Visceral adipose meter with body weighing function

A visceral fat determining device with a weight-measuring function comprising:

• weight-measuring means for measuring a weight of a subject when the subject stands on a measuring surface;
• input means for inputting personal data including an abdominal girth WL that is a circumferential length of a torso of the subject;
• a data processing unit that stores the personal data and calculates an estimated value of an abdominal visceral fat cross-sectional area VA of the subject based on the personal data;
• and
• a display portion that displays the personal data and a result of the calculation performed by the data processing unit, wherein
• the data processing unit stores a first regression coefficient of the abdominal girth WL and a first regression constant which are obtained based on statistical analysis of a correlation between actually measured values of the abdominal visceral fat cross-sectional area VA obtained in abdominal tomography of human bodies of random samples and values of the abdominal girth WL of the human samples and
• the estimated value of an abdominal visceral fat cross-sectional area VA of the subject is obtained based on a value of the abdominal girth WL, the first regression coefficient of the abdominal girth WL, and the first regression constant.

A visceral fat determining device with a weight-measuring function comprising:

• weight-measuring means for measuring a weight of a subject when the subject stands on a measuring surface;
• input means for inputting personal data, including an abdominal girth WL, that is a circumferential length of a torso of the subject and height of the subject;
• a data processing unit that stores the personal data and calculates an estimated value of an abdominal visceral fat cross-sectional area VA of the subject based on the personal data;
• and
• a display portion that displays the personal data and a result of the calculation performed by the data processing unit, wherein
• the data processing unit stores a second regression coefficient of the abdominal girth WL, a first regression coefficient of BMI, and a second regression constant which are obtained based on statistical analysis of a correlation between actually measured values of the abdominal visceral fat cross-sectional area VA obtained in abdominal tomography of human bodies of random samples and values of the abdominal girth WL of the human samples and values of the BMI related to a level of obesity of the human samples and
• the estimated value of the abdominal visceral fat cross-sectional area VA of the subject is obtained based on a value of the abdominal girth WL, a value of the BMI, the second regression coefficient of the abdominal girth WL, the first regression coefficient of the BMI, and the second regression constant.

A visceral fat determining device with a weight-measuring function comprising:

• weight-measuring means for measuring a weight of a subject when the subject stands on a measuring surface;
• input means for inputting personal data, including an abdominal girth WL, that is a circumferential length of a torso of the subject, height, sex, and age of the subject;
• a data processing unit that stores the personal data and calculates an estimated value of an abdominal visceral fat cross-sectional area VA of the subject based on the personal data;
• a display portion that displays the personal data and a result of the calculation performed by the data processing unit;
• and
• body-fat ratio measuring means for measuring a human body impedance Z of the subject through electrodes in contact with terminals of the subject's body and for obtaining a body-fat ratio FAT of the subject based on the measured body impedance Z and the inputted personal data or part of the data, wherein
• the data processing unit stores a third regression coefficient of the abdominal girth WL, a first regression coefficient of the body-fat ratio FAT, and a third regression constant which are obtained based on statistical analysis of correlation between actually measured values of the abdominal visceral fat cross-sectional area VA obtained in abdominal tomography of human bodies of random samples and values of the abdominal girth WL of the human samples and values of the body-fat ratio FAT of the human samples and
• the estimated value of the abdominal visceral fat cross-sectional area VA of the subject is obtained based on a value of the abdominal girth WL, a value of the body-fat ratio FAT obtained with the body-fat ratio measuring means, the third regression coefficient of the abdominal girth WL, the first regression coefficient of the body fat ratio FAT, and the third regression constant.

A visceral fat determining device with a weight-measuring function comprising:

• weight-measuring means for measuring a weight of a subject when the subject stands on a measuring surface;
• input means for inputting personal data including an abdominal girth WL that is a circumferential length of a torso of the subject, height, and a thickness of abdominal subcutaneous fat s of the subject;
• a data processing unit that stores the personal data and calculates an estimated value of an abdominal visceral fat cross-sectional area VA of the subject based on the personal data;
• and
• a display portion that displays the personal data and a result of the calculation performed by the data processing unit, wherein
• the data processing unit stores a fourth regression coefficient of the abdominal girth WL, a second regression coefficient of BMI, a first regression coefficient of the thickness of abdominal subcutaneous fat s, and a fourth regression constant which are obtained based on statistical analysis of a correlation between actually measured values of the abdominal visceral fat cross sectional area VA obtained in abdominal tomography of human bodies of random samples and values of the BMI related to a level of obesity of the human samples and values of the thickness of the abdominal subcutaneous fat s of the human samples and
• the estimated value of the abdominal visceral fat cross-sectional area VA of the subject is obtained based on a value of the abdominal girth WL, a value of the BMI, a value of the thickness of abdominal subcutaneous fat s, the fourth regression coefficient of the abdominal girth WL, the second regression coefficient of the BMI, the first regression coefficient of the thickness of abdominal subcutaneous fat s, and the fourth regression constant.

A visceral fat determining device with a weight-measuring function comprising:

• weight-measuring means for measuring a weight of a subject when the subject stands on a measuring surface;
• input means for inputting personal data including an abdominal girth WL that is a circumferential length of a torso of the subject, height, and a thickness of abdominal subcutaneous fat s of the subject;
• a data processing unit that stores the personal data and calculates an estimated value of an abdominal visceral fat cross-sectional area VA of the subject based on the personal data;
• and
• a display portion that displays the personal data and a result of the calculation performed by the data processing unit, wherein
• the data processing unit stores a fourth regression coefficient of the abdominal girth WL, a second regression coefficient of BMI, a first regression coefficient of the thickness of abdominal subcutaneous fat s, and a fourth regression constant which are obtained based on statistical analysis of a correlation between actually measured values of the abdominal visceral fat cross-sectional area VA obtained in abdominal tomography of human bodies of random samples and values of the BMI related to the level of the obesity of the human samples and values of the thickness of the abdominal subcutaneous fat s of the human samples,
• the estimated value of the abdominal visceral fat cross-sectional area VA of the subject is obtained based on a value of the abdominal girth WL, a value of the BMI, a value of the thickness of abdominal subcutaneous fat s, the fourth regression coefficient of the abdominal girth WL, the second regression coefficient of the BMI, the first regression coefficient of the thickness of abdominal subcutaneous fat s, and the fourth regression constant, and
• an abdominal subcutaneous fat cross-sectional area SA of the subject is further obtained based on a value of the thickness of the abdominal subcutaneous fat s and a value of the abdominal girth WL.

A visceral fat determining device with a weight-measuring function comprising:

• weight-measuring means for measuring a weight of a subject when the subject stands on a measuring surface;
• input means for inputting personal data including an abdominal girth WL that is a circumferential length of a torso of the subject, and a height, sex, age, and a thickness of abdominal subcutaneous fat s of the subject;
• a data processing unit that stores the personal data and calculates an estimated value of an abdominal visceral fat cross-sectional area VA of the subject based on the personal data;
• a display portion that displays the personal data and a result of the calculation performed by the data processing unit;
• and
• body fat ratio measuring means for measuring a human body impedance Z of the subject through electrodes in contact with terminals of the subject's body and for obtaining a body-fat ratio FAT of the subject based on the measured body impedance Z and the inputted personal data or part of the data, wherein
• the data processing unit stores a fifth regression coefficient of the abdominal girth WL, a second regression coefficient of the body fat ratio FAT, a second regression coefficient of the thickness of abdominal subcutaneous fat s, and a fifth regression constant which are obtained based on statistical analysis of a correlation between actually measured values of the abdominal visceral fat cross-sectional area VA obtained in abdominal tomography of human bodies of random samples and values of the abdominal girth WL of the human samples, values of the body fat ratio FAT of the human samples, and values of the thickness of abdominal subcutaneous fat s and
• the estimated value of an abdominal visceral fat cross-sectional area VA of the subject is obtained based on a value of the abdominal girth WL, a value of the body-fat ratio FAT obtained with the body-fat ratio measuring means, a value of the thickness of abdominal subcutaneous fat s, the fifth regression coefficient of the abdominal girth WL, the second regression coefficient of the body-fat ratio FAT, and the second regression coefficient of the thickness of abdominal subcutaneous fat s, and the fifth regression constant.

A visceral fat determining device with a weight-measuring function comprising:

• weight-measuring means for measuring a weight of a subject when the subject stands on a measuring surface;
• input means for inputting personal data including an abdominal girth WL that is a circumferential length of a torso of the subject, and a height, sex, age, and a thickness of abdominal subcutaneous fat s of the subject;
• a data processing unit that stores the personal data and calculates an estimated value of an abdominal visceral fat cross-sectional area VA of the subject based on the personal data;
• a display portion that displays the personal data and a result of the calculation performed by the data processing unit;
• and
• body-fat ratio measuring means for measuring a human body impedance Z of the subject through electrodes in contact with terminals of the subject's body and for obtaining a body-fat ratio FAT of the subject based on the measured body impedance Z and the inputted personal data or part of the data, wherein
• the data processing unit stores a fifth regression coefficient of the abdominal girth WL, a second regression coefficient of the body-fat ratio FAT, a second regression coefficient of the thickness of abdominal subcutaneous fat s, and a fifth regression constant which are obtained based on statistical analysis of correlation between actually measured values of the abdominal visceral fat cross-sectional area VA obtained in abdominal tomography of human bodies of random samples and values of the abdominal girth WL of the human samples, values of the body-fat ratio FAT of the human samples, and values of the thickness of abdominal subcutaneous fat s,
• the estimated value of an abdominal visceral fat cross-sectional area VA of the subject is obtained based on a value of the abdominal girth WL, a value of the body-fat ratio FAT obtained with the body-fat ratio measuring means, a value of the thickness of abdominal subcutaneous fat s, the fifth regression coefficient of the abdominal girth WL, the second regression coefficient of the body-fat ratio FAT, the second regression coefficient of the thickness of abdominal subcutaneous fat s, and the fifth regression constant, and
• an abdominal subcutaneous fat cross-sectional area SA of the subject is further obtained based on a value of the thickness of the abdominal subcutaneous fat s and a value of the abdominal girth WL.

A visceral fat determining device with a weight-measuring function comprising:

• weight-measuring means for measuring a weight of a subject when the subject stands on a measuring surface;
• input means for inputting personal data including an abdominal girth WL that is a circumferential length of a torso of the subject and a height of the subject;
• a data processing unit that stores the personal data and calculates an estimated value of an abdominal visceral fat cross-sectional area VA of the subject based on the personal data;
• and
• a display portion that displays the personal data and a result of the calculation performed by the data processing unit, wherein
• the data processing unit stores a first regression coefficient of a first abdominal girth index and a sixth regression constant which are obtained based on statistical analysis of a correlation between actually measured values of the abdominal visceral fat cross-sectional area VA obtained in abdominal tomography of human bodies of random samples and values of the first abdominal girth index obtained by dividing a square of the abdominal girth WL by the height of the subject and
• the estimated value of the abdominal visceral fat cross-sectional area VA of the subject is obtained based on a value of the first abdominal girth index, the first regression coefficient of the first abdominal girth index, and the sixth regression constant.

A visceral fat determining device with a weight-measuring function comprising:

• weight-measuring means for measuring a weight of a subject when the subject stands on a measuring surface;
• input means for inputting personal data including an abdominal girth WL that is a circumferential length of a torso of the subject, and a height, sex, and age of the subject;
• a data processing unit that stores the personal data and calculates an estimated value of an abdominal visceral fat cross-sectional area VA of the subject based on the personal data;
• and
• a display portion that displays the personal data and a result of the calculation performed by the data processing unit, and
• body-fat ratio measuring means for measuring a human body impedance Z of the subject through electrodes in contact with feet of the subject as terminals of the subject's body and for calculating a body-fat ratio FAT of the subject based on the measured body impedance Z and the inputted personal data or part of the data, wherein
• the data processing unit stores a sixth regression coefficient of the abdominal girth WL, a third regression coefficient of BMI, a third regression coefficient of the body fat ratio FAT, and a ninth regression constant which are obtained based on statistical analysis of a correlation between actually measured values of the abdominal visceral fat cross-sectional area VA obtained in abdominal tomography of human bodies of random samples and values of the BMI of the human samples and values of the of the body-fat ratio FAT of the human samples and
• the estimated value of the abdominal visceral fat cross-sectional area VA of the subject is obtained based on a value of the abdominal girth WL, a value of the BMI, a value of the body fat ratio FAT, the sixth regression coefficient of the abdominal girth WL, the third regression coefficient of the BMI, the third regression coefficient of the body-fat ratio FAT, and the ninth regression constant.

A visceral fat determining device with a weight-measuring function comprising:

• weight-measuring means for measuring a weight of a subject when the subject stands on a measuring surface;
• input means for inputting personal data including an abdominal girth WL that is a circumferential length of a torso of the subject, and a height, sex, age, and a thickness of abdominal subcutaneous fat s of the subject;
• a data processing unit that stores the personal data and calculates an estimated value of an abdominal visceral fat cross-sectional area VA of the subject based on the personal data;
• and
• a display portion that displays the personal data and a result of the calculation performed by the data processing unit, and
• body-fat ratio measuring means for measuring a human body impedance Z of the subject through electrodes in contact with feet of the subject as terminals of the subject's body and for calculating a body-fat ratio FAT of the subject based on the measured body impedance Z and the inputted personal data or part of the data, wherein
• the data processing unit stores a seventh regression coefficient of the abdominal girth WL, a fourth regression coefficient of BMI, a fourth regression coefficient of the body fat ratio FAT, a third regression coefficient of the thickness of abdominal subcutaneous fat s, and a tenth regression constant which are obtained based on statistical analysis of a correlation between actually measured values of the abdominal visceral fat cross-sectional area VA obtained in abdominal tomography of human bodies of random samples and values of the BMI of the human samples, values of the body-fat ratio FAT of the human samples, and values of the thickness of abdominal subcutaneous fat s of the human samples and
• the estimated value of the abdominal visceral fat cross-sectional area VA of the subject is obtained based on a value of the abdominal girth WL, a value of the BMI, a value of the body-fat ratio FAT, a value of the thickness of abdominal subcutaneous fat s, the seventh regression coefficient of the abdominal girth WL, the fourth regression coefficient of the BMI, the fourth regression coefficient of the body fat-ratio FAT, the third regression coefficient of the thickness of abdominal subcutaneous fat s, and the tenth regression constant.

A visceral fat determining with a weight-measuring function comprising:

• weight-measuring means for measuring a weight of a subject when the subject stands on a measuring surface;
• input means for inputting personal data including an abdominal girth WL that is a circumferential length of a torso of the subject and a height of the subject;
• a data processing unit that stores the personal data and calculates an estimated value of an abdominal visceral fat cross-sectional area VA of the subject based on the personal data;
• a display portion that displays the personal data and a result of the calculation performed by the data processing unit;
• and
• impedance-measuring means for measuring a human body impedance Z of the subject through electrodes in contact with terminals of the subject's body, wherein
• the data processing unit stores an eighth regression coefficient of the abdominal girth WL, a first regression coefficient of a term (TL2/Z), and an eleventh regression constant which are obtained based on statistical analysis of a correlation between the actually measured values of the abdominal visceral fat cross-sectional area VA obtained in abdominal tomography of human bodies of random samples and values of the abdominal girth WL of the human samples and values of the term (TL2/Z) of the human samples obtained by dividing a square of the height TL by the body impedance Z and
• the estimated value of the abdominal visceral fat cross-sectional area VA of the subject is obtained based on a value of the abdominal girth WL, a value of the body impedance Z measured with the impedance measuring means, a value of the height TL obtained through the input means, the eighth regression coefficient of the abdominal girth WL, the first regression coefficient of the term (TL2/Z), and the eleventh regression constant.

A visceral fat determining device with a weight-measuring function comprising:

• weight-measuring means for measuring a weight of a subject when the subject stands on a measuring surface;
• input means for inputting personal data including an abdominal girth WL that is a circumferential length of a torso of the subject and a height of the subject;
• a data processing unit that stores the personal data and calculates an estimated value of an abdominal visceral fat cross-sectional area VA of the subject based on the personal data;
• a display portion that displays the personal data and a result of the calculation performed by the data processing unit;
• and
• impedance-measuring means for measuring a human body impedance Z of the subject through electrodes in contact with terminals of the subject's body, wherein
• the data processing unit stores a ninth regression coefficient of the abdominal girth WL, a first regression coefficient of the human body impedance Z, and a twelfth regression constant which are obtained based on statistical analysis of a correlation between the actually measured values of the abdominal visceral fat cross-sectional area VA obtained in abdominal tomography of human bodies of random samples and values of the abdominal girth WL of the human samples and values of the body impedance Z of the human samples and
• the estimated value of the abdominal visceral fat cross-sectional area VA of the subject is obtained based on a value of the abdominal girth WL, a value of the body impedance Z measured with the impedance measuring means, the ninth regression coefficient of the abdominal girth WL, the first regression coefficient of the body impedance Z, and the twelfth regression constant.

A visceral fat determining device with a weight-measuring function comprising:

• weight-measuring means for measuring a weight of a subject when the subject stands on a measuring surface;
• input means for inputting personal data including an abdominal girth WL that is a circumferential length of a torso of the subject, and a height, sex, and age of the subject;
• a data processing unit that stores the personal data and calculates an estimated value of an abdominal visceral fat cross-sectional area VA of the subject based on the personal data;
• a display portion that displays the personal data and a result of the calculation performed by the data processing unit;
• and
• body-fat ratio measuring means for measuring a human body impedance Z of the subject through electrodes in contact with terminals of the subject's body and for obtaining a body-fat ratio FAT of the subject based on the measured body impedance Z and the inputted personal data or part of the data, wherein
• the data processing unit stores a first regression coefficient of a term (WL2·TL·age), a first regression coefficient of a term (WL2·TL·FAT) and a thirteenth regression constant which are obtained based on statistical analysis of a correlation between the actually measured values of the abdominal visceral fat cross-sectional area VA obtained in abdominal tomography of human bodies of random male samples and values of the term (WL2·TL·age) obtained by multiplying a square of the abdominal girth WL2 of the human male samples, the height TL of the human male samples, and the age of the human male samples and values of the term (WL2·TL·FAT) obtained by multiplying a square of the abdominal girth WL2 of the human male samples, the height TL of the human male samples, and the body fat ratio FAT of the human male samples and
• when inputted subject's personal data of sex is “male,” the estimated value of the abdominal visceral fat cross-sectional area VA of the subject is obtained based on a value of the abdominal girth WL of the subject, a value of the age of the subject inputted through the input means, a value of the body-fat ratio FAT of the subject measured with the body-fat ratio measuring means, the first regression coefficient of the term (WL2·TL·age), the first regression coefficient of the term (WL2·TL·FAT), and the thirteenth regression constant.

A visceral fat determining device with a weight-measuring function comprising:

• weight-measuring means for measuring a weight of a subject when the subject stands on a measuring surface;
• input means for inputting personal data including an abdominal girth WL that is a circumferential length of a torso of the subject, and a height, weight, sex, and age of the subject;
• a data processing unit that stores the personal data and calculates an estimated value of an abdominal visceral fat cross-sectional area VA of the subject based on the personal data;
• a display portion that displays the personal data and a result of the calculation performed by the data processing unit;
• and
• body-fat ratio measuring means for measuring a human body impedance Z of the subject through electrodes in contact with terminals of the subject's body and for obtaining a body-fat ratio FAT of the subject based on the measured body impedance Z and the inputted personal data or part of the data, wherein
• the data processing unit stores a second regression coefficient of the term (WL2·TL·age), a fifth regression coefficient of the body fat ratio FAT, and a fourteenth regression constant which are obtained based on statistical analysis of a correlation between the actually measured values of the abdominal visceral fat cross-sectional area VA obtained in abdominal tomography of human bodies of random female samples and values of the term (WL2·TL·age) obtained by multiplying a square of the abdominal girth WL2 of the human female samples, the height TL of the human female samples, and the age of the human female samples and values of the body fat ratio FAT of the human female samples and
• when inputted subject's personal data of sex is “female,” the estimated value of the abdominal visceral fat cross-sectional area VA of the subject is obtained based on a value of the abdominal girth WL of the subject, a value of the age of the subject inputted through the input means, a value the body-fat ratio FAT of the subject measured with the body-fat ratio measuring means, the second regression coefficient of the term (WL2·TL·age), the fifth regression coefficient of the body fat ratio FAT, and the fourteenth regression constant.