Source: https://patents.google.com/patent/DE202007002282U1/en
Timestamp: 2020-01-25 04:43:47
Document Index: 575958111

Matched Legal Cases: ['art;\n10', 'arts 3', 'art 3', 'art 3', 'art 3', 'art 3', 'art 32', 'art 3', 'art 3', 'art 3', 'art 3', 'arts 30', 'arts 3', 'arts\n2007']

DE202007002282U1 - Profile elements - Google Patents
DE202007002282U1
DE202007002282U1 DE202007002282U DE202007002282U DE202007002282U1 DE 202007002282 U1 DE202007002282 U1 DE 202007002282U1 DE 202007002282 U DE202007002282 U DE 202007002282U DE 202007002282 U DE202007002282 U DE 202007002282U DE 202007002282 U1 DE202007002282 U1 DE 202007002282U1
DE202007002282U
Moeller & Co KG GmbH
Moller & Co KG GmbH
2007-02-16 Application filed by Moeller & Co KG GmbH, Moller & Co KG GmbH filed Critical Moeller & Co KG GmbH
2007-02-16 Priority to DE202007002282U priority Critical patent/DE202007002282U1/en
2008-06-19 Publication of DE202007002282U1 publication Critical patent/DE202007002282U1/en
profile elements with fixing parts, wherein the profile elements as floor profiles (2) and visual profiles (1) to be mounted thereon, the bottom profiles (2) have an upwardly open undercut longitudinal groove (5) and a determination part (3) in the longitudinal groove (5) longitudinally displaceable is receivable, wherein further the determination part (3) by encroachment on a bottom-side clamping portion (6) of the sight profile for Holder of the sight profile (1) on the bottom profile (2) is formed, characterized in that the determination part (3) in the longitudinal groove (5) is rotatable.
The The invention relates to profile elements with fixing parts, wherein the profile elements as floor profiles and visual profiles to be mounted thereon are formed, the bottom profiles an upwardly open undercut longitudinal groove and a determination part in the longitudinal groove can be received longitudinally displaceable is, wherein further the determination part by attacking a bottom side Clamping section of the sight profile for holding the sight profile on the bottom profile is formed.
such Profile systems are known in practice. About for the training a balcony or terrace floor.
The Invention busy deal with the task, as possible Cheap specify manageable and / or long-term safe installation profile system.
These Task is first and substantially solved in the subject matter of claim 1, wherein is turned off that the determination part rotatable in the longitudinal groove is. This allows the floor profiles and the sight profiles differ from one another orthogonal laying to each other, which is the usual installation is to be fastened against each other. It is also preferable here that the determination part itself only by positive locking - against Slimming up - that Sight profile on the soil profile holds. On the other hand, it is not ruled out that once to attach the sight profile Finding part brought to its place there also by a screw connection for example, sustained.
The mentioned task is also in a profile element system, that preferably has the features mentioned, characterized solved, that the determination part for interaction with the view profile having a Fe derelement. By doing that, the detection element resilient to movements, such as thermal expansion, the visual profile and / or the composite of soil profile and visual profile can react over the intrinsic elasticity of the material of the determination part Deformability addition, a favorable fatigue strength is achievable, the forced movements, such as in particular heat movements, to a substantial Share can compensate.
below Further features of the profile system are described, although preferred described in connection with the features explained above are, basically but also independent Meaning.
So it is preferred that the spring element for cooperation with is arranged the clamping portion of the sight profile. The section, with which the determination part directly interacts, is accordingly also acted upon by said spring. In more detail is insofar also preferred that the spring element in a horizontal plane cooperates with the clamping portion, while the Detection by the locking element substantially in vertical Direction, by form overlapping, So against removal of the viewing profile to the top, takes place.
If also basically due to the described designs already a safe installation of the profile element possible is, it is further preferred that the view profile one down having open undercut Feststellungsnut. This determination groove, which does not continue upwards, towards the visible side, so it is from the outside not seen and impaired the appearance of the visual profile is not. On the other hand, it allows a cheap one Connection, in particular first connection of a sight profile with a soil profile. For example, by a clip connection, with a is carried out on the bottom profile secured Klipsteil, which engages in the undercut of the Feststellungsnut.
Only connection means here that a first view profile so - several, cruising - soil profiles is attached, against which erstbefestigter sight profile then the other visual profiles, only by interposing the mentioned determination parts, be secured.
In Another preferred embodiment it is envisaged that said detection groove of the sight profile, over the Viewed width of the visual profile is arranged off-center, namely himself towards one of the longitudinal edges offset, parallel to the longitudinal edge on the Length of the Sight profile, extends.
Regarding of the clamping portion is further preferred that the visual profile on both sides, ie on both longitudinal edges, depending forms such a clamping portion.
at a consideration of the visual profile in cross section is beyond preferred that the one or more clamping sections upwards, ie for Visible side of the viewing profile, from a sweeping section the Sichtprofils, a bay section, at least partially overlapped are.
If two bay sections are realized, these preferably form a trapezoid with an upper, level side view and a lower imaginary plane above the gorge section. As far as only a bay section is realized, therefore, a half-keystone training is created in accordance with preferred extent. With regard to the already mentioned initial connection of a point of view profile with a bottom profile, but also for uses beyond, where appropriate, a lock is provided, which is designed for positive connection between the bottom profile and view profile.
Of the Arrester is accordingly also above statements in the Feststellungsnut snapped. About that In addition, it preferably has a Durchschraubabschnitt, for screw fastening on or with the soil profile. Further preferred is that the lock Has two locking portions, which are also spaced from each other and that the Durchschraubabschnitt, preferably in the longitudinal direction of Feststellungsnut, is formed between two locking portions. Further details and advantages of the invention will become apparent the explanation below the invention with reference to an embodiment.
in this connection shows:
1 a schematic perspective view of two floor profiles and two viewing profiles, which are interconnected;
2 a view in the direction of arrow II in 1 ;
3 a cross section through a bottom profile and a sight profile, in the course of applying the sight profile on the soil profile;
4 a sectional view taken along the line IV-IV in 2 ;
5 a side view of the arrester;
6 a perspective view of the arrester;
7 . 8th an explanation of the attachment of the arrester in the soil profile;
9 an enlargement of the interaction area between the soil profile, the sight profile and the determination part;
10 the determination part in a side view;
11 the determination part in the perspective view;
12 a representation of an edge region with cover strip of the sight profile;
13 a perspective exploded view of the sight profile in the edge region of the cover;
14 one too 12 alternative embodiment of the cover and
15 a schematic representation of the arrangement of sight profiles miter.
Shown and described, first with reference to the 1 to 3 , a system of profile elements consisting of visual profiles 1 and soil profiles 2 , as well as finding parts 3 and arresters 4 ,
The soil profiles 2 can, as in 1 shown, resting on a substrate and be secured in this by separate, not shown here screws or other support means. But you can also, for example, already be embedded in the concrete during a concreting.
The soil profiles 2 have an upwardly open, undercut longitudinal groove 5 on.
A sight profile 1 has clamping sections along its two longitudinal edge edges 6 by a determination section 3 , at the same time against pulling up in the longitudinal groove 5 is secured, are overreached. Such are the visual profiles 1 secured against removal upwards.
A first sight profile 1 is by lock 4 supported. A lock 4 is here in a respective soil profile 2 screw-fastened, as explained in more detail below.
A determination section 3 is in the longitudinal groove 5 rotatable, so it is not only in the 1 For example, shown alignment with the view profile 1 can interact, but also in any other angular arrangement with respect to the longitudinal extent of the soil profile 2 (see also 15 ). A determination section 3 is further with spring elements 7 formed with the associated end face of the clamping portion 6 interact.
As further from the cross-sectional view 2 can be seen, has a sight profile 1 about the already mentioned clamping sections 6 In addition, an undercut opening groove open at the bottom 8th on. With the detection groove 8th the arrester acts 4 together.
Incidentally, the visual profiles are 1 as well as with the soil profiles 2 around chambered profiles.
In detail, how 2 to take about, has a view profile across the width of the viewing profile 1 seven closed chambers 9 . 10 . 11 on. The chamber 9 Here is a flat chamber, with a much greater width than height, which are above a ceiling 12 the detection groove 8th extends. Then across the width are five chambers 10 provided, which have approximately square cross-section. In the following a chamber 11 which has a trapezoidal cross-section.
The detection groove 8th is about the width of the visual profile 1 seen outside a longitudinal center plane E of the visual profile 1 arranged. Namely associated with a longitudinal edge 13 of the visual profile. In particular, such that the longitudinal edge 13 is formed by the same wall, which also - one side - the downwardly open undercut Feststellungsnut 8th forms.
As continues from the illustration 2 it can be seen, are the clamping sections 6 on both longitudinal edges 13 . 14 a visual profile 1 are provided, upwards from each a bay section 15 overlapped.
The attack is such that an outermost edge 13 ' respectively. 14 ' the bay section, which also forms the outermost longitudinal edge edge of the sight profile, in the width direction, the associated peripheral edge 6 ' of the clamping section 6 surmounted, and about the extent of the thickness of the clamping portion 6 ,
The lock 4 On the one hand form-fitting, but beyond, as further explained below in detail, if necessary, by screw or the like in any case against deduction upwards in the longitudinal groove 5 secured. Furthermore, it has resilient hook arms 17 on, the counter-catch 18 in the detection groove 8th spread.
When assembling such a profile system is done in a suitable manner so that initially the soil profiles 2 be attached to the ground, so fixed immovably. Then it is in the longitudinal groove 5 a lock 4 introduced and bolted there. This condition is in 3 shown. In addition, then a visual profile 1 with his detection groove 8th at a total of transverse or at least angular arrangement of visual profile 1 and soil profile 2 in cover to the lock 4 brought and by pressing the sight profile 1 in the direction of the arrow P in 3 made a locking connection. In addition, then in the longitudinal groove 5 a determination section 3 introduced and advanced so far that a clamping edge 19 of the arrester 3 in overlap to the clamping portion 6 of the visual profile 1 comes with what this - first - view profile 1 then set. Following this further profiles 1 need only with the determination part 3 be secured form-fitting.
Related to the 4 to 8th is the lock 4 and its assembly shown in more detail.
As can be seen in particular from the 5 and 6 yields, the lock points 4 a total of four hook arms 17 on, which are in pairs distanced from each other.
Stacked one above the other are a mounting plate 20 and a hook plate 21 formed by a distance section 22 are spaced.
From the hook plate 21 grow the hook arms 17 up. The mounting plate 20 is the lowest section of the arrester 4 ,
The hook plate 21 and the base plate 20 each have a substantially rectangular plan, wherein they preferably have a mismatched longitudinal extent. In particular, it is also preferred that the hook plate 21 the base plate 20 overhanging in one or both longitudinal directions.
The width of the base plate 20 is equal to or less than an opening width b of the longitudinal groove 8th , The length of the base plate 20 that later became widthwise of the soil profile 2 is equal to or smaller than a groove width B in the undercut area of the detection 8th ,
The hook plate 21 has, however, at least in sections here, based on the distance in the longitudinal direction of the rectangular cross-section also distanzier th, wing sections 23 - Of which a total of four are provided - a greater width than it corresponds to the width b.
So can the arrester 4 from above into the longitudinal groove 8th be used and then comes by means of the wing sections 23 for sitting on the top of the soil profile 2 , To determine - against pulling up in any case - he can then be rotated by 90 °. This position is in 4 shown.
Between the longitudinal direction of the hook plate 21 molded hook arms 17 is a Durchschraubabschnitt 24 educated. As well as out 4 can be seen, through this Durchschraubabschnitt a screw 25 to be screwed in a groove bottom 26 the longitudinal groove 8th then anchored.
At this point it should be noted that the profile system, at least the soil profiles 2 and the visual profiles 1 , preferably of a wood-like material, namely a wood / plastic extrudate, consist. They can therefore be processed with the usual wood techniques such as saws or screws. In principle, however, the designs explained here also have significance for pure wood profiles or also for metal profiles.
As last but not least 5 results are the hook portions of the hook arms 17 formed at their ends facing each other across the actual arm sections.
The 7 and 8th show the already mentioned plugging and turning a detent 4 in a soil profile 2 ,
Related to the 9 to 11 is the determining part 3 explained in more detail.
Also the determining part 3 is built like a floor. Below, based on the installed state, is a rear grip plate 27 trained, comparable to the already explained relationships at the lock 4 has a smaller width than the opening of the longitudinal groove 8th equivalent. This plate is also formed substantially with a rectangular base. Here are the narrow sides 28 rounded. Overall, the dimensions are provided so that although after a certain rotation after insertion a positive engagement against withdrawal is given up, but also a complete rotation of the determination part 3 in the longitudinal groove 8th is possible.
Over a preferably circular base section 29 closes up a plate part 32 on, the already mentioned clamping sections 19 forms. These protrude significantly beyond the longitudinal edge edges of the lower plate part.
In the transverse direction, ie vertically, extending to this are the spring elements 7 formed. The two spring elements 7 , with respect to a longitudinal center plane L of the determination part 3 are arranged symmetrically, run in plan V-shaped to each other. They extend in the vertical direction to a much greater degree than the thickness of a clamping section 19 equivalent. Preferably about two to three times this measure.
Central and with respect to a rotation central of the determination part 3 is a hole 33 provided, which also makes it possible to guide a locking screw. On the upper side, this hole has a usual countersink.
The spring characteristic of the spring elements 7 results in the determination part shown here from the material property of the determination part 3 all in all. The determining part 3 is formed as a plastic injection part, for example. Of PP or PE or other suitable plastic. Also the lock 4 is such a plastic injection molded part. Due to the fact that the spring elements 7 vertically also below the clamping edges 19 extend, they come in assembly with the end face of the clamping sections 6 in cooperation and thus provide a desired resilient juxtaposition of the visual profiles 1 in the direction transverse to its longitudinal extent, in the assembled state.
Related to the 12 to 14 Possible edge statements are shown.
For this purpose, edge parts 30 be provided, the corresponding mounting pin 31 have, for engaging in the described chambers of the visual profiles.
On the one hand, they can do this, on the other hand 12 visible, only the front side of the visual profile, and an adjacent area, if necessary, the floor profiles, be arranged overlapping. In this case further preferred such that they the groove formation on the top of the visual profile 1 contoured following.
In further detail, however, they can also be seen as profile formed angularly in cross-section 14 , to attack the visual profiles 1 be formed upwards.
In reference to 15 is a miter arrangement of the visual profiles 1 shown.
This with parallel arrangement consistently arranged soil profiles 2 ,
It is essential that both the a crowd of visual profiles 1 . 1' as well as the second group of visual profiles 1'' . 1''' . 1'''' in a deviating from the right angle angle α, which is an acute angle with respect to the respective longitudinal directions, to the bottom profiles 2 are arranged.
Due to the rotation of the findings parts 3 such a design with the profile system described here is possible in a simple manner.
Profile elements with fixing parts, wherein the profile elements as floor profiles ( 2 ) and visual profiles ( 1 ), the soil profiles ( 2 ) an upwardly open undercut longitudinal groove ( 5 ) and a determination part ( 3 ) in the longitudinal groove ( 5 ) is longitudinally displaceable, wherein further the determination part ( 3 ) by attacking a bottom-side clamping section ( 6 ) of the sight profile for holding the sight profile ( 1 ) on the soil profile ( 2 ) is formed, characterized in that the determination part ( 3 ) in the longitudinal groove ( 5 ) is rotatable.
Profile elements according to the features of the preamble of claim 1 or claim 1, characterized in that the determination part ( 3 ) for interaction with the visual profile ( 1 ) a spring element ( 7 ) having.
Profile elements according to one or more of the preceding claims, characterized in that the spring element ( 7 ) for cooperation with the clamping portion ( 6 ) is arranged.
Profile elements according to one or more of the preceding claims, characterized in that the sight profile ( 1 ) a downwardly open undercut detection groove ( 8th ) having.
Profile elements according to one or more of the preceding claims, characterized in that the detection groove ( 8th ) only one longitudinal edge ( 13 . 14 ) of the visual profile ( 1 ) assigned.
Profile elements according to one or more of the preceding claims, characterized in that the sight profile ( 1 ) at both longitudinal edges ( 13 . 14 ) each a clamping section ( 16 ) having.
Profile elements according to one or more of the preceding claims, characterized in that the clamping section ( 6 ) in the cross section of the visual profile ( 1 ) from a bay section ( 15 ) is overrun.
Profile elements according to one or more of the preceding claims, characterized in that the bay sections ( 15 ) a trapezoid corresponding edges of the visual profile ( 1 ) form.
Profile elements according to one or more of the preceding claims, characterized in that a lock ( 4 ) is provided and that the lock for positive connection between soil profile ( 2 ) and visual profile ( 1 ) is trained.
Profile elements according to one or more of the preceding claims, characterized in that the lock ( 4 ) into the detection groove ( 8th ) is latched.
Profile elements according to one or more of the preceding claims, characterized in that the lock ( 4 ) a Durchschraubabschnitt ( 24 ) having.
Profile elements according to one or more of the preceding claims, characterized in that the Durchschraubabschnitt ( 24 ) in the longitudinal direction of the detection groove ( 8th ) is formed between two latching sections.
DE202007002282U 2007-02-16 2007-02-16 Profile elements Expired - Lifetime DE202007002282U1 (en)
DE202007002282U DE202007002282U1 (en) 2007-02-16 2007-02-16 Profile elements
DE202007002282U1 true DE202007002282U1 (en) 2008-06-19
ID=39531178
DE202007002282U Expired - Lifetime DE202007002282U1 (en) 2007-02-16 2007-02-16 Profile elements
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2012-12-17 R151 Term of protection extended to 8 years
2013-02-07 R151 Term of protection extended to 8 years
2015-01-16 R152 Term of protection extended to 10 years
2015-02-26 R152 Term of protection extended to 10 years