EP2317053A2 - Morphological module system for producing different building closures or the like - Google Patents

Abstract

The system has a continuously movable element holder module cooperating with roller carriage module, and a plate-shaped element (42) held in the holder module for forming sliding doors, rotating doors and door wings of carousels and shower partitions. Fastening channels are arranged centrally within a support profile module (17) in a circular arc section and closed by a cover in an external side. The roller carriage module has a roller supported base body with a retaining chamber for the holder module.

Description

The invention relates to a morphological system for creating different building closures or the like according to the preamble of claim 1.

Building closures or the like are available in various designs or configurations. These include, in particular sliding doors, revolving doors, wings of revolving doors or the like. Such building closures can be used both for indoor use as well as depending on the application for outdoor use.

Building closures also consist of different materials in terms of their wings. In the materials used, the inventive concept of the present invention does not limit this, since, in addition to an embodiment in glass, building closures and their door leaves can also be made of wood or metal or plastic or the like.

With the DE 195 26 550 A1 is a roller carriage has become known, which is movable within a guide rail. With the roller carriage is a reinforcing element via a pin-shaped fastening element that is suspended so flexible in the sense of a universally movable joint that vertical and / or horizontal oscillations and rotational movements are possible connected. The gate element is connected by screw connections with the reinforcing element. Adjustability of the gate is not possible.

Morphological systems have their meaning in that one can search out the modules or modules contained within a system depending on the use of the appropriate blocks or modules and thus creates a new device. The basic idea of such a system is justified by the fact that the use of identical parts for a wide variety of applications, an enormous cost savings is achieved because essentially the same modules are used for different building closures or the like. In addition, such a bearing support of identical parts is also cheaper, so that corresponding delivery times can be shortened. Furthermore, development times or development costs are drastically reduced if the same common parts are used.

In view of this problem, the present invention has the object to provide a system for building closures or the like of the type described above, with the help of different building closures or the like can be inexpensively mass-produced with identical parts.

According to the invention, this object is solved by the features of claim 1. The dependent claims provide a further embodiment of the inventive concept again.

It is proposed according to the invention a morphological system for the creation of different building closures or the like, that is based on the use of the same modules for both sliding doors as well as for swing doors or the like.

A central module, which can fulfill various different functions in addition to a corresponding load-bearing effect, lies within a support profile module.

This support profile module can for example be used both for holding a sliding horizontal door leaf or equally for a pivoting rotary wing become. By such a multiple use of such a support profile module quite enormous costs in terms of storage and development can be saved because for different types of doors always the same support profile module is used.

Such a support profile module according to the invention is characterized in a preferred embodiment in particular by the fact that on the outside of an outer curved contour is present. The curvature preferably extends arcuately, in particular partially circular arc or according to a polygon course. This circular arc section is preferably designed at least as a semicircle, wherein in a further preferred embodiment, the circular arc section describes a range over 180 °. The ends of this arc section go directly or under certain fillets in the end legs of the support profile module, which form an open area between them. This area between the end legs is intended for the exit of a clamped, but movable door leaf or a clamped, but pivotable rotary wing.

Within the limited by the arc section outer contour at least one mounting channel is included. Preferably, this is a mounting channel in the middle of the support profile module, ie, with respect to the opening area between the end legs of the module. Starting from this middle fastening channel, in a further preferred embodiment, additional lateral fastening channels may also be present. These lateral fastening channels are arranged at an angle of 90 ° on each side of the central fastening channel. The fastening channels can be used for fastening the supporting profile module to a ceiling, a wall or the like, and secondly the fastening channels can also be used for sealing, such as Brush seals or the like usable depending on the use. Such a fastening channel preferably has an undercut, so that a secure attachment within the Befesbgungskanales is given by inserting an additional profile or a seal or the like in complementary design of the undercut. In a preferred embodiment, the attachment channel has a dovetail shape. Within the support profile module corresponding treads are available for the use of a wagon module or roller carriage module. The support profile module may be in one piece or in several pieces, preferably consist of two sub-profiles. In the execution of a multi-part support profile module, the individual sub-profiles are preferably connected to one another via a connector or the like form-fitting manner. The outer lateral end of the support profile module form corresponding closure element modules, which may consist in a version as a sliding door, for example, flat plate-shaped elements.

In a further preferred embodiment of a revolving door with the support profile module, it is possible to use a corresponding storage within these top and bottom mounted closure element modules. In such an embodiment of a building closure or the like as a revolving door bearing modules can be used instead of the lateral closure element modules, on the same time, the two sub-profiles of the support profile module are held together. About such a closure element module and the support profile module in a turntable version with a drive or a door closer is connected.

The above-described support profile module thus offers the possibility to be used in a variety of ways, depending on the desired design of the building closure or the like, as a sliding door or revolving door or the like. For such an application, it is necessary that the support profile module can also be attached accordingly.

In order to carry out a cost-effective storage support, it is therefore necessary that for the support profile module for building closures or the like different Befesügungsmöglichkeiten must be maintained. The use of such a support profile module depends on the structural conditions, which may be of different nature. So it is for example possible to attach such a support profile module below a ceiling or the like, because the room height is low At the same time, however, the same support profile module can be used where, for example, on a wall, a separation or the like Support profile module must be attached laterally. This also applies to versions in which there is a partition or a wall of glass elements, for example with a skylight and / or a fixed side part.

In order to accomplish assembly for all mounting options for horizontal building completions in conjunction with one and the same support profile module, according to the invention, only two connection modules are sufficient, the connection modules can also be used multiple times.

In a first preferred embodiment, a connection module, which can be used for making a wall or a partition or the like, is designed so that it has opposite incisions at its ends, in which, for example, plate-shaped elements in the form of glass panes, or metal plates, or Plastic plates, or wood panels or the like can be used. This may for example be a fixed side part and / or a skylight of a glass door system or the like.

In order to be able to connect the connection module to the universal support profile module, the connection module has a projection, which preferably has a dovetail-shaped or the like but has at least one complementary shape to the mounting channel. In the middle of the projection is a connecting channel, which serves for frictional connection with the support profile module. The connection module of the first preferred embodiment is so inserted laterally within a mounting channel, which may be present in multiple numbers on the support profile module and with accurate placement of the support profile module this is screwed via a corresponding connection element with the connection module.

In the region of the projection, a contact surface is present on the connection module, which has a complementary shape to the support profile module. The support profile module has in a preferred embodiment in the area where it is connected to the connection module, a circular arc shape or a Curvature. This arcuate course is complementary in the connection module of the preferred type.

It should be noted that this arcuate course can have a curvature that corresponds to an arcuate shape, in particular a circular arc shape and / or the arc curve approximately as a polygon-shaped outer contour. This can be both a convex and a concave curved surface.

In a further preferred embodiment, of course, the outer contour of the support profile module can be designed so that in the region of the connecting channel, a straight or sloping surface is present, so that at the connection module, a corresponding complementary surface is used.

In a further preferred embodiment, a further connection module is present, which preferably serves to fasten the same support profile module, for example, to a building ceiling or the like. Since no further integration of a wall or the like is necessary in this type of attachment, this connection module has been designed differently. Also, this connection module has in its central region on a projection which is also designed approximately dovetailed. This projection is connected to the attachment of the support profile module to the ceiling or the like with a mounting channel within the support profile module so as to secure by appropriate screw the support profile module with the connection module to the ceiling or the like.

In order to use the support profile module universally, the mounting channels are preferably included in multiple numbers in its outer contour. In a preferred embodiment, three mounting channels are included, which are all located, for example, in the circular arc-shaped portion of the outer contour. From the middle mounting channel, which is arranged in the middle of the support profile module, the two lateral mounting channels are each offset by 90 °. By this offset by 90 °, it is possible that such a support profile module can be set both at a lateral attachment point and at an upper attachment point. The mounting channels, which are not required for a mounting or the like, can be closed by removable covers.

The connection between the projection and the fastening channel is at least form-fitting and executed in a particular embodiment form-fitting and non-positive.

Both the support profile module and the connection modules are preferably made of light metal or the like.

While in the embodiment as a sliding door, the support profile module has corresponding closure element modules at its ends, which serve to seal the support profile module and the connection of the two support profiles, it can in a further use of the support profile module as a vertical conclusion in a swing door or the like to use closure element modules with bearings come at the top and bottom of the support profile module. In such a case, corresponding bearings for mounting and for rotatably supporting the rotary vane within the closure element modules are included. It is also possible to complete such a swing door with a door closer or drive, for example, embedded in the floor or in a profile. In addition, when using such a rotary wing also given the possibility of a revolving door of a brake-out. In such a case, the closure element modules are modified to simultaneously receive the bearings.

In particular, in the swing doors and also in the wings for revolving doors offers itself due to the structural design, which corresponds due to the curvature arc, in particular circular arc and / or the arc about a polygonal surface area that these versions of building closures or the like on the Nebenschließkante can be executed without jamming, without additional higher costs. For sealing against a frame or the like, sealing means can be used in at least one fastening channel.

In addition to the various modules already described above, it is expedient that an element holder module is used in conjunction with a roller carriage module in the plate-shaped elements for the building completions. This applies both for use in a sliding door as well as a rotary wing or the like.

It is inventively proposed a roller carriage module, which essentially consists of a base body having a receiving space. In the receiving space, which is open on one side, an element holder module can be used with a replaceable plate-shaped element which is infinitely height adjustable by means of the element holder module in the installed state. For mobility of the roller carriage module corresponding rollers are arranged on the base body, which are preferably placed above the adjusting device of the element holder module.

The main body has a base or base plate, depart from the side of two sidewalls distanced. In these side cheeks already mentioned support rollers are rotatably mounted. Depending on the load, this can be one or two rollers on each side. In continuation of the side cheeks have to the two ends towards each setting spaces in which the element holder module engages adjustable. The element holder module consists essentially of a U-shaped component, on which preferably laterally outwardly directed drivers are formed. The drivers engage in the Einstellräume and are guided and held there. The guiding of the driver and thus of the entire element holder module can eg by appropriate dowel pins or the like, which are located on each side in the Einstellräumen. Preferably, two dowel pins or the like are present as a guide in each of the setting spaces, so as to prevent tilting of the element holder module. The U-shaped part of the element holder module engages between the side walls of the base body. The element holder module preferably extends over the entire width of the plate-shaped element, which may be made of glass or plastic or metal or wood or the like. Such a plate-shaped element is fastened within the element holder module either by an adhesive bond or by positive engagement and / or by frictional connection. The preferred embodiment is a bonding, because in such a fastening no holes within the plate-shaped element must be introduced. This would only make such a door version with corresponding roller carriage modules and support profile modules more expensive.

The element holder module can be designed accordingly in its inner area between its side walls so that here a wide variety of materials as well as different thicknesses of materials can be used.

In order to set the element holder module within the roller carriage module, which is present on a plate-shaped element in at least two versions, located in at least one of the adjustment chambers, a set screw for stepless height adjustment. However, it can also be present on each side of the Einstellräume each a set screw. By such a configuration, it is possible to adjust the plate-shaped element in the vertical orientation in its plane. The screws engage in the driver, which are integrally formed on the element holder module and can thus be adjusted in the installed state of a roller carriage module within a support profile module or the like.

Such a roller carriage module can be made for example of a high-quality durable plastic injection molded part. However, it is also possible that such a roller carriage module is deflected from an extruded profile, wherein such an extruded profile consists of a light metal or the like.

With such a roller carriage module can thus be a horizontally displaceable wings that are mounted in a support profile module on the rollers move, and on the other hand, it is also possible that such a roller carriage module for other applications, such as for a revolving door for use comes.

When using such a support profile module with inserted roller carriage module in conjunction with a revolving door or the like, it is necessary that the roller carriage is set within the support profile with appropriate means because the door only performs a pivoting movement and thus can be considered as stationary. By this consideration, it is possible that after fixing within the roller carriage module via the element holder module, the plate-shaped element is held in its position about a vertical axis. An adjustment of the door leaf or the like is equally possible, as already described, in the installed state. By an appropriate use of the roller carriage on the one hand for a sliding arrangement of sliding doors and simultaneous use in stationary and portable swing doors a huge cost reduction for the production of different building closures is achieved. At the same time the formation of the secondary closing edge is provided with a rotary wing with a clamp protection.

In the following, the invention will be explained with reference to the drawings, to which reference is expressly made with regard to all details essential to the invention and details of which there is no further details.

Figur 1:

Eine Vorderansicht einer Schiebetüranlage;

Figur 2:

wie Figur 1, jedoch als Ganzglasausführung;

Figur 2a:

eine seitliche Ausführung mit einer Schiebetür und einem feststehenden Seitenteil;

Figur 2b:

wie Figur 2a, jedoch in einer Explosionsdarstellung;

Figur 3:

eine Explosionszeichnung eines Tragprofilmoduls mit seitlichen Verschlusselementmodulen;

Figur 4:

eine Schnittdarstellung einer bevorzugten Ausführungsform eines Tragprofilmoduls;

Figur 5:

eine Schnittdarstellung eines Teilprofils zur Herstellung eines Tragprofilmoduls;

Figur 6:

ein zu der Ausführung der Figur 5 gehörendes weiteres Teilprofil zur Herstellung eines Tragprofilmoduls;

Figur 7:

eine erste bevorzugte Ausführungsform eines Verbindungsmoduls in einer Schnittdarstellung;

Figur 8:

eine zweite bevorzugte Ausführungsform eines Verbindungsmoduls in einer Schnittdarstellung;

Figur 9:

eine erste Applikation eines Tragprofilmoduls mit der ersten bevorzugten Ausführungsform gemäß Figur 7;

Figur 10:

eine zweite Applikation, bei der das Tragprofilmodul mit zwei Verbindungsmodulen in Verbindung steht;

Figur 11:

eine Ausführung zur Befestigung eines Tragprofilmoduls an einer seitlichen Wand;

Figur 12:

eine weitere bevorzugte Ausführungsform eines aus zwei Teilprofilen zusammengesetzten Tragprofilmodules;

Figur 13:

eine perspektivische Darstellung eines Rollenwagenmoduls;

Figur 14:

eine Ausführung eines Rollenwagenmoduls in der Seitenansicht mit einem eingesetzten Elementhaltermodul und darin befindlichem plattenförmigen Element

Figur 15:

eine perspektivische Ausschnittdarstellung von einer Anwendung eines plattenförmigen Elementes, das an seiner Oberseite mit einem durchgehenden Elementhaltermodul versehen ist, auf dem zwei Rollenwagenmodule angeordnet sind;

Figur 16:

eine erste bevorzugte Ausführungsform eines Drehflügels innerhalb einer Ganzglasanlage;

Figur 17:

eine Halterung des Drehflügels innerhalb des Tragprofilmoduls über ein Rollenwagenmodul;

Figur 18:

eine Ausführung eines Rollenwagenmoduls mit integrierter Festsetzung;

Figur 19:

eine Applikation einer Festsetzung eines Rollenwagenmoduls innerhalb eines Tragprofilmoduls;

Figur 20:

eine Explosionszeichnung einer Befestigung eines Drehflügels mit einem oberen Lager;

Figur 21:

die Ausbildung eines oberen Lagers in Verbindung mit einem Oberlicht für eine Drehflügelausführung;

Figur 22:

die Ausbildung eines oberen Lagers in Verbindung mit einem Oberlicht für eine Drehflügelausführung, jedoch mit einem oberen Lagermodul;

Figur 23:

eine Explosionsdarstellung einer unteren Ausführung einer Lagerung bei einer Drehflügelausführung;

Figur 24:

eine zweite bevorzugte Ausführungsform einer Drehflügelausführung innerhalb eines Gebäudedurchbruches;

Figur 25:

eine seitliche Schnittdarstellung auf die obere Lagerung eines Drehflügels gemäß der Figur 24;

Figur 26:

eine perspektivische Darstellung auf den Lagerbereich gemäß Figur 25.

It shows:

FIG. 1:

A front view of a sliding door system;

FIG. 2:

as FIG. 1 , but as a full glass version;

FIG. 2a:

a lateral version with a sliding door and a fixed side part;

FIG. 2b:

as FIG. 2a but in an exploded view;

FIG. 3:

an exploded view of a support profile module with lateral closure element modules;

FIG. 4:

a sectional view of a preferred embodiment of a support profile module;

FIG. 5:

a sectional view of a partial profile for the production of a support profile module;

FIG. 6:

a to the execution of FIG. 5 belonging additional sub-profile for the production of a support profile module;

FIG. 7:

a first preferred embodiment of a connection module in a sectional view;

FIG. 8:

a second preferred embodiment of a connection module in a sectional view;

FIG. 9:

a first application of a support profile module according to the first preferred embodiment FIG. 7 ;

FIG. 10:

a second application in which the support profile module is in communication with two connection modules;

FIG. 11:

an embodiment for fastening a support profile module to a side wall;

FIG. 12:

a further preferred embodiment of a composite of two sub-profiles support profile module;

FIG. 13:

a perspective view of a roller carriage module;

FIG. 14:

an embodiment of a roller carriage module in the side view with an inserted element holder module and therein plate-shaped element

FIG. 15:

a partial perspective view of an application of a plate-shaped element which is provided on its upper side with a continuous element holder module, on which two roller carriage modules are arranged;

FIG. 16:

a first preferred embodiment of a rotary wing within a glass plant;

FIG. 17:

a bracket of the rotary wing within the support profile module via a roller carriage module;

FIG. 18:

an embodiment of a roller carriage module with integrated fixing;

FIG. 19:

an application of fixing a roller carriage module within a support profile module;

FIG. 20:

an exploded view of a mounting a rotary wing with an upper bearing;

FIG. 21:

the formation of an upper bearing in conjunction with a skylight for a rotary vane design;

FIG. 22:

the formation of an upper bearing in conjunction with a skylight for a rotary wing design, but with an upper bearing module;

FIG. 23:

an exploded view of a lower version of a bearing in a rotary vane design;

FIG. 24:

a second preferred embodiment of a rotary vane design within a building opening;

FIG. 25:

a side sectional view of the upper bearing of a rotary wing according to the FIG. 24 ;

FIG. 26:

a perspective view of the storage area according to FIG. 25 ,

The FIG. 1 shows a schematic representation of the execution of a sliding sash as training with a plate-shaped element 42 which carries a handle 23. Such a sliding door system 22 has been shown within a wall opening with a wall 24. The plate-shaped element 42 is displaceably mounted at its upper region within a support profile module 17.

In a further preferred embodiment, according to the FIG. 2 an all-glass sliding door system 22 reproduced, in which the plate-shaped element 42 with the handle 23 between two fixed side panels 49 and a skylight 48, preferably made of glass, inserts. In this embodiment according to the FIG. 2 again, the plate-shaped element 42 is slidably mounted within the support profile module 17.

That in the FIGS. 1 and 2 addressed support profile module 17 is in a perspective view in the FIG. 3 been reproduced. In this embodiment of FIG. 3 However, it is also possible, the support profile module 17 is made in one piece from a first part profile 18 and a second part profile 19. It is also possible. In a two-part design of the support profile module 17, a version of a wall or ceiling mounting is easier to do because the fitter comes better to the mounting screws.

In order to securely close the support profile module 17 at its ends, for example in the embodiment as sliding door system 22, in which the support profile module 17 accommodates the displaceable at least one door leaf, closure element modules 1 and 2 are arranged at the ends of the support profile module are the same. The closure element modules 1 and 2 are closed by screw elements to be inserted in the bores 4 in conjunction with screw channels 3 present within the support profile module 17.

In the FIG. 4 is reproduced in a sectional view of the sub-profiles 18 and 19 existing support profile module 17 in a single representation. The support profile module 17 has an outer contour 16, which has a partially curved portion 12. The curved portion preferably extends arcuately, in particular circular arc-shaped and / or has a course which is approximately polygonal. For the sake of simplicity, only a circular arc-shaped section 12 will be mentioned below, but all curved shapes are included in the invention. The circular arc-shaped portion 12 is connected to a transition region 13 to the end leg 5 connect. The end legs 5 are dimensioned such that an opening region 6 forms between their ends. The opening region 6 serves to exit a displaceable door leaf or to use a rotary vane or the like. Through the circular arc section 12 and the transition region 13 and the end leg 5 an interior space 14 for use as a support profile module 17 is created. Within the interior 14, there are running surfaces 7 for the use of a roller carriage module 36 or the like.

The attachment of the closure element modules 1 and 2, which may be designed differently, is accomplished via the screw 3, which are also directed to the interior 14.

Within the circular arc section 12 there is at least one Befesbgungskanal 15, whose undercut opening is directed to the outside. The middle Befesbgungskanal 15 sits almost in the middle of the support profile module 17 and can at an angle of 90 ° laterally to the mounting channel 15 thereto have arranged mounting channels 21 on each side. The Befesügungskanäle 15, 21 are designed so that they have an undercut 20 and thus provide a way to take about as a dovetail-shaped device for attachment or the like. This device may on the one hand be an attachment of this support profile module 17 to a stationary device, but it may also serve for the purpose of using corresponding sealing elements in the Befesügungskanälen 15, 21. Within the interior 14, a channel 11 is provided, which can be used for the attachment of further elements within the support profile module 17. As mentioned above, in this embodiment, the FIG. 4 the support profile module 17 has been formed from the partial profiles 18 and 19. The division into two sub-profiles 18, 19 is therefore appropriate, for example, to allow easy quick attachment of the support profile module 17 via the attachment points 10 in conjunction with the Befesfigungskanälen 15 and 21 to devices outside of the support profile module 17.

That's how it shows FIG. 5 the partial profile 19 in a preferred embodiment. Within the sub-profile 19, the fastening channel 15 and a lateral fastening channel 21 are contained in this embodiment. The connection between the partial profile 19 and the adjoining partial profile 18 is realized via an incision 8 which is located laterally within the circular arc section 12.

The part profile 18 belonging to the sub-profile 18 may be the FIG. 6 be removed. To connect the sub-profiles 18 and 19, a projection 9 of the sub-profile 18 is inserted into the recess 8 of the sub-profile 19. Due to the fact that the projection has an elongated section, a precisely fitting arrangement of the sub-profiles 18, 19 to the support profile module 17 will inevitably result.

The partial profiles 18, 19 and also the one-piece support profile module 17 are preferably made of light metal or an equivalent material. Due to the structural design of the area comprising the circular arc section 12, the support profile module 17 can be used both as a running rail for sliding doors and as a holding profile for revolving doors. In an embodiment as a revolving door, this embodiment with the arcuate portion would have the advantage that at the minor closing edge of the revolving door 76 a jam-free execution would be possible in conjunction, for example, with a frame or the like. This results from the fact that the arc section is formed over 180 °. Due to the shaped form, which is fully included in the invention, in particular from the FIG. 4 It will be appreciated that such a revolving door 76 would have an opening angle greater than 90 ° to either side.

The FIG. 7 shows a first preferred embodiment of a connection profile module 51 in a sectional view. The connection profile module 51 has two incisions 52 and 53 opposite to its ends, in which, for example, a plate-shaped element or the like, for example, from a wall or a skylight can be used. The outer area forms an outer surface 59. The outer surface 59 opposite is a contact surface 55, which serves to connect the connection profile module 51 with the support profile module 17. For connection, a projection 57 is used, which preferably has a dovetail-shaped cross section or the like. Within the projection 57 is a connecting channel 56, which serves for screw connection with the support profile module 17. The contact surface 55 is in this embodiment of FIG. 7 circular arc-shaped and thus has a complementary shape to the outer contour 16 of the support profile module 17.

In a second preferred embodiment, the FIG. 8 to take a Verbindungsprofilmodul 60. The connection profile module 60 is different and possibly made smaller than that in the FIG. 7 The connection profile module 60 also has a contact surface 62, which can be seen corresponding to the contact surface 55. Within the contact surface 62, the projection 57 is also included in the form already described above. Compared to the contact surface 62 are at the corners of equipment 61 for installation on a ceiling or the like available.

The application of the connection profile module 51 in conjunction with the support profile module 17 may in a first preferred embodiment of FIG. 9 be removed. Within the recesses 52 and 53 plate-shaped elements 63 and 64 are present, which may represent, for example, a fixed side part 49 or a skylight 48 a wall of glass elements. The support profile module 17 has in the FIG. 9 in the upper part of the outer contour 16, which is interrupted by fastening channels 15, 21. Again FIG. 9 can also be seen, two mounting channels 21 and a mounting channel 15 are present in the embodiment, wherein the mounting channels 15 is located above a wing 42 of a door or the like. Starting from this upper mounting channel 15 are offset by 90 ° to each side in each case the two Befesfigungskanäle 21 available. The left fastening channel 21 cooperates with the projection 57 in such a way that the connection profile module 51 has been pushed laterally into the fastening channel 21 with the projection 57. By means of a connecting element 65, which may be a screw element, the support profile module 17 is thus positively and positively connected to the connection profile module 51 in multiple numbers. The two remaining attachment channels 15, 21 are closed by covers 70, as they are not used for this type of attachment.

In continuation of the outer contour 16 of the circular arc-shaped portion 12, this is tapered according to the FIG. 9 continues and is still on a support 8 of the connection profile module 51. As a result, the stability of the attachment of the support profile module 17 to the connection profile module 51 is increased.

Furthermore, the FIG. 9 a module of a damping device 72 are removed, which is preferably inserted within the channel 11 of the support profile module 17. Such a damping device 72 would cause a smooth shrinkage of this plate-shaped element 42 in a displacement of the plate-shaped element 42 in the end positions. In order to be able to effect such an interaction between the at least one damping device 72 and the plate-shaped element 42, a projection 26 is present on the roller carriage module 36, which cooperates, for example, with a projection 66 of the damping device 72.

The preferred embodiment of FIG. 10 shows an attachment of the support profile module 17 to a ceiling 73 or the like. For this type of attachment, the connection profile module 60 is used, wherein in this embodiment, the upper Befesbgungskanal 15 are in operative connection with the projection 57. Via corresponding fastening elements 75, an attachment to the ceiling 73 is performed.

On the left side of the FIG. 10 In this embodiment, the connection profile module 51 has been used, which leads here that the Connecting profile module 51 with limiting legs 54 also rests against the ceiling 73 or the like In the recess 53 in this case, no plate-shaped element has been inserted, whereas, however, in the recess 52, the plate-shaped element 64 is placed. This embodiment can be carried out, for example, as a fixed side part 64 without skylight with a horizontally displaceable door leaf of a sliding door 22. The connection profile module 51 is fastened in the already described form over the projection 57 within the fastening channel 21.

The FIG. 11 shows the execution of a sliding door 22 with a wing 42, in which the support profile module 17 is fixed to a wall 24 via the connection profile module 60. The connection between the connection profile module 60 and the support profile module 17 is also performed via the projection 57 in connection with the fastening channel 21 and corresponding screwing.

For the modules described above from the morphological module system, in particular the support profile module 17 with corresponding closure element modules 1 and 2 and the different connection modules 51 and 60 is still missing the corresponding attachment of the plate-shaped element 42 within the support profile module 17. This is subsequently carried out on the basis of the roller carriage module 36.

A preferred embodiment of the roller carriage module 36 is the FIG. 13 again. In this case, the roller carriage module 36 substantially consists of a base body 35. The base for the main body 35 forms a base plate or base plate 28 from the side sidewalls 27 spaced away by the base plate 28 depart. At the end of the side walls 27 Einstellräume 32 are present on each side, which form essentially by an outgoing of the side cheeks 27 angled 29 with adjoining spacer legs 30 and adjoining angled base leg 31. By this offset of the bend 29 and the return via the base leg 31, a setting space 32 is formed. It is understood that on each of the side cheeks 27, a Einstellraum 32 is present.

Within the Einstellräume 32 are for example, for example, dowel pins 20 or the like, preferably in duplicate in each adjustment space 32 available. Between the dowel pins 40 is at least in one of the Einstellräume 32 a screw 47. On the function of at least one screw 47 is still in the description of the FIG. 14 Referenced.

By means of the protrusions provided at the ends of the side cheeks 27 for the adjustment spaces 32, which are formed by the side cheeks 27 e.g. Turn away, above the Einstellräume 32 space for support rollers 37 and 39. The support rollers 37 and 39 are rotatably supported by means of axles 38 which are recessed within the side walls 27.

For the lower termination in the region of the base leg 31, a chamfer 33 is present on the outer sides, so that the roller carriage module 36 can also be better used in rounded support profile modules 17 or the like.

On the base plate 28 is a projection 26, which serves, for example, to actuate a limit switch or the end position damping 72 or the like when the roller carriage module 36 is displaced within a support profile module 17.

In the FIG. 14 the roller carriage module 36 is reproduced in a side view, wherein an element holder module 41 is inserted here within the receiving space 34 substantially formed by the distanced side walls 27. The element holder module 41 holds the plate-shaped element 42 via spacers or adhesions 43.

The element holder module 41 consists essentially of a bottom 45, from which starting side cheeks 46 are present, on which drivers 44 are formed. The drivers 44 protrude from the side walls 46 and protrude into the lateral Einstellräume 32 inside. The drivers 44 are formed so that in them corresponding holes for the dowel pins 40 or the like, which are present within the Einstellraumes 32 on each side, can intervene. By the dowel pins 40 a more accurate straight fit of the element holder module 41 is achieved. The other is in such a way that virtually the entire roller carriage module 36 is also connected via the dowel pins 40 to the element holder module 41 and thus to the plate-shaped element 42 located therein.

Further, in the drivers 44 is a corresponding thread for receiving the screws 47, which is present on at least one side of the Einstellräume 32. In the presence of two setscrews 47, it is also possible that in a not straight hanging plate-shaped element 42 this can be braced accordingly.

A use of the roller carriage module 36 in connection with the plate-shaped element 42 shows the FIG. 15 , This embodiment may, for example, be a horizontally displaceable wing of a door 22 or a rotary wing 76 or the like. The roller carriage modules 36 are non-positively and positively connected to the element holder module 41. In the element holder module 41, the plate-shaped element 42 has been previously used. In this type of execution of FIG. 15 Such a prefabricated component can be supplied for further use. This may for example be the insertion into a support profile module 17 to create a horizontally movable door. Due to the high level of prefabrication, such plate-shaped elements 42 can therefore be equipped with roller carriage modules 36 simply, so that only pure assembly work, such as insertion into a support profile module 17 and the anschießende exact height adjustment are necessary on the site. Such a pre-described roller carriage module 36 thus also corresponding cost reductions in terms of assembly times on a construction site are given.

How much the execution of the attachment of a plate-shaped element 42 with the roller carriage modules 36 in the FIG. 15 is made clear, the element holder module 41 is preferably formed over the entire width or height of the plate-shaped element 42. Thus, by simply inserting roller carriage modules 36, depending on the weight of the plate-shaped element 42, the use of a plurality of roller carriage modules 36 can be carried out.

In the FIGS. 2a and 2 B is shown for the implementation of a sliding door system 22 in a version with a fixed side part 49, the partial profile 19 has been extended at its end with a tail module 87 in the direction of the side part 49. In this case, the modified relative to the partial profile 19 tail module 87 with fasteners 88 has been attached to the side part 49. Also, the partial profile 19 and the tail module 87 are interconnected. So that the end portion of the support profile module 17 is not visible from below, a screen 91 is present. To the front part of the profile 19 with the sub-profile 18, which extends over the entire length including and the tail module 87, closed. The lateral conclusion forms a closure element module 89 with a straight contact side 90 for the side part 49th

By the FIG. 12 Another preferred combination of a support profile module 94 is known. This support profile module 94 is constructed analogously to the support profile module 17, except that its sub-profiles 95, 96 have a straight outer contour 106 on the outside. For attachment to the wall 24 or the ceiling are Verbindungsprofilmodule 92 and 93 are available, which are adapted to the straight outer contour 106.

The variety of the above-described different uses means that high prefabrication within the fabrication facility is possible since the modules selected from the modular morphological system repeatedly use the same modules for different uses. This will be shown below with reference to further examples, which are rotary vanes 76, which are mounted pivotably about a horizontal axis and also from the same modules can be produced. In this embodiment, the same support profile module 17 is used, which is also used to attach the plate-shaped element 42 to the element holder module 41 with the roller carriage module 36.

In the FIG. 16 For example, in one embodiment, a rotating wing 76 is associated with the plate-shaped element 42 within, for example, a front, with lateral Side panels 49 and a skylight 48 is shown in glass version, shown. This embodiment of a revolving door 67 shows in the in FIG. 17 in a detail detail A, which is also held by the rotary vane 76 on the roller carriage module 36 within the support profile module 17 in this vertical position. By using the same components, such as the roller carriage module 36 in conjunction with the element holder module 41 and the support profile module 17 it becomes clear that the execution of a revolving door 67 with the same modules is possible. This is realized, in particular, by achieving a blockage 78 of the roller carriage module 36, which is positively and positively connected to the element holder module 41, within the carrier profile module 17. How such a block can look like, for example, the FIGS. 18 and 19 be removed.

In the FIG. 19 is the blockage 78 within a receptacle 50, which is evidenced by the FIG. 18 on the roller carriage module 36 is executed by, for example, a screw. This screw is screwed within the support profile module 17 and is based on positive and positive locking within the receptacle 50 of the roller carriage module 36 from. By virtue of the force applied to the roller carriage module 36 via the blocking 78, the carrying rollers 37 and 39 are simultaneously pressed or braced against the running surfaces 7 of the carrier profile module 17. Dodge of the roller carriage module 36 is no longer possible after blocking 78.

Like that FIGS. 18 and 19 it can also be seen, the blocking 78 is possible only by the accessibility of the mounting channel 15 within the support profile module 17. This illustrates that in addition to the adjustability of the plate-shaped element 42 in a sliding door 22 or a revolving door 67 in the installed state, namely on the screws 47, the fixing and thus blocking 78 is accessible in the installed state. The attachment channels 15 and 21 are closed after the setting of the roller carriage module 36 at a revolving door 67 by covers 70 or seals.

Thus, it has been demonstrated by the embodiment of a revolving door 67 that even for such a revolving door 67, the same modules as for a sliding door are used.

The attachment of the revolving door 67, for example, on a skylight 48, the FIG. 20 be removed. Via an upper bearing 77, a clamping piece 80 is fastened to the skylight 48 by means of screw connections 82 in conjunction with a closure and storage module 97. The structure of the clamping piece 80 shows the FIG. 21 in a sectional view in which 48 bores 71 are present within the skylight, which are penetrated by the screw 82 so that they are non-positively and positively screwed in a counterpart 81. The outer end forms the two-part support profile module 17 with the sub-profiles 18 and 19. The sub-profiles 18, 19 by means of fastening screws 79, which are also screwed through the mounting channels 21, screwed to the clamping piece 80 and the counterpart 81. After screwing the fastening screws 79, the fastening channel 21 is closed by the cover 70.

The closure and storage module 97 has an upper bearing 77, in which a bearing pin 84 is immersed Accordingly, the lower bearing, not shown, may be equipped with corresponding bearing means. These storage means make it possible to ensure the function of the building closure even the connection to a recessed, for example, inside the floor door closer or a drive.

The embodiment of FIG. 24 shows the rotary wing 76 in a mounting situation within a wall 24. This installation situation can be performed by means of a non-illustrated frame 74 or wall 24, so that, as the FIGS. 25 and 26 it can be seen, for example, a bearing plate 85 by means Veresungsungsmöglichkeiten 86 to be fastened within the frame 74 or the like Here, within the bearing plate 85 also a bearing 83 in conjunction with the closure element module 97 are used. The connection between the bearing 84 and the bearing plate 85 forms a journal 83.

For the execution of a revolving door 67 that can from the Figures 22 and 23 removable closure and storage module 97 find use. The closure and storage module 97 has spacers 99 for the sub-profiles 18, 19 and a projection 100 for improving the stability. With the partial profiles 18, 19, the closure and storage module 97 is fixed via connecting elements 101. Within the closure and storage module 97 is a bore 184, which is penetrated either in the upper region of the revolving door 67 by a bearing pin 83 or in the lower region for receiving, for example, a driver module 102. About the driver module 102 is about his receptacle 104, for example, the connection of an adapter 103 with a driver 105 of a door closer or the like. At the same time a lowering of the revolving door 67 is effected in the installed state by the connecting screw 98 via the clamping piece 80.

As the non-conclusively demonstrated uses of particular support module 17, closure element module 1 and 2, connection module 51 and element holder module 41 and roller carriage module 36 show, it is possible to perform a variety of door types for building closures or the like with the same components. The morphological module system thus makes possible a cost-effective, effective production of different building closures. Furthermore, the use of the modules for the use of shower enclosures, dressing rooms or the like is possible.

reference numeral

1.

Closure element module

Second

Closure element module

Third

screw

4th

drilling

5th

end leg

6th

opening area

7th

tread

8th.

incision

9th

head Start

10th

attachment point

11th

channel

12th

Arc section

13th

Transition area

14th

inner space

15th

Befesbgungskanal

16th

outer contour

17th

Supporting profile module

18th

partial profile

19th

partial profile

20th

undercut

21st

mounting channel

22nd

sliding door system

23rd

Handle

24th

wall

25th

All-glass sliding door system

26th

head Start

27th

side cheek

28th

baseplate

29th

angulation

30th

spacer legs

31st

base leg

32nd

configuration area

33rd

bevel

34th

accommodation space

35th

body

36th

Roller carriage module

37th

idlers

38th

axes

39th

idlers

40th

dowel

41st

Element holder module

42nd

plate-shaped element

43rd

Spacer / bonding

44th

takeaway

45th

ground

46th

Sidewall

47th

screw

48th

skylight

49th

side panel

50th

admission

51st

Connection Profile module

52nd

incision

53rd

incision

54th

limiting leg

55th

contact surface

56th

connecting channel

57th

head Start

58th

support

59th

outer surface

60th

Connection Profile module

61st

Attachments

62nd

contact surface

63rd

plate-shaped element

64th

plate-shaped element

65th

connecting element

66th

head Start

67th

revolving door

70th

cover

79th

drilling

72nd

attenuator

73rd

building ceiling

74th

Frame / wall

75th

fastener

76th

rotary wing

77th

upper bearing

78th

blocking

79th

fixing screw

80th

clamp

81st

counterpart

82nd

fittings

83rd

pivot

84th

camp

85th

bearing plate

86th

attachment

87th

Endstückmodul

88th

attachment

89th

Closure element module

90th

landing page

91st

privacy

92nd

Connection Profile module

93rd

Connection Profile module

94th

Supporting profile module

95th

partial profile

96th

partial profile

97th

Closure and storage module

98th

connecting screw

99th

spacer

100th

head Start

One hundred and first

connecting element

102nd

Mitnehmermodul

103rd

adapter

104th

admission

105th

takeaway

106th

outer contour

184th

drilling

Claims (13)

Morphological module system for creating different building closures or the like, characterized in that the morphological modular system consists essentially of a support profile module (17, 94), at least one roller carriage module (36) and one with the roller carriage module (36) cooperating, continuously variable element holder module (41) wherein in the element holder module (41) a plate-shaped element (42) is supported to form sliding doors (22, 25) or hinged doors (76) or doors for revolving doors or shower enclosures or the like. Module system according to claim 1, characterized in that the support profile module (17) has an outer contour (16) corresponding to the course of an arcuate curvature, in particular a circular arc and / or the course of a polygonal section (12), preferably a semicircle or more as a semicircle, the ends of which pass into two spaced-apart end legs (5) with an opening region (6) open therebetween, insertion channels (15, 21) being embedded in the region of the circular arc section (12), and inside the support profile module (17) an interior space (14) is provided, in which side treads (7) are arranged, and that the ends of the support profile module (17) by different closure element modules (1, 2) or closure and storage modules (97) via screw channels (3) within the Support profile module (17) are closed. Module according to claim 1 or 2, characterized in that at least one fastening channel (15) is arranged centrally within the support profile module (17) in the circular arc section (12), and that the fastening channels (15, 21) of the interior (14) of the support profile module (17) fastening points (10) and the fastening channels (15, 21) to the outside by a cover (70) are closable. Module system according to one of the preceding claims, characterized in that the support profile module (17, 94) consists of two part sections (18, 19, 95, 96) in two parts, wherein the part profiles (18, 19, 95, 96) are connected by a connection (8 , 9) are composed, wherein the connection point in the sub-profiles (18, 19) preferably in the region of the circular arc portion (12) or the like. Module system according to one of the preceding claims, characterized in that the roller carriage module (36) consists essentially of a roller-mounted base body (35) having a receiving space (34) for the element holder module (41). Module system according to one of the preceding claims, characterized in that the base body (35) has a base plate (28), which are spaced by two side cheeks (27), in each of which at least one support roller (37, 39) is rotatably mounted and that at the adjustment of the ends of the side cheeks (27) (32), in which the element holder module (41) is adjustably mounted. Module system according to one of the preceding claims, characterized in that the element holder module (41) is designed substantially as a U-shaped component with laterally outwardly directed drivers (44), wherein the drivers (44) in the Einstellräumen (32) by means of dowel pins ( 40) are guided and held, and that in at least one of the Einstellräume (32) an adjusting screw (47) for continuously adjusting the height of the plate-shaped element (42, 76) is present, which cooperates with the driver (44) so that the driver (44) is adjustably penetrated by the adjusting screw (47). Module system according to one of the preceding claims, characterized in that the support profile module (17, 94) for forming a horizontally movable sliding door or the like by means of a connecting module (51, 60, 92, 93), on the one hand to a building ceiling (73) or a wall (24) or the like is fixed and on the other hand by means of a projection (7, 57) engages in the fastening channel (15,21) of the support profile module (17, 94). Module system according to one of the preceding claims, characterized in that the support profile module (17) is connected to form a horizontally movable sliding door or the like by means of the connection module (51) which is part of a wall (24), a partition or the like the connection between the support profile module (17) and the connection profile module (51) is ensured by engaging a projection (57) in the connection profile module (51) in one of the attachment channels (21) of the support profile module (17). Module system according to one of the preceding claims, characterized in that the connection profile module (51, 60) has a contact surface (55, 62) which has a complementary shape to the support profile module (17), and that within the contact surface (55, 62) the projection (57) is located, in which a connecting channel (56) is included Module system according to one of the preceding claims, characterized in that in an embodiment of a horizontal sliding door (22, 25) within the support profile module (17) at least one damping device (72) is provided with a projection (26) of the roller carriage module (36) in the end positions of the sliding door (22, 25) cooperates. Module system according to one of the preceding claims, characterized in that the support profile module (17) is vertically arranged via closure and storage modules (97) by means of a storage to form a stationary vertically pivotable revolving door (67) with a cantilevered rotary wing (76) mounted on one side wherein the plate-shaped element (42) by at least two stationary roller carriage modules (36) via the element holder module (41) is held, wherein the roller carriage modules (36) within the support profile module (17) by a blockage (78) fixed force and form-fitting. Module system according to one of the preceding claims, characterized in that the blocking device (78) is connected by means of at least one screw element, which is guided and held by the fastening channel (15), in connection with a receptacle (50) located on or in the roller carriage module ( 36) is executed.

Images