Angle steel non-slip ramp

Abstract

The invention discloses an angle steel non-slip ramp, and relates to a non-slip ramp, in particular to an angle steel non-slip ramp with a drainage function, wear resistance and a good non-slip effect. The angle steel non-slip ramp comprises a non-slip framework and a concrete layer, wherein the non-slip framework is fixed on the concrete layer. The angle steel non-slip ramp is characterized in that: the non-slip framework is formed by welding channel steel and angle steel; two pieces of channel steel are arranged on the two sides of the non-slip framework respectively and used as vertical keels; a plurality of pieces of V-shaped angle steel are welded on the channel steel on the two sides and used as horizontal keels; and fine stone concrete is filled in gaps of the non-slip framework and flush with openings of the angle steel, so that the surface of the ramp is flat. The angle steel non-slip ramp is scientific in design, has a simple structure and is convenient to use, the wear of the non-slip framework can be reduced, and the service life is prolonged; and accumulated water on the surface of the ramp can be effectively reduced, and the phenomenon that the surface of the ramp is slippery because the accumulated water is excessive is avoided.

Description

technical field [0001] The invention relates to an anti-skid ramp, in particular to an angle steel anti-skid ramp with drainage function and good wear resistance and anti-skid effect. Background technique [0002] With more and more vehicles on urban roads, the demand for parking lots is also increasing. The traditional open-air parking lot is gradually replaced by the three-dimensional garage represented by the underground garage due to the low efficiency of the site. As a ramp connecting the underground garage and the ground, its quality directly affects the use effect of the underground garage and the safety of vehicles entering and exiting. Now common anti-slip ramps are usually inlaid with several raised angle steels in parallel on the cement slope, and the raised angle steels are used to increase the resistance of the ramp and increase the friction coefficient of the slope to achieve the purpose of anti-slip. However, due to the protrusion of the angle steel, when the...

AI Technical Summary

Problems solved by technology

[0003] What the present invention aims to solve is that the current anti-skid ramp does not have drainage function, and the slope surface adopts raised angle steel, which causes great wear and discomfort for passengers. It provides a kind of angle steel anti-skid ramp with drainage function, wear resistance and good anti-skid effect.

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