EP2302154A2 - Closing sequence for a sliding and pivoting door, in particular for fire protection purposes - Google Patents

Abstract

The closing sequence controlling device (25) has a slide wing (2) and a rotor. The slide wing and the rotor are arranged directly adjacent to each other and are opened in opposite direction. The rotor of the door construction is brought in closing position during closing of the door construction (1), if the slide wing of the door construction is in closing position.

Description

The present invention relates to a Schlueßfolgeregelvorrichtung for a particular designed for fire protection door construction with a Schlebeflügel and a rotary wing, wherein the sliding leaf and the rotary wing are arranged directly adjacent to each other and open in the opposite direction.

The invention furthermore relates to a door construction, in particular for fire protection purposes, with a wing and a rotary wing, wherein the sliding leaf and the rotary wing are arranged directly next to one another and open in the opposite direction, the door construction being provided with a closing sequence control device according to the invention.

In the prior art, door structures, in particular fire doors for installation in fixed fire protection partitions in numerous embodiments and embodiments are known. For example, the DE 298 19 678 U1 a fire protection partition made of glass, into which a single-wing revolving door is integrated. The door leaf of the revolving door consists of a fire protection frame enclosed in a wooden frame, which is hinged to a door frame via hinges attached to the wooden frame. While such door designs are suitable for passage of people, larger items or vehicles can not be moved through because of the limited doorway cut-outs of these doors.

If required for larger closable openings, for example, in fire-resistant glazing, so far instead of single-wing fire doors either double-wing fire doors or fire doors are used, large-scale fire sliding doors - also called sliding gates or fire doors - are partially equipped with smaller wicket doors in the sliding door element are integrated, so to speak Do not have to open the large sliding door for the passage of people. As disadvantageous it may be felt in such constructions that the installation of a slip door is expensive in a sliding door. Another possible disadvantage of such a construction can be seen in the fact that additional frame or frame parts are required for the fixation of the wicket door.

To create a way that allows the passage for both persons and for large items or vehicles and berückalcht the restricted parking paths of a sliding and revolving door, is from the DE 20 2009 000 114 U1 , whose disclosures are hereby expressly referenced, known for fire protection purposes door construction with at least one Schlebeflügel and at least one rotary wing, said at least one Schlebeflügel and the at least one rotary wing are arranged directly adjacent to each other and open in the opposite direction.

Closure sequence controls for doors in numerous configurations are also known in the prior art, which ensure the correct sequence when closing double-leaf door constructs. For example, the DE 195 07 378 C2 a Schuleafolgeregelung for a doppellügellge door construction with revolving door wings, in which each revolving door leaf a door closer is embedded. The door key of a swing door is connected to a lever arm with a recessed in the door frame of the door construction slide rail. The lever arm engages in the slide rail in a slide, which is connected to the lever arm by means of a screw. The closing sequence control between the Belden slide and revolving door wings via a push member or a push rod, which triggers a locking device. When the revolving door leaf moves, the lever arm of the revolving door leaf joins the sliding carriage in the slide rail. The Verfahr- or displacement of the Gleltschlittens in the Glelt rail is relatively large depending on the width of the respective revolving door leaf and accordingly requires a relatively large length of Glelschlijen.

In view of the known prior art, the present invention has the object, while avoiding the described disadvantages of the prior art, a Schlueßfolgeregelung for a sliding revolving door construction, preferably for a sliding revolving door according to the DE 20 2009 000 114 U1 , To set up, which in a simple and cost-effective manner In particular, a functionally reliable closing allows.

For technical solution of this object is provided with the present invention, a closing sequence control device for a particular designed for fire protection door construction with a Schlebeflügel and a rotary wing, the sliding leaf and the rotary wing are arranged directly adjacent to each other and open in the opposite direction, proposed, which is characterized that when closing the door construction of the rotary door of the door construction can only be brought into Schlleßstellung when the sliding door of the door construction is in the closed position.

Vorteilhafterwalso the rotary wing of the door construction of a acting in the closing direction, preferably automatic drive means is movable. The drive means of the rotary vane is provided in a preferred embodiment of the invention by or with a so-called Türschlleßer. The drive means or the door closer of the closing sequence control device according to the invention allows vortellhafterweise an independent closing of the threat of the door construction, which is particularly advantageous in the case of trained for fire protection door construction. Vortellhaftetweise the drive means or the door closer purely mechanical, electrical, hydraullsch and / or pneumatically driven.

In a further advantageous embodiment of the invention, a lever arm is attached to the drive means or Türschlleßer the rotary door of the door construction, wherein one end of the lever arm is connected to an upper edge of the rotary door of the door construction and the other end of the lever arm in a in a slide rail of the frame enclosing the door structure sliding Gleltelement or the other end of the lever arm is connected to the sliding in the slide rail of the frame of the door construction sliding element.

The Schlleßfolgeregelvorrichtung invention is advantageously characterized by an associated with the rotary wing of the door construction Gleltelement cooperating in the Gleltschiene locking device with at least one trigger member, wherein the rotary wing of the door construction in the triggered state of the spanner in Schlleßstellung can be brought.

The closing sequence control device according to the invention is further advantageously characterized by a sliding in the slide rail of the frame of the door structure sliding element, which cooperates with the trigger member of the locking device and the sliding leaf of the door construction, preferably such that the Trigger member Sperworrlchtung is actuated when the slider is moved from the sliding sash of the door construction by moving into the closed position.

The cooperating with the sliding leaf of the door construction sliding is advantageousafterweise against the force of a spring in the slide displaced. Advantageously, the sliding element is against the force of the spring of the Schlebeflügel the door structure by shifting in Schlleßstellung be brought. A further preferred embodiment of the invention is characterized in that the sliding element with the force of the spring from the closed position in a locking device not triggering open position can be brought, when the sliding panel of the door construction is moved by moving from the closed position to an open position. The spring is formed in a preferred embodiment of the invention as a return spring. In a further advantageous embodiment of the Erflndung the cooperating with the trigger member of the Sperrvorritung and with the sliding leaf of the door construction sliding element is arranged in a closed region of the Schlebeflügels the door construction in the Gleltschiene.

By these embodiments of the Schtießfoigaregelvorrichtung invention, individually and / or in combination mitelnander, in particular the Verfahr- or, displacement of the sliding element In the slide and, accordingly, reduce the length of the Glelt rail.

Advantageously, the sliding leaf of the door construction of a acting in the closing direction, preferably automatic Antriebmlttel movable. The automatic drive means of the Schlebeflügels or Schiebetors is provided in a preferred embodiment of the invention by or with a motor drive. Furthermore, the automatic drive means of the sliding leaf or sliding gate can be provided according to the invention by counterweights, spring rope pulleys and / or inclined planes. The drive means of the Sehließfolgeregelvorrichtung invention allows vortellhafterweise an automatic closing automatic schliesßen the Schlebeflügels or sliding gate of the door construction, which is particularly advantageous in the case of trained for fire protection door construction. Advantageously, the drive means is purely mechanically, electrically, hydraulically and / or pneumatically driven.

Using fire or smoke detectors, a fully automatic closing of the door construction is provided in a particularly advantageous embodiment of the invention.

The subject of the present invention is furthermore a door construction with a sash wing and a rotary wing, which is vororthafterhafterweise for fire protection purposes, wherein the sliding sash and the rotary wing are arranged directly adjacent to each other and open in the opposite direction, which is characterized in that it has a Schlleßfolgeregelvorrlchtung invention.

In the door construction according to the present invention, the Schlebeflügel and the rotary wing are open in the opposite direction. According to the invention, the rotary wing is struck on an outer side of the door construction, for example by means of door hinges, while the opening mechanism of the sliding leaf is designed so that this opening of the wing wing must be moved away from the rotary wing by moving.

Typically, rotary doors are mounted in a dreiseitlgen door frame, of which the door hinges are attached to a perpendicular to the ground or underground Zargentell, while on the opposite perpendicular to the ground or, running surface frame part, a strike plate is attached. The invention is now based on the finding that the construction of the door construction according to the invention makes it possible to dispense with the frame part which is otherwise perpendicular to the floor or base, because the edge of a sash positioned next to the rotary sash faces the sash Function can take over without the fire protection properties of the entire door construction are significantly deteriorated.

Further, according to the invention, there are no fixed components between the rotary wing and the sliding leaf of the door construction according to the invention, a continuous, wide opening is created by opening both wings of the door construction according to the invention. In the usual use, however, both wings of the door construction according to the invention are independent of each other and also because of the smaller size easy to use. Thus, it is possible with the closing sequence control device according to the invention, for example, only open the sliding sash and close or alternatively also the rotary wing.

A practical advantage is also that both wings of the door structure according to the invention are more or less in the same place. If, for example, it turns out that an object that is caused by the If the rotary wing is to be transported through, too wide for this one, the sliding panel must only be pushed so far that the passage has a sufficient gap. It is therefore not necessary to bring the object from the rotary wing to a possibly larger door located elsewhere, nor is it necessary to fully open the larger door. Due to the combination of rotary and sliding sash according to the invention for closing a through opening, a closable opening of variable width can be created in a fire protection partition or in another wall.

Another advantage of the door construction according to the invention is that with this a relatively large door opening can be created, in which the moving parts, that is, the rotary wing and the sliding sash, of their size relative to each other can be adjusted so that they are by hand without open and close a lot of effort. Thus, for example, the sliding door can also be designed to be electrically, hydraulically and / or pneumatically operable in a manner known per se, or the displaceability can be facilitated by means of cables.

Another advantage is the fact that the door construction according to the invention also allows the construction of optically homogeneous fire-resistant partitions with fixed fire glass elements, since the rotary wing, the sliding sash and the fixed fire glass elements can be made in the same height if necessary.

In a preferred embodiment of the door construction according to the invention, the rotary wing has a closing mechanism, which locks when the rotary wing is closed in a receptacle located in the sliding leaf. This is particularly advantageous because in this way the rotary wing can be firmly closed. A lock mechanism which can be used according to the invention is, for example, a lock catch which is actuated via a door pawl attached to the rotary wing, wherein the lock catch is pulled out of the receptacle in the sliding wing and the rotary wing is released in this way. The closing mechanism together with the door can for example be integrated in a lock housing.

A Weiterblildung the door structure according to the invention provides that the rotary wing and / or the sliding leaf each having a single, continuous fire protection pane.

The wing elements of the door construction according to the invention may have frame parts or a circumferential frame or a circumferential profile, in which case, their strength is preferably chosen so that the surface of the continuous fire protection is as large as possible, but without jeopardizing the Stabllltät the construction. As a material for the frame is preferably solid wood used because it changes its carrying capacity only slightly in case of fire. However, it is also possible to use other materials that can be used for frame protection against fire, such as steel, aluminum, plastic or composite materials made of steel, aluminum. Plastic and / or wood.

In a further preferred embodiment of the door construction according to the invention the rotary wing is designed frameless. In this embodiment, the door hinges and optionally the locking mechanism are attached directly to the fire panel of the rotary wing. This is particularly advantageous because a door construction according to this embodiment is characterized by a particularly high light transmission and also has a visually appealing appearance. If the fire panel contains toughened safety glass, the openings required to accommodate the lock mechanism and for the passage of the hinges are applied prior to tensioning the slab glass.

According to a welteren embodiment of the door structure according to the invention, the sliding leaf, at least on its side facing the rotary wing abutting edge on a frame part, in which the receptacle is provided for the closing mechanism of the rotary wing. This frame part may preferably be made of solid wood or another material which can be used in frames for the frame. This is particularly advantageous, since when assembling the door construction according to the invention on the construction site, the receptacle can be more easily adjusted in a frame part than if the receptacle is located directly in or on the fire protection pane of the sliding glide ice.

It is also possible to provide the sliding leaf with a peripheral frame, preferably made of solid wood. In this way, more components of a sliding sash, wle floor rollers or a suspension, can be relatively easily attached.

A further preferred embodiment of the door construction according to the invention provides that the rotary wing has an impact edge facing the sliding leaf, wherein this abutment edge and the abutting edge of the sliding leaf are step-like stepped and each have at least two steps. So they are each other facing abutting edges of rotary wing and sliding sash stepped, each with at least two stages graded. This design of the above-mentioned abutting edges advantageously allows a good seal between the two wings of the door construction according to the invention, which is particularly important in case of fire.

In this embodiment, in a further preferred manner, at least one of the stages is provided with a vaporiser. In this way, the tightness between the wings of the door construction according to the invention can be further improved. In addition, the sealing means additionally acts as a damping means when the door construction is closed. Thus, in particular with frameless design of the rotary wing, the mechanical load when slamming the rotary wing can be reduced. As a sealant advantageously elongated lip seals are used, which either have a self-adhesive Haftklebstoffstrelfen or have on its underside a mushroom-shaped in cross section holding profile, with which the sealing strip can be snapped into a correspondingly shaped groove in the step of the wing.

In a further preferred embodiment, the sealing means at the sealing Rare eln in cross-section crescent-ausgebildetes profile. This is particularly advantageous, since this form of the sealant on the one hand has good sealing properties and on the other hand ensures that the sliding sash can slide when closing against the abutting edge of the rotary wing in the sealing seat, without damaging the sealant.

In a particularly preferred manner, in each case a Dlchtungsmittel is provided at both stages of the abutting edges. The sealing means may either be attached to a wing of the door structure according to the invention or, alternatively, in such a way that either the first step of the rotary wing and the second step of the sliding leaf or the second step of the rotary wing and the first step of the sliding leaf with a sealing means are provided.

It is also possible to provide a step-like gradation on one or belden wings of the door construction according to the invention at the other abutting edges. This gradation may have either one or two stages, with a stage for sealing at the other abutting edges, that is, with the exception of the impact karts between the two flights in the door construction according to the invention, is usually sufficient. In this embodiment, in an expedient manner, the parts coming into contact with these other abutting edges, in which the entire Door structure is bordered, such as frame, frame parts and / or the like, formed in a corresponding manner staircase with one, two or more stages. The step or steps of the wings of the door construction according to the invention and / or the construction site which comes in contact with them can likewise be provided with a sealing means according to the invention,

A further embodiment of the door construction according to the invention provides that the rotary wing has a further locking possibility on the upper and / or lower side. This can be realized for example by a retractable in the upper and lower abutting edges of the rotary verrlegelungsstift, which can engage in a corresponding cylindrical recess in the ground or located above the rotary wing camber. In this way, the secure locking of the rotary vane can be ensured even when the sliding leaf is open and the rotary wing thus the fixation by snapping his Schllef3mechanlsmusses missing in the recording of the sliding sash.

According to the invention, it is furthermore preferred that at least one of the fire protection slabs has an internal intumescent fire protection substance or a fire protection gel. The use of these fire panels is due to their good fire protection properties at the same time high transparency of advantage.

It may also be provided according to the invention that the hinges of the threatening wing are attached to a wall spar or a Futterzarge. The wall spar or the lining frame are preferably made of solid wood. In this way, the rotary wing of the door construction according to the invention can be fastened particularly reliable.

FIg.1

In einer schematischen Darstellung ein Ausführungsbeispiel einer erfindungsgemäßen Schießfolgeregelvorrichtung;

Fig. 2

eine Detallansicht der erflndungsgemäßen Schleßfolgeregelvorrichtung nach Flg. 1 entlang der In Fig. 1 eingezelchneten Linie II-II;

Fig. 3

ein Ausführungsbeispiel für eine erfindungsgemäße Türkonstruktion In Form einer vollwandigen Konstruktion in Draufsicht von der Brandseite; und

FIg. 4

eine Detailansicht der erfIndungsgemäßen Türkonstruktion nach Fig. 3 entlang der in Flg. 3 eingezeichneten Linie IV-IV.

Further details, features and advantages of the invention will be explained in more detail with reference to the description of the embodiments illustrated in the figures of the drawing, showing;

Fig.1

In a schematic representation of an embodiment of a shooting sequence control device according to the invention;

Fig. 2

a detailed view of the inventive sequence control device according to Flg. 1 along the In Fig. 1 notated line II-II;

Fig. 3

an embodiment of a door construction according to the invention in the form of a solid wall construction in plan view from the fire side; and

FIG. 4

a detailed view of erfind to the invention door construction Fig. 3 along the in Flg. 3 marked line IV-IV.

Flg. 1 and Flg. 2 show a Schlleßfolgeregelvorrichtung 25 for a particular designed for fire protection purposes door construction 1 with a sliding sash 2 and a in the Fig. 1 and 2 not explicitly shown rotary wing 3. As hereinafter in particular in connection with Fig. 3 and Fig. 4 explained in more detail, the sliding sash 2 and the rotary wing 3 of the door structure 1 are arranged directly next to each other and open in the opposite direction.

In the closing sequence control device 25 shown in the figures, the Schlebeflügei 2 and the rotary door 3 of the door structure 1 each one of the closing sense, automatic Antnebsmittel (in the Flg. 1 and 2 not explicitly shown) movable, the rotary wing 3 in particular with a so-called door closer and the sliding sash 2 in particular by so-called counterweights, Federsallrollen, inclined planes or a motor drive. In this case, the Schlebeflügel 2 of the door structure 1 is displaceable (In Fig. 1 and Fig. 4 represented symbolically by the double arrow marked with the reference symbol Vs) and the rotary wing 3 of the door structure 1 (shown symbolically in FIG. 4 by the double arrow marked with the reference symbol V _D ).

On the drive means of the rotary wing 3 of the door structure 1, a lever arm is mounted, wherein one end of the lever arm is connected to an upper edge of the Drohflügels 3 of the door structure 1 and the other end of the lever arm in a displaceable in a slide rail 26 of the frame of the door structure 1 sliding member (not explicitly shown in the figures). The sliding member 3 associated with the rotary door 3 (not explicitly shown in the figures) cooperates with a locking device 27 arranged in the slide rail 26. The locking device 27 has a triggering element 28 mounted resiliently in front of the locking device. The trigger 28 is according to the In Flg. 2 illustrated double arrow V _A pivotable. The locking device 27 is designed such that the rotary wing 3 of the door structure 1 in the tripped state of the locking device 27 can be brought into the closed position.

In the slide rail 26 of the frame of the door structure 1 (shown here is the sliding door underside), a sliding sliding element 29 is further arranged. The Verschlebbarkeit of the sliding member 29 is in Fig. 1 represented symbolically by the indicated by the reference numeral V _G double arrow. The sliding member 29 has in the present case a so-called Schllttenschuh 30, which cooperates with the tripping Glwick 28 of the locking device 27 such that the tripping Gll 28 of the locking device 27 is actuated when the sliding member 29 and thus the carriage shoe 30 in the direction of Fig. 1 drawn arrow A1 is moved. In the present case, the displacement A1 of the sliding element 29 is limited by means of the sliding leaf 2 of the door construction 1, with which the sliding element 29 cooperates to trigger the locking device 27. For this purpose, the sliding member 29 a bolt 31, in this case a bolt 31, which projects into the sliding area of the sliding leaf 2 of the door structure 1, such that upon a displacement A2 of the sliding leaf 2 of the door structure 1 in the direction of in Fig. 1 Plotted arrow A2, the sliding member 29 is moved with the carriage shoe 30 in the direction of the trigger member 28 of the Spenvorrichtung 27 (shift A1), the Auslöseglled 28 of the locking device 27 is actuated when the sliding member 29 of the sliding sash 2 of the door structure 1 by shifting A1 or A2 is moved to the closed position.

As further on from Fig. 1 and Fig. 2 Recognizable, the sliding element 29 is displaced in displacement A1 against the force of a return spring 32 in the slide rail 26, wherein the return spring 32 is fixed in the slide rail 26 by means of a spring lock 33. The sliding member 29 is dabel with the force of the return spring 32 saibstständig in a locking device 27 not triggering open position be brought when the sliding panel 2 of the door structure 1 is moved by moving in the opposite direction of the displacement A2 from the closed position into an open position.

The cooperating with the AuelÖseglied 28 of the locking device 27 and the sliding leaf 2 of the door structure 1 sliding member 29 with carriage shoe 30 and bolt 31 is - as shown in the figures - present in a closing area S (in Fig. 1 and Fig. 2 symbolically represented by the dotted line marked S) of the sliding wing 2 and the rotary wing 3 of the door structure 1 in the slide rail 26.

Fig. 3 and Fig. 4 show a fire door construction 1 consisting of a sliding sash 2 and a rotary wing 3. In the in Fig. 3 with the reference cell A marked position of the rotary wing 3 and the Schiebeflugei 2 are closed. In the in Fig. 3 marked position B, the rotary leaf 3 is closed and the sliding sash 2 is opened. The opening direction of the Drohflügels 3 is indicated by dashed arrow elnen V _D. The sliding leaf 2 can be ausgeblldet as a full-surface wooden door or optionally have a fire protection panel 4, which is enclosed in a circumferential frame 5 made of solid wood (shown in the figures of the drawing). The fire protection panel 4 consists of two layers of tempered safety glass with a laminated intermediate layer of intumescent material in case of fire. Instead of a fire protection pane 4, a glass pane can altematlv and / or additionally be used according to the invention.

The sliding sash 2 is held at an upper abutment edge 6 of its peripheral frame 5 at a Laufschlene 7, which is covered by a veneer 8, seitllch slidably. On the running rail 7 closes in Schließberelch S the door construction, the Gleitschlene 26 of Schlleßfolgeregelvorrichtung 25 after Fig. 1 and 2 at. Alternatively, the slide rail 26 can also be formed directly from the running rail 7. The circumferential frame 5 of the sliding leaf 2 Is equipped for manual opening with a Grlffmulde 9. During the opening of the Schlebeflügels 2 of the Schlebeflügel 2 of the door structure 1 is lifted by a slope of the running rail 7 lelcht simultaneously.

The rotary wing 3 of the door structure 1 is frameless made of wood and can optionally have individual fire screens 4 or be designed as a glass door. The rotary wing 3 is rotatably supported by three door hinges 10 on a spar 11.

The rotary wing 3 of the door structure 1 is provided on its side facing the sliding leaf 2 of the door structure 1 with a lock housing 15 which is fixed to the Brendschutzecheibe 4 of the rotary wing 3. The lock housing 15 accommodates a lock mechanism comprising a lock latch. The latch bolt is pulled out by a door latch 16 from the provided in the peripheral frame 5 of the sliding panel 2 receptacle to release the rotary wing 3.

Fig. 4 shows the lying in the Schlleßbereich S transition region between the sliding sash 2 and the rotary wing 3 of the door structure 1 on the basis of Fig. 3 illustrated door construction 1 In a plan view along the section line IV-IV. The encircling frame 5 has a pivoting edge 3 facing the abutting edge 17, the Stepped stepped and has two stages 18 and 19, wherein the step 19, a sealant 20 is attached in the form of a lip seal with crescent-shaped sealing profile. In this corresponding manner, the rotary wing 3 has a collision edge 21 which is formed stepwise over twelve stages 22 and 23, wobel on the step 23, a sealant 24 is attached in the form of a lip seal with a half-moon-shaped sealing profile.

When the sliding panel 2 presses the door structure 1 against the bolt 31 screwed into the sliding element 29, the sliding element 29 with the carriage shoe 30 is pushed forward and releases the blocking device 27 by actuating the triggering member 28 of the closing sequence control device 25. When the sliding panel 2 of the door structure 1 is opened, the return spring 32 simultaneously retracts the sliding element 29 with the Schlitterischuh 30. Thus, the Schlueßfolgeregelung is no longer triggered and in the open state of the door structure 1 of the rotary door 3 of the door structure 1 is stopped.

The Ausführungsbeisplele of the invention shown in the figures of the drawing and explained in connection with the description are used for explaining the invention and are not limiting thereto.

Bezugszeichenllste:

1

door construction

2

sliding panel

3

rotary wing

4

Fireproof panel

5

encircling frame

6

upper bumper

7

runner

8th

facing

9

Griffmuide

10

Türschamler.

11

Holm

12

ramp surface

13

fall

14

ramp surface

15

lock housing

16

door handle

17

impact edge

18

step

19

step

20

sealant

21

impact edge

22

step

23

step

24

Dichtungsmlttel

25

A closure sequence control device

26

slide

27

locking device

28

Trigger member (locking device (27))

29

Slide

30

Carriage shoe (sliding element (29))

31

Bolt / bolts

32

return spring

33

Federarretlerung

A1

Verschiebeung sliding element (29)

A2

Shift sliding sash (2)

S

closing area

V _A

Swiveling trigger element (28)

V _D

Swiveling rotary wing (3)

V _S

Shifting sliding sash (2)

Claims (13)

Closing sequence control device (25) for a door construction (1) with a sliding leaf (2) and a rotary wing (3), in particular for fire protection purposes, wherein the sliding leaf (2) and the rotary wing (3) are arranged directly next to one another and open in the opposite direction,
characterized,
that
when closing the door structure (1) of the rotary wing (3) of the door structure (1) can only be brought into the closed position when the Schlebeflügel (2) of the door construction (1) is in Schliessstellung. Schlleßfolgeregelvorrichtung (25) according to claim 1, characterized in that the rotary wing (3) of the door structure (1) of a Schließslnn acting, preferably automatic drive means (door closer) is movable. Closing sequence control device (25) according to claim 2, characterized in that on the Antriebsrnittel (door closer) of the rotary wing (3) of the door construction (1) is mounted a lever arm, wherein one end of the lever arm with an upper edge of the rotary wing (3) of the door construction ( 1) is connected and the other end of the lever arm in a sliding in a rail (26) of the frame of the door construction (1) slidable sliding element engages or the other end of the lever arm with the sliding rail (26) of the frame of the door structure (1) displaceable Sliding element is connected. Closing sequence control device (25) according to claim 3, characterized by a locking device (27) interacting with the sliding element associated with the rotary wing (3) of the door structure (1) in the slide rail (26), having at least one trigger member (28), wherein the rotary wing (3) the door construction (1) in the triggered state of the locking device (27) can be brought into the closed position. Closing sequence control device (25) according to claim 4, characterized by a sliding element (29) displaceable in the slide rail (28) of the frame of the door structure (1), which is connected to the trigger member (28) of the locking device (27) and the sliding leaf (2) of the door construction (1) cooperates, preferably such that the Ausläseglied (28) of the locking device (27) is actuated when the sliding member (29) of the Schlebeflügel (2) of the door structure (1) by moving (A1 or A2) brought into the closed position is. Closing sequence control device (26) according to claim 4 or claim 6, characterized in that the sliding element (29) against the force of a spring (32) in the slide rail (26) is displaceable. Closing sequence control device (25) according to claim 6, characterized in that the Gleitelernent (29) against the force of the spring (32) of the sliding sash (2) of the door structure (1) by Verschleben (A1 or A2) can be brought into the closed position. Schlleßfolgeregelvorrichtung (25) according to claim 6 or claim 7, characterized in that the sliding element (29) with the force of the spring (32) from the closed position into a locking device (27) not triggering opening position is brought about when the sliding sash (2) the door construction (1) is moved by shifting from the closed position to an open position Is. Closure follower device (25) according to one of claims 5 to 8, characterized in that the sliding element (29) cooperating with the trigger member (28) of the locking device (27) and with the sliding flag (2) of the door construction (1) is arranged in a closing region (S ) of the sliding leaf (2) of the door construction (1) is arranged in the slide rail (26). Closing sequence control device (25) according to any one of claims 1 to 9, characterized in that the Schlebeflügel (2) of the door structure (1) by a Schließslnn acting, preferably automatic drive means is movable. Schließfotgeregelvorrichtung (25) according to claim 10, characterized in that the automatic Antrlebsmtttel is provided by a motor drive, counterweights, spring pulleys and / or inclined planes. Door construction (1) with a sliding leaf (2) and a rotary wing (3), wherein the sliding leaf (2) and the rotary wing (3) are arranged directly next to one another and open in the opposite direction, characterized in that they comprise a closing sequence control device (25). according to one of claims 1 to 11. Door construction (1) according to claim 12, characterized in that it is designed for fire protection purposes.

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