DE202013006041U1 - carrier system - Google Patents

Abstract

Carrier system having a carrier part (4), a rail profile (2) and a connecting part (30) connecting the carrier part (4) to the rail profile (2), characterized in that the rail profile (2) is suspended from the connection part (30) Underside (22) of the support part (4) can be arranged, that the support part (4) in the vertical direction at the bottom on its underside (22) has a longitudinal groove (23) which merges into a receiving channel (20) that the rail profile (2) at its the connecting part (30) facing the rear side (28) has a longitudinally extending T-shaped groove (29), that the connecting part (30) as one of the free end (31) of the support part (4) forth in whose groove (23) insertable sliding part (32) is formed, that the sliding part (32) by pivoting one of the groove (23) protruding fixing arm (34) via a transverse to the groove (23) in the receiving channel (20) laterally projecting clamping part (33) is fixable, and that the fixing arm (34) at its free hook-shaped end (51) has a parallel to the clamping part (33) extending groove stop (57).

Description

Field of the invention

The invention relates to a carrier system with a carrier part, a rail profile and a connecting part connecting the carrier part with the rail profile.

State of the art

Rail profiles, which are used in particular as rails for curtains are, as far as they are not directly attach to the ceiling, mounted on carrier systems on the wall. For example, from the DE 1 815 629 A a support system for supporting a rail profile is known, which is designed as a curtain rail. The carrier system in this case has a wall holder which can be fastened to a wall, which can be connected to the rail profile or the curtain rail via a carrier part which is formed as a horizontal plate and can be connected to the wall holder.

A disadvantage of this known support system is, first, that it is constructed relatively complicated and that, on the other hand, the rail profile can only be arranged hanging. With this known system, the user has only a few variations. For fastening the carrier part to the wall holder a screw connection is also required.

Similar disadvantages are also evident from the EP 1 961 348 A2 known curtain fitting system.

task

Object of the present invention is therefore to improve the known support systems for supporting a rail profile so that they can be mounted to a tool with the exception of a possible wall mounting without tools and that they can be adapted universally, easily and inexpensively to different decorations.

Presentation of the invention

The object is achieved in conjunction with the preamble of claim 1, characterized in that the rail profile can be arranged over the connecting part hanging on the underside of the support member, that the support member in the vertical direction at the bottom at its bottom has a longitudinally extending groove in a receiving channel passes over that the rail profile on its side facing the connecting part has a longitudinally extending T-shaped groove, that the connecting part is formed as an insertable from the free end of the support member in the sliding part, that the sliding part by pivoting out of the groove outstanding fixing arm can be fixed via a transverse to the groove in the receiving channel laterally projecting clamping part, and that the fixing arm has at its free hook-shaped end a parallel to the clamping part extending groove stop.

The sliding part can be fixed by pivoting a protruding from the groove fixing arm via a transverse to the groove in the receiving channel laterally projecting clamping part. The fixing can have at its free, hook-shaped end an approximately parallel to the clamping part extending groove stop.

An inventive carrier part can be produced relatively inexpensively and precisely by extrusion and then only has to be cut to the required length. Side channels can also increase the stability of the carrier part.

According to a further preferred embodiment of the invention, the rail profile can be arranged in the horizontal direction transversely to the longitudinal axis of the carrier part. The rail profile has in each case in the vertical direction at the top at its top and at the bottom on its underside in each case a longitudinally extending T-shaped groove. In addition, the rail profile has a further T-shaped groove extending in the longitudinal direction on its rear side facing the wall holder.

While the groove arranged at the bottom serves as a running rail, the T-shaped groove arranged at the top or the T-shaped groove arranged at the rear can be used for connection to the carrier part.

According to a further preferred embodiment of the invention, the sliding part at its end having the clamping part adjacent to the fixing arm on two resilient latching arms, which have opposite laterally outwardly directed locking slopes. It can lock the locking arms with their free ends after passing the groove in the receiving channel during pivoting of the sliding member in the groove of the support member. That is, when passing the groove, the ends of the locking arms on the locking bevels are initially moved towards each other and spread apart behind the groove in the receiving channel, so that the sliding member in the support member in addition to the clamping part.

According to a further preferred embodiment of the invention, the carrier part is connectable to a wall holder, wherein the wall holder has a wall plate fastened to a wall, in which a connected to the support member connecting piece is latchingly insertable, wherein the connecting piece on its side facing away from the wall plate has an orthogonally arranged connecting element, the free end can be arranged in a corresponding receiving channel of an end of the support member, and wherein the connecting element and the end of the support member non-positively connected to each other.

With the exception of the wall plate to be fastened for example by screws to a wall, all other parts can be connected to each other without the use of tools. The connector connected to the support member can be easily placed and locked on the wall plate. In this case, the connector on its side facing away from the wall plate outer surface on a vertically projecting connecting element, the free end is inserted into a receiving channel of an end of the carrier part. The free end of the connecting element and the standing with the free end receiving channel are coordinated so that between the two a force or frictional connection can be made. To support the frictional connection, the free end of the connecting element has transverse saw teeth or ribs arranged transversely to its longitudinal axis. The support member and the connector thus form a simple attachable without tools on the wall plate unit.

According to a preferred embodiment of the invention, the wall plate is formed as a U-shaped profile whose legs form vertical side walls. In this case, the side walls on their mutually facing inner surfaces on vertically extending webs.

The connectable to the wall plate connecting piece is formed as a U-shaped profile, the legs of which form horizontal side walls, wherein an upper horizontal side wall has at its free end a hook-shaped fold, which engage behind the two vertically extending webs of the vertical side walls at their upper ends can.

According to a further preferred embodiment of the invention, the lower horizontal side wall of the connecting piece is preceded by a resilient locking leg at least in the region of the lower ends of the vertically extending webs to the upper horizontal side wall. This allows the connector to lock easily and without tools with the wall plate.

In principle, however, it is also possible to resiliently form the upper horizontal side wall extending parallel to the lower horizontal side wall and dimensioned so that it overlaps the lower ends of the vertically extending webs latching.

The wall plate and the connector are simple and easy to connect without tools.

In the limited by the groove stop groove of the hook-shaped end can be as described below, the rail profile with a groove edge.

The slider can basically be inserted and locked in different rails with corresponding grooves and is not limited to the above carrier system.

The rail profile is with its arranged at its rear groove, that is with its upper groove in the vertical direction, attachable to the hook-shaped end of the fixing, which engages in the limited by the groove stop groove of the hook-shaped end of the upper groove edge of the rail profile, and by pivoting can be latched in a position perpendicular to the support part via a locking part arranged on the sliding part.

This also allows the rail profile to be easily, safely and quickly connected to the carrier part without tools. The position of the rail profile is selectable by the user in the given context. Also, the rail profile can be produced relatively inexpensively and precisely by extrusion and then only has to be cut to the required length.

According to a further preferred embodiment of the invention, the rail profile with its rear side via the connecting part with the frontal free end of the support member is connectable. For connecting the rail profile with the frontal free end of the carrier part, the connecting part at its rail profile facing the end of a latching in the arranged on the back of the rail profile groove connecting approach.

The connecting part has the connecting lug adjacent to a plug approach and two the plug approach laterally adjacent side wings. The plug approach has transverse to the insertion elastic lamellae, so that the connecting part with its plug neck in the receiving channel of the support member and the side wings in the side channels of the support member to form a friction or traction connection can be inserted.

The side wings may have on their outer side surfaces to support the frictional connection transverse grooves or transverse ribs. The side wings may also have louvers directed towards the plug attachment.

In the case of the carrier system according to the invention, the rail profile can thus be fastened selectively or additionally to the frontal end of the carrier part or suspended on the underside of the carrier part. It is also possible to attach several rail profiles side by side hanging on the support member. Also, the rail profiles can be easily attached to a plurality of freely spaced support members.

Further details of the invention will become apparent from the following detailed description and the accompanying drawings, in which preferred embodiments of the invention are illustrated, for example.

Brief description of the drawings

In the drawings show:

1 a spatial representation of a carrier system for mounting a rail profile as an exploded view;

2 : a spatial representation of the connector of 1 which is placed on a mounting pad, and a not yet connected support member;

3 : a spatial representation of the connector of 2 with a frictionally connected carrier part;

4 : a spatial representation of the wall plate of 1 with partially attached connector with carrier part;

5 : a spatial representation of the wall plate of 4 with latched connector with carrier part;

6 : a side view in section and an eruption of the wall plate of 4 with partially attached connector with carrier profile;

7 : a side view in section and an eruption of the wall plate of 4 with connector and support member in the locked state;

8th a spatial representation of a rail profile from its back with a not yet connected connector;

9 : a spatial representation of the rail profile of 8th with inserted connecting part and not yet connected wall bracket with support part;

10 : a spatial representation of the wall holder with carrier part and rail profile with connection part of 9 in the assembled state;

11 a side view partly in section of a wall holder with support part, a sliding part inserted into the groove of the support member and fixed by pivoting, as well as latched rail profile;

• a) einem in das freie Ende des Trägerteils eingesetztem Gleitteil,
• b) einem in die Nut des Trägerteils eingesetzten und durch Verschwenken fixierten Gleitteil,
• c) einem auf ein hakenförmiges Ende eines Fixierarmes des Gleitteiles teilweise aufgesetzten Schienenprofil,
• d) das Schienenprofil von c) mit einer Nutkante seiner rückseitigen Nut auf eine Nutauflagefläche des hakenförmigen Endes aufgesetzt,
• e) das Schienenprofil von d) in seiner verrasteten Stellung und
• f) das Schienenprofil von e) in einer teilweise entrasteten Stellung;

12 : a side view in section of a carrier part with:

• a) a sliding part inserted into the free end of the carrier part,
• b) a slider inserted into the groove of the carrier part and fixed by pivoting,
• c) a rail profile partially attached to a hook-shaped end of a fixing arm of the sliding part,
• d) the rail profile of c) is placed with a groove edge of its rear groove on a Nutauflagefläche the hook-shaped end,
• e) the rail profile of d) in its latched position and
• f) the rail profile of e) in a partially unlatched position;

13 : a spatial representation of the sliding part of 11 ;

14 : another spatial representation of the sliding part of 11 ;

15 : a side view of the sliding part of 11 ;

16 a spatial representation of a connecting part to the frontal connection of the carrier part and rail profile;

17 : another spatial representation of the connecting part of 16 ;

18 : a plan view of the connecting part of 16 and

19 : a side view of the connecting part of 16 cut along the line XIX-XIX.

Description of the embodiments

The same reference numerals in the figures indicate identical or analogous components. The following description refers to, if no is given exclusive reference to a specific figure on all figures.

A carrier system 1 for holding a rail profile 2 consists essentially of a wall holder 3 and a carrier part 4 ,

The wall holder 3 consists of a wall plate 5 For example, with screws 6 can be attached to a wall, not shown. The wall plate 5 is formed as a U-shaped profile, wherein its outer legs vertical side walls 7 form. Here are the side walls 7 on their mutually facing inner surfaces 8th vertical walkways 9 on. The wall holder 3 consists of a connector 10 , which is formed as a U-shaped profile whose legs horizontal side walls 11 . 12 form. The upper horizontal side wall 11 has at its free end a hook-shaped fold 13 on top of the vertical walkways 9 at their upper ends 14 can engage. The lower horizontal side wall 12 is to the upper horizontal sidewall 11 towards a resilient locking leg 16 upstream. The locking leg 16 has a thickened end 17 on, with which he has the lower ends 15 of the bridges 9 latching over.

The connector 10 indicates at its the wall plate 5 remote outer surface 18 a right-angled connecting element 19 on that in a corresponding receiving channel 20 the carrier part 4 is insertable, wherein the connecting element 19 and that with the connecting element 19 corresponding end of the receiving channel 20 a non-positive connection between connector 10 and carrier part 4 form.

Transverse to its longitudinal direction, the connecting element 19 transverse grooves 21 on, which can also be designed as a kind of transverse slats and serve to increase the frictional connection.

The carrier part 4 is formed as a lateral and vertically upwardly closed support profile, wherein the receiving channel 20 over the entire length of the carrier part formed by the carrier profile 4 extends. On both longitudinal sides of the receiving channel 20 is each a side channel 48 . 49 arranged.

The carrier part formed by the carrier profile 4 points vertically down at its bottom 22 a longitudinal T-shaped groove 23 on that in the receiving channel 20 passes.

The rail profile 2 points vertically at the top at its top 24 a T-shaped groove 25 and down at its bottom 26 a T-shaped groove 27 on. Furthermore, the rail profile 2 at his wall holder 3 facing back 28 a longitudinal T-shaped groove 29 with a vertically upper edge of the groove 50 on.

According to the embodiments of the 1 . 11 and 12 , can the rail profile 2 via a connecting part 30 hanging at the bottom 22 the carrier part 4 to be ordered. The connecting part 30 is as one of the free end 31 the carrier part 4 forth in its groove 23 over the receiving channel 20 insertable sliding part 32 educated. The sliding part 32 has a transverse to the longitudinal direction of the groove 23 of the support part 4 arranged clamping part 33 on, in the inserted state, the groove 23 within the recording channel 20 overlaps. A fixation arm 34 is laterally with its clamping part at its upper end in the vertical direction 33 connected, with the fixing arm 34 with its lower hook-shaped free end 51 out of the groove 23 protrudes. At his free end 51 has the fixation arm 34 a receiving groove 55 on whose groove receiving surface 56 through an approximately parallel to the clamping part 33 extending groove stop 57 is limited.

By pivoting the fixing arm 34 with his free end 51 around the clamping part 33 becomes the sliding part 32 over the transverse clamping part 33 in a kind of positive connection in the receiving channel 20 fixed.

The sliding part 32 has at its the clamping part 33 having end adjacent to the fixing 34 two springy latching arms 52 . 53 on, the opposite laterally outwardly directed locking slopes 54 exhibit. It can during the pivoting of the sliding part 32 in the groove 23 the carrier part 4 the latch arms 52 . 53 with their free ends 60 . 61 after passing the groove 23 in the receiving channel 20 lock. That is, when passing the groove 23 become the ends of the locking arms 52 . 53 over the latching slopes 54 initially moved towards each other and spread behind the groove 23 in the receiving channel 20 apart, leaving the slider 32 in the carrier part 4 in addition to the clamping part 33 locked.

In the swung-out state of the sliding part 32 protrudes on the clamping part 33 on the fixation arm 33 arranged in the horizontal direction opposite side arcuate locking part 35 with its free end out of the groove 23 the carrier part 4 out.

In particular according to the 11 can the rail profile 2 with his at his back 28 arranged groove 29 on the hook-shaped free end 51 of the fixing arm 34 of the sliding part 32 put in, taking in the of the Nutanschlag 57 limited recording groove 55 the upper groove edge 50 of rail profile 2 engages and sits on the groove receiving surface 56 supported. By pivoting the rail profile 2 in one to the horizontal support part 4 vertical position in which the locking part 35 in the groove 25 at the top 24 of the rail profile 2 engages, the rail profile 2 on the support part 4 fixed.

According to the embodiments of the 8th to 10 can the rail profile 2 with his back 28 via a connection part 36 frontally with the free end 31 the carrier part 4 get connected.

The connecting part 36 indicates at its the rail profile 2 facing first end 37 a connection approach 38 on. At its the first end 37 remote second end 39 has the connecting part 36 a plug approach 40 with two the plug neck 40 laterally adjacent side wings 41 . 42 on.

The plug approach 40 points to the side wings 41 . 42 towards elastically deformable lamellae 43 on.

The side wings 41 . 42 according to the 1 . 8th and 9 turn to the plug approach 40 also elastically deformable lamellas 44 on.

According to the 16 to 18 are the side wings 41 . 42 formed lamellar free and have towards their free ends towards converging outer surfaces 58 . 59 on.

The connecting part 36 is with his marriage approach 38 in the at the back 28 of the rail profile 2 arranged groove 29 about a catch 45 latching insertable.

Accordingly, this is with the rail profile 2 connected connection part 36 with his second end 39 ie with its plug neck 40 in the receiving channel 20 the carrier part 4 and with the side wings 41 . 42 in the side channels 48 . 49 the carrier part 4 insertable to form a frictional or non-positive connection For covering free ends or end faces of the rail profile 2 or the free end 31 the carrier part 4 is an end cap profile 46 intended. Also can be in the front end of the rail profile 2 an end-head 47 Attach.

Of course, the embodiments discussed in the specific description and shown in the figures represent only illustrative embodiments of the present invention. In the light of the disclosure herein, those skilled in the art will be offered a wide range of possible variations.

LIST OF REFERENCE NUMBERS

1

carrier system

2

rail profile

3

wall mount

4

support part

5

Wall plate of 3

6

screw

7

vertical side wall of 5

8th

Inside surface of 5

9

Footbridge of 7

10

Connector of 3

11

horizontal upper side wall of 10

12

horizontal lower sidewall of 10

13

Fold of 11

14

upper end of 9

15

lower end of 9

16

latching leg

17

thickened end of 16

18

Outer surface of 10

19

Connecting element of 10

20

Receiving channel of 4

21

transverse grooves

22

Bottom of 4

23

Groove of 4

24

Top of 2

25

Groove of 24

26

Bottom of 2

27

Groove of 26

28

Back of 2

29

Groove of 28

30

connecting part

31

free end of 4

32

Sliding part of 4

33

Clamping part of 32

34

hook-shaped free end of 32

35

Locking part of 32

36

connecting part

37

first end of 36

38

Connection approach of 36

39

second end of 36

40

plug approach

41

Side wing of 36

42

Side wing of 36

43

Slats of 40

44

Slats of 41 . 42

45

Latching of 38

46

Endkappenprofil

47

end head

48

Side channel of 4

49

Side channel of 4

50

upper groove edge of 29

51

free end of 34

52

first latch arm of 32

53

second latching arm of 32

54

Latch bevel of 52 . 53

55

Receiving groove of 34

56

Nutaufnahmefläche

57

Groove stop of 34

58

outer surface of 41 . 42

59

inner outer surface of 41 . 42

60

free end of 52

61

free end of 53

QUOTES INCLUDE IN THE DESCRIPTION

This list of the documents listed by the applicant has been generated automatically and is included solely for the better information of the reader. The list is not part of the German patent or utility model application. The DPMA assumes no liability for any errors or omissions.

Cited patent literature

• DE 1815629 A [0002]
• EP 1961348 A2 [0004]

Claims (10)

Carrier system with a carrier part ( 4 ), a rail profile ( 2 ) and a support part ( 4 ) with the rail profile ( 2 ) connecting part ( 30 ), characterized in that the rail profile ( 2 ) via the connecting part ( 30 ) hanging at the bottom ( 22 ) of the carrier part ( 4 ) can be arranged that the carrier part ( 4 ) in the vertical direction at the bottom at its bottom ( 22 ) a longitudinal groove ( 23 ), which in a receiving channel ( 20 ) transitions that the rail profile ( 2 ) at its the connecting part ( 30 ) facing back ( 28 ) a longitudinally extending T-shaped groove ( 29 ), that the connecting part ( 30 ) as one from the free end ( 31 ) of the carrier part ( 4 ) in its groove ( 23 ) usable sliding part ( 32 ) is formed, that the sliding part ( 32 ) by pivoting one out of the groove ( 23 ) outstanding fixing arm ( 34 ) across a groove ( 23 ) in the receiving channel ( 20 ) laterally projecting clamping part ( 33 ) is fixable, and that the fixing arm ( 34 ) at its free hook-shaped end ( 51 ) one parallel to the clamping part ( 33 ) Grooved stop ( 57 ) having. Support system according to claim 1, characterized in that the sliding part ( 32 ) at its the clamping part ( 33 ) end adjacent to the fixing arm ( 34 ) two resilient latching arms ( 52 . 53 ), the opposite laterally outwardly directed locking slopes ( 54 ) and that during pivoting of the sliding part ( 32 ) in the groove ( 23 ) of the carrier part ( 4 ) the latching arms ( 52 . 53 ) with their free ends ( 60 . 61 ) after passing the groove ( 23 ) in the receiving channel ( 20 ) lock. Support system according to claim 1 or 2, characterized in that the rail profile ( 2 ) with its on its back ( 28 ) groove ( 29 ) on the hook-shaped end ( 51 ) of the fixing arm ( 34 ) attachable and by pivoting in a carrier part ( 4 ) vertical position via a on the clamping part ( 33 ) arranged latching part ( 35 ) is latched. Carrier system ( 1 ) according to one of claims 1 to 3, characterized in that the carrier part ( 4 ) with a wall holder ( 3 ) is connectable that the wall bracket ( 3 ) a wall plate ( 5 ), in which a with the carrier part ( 4 ) connected connector ( 10 ) latching insert is that the connecting piece ( 10 ) at its the wall plate ( 5 ) facing away from outer surface ( 18 ) an orthogonally arranged connecting element ( 19 ) whose free end in a corresponding receiving channel ( 20 ) of one end of the carrier part ( 4 ) and that the connecting element ( 19 ) and the end of the carrier part ( 4 ) are positively connected to each other. Support system according to claim 4, characterized in that the wall plate ( 5 ) is formed as a U-shaped profile whose legs vertical side walls ( 7 ) form that the side walls ( 7 ) at their mutually facing inner surfaces ( 8th ) vertically extending webs ( 9 ), that the connecting piece ( 10 ) is formed as a U-shaped profile whose legs horizontal side walls ( 11 . 12 ), that the upper horizontal side wall ( 11 ) at its free end a hook-shaped fold ( 13 ) having the vertically extending webs ( 9 ) at their upper ends ( 14 ) can reach behind. Support system according to claim 5, characterized in that the lower horizontal side wall ( 12 ) to the upper horizontal side wall ( 11 ) at least in the region of the lower ends of the vertically extending webs ( 9 ) a resilient latching leg ( 16 ) is upstream. A support system according to claim 2, characterized in that the upper horizontal side wall ( 11 ) parallel lower horizontal side wall ( 12 ) is resilient and the lower ends ( 15 ) of the vertically extending webs ( 9 ) latchingly overlaps. Support system according to one of claims 1 to 7, characterized in that the carrier part ( 4 ) is formed as a laterally and vertically upwardly closed carrier profile, that the receiving channel ( 20 ) over the entire length of the carrier part ( 4 ) that the receiving channel ( 20 ) at its longitudinal sides in each case a side channel ( 48 . 49 ) is arranged adjacent. Support system according to one of claims 5 to 10, characterized in that the rail profile ( 2 ) with its back ( 28 ) via the connecting part ( 36 ) with the frontal free end ( 31 ) of the carrier part ( 4 ) is connectable. Support system according to claim 9, characterized that the connecting part ( 36 ) at its rail profile ( 2 ) facing the one at the back ( 28 ) of the rail profile ( 2 ) groove ( 29 ) latching connection approach ( 38 ), that the connecting part ( 30 ) the connection approach ( 38 ), a plug attachment ( 40 ) and two the plug neck ( 40 ) laterally adjacent side wings ( 41 . 42 ), that at least the plug neck ( 40 ) transverse to the direction of insertion elastic slats ( 43 ), and that the connecting part ( 30 ) with its plug neck ( 40 ) in the receiving channel ( 20 ) of the carrier part ( 4 ) and with the side wings ( 41 . 42 ) into the side channels ( 48 . 49 ) of the carrier part ( 4 ) can be inserted to form a frictional connection.

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