Shoe sole having energy-saving, cooling and shock reduction function

Abstract

The invention discloses a shoe sole having an energy-saving, cooling and shock reduction function. The shoe sole includes a supporting sheet, a shoe intermediate sole body and an outer sole body; inclined intermediate sole body air holes are formed in the shoe intermediate sole body, air at a normal temperature and outside the shoe can enter the shoe from large intermediate sole outer air holes, and passes through the shoe intermediate sole body air holes, the cooled air flows to an interior of a shoe chamber via small intermediate sole body inner air outlets so as to decrease the internal environment temperature of the shoe chamber. The intermediate sole body air holes can allow the whole shoe sole to possess a hollow structure; in a motion process, the hollow structure can absorb lots ofground impact force through compression and deformation of the hollow structure, and then the sport shoes can achieve a shock reduction effect; an energy transferring bar is designed according to a pressure transferring path, in the motion process, sole impact force of a heel can be transmitted to a front sole with the energy transferring bar and is converted into energy for helping a wearer to lift a foot easily, and then motion energy can be saved.

Description

technical field [0001] The invention belongs to the field of sports shoes, in particular to a sports shoe sole which not only has the function of saving energy but also has the effect of cushioning and shock absorption. Background technique [0002] Relevant studies have shown that during general exercise, the foot produces about 15 milliliters of sweat per hour, and during strenuous exercise, the foot produces about 30 milliliters of sweat per hour. When wearing sports shoes for a long time for exercise, the temperature and humidity inside the shoes will continue to increase, and the feet will be in this "closed" microenvironment for a long time, the heat and sweat cannot be evaporated in a timely and effective manner, which will easily cause blisters, moss, dermatitis, eczema, etc. Skin diseases cause certain damage to the user's health. Therefore, how to reduce the temperature and humidity in the shoes has always been a main direction in the field of functional shoes res...

AI Technical Summary

Problems solved by technology

However, the ventilation effect of the above-mentioned scheme is not ideal, such as adopting the scheme of opening air holes on the shoes, because the structure of the shoes includes the midsole cloth and the insole, in the process of gas circulation, the air flow is hindered and dispersed, so that it has a ventilation effect subject to great restrictions

In addition, because the plan of opening the ventilation holes is not specially designed, the temperature of the gas inhaled in the shoe cavity is the same as that of the outside world, especially in hot summer, the heat inhaled into the shoe cavity is the same as that of the outside world, thereby affecting the reduction of the temperature inside the shoe cavity. The effect of temperature

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