SMART GLASSES WITH AUTOMATIC HIDING OF DISPLAYED CONTENT FOR VEHICLES

The disclosure relates to a method for performance by electronic computing means in smart glasses, wherein the smart glasses comprise each of at least electronic computing means, a display, motion measurement sensors and means for wireless communication, wherein the method comprises: receiving the current steering angle and the current velocity of a vehicle that the smart glasses are in via the means for wireless communication; determining the acceleration of the vehicle by means of the electronic computing means; determining the acceleration and rotational speed of the smart glasses with the aid of motion measurement sensors; determining the relative acceleration of the smart glasses, namely the acceleration of the smart glasses in relation to the vehicle, with the aid of the electronic computing means; recording the determined relative acceleration over a predetermined period; classifying the line of vision of the smart glasses into two categories, namely 1) The line of vision is directed into the surroundings of the vehicle, and 2) the line of vision is not directed into the surroundings of the vehicle, with the aid of an algorithm based on a neural network or support vector machines by using the recorded determined relative acceleration by means of the electronic computing means; hiding displayed content on the at least one display of the smart glasses if the line of vision has been classified into category 2).