Abstract: The present invention relates to an eye tracking kit applicable to a normal pair of eye glasses or to known augmented/virtual reality glasses or to visual remote guidance devices in general. The invention further deals with a method for fastening the kit to said kind of glasses. Eye glasses in general, using the present invention, may turn into an eye tracking device or gaze tracking device.

Abstract: The present invention concerns improved spectacles, system and method for eye tracking able to detect the pupil position of different types of wearers. The detection of the pupil is improved over the prior art on the basis of a new specific position of the eye cameras on the spectacles frame.

Abstract: The invention relates to a method for generating and displaying a virtual object to an individual user by an optical system consisting of gaze-tracking glasses and at least one display unit connected to the gaze-tracking glasses, the display unit having a first display, the gaze-tracking glasses having a first eye-tracking camera, the first display being arranged in a first viewing region of the gaze-tracking glasses. According to the invention, the optical system is adapted to an individual user, a first target value for adaptation of a display control unit of the display unit for controlling the first display being determined, a current viewing direction of the first eye being determined by the gaze-tracking glasses, a virtual object being generated and, taking account of the first target value, the virtual object being displayed in the first display at a position in the determined viewing direction of the first eye.

Abstract: The invention relates to a method for generating and displaying a virtual object to an individual user by an optical system consisting of gaze-tracking glasses and at least one display unit connected to the gaze-tracking glasses, the display unit having a first display, the gaze-tracking glasses having a first eye-tracking camera, the first display being arranged in a first viewing region of the gaze-tracking glasses. According to the invention, the optical system is adapted to an individual user, a first target value for adaptation of a display control unit of the display unit for controlling the first display being determined, a current viewing direction of the first eye being determined by the gaze-tracking glasses, a virtual object being generated and, taking account of the first target value, the virtual object being displayed in the first display at a position in the determined viewing direction of the first eye.

Abstract: The invention relates to a method for producing at least one nose pad of view detection glasses. According to the invention, a topography of at least the nasal ridge of a person is detected and topography data are generated. In a scaling step, at least one position value of the person's eyes is captured by means of the eye capturing cameras of the view detection glasses, and thus, the non-scaled topography data are converted into scaled topography data. In a modeling step, production data are generated from the scaled topography data for at least one nose pad of the view detection glasses adapted to the nasal ridge. In a fabrication step, the production data of the modeling step are transmitted to a digital fabricator, and based on the production data, at least one nose pad is produced.