| 摘要 |
The present invention relates to the structure of a shoe which can efficiently absorb shocks applied to the human foot when a wearer of shoes walks or runs. In the shoe, an elastic pad unit to absorb shocks smoothly moves along with a midsole and stably executes its shock absorbing function. Further, during compression of the elastic pad unit, air in the pad unit chamber flows outside the midsole, thus stably executing the shock absorbing function. When wearing the shoe of the present invention, the pressure parts of both the midsole and the inner midsole are in contact with the heel of a wearer's foot. Furthermore, the pressure parts are heavily pressed by the heel of the foot while walking or running, thus increasing the cushioning effect of the pressure parts. Two one-way valves are operated such that one draws air into the shoe and the other discharges air from the shoe, thus causing air in the shoe to flow in one direction and ef¬ ficiently deodorizing and dissipating heat from the shoe. Particularly, the elastic pad units stably move according to movement of the midsole, so that the shoe allows the wearer to be comfortable and stable without stimulating the foot sole of the wearer while walking.
|
