Perspiration state estimation device, perspiration state estimation method, and perspiration state estimation program

A perspiration state estimation device capable of being connected to a local perspiration data acquiring unit and an environment data acquiring unit in a communicable manner, the local perspiration data acquiring unit being configured to acquire local perspiration data indicating a perspiration state of a local part of a living body, the environment data acquiring unit being configured to acquire environment data indicating a state of an environment where the living body is present, the perspiration state estimation device comprising:

• a comparing section configured to compare (1) the local perspiration data acquired by the local perspiration data acquiring unit with (2) a first perspiration pattern correlated with at least either of attribute data indicating an attribute of the living body and the environment data acquired by the environment data acquiring unit, the first perspiration pattern indicating progression of the perspiration state of the local part over time;
• and
• an estimating section configured to estimate a perspiration state of a site of the living body on a basis of a result of the comparison at the comparing section and a progression relating pattern indicating a second perspiration pattern indicating progression of the perspiration state of the site over time or a progression relating pattern indicating a relationship between the first perspiration pattern and the second perspiration pattern, the site including at least a part other than the local part.