Abstract: An electrical treatment device (200) includes a plurality of electrodes that come into contact with a site of a body of a user; an operation unit (302) that receives an operation for adjusting an electrical stimulation intensity provided to the site; and a treatment execution unit (304) that applies a pulse voltage corresponding to the electrical stimulation intensity to the plurality of electrodes and performs treatment of the site by changing a frequency of the pulse voltage within a predetermined frequency range continuously or in a step-like manner. When the operation unit (302) receives the operation, the treatment execution unit (304) changes the pulse voltage to correspond to the electrical stimulation intensity based on the operation, changes the frequency of the pulse voltage to a predetermined frequency, and changes the frequency of the pulse voltage from the predetermined frequency continuously or in a step-like manner.

Abstract: An electrical treatment device (200) includes a plurality of electrodes that come into contact with a site of a body of a user; an operation unit (302) that receives an operation for adjusting an electrical stimulation intensity provided to the site; and a treatment execution unit (304) that applies a pulse voltage corresponding to the electrical stimulation intensity to the plurality of electrodes and performs treatment of the site by changing a frequency of the pulse voltage within a predetermined frequency range continuously or in a step-like manner. When the operation unit (302) receives the operation, the treatment execution unit (304) changes the pulse voltage to correspond to the electrical stimulation intensity based on the operation, changes the frequency of the pulse voltage to a predetermined frequency, and changes the frequency of the pulse voltage from the predetermined frequency continuously or in a step-like manner.

Abstract: A sleep state management device includes a sensor that detects movement in bedding where a measurement subject is sleeping, and a control unit that calculates a peak value difference, which is a difference between adjacent peak values in a detection signal outputted from the sensor, determines that a period in which a number of times the peak value difference exceeds a threshold is greater than a predetermined value is a period in which the measurement subject has moved, and manages the sleep state of the measurement based on a result of the determination.

Abstract: A sleep state management device includes a sensor that detects movement in bedding where a measurement subject is sleeping, and a control unit that calculates a peak value difference, which is a difference between adjacent peak values in a detection signal outputted from the sensor, determines that a period in which a number of times the peak value difference exceeds a threshold is greater than a predetermined value is a period in which the measurement subject has moved, and manages the sleep state of the measurement based on a result of the determination.

Abstract: A body weight management device includes a body weight obtainment configured to obtain body weight data that includes a measurement subject's body weight measurement value at a predetermined intra-day timing between waking up and sleeping and a measurement date/time of the body weight measurement value, a body weight storage unit configured to store the body weight data obtained by the body weight obtainment unit in a memory, a representative body weight calculation unit configured to calculate a representative body weight value based on the body weight measurement values in the body weight data in a predetermined period, which are stored in the memory, and a target calculation unit configured to calculate a target value to be a target when a body weight value is measured at the predetermined timing, based on the calculated representative body weight value, an intra-day target weight-loss value, and a measurement value to be a weight variation factor.

Abstract: A body weight management device includes a measurement unit that measures a body impedance of a measurement subject, an impedance change detection unit that detects a temporal change in the measured body impedance, a variation amount computation unit that computes a body impedance variation amount in a unit period, and a determination unit that makes determination about a trend for subsequent changes in the measurement subject's body weight, using the body impedance variation in the unit period, and an output unit that outputs a result of the determination.

Abstract: Human contact/non-contact is detected speedily and accurately. A measurement section measures capacitance of each of sites to which a plurality of electrodes are connected where a human body touches, a comparison section compares the capacitance with a threshold value for each contacting electrode, and a control section determines whether a human body has come in contact based on the comparison result.

Abstract: Human contact/non-contact is detected speedily and accurately. A measurement section measures capacitance of each of sites to which a plurality of electrodes are connected where a human body touches, a comparison section compares the capacitance with a threshold value for each contacting electrode, and a control section determines whether a human body has come in contact based on the comparison result.