CH713401A2 - Sliders retractable and unhookable at each point of the guide rails. - Google Patents

Abstract

The invention relates to sliders, which despite high voltage at each point of the guide rails (5, 6) can be used and suspended. The slider on Fig. 3 is directed by two attachment points (7), which prevents it accidentally jumping out of the rail (5, 6). The slider on Fig. 4 is clicked by movable legs (10) and extended by compression directly from the rail (5, 6). The slider on Fig. 5, like the guide rail (5, 6) barbs (9, 12). Due to the tension of the fabrics (4) the glider can not jump out when it has been screwed in.

Description

Description: The invention relates to curtain gliders used for a closure device used for closing furniture and / or separating rooms.

The doors / separating elements (4) which are guided in an upper and lower guide rail (5.6), have a high voltage and are guided in addition to a conventional upper guide rail (5.6) in a lower. This results in increased requirements in terms of stability and stress. Close to the floor you can step on the sliders and or pieces of furniture or other elements can hit the sliders so that they can break. Likewise or in combination, the high tension makes it possible for conventional gliders to break or be torn from the guide rail (5, 6).

When closing furniture, separating rooms or curtains, the guide rails (5.6) usually have a Einfädelpunkt (1). This area is either bigger or screwed out. The threading point (1) is chosen so that it lies in an area where sliding through the slider is not necessary or rarely occurs. The closures or insertion points are an obstacle to the sliding of the fabrics (4), which is a disadvantage especially for furniture that is used all around.

When changing or maintaining the doors / fabrics (4), e.g. if only a different colored fabric or print is used in the furniture or if a stain is created and only one door / fabric (3) must be affected and washed, it was necessary with previous gliders all fabrics (4) before the Einfädelpunkt ( 1) were taken out, which meant a huge effort.

All of these disadvantages can be solved by the slider with a rectangular head, the click slider and the barbed slider. The slider on Fig. 3 has two attachment points (7) which are sewn to the fabric (4). These two points (7) direct the slider along the running direction of the fabric (4). The sliding surface is rotated against the direction of rotation and can not involuntarily turn or jump from the rail. To turn the slider on or off, the slider must be rotated by 90 degrees against the direction of movement of the fabric (4). So it can be removed and used at any point.

The slider on Fig. 4 has movable legs which can be pressed into the rail (5,6). Still they can not be solved under train. Only by squeezing the thighs they can be solved. This is important because the doors (4) are under a permanent high pull. The legs must, so that they can be compressed, a length of min. 1.4 cm.

The slider on Fig. 5 has barbs. Likewise, barbs in the guide rails (9) are necessary. The slider can be easily screwed into the rails and by the tension of the doors / fabrics (4) and the barbs (12), the slider can no longer fall out of the guide (5, 6).

FIGS. 1-5 show:

Fig. 1 A possible space (2) which is separated with an upper and lower guide rail (5, 6) in which an elastic material (4) runs on glides and is shown as a fabric / door (3), without being able to lead to the usual Einfädelpunkten (1), directly removed from the rails (5,6) and can be used.

Fig. 2 A possible cabinet, which is closed all around with the termination device, with the previously necessary Einfädelpunkten (1) and a fabric / door (3), which are taken with the new gliders directly from the guide rails (5,6) and used can.

Fig. 3 shows a twisted slider having two sewing points (7). Through the sewing points of the slider on the fabric (4) is directed so that he can not turn out.

Fig. 4 shows a slider with compressible barbs. The long legs (10) can be pressed together to take it out again.

Fig. 5 shows a slider with down hook (12), which screw together with a special guide rail (5.6) and connect.

LIST OF REFERENCES 1. Previous Necessary Insertion Points 2. Possible Space 3. Door / Fabric Directly Drawn / Threaded From The Guide Rails

Claims (4)

4. Fabrics / Doors 5. Upper guide rail 6. Lower guide rail 7. Fixing holes for attaching the skids 8. Strong neck for heavy use 9. Barb in the guide rails 10. Movable legs compressible 11. Sloping surface, with which the slider slides directly into the rail can be clicked 12. Verzahnungshaken on the skid claims 1. sliders which are sewn to an elastic material or fabric (4) and span between two guide rails (5, 6) an elastic material / fabric (4), so that the door / fabric (4) is curved and straight guide rails (5.6) can slide, characterized in that the slider is shaped so that it holds the high voltages and stand at any point of the guide rails (5,6) can be suspended and released. 2. Slider according to claim 1 consisting of a rectangular head (1), a strong neck (8) and two attachment points which are sewn to an elastic material or fabric (4), characterized in that the slider by turning in the rail (5 , 6) can be interlocked and by the tension and the straightening of the slider, through the two attachment points (7), no longer involuntarily jump out of the rail (5,6). 3. Slider according to claim 1 consisting of two strong legs (10) and an attachment point (7) which are sewn to an elastic material or fabric (4), characterized in that by squeezing the legs (10) of the slider on each Place with the guide rail (5.6) stable and secure clamped and can be solved. 4. slider according to claim 1 consisting of two stable barbs (12), a strong neck (8) and an attachment point (7) which can be sewn to an elastic material or fabric (4), characterized in that the slider rotate through and interlock in a, with the same barbs (9) running guide rail (5.6), can be hung and released at any point of the guide, without the slider can involuntarily jump out of the rail (5.6).