Antiskid plate assembly for stairway

Abstract

The invention discloses a stairway antiskid plate assembly which is used for being detachably mounted on a pedestrian stairway and comprises a lateral mounting plate (600), a plurality of antiskid snow melting unit plates (200), a control device and a driving device. The anti-skid snow melting unit plates are sequentially arranged at intervals in the mounting plate length direction (L1) of the lateral mounting plate, and the ends of the anti-skid snow melting unit plates are mounted on the lateral mounting plate. The driving device is used for driving the anti-skid snow melting unit plate to be selectively stacked on a horizontal pedal surface (1011) or a vertical connecting surface (1012) of a stairway step part (101) of the pedestrian stairway; and the control device is at least used formonitoring the working state of the unit plate, receiving a control instruction through the 5G communication unit (1000), remotely controlling the antiskid snow melting unit plate, and monitoring andfeeding back the working state of the system in real time. The product is high in universality, can be remotely controlled, ingeniously utilizes the space of the stairway, has the advantages of beinglow in cost and high in practicability, and effectively improves the pedestrian safety.

Description

technical field [0001] The invention belongs to the field of urban traffic facilities, and in particular relates to a stairway anti-skid plate assembly. Background technique [0002] The safety of urban traffic facilities is very important, such as how to ensure the safety of pedestrians crossing the street when passing pedestrian overpasses, and ensure smooth traffic. [0003] For pedestrian overpasses, in low-temperature environments, due to the volley, they cannot absorb geothermal heat, and the temperature of the bridge deck is usually lower than the ground temperature. In winter, the bridge deck will easily form a thin layer of ice, and the temperature of the bridge deck will lag behind as the weather gets warmer. Thin ice layers last longer. When snow accumulates, the bridge deck is piled up with snow, causing traffic inconvenience. [0004] The inconvenience or unsafety brought by the ice or snow on the bridge deck to pedestrians urgently needs to be overcome, and r...

AI Technical Summary

Problems solved by technology

[0003] For pedestrian overpasses, in low-temperature environments, due to the volley, they cannot absorb geothermal heat, and the temperature of the bridge deck is usually lower than the ground temperature. In winter, the bridge deck will easily form a thin layer of ice, and the temperature of the bridge deck will lag behind as the weather gets warmer. Thin ice layers last longer

When snow accumulates, the bridge deck is piled up with snow, causing traffic inconvenience

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