JP4883785B2 - Method for measuring potential physical environment - Google Patents

Description

  The present invention relates to a method for measuring a potential physical environment that can grasp the physical state of any subject regardless of age or sex and can advise the subject on the current physical state of the body.

  In general, not only middle-aged and older people, but also young people who are considered healthy are suffering from various diseases such as heart disease, liver disease, kidney disease, cancer, hypertension and hypotension. a lot of people. In addition, when it comes to testing for various diseases, it is difficult to come to the hospital after booking the date and time at a hospital, clinic, clinic, etc., and to undergo various tests such as urine tests, blood tests, and X-ray tests, Moreover, depending on the person who undergoes various tests one after another, it becomes a burden on the body mentally and physically.

  Therefore, many people would appreciate it if they could know their current physical condition (whether they were healthy or not) with a simple examination determination method.

  It is also true that when a person suffering from various illnesses takes drugs such as antibiotics, there are some side effects on the body, and it would be greatly appreciated if the illness improved or was completely cured without taking the drugs. It is.

In addition, as a bathing system provided with a measuring device that gives a warm bath effect to the body and measures a health condition, there is one disclosed in Patent Document 1.
JP 2000-271095 A

  The present invention was developed in view of the above points, and the object of the present invention is to grasp the physical state of the subject and contribute to early detection of the disease, and to the subject. It is an object of the present invention to provide a method for measuring a potential physical environment, which can be used as a judgment material for prompting the body to improve to a normal state.

In order to effectively achieve the above-described object, the method for measuring a potential physical environment of the present invention comprises the steps described in the claims, or has the following configuration.
(1) a first process of measuring the body temperature of the right hand side and the left hand side, and subsequently measuring blood pressure and pulse (state before heating),
(2) When the measurement is completed, immerse both hands in the blood flow promoting device for armrests installed on the right and left sides, dip both feet in the blood flow promoting device for legs, put a timer, and buzzer (10-13 minutes) will sound And the second process of performing the above measurement again and recording the measurement value,
(3) A third process in which the above measurement is performed again and the measured value is recorded when the buzzer sounds,
(4) After the third process, a fourth process of taking out from the room temperature sauna room with a blood flow device and taking a break for ten minutes outside the room,
(5) a fifth process in which the first to fourth processes are repeated twice or more;
(6) A sixth step of taking a bath for 20 to 30 minutes after leaving the room temperature sauna room with a blood flow device after completion of the fifth step;
(7) Measure body temperature of right hand side and left hand side, measure blood pressure and pulse later, record the measured value by the subject, then leave the room with blood flow device and room temperature sauna room A seventh step of ending the measurement process,
(8) An eighth process of inputting the measured values on the right hand side and the left hand side to the personal computer,
(9) Using a computer, ((1) systolic blood pressure, (2) diastolic blood pressure, (3) blood pressure difference (difference between systolic blood pressure and diastolic blood pressure), (4) pulse, (5) pulse difference (pulse before heating And (6) average pulse (total number of measurements during heat / number of times), (7) body temperature, (8) body temperature difference (difference between body temperature before heat and body temperature, However, during the heat), (9) Average pulse (total number of measurements during heat divided by the number of times)) 9th process to calculate 9 items,
(10) a tenth step of creating a graph of the measured values on the right hand side and the left hand side on a personal computer;
(11) The eleventh step of replacing each measurement value input to the personal computer and the total value of the right-hand side data and the total value of the left-hand side data with the physical age value by the processing of the personal computer .

  According to the method for measuring a potential physical environment of the present invention having the above-described configuration, anyone can be examined in a relaxed state regardless of age or sex, and the subject can be examined without imposing an excessive burden on the body. It is possible to grasp the physical condition of the person and contribute to the early detection of the disease. Moreover, the judgment material which urges the subject to improve the body to a normal state can be provided, which can help improve the disease.

Hereinafter, the best mode for carrying out the present invention will be described.
The method for measuring a potential physical environment according to the present invention will be described step by step.
First, a room temperature sauna room with a blood flow promoting device (hereinafter referred to as a sauna room) used in the present invention will be described. This sauna room is a hollow rectangular parallelepiped shape and a wooden part with a transparent viewing window in part. The body of the sauna and the sauna room main body provided with a door that can be hermetically sealed at the entrance / exit opening of the box, the air supply and exhaust holes provided at the top of the sauna room main body, and the air supply duct connected to the air supply hole from the outside And an exhaust duct connected to the exhaust hole from the outside, a blower connected to the above air supply duct, an air purifier and an exhaust fan connected to the exhaust duct, and chair-shaped armrests installed on the left and right in the sauna body The blood flow promoting device comprises a leg blood flow promoting device. The blood flow promoting device has hot water storage tanks in both armrests and footrests, and includes a heater for overheating and warming the hot water filled in the hot water storage tanks. Inside the sauna room main body, fresh fresh air is supplied through an air supply duct and an air supply hole. In addition, in order to prevent the inside of the sauna room body from being contaminated by the gas generated from the body of the subject, the dirty air in the sauna room body is discharged outside by the exhaust fan through the exhaust hole and the exhaust duct. At the same time, it is purified by an air purifier so that the inside of the sauna room main body is not always polluted and does not adversely affect the outside environment.

  Therefore, in the method for measuring the potential physical environment of the present invention using the sauna room, the room temperature is about 38 ° C. to 60 ° C. (38 ° C. to 53 ° C. is depending on the health condition of the subject) as the first process. Preferably, in the case of athletes who need to improve physical function, the temperature may be 60 ° C.), and the subject is placed inside the sauna room body maintained at a humidity of 90% to 98%. Sit in the chair of the blood flow promoting device. The subject himself enters the sauna room, measures the right and left hand body temperature with a thermometer, and then measures the right and left hand blood pressure (maximum blood pressure, minimum blood pressure) and pulse with a blood pressure monitor. The subject records the measured values of each measurement described above on the recording paper each time (see the front of the left side of Table 1 (before heating)).

  In the table, (left) indicates each measured value measured on the left hand side, and (right) indicates each measured value on the right hand side. In addition, “front” on the left side of the table indicates before heating, 1 to 6 indicate measurement during heating, and “after” indicates the current state after completion. Usually measured after one hour, but may be measured after a few hours.

  Next, as a second process, the right hand promotes blood flow (right armrest), the left hand immerses the left and right feet in the left armrest and footrest (10-13 minutes), and the foot promotes blood flow when the buzzer sounds. In the state of being immersed in the apparatus, each measurement on the right hand side and the left hand side described above is performed again, and the examinee records each measurement value on a recording sheet (1 item on the left side of Table 1).

In addition, since the measurement time “before” in the table is “11:11” and the measurement time “1” in the table is “11:38”, the time interval is 28 minutes. The interval is measured after about 10 to 13 minutes as described above. Therefore, the time interval of 28 minutes as described above, which is longer than the time interval of 10 minutes to 13 minutes, is because it takes time to fill in the recording paper depending on the state and situation at that time. Time intervals in subsequent measurements (for the same reason, the time times “2” to “6” in the table are not necessarily 10 to 13 minutes).

  Next, as a third process, after the subject records on the recording paper, again immerse his hands in the left and right armrests (with the feet immersed in the blood flow promoting device from the second process) in 10 to 13 minutes. When the buzzer sounds, the above-mentioned measurements on the right hand side and the left hand side performed in the first process are performed again, and the measured values are recorded on the recording paper (item 2 on the left side of Table 1).

  Next, as a fourth process, after completing the above-described third process, the subject goes out of the sauna room body and rests outside for 10 minutes.

  Next, as a fifth process, the subject repeats the above-described first to fourth processes two or more times. There may be one time (the number of times is determined by the reservation time). The measurement is performed on the right hand side and the left hand side, and the measured value is recorded on the recording paper (items 3 to 6 on the left side of Table 1) by the examinee.

  Next, as a sixth process, the subject goes out of the main body of the sauna room after the completion of the fifth process, and takes a bath for 20 to 30 minutes in a separately installed bathtub.

  Next, as a seventh process, the subject enters the sauna room body again at an interval of about one hour after the completion of the sixth process, performs the same measurement as the first process described above, Each measured value is recorded on a recording sheet (the latter item on the left side of Table 1), and then exits from the sauna room body and ends. (The above record may be automatically input to a personal computer.)

  Next, as the eighth process, the measurement values (maximum blood pressure, minimum blood pressure, pulse, body temperature) on the right hand side and the left hand side measured in the seventh process are input to the personal computer.

Next, as the 9th process, based on the left hand side measurement value and the right hand side measurement value, (1) systolic blood pressure, (2) diastolic blood pressure, (3) blood pressure difference, (4) pulse, (5) pulse difference , (6) Mean pulse, (7) Body temperature, (8) Body temperature difference, (9) Mean body temperature (Table 2) and (1) Blood flow state, (2) Blood, (3) Blood vessels, (4) Lung heart, (5) Pulmonary heart function, (6) Lung / heart aging degree, (7) Organ, (8) Organ function, (9) Nerve aging degree, physical age (Table 4) and etiological degree (pathogenic energy) ) On a computer.
Etiology is (chemical complex substance) generated concentration value replaced with numerical value.
Pathogenic energy is a general term for poisonous gases (chemical complex substances) generated in the body.
The way of viewing Tables 2 and 4 is that the state at the time of measurement is shown in the rows (1 to 9), and the diagnosis and improvement status by item are shown in the columns.

Next, as the tenth process, based on the measured values on the right hand side and the left hand side input to the personal computer,
Comprehensive graph (measured systolic blood pressure, diastolic blood pressure, pulse, and body temperature for each measurement time) (Table 3), line graph (from pre-heat to end of life represented by body age), bar graph (diagnosis / effect), analog List graph (graphs of each diagnosis and effect from pre-heat to end time), line graph by item ((1) systolic blood pressure / blood flow state, (2) diastolic blood pressure / blood, (3) blood pressure Difference / blood vessel, (4) pulse / pulmonary heart, (5) pulse difference / pulmonary heart function, (6) average pulse / pulmonary / heart aging degree, (7) body temperature / organ, (8) body temperature difference / organ function, (9) Average body temperature / central nervous system / body aging degree) etc. are processed with a personal computer to create a graph.

  Next, as an eleventh step, the above measured values input to the personal computer, and the total value of the right-hand side data and the total value of the left-hand side data are each replaced by physical age (value) by personal computer processing (Table 4). The average value of the total body age (value) in Table 4 (the total of 9 body age values) is shown on the right side of the table. The body age (value) value corresponding to each measured value is shown in the circled positions shown in Tables 5 to 29.

  Finally, as a twelfth process, the current potential physical condition is determined from the physical age (value) of the total of the nine physical age values obtained in the eleventh process. For example, if the subject is a 70-year-old male, looking at Table 4, before heating (average value of the total body age (value) in each measured value immediately after entering the sauna room body (average physical body The age (value) is 74.8 on the left hand side and 76.3 on the right hand side, and it cannot be said that he is higher than 70 years old and is not healthy. When looking at age (value), it is judged whether it is above or below 70 years old. If it is below 70 years old, it is healthy, but if it is physical age (value) above 70 years old, it is a physical table. 4 can be judged (determined) that the part shown in FIG.

  Moreover, if judging from (judging) the physical age (value) of items 1 to 9 after heating in Table 4, there are many numerical values under 70 years old, and the physical environment (health of each part in the body) It can be determined (determined) that the (state) is improved.

  Thus, by replacing each measurement value described above with the body age (value), the current potential physical environment (health state of each part in the body) of the subject can be determined (determined).

Claims (1)

(1) When a subject enters a sauna room with a blood flow promoting device capable of entering and exiting at a room temperature of 38 ° C. to 60 ° C. and a humidity of 90% to 98%, and enters the sauna room with a blood flow promoting device Measuring the blood pressure, pulse and body temperature of each of the right hand side and left hand side of the subject, and recording the measured values by the subject or an outdoor person,
(2) a second process of performing the above measurement again after about 10 to 13 minutes after entering the room and recording the measured value;
(3) a third process in which both hands and both feet are immersed in hot water for 10 to 12 minutes after the second process, and the measurement is performed again to record the measurement value;
(4) The fourth process of leaving the sauna room with a blood flow promoting device after the third process and taking a break for ten minutes outside the room;
(5) a fifth process in which the first to fourth processes are repeated three or more times;
(6) A sixth process of taking a bath for 20 to 30 minutes after leaving the sauna room with a blood flow promoting device after completion of the fifth process;
(7) After the end of the sixth step, enter the sauna room with the blood flow promoting device again at an interval of about 1 hour, measure the blood pressure, pulse and body temperature on the right hand side and the left hand side, and examine the measured values A seventh process in which the person records, and then the subject exits the sauna room with the blood flow promoting device and ends the above-described measurement process;
(8) The eighth process of inputting the measured values on the right hand side and the left hand side, or the right hand calculated data and the left hand calculated data calculated based on the measured values and the measured values to the personal computer,
(9) Ninth process of calculating with a personal computer;
(10) a tenth step of creating a graph of the measured values on the right hand side and the left hand side on a personal computer;
(11) An eleventh step of replacing each of the measured values input to the personal computer and the total value of the right-hand side data and the total value of the left-hand side data with a physical age value by a personal computer process. How to measure the potential physical environment.