Abstract: A wearable device includes an information acquisition section which acquires environmental information including at least one of location information of a user, atmospheric pressure information, and weather information, a sensor which acquires arterial oxygen saturation information, a processing section which generates notification information associated with an arterial oxygen saturation based on the environmental information and the arterial oxygen saturation information, and an output section which outputs the notification information.

Abstract: A portable electronic device includes a display unit, and a processor that operates in a mode that improves lighting frequency or lighting brightness of lighting of the display unit during a period from sunset to sunrise than the lighting frequency or the lighting brightness of the lighting during a period from sunrise to sunset, and is able to adjust a start time or an end time of a period for improving the lighting frequency or the lighting brightness of the lighting in the mode, depending on input information.

Abstract: A biological exercise information display processing device includes a biological information obtaining part, an exercise information obtaining part, a diet information obtaining part, a display character obtaining part, a display part, and a control part. The biological information obtaining part obtains biological information regarding a test subject. The exercise information obtaining part obtains exercise information regarding the test subject. The diet information obtaining part obtains diet information for the test subject. The display character obtaining part obtains a character representing the test subject. The display part displays the character. The control part determines a point based on the exercise information and the diet information, and when a given number of points has been accumulated, performs an exchange process to exchange the points for an item of the character.

Abstract: A biological information measuring device worn by a subject's body including a setting part, a measurement part, a correction part, and a notification part. The setting part stores a preset target range information representing a suitable range for an exercise intensity, the preset target range information being generated based on an age of the subject. The measurement part measures a biological information relating to the exercise intensity. The correction part corrects the preset target range information stored in the setting part based on the biological information measured by the measurement part during a first exercise period to generate a corrected range information. The notification part notifies an information indicative of the exercise intensity with respect to the corrected range information during a second exercise period, which is after the first exercise period, based on the biological information measured by the measurement part during the second exercise period.

Abstract: A biological exercise information display processing device includes: a biological information obtaining part for obtaining biological information regarding a test subject; an exercise information obtaining part for obtaining exercise information regarding the test subject; a diet information obtaining part for obtaining diet information for the test subject; a display character obtaining part for obtaining a display character for the test subject; a display part for performing image display; and a control part for determining an expression or action of the display character based on the biological information, the exercise information, and the diet information; and for performing a control so that an image display is performed on the display part according to the expression or action of the display character that has been determined.

Abstract: A biological information measuring device includes a setting part for setting a target value relating to exercise intensity, a measurement part for measuring biological information that can be converted to exercise intensity, and a correction part for correcting the target value according to a first measured value relating to exercise intensity, where the first measured value is determined from biological information measured by the measurement part during a first exercise period.