Multifunctional sole with replaceable antiskid cushioning device and shoe

Abstract

The invention discloses a multifunctional sole with a replaceable antiskid cushioning device. The multifunctional sole comprises a sole body and a lower sole and is characterized in that the lower sole is arranged on the lower portion of the sole body, the sole body comprises a sole outer mold, a first embedding block and a second embedding block, the width of the first embedding block is larger than that of the second embedding block, the sole outer mold is provided with a first through hole matched with the first embedding block and a second through hole matched with the second embedding block, the first embedding block is embedded into the first through hole, the second embedding block is embedded into the second through hole, the lower surface of each of the first embedding block and the second embedding block is provided antiskid cushioning blocks, the length of the antiskid cushioning blocks is larger than the thickness of the lower sole, the lower sole is provided with third through holes corresponding to the antiskid cushioning blocks, and the antiskid damping blocks are inserted into the third through holes. Compared with the prior art, the multifunctional sole has the advantages that the service life of the sole is prolonged, and the sole has an efficient antiskid and cushioning effect.

Description

technical field [0001] The invention relates to the field of shoe soles, in particular to a multifunctional shoe sole and shoes with a replaceable anti-slip shock absorbing device. Background technique [0002] With the rapid development of the footwear industry, the types and functions of shoes are becoming more and more abundant, and people have higher and higher requirements for the comfort and functionality of shoes, and creating soles with high comfort and long service life has become a An important goal pursued by the production process of similar industries. Due to the structural characteristics of the soles of the human body, after people put on shoes, the weight of the human body will distribute the gravity on the soles according to the organizational structure of the soles, and the structural characteristics of the soles will make the soles located on the thumb side of the soles distribute to a larger Therefore, in the daily walking process, the anti-slip structur...

AI Technical Summary

Problems solved by technology

Due to the structural characteristics of the soles of the human body, after people put on shoes, the weight of the human body will distribute the gravity on the soles according to the organizational structure of the soles, and the structural characteristics of the soles will make the soles located on the thumb side of the soles distribute to a larger Therefore, in the daily walking process, the anti-slip structure at the bottom of the sole on the thumb side of the sole is subject to greater wear and tear. The anti-slip structure of the worn sole makes the sole on the thumb side of the sole become thinner and flatter, thus making the sole and the thumb side of the sole thinner and flatter. The friction of the ground is reduced, the anti-skid effect is weakened, and there is a great risk of slipping

And after the sole on the thumb side of the sole of the foot is further worn, the sole on the thumb side is worn out while other parts of the shoes are still relatively intact, so the shoes with worn out soles cannot be discarded, so that the service life of the shoes is shortened. Short, causing waste of resources

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