DE102009044383A1 - Morphological module system for creating different building closures - Google Patents

Abstract

The invention relates to a morphological module system for creating different building closures or the like, which essentially consists of a support profile module, at least one roller carriage module and continuously adjustable element holder module that interacts with this, a plate-shaped element being held in the element holder module to form sliding or revolving doors or Door leaves for revolving doors.

Description

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

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. With regard to the materials used, the inventive concept of the present invention does not restrict these, since, in addition to a design in glass, door leaves can also be made of wood or metal or plastic or the like.

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 with such systems lies in the fact that an enormous cost saving is achieved through the use of identical parts for a very wide variety of applications. In addition, such a bearing support of identical parts is less or 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 seeks to provide a system for building closures of the type described above, with the help of different building closures can be made.

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 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.

According to the invention, a support profile module, which can be used both for supporting a displaceable horizontal door leaf or equally for a pivotable rotary wing, is proposed first. By such a multiple use of such a support profile module 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 an inventive support profile module is characterized in particular by the fact that on the outside of an outer curved contour is present. The curvature is preferably arcuate, in particular partially circular arc or after a polygon. 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 substantially over 180 °. The ends of this circular arc section go directly or with certain fillets in end legs, which form an open area between them. This area between the end legs is intended for the exit of a sliding door leaf or a 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, d. H. opposite 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 attachment channels are located from the central attachment channel at an angle of 90 ° on each side. On the one hand, the fastening channels can serve for fastening the support profile module to a ceiling, a wall or the like; on the other hand, the fastening channels can also be used for the use of seals, such as brush seals or the like. Such a mounting channel preferably has an undercut, so that by inserting an additional profile or a seal or the like in complementary execution a secure attachment within the mounting channel is given. 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. By means of such a closure element module, a support profile module can also be connected to a drive or a door closer in a turntable version.

The above-described support profile module offers the possibility to be used in a variety of ways, depending on the desired design of the building closure, 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 necessary that different mounting options must be kept for the support profile modules for building closures or the like. The use of such a support profile module depends on the structural conditions, which may be of different nature. Thus, 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 but also the same support profile module can be used where, for example, on a wall, a partition or the like, the support profile module must be attached laterally. This also applies to versions in which there is a partition or a wall of glass elements.

In order to accomplish assembly for all necessary 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 necessary.

This is in a first preferred embodiment, a connection module, which can be used on the one hand for the production of a wall or a partition or the like. The connecting module is designed so that it has at its ends opposite incisions, 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 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 is preferably formed like a dovetail or the like. In the middle of the projection is a connecting channel, which serves for non-positive and positive 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-shaped course or a curvature. This arcuate course is complementary in the connecting module of the preferred type enthaften.

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 second preferred embodiment, a further connection module is present, which preferably serves to fasten the same support profile module to a building ceiling or the like. Since no further integration of a wall or the like is necessary in this type of fastening, this connection module is made smaller. Also, this connection module has in its central region on a projection which is also designed approximately dovetailed. This projection is connected for attachment 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, 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 needed in a fixture 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 for the pure closure of the support profile module, it can be used for modified closure element modules at the top and bottom of the support profile module as a vertical closure in a swing door or the like Support profile module come. In such a case, corresponding bearings for mounting and rotatable mounting of the rotary vane are contained within the closure element modules. 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 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 of the arcuate, in particular circular arc and / or the arc about a polygonal surface area that these versions of building closures on the secondary closing edge without jamming can be performed without additional higher costs.

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 to both the use of a sliding door and a rotary wing.

It is 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 an inserted 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 at their two ends towards each setting spaces in which the element holder module engages adjustable. The element holder module essentially consists of a U-shaped component, on which laterally outwardly directed drivers are formed. The drivers engage in the Einstellräume and are guided and held there. The guide of the driver and thus the entire element holder module is done by appropriate dowel pins, which are located on each side in the Einstellräumen. Preferably, two dowel pins are provided 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 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 connection or by a positive connection or by a force fit. However, the preferred embodiment is a gluing, because no holes must be introduced within the plate-shaped element in such a fastening. 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, one can thus move horizontally displaceable wings, which are mounted in a support profile module on the rollers, on the other hand, it is also possible that such a roller carriage module for other applications, such as for a revolving door is used ,

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 by appropriate means. 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. Through an appropriate use of the roller carriage on the one hand for a sliding arrangement of sliding doors and simultaneous use in 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.

Further advantages, features and possible applications of the invention will become apparent from the following description in conjunction with the embodiment shown in the drawings.

The invention will be described in more detail below with reference to the embodiment shown in the drawing. In the description, in the claims, the abstract and in the drawing, the terms and associated reference numerals used in the list of reference numerals recited below are used. Show it:

1 a front view of a sliding door system;

2 as 1 , but as a full glass version;

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

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

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

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

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

8th a second preferred embodiment of a connection module in a sectional view;

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

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

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

12 a perspective view of a roller carriage module;

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

14 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;

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

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

17 an embodiment of a roller carriage module with integrated fixing;

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

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

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

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

22 a side sectional view of the upper bearing of a rotary wing according to the 21 , and

23 a perspective view of the storage area according to 22 ,

The 1 shows a schematic representation of the execution of a sliding sash as training with a plate-shaped element 42 that has a handle 23 wearing. The sliding door system 22 is inside a wall breach with a wall 24 been presented. The plate-shaped element 42 is at its upper part within a support profile module 17 stored.

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

That in the 1 and 2 addressed carrier profile module 17 is in a perspective view in the 3 been reproduced. In this embodiment of 3 consists of the support profile module 17 from a first partial profile 18 and from a second partial profile 19 , However, it is also possible, the support profile module 17 in one piece.

To the support profile module 17 at its ends, for example when running as a sliding door, in which the support profile module 17 ensure the inclusion of the displaceable at least one door leaf, are at the ends of the support profile module 17 Closure element modules 1 and 2 arranged. The closure element modules 1 and 2 be over in the holes 4 to be used screw in conjunction with within the support profile module 17 existing screw channels 3 locked.

In the 4 is in a sectional view of the sub-profiles 18 and 19 existing support profile module 17 in a single presentation. The support profile module 17 has an outer contour 16 on, which has a partially circular curved section. 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 will be mentioned below, but all curved shapes are included in the invention. The circular arc-shaped section 12 goes over into a transition area 13 at the end legs 5 connect. The end legs 5 are sized so that between their ends an opening area 6 forms. The opening area 6 serves to exit a sliding door leaf or to use a rotary wing. Through the circular arc section 12 and the transition area 13 as well as the end leg 5 becomes an interior 14 for use as a support profile module 17 created. Inside the interior 14 are sideways running surfaces 7 for the use of a roller carriage module or the like.

The fastening of the closure element modules 1 and 2 , which can be designed differently, is via the screw channels 3 that also go to the interior 14 directed, accomplished.

Inside the circular arc section 12 there is at least one mounting channel 15 whose undercut opening is directed outwards. The middle mounting channel 15 sits almost in the middle of the support profile module 17 and can be at an angle of 90 ° to the side of the mounting channel 15 to mounting channels 21 arranged on each side. The fastening channels 15 . 21 are designed so that they have an undercut 20 and thus provide a way to record about a dovetail-shaped device for attachment or the like. These Device can on the one hand an attachment of this support profile module 17 be on a fixed device, but it can also serve that in the mounting channels 15 . 21 appropriate sealing elements are used.

Inside the interior 14 is a channel 11 existing, for the attachment of other elements within the support profile module 17 can be used. As mentioned above, in this embodiment, the 4 the support profile module 17 from the subprofiles 18 and 19 been formed. The division into two sub-profiles 18 . 19 Therefore, offers, for example, a problem-free fast attachment of the support profile module 17 over the attachment points 10 in connection with the mounting channels 15 and 21 on devices outside the support profile module 17 to enable.

That's how it shows 5 the subprofile 19 in a preferred embodiment. Within the subprofile 19 are the mounting channel in this embodiment 15 and a lateral attachment channel 21 contain. The connection between the subprofile 19 and the subsequent subprofile 18 will be over an incision 8th extending laterally within the circular arc section 12 is realized.

That to the subprofile 19 belonging partial profile 18 can he 6 be removed. For connecting the sub-profiles 18 and 19 becomes a lead 9 of the subprofile 18 in the nick 8th of the subprofile 19 introduced. The fact that the projection has an elongated section, a tailor-made arrangement of the sub-profiles 18 . 19 to the support profile module 17 inevitably arise.

The subprofiles 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, a circular arc section 12 includes, the support profile module 17 be used both as a running track for sliding doors and as a retaining profile for revolving doors. In an embodiment as a revolving door, this embodiment with the circular arc section would have the advantage that at the secondary closing edge of the revolving door a jam-free design would be possible in connection, 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 4 it becomes clear that such a revolving door would have an opening angle of more than 90 °.

The 7 shows a first preferred embodiment of a connection profile module 51 in a sectional view. The connection profile module 51 has two incisions opposite its ends 52 and 53 in which, for example, a plate-shaped element or the like, for example, by 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 that serves the connection profile module 51 with a support profile module 17 connect to. The connection becomes a lead 57 used, which preferably has a dovetail-shaped cross-section or similar. Inside the tab 57 is a connection channel 56 , the screw to the support profile module 17 serves. The contact surface 55 is in this embodiment of 7 circular arc-shaped and thus has a complementary shape to an outer contour of the support profile module 17 on.

In a second preferred embodiment, the 8th a connection profile module 60 refer to. The connection profile module 60 is different and possibly smaller than that in the 7 described connection profile module 51 , Also the connection profile module 60 has a contact surface 62 on, according to the contact surface 55 you can see. Within the contact area 62 is also the lead 57 included in the previously described form. Opposite the contact surface 62 are plants at the corners 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 can in a first preferred embodiment of the 9 be removed. Inside the cuts 52 and 53 are plate-shaped elements 63 and 64 present, for example, can represent a fixed side part or a skylight of a wall of glass elements. The support profile module 17 points in the 9 in the upper part of an outer contour 16 on, passing through mounting channels 15 . 21 is interrupted. Again 9 can be seen, in the embodiment, three mounting channels 15 . 21 present, with the mounting channels 15 above a grand piano 42 a door or the like. Starting from this upper mounting channel 15 For each side are offset by 90 ° in each case the other mounting channels 21 available. The left mounting channel 21 works with the lead 57 in the way that the connection profile module 51 with the lead 57 in the mounting channel 21 has been pushed into the side. By means of a connecting element 65 , which may be a screw, is thus in multiple numbers the support profile module 17 with the connection profile module 51 positively and positively connected. The two remaining mounting channels 15 . 21 are through covers 70 closed because they are not used for this type of attachment.

In continuation of the outer contour 16 from the circular arc section 12 this is rejuvenating according to the 9 continues and is on a support 8th of the connection profile module 51 still on. As a result, the stability of the attachment of the support profile module 17 at the connection profile module 51 still increased.

Furthermore, the 9 a damping device 72 are removed, preferably within the channel 11 of the support profile module 17 is used. Such a damping device would in a displacement of the plate-shaped element 42 in the end positions a gentle shrinkage of this plate-shaped element 42 cause. To such a cooperation between the damping device 72 and the plate-shaped element 42 to be able to effect, is on the roller carriage module a projection 26 present, for example, with a lead 66 the damping device 72 interacts.

The preferred embodiment of 10 shows an attachment of the support profile module 17 on a blanket 73 or similar. This type of attachment is the Verbindungsprofilmodul 60 used, in this embodiment, the upper mounting channel 15 with the lead 57 in operative connection. About appropriate fasteners 75 , becomes a fixture on the ceiling 73 executed.

On the left side of the figure in this embodiment is also the connection profile module 51 been used, which here leads to the Verbindungsprofilmodul 51 with limiting legs 54 also on the ceiling 73 or the like is present. In the nick 53 In this case, no plate-shaped element has been inserted, whereas, however, in the incision 52 the plate-shaped element 64 is placed. This embodiment may, for example, as a fixed side part 64 without skylight with a horizontally movable door leaf of a sliding door 22 be executed. Attached is the connection profile module 51 in the form already described about the projection 57 inside the mounting channel 21 ,

The 10 shows the execution of a sliding door 22 with a wing 42 in which the support profile module 17 on a wall 24 via the connection profile module 60 is fixed. The connection between the connection profile module 60 and the support profile module 17 will also be over the lead 57 in connection with the mounting channel 21 and appropriate screwing carried out.

In the modules described above from the morphological modular system, namely the support profile module 17 with corresponding closure element modules 1 and 2 as well as the different connection modules 51 and 60 still missing the corresponding attachment of the plate-shaped element 42 within the carrier profile module 17 , This will be described below with reference to a roller carriage module 36 carried out.

A preferred embodiment of the roller carriage module 36 give the 12 again. There is the roller carriage module 36 essentially from a basic body 35 , The basis for the body 35 forms a base plate or base plate 28 from the side sidewalls 27 distanced by the base plate 28 depart. At the end of the side cheeks 27 There are parking spaces on each side 32 present, essentially by one of the side cheeks 27 outgoing bend 29 with adjoining spacer legs 30 and adjoining angled base legs 31 form. By this offset of the bend 29 and the return over the base leg 31 becomes a setting room 32 educated. It is understood that on each of the side cheeks 27 a setting room 32 is available.

Within the setting room 32 are on the one hand dowel pins 20 , preferably in duplicate in each setting room 32 available. Between the dowel pins 40 is located at least in one of the setting rooms 32 a set screw 47 , On the function of the at least one set screw 47 is still in the description of 2 Referenced.

By at the ends of the side cheeks 27 existing bulges for the Einstellräume 32 from the side cheeks 27 Show away, forms above the Einstellräume 32 Space for carrying roles 37 and 39 , The carrying roles 37 and 39 are by means of axes 38 that are inside the sidewalls 27 are embedded, rotatably mounted.

To the lower end in the area of the base leg 31 is on the outer sides each a bevel 33 available for the roller cart module 36 Also in rounded support profile modules or the like can be better used.

On the base plate 28 there is a lead 26 which serves, for example, a limit switch or the end position damping 72 or the like when the roller carriage module 36 within a supporting profile module 17 is moved.

In the 13 becomes the roller carriage module 36 reproduced in a side view, wherein here within the distanced side walls 27 essentially formed receiving space 34 an element holder module 41 is used. The Element holder module 41 holds over spacers or bonds 43 the plate-shaped element 42 ,

The element holder module 41 consists essentially of a soil 45 , starting from the side cheeks 46 are present at which driver 44 are formed. The drivers 44 stand by the side cheeks 46 and protrude into the lateral Einstellräume 32 into it. Here are the drivers 44 designed so that in them corresponding holes for the dowel pins 40 within the setting room 32 are present on every page, can intervene. Through the dowel pins 40 becomes a more accurate straight fit of the element holder module 41 reached. On the other hand, it is also true that over the dowel pins 40 virtually the entire roller carriage module 36 with the element holder module 41 and thus with the plate-shaped element therein 42 is connected.

It is also located in the carriers 44 a corresponding thread for receiving the screws 47 on at least one side of the Einstellräume 32 is available. In the presence of two setscrews 47 It is also possible that in a not-hanging plate-shaped element 42 this can be brought into line accordingly.

A use of the roller cart module 36 in connection with the plate-shaped element 42 show the 14 , This embodiment may, for example, be a horizontally displaceable wing of a door or a rotary wing or the like. The roller cart modules 36 are positively and positively with the element holder module 41 connected. In the element holder module 41 is previously the plate-shaped element 42 been used. In this type of execution of 14 Such a prefabricated component can be supplied for further use. This can, for example, insertion into a support profile module 17 be to create a horizontally movable door. Due to the high prefabrication can therefore be such plate-shaped elements 42 with roller carriage modules 36 Simply equip, so that on site only pure assembly work, such as insertion into a support profile module 17 and the subsequent accurate height adjustment is necessary. By such a pre-described roller carriage module 36 Thus, corresponding cost reductions in terms of assembly times on a construction site are also given.

How very clear the execution of the attachment of a plate-shaped element 42 with the roller cart modules 36 in the 14 is made clear, is the element holder module 41 preferably over the entire width or height of the plate-shaped element 42 educated. Thus, by simply inserting roller carriage modules 36 , depending on the weight of the plate-shaped element 42 the use of several roller carriage modules 36 be executed. This means that a high degree of prefabrication is possible within the fabrication site, since the modules selected from the morphological module system often use the same modules for different uses. This will be shown below by way of examples which are rotary blades 76 acts, which are mounted pivotably about a horizontal axis. In this version comes the same support profile module 17 for use, including for attachment to the element holder module 41 with the roller carriage module 36 is used.

In the 15 In one embodiment, a rotary wing 76 that with the plate-shaped element 42 inside, for example, a front, with side panels and a skylight 8th in glass version is shown. This embodiment of a revolving door 67 shows in the in 16 in a detail detail A, which is also the rotary wing 76 over the roller carriage module 36 within the carrier profile module 17 is also held in this 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 even the execution of a revolving door 67 with the same modules is possible. This is realized in particular by a blocking 78 with the element holder module 41 positively and positively connected roller carriage modules 36 within the carrier profile module 17 is blocked. How such a block can look like, for example, the 17 and 18 be removed.

In the 18 is the blockage 78 within a recording 50 , which evidently the 17 on the roller cart module 36 is performed by, for example, a screw. This screw is within the support profile module 17 screwed in and supports positively and positively within the receptacle 50 of the roller cart module 36 from. Through the block 78 applied force on the roller carriage module 36 become at the same time the carrying roles 37 and 39 against the treads 7 of the support profile module 17 pressed or braced. A dodge of the roller cart module 36 is after blocking 78 not possible anymore.

Like that 17 and 18 it can also be seen is the blocking 78 solely by the accessibility of the mounting channel 15 within the carrier profile module 17 possible. This demonstrates that in addition to the adjustability of the plate-shaped element 42 with a sliding door in the built-in condition, namely on the screws 47 , also the fixing and thus blocking 78 is accessible in the installed state. The fastening channels 15 and 21 will be following the fixing of the roller carriage module 36 at a revolving door 67 through covers 70 locked.

Thus, by the embodiment of a revolving door 67 has been stated 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 , can he 19 be removed. About an upper camp 77 becomes in connection with the closure element module 2 a clamping piece 80 by means of screw connections 82 on the skylight 48 attached. The structure of the clamping piece 80 show the 20 in a sectional view, in the interior of the skylight 48 drilling 71 are present, that of the glands 82 be so penetrated that these in a counterpart 81 be screwed positive and positive. The outer end forms the two-part support profile module 17 with the subprofiles 18 and 19 , Here are the subprofiles 18 . 19 by means of fastening screws 79 which also passes through the mounting channels 21 be screwed, with the clamping piece 80 and the counterpart 81 screwed. After screwing the fixing screws 79 becomes the fastening channel 21 through the cover 70 locked.

The closure element module 2 is modified accordingly in this case and has an upper bearing 77 with a warehouse 84 on. Corresponding is also the lower bearing, not shown, equipped with appropriate storage 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 bottom door closer or a drive.

The embodiment of 21 shows the rotary wing 76 in a mounting situation within a wall 24 , This installation situation can by means of a non-illustrated frame 74 or wall 24 be executed, so that, like the 22 and 23 it can be seen, for example, a bearing plate 85 by means of mounting options 86 inside the frame 74 or the like is to be attached. It can be inside the bearing plate 85 also a warehouse 84 in connection with the closure element module 1 come into use. The connection between the warehouse 84 and the bearing plate 85 forms a journal 83 ,

As the not conclusively demonstrated uses of particular support module 17 , Closure element module 1 and 2 , Connection module 51 as well as element holder module 41 and roller cart module 36 show, it is possible to carry a wide variety of door types for building closures with the same components. The morphological module system thus makes possible a cost-effective, effective production of different building closures.

LIST OF REFERENCE NUMBERS

1

Closure element module

2

Closure element module

3

screw

4

drilling

5

end leg

6

opening area

7

tread

8th

incision

9

head Start

10

attachment point

11

channel

12

Arc section

13

Transition area

14

inner space

15

mounting channel

16

outer contour

17

Supporting profile module

18

partial profile

19

partial profile

20

undercut

21

mounting channel

22

sliding door system

23

Handle

24

wall

25

All-glass sliding door system

26

head Start

27

side cheek

28

baseplate

29

angulation

30

spacer legs

31

base leg

32

configuration area

33

bevel

34

accommodation space

35

body

36

Roller carriage module

37

idlers

38

axes

39

idlers

40

dowel

41

Element holder module

42

plate-shaped element

43

Spacer / bonding

44

takeaway

45

ground

46

Sidewall

47

screw

48

skylight

49

side panel

50

admission

51

Connection Profile module

52

incision

53

incision

54

limiting leg

55

contact surface

56

connecting channel

57

head Start

58

support

59

outer surface

60

Connection Profile module

61

Attachments

62

contact surface

63

plate-shaped element

64

plate-shaped element

65

connecting element

66

head Start

67

revolving door

70

cover

71

drilling

72

attenuator

73

building ceiling

74

Frame / wall

75

fastener

76

rotary wing

77

upper bearing

78

blocking

79

fixing screw

80

clamp

81

counterpart

82

fittings

83

pivot

84

camp

85

bearing plate

86

attachment

Claims (15)

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 ), 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. Module system according to claim 1, characterized in that the support profile module ( 17 ) an outer contour ( 16 ), the course of an arcuate curvature, in particular a circular arc-shaped and / or the course of a polygonal section ( 12 ), which preferably comprises a semicircle or more than a semicircle, the ends of which are arranged in two spaced end limbs ( 5 ) with an opening area ( 6 ), wherein in the region of the circular arc section ( 12 ) Mounting channels ( 15 . 21 ) and that within the support profile module ( 17 ) an interior ( 14 ) is present, in the laterally running surfaces ( 7 ) are arranged, and that the ends of the support profile module ( 17 ) by different closure element modules ( 1 . 2 ) via screw channels ( 3 ) within the supporting profile module ( 17 ) are closed. Module according to claim 1 or 2, characterized in that at least one fastening channel ( 15 ) in the middle of the support profile module ( 17 ) in the circular arc section ( 12 ) is arranged. Module system according to one of the preceding claims, characterized in that the fastening channels ( 15 . 21 ) from the interior ( 14 ) of the support profile module ( 17 ), and attachment points ( 10 ) and the fastening channels ( 15 . 21 ) to the outside through a cover ( 70 ) are closed. Module system according to one of the preceding claims, characterized in that the support profile module ( 17 ) in two parts from two partial profiles ( 18 . 19 ), whereby the subprofiles ( 18 . 19 ) through a connection ( 8th . 9 ), wherein the connection point preferably in the region of the circular arc section ( 12 ) or the like. Module system according to one of the preceding claims, characterized in that the roller carriage module ( 36 ) essentially of a roller-mounted basic body ( 35 ), which has a receiving space ( 34 ) for the element holder module ( 41 ) having. Module system according to one of the preceding claims, characterized in that the basic body ( 35 ) a base plate ( 28 ), which by two side cheeks ( 27 ), in each of which at least one carrying roller ( 37 . 39 ) is rotatably mounted and that at the ends of the side cheeks ( 27 ) Setting rooms ( 32 ) in which the element holder module ( 41 ) is mounted adjustable. Module system according to one of the preceding claims, characterized in that the element holder module ( 41 ) substantially as a U-shaped component with laterally outwardly directed drivers ( 44 ), wherein the drivers ( 44 ) in the setting rooms ( 32 ) by means of dowel pins ( 40 ) and that in at least one of the setting rooms ( 32 ) a set screw ( 47 ) for stepless height adjustment of the plate-shaped element ( 42 . 76 ) is present, with the driver ( 44 ) cooperates so that the driver ( 44 ) from the set screw ( 47 ) is adjustable. Module system according to one of the preceding claims, characterized in that the support profile module ( 17 ) for forming a horizontally movable sliding door or the like by means of a connection module ( 51 . 60 ), on the one hand on a building ceiling ( 73 ) or a wall ( 24 ) or the like, and on the other hand by means of a projection ( 7 . 57 ) in the fastening channel ( 15 . 21 ) of the support profile module ( 17 ) intervenes. Module system according to one of the preceding claims, characterized in that the support profile module ( 17 ) to form a horizontally movable sliding door or the like by means of the connection module ( 1 ), which is part of a wall ( 24 ), a partition or the like is connected so that the connection between the support profile module ( 17 ) and the connection profile module ( 51 ) by intervening a projection ( 57 ) in the connection profile module ( 51 ) in one of the mounting channels ( 21 ) of the support profile module ( 17 ) is ensured. Module system according to one of the preceding claims, characterized in that the connection profile module ( 51 . 60 ) a contact surface ( 55 . 62 ), in this area a complementary shape to the support profile module ( 17 ), and that within the contact surface ( 55 . 62 ) the lead ( 57 ), in which a connecting channel ( 56 ) is included. Module system according to one of the preceding claims, characterized in that in one embodiment of a horizontal sliding door ( 22 . 25 ) within the supporting profile module ( 17 ) at least one damping device ( 72 ) is present, 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 to form a vertically pivotable revolving door ( 66 ) with a one-sided rotatably mounted, jam-free rotary wing ( 76 ) the support profile module ( 17 ) via the closure element modules ( 1 . 2 ) is arranged vertically by means of a bearing, wherein the plate-shaped element ( 42 ) by at least two roller carriage modules ( 36 ) via the element holder module ( 41 ) and that the roller carriage modules ( 36 ) within the supporting profile module ( 17 ) by blocking ( 78 ) are fixed force and form fit. Module system according to one of the preceding claims, characterized in that the blocking ( 78 ) by means of at least one screw element passing through the fastening channel ( 15 ), and in conjunction with a recording ( 50 ) located on or in the roller carriage module ( 36 ) is executed. Horizontal sliding door ( 22 . 25 ) or vertically pivoting revolving door ( 76 ) or pivotable door of a revolving door, each having a plate-shaped element ( 42 ), essentially formed by a support profile module ( 17 ), at least two roller carriage modules ( 36 ) and one with the roller carriage modules ( 36 ) cooperating, continuously variable element holder module ( 41 ) according to the preceding claims.

Images