DE202004010160U1 - Profile for universal application is divided into two sections by vertical dividing wall interconnecting two side walls, and has two opposite lying lock-in notches formed in inner sides of side walls in first section - Google Patents

Abstract

The profile is divided into two sections by a vertical dividing wall (7) interconnecting two side walls. Two opposite lying lock-in notches (13) are formed in the inner sides of the side walls in the first section (9), and two outer lying ribs (15,17) are located on the side walls on the outer edge of the second section (11) and face one another. A support rib (19) is located on the inner side of the first side wall (3) in the second section and divides the second section into two sub-sections (21,23), and a guide rib (25) is provided on the second side wall (5) and lies opposite the support rib. An independent claim is included for a kit including at least two profiles connected by a connector.

Description

in the Construction area, it has so far been common for different Applications also different, specific to the respective application use coordinated profiles. For example, there are profiles that are suitable for building a window frame. This on the intended use Special profiles cut to window frames can, however not for railing or sliding doors use. For these applications in turn have special profiles. The need for every Application to have to use a corresponding special profile especially where only small quantities of the respective profile are required, lead to problems, especially in the home improvement area, because the profiles mostly only in larger quantities can be obtained. For the Inexperienced DIY enthusiasts also find it extremely problematic to rely on different profiles, which are usually also processed differently are having to hire.

The The task of the present innovation is therefore to create a profile to disposal to ask which universal for various fields of application can be used, and the manufacture of components and constructions so much simplified that too untrained Do-it-yourselfers without special equipment Can process profile easily. In addition, should a kit for the manufacture of components and constructions made available become.

This Task is solved by the profile specified in claim 1.

The There is an advantage of the new profile especially in that by arranging different webs in the Profile on the one hand different elements, for example panels and slats, can be attached and on the other hand, several profiles are connected to each other can. In this way, a profile is available for a variety of uses. The User is no longer forced for to have a special profile for every application.

typical Areas of application for the new profile are, for example, railings, fences, garden gates, canopies, Wind protection walls on terraces and balconies (also movable), greenhouses, garden tool sheds, roofs, toilet partitions and partitions in sanitary rooms. The Profile can also be used in lightweight construction for the creation of partitions in the living and office area including the construction of sliding doors be used. Since the profile is preferably made of light metal, Aluminum is manufactured in particular, it can also be used outdoors for construction of hinged shutters, Insect stores or doors, advertising media as a display or on buildings deploy. The profile has a smooth, visually appealing surface and can also be color coated or with a plastic coating adapted to special applications his. Therefore, it is also suitable for use in visible Areas, such as in drywall as a transition to light surfaces or the like, in exhibition stand construction, for mobile sales stands, shop fittings, as well as the framing and fastening of all types of plates, e.g. B. glass, solar panels, corrugated or trapezoidal PVC, double wall and chipboard. The application of the new profile is not limited to the fields of application mentioned by way of example.

A advantageous embodiment used to cover the outer sides parallel to the partition the profile is a clip profile, which has snap-in areas that have a to accommodate the outside Web of the profile suitable groove and one for snapping into the notches suitable profile of the profile. For easy assembly of the Clip profile on the profile, the profile wall of the clip profile is preferred equipped with a kink. The clip profile can be made of plastic, for example. through Clip profile can the outsides of the profile can be effectively covered in a simple manner. additional Aids for attaching the clip profile are not required.

Several Profiles can in an expedient embodiment via a executed as a rectangular angle profile Corner connectors are connected together. The corner connector can do this simply in the of the partition, the support bar and the guide bar limited section can be inserted. This allows, among other things Profile frame for the most different types of plates are manufactured. For this only four profiles and four corner connectors are required. As outsides for the Profile frames can both profile sides are used.

at Another advantageous embodiment is a square tube for connecting two profiles each. The square tube can for this purpose are inserted into the first area. The coupling of Two profiles are easily and easily possible using a square tube.

According to the innovation solution also provided a kit for the above task, which consists of at least two profiles and at least one connector to connect the two profiles. With this kit the user gets the possibility, different components and constructions with comparative to realize little effort.

at a preferred embodiment the connector is a corner connector. The connector can be used after a another advantageous embodiment also be a square tube.

Further Advantages, details and further developments of the present innovation result from the following description of preferred embodiments, with reference to the drawing. Show it:

1 a sectional view of a new profile;

2 a sectional view of two coupled with a square tube innovation profiles;

3 a sectional view of the new profile with attached clip profile;

4 Sectional views of various mounting options for panels using new profiles;

5 a vertical sectional view of a railing;

6 a horizontal sectional view of a section of a lightweight wall;

7 a horizontal sectional view of a section of a plasterboard wall with an integrated light surface or furniture panel;

8th a sectional front view of a sliding door;

9 a horizontal sectional view of a folding wall system;

1 shows a sectional view of a profile according to the innovation. The profile 1 has two opposite side walls 3 . 5 , The sidewalls 3 . 5 are over a partition 7 connected with each other. The partition 7 runs essentially perpendicular to the side walls 3 . 5 and divided the profile 1 into a first and a second area 9 . 11 , In the inside of the side walls 3 . 5 are in the edge areas of the first area 9 two opposite notches 13 brought in. The locking edges of the notches 13 are directed outwards. In the second area 11 are on the inside of the side walls 3 . 5 four webs arranged. So are on the outer edge of the second area 11 two external webs 15 . 17 which are arranged opposite and facing each other. A footbridge 19 divides the second area 11 in two areas 21 . 23 , Opposite the footbridge 19 and facing this is a guide bridge 25 , The management footbridge to be highlighted as particularly important 25 has a greater free-standing depth than the outer webs 15 . 17 and also as the footbridge 19 , In addition, the guide bridge points 25 a depth less than half the partition depth 7 on. The guide bridge thus projects about a quarter to a third into the clear opening of the second area 11 into it. The dimensioning and positioning of the guide bridge 25 contributes in particular to the versatility of the profile, as can be seen from the further explanations. Depending on the application, the guide bar assumes leadership and / or holding functions for different components that can be connected to the profile.

As material for the profile 1 AlMgSi 0.5 F22 is preferably used. For example, the profile is extruded into 6000 mm bars. The following dimensions have been chosen for the profile 1 proven to be particularly advantageous. All wall thicknesses (side walls, partition, webs) are 2.5 mm. The external dimensions in the cross section of the profile 1 are 40 mm × 30 mm. The width of the first area 9 is 16 mm and that of the second area 11 is 25 mm. The from the partition 7, the support web 19 and the boardwalk 25 limited first section 21 of the second area 11 is about 8.4 mm wide. The one of the jetty 19 , the boardwalk 25 and the outer webs 15 . 17 limited second section 23 of the second area 11 is approximately 8.1 mm wide. The outer edges of the profile 1 are preferably rounded. Furthermore, it has proven to be advantageous for the facing web ends of the support web 19 and management board 25 to the second section 23 round off.

2 shows a simplified sectional view of two with a square tube 27 coupled innovation profiles. The square tube 27 this is simply in the first area 9 of the respective profile. For the square tube 27 the dimensions 25 mm × 30 mm × 2 mm are appropriate. Aluminum, wood or plastic, for example, can be used as the material. To create a permanent and force-absorbing connection, you can start from the second areas 11 the profile screws through the partition 7 through into the square tube 27 Screw. It is also conceivable that the square tube in the first areas 9 the profile is glued in place.

3 contains a sectional view of the new profile with clip profiles on both sides 29 that cover the parallel to the partition 7 lying open outside of the profile 1 be used. The clip profile 29 has a profile wall 31 that go to theirs on the outer webs 15 . 17 coming to the plant end regions 33 towards the outer webs 15 . 17 rejuvenated. With the end areas 33 the profile wall 31 is a snap-in area 35 connected. These snap areas 35 extend vertically from the profile wall 31 path. The snap-in areas 35 are designed the clip profile 29 both in the first and in the second area 9 . 11 to fix. For fastening the clip profile 29 at the first area 9 have the snap-in areas 35 one latch each 37 on which in the notches 13 of the profile 1 can snap into place. The attachment of the clip profile 29 on the second area 11 takes place via a in the snap-in areas 35 inserted groove 39 that are used to accommodate the external webs 15 . 17 serves.

For easy attachment of the clip profile 29 is the profile wall 31 of the clip profile 29 with a kink 40 fitted. A compression of the opposite snap-in areas required to snap the clip profile is also possible without the kink if a sufficiently elastic material is used. The clip profile 29 consists preferably of plastic.

4 contains sectional views of various mounting options for panels 41 using new profiles. All possible types of panels can be used as panels, for example double-wall panels, furniture (chipboard) panels, (insulating) glass panes, corrugated or trapezoidal PVC as well as solar panels. The type of fastening shown in view A) is for panels 41 suitable with a thickness of about 16 mm. The plate 41 is in the second area 11 down to the from the partition 7 , the footbridge 19 and the boardwalk 25 limited section 21 inserted laterally. The plate comes to rest 41 on the guide bridge 25 , the footbridge 19 and the outer web 15 the first side wall 3 , The resulting space between the plate 41 and the outer web 17 the second side wall 5 is via a clamping and sealing profile 43 bridged.

In view B) is a plate 41 with a thickness of about 18 to 20 mm from two profiles 1 supported. The plate 41 can go as far in the side of the outer webs 15 . 17 , the footbridge 19 and the boardwalk 25 limited section 23 be inserted until it comes to rest on the guide bar 25 comes. A screw is used to additionally fix the plate 45 through the partition 7 through to the plate 41 extends into it.

The attachment of a grooved plate 42 can be seen in view C). The plates to be fixed 42 is on the the boardwalks 25 facing side, each with a groove 47 provided, which is designed such that it the guide bridge 25 can record. This groove 47 has a depth which is approximately the difference in the depth of the guide web 25 and the depth of one of the outer bars 17 . 15 equivalent. The plate 42 is in the longitudinal direction in the second area 1l inserted and extends in the transverse direction into that of the partition 7 , the footbridge 19 and the boardwalk 25 limited section 21 , For fastening against transverse displacements of the plate 42 serves the guide bridge 25 , Instead of a grooved plate 42 several grooved slats or partial panels can also be used. Slats are used, for example, to build a fence or railing. The grooved plate 42 or the slats have a thickness of about 16 to 20 mm. In particular, plastic corrugated sheets are also used in this case.

The type of fastening shown in view D) is suitable for plates with a thickness of approximately 21 to 25 mm. In this example, an insulating glass pane is used as the plate 44 used. In contrast to the mounting options shown in views A) to C), the insulating glass pane 49 not in the second area 11 but in the first area 9 held. For this the disc 44 just in the first area 9 be inserted laterally. Spacers are used for assembly 49 , e.g. B. plastic blocks required, which the desired distance of the disc 44 to the partition 7 guarantee. In addition, silicone or another adhesive is used for attachment.

The first area is in views A) to C) 9 facing outwards, while in view D the second area 11 is directed outwards, ie away from the plate. The open outer sides can, if necessary, be covered with the clip profile described above.

In 5 a vertical sectional view of a railing is shown. Two profiles are used for the railing 1 needed. In a handrail 51 are two grooves 53 brought in, which are designed so that they correspond to the first area 9 associated end regions of the side walls 3 . 5 of the first profile 1 be able to record. With a preferably used wall thickness of the side walls 3 . 5 2.5 mm would result in a groove width of approximately 2.5 mm. Such grooves can be made, for example, by a simple saw cut. With the second area 11 of the first profile above 1 are the grooved slats 42 connected. These slats 42 are also with the second area 11 of the second profile below 1 connected. The one for the slats 42 The type of fastening used has already been used for 4 , View C) described in detail.

For spaced mounting of the individual slats 42 has the use of spacers CKEN 55 proven to be cheap. The spacers 55 between two slats 42 in the sub-area 23 brought in. Spacers are preferred 55 made of plastic with a thickness of 8 mm and a width of 25 mm. The length of the spacers depends on the desired slat distance.

The first section 9 of the second profile 1 serves to hold a carrying bar 57 , The first section 9 can simply do this via the end area of the carrying bar 57 be pushed. As a support bar z. B. uses a rectangular tube made of aluminum, which has the dimensions 25 mm × 50 (60, 70, 80) mm × 2 (3) mm depending on the span. Fences can also be realized using the same principle.

6 shows a horizontal sectional view of a section of a lightweight wall. The lightweight wall consists of panels 41 , each of two profiles 1 be held. The plates 41 are after the in the 4 , View A) attached method. For fastening the panels 41 so becomes the second area 11 of profiles 1 used. In order to be able to line up several panels, two profiles are connected on the back. That of the first side wall 3 of the first area 9 assigned end areas are for example via a clamping piece 61 connected to each other, which is screwed onto the end areas. The clamping piece also serves to fasten a stand or bolt designed as a square tube 63 , which on the outer sides of the first side walls 3 of the first area 9 of profiles 1 is arranged and serves to support and anchor the lightweight wall. The stand or latch 63 consists preferably of aluminum and in this example has the dimensions 60 mm × 60 mm × 2 mm. The gap remaining between the adjacent profiles on the back can be a clip profile 31 be covered. The one through the clip profile 31 covered cavity can be used as a cable duct 59 be used.

7 shows a horizontal sectional view of a section of a plasterboard wall with an integrated light surface or furniture panel. The plasterboard 65 are in the first areas 9 of profiles 1 supported. For removing and installing the plasterboard 65 becomes a spacer 67 needed. If the spacer insert is not inserted, the plasterboard can 65 in the first area 9 be moved so far that it can be removed from the opposite profile. As plasterboard 65 are preferably used in each case two parallel plates with a thickness of 12.5 mm. The light surface formed by a glass pane or the furniture plate 41 will be in the second area 11 of profiles 1 held, again after the in 4 , View A) method described.

In 8th a sectional front view of a sliding door is shown. Four profiles are used to manufacture the sliding door 1 via four corner connectors 69 assembled into a door frame. The corner connectors designed as rectangular angle profiles 69 to do this in the from the partition 7 , the footbridge 19 and the boardwalk 25 limited section 21 inserted. Corner connectors have proven to be particularly cheap 69 made of aluminum with a leg length of approx. 60 mm. The first areas 9 form the outside of the door frame while the second areas 11 are available as the inside. The panels used as frame panels 41 are from the second areas 11 added. So preferably plates 41 with a thickness of about 16 to 20 mm.

The door frame corner areas facing the ceiling in the installed state are each with a guide bushing 71 provided which in the first area 9 of the profiles running perpendicular to the ceiling 1 are arranged and for receiving a pen 73 serve. The pencil 73 runs perpendicular to the ceiling and extends towards the ceiling through the corner of the door frame. The pencil 73 can be moved towards the door or ceiling to align the door. The pin end area facing the ceiling is with a sliding block 75 connected, which preferably consists of plastic. Another profile (not shown) is mounted on the door cutout facing the ceiling. This profile shows with its second area 11 towards the door. The one from the outer piers 15 . 17 , the footbridge 19 and the boardwalk 25 limited section 23 is used as a guide rail for guiding the sliding blocks 75 used. The opening and closing of the door is also done by rolling 77 supports which are attached to the bottom profile facing the floor.

9 shows a horizontal sectional view of a folding wall system. Such folding wall systems can be used for example as wind protection on balconies and terraces. The version shown includes four plates 41 as folding elements. The plates 41 be in the second areas 11 of profiles 1 mounted (fastening analog 4 , View A). The folding wall system comprises a first and a last profile 1 for holding a guide rail 79 , The first profile is followed by a second profile, which is connected to the first profile by a hinge 81 connected is. Here is the second area 11 the first profile the first area 9 facing the second profile. The second profile and a subsequent third profile serve to hold the first plate 41 , With the third profile is a fourth Profile over a hinge 81 connected, here are the first areas 9 of the profiles facing each other. There is an edge bolt on the third profile for additional fixation 83 appropriate. The fourth profile and a subsequent fifth profile serve to hold the second plate 41 , With the fifth profile is a sixth profile over a hinge 81 connected, the first areas 9 are facing each other. In addition, the fifth and sixth profiles are on a sliding block 75 coupled, which is a pivot bearing 85 having. The sixth profile and a subsequent seventh profile take the third plate 41 on. The seventh profile is connected via a hinge connection to an eighth profile, which in turn is an edge bolt 83 having. The eighth profile and a successor to the ninth profile serve to accommodate the fourth plate 41 , The ninth profile is on a sliding block 79 with swivel 85 coupled. The ninth profile is followed by the last profile.

In 9 the state is shown in which the folding process has already started. Before the folding can be started, the edge bolts must of course first 83 be solved. The sliding blocks move during folding 75 towards the first profile. The hinge connections and the pivot bearings 85 ensure that the profiles 1 and with it the plates 41 move towards each other, folding them up. The guide rail can be formed by a profile according to the innovation.

It it can be seen that with the new profile a wide variety Components can be realized with little effort. Also the untrained DIY enthusiast receives in this way a universally applicable profile that he can easily do without great Training time and can process without special equipment. Of course, such can Profiles also used in many different ways by professional craftsmen become. Especially for smaller companies are eliminated the need to keep different profiles in stock and the employees for the To train with different profiles. In addition to the described embodiments are diverse Modifications possible.

1

- Profile

3

- first Side wall

5

- second Side wall

7

- Partition wall

9

- first Area

11

- second Area

13

- Snap notches

15

- external Bridge of the first side wall

17

- external Bridge of the second side wall

19

- support bridge

21

- of the Partition wall, the support bridge and the guide bridge

- more limited subregion

23

- of the external Footbridges, the footbridge and the

- Leadership limited section

25

- Leadership

27

- square tube

29

- Clip profile

31

- Profile wall

33

- end area

35

- Snap area

37

- Latch

39

- Nut of Klipsprofils

40

- kink

41

- plate, battens

42

- grooved Slab, slats

43

- clamping and sealing profile

44

- insulating glass pane

45

- screw

47

- Nut the plate

49

- spacers

51

- handrail

53

- grooves of the handrail

55

- spacers

57

- Carrier bar

59

- Cabel Canal

61

- clamp

63

- stands and bars

65

- plasterboard

67

- spacer insert

69

- corner connector

71

- guide bush

73

- Pen

75

- sliding block

77

- Roll

79

- guide rail

81

- hinge

83

- Edge bolt

85

- swivel

Claims (16)

Profile ( 1 ) comprehensive - two opposite side walls ( 3 . 5 ); - one to the side walls ( 3 . 5 ) vertical partition ( 7 ), the two side walls ( 3 . 5 ) and the profile ( 1 ) into a first and a second area ( 9 . 11 ) divided; - two opposite notches ( 13 ) inside the side walls ( 3 . 5 ) in the border areas of the first area ( 9 ) are introduced and the locking edges are directed outwards; - two external webs ( 15 . 17 ) on the side walls ( 3 . 5 ) at the outer edge of the second area ( 11 ) are arranged opposite and facing each other; - a footbridge ( 19 ), which is on the inside of the first side wall ( 3 ) in the second area ( 11 ) and the second area ( 11 ) in two parts rich ( 21 . 23 ) divided; - a guide bridge ( 25 ) on the second side wall ( 5 ) opposite the support footbridge ( 19 ) and arranged facing this, a greater depth than the outer webs ( 15 . 17 ) and the footbridge ( 19 ), and a depth less than half the partition wall depth ( 7 ) having. Profile ( 1 ) according to claim 1, characterized in that for covering both, parallel to the partition ( 7 ) lying open outer sides of the profile ( 1 ) a clip profile ( 29 ), which is a profile wall ( 31 ), which is related to their on the outer webs ( 15 . 17 ) of the profile ( 1 ) tapering end areas coming into contact, and two with the end areas of the profile wall ( 31 ) connected snap-in areas ( 35 ) that is perpendicular to the profile wall ( 31 ) extend away and over a for receiving the external webs ( 15 . 17 ) of the profile ( 1 ) suitable groove ( 39 ) and one for snapping into the notches ( 13 ) of the profile ( 1 ) suitable latch ( 37 ) feature. Profile ( 1 ) according to claim 1 or 2, characterized in that a corner connector designed as a rectangular angle profile ( 69 ) from the partition ( 7 ), the footbridge ( 19 ) and the boardwalk ( 25 ) limited area ( 21 ) can be inserted to two profiles ( 1 ) connect to. Profile ( 1 ) according to one of claims 1 to 3, characterized in that a square tube ( 27 ) in the first area ( 9 ) can be inserted to two profiles ( 1 ) connect to. Profile ( 1 ) according to one of claims 1 to 4, characterized in that the outer webs ( 15 . 17 ), the footbridge ( 19 ) and the boardwalk ( 25 ) limited area ( 23 ) as a running track for guiding sliding blocks ( 75 ) and fittings. Profile ( 1 ) according to one of claims 1 to 5, characterized in that a plate ( 41 ) in the second area ( 11 ) into the from the partition ( 7 ), the footbridge ( 19 ) and the boardwalk ( 25 ) limited area ( 21 ) can be inserted laterally, whereby between the outer web ( 17 ) the second side wall ( 5 ) and the plate ( 41 ) a clamping and sealing profile ( 43 ) is introduced. Profile ( 1 ) according to one of claims 1 to 5, characterized in that a plate ( 41 ) in the second area ( 11 ) until they touch the guide bar ( 25 ) can be inserted laterally. Profile ( 1 ) according to one of claims 1 to 5, characterized in that a grooved plate ( 42 ) in the second area ( 11 ) into the from the partition ( 7 ), the footbridge ( 19 ) and the boardwalk ( 25 ) limited area ( 21 ) can be inserted in the longitudinal direction of the profile, the plate ( 42 ) with one to hold the guide bar ( 25 ) suitable groove ( 47 ) is provided and has a depth which is the difference from the depth of the guide web ( 25 ) and the depth of one of the outer bars ( 15 . 17 ) corresponds so that the plate ( 42 ) by means of the guide bar ( 25 ) is supported. Profile ( 1 ) according to claim 8, characterized in that instead of the plate ( 42 ) several slats ( 42 ) with one groove each ( 47 ) can be inserted in the longitudinal direction of the profile. Profile ( 1 ) according to one of claims 1 to 5, characterized in that a plate ( 41 . 44 ) in the first area ( 9 ) can be inserted laterally, whereby between the plate ( 41 ) and partition ( 7 ) Spacers ( 49 ) are arranged, and wherein in particular an insulating glass pane ( 44 ) is used. Profile according to one of claims 1 to 10, characterized in that that it is made of light metal, especially extruded aluminum consists. Profile according to one of claims 1 to 11, characterized in that it has a color coating. Kit with - at least two profiles ( 1 ) according to one of claims 1 to 12; and - at least one connector ( 27 . 69 ) to connect the two profiles ( 1 ). Kit according to claim 13, characterized in that the connector is a corner connector ( 69 ) according to claim 3. Kit according to claim 13, characterized in that the connector is a square tube ( 27 ) according to claim 4. Kit according to one of claims 13 to 15, characterized in that it has at least one clip profile ( 29 ) according to claim 2 contains.