Shock absorbing ventilated sole with inclined damper block and shoe with sole

Abstract

The invention relates to the technical field of sole, and provides a sole and a shoe with the sole. The weight of the sole is effectively reduced to have a light mass characteristic. At the same time, the sole has an excellent damping performance and support performance, and is provided with inclined damper blocks. The sole comprises a big sole, and a middle sole arranged on the big sole. The big sole comprises a base sheet and damper blocks arranged at the lower surface of the base sheet. The damper blocks are arrayed at the base sheet. A hollow containing cavity is arranged in the damping block. Inclined damping sheets are arranged in the hollow containing cavity. The inclined damping sheets are arranged with a backward inclination relative to the plane in which base sheet exists. The section area of the upper end surface of each inclined damping sheet is smaller than the section area of the lower end surface. Multiple inclined damping sheets are sequentially arranged in the length direction of the base sheet in the hollow containing cavity. A containing cavity opening is formed in the position of the hollow containing cavity of the corresponding damping block at the upper surface of the base sheet. The containing cavity opening is communicated with the hollow containing cavity. The upper end surface of each inclined damping sheet is connected with the lower surface of the middle sole through the containing cavity opening.

Description

technical field [0001] The invention relates to the technical field of shoe soles, in particular to a shock-absorbing and breathable shoe sole provided with inclined-plane shock-absorbing blocks and a shoe provided with the shoe sole. Background technique [0002] Shoes are an indispensable necessity in daily life. According to different functions and appearances, there are various types on the market. However, no matter how the appearance of shoes changes, the most important thing is to wear them comfortably and provide sufficient protection for the feet. important. Modern people often need to walk or stand for a long time, whether for work or leisure, and the feet support the entire weight of the human body. After a long time of use, the feet are prone to soreness and even plantar fasciitis. Therefore, a pair of Wearing comfortable shoes is the best auxiliary tool. Generally, the sole structure of shoes is to set one or several layers of elastic layers formed by elastic m...

AI Technical Summary

Problems solved by technology

Modern people often need to walk or stand for a long time, whether for work or leisure, and the feet support the entire weight of the human body. After a long time of use, the feet are prone to soreness and even plantar fasciitis. Therefore, a pair of Wearing comfortable shoes is the best auxiliary tool. Generally, the sole structure of shoes is to set one or several elastic layers formed by elastic material between the outsole and the midsole. This structure can provide The cushioning and shock-absorbing protection function of the sole of the user's foot allows the user to reduce the direct impact between the sole of the foot and the ground when walking. However, the structural design of the multi-layer elastic layer will cause the sole to be heavy and reduce the comfort of the sole when wearing it. Sexuality, increase the burden of exercise, especially not conducive to the use during exercise

At present, in order to be able to solve the aforementioned technical problems, in the prior art, the weight of the elastic layer is reduced by setting hollow structures such as holes and grooves on the elastic layer, and the elastic deformation force of the elastic layer under the hollow structure of the holes and grooves can also be increased, which can take into account the elasticity With the advantages of light weight, however, the setting of a large number of hollow structures greatly reduces the structural strength of the elastic layer, the structural stability is low, the supporting capacity of the elastic layer is weakened, and the practicability of the elastic layer is greatly reduced.

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