1. An arousal state classification model generating device for generating a statistical model to determine an arousal state of an object person, the arousal state classification model generating device characterized by comprising: learning data storage means for storing first feature data extracted from blink data of at least one eye of each object person at the time of blinking, and blink waveform identification information data in which blink waveform identification information indicating a specific type of blink waveform is provided to each blink in the blink data; blink waveform pattern model generation means for learning a statistical model by using as learning data the first feature data and the blink waveform identification information data stored in the learning data storage means, and generating a first pattern model having as an input the first feature data and having as an output a likelihood for the blink waveform identification information in relation to the first feature data; feature data generation means for generating second feature data including data on an occurrence ratio of each of the specific types of blink waveforms in an analysis interval based on the blink waveform identification information data stored in the learning data storage means; and arousal state pattern model generation means for learning a statistical model by using as learning data the second feature data generated by the feature data generation means and arousal state information data in which arousal state information indicating the arousal state of the object person is provided to each sequence of the analysis intervals, and generating a second pattern model having as an input the second feature data and having as an output a likelihood for the arousal state information in relation to the second feature data.
5. The arousal state classification model generating device according to claim 1 , further comprising: blink data storage means for storing the blink data of at least one eye of the object person at the time of blinking; feature data extraction means for extracting the first feature data from the blink data acquired from the blink data storage means; first pattern model storage means for storing the first pattern model generated by the blink waveform pattern model generation means; second feature data storage means for storing the second feature data generated by the feature data generation means; and second pattern model storage means for storing the second pattern model generated by the arousal state pattern model generation means.