Children's shoes

Abstract

The invention discloses children's shoes. Each shoe comprises a sole and a shoe side and an insole which are connected onto the sole; the shoe side comprises a back upper, a front upper and middle uppers between the back upper and the front upper; a protruding block is arranged on the insole; the protruding block is matched with a groove in the connection portion of toes and a foot body; the middle uppers are symmetrically connected onto the sole and are separately arranged with the back upper and the front upper, and cross surfaces are formed; due to the arrangement of the protruding block, the portions between the toes and the foot body are stressed, and the impact force of the connection portion of a phalanx and a metatarsal bone is reduced; furthermore, sliding between the foot and theinsole is prevented, friction between the foot sole and the insole is reduced, and the foot is protected; the middle uppers are separately arranged between the back upper and the front upper, so thatchildren wear the shoes more conveniently, and the children's shoes help children to operate the shoes by themselves and develop independence.

Description

technical field [0001] The invention relates to the technical field of shoes, in particular to children's shoes which are beneficial to children's growth and development and are easy to put on and take off. Background technique [0002] According to technical research reports, the incidence of children's foot diseases in China is increasing year by year, which has a lot to do with children's improper wearing of shoes; human foot bones mainly include phalanges, metatarsals, cuneiform bones, navicular bones, and calcaneus bones from front to back. Etc., a downward convex part is formed at the junction of the phalanx and the metatarsal bone. When a person is walking, the convex part is subjected to a relatively large compression force. Impact function. For a long time, shoemakers have only focused on the arch and heel, and the functional design of shoes is also related to this, such as increasing the air cushion to reduce the impact on the arch and heel bone; The arch of the f...

AI Technical Summary

Problems solved by technology

[0002] According to technical research reports, the incidence of children's foot diseases in China is increasing year by year, which has a lot to do with children's improper wearing of shoes; human foot bones mainly include phalanges, metatarsals, cuneiform bones, navicular bones, and calcaneus bones from front to back. Etc., a downward convex part is formed at the junction of the phalanx and the metatarsal bone. When a person is walking, the convex part is subjected to a relatively large compression force. Impact function. For a long time, shoemakers have only focused on the arch and heel, and the functional design of shoes is also related to this, such as increasing the air cushion to reduce the impact on the arch and heel bone; The arch of the foot and the protruding part provide the power source when walking, but in fact, because the protruding part mainly bears the force of the forefoot when the person lifts the foot, it plays a limited role in providing the power source, but mainly Stress, and when the force is applied, the center of gravity of the human body will move forward significantly, the lumbar lordosis will increase, and the lumbosacral angle will increase, which will easily cause lumbosacral joint strain and waist pain; especially for children's shoes, the persistent force of the raised part will It will cause irreversible damage to children's lumbar spine and other body parts, so a design is needed that not only reduces the impact on the feet, but also needs to be easy to put on and take off, and has high comfort

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