Abstract: The present invention relates to a reset unit for resetting rotational and/or translational deflection movements of a setting element, which has an ordered mesostructure of elementary cells consisting of an ordered arrangement of at least one elementary cell, wherein the at least one elementary cell can be reversibly compressed and expanded through exposure to force, wherein the reset unit further has at least one signal generator and/or at least one reaction unit, wherein the reset unit further has at least one evaluation unit, which evaluates a signal emitted by the signal generator and/or electrically and/or magnetically actuates the reaction unit, wherein the signal generator and/or reaction unit are embedded in the at least one mesostructure, wherein a reset force of the reset unit can be at least partially generated by deforming the mesostructure.

Abstract: A reset unit for resetting rotational and/or translational deflection movements of a setting element is provided. The reset unit has an ordered mesostructure of elementary cells consisting of an ordered arrangement of at least two elementary cells, wherein the at least two elementary cells each have at least one pore, which allows the elementary cells to be reversibly compressed and expanded through exposure to force, wherein a reset force of the reset unit can be at least partially generated by deforming the mesostructure.

Abstract: The present invention relates to a reset unit for resetting rotational and/or translational deflection movements of a setting element, which has an ordered mesostructure of elementary cells consisting of an ordered arrangement of at least one elementary cell, wherein the at least one elementary cell can be reversibly compressed and expanded through exposure to force, wherein the reset unit further has at least one signal generator and/or at least one reaction unit, wherein the reset unit further has at least one evaluation unit, which evaluates a signal emitted by the signal generator and/or electrically and/or magnetically actuates the reaction unit, wherein the signal generator and/or reaction unit are embedded in the at least one mesostructure, wherein a reset force of the reset unit can be at least partially generated by deforming the mesostructure.