EP2425066B1 - Partition system for internal construction - Google Patents

Description

The invention relates to a partition wall system for interior work, especially for toilet facilities.

Profiles are known from the prior art, which are adapted to receive plate-shaped wall elements between posts. For this purpose, grooves are present within the profiles or posts, in which the separations can be pushed into it. Typically, such partitioning systems are used for toilet facilities.

In the FR 1418028 discloses a profile system for partitions in which C-shaped profiles are arranged around a center, so that in the gap between the profiles, a partition wall can be used.

The DE 295 08 686 U1 discloses a cabin system in which the individual partitions are held by a round profile in the outer contour. This profile is available in various embodiments, with which the partition elements are held in a straight or angular orientation to each other.

The whole systems according to the prior art, however, has in common that here the supporting profiles and the partitions must always be installed at the same time, since the partitions can not be subsequently used between two standing profiles, as a subsequent alignment of the partitions and the supporting profiles to each other not possible. This has the consequence that a mounting of the partition wall systems only can start when all components have been delivered to a construction site.

Thus, it is an object of the present invention to provide a partition wall system that is inexpensive to produce with variable usability and ease of installation.

This object is achieved by the features of independent claim 1. The subclaims disclose advantageous refinements of the partition wall system according to the invention.

Thus, the object is achieved by a partition wall system, comprising a support profile with at least one - seen in profile cross-section - pocket-shaped partition wall receptacle, wherein the support section comprises a core, a fixedly connected to the core support wall and an integral with the core extension. In this case, the support walls and the extension are arranged opposite, so that between the support wall and the extension of the pocket-shaped partition wall receptacle is formed. The support profile consisting of core, support wall and extension and forms a post of the partition wall system for receiving a partition. In order to construct a partition wall system, two supporting profiles are mounted standing opposite each other so that in each case two of the pocket-shaped partition wall receptacles, of different support profiles, face each other. As a result, a partition wall, in particular a glass wall for a toilet installation, can be mounted between two support profiles. Thus, the assembly of the partitions can also be done after the posts have been mounted, the partition wall system also includes a support profile mounting bearing with a fixable to the floor or ceiling first bearing element. In the lower region of the bearing element, a horizontal slot is arranged, the at least partially from the approach Bearing element separates, the approach has a slot for receiving a Befestigungsverschraubung so that the support profile mounting bearing is mounted horizontally adjustable on the floor or on the ceiling. By means of this support profile mounting bearing a subsequent alignment of the already mounted support profiles is possible in all directions, so that the partition wall elements can be mounted independently of the support profiles.

In an advantageous embodiment, it is provided that the support wall and / or the extension for the attachment of a decorative profile for covering a gap in the support profile between two adjacent partition wall receptacles are formed. If, for example, two partition walls offset by 90 ° in a support profile are inserted, a gap of 90 ° is created between these two partition walls. In order to make the entire partition wall system aesthetically pleasing, this intermediate space is covered by a decorative profile. The support wall and / or the extension are designed so that the decor profile is laterally plugged.

Furthermore, it is advantageously provided that the support wall and / or the extension are designed for fastening a filling profile to cover an unused partition wall receptacle. To reduce the variants in the production of the partition wall system according to the invention, it is advantageous to always provide the same number, in particular four offset by 90 °, pocket-shaped partition wall recordings. However, since four partitions are not mounted on each supporting profile, it is advantageous for aesthetic reasons to cover unused dividing wall receptacles with filling profiles. It is also advantageous to combine decorative profiles and filling profiles to cover adjacent spaces and unused partition wall recordings uniform and gap-free. For this purpose, at least one decorative profile is designed in one piece with a filling profile.

In an advantageous manner, it is thus provided that the partition wall receptacle is laterally open when the filling profile is removed, so that a dividing wall can be assembled and disassembled. So since the filling profile is subsequently mounted on the support profile, the partition wall receptacle is initially open laterally. The support profiles can thus be permanently installed, for example, as upright posts, whereas only later can the dividing walls be laterally inserted. Consequently, not only the ease of assembly in the first construction of the partition wall system according to the invention improves over the prior art, but also at a later date, a damaged wall, especially in case of glass breakage can be easily replaced.

A further advantageous embodiment provides that the support wall has a detent connection, by means of which the decorative and / or the filling profiles can be mounted or clipped. Also, the extension has an identical locking lug connection. The fact that the partition wall system can be dismantled without destruction, a damaged partition can be replaced without a new support profile is needed.

In a further advantageous embodiment of the partition wall system according to the invention, the support profile comprises a plurality, in particular up to four, pocket-shaped partition wall recordings. Thus, the support profile is advantageously designed so that four pocket-shaped partition wall receptacles are arranged offset along the circumference by 90 °, so that a support profile can hold up to four partitions.

The support profile may be made in one piece with the support wall as an aluminum extruded profile. As a possible manufacturing method for the support elements, the filling profiles and the decorative profiles also proves the extrusion process, which can be used as materials plastic or aluminum.

In a further embodiment, the support profile mounting bearing comprises a second bearing element, which is adjustable relative to the first bearing element in the distance. The attachment of the bearing element to the floor or ceiling is usually subject to certain tolerances. Therefore, the second bearing element and thus the support profile can be moved or adjusted parallel to the ground.

In a further advantageous embodiment of the partition wall system according to the invention it is provided that the further bearing element comprises a connection pin and the core of the support profile is hollow, wherein the connection pin is designed for insertion into the core. When mounted support profile mounting bearing extends so perpendicular to the bottom or ceiling of the connecting pin, which is adapted with its outer periphery an inner circumference of the hollow core.

Furthermore, it is advantageously provided that the decorative profile and / or the filling profile protrude beyond the support profile to cover the support profile mounting bearing with connecting pin. The decorative profile and / or the filling profile are thus slightly longer than the support profile and thus can advantageously cover the support profile mounting bearing to the floor or ceiling.

In the following two embodiments of the invention will be explained in more detail with reference to the accompanying drawings.

Figur 1:

einen Querschnitt eines Tragprofils nach einem ersten Ausführungsbeispiel,

Figur 2:

ein demontiertes Tragprofilbefestigungslager in perspektivischer Darstellung,

Figur 3:

eine Seitenansicht des vormontierten Tragprofilbefestigungslagers,

Figur 4:

eine Seitenansicht des Tragprofilbefestigungslagers zusammen mit dem Tragprofil nach dem ersten Ausführungsbeispiel,

Figur 5:

ein Tragprofil nach einem zweiten Ausführungsbeispiel.

Showing:

FIG. 1:

a cross section of a support profile according to a first embodiment,

FIG. 2:

a dismantled carrier profile mounting bearing in perspective,

FIG. 3:

a side view of the pre-assembled support profile mounting bearing,

FIG. 4:

a side view of the support profile mounting bearing together with the support profile according to the first embodiment,

FIG. 5:

a support profile according to a second embodiment.

In the following, the partition wall system according to the first embodiment will be described with reference to FIG Fig. 1 - 4th explained in more detail.

Fig. 1 shows a profile section of a support profile 2 with three mounted decorative profiles 9a-c and three mounted filling profiles 10, 11 and 18th

The support profile 2 comprises a square core 5 with a first to fourth core wall 16a-d and a cavity 15 enclosed therebetween. Further components of the support profile 2 are the first to fourth support walls 4a-d, with one support wall 4a-d each resulting from an extension of the core walls 16a-d. For example, by extending the core wall 16b the support wall 4c. Furthermore, by extension of the core wall 16a-d in the opposite direction to the support wall 4a-d, there is an extension 17a-d, on each of which a latching nose connection 7a-d is arranged. The core 5 and the support walls 4a-d and the extensions 17a-d are made integrally and in one piece. For fastening the decorative profiles 9a-c and the filling profiles 10, 11, 18, a first to fourth latching nose connections 7a-d and 8a-d are respectively arranged on the extensions 17a-d and on the support walls 4a-d, on which the decorative profiles 9a-d are arranged. C and filling profiles 10, 11, 18 attached, in particular can be clipped.

As a result of this configuration of the carrier profile 2, a first to fourth dividing wall receptacle 3a-d is created. These four partition wall receptacles 3a-d are symmetrically offset by 90 °, so that each of the partition wall receptacles 3a-d has two adjacent partition wall receptacles 3a-d. For example, both the second partition wall receptacle 3b and the fourth partition wall receptacle 3d are adjacent to the first partition wall receptacle 3a. The rear wall of each partition wall receptacle 3a-d is formed in each case by one of the four core walls 16a-d, wherein an extension of the respective core wall 16a-d forms a support wall 4a-d of the respective adjacent partition wall receptacle 3a-d. The other lateral boundary of the partition wall receptacle 3a-d is formed by a respective extension 17a-d. The detent lugs 8a-d are each arranged in the end region of the support walls 4a-d and serve for fastening the decorative profiles 9a-c.

By way of example, all four partition wall receptacles 3a-d can thus be described as follows: The first partition wall receptacle 3a is formed by the first support wall 4a, the first core wall 16a and by the extension 17a. Adjacent to this first partition wall receptacle 3a is a "first adjacent partition wall receptacle", namely the second partition wall receptacle 3b and a "second adjacent partition wall receptacle", namely the fourth partition wall receptacle 3d.

The decorative profiles 9a-c and the filling profiles 10, 11 and 18 now provide in this first embodiment for the substantially square appearance of the post of the partition wall system. Each decorative profile 9a-c surrounds at least one corner region of the supporting profile 2. Here, the decorative profile 9a is formed as a seamless and all-over profile for covering and finishing for one side of the support profile 2, while the decorative profiles 9b and 9c are formed as corner profiles, which together with each one fill profile 10, 11 or 18 dress and complete another side of the support profile. Of course, the support section 2 can also be clad with four decorative profiles, which in each case cover a corner region of the support profile 2. Alternatively, the support section 2 can also be clad only with 2 decorative profiles, which then each cover a whole side surface of the support profile 2, so that then 2 partitions z. B. in the partition wall receptacle 3b and 3d are used and thus are in alignment with each other.

Characterized in that between the decorative profiles 9b and 9c, the filling profile 11 is inserted, created by the removal of the Füllprofiles 11 access to the partition wall receptacle 3c, in which a partition wall can be used. The same recording option for a partition created by the removal of the Füllprofiles 10 between the decorative profile 9c and 9a, or by the removal of the Füllprofiles 18 between the decorative profiles 9b and 9a.

The support profile 2 is after attachment to the ground, including on the basis of Figures 2-4 is executed further, flexible with partition elements and the decorative profiles 9a-c equipped and the possibly open partition wall receptacles 3a-d with filling profiles 10, 11 or 18 closed. In this case, the entire surface decorative element 9a can be variably plugged, for example, to the outside of a toilet facility. This means that each partition can be assembled and disassembled at any time in the case of pre-assembled and upright support profiles 2.

In order to ensure this flexible mountability on, of course, the decorative profiles 9a-d and the filling profiles 10, 11 and 18 must be laterally attached to the support section 2. This is achieved by the detent lugs 7a-d and 8a-d, which may be configured, for example, in the form of a clip connection.

The filling profile 11 is provided with a groove 21 for receiving a seal, which can thus seal the end edge of an adjacent partition.

A further embodiment of a filling profile is shown with the filling profile 18, to which a projection 19 is arranged in a vertical orientation. This approach 19 can serve as a stop for a door, not shown, wherein the groove 20 is provided to receive a seal on which the door then rests.

Fig. 2 shows a support profile mounting bearing 22 of the partition wall system according to the first embodiment. This support profile mounting bearing 22 is used to attach the support section 2 to the floor or ceiling. The support profile mounting bearing 22 essentially comprises a first cylindrical bearing element 23 and a second disk-shaped bearing element 24, as well as a connection pin 25.

The first bearing element 23 is provided for fastening the carrier profile mounting bearing 22 on the wall or ceiling. The second bearing element 24 is provided exclusively for the support of the supporting profile 2 and / or the partition wall elements.

The first bearing element 23 has in the upper region a threaded bore in the form of a blind hole, into which the connecting pin 25 is screwed. Instead of the thread also alternative types of attachment, such as bayonet lock or lateral fixation with grub screws etc. can be used. In the lower region of the bearing element 23, a horizontal slot 28 is arranged, which at least partially separates a projection 31 from the cylindrical base body of the bearing element. This slot 28 is designed by its height so that it can accommodate the head of a screw or alternative Befestigungsverschraubung 27, which rests on the neck 31. Furthermore, the projection 31 has a slot 29 so that the entire support profile mounting bearing 22 can be connected to the first bearing element 23 to a limited extent horizontally adjustable about the Befestigungsverschraubung 27 to the ground or the wall. After the fastening screw 27 is thus fixed or drilled in the ground or in the ceiling, the first bearing element 23 can be rotated about the Befestigungsverschraubung 27 by 360 ° and thus the adjustability of the elongated hole 29 act in all directions.

Before the connection pin 25 is screwed into the upper part of the first bearing element 23, a fastener 30, such as a nut, is still arranged or screwed onto the thread of the connecting pin 25. The connection pin 25 with the screwed nut is screwed into the thread of the first bearing element 23. On the connecting pin 25, the second bearing element 24 attached, and can be adjusted in its axial distance from the floor or ceiling by turning the fastener 30. The connecting pin 25 is inserted during assembly of the partition wall system 1 in the cavity 15 of the core 5. When mounting the support profile mounting bearing 22 on the ground, the core walls 16a-d and the built-in partitions sit on the second bearing element 24, which thus transfers the load via the fastening element 30 in the connection pin 25 via the first bearing element 23 to the ground. When mounting the support profile mounting bearing 22 on the ceiling can be dispensed with the second bearing element 24, since only a horizontal fixation of the partition wall system is necessary. A better rotation between connection pin 25 and cavity 15 of the support section 2 is achieved in which at least a portion of the connecting pin 25 has a rough surface z. B. in the form of a knurling 26 or teeth.

In FIG. 4 the support profile mounting bearing 22 is shown mounted with support profile 2. The connecting pin 25 is inserted in the cavity 15 of the core 5. The core walls 16a-d and the built-in partitions are seated on the second bearing element 24, which thus transfers the load via the fastening element 30 into the connecting pin 25 via the first bearing element 23 to the ground , When mounting the support profile mounting bearing 22 on the ceiling can be dispensed with the second bearing element 24, since only a horizontal fixation of the partition wall system is necessary. For clarity, only the decorative profile 9c and the filling profile 11 is shown, which protrude with respect to the length of the core 5 with the support walls 4a-d by the dimension L to the ground to cover the components of the support profile mounting bearing 22. The decorative profiles 9a-d and the filling profiles 10, 11 and 18 are for this purpose by a length L longer than the core 5 with the support walls 4a-d.

Fig. 5 shows a second embodiment of the partition wall system, wherein identical and functionally identical components are described with the same reference numerals as in the first embodiment. The support profile mounting bearing 22 (not shown in FIG Fig. 5 ) and the support profile 2 with the support walls 4a-d and the extensions 17a-d are absolutely identical in the first and in the second embodiment. The two embodiments thus differ only in the configuration of the outer contour of the decorative profiles 9a-c and the outer contour of the filling profiles 10, 11 and 18. These are bent convexly in contrast to the first embodiment, so that the support profile 2 has a total of a round cross-section. Center of curvature of the outer surfaces of the decorative profiles 9a-c and the filling profiles 10, 11 and 18 is the center of the core of the support section 2. This creates a round, columnar appearance of the post of the partition wall system according to the second embodiment. In this embodiment, the groove 21 is arranged in the filling profile 10 and not in the filling profile eleventh

Based on these two embodiments it now appears that regardless of a round or angular appearance of the post of the partition wall system the same support profile 2 can be mounted together with the support profile mounting bearing 22 on the floor or on the ceiling, regardless of whether the partition or glass wall to be used before Place is. Thus, the final assembly of the partition wall system can be carried out independently of the mounting of the support section 2, as on the adjustability of the support profile mounting bearing 22 in height and axial alignment, the system is flexible and is not dependent on the presence of the partitions. The partitions or glass walls can then be retroactively inserted into the corresponding partition wall receptacles 3a-d of the support profiles 2. Subsequently, decorative profiles 9a-c or filling profiles 10, 11, 18 are used to make a square or round appearance according to the first or second embodiment.

LIST OF REFERENCE NUMBERS

1

partition system

2

support section

3a-d

bulkhead receptacle

4a-d

supporting wall

5

core

7a-d

Locking lug connection

8a-d

Locking lug connection

9a-c

Decor profile

10, 11

filling profile

15

cavity

16a-d

core wall

17a-d

extension

18

filling profile

19

approach

20

groove

21

groove

22

Support section attachment bearing

23

first bearing element

24

second bearing element

25

connection thread

26

knurling

27

fixing bolts

28

slot

29

Long hole

30

fastener

31

approach

L

additional length

Claims (10)

1. A partition wall system (1), comprising a supporting profile (2) with at least one, seen in profile cross-section, pocket-shaped partition wall reception (3a to d), wherein the supporting profile (2) comprises a core (5), a retaining wall (4a to d) firmly secured to the core (5), and a projection (17a to d) firmly secured to the core (5), wherein the retaining wall (4a to d) and the projection (17a to d) are disposed opposite each other, in order to form the pocket-shaped partition wall reception (3a to d) between the retaining wall (4a to d) and the projection (17a to d), furthermore comprising a supporting profile attachment bearing (22), wherein the supporting profile attachment bearing (22) comprises a first bearing element (23) which can be attached to the floor or to the ceiling, characterized in that, in the lower area of the bearing element (23), a horizontal slot (28) is arranged which, at least partially, separates an extension (31) from the bearing element (23), wherein the extension (31) features an oblong hole (29) for the reception of an attachment screw connection (27) such that the supporting profile attachment bearing (22) can be attached to the floor or to the ceiling in a horizontal and adjustable manner.
2. The partition wall system according to claim 1, characterized in that the retaining wall (4a to d) and/or the projection (17a to d) for attaching a decorating profile (9a to c) are/is configured for covering an interspace in the supporting profile (2) between two neighbouring partition wall receptions (3a to d), or for covering partition wall receptions (3a to d).
3. The partition wall system according to claim 1 or 2, characterized in that the retaining wall (4a to d) and/or the projection (17a to d) for attaching a filler profile (10, 11, 18) are/is configured for covering a non-utilized partition wall reception (3a to d).
4. The partition wall system according to claim 3, characterized in that, with the filler profile (10, 11. 18) being dismounted, the partition wall reception (3a to d) is laterally open such as to be able to mount and dismount a partition wall.
5. The partition wall system according to any of the preceding claims, characterized in that the supporting profile (2) comprises several, in particular four pocket-shaped partition wall receptions (3a to d).
6. The partition wall system according to any of the preceding claims, characterized in that the retaining wall (4a to d) has a latching nose connection (7a to d).
7. The partition wall system according to claim 6, characterized in that the projection (17a to d)' has a latching nose connection (8a to d).
8. The partition wall system according to claim 1, characterized in that the supporting profile attachment bearing (22) comprises a second bearing element (24) which is attachable to the supporting profile (2), wherein the distance of the second bearing element (24) is adjustable with regard to the first bearing element (23).
9. The partition wall system according to any of the claims 1 or 8, characterized in that the supporting profile attachment bearing (22) comprises a connecting pivot (25) and in that the core (5) of the supporting profile (2) is executed to be hollow, wherein the connecting pivot (25) is configured to be inserted into the core (5).
10. The partition wall system according to claim 9, characterized in that the partition wall system comprises the decorating profile (9a to c) according to claim 2 and/or the filler profile (10, 11, 18) according to claim 3, and in that the decorating profile (9a to c) and/or the filler profile (10, 11, 18) protrude beyond the supporting profile (2) in order to cover the supporting profile attachment bearing (22) including the connecting pivot (25).

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