Elevator anti-skid floor

Abstract

The invention discloses an elevator anti-skid floor. The elevator anti-skid floor comprises a plurality of first bearing faces and a plurality of second bearing faces, wherein the first bearing faces are higher than the second bearing faces, the first bearing faces and the second bearing faces are arranged in a spaced mode and are in a strip shape, the arrangement direction of the first and second bearing faces is consistent with the elevator entrance and exit direction, and the adjacent first and second bearing faces are connected through slopes. According to the anti-skid floor, strip-shaped patterns are adopted, the size, intervals, the height difference and the like of the patterns are optimized, effective skid resistance can be achieved, the phenomenon that obvious vibration of truckles of a sickbed is generated due to the concave-convex floor height difference of the anti-skid design of the floor when the sickbed enters or exit from an elevator is avoided, and the phenomenon that a patient, particularly a bone fracture patient on the sickbed feels uncomfortable is avoided.

Description

technical field [0001] The invention relates to an elevator, and specifically belongs to an anti-slip floor in an elevator car, and is especially suitable for a medical institution where a push bed with casters enters and exits an elevator. Background technique [0002] There are many places where elevators are used, and there are many people and carts entering and leaving the elevator. In rainy days, the elevator floor needs to effectively prevent people from slipping due to dripping from umbrellas and other reasons. At the same time, the elevators used in hospitals will frequently enter and exit the beds of patients. In order to solve the problem of people's anti-slip, the existing elevators are equipped with willow-leaf pattern anti-slip metal floors in the elevators. The distribution of willow-shaped protrusions pattern is realized. The pattern spacing of this kind of floor is very large, and the side of willow-shaped protrusions is connected with the floor surface in a ...

AI Technical Summary

Problems solved by technology

At the same time, the elevators used in hospitals will frequently enter and exit the beds of patients. In order to solve the problem of people's anti-slip, the existing elevators are equipped with willow-leaf pattern anti-slip metal floors in the elevators. The distribution of willow-shaped protrusions pattern is realized. The pattern spacing of this kind of floor is very large, and the side of willow-shaped protrusions is connected with the floor surface in a vertical plane. Therefore, on the one hand, it can not avoid the up and down vibration of the hospital bed when entering and exiting while satisfying the anti-slip effect. It brings discomfort to the patients on the hospital bed, especially those with fractures. On the other hand, the patterns are randomly distributed and the appearance effect is poor. It is mostly used in harsh environments such as freight elevators.

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