DE202004012168U1 - Panel carrier for flat curtain, has glider with head formed at upper lateral side of carrier such that head lies in centroid line of carrier and at lower plate of carrier, where head has neck with reduced diameter compared with head - Google Patents

Abstract

The carrier has a plastic body with U-shaped cross section, where the U-shaped cross section forms a groove (7) for holding a panel. A glider (11) has a head (12) that is formed at an upper lateral side of the carrier in such a manner that the head lies in centroid line of the carrier and at lower plate of the carrier. The glider head has a neck with a reduced diameter compared with the head.

Description

The Innovation concerns a panel carrier for panel curtains the preamble of the protection claim 1.

One Flächenvorhang consists of a stiff or semi-rigid textile structure that its upper, horizontal edge via a releasable connection means, to For example, a loop tape connected to a panel. The panel is a ruler-shaped Part with approximately rectangular cross section, on which the Velcro strip arranged is. In this way, at least the top of the panel curtain through detachable Attachment to the panel stiffened, so it after fixing on assigned panel carriers in the area of the flow channels a running rail is displaceable.

in this connection it is known, the panel carrier for holding the upper end of the panel curtain as in cross section about U-shaped Form profile in the interior of the panel is inserted. In this way is the panel carrier connected to the panel. In general, every panel will be on his front and rear end connected to such a panel carrier and every panel carrier contributes its upper end a slider, which is suitable in the running channel to engage the track rail. He is movable there.

By the said construction makes it possible to use the panel curtain free to move in the running channel of the track.

It It is also known to form a running rail with a plurality of running channels and to arrange such a surface curtain in each running channel. The Panel curtains can therefore If necessary, be moved so that they, for example, a window opening or the like. You can but also be pushed together so that they are one behind the other are arranged in the running rail and so the window opening or release the same.

at the construction of a panel carrier it is known to detach the slider with the panel carrier too connect, with the slider as a clip-on part on the vertical clipped standing base leg of the panel carrier. In order to However, there is the disadvantage that the at the clip-on part arranged slider head sits eccentrically to the center of gravity of the panel carrier, which leads to a tilting of the panel carrier when the slider in the Running channel of the track introduced and being moved there.

Thereby, that the weight of the panel curtain either over the panel curtain, which acts eccentrically on the panel laterally or over a arranged at the bottom of the panel carrier eyelet on the body of the panel carrier is transmitted, these, however, the hanging weight over the eccentric attaching and detachable attached sliding head transfers to the running channel, it comes to a tilting of the slider head in the raceway, reducing the running characteristics are difficult. Furthermore is such a panel carrier with a solvable at it fastened slider head expensive to produce and difficult to assemble. Furthermore there is a risk that at high loads or inadvertent Tear at the area curtain itself the detachable Connection between the slider and the body of the panel carrier opens.

One tilted barrel of the panel carrier is particularly disadvantageous if the surface curtains offset from each other are because of this arrangement even higher canting forces on the panel support be initiated.

Of the Innovation is therefore the object of a panel carrier for panel curtains of the beginning so-called type so that it is inexpensive to produce, reliable works and runs without tilting in the running channel of the track rail.

to solution the task is the innovation by the technical teaching of claim 1.

essential Feature of the innovation is that the panel carrier and at least the upper slider form a unit (are firmly connected), wherein the Upper slider designed either as a round head or as a cone head can be.

By the formation of the slider head to the upper part is thus the Slider head in the center of gravity line of the panel carrier and one at the lower part of the panel carrier at an eyelet attaching suspension load is now about centric transfer the center of gravity line of the panel carrier to the slider head, so that canting forces no longer occur.

With Incidentally, this novel design also has the advantage that you also have panel curtains offset to each other, wherein the first, front slider of the panel curtain in the running channel of the front running rail and the rear panel support of same area curtain in the rear behind it arranged in parallel second run channel the track is.

Each panel curtain is thus arranged obliquely to the direction and there was the prior art, the problem that it in the conventional panel carriers came to a Verkantungskraft, which prevented a shift in the oblique panel curtains.

Here Uses the innovation that is due to the special shape of the rotationally symmetrical slider head now a canting definitely prevented because of the rotationally symmetric Training (either as a disc or as a cone) also an inclination of the Slider head in the running channel does not lead to a self-locking. Of the Slider head will always be in the running channel of the track Center, even if the panel curtain aslant offset from the running direction in the track is installed.

Therefore it is also possible without further ado five or five six panels of the panel curtain in a 2-way To accommodate rail. As a result, the decorator rather design freedom given.

Of Further is the panel carrier through these two glider variants almost in all rail systems can be used, that is whether surface-mounted or flush-mounted rails, plastic rails or Alu, flat and round profiles should always be used same panel carrier usable.

Even already existing at the customer existing rail systems do not have disposed of but can to be used again.

Of the Subject of the present innovation does not arise only from the subject of the individual claims, but also from the combination the individual protection claims among themselves.

All in the documents, including Summary of information and features, in particular the illustrated in the drawings spatial training; become as claimed essential to the invention, as far as they individually or in Combination opposite the prior art are new.

in the The following is the innovation of only one execution path illustrative drawings closer explained. Here are more from the drawings and their description essential features and benefits of the innovation.

It demonstrate:

1 a perspective view of a panel carrier and its assignment to the remaining parts of a running rail;

2 : one opposite 1 modified embodiment of a panel carrier with two modifications of a running rail;

3 a first embodiment of the assembly of a panel curtain;

4 a second embodiment compared to 3 ;

5 : Top view of the arrangement behind 4 ,

In 1 is a 1-track track 1 shown, which has a running channel 2 shows, in a conventional manner, an approximately C-shaped groove with a lower, continuous slot.

For engaging in this channel 2 is a panel carrier 5 determined, which consists of a plastic body with an approximately U-shaped profile, which consists of a vertically oriented base leg 8th and two parallel to each other and formed on the base leg side legs 9 . 10 consists.

The panel carrier 5 forms with its U-profile a groove 7 on that an approximately rectangular profiled panel 3 insertable and fixable there.

In or on the panel 3 is a Velcro tape 4 attached, which is used to hold a panel curtain 15 . 16 serves, which is then equipped in the upper, horizontal end with a counter-Velcro (loop tape).

The front end of the panel 3 is thus in the groove 7 the panel carrier inserted and the rear end (not shown) of the panel carrier 3 also carries such a panel carrier 5 ,

After connecting the two panel carriers 5 with the panel 3 the whole arrangement is in the running channel 2 the track 1 plugged in.

It is important, in the area of the upper side leg 9 on the panel carrier 5 a glider 11 Materialeinstückig on the panel carrier 5 is formed, wherein the slider 11 from a disc-shaped or cone-shaped head 12 . 22 (see also 2 ) at the lower free end of a neck 13 . 23 is integrally formed, the material in one piece to the material of the panel carrier 5 is formed.

On the lower side leg 10 is an eyelet 14 molded, which can serve to hold a spinning rod or Schnurzugvorrichtung.

What is important now is that the curtain load of the respective panel curtain 15 . 16 over the ruler-like panel 3 on the body of the panel carrier 5 is transmitted and that this load over the directly on the panel carrier 5 molded glides 11 . 21 on the running channel 2 is transmitted.

Regardless of the turn or tilt position of the panel carrier 5 in the running channel 2 we are thus gliders 11 . 21 always centric in the raceway 2 align.

This is the panel curtain 15 . 16 in the direction of the arrow 6 and in the opposite direction readily with low displacement force in the running channel 2 displaceable.

The 2 shows further embodiments of rails 1a . 1b , where the running rail 2a three different running channels 2 . 2a us 2c having. So it is a 3-way track assembly.

Likewise shows the upper part of the 2 in that a round-profiled running rail can also be used, in its running channel 2 B one or more panel curtains 15 . 16 parallel to each other or in the arrangement of two parallel successively arranged profiles offset from each other according to the 3 and 5 can be arranged.

The 3 shows here that the surface curtains 15 . 16 parallel to the direction in different channels 2 . 2a a running rail can be arranged while the 4 and 5 show that such panel curtains 15 . 16 also offset from each other in each case a running channel 2 . 2a a running rail 1 . 1a can be arranged.

In particular, in the staggered arrangement according to 4 and 5 center the skids 11 . 21 in the respective running channel 2 . 2a automatically because they are rotationally symmetric with respect to the neck formed below 13 . 23 are formed and also in a tilt according to 4 and 5 a canting in the running channel can not occur.

1

runner 1a . 1b

2

passage 2a . 2 B . 2c

3

paneling

4

velcro

5

panel support

6

arrow

7

groove

8th

base leg

9

side leg (above)

10

side leg (below)

11

skid

12

head

13

neck

14

eyelet

15

Flächenvorhang

16

Flächenvorhang

21

skid

22

head

23

neck

Claims (6)

Panel carrier ( 5 ) for panel curtains consisting of a cross-sectionally approximately U-shaped plastic body whose U-profile has a groove ( 7 ) for the mounting of a panel ( 3 ), which is for holding a curtain element, for example a surface curtain ( 15 . 16 ), wherein at the upper end of the panel carrier ( 5 ) a glider ( 11 . 21 ) for engaging a running channel ( 2 . 2a ) a running track ( 1 . 1a . 1b ), characterized in that the slider ( 11 . 21 ) so on the upper side legs ( 9 ) of the panel carrier ( 5 ) is formed, that the panel carrier ( 5 ) and at least the upper slider ( 11 . 21 ) form a unit, ie are firmly connected to each other, and that the upper slider ( 11 ) is designed either as a round head and from an approximately disc-shaped head ( 12 ) with a neck formed thereon ( 13 ), which is opposite the head ( 12 ) has a reduced diameter or that the slider ( 21 ) is formed as a cone head and from an approximately conical head ( 22 ) with a neck formed thereon ( 23 ), which is opposite the head ( 22 ) has a reduced diameter. Panel carrier according to claim 1, characterized in that the slider ( 11 . 21 ) in the area of the center of gravity line of the panel carrier ( 5 ) on the upper side leg ( 9 ) of the panel carrier ( 5 ) is formed. Panel carrier according to claim 1 or 2, characterized in that the panel carrier ( 5 ) in the running channel ( 2 . 2a ) aligned under attack of a curtain load automatically centered in the vertical direction of gravity. Panel carrier according to one of claims 1 to 3, characterized in that at the lower side legs ( 10 ) of the panel carrier ( 5 ) an eyelet ( 14 ) is formed. Panel carrier according to one of claims 1 to 4, characterized in that the upper side leg ( 9 ) molded glides ( 11 . 21 ) in the direction perpendicular to that at the lower side leg ( 10 ) of the panel carrier ( 5 ) formed eyelet ( 14 ) flees. Panel carrier according to one of claims 1 to 5, characterized in that the head ( 12 . 22 ) of the glider ( 11 . 21 ) rotationally symmetric to a vertical axis through the neck formed thereon ( 13 . 23 ) is trained.