DEVICE MADE WITH POSSIBILITY OF EMBEDDING IN SHOE SOLE AND ACTING AS MEANS OF SHOCK ABSORPTION, ENERGY DISSIPATION AND STABILIZATION Russian patent published in 2022 - IPC A43B13/12 

FIELD: shoe production.

SUBSTANCE: proposed invention relates to a device made with the possibility of embedding in a shoe sole and acting as a means of shock absorption, energy dissipation and stabilization. Device (200, 300) made with the possibility of embedding in the shoe sole and acting as a means of shock absorption, energy dissipation and stabilization contains shock-absorbing element (201, 301) made of the first material having viscoelastic properties, regulating element (202, 302) located under shock-absorbing element (201, 301) and made of the second material having viscoelastic properties, and covering element (203, 303) located above shock-absorbing element (201, 301) and also covering regulating element (202, 302). Shock-absorbing element (201, 301) contains the first empty areas, which are through holes and channels for ejecting air when device (100, 200, 300) is subjected to a compressive load. The first filled areas of shock-absorbing element (201, 301) are side projections (201d, 301d) and rear projections (201e, 301e), wherein side projections (201d, 301d) and rear projections (201e, 301e) extend from the upper surface to the lower surface of shock-absorbing element (201, 301).

EFFECT: creation of the device made with the possibility of embedding in the shoe sole, acting as a means of shock absorption, energy dissipation and stabilization and providing an effective release of air from the shoe during compression by the user; creation of the device having geometric and mechanical characteristics that make it possible to obtain a reaction of different types depending on the magnitude of the load acting on it, providing optimized mechanical behavior and distribution of loads and stresses, being practical, comfortable and functional both when the user is standing in place, and when walking or jumping, thereby having characteristics that ensure the elimination of limitations, to which known systems for shock absorption, energy dissipation and stabilization are still subject.

9 cl, 14 dwg