Abstract: A system, apparatus and method for treating or lessening sleep disorder symptoms. The system comprising a mask configured to establish a snug fit against a user's eyes and a device including a data management system and a user interface, wherein the device is coupled to the mask. The mask includes a printed circuit board, an accelerometer, one or more therapy lights, one or more electrodes, a pulse oximeter, and a thermometer, wherein the pulse oximeter, thermometer, accelerometer, and electrodes are connected to the printed circuit board, collect data, and send data to the printed circuit board. The device generates a light therapy schedule based on data received from the user through the user interface and data from the mask.

Abstract: The object of the present invention is a system for polyphasic sleep management, characterized by the fact it comprises components such as electrodes for measuring a biological signal; a biological amplifier for amplifying the biological signal; a microcontroller for controlling individual system components, such as a biological amplifier and an accelerometer, as well as for communication with an external device; an accelerometer for collecting data relating to user's movement frequency; an external device, such as a computer, tablet and a mobile phone and a method of its operation. The invention also relates to a device for sleep analysis, a method of current sleep phase classification and use of the system and the device for polyphasic sleep management.

Abstract: A system, apparatus and method for treating or lessening sleep disorder symptoms. The system comprising a mask configured to establish a snug fit against a user's eyes and a device including a data management system and a user interface, wherein the device is coupled to the mask. The mask includes a printed circuit board, an accelerometer, one or more therapy lights, one or more electrodes, a pulse oximeter, and a thermometer, wherein the pulse oximeter, thermometer, accelerometer, and electrodes are connected to the printed circuit board, collect data, and send data to the printed circuit board. The device generates a light therapy schedule based on data received from the user through the user interface and data from the mask.