Prewalker sole

Abstract

The invention relates to a prewalker sole. The prewalker sole comprises a sole body. Anti-skidding pieces are arranged at the front end of the front sole of the sole and the rear heel of the sole and are arranged on the sole body in a protruding mode, and the anti-skidding pieces and the sole body are integrally formed. Or the anti-skidding pieces are fixed in the sole body in an embedding mode in a gluing mode, and the working surfaces of the anti-skidding pieces and the bottom surface of the sole body are on the same plane. The sole body is made of soft materials. Elastic soft mats are additionally arranged on the heel and the inner phalanx portion which can bear most stress, ground impact force buffering is facilitated, a baby is properly supported, the gravity is stabilized, arch moving space is increased, foot muscles can be well exercised when the baby learns to walk, foot nutritional system growing and arch forming can be promoted, and flatfoots and foot malformation are avoided. The prewalker sole has the advantages of being novel in structural design, light, exquisite, comfortable, good in breathability performance and the like.

Description

Technical field: [0001] The present invention relates to a kind of shoe sole, more specifically relates to a kind of toddler shoe sole. Background technique: [0002] Ordinary shoes have uppers and soles. The selection of sole materials and the rationality of structural design directly affect the wearing comfort. Especially when children are learning to walk, the selection and structure of the sole materials of toddler shoes affect the baby's ability to learn to walk. Actively, the material and structure of the soles of existing toddler shoes are mostly the same as those of children's shoes. However, due to the thick fat layer on the soles of children's feet, and the arches of the feet have not yet fully developed, the center of gravity is unstable and wobbly when walking. The soles of the shoes are relatively hard, and the bottom of the soles are in direct contact with the ground. The center of gravity cannot be stabilized and the shock absorption effect is poor. Children a...

AI Technical Summary

Problems solved by technology

[0002] Ordinary shoes have uppers and soles. The selection of sole materials and the rationality of structural design directly affect the wearing comfort. Especially when children are learning to walk, the selection and structure of the sole materials of toddler shoes affect the baby's ability to learn to walk. Actively, the material and structure of the soles of existing toddler shoes are mostly the same as those of children's shoes. However, due to the thick fat layer on the soles of children's feet, and the arches of the feet have not yet fully developed, the center of gravity is unstable and wobbly when walking. The soles of the shoes are relatively hard, and the bottom of the soles are in direct contact with the ground. They cannot stabilize the center of gravity and have poor shock absorption. Children are prone to fall when walking, which is dangerous, and it is easy to form flat feet if worn for a long time.

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