each other with an apex angle less than or equal to 90 °. Opening sequence control device according to one of the preceding claims, characterized in that the fastening arm ( 11b ) of the driver device ( 11 ) a recess ( 11u ) suitable for the passage of a stand-wing-side locking bar. Opening sequence control device according to one of the preceding claims, characterized in that a counter-stop device ( 22 ) provided on the active leaf ( 2 ) is mounted so that it is concealed in the closed position of the door in the upper horizontal rebate of the door and during the opening movement of the inactive leaf ( 1 ) with the entrainment device ( 11 ), while the inactive leaf ( 1 ) the active leaf ( 2 ) moves out of the closed position in the opening direction. Opening sequence control device according to claim 6, characterized in that the counter-stop device ( 22 ) via a pitch-distal vertical boundary edge and / or end face ( 2V F ) of the active wing ( 2 ) has cantilevered free end. Opening sequence control device according to one of claims 6 or 7, characterized in that the counter-stop device ( 22 ) is formed as a flat elongate element which has a guide curve ( 22fk ), with which the stop arm ( 11a ) cooperates. Opening sequence control device according to claim 8, characterized in that the guide curve ( 22fk ) in a main section substantially straight and / or parallel to the longitudinal extension of the horizontal rebate ( 1h . 2h ) is trained. Opening sequence control device according to claim 8 or 9, characterized in that the Guiding curve ( 22fk ) has at least one curved or beveled curve section. Opening sequence control device according to claim 10, characterized in that a first end of the guide curve ( 22fh ) is concavely curved or that a second end of the guide curve is convexly curved or straight bevelled. Opening sequence control device according to one of claims 7 to 11, characterized in that the counter-stop device ( 22 ) an attachment portion ( 22b ) for attachment via a fastening device on an upper horizontal end face ( 2hf ) of the active wing ( 2 ) and a guide section ( 22f ) with a guide curve ( 22fk ) having. Opening sequence control device according to one of the preceding claims, characterized in that a position adjustment device of the entrainment device ( 11 ) is provided to the position of the driver device ( 11 ) on the inactive leaf ( 1 ) and / or the position of the stop arm ( 11a ) of the driver device ( 11 ) on the inactive leaf ( 1 ) and / or the position of a stop device of the stop arm ( 11a ) on the inactive leaf ( 1 ) to vary. Opening sequence control device according to claim 13, characterized in that the position adjustment device of the entrainment device ( 11 ) a slot device with at least one slot ( 11BL ), which extends along the longitudinal direction of the horizontal rebate space and / or at least one slot ( 11BL ), which extends transversely to the longitudinal extension of the horizontal rebate space and / or at least one slot ( 11BL ) which extends at an angle to the longitudinal extension of the horizontal rebate space. Opening sequence control device according to claim 14, characterized in that in a mounting surface of the driver device ( 11 ) parallel rows of grooves ( 11bR ) are formed, which are parallel or transversely or at an angle to the longitudinal extent of the at least one slot ( 11BL ) are formed, and that corresponding parallel rows of grooves ( 1MR ), which are arranged parallel and / or transversely and / or at an angle to the longitudinal extent of the horizontal rebate space, on the mounting surface of the inactive leaf (FIG. 1 ) are formed. Opening sequence control device according to one of claims 13 to 15, characterized in that the entrainment device ( 11 ) for attachment to the inactive leaf ( 1 ) has an eccentric device. Opening sequence control device according to one of claims 13 to 16, characterized in that at least two components ( 11a . 11b ) of the driver device ( 11 ) are positionally adjustable relative to each other connectable. Opening sequence control device according to claim 17, characterized in that the stop arm ( 11a ) is adjustable in length for positional adjustment and / or the joint device ( 11g ) is arranged positionally adjustable in the driver device. Opening sequence control device according to one of the preceding claims, characterized in that a position adjustment device of the counter-abutment device ( 22 ) is provided to the position of the counter-stop device ( 22 ) on the active leaf ( 2 ) to vary. Opening sequence control device according to claim 19, characterized in that the position adjusting device of the counter-stop device ( 22 ) a slot device with at least one slot ( 22l . 22li ), which extends along the longitudinal extension of the horizontal rebate space and / or at least one slot ( 22l . 22li ), which extends transversely to the longitudinal extent of the horizontal rebate space, and / or at least one slot ( 22l . 22li ) which extends at an angle to the longitudinal extension of the horizontal rebate space. Opening sequence control device according to one of claims 19 or 20, characterized in that in the mounting surface of the counter-stop device ( 22 ) and / or in the attachment surface of the attachment portion ( 22b ) of the counter-stop device ( 22 ) parallel rows of grooves are formed, which are arranged parallel or transversely or at an angle to the longitudinal extent of the at least one slot, and that corresponding parallel rows of grooves which are parallel or transversely or angularly directed to the longitudinal extent of the horizontal rebate, on the mounting surface of the active leaf ( 2 ) or mounted on mounting plates are formed. Opening sequence control device according to one of claims 19 to 21, characterized in that the fastening portion ( 22b ) of the counter-stop device ( 22 ) and / or the counter-stop device ( 22 ) for attachment to the active leaf ( 2 ) has an eccentric device. Opening sequence control device according to one of claims 19 to 22, characterized in that at least two components of the counter-stop device ( 22 ) are formed relative to each other positionable adjustable connectable.

Images