Abstract: An acetone concentration estimate device acquires a measured acetone concentration measuring acetone excreted from a user, acquires an elapsed time which has elapsed since the user ate a meal, and estimates an acetone concentration, which is a ketone body concentration of when an amount of change in blood sugar level of the user per given unit of time is stable, based on the acquired current measured acetone concentration and on the acquired elapsed time, and outputs information corresponding to the estimated acetone concentration.

Abstract: A muscle mass estimation method including acquiring a height of a living organism, acquiring an electrical resistance value measured for the living organism, and computing a muscle mass of the living organism using a calculation formula including a first variable including the height of the living organism and the electrical resistance value, and a second variable including the electrical resistance value.

Abstract: In an alcohol detection system, face authentication is performed on a person to be measured before an alcohol detection device starts measurement, and the success of the face authentication performed on the person to be measured triggers the acquisition of camera image information that are images of the face of the person to be measured continuously shot by a camera. In other words, when the face authentication performed on the person to be measured succeeds, the person to be measured starts alcohol detection and images of the face of the person to be measured are continuously shot during the measurement.

Abstract: A biometric measurement system capable of measuring an immediate response of a living body to the intervention of a physical stimulus to the living body is provided. A biometric measurement system (210) capable of applying electrical muscle stimulation to a living body comprises: an electrode for bioelectrical impedance measurement (217a-217d) for measuring a bioelectrical impedance of a living body; and an electrode for electrical muscle stimulation (217e, 217f) for applying electrical muscle stimulation to the living body, wherein the electrode for bioelectrical impedance measurement (217a-217d) and the electrode for electrical muscle stimulation (217e, 217f) are arranged to contact the living body simultaneously.

Abstract: In an alcohol detection system (10), an authentication server (16) receives camera image information acquired by a camera (32) shooting an image of an indication ID displayed on a display (22) of an alcohol detection device (12) and a device ID sent from the alcohol detection device (12). The authentication server (16) then determines whether a person to be measured is performing alcohol detection using the alcohol detection device (12) an image of which has been shot by the camera (32) or not based on the indication ID indicated by the camera image information and the device ID sent from the alcohol detection device (12).

Abstract: A clothing size for a customer is estimated based on a plurality of pieces of body composition data each associated with a clothing size indicating the size of clothes worn by the customer and on body composition data of the customer measured by a measuring device, then the appropriateness of the estimated clothing size for the customer is calculated, and a store clerk views the estimated clothing size and appropriateness displayed on a terminal device and assists the customer to select clothes.

Abstract: The present disclosure provides a body composition analyzer and a body composition measurement program capable of determining a measurement abnormality by analyzing a waveform of Dynamic Impedance (DI). A body composition analyzer (10) that measures body composition based on the measurement of bioelectrical impedance includes a bioelectrical impedance measuring unit (112) that acquires time-series data of the bioelectrical impedance by measurement, and a measurement abnormality determination unit (116) that determines a cause or type of an abnormality in the measurement based on the time-series data.

Abstract: A simplified BIA body composition analyzer (100) as an in-body measurement system, comprising: a memory unit (110) storing in-body information obtained by a measurement with a first precision as a reference value; a low-precision measurement unit (10) obtaining low-precision in-body information by inputting a measured value obtained by a measurement with a second precision that is lower than the first precision into a predetermined algorithm; a correction unit (112) correcting the algorithm or the low-precision in-body information based on the reference values stored in the memory unit (110) and the degree of importance placed on the reference values; and an output unit (106) outputting the low-precision in-body information obtained by the low-precision measurement unit (104) using the algorithm corrected by the correction unit (112), or the low-precision in-body information obtained by the low-precision measurement unit (104) and corrected by the correction unit (112), as corrected in-body information.

Abstract: The present disclosure provides a body shape data acquisition system that can acquire body shape data in a simplified manner. A body shape data acquisition system (50) includes an input unit (51) and a measurement unit (52) that acquire biometric information of a user, a storage unit (54) that stores a plurality of reference body shape data corresponding to the biometric information, a selection unit (53) that selects, from the reference body shape data stored in the storage unit (54), the reference body shape data corresponding to the user's biometric data acquired by the input unit (51) and the measurement unit (52), and an acquisition unit (55) that acquires the user's body shape data using the reference body shape data selected by the selection unit (53).

Abstract: A biometric device serving as a condition evaluation device includes a processor configured to acquire a body weight of a user, acquire a bioimpedance of a specific part in the user, and evaluate a condition of the specific part based on the body weight of the user and the bioimpedance of the specific part.

Abstract: A body composition meter has a multi-frequency current application unit to apply an AC current of multiple frequencies to a body of a subject, an impedance measurement unit to measure bioelectrical impedances of the subject when the AC current is applied by the multi-frequency current application unit at the respective frequencies, a body composition measurement unit to obtain parameters on a body composition of the subject based on the bioelectrical impedances measured by the impedance measurement unit, a measured data Cole circle calculation unit to calculate a Cole circle of measured data using resistances and reactances in the bioelectrical impedances at the respective frequencies as measured by the impedance measurement unit, and a measurement anomaly determination unit to determine the presence or absence of an anomaly in the measurement of the bioelectrical impedance based on an amount of shift of the Cole circle (C1) of the measured data calculated by the measured data Cole circle measurement unit rel

Abstract: A biological gas detection device acquires a reference output value that is an output value outputted from a semiconductor gas sensor in a reference air sample, the semiconductor gas sensor having sensitivity to an interfering gas and a target gas contained in a biological gas, acquires a target gas concentration that is a concentration of the target gas measured based on a first output value, the first output value being outputted from the semiconductor gas sensor during measurement of the biological gas, corrects the target gas concentration based on a second output value and the reference output value, the second output value being outputted from the semiconductor gas sensor in an air sample prior to measurement of the biological gas; and outputs information according to the corrected target gas concentration.

Abstract: A muscle mass estimation method including acquiring a height of a living organism, acquiring an electrical resistance value measured for the living organism, and computing a muscle mass of the living organism using a calculation formula including a first variable including the height of the living organism and the electrical resistance value, and a second variable including the electrical resistance value.

Abstract: The invention provides a poor physical condition determination device, method, and program enabling simple determination of a physical condition level. A poor physical condition determination device 10 acquires a ketone concentration measurement measuring ketone excreted from a user, determines a physical condition level related to the physical condition of the user based on the acquired ketone concentration measurement, and outputs a determination result.

Abstract: The invention provides a physical change evaluation device, method, and program capable of easily evaluating physical change from the past to the present, and from the present into the future. A physical change evaluation device 10 acquires a ketone concentration measurement measuring ketone excreted from a user, acquires physical data relating to the body of the user, evaluates physical change in the user based on the acquired ketone concentration measurement and the physical data, and outputs an evaluation result.

Abstract: An acetone concentration estimate device acquires a measured acetone concentration measuring acetone excreted from a user, acquires an elapsed time which has elapsed since the user ate a meal, and estimates an acetone concentration, which is a ketone body concentration of when an amount of change in blood sugar level of the user per given unit of time is stable, based on the acquired current measured acetone concentration and on the acquired elapsed time, and outputs information corresponding to the estimated acetone concentration.

Abstract: A biological gas detection device acquires a reference output value that is an output value outputted from a semiconductor gas sensor in a reference air sample, the semiconductor gas sensor having sensitivity to an interfering gas and a target gas contained in a biological gas, acquires a target gas concentration that is a concentration of the target gas measured based on a first output value, the first output value being outputted from the semiconductor gas sensor during measurement of the biological gas, corrects the target gas concentration based on a second output value and the reference output value, the second output value being outputted from the semiconductor gas sensor in an air sample prior to measurement of the biological gas; and outputs information according to the corrected target gas concentration.

Abstract: A gas measurement apparatus of the present invention includes a gas sensor and is capable of being in any one of an open state in which the gas sensor is connected to an outside air and a closed state in which the gas sensor is cut off from an outside air. The gas measurement apparatus includes: an acquisition unit; and a determination unit. The acquisition unit acquires a detection value of the gas sensor in the open state and a detection value of the gas sensor in the closed state. The determination unit compares the detection value of the gas sensor acquired in the open state and the detection value of the gas sensor acquired in the closed state to thereby determine the state of the gas sensor.

Abstract: A gas measurement apparatus includes: a body unit including a delivery port in which a user's breath is delivered, a gas sensor connected to the inside of the delivery port, and an absorbent housing unit that houses an absorbent; a cover unit capable of being operated to be slid in a predetermined direction with respect to the body unit and thereby being set to one of an open state in which the delivery port and the absorbent housing unit are exposed and a closed state in which the delivery port and the absorbent housing unit are cut off from an outside air, wherein at least in the closed state, a space in which the gas sensor is provided and the inside of the absorbent housing unit are connected to each other.

Abstract: A gas measurement apparatus of the present invention includes a gas sensor and is capable of being in any one of an open state in which the gas sensor is connected to an outside air and a closed state in which the gas sensor is cut off from an outside air. The gas measurement apparatus includes: an acquisition unit; and a determination unit. The acquisition unit acquires a detection value of the gas sensor in the open state and a detection value of the gas sensor in the closed state. The determination unit compares the detection value of the gas sensor acquired in the open state and the detection value of the gas sensor acquired in the closed state to thereby determine the state of the gas sensor.