The present invention provides a device for real-time evaluation of the brainwave properties of portable electronic equipment; the device includes a signal collection module which picks up brainwave signals played by the products to be tested, a central processing module which analyses the brainwave signals, a computing module which computes the results of analysis and integrates theoretical brainwave signal data therewith, a memory module which saves the theoretical brainwave signal data, and a display module which displays the testing results; the signal collection module is connected to the central processing module; the central processing module is connected to the computing module; the memory module is connected to the computing module; and the display module is connected with the central processing module. The testing process of the method is quick and convenient without the need for human intervention, and the testing results are shown in real-time. When the playing of the brainwave signals from the equipment to be tested is complete, the final report of the evaluation test can be presented immediately.
DEVICE AND METHOD FOR REAL-TIME EVALUATION OF BRAINWAVE PROPERTIES OF PORTABLE ELECTRONIC EQUIPMENT