Special puncture-resistant work shoe

Abstract

Disclosed is a special puncture-resistant work shoe which comprises a shoe body and a sole. A puncture-resistant layer is composited outside the shoe body, a steel toe identical with a toe cap in shape is composited at the toe cap position at the front end of the inside of the shoe body, a buffer layer is composited on the inner side of the steel toe, a tongue-shaped back protector is composited at the front end of the shoe body and extends to the ankle part, an anti-skid layer is composited on the sole, and a steel wire mesh interlayer is produced between the anti-skid layer and the sole. By the special puncture-resistant work shoe, the technical problem that conventional smash-proof shoes are insufficient in protectiveness and comfortableness is solved, and the requirements on protective capability on foots when a worker is at work are met through the steel toe structure, wrapping the whole instep, at the front end of the shoe body. The tongue-shaped back protector of a three-layer structure is added, so that the instep can be effectively prevented from being scratched and cut by edge tools; meanwhile, through the buffer layer sleeved inside the steel toe, toes and the instep can be prevented from being injured by heavy objects due to smashing when the worker is at work, the buffer layer can provide extremely comfortable feeling to the toes and the instep, and comfortableness of the special smash-proof shoe is guaranteed.

Description

technical field [0001] The invention relates to a kind of footwear, especially a kind of special anti-puncture work shoes. Background technique [0002] In people's daily life, shoes, as a necessity, are particularly important. While providing comfort for people, they must also provide safety for people's feet, especially in mining, machinery, construction and other industries. It is very complicated. During the work process, workers often encounter situations where they are injured by sharp objects or falling metal objects, stabbing the insteps, insteps and toes. Therefore, workers in these industries should use shoes with special functions to protect them. The feet are unharmed. At present, the traditional anti-puncture often does not have the function of protecting the sides and instep of the foot. It only achieves the effect of anti-smashing and anti-puncture by increasing the thickness of the vamp or installing a steel head on the front of the shoe, while the former is...

AI Technical Summary

Problems solved by technology

At present, the traditional anti-puncture often does not have the function of protecting the sides and instep of the foot. It only achieves the effect of anti-smashing and anti-puncture by increasing the thickness of the vamp or installing a steel head on the front of the shoe, while the former anti-puncture After the shoes are washed for a long time, the thickness of the upper is easy to be worn out, which makes the anti-puncture effect of the anti-smashing shoes poor; dangerous

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