Anti-falling rubber shoe special for outdoor construction

Abstract

The invention discloses an anti-falling rubber shoe special for outdoor construction. The shoe comprises a shoe body, a waterproof shoe sole connected with the shoe body is arranged at the bottom of the shoe body, a protective layer matched with the shoe body is arranged at the bottom of the outer side of the shoe body, and a flow guide layer attached to the shoe body is arranged on the outer side of the protective layer. And fixing buckles are arranged on sides of the two ends of the protective layer. Through the mutual cooperation of stretching and fixing assemblies, the leg of an operator can be attached to the shoe body through an elastic ring and a waterproof sleeve after the operator wear the shoe body, and the elastic ring and the waterproof sleeve completely fix the leg of the operator under the clamping and fixing of a semi-arc-shaped hoop; in this way, the number of fixing points and binding faces of the shoe body and the semi-arc-shaped hoop is increased, meanwhile, in the using process of the rubber shoe, the binding performance of the rubber shoe and the shoe body is more sufficient, loosening is not likely to happen, water is prevented from permeating into the rubber shoe, the possibility of ankle spraining accidents is reduced, the anti-falling function of the rubber shoe is improved, and the practicability of the rubber shoe is enhanced.

Description

technical field [0001] The invention relates to the technical field of rubber shoes, in particular to a special rubber shoe for anti-falling off outdoor construction. Background technique [0002] With the continuous development of the economy and the continuous advancement of science and technology, rubber shoes are now used in many construction sites, especially in windy, rainy, and heavy snow weather, rubber shoes have become one of the essential equipment. However, in the actual construction site When using, often encounter the following problems, such as. [0003] The current rubber shoes are worn directly with the feet inserted into the sole, but the size of the rubber shoes is generally too large, so that the operator’s ankles cannot be perfectly fitted with the rubber shoes. When working in this state, the rubber shoes are likely to fall off and occur The possibility of sprained feet also increases, which increases the inconvenience of the staff and reduces the flex...

AI Technical Summary

Problems solved by technology

[0003] The current rubber shoes are worn directly with the feet inserted into the sole, but the size of the rubber shoes is generally too large, so that the operator’s ankles cannot be perfectly fitted with the rubber shoes. When working in this state, the rubber shoes are likely to fall off and occur The possibility of sprained feet also increases, which increases the inconvenience of the staff and reduces the flexibility and operability during the wearing of the rubber shoes; the surface of the rubber shoes has strong waterproof performance, but there will be a certain degree of wear on the bare feet. Gap, where water can easily seep into the inside of the rubber shoes, thereby increasing the discomfort of subsequent wearing. When wearing rubber shoes to work at different construction points, the air permeability inside the rubber shoes is insufficient, and more sweat may adhere to the inside of the shoes. Slippage occurs, which makes it difficult for the rubber shoes to be improved according to the corresponding environment and reduces the functionality of the rubber shoes. The load on the sole of the rubber shoes is the largest during the wearing period. The liquid will enter the shoes, causing the rubber shoes to be unusable, reducing the service life and waterproof protection of the rubber shoes

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