CZ13056U1 - Anti-slip insert - Google Patents

Abstract

An antislip insert (1) with a trapezoid outline and a rough external surface is adapted to be seated on a recess of a fixing moulding. To secure this insert against falling out of the moulding it is suggested that the moulding comprises a lengthwise groove (2) on its lower side, said groove being finished with a widening (3), preferably with a triangle profile, and said groove (2) being adapted to be seated on a protrusion extending from the recess of the fixing moulding, wherein said protrusion of the fixing moulding has a widening that corresponds with the shape of the groove (2) in the insert (1). In preferred embodiments, the insert comprises protrusions (7) and/or symmetrical shoulders (8) and the fixing moulding comprises channels with a corresponding shape for receiving said protrusions or shoulders.

Description

Anti-slip liner

Technical field

The technical solution relates to a non-slip lining with a trapezoid-like cross-section with a rough, grooved outer surface which is seated in the anchoring of the anchoring profile for use in building components, e.g. platforms for wheelchairs and the like.

BACKGROUND OF THE INVENTION

At the present time, an edge profile for the protection of stairs is known from DE 3638485. This edge-shaped profile is provided with a longitudinal depression. The recess cross-section is similar to a trapezoid with a wider lower base.

Due to the varying height of the anti-slip liner, slipping out of the depressions in the protective profile occurs during use.

The essence of the technical solution

The above-mentioned drawbacks are largely eliminated by a trapezoid-like non-slip liner with a rough, grooved outer surface which is seated in the anchoring of the anchor profile according to the technical solution, characterized in that the non-slip liner body has a longitudinal groove terminated preferably a triangular shape with which it is mounted on the first projection of the anchoring profile, the first projection of the anchoring profile having a second extension following the shape of the longitudinal groove with the first extension. Most preferably, the longitudinal groove is positioned symmetrically about the longitudinal axis of the non-slip liner body. Suitably, the anti-slip liner body is provided with at least one second parallelogram protrusion which increases its cross-section, and at the same time the anchoring profile is provided with a first channel following the shape of the second protrusion. The body of the anti-slip liner is reinforced on both sides by third protrusions in the shape of a rectangular trapezoid, and at the same time the anchoring profile is provided with second channels following the shape of the third protrusions.

The lining according to this invention enables the non-slip lining to be firmly anchored in the groove of the anchoring profile protecting the edges of the stairs and also in the profiles forming the sill parts of the inclined wheelchair platforms and at the same time easy to replace.

Overview of the drawings

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 schematically illustrates a front view of a non-slip liner, FIG. 2 schematically illustrates a front view of an anchor profile protecting the edges of stairs, and FIG. 3 schematically illustrates a front view of a flat threshold profile.

Examples of technical solution

The antiskid insert according to the invention with a trapezoid-like cross-section with a rough, grooved outer surface, which is seated in the anchoring of the anchoring profile, is formed by the antiskid insert body 1, which is provided with a longitudinal groove 2. by which it is mounted on the first projection 4 of the anchoring profile 5, the first projection 4 of the anchoring profile 5 being provided with a second extension 6 following the shape of the longitudinal groove 2 with the first extension 3.

-1 CZ 13056 Ul

The first extension 3 may be in the form of a lens, sphere or other shape that ensures that the insert body 1 does not slip out of the first projection 4 of the anchor profile 5.

The longitudinal groove 2 is positioned symmetrically about the longitudinal axis of the anti-slip body. According to an exemplary embodiment, the body of the anti-slip liner 1 is provided with second parallelogram-like projections 7 which increase its cross-section, and at the same time the anchoring profile 5 is provided with first channels 9 following the shape of the second projections 7.

The body of the anti-slip insert 1 is reinforced on both sides by the third protrusions 8 in the form of a rectangular trapezoid in the vicinity of the longitudinal groove 2 and at the same time the anchoring profile 5 is provided with second channels 10 copying the shape of the third protrusions 8.

Claims (4)

oo Claims for protection Trapezoidal non-slip liner with a rough, grooved outer surface, which is seated in the anchoring of the anchor profile, characterized in that the anti-slip liner body (1) is provided with a longitudinal groove (2) ending with a first extension (3) , preferably of a triangular shape, by which it is mounted on the first step (4) of the anchoring profile (5), the first projection (4) of the anchoring profile (5) being provided with a second extension (6) copying the shape of the longitudinal groove (2) with the first extension (3). Anti-slip insert according to claim 1, characterized in that the longitudinal groove (2) is positioned symmetrically about the longitudinal axis of the anti-slip insert body (1). Anti-slip insert according to claims 1 and 2, characterized in that the anti-slip insert body (1) is provided with at least one second parallelogram projection (7) which increases its cross-section and at the same time the anchor profile (5) is provided with a first a channel (9) copying the shape of the second projection (7). Anti-slip insert according to claims 1 to 3, characterized in that the anti-slip insert body (1) is reinforced on both sides by third projections near the longitudinal groove (2). 25 (8) in the form of a rectangular trapezoid and at the same time the anchoring profile (5) is provided with second channels (10) copying the shape of the third projections (8).