Abstract: A shock-absorbing member of the present invention is a multiple structure-shock absorbing member having the structure in which upper circular protrusions, repeatedly arranged at regular intervals in the right-left direction and in the upper-down direction, are connected to each other by cross-shaped connection ribs, which are connected to the lower sides of the upper circular protrusions in a rounded shap, and spacing holes are formed between the upper circular protrusions neighboring with each other The multiple structure-shock absorbing members provide finger-pressure therapy function and ventilation function and absorb and mitigate shock in multiple steps when a strong shock is applied to a small space from the exterior