KR101963948B1 - Body water balancing service method - Google Patents

Abstract

The present invention relates to a method and apparatus for communicating with a body composition analyzer wirelessly or by wire, receiving body information from a user, receiving measurement information about a user from the body composition analyzer, performing body composition analysis based on the body information, Determining a body shape of a user as one of a plurality of body shapes set using a body fat percentage, a body weight of a user, and a standard body weight corresponding to a height of a user in the user mobile, Generating a body water balance information by using the daily water intake amount input from the user, the daily aerobic exercise time and the body shape of the user identified above, and displaying on the screen the exercise body prescription and the food prescription corresponding to the body shape of the user A body water balance service including a step of displaying ≪ / RTI >

Description

BODY WATER BALANCING SERVICE METHOD [0001]

The present invention relates to a body water balance service method for providing body water balance information corresponding to a body shape of a user grasped by a body composition analyzer.

There is body water in the body composition of the human body. Body water refers to the amount of water in our body, which accounts for about 50% ~ 70% of the body constituents. The optimal water absorption rate in the human body is 50% to 70% for men and 45% to 65% for women. The body water percentage is the highest in children and decreases with age.

Generally, body fat and protein in body composition are not affected greatly even if they are somewhat lost, but in the case of body water, even if it is 10%, abnormality appears in the body and it may die if it is lost. Body water is the essential ingredient for maintaining life.

The body water content in the body component will be described in detail with reference to FIG. 1 is an example of body composition including body water. In Fig. 1, the result of measurement by a body composition analyzer of a 35-year-old female Songmy, having a height of 164 cm and a body weight of 65.2 kg.

As a result of measuring with body composition analyzer, Song 's body composition is 43.4Kg and body fat amount is 21.8Kg among 65.2Kg of body weight. The muscle mass was 39.7kg and the mineral was 3.7kg. In addition, protein of muscle was 8kg and body water was measured as 31.2L.

As can be seen from the measurement results, most of the body water is contained in the muscle. As is generally known, body water is a combination of intracellular water and extracellular water. If you take proper body water, you know that it is good for you to drink lots of water for good reasons such as skin aging prevention, fatigue recovery, joint health.

Even if you drink a lot of water, some of the water you ingest is discharged from your body to maintain the intracellular concentration, so the body water that increases with drinking water does not last long.

So what would be a good way to fundamentally increase body water? This can be answered by the fact that most of the body water is included in the muscle mass. That is, in order to increase the body water content, the skeletal muscle amount, that is, the muscle amount, may be increased.

However, increasing the amount of muscle without adequate water intake can harm your health. Therefore, there is a need for a technique and a service that enable a person to have a proper body shape while allowing a proper amount of water to be consumed in accordance with a person's body shape. For reference, lack of hydration weakens muscles and disables elasticity of the skin. In severe cases, symptoms of coma occur due to nervous system abnormality. If water supply is excessive, water is drained to reduce muscle mass , Water poisoning, or frequent urination, which interferes with sleep.

1. Published Japanese Patent Application No. 10-2016-0051670 (Nov. 2. Patent Publication No. 10-1409090 (Jun. 17, 2014)

The object of the present invention is to provide a body water balance service method capable of producing a healthy body by suggesting a water intake amount, a food and an exercise method according to a body shape of a user.

The object of the present invention is to provide a body balance service method which enables a group member to share exercise information, diet and water consumption information of a person who shows a positive body change within a certain period of time among members of a group having the same body shape .

Embodiments according to the present invention can be used to accomplish other tasks not specifically mentioned other than the above-described tasks.

According to an aspect of the present invention, there is provided a method for balancing body water according to an embodiment of the present invention. The method comprises the steps of communicating with a body composition analyzer in a wireless or wired manner, receiving body information from a user, receiving measurement information about a user from the body composition analyzer, Analyzing and displaying a measurement result including a muscle mass, a body fat percentage, and a body fat mass on a screen; displaying a plurality of body shapes of the user's body shape using the body fat percentage, the weight of the user and the standard body weight corresponding to the user's height, , Generating body water balance information using the daily water intake amount input by the user, the daily aerobic exercise time and the body shape of the user and displaying on the screen, and displaying the exercise prescription and food prescription corresponding to the body shape of the user On the screen The.

According to another aspect of the present invention, there is provided a body water balance service method. The method comprises the steps of: receiving from a user mobile a measurement result including a user's muscle mass, body fat percentage, and body fat mass measured by a body composition analyzer, and a user's basic metabolic rate calculated using the body fat percentage and the muscle mass and the user's body weight, Determining a body shape of the user as one of a plurality of body shapes using a body weight of the user, a body weight of the user, and a standard body weight corresponding to the height of the user, determining a first group corresponding to the body shape of the user, Registering the user as a group member of the first group, generating body water balance information using the daily water intake amount and daily aerobic exercise time of the user received from the user mobile and the body shape of the user, and providing the body water balance information to the user mobile Step, a moving object corresponding to the user's body shape And a food prescription to the user's mobile; determining if the body shape has deteriorated by determining a change in the body shape of the user when the set period has elapsed; and if the body shape of the user has deteriorated, And providing the user's mobile with the exercise prescription, the food prescription, and the daily moisture intake of the best subject changed in this good direction.

The body shape of the user may be one of a body region, an endoderm region, a mesodermal region, and an exodeviation region, or a bodybuilder-level bodybuilder, a bodybuilder with a large body size, an entertainer-middle bodybuilder, It is not easy to get rid of obesity, but it is not easy to get rid of obesity. It is not easy to get rid of obesity, It is one of 18 body shapes such as ectoderm of thorns.

The body water balance service method according to another embodiment of the present invention receives the aerobic exercise time, the intake food, the daily moisture intake, and the body composition measurement result received from each user's mobile and accumulates it in correspondence with the received date each time information is received Determining the body shape of each user each time the information is received from each user's mobile and comparing the current body shape with the previous body shape to determine whether the body shape has changed; And a step of matching and storing the aerobic exercise time, the intake food, the daily moisture intake, and the body composition measurement result cumulatively stored for the best subject for a predetermined period or setting period to the identification information and the group information of the user, .

In the body balance service method according to another embodiment of the present invention, if the body shape of the user does not change during the setting period or if the body shape of the user is deteriorated, the exercise prescription of the best subject whose body shape is changed in a good direction And providing a food prescription and daily moisture intake to the user mobile.

According to the embodiment of the present invention, accurate body shape can be grasped through the muscle mass and the body fat percentage determined through the body composition analyzer, the amount of water ingested per day by the user can be grasped, and prescriptions and moisture intakes corresponding to the user's body type can be presented. To have a positive change in body.

Also, according to the embodiment of the present invention, it is possible to determine exercise method, diet, and moisture intake information of a person who shows a positive change of body among others having the same condition as himself / herself and learn his or her wrong exercise method, dietary therapy, It can fix the way you take your water and make you have positive body changes within a short period of time.

1 is an example of body composition including body water.
2 is a conceptual diagram of a body mass balance service according to an embodiment of the present invention.
3 is a block diagram of a body water balance service system according to an embodiment of the present invention.
Fig. 4 is a figure-of-thumb determination graph according to an embodiment of the present invention.
5 is a flowchart of a body water balance service method according to the first embodiment of the present invention.
6 is a flowchart of a body water balance service method according to a second embodiment of the present invention.
7 is a flowchart illustrating a method of selecting a best object according to an embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings, which will be readily apparent to those skilled in the art to which the present invention pertains. The present invention may be embodied in many different forms and is not limited to the embodiments described herein. In order to clearly illustrate the present invention, parts not related to the description are omitted, and the same reference numerals are used for the same or similar components throughout the specification. In the case of publicly known technologies, a detailed description thereof will be omitted.
In this specification, when a component is referred to as "comprising ", it means that it can include other components as well, without excluding other components unless specifically stated otherwise.

Hereinafter, a body water balance service method according to an embodiment of the present invention will be described with reference to the accompanying drawings.

2 is a conceptual diagram of a body water balance service according to the present embodiment. 2, a body mass balance service according to an embodiment of the present invention is provided through a body mass balance system composed of a body composition analyzer A, a user mobile 100, a tine mobile 10 and a service server 200 .

The body component analyzer A is a device capable of measuring the body composition of a user and providing the measurement results (information on body fat percentage, body fat mass, muscle mass, body water amount, etc.) to the user mobile 100, Data communication can be fixed, portable, expensive or low cost. Ideally, a portable body composition analyzer is preferable because it is important that individuals use it every day. Particularly, the body composition analyzer (A) is a two-electrode (two-electrode) four-point touch body composition analyzer in the case of a portable body composition analyzer. The body composition analyzer is a bioelectrical resistance measurement , Bio-electronics Impedance Analysis).

The user mobile 100 and the other mobile 10 are devices capable of data communication with the body component analyzer A in a wireless or wired manner and capable of remote wireless communication and are provided with a body balance service application Examples of the communication terminal include a smart phone, a notebook, and a tablet PC. Here, the service application is a mobile application that enables a user to provide a body water balance service. When the service application 200 does not interact with the service server 200, it generates various kinds of information for the body water balance service itself, The service server 200 is configured to acquire a result of an operation for processing an operation using a relatively large amount of data such as data processing. In addition, the service application uses the body composition measurement result provided by the body composition analyzer (A) to grasp the user's body fat percentage, body fat mass, muscle mass, body water content, and the user's basic metabolic rate.

The service server 200 is used in a case where the body balancing service is provided to each user in cooperation with each service application of all user mobiles. A detailed description of the service server 200 will be described below.

A schematic operation of the body water balance service according to the embodiment of the present invention configured as described above will be described. Here, the body water balance service is for the case of using the service server 200.

The user communicates the body composition analyzer (A) and the user mobile (100), and then measures the body composition through the body composition analyzer (A). Then, the measured result is provided to the user mobile 100 in the body component analyzer A (S1).

The service application of the user mobile 100 calculates body water amount, muscle mass, basic metabolism amount, body fat mass, and the like using the body composition measurement result (S2). In this case, the service server 200 can determine the shape of the body, not the user mobile 100.

In order to calculate the body composition measurement result in the user mobile 100, information about the body weight, the key, and the gender should be provided from the user to the service application. Here, the user mobile 100 calculates the body water amount using the following equation (1). In addition, the service app calculates the basal metabolic rate using the muscle mass, body fat percentage and body weight obtained from the body composition measurement result.

[Equation 1]

Body water content (TBW) = (A * (elongation) ² / IMP) + (B * body weight) + (C * age) +

In Equation (1), A, B, C, D and E are constants, and IMP is the impedance of the body measured by the body composition analyzer (A).

When the user inputs his / her daily water intake and daily aerobic exercise time, the user mobile 100 determines the daily water intake and the daily aerobic exercise time (S3), and then calculates a daily water intake amount, body water amount, , Basic metabolic rate, body fat amount, daily aerobic exercise time and the like to the service server 200 (S4). At this time, the user mobile 100 may provide only the daily water intake amount, the body water amount, and the body shape of the user to the service server 200, and may further provide the basic metabolic rate. If the service server 200 determines the body shape of the user, the user mobile 100 may provide only the daily moisture intake to the service server 200 or provide the daily moisture intake and basal metabolic rate to the service server 200 have.

Exercise can be divided into anaerobic exercise and aerobic exercise. Anoxic exercise is not related to weight. In other words, weight loss does not decrease even if a lot of anaerobic exercise or exercise time is lengthened. However, aerobic exercise is related to weight. That is, the longer the aerobic exercise time, the lower the weight. It is generally known that aerobic exercise lasts for 30 minutes and the body fat is burned from that point to reduce weight. And when aerobic exercise, the discharge of sweat, that is, the discharge of water occurs. Therefore, cardiopulmonary exercise is associated with weight loss and water discharge, so cardiovascular fitness time checks are necessary for body water balance services.

When the service server 200 receives the information about the information identified through the body composition analyzer a from the user mobile 100, the service server 200 transmits a diet (diet), exercise prescription information, and body water balance information, (S5). The body water balance information includes information on the user's body shape, information on the advantages and / or disadvantages of the case where the daily moisture intake is high or low, and in many cases and in the case where the daily water intake is low.

The service server 200 accumulates information received from the user mobile 100 and measures a change in body shape of the user (e.g., a change in muscle mass or percent body fat) during a set period (S6). When the body change is absent or worsened, And provides the user with information on the dietary, exercise, and water intakes of the other body having the same body shape (S7). In step S7, the other person may be a person having the same body shape and basic metabolism as the user. Here, the dietary, exercise, and water intakes of the others provided to the user are dietary and exercise therapies that others had during the set period.

Hereinafter, a body water balance service system will be described with reference to FIG.

3 is a block diagram of a body water balance service system according to an embodiment of the present invention.

Referring to FIG. 3, the body mass balance service system according to the embodiment of the present invention includes a user mobile 100 and a service server 200.

The user mobile 100 includes a user input unit 101, a remote communication unit 102, a measurement management unit 103, a body type determination unit 104, a basic metabolism calculation unit 105, a prescription unit 106, a body water measurement unit 107 A water intake amount sensing unit 108, a storage unit 109, and an output unit 110. Here, the service app includes a measurement management unit 103, a body type determination unit 104, a basic metabolism amount calculation unit 105, a prescription unit 106, a body water measurement unit 107 and a moisture intake amount determination unit 108 do.

The user input unit 101 outputs an electrical signal corresponding to a user input such as a command or selection of the user. The user inputs physical information such as aerobic exercise type, aerobic exercise time, consumed food information, personal information for member registration, weight, height, sex, and the like through the user input unit 101. The remote communication unit 102 is in charge of communication with the service server 200.

The measurement management unit 103 is responsible for wireless or wired connection with the body component analyzer A and data communication with the body component analyzer A. [ The body shape determination unit 104 determines the body shape of the user by using the body fat percentage measured by the body composition analyzer A, the body weight of the user, and the standard body weight corresponding to the height of the user. The body type determination unit 104 can be omitted if the service server 100 determines the body shape of the user. The basic metabolic rate calculating unit 105 calculates the basic metabolic rate using the body fat percentage, the muscle mass and the body weight measured by the body composition analyzer A. The basic metabolic rate calculation unit 105 can be omitted if the basic metabolic rate is not used at the time of generating the body mass balance information.

The prescription unit 106 calculates a muscle mass, a body fat mass, and the like based on the measurement result received through the body composition analyzer A, receives the user's current body mass from the body water measurement unit 107, and the basic metabolic rate calculator 105 And receives the daily moisture intake of the user determined by the moisture intake amount sensing unit 108. The control unit 110 also provides the received various information through the output unit 111 and also receives the exercise prescription (Diet) and body mass balance information to the user. In addition, the prescription unit 106 provides the service server 200 with information on the type of daily aerobic exercise of the user, aerobic exercise time, food intake, etc.,

The exercise prescription, the food prescription information, and the body mass balance information may be information generated by the prescription unit 106 or information provided from the service server 200.

Here, the content of the body balance information varies depending on the user's body shape, daily moisture intake, aerobic exercise time, and moisture intake per day. Moisture Daily intake standard is (key + weight) / 100.

For example, if you drink a lot of water, digestion will increase your metabolism and you will lose weight. Therefore, obese people are required to consume more water than their daily intake of water for weight loss, and this requirement is included in the body balance information. Specifically, the daily water intake (a daily intake of water + the first water intake) provided to an obese person becomes the recommended daily water intake of the obese person through the body water balance information in consideration of the aerobic exercise time (water Daily intake standard + first water intake + second water intake).

In the present invention, the body shape of the user is classified into a plurality of persons who are obese. Therefore, the first water intake amount is set to be higher as the body weight of the obesity body becomes higher. The second water intakes are set to be higher as the aerobic exercise time is longer, and the aerobic exercise time is preferably a time period during which the aerobic exercise is continuous for 30 minutes or more.

As another example, a dry person can lose weight if he or she eats a lot of water and lose muscle mass if not exercised enough. Therefore, the daily water intake provided to a skinny person becomes a basis of water intake per day, and when the aerobic exercise time is taken into consideration, the recommended daily water intake of the skinny person, which is finally provided through the body water balance information, Water intake). The third water intake amount and the second water intake amount are set to be higher as the aerobic exercise time is longer, and the aerobic exercise time is preferably a time of continuous exercise for 30 minutes or more. When the second water intake amount is equal to or greater than the second water intake amount Is set to be smaller than the intake amount.

The body water measuring unit 107 measures (calculates) the amount of water in the user's body using Equation (1). The water intake amount determination unit 108 determines the daily water intake amount input through the user input unit 101 and provides the water intake amount to the prescription unit 106. The storage unit 109 stores various information, and the output unit 110 outputs various information on the screen.

Meanwhile, the body mass balance service system according to the embodiment of the present invention may also be constituted by the body composition analyzer A and the user mobile 100. At this time, the prescription unit 106 of the user mobile 100 has a function of calculating body water balance information for a user corresponding to one day and providing food and exercise prescription.

Next, the service server 200 includes a user interface unit 201, a member management unit 202, a group management unit 203, an information management unit 204, a self-information management unit 205, a personal information base management unit 206, A best subject extracting unit 207, a member DB 208, a group DB 209, a person information DB 210, a body water management information DB 211 and a best subject DB 212.

The user interface unit 201 is responsible for the communication interface with the user mobile 100 and the other mobile 20 and receives various information from the mobile 100 and 20 and provides various information to the mobile 100 and 20. The member management section 202 is in charge of member registration and member information change in connection with the member DB 208. [

The group management unit 203 classifies the members of the same body type (or the same body type and the basic metabolic rate) into one group based on the body type, the body shape and the basic metabolism amount of each member, and stores the information of the group and the group circle And stored in the group DB 209 for management. The group management unit 203 changes, registers, and manages a group of the member when the body shape or the basic metabolic rate of the member changes. Here, the figure conforms to the figure with reference to Fig. 3, and the figure is divided into 18 types such as M01-M18 (or F01-F18) or the like.

The information management unit 204 receives and receives the body water amount, the basic metabolism amount, the muscle amount, the body fat amount, the daily water intake amount, the daily aerobic exercise time, the daily aerobic exercise type, the daily intake food, etc. of the user provided by the service application (user mobile) Information is stored in the member DB 208 and managed.

The self information base management unit 205 is a structure used when the mobile unit 100 does not have the prescription unit 106 and has a body shape (or the user's body shape and basal metabolic rate), a daily water intake amount, And provides the user mobile 100 with the exercise prescription, the food prescription, and the body mass balance information.

The other information base management unit 206 identifies a user whose body shape has not changed or whose body shape has changed during the setting period, identifies the group to which the user belongs, identifies the group of the best subject DB (211) Exercise prescription, food prescription, and body water balance information) is provided to the user's service app.

The best subject extracting unit 207 obtains a change in body shape of each user (for example, one month, two months, or six months, etc.), and extracts a user whose body shape change has changed positively, The best subject is identified with the best subject DB 212 in correspondence with the information on the group before the body change and the group after the body change after the best subject after recognizing the daily aerobic exercise information, the daily intake food information, and the daily water intake amount of the best subject .

The member DB 208 stores member information of each user, daily exercise information of each user, food information taken, daily water intake amount, daily basic metabolism amount, daily body water balance information, and the like. The group DB 209 stores the group information of each user and each group. The body water management information DB 210 stores information such as an exercise regimen (exercise regimen), a dietary regimen, and a recommended daily water intake amount corresponding to each body type and / or basal metabolic rate, and the exercise prescription and diet It stores history information about therapy.

The best subject DB 212 stores identification information of the best subject for each group, daily exercise information of the best subject, daily food information, daily moisture intake, and the like. The body type determination unit 212 operates when the body type determination unit 104 of the mobile 100 is omitted and performs the same function as the body type determination unit 104 of the mobile 100.

Hereinafter, the body type determining operation in the body type determining portion 104 will be described with reference to FIG. Fig. 4 is a figure-of-thumb determination graph according to an embodiment of the present invention.

It is normal for men and women not only to have different body structures, but also to have a higher percentage of fat compared to men. For example, a normal body fat percentage of a man is 15 to 20%, and a normal body fat percentage of a woman is 20 to 25% (broadly 20 to 30%).

If the percentage of body fat is about 8 ~ 13% for men, skeletal muscles under the subcutaneous fat can be heard and the body can be heard as cool body. For women, body fat percentage is defined as 11 ~ 19% . Obesity is defined as obesity if the body fat percentage is over 25% for men, and for obesity if the body fat percentage exceeds 30% for women.

On the other hand, weight is an essential factor in determining obesity. However, a person who is taller than a person who has the same weight according to height (that is, a key) may be in a normal or dry state, and a person with a small height may be obese. In determining whether obesity is a factor in body weight, the height should also be judged. Therefore, according to the embodiment of the present invention, the weight ratio ((actual weight ÷ standard weight) × 100) (ie, ratio with standard weight) in consideration of weight and height is used. Here, the standard body weight is calculated as [Key (m) × Key (m) × 22 (male, female multiplied by 21)].

In general, male and female body shapes are close to normal body weight (ie, closer to 100% body weight ratio), and are closer to the normal middle body body shape. If the body weight ratio to the standard body weight is more than 120% And when the body weight ratio to the standard body weight is 80% or less, it tends to be close to that of the ectoderm showing a low body weight and showing gross weight.

On the basis of this fact, as shown in Fig. 4, the graph of the body shape determination according to the embodiment of the present invention shows the body fat percentage (%) and the Y axis (horizontal axis) (%) Between the body weight and the standard body (%) The body type is divided into a plurality of body fat regions, an endoderm region, a mesodermal region and an ectoderm region according to the degree of body fat percentage and body weight ratio. As a matter of course, the figure of the figure-of-the-figure determination graph can be made by setting the X axis (horizontal axis) as the body weight ratio and the Y axis (vertical axis) as the body fat percentage.

In the body shape determination graph according to the embodiment of the present invention, the body fat percentage of male is divided as shown in Table 1 for body shape determination.

As shown in Table 2, women are divided into 6 sections, but the range of body fat percentage varies depending on the body fat state depending on the difference in body composition with the male. Of course, in the case of women, the range of body fat percentage according to the state of body fat is higher than that of men, and this difference is proportional to the difference in body fat percentage between normal male and female.

The body shape determination graph is divided into a plurality of sections as shown in Table 3 below (hereinafter referred to as "body weight ratio") between the standard body weight and the actual body weight obtained according to the experimental results for body type determination. Of course, the ranges of the weight ratios of the respective intervals and the intervals described in Table 2 are only one example, and the present invention is not limited thereto. However, it is preferable that the weight ratio range of each section is adjusted to ± 5%.

In Table 2, the values of the respective intervals are values for the standard body weight. For example, one segment is 80% or less of the standard weight, and the two segments are 81-89% of the standard weight.

Therefore, as shown in FIG. 3, the figure-of-thumb determination graph distinguishes four regions such as a body fat region, an endoderm region, a mesodermal region, and an ectodermal region according to a body weight ratio and a body fat percentage.

The body area is divided into the advanced body area, the intermediate body area, and the beginner body area.

The elementary bodybuilding region is a region belonging to the horizontal section 1 - 2 while the body weight ratio belongs to the vertical 3 section - 4 section and the body fat percentage belongs to the horizontal section 1 - 2 while belonging to the vertical section 5 - 6 section. , And the advanced bodybuilding region is an area belonging to the section of width-1 section-2 while belonging to the section of width-7 and section-8.

If you look through three bodybuilding areas, your body weight is not higher than 100% of standard body weight, you do not judge unconditionally as obesity. This is because the weight percentage is high but the body fat percentage is low, which means that the muscle mass is large.

The endodermic region is a region in which the body weight ratio is in the range of 7 vertical sections -8 and the body fat percentage belongs to the lateral 3 section -6 region and the midbrain region has the body weight ratio in the vertical 5 section 6 region and the body fat percentage in the horizontal 3 region 4- The ectoderm region has a region of vertical 1 and horizontal 1, an area of 2 vertical and 2 horizontal, an area of 3 vertical and 3 horizontal, 4 zones and 4 zones, and 5 zones and 5 zones.

Each of the regions Z1 to Z6 has at least two body regions, and each body region has different coordinates (hereinafter referred to as "body coordinate").

For example, the body type determination graph has 18 body shapes corresponding to each of male and female.

The 18 body shapes (M01-M18) and the body shape coordinates (intersection areas of each section) of the male are as follows, and the 18 body types (F01-F18) of the female are the same as those of the male.

M01: Male bodybuilder level high class body (8 sections in length, 1 section in width), M02: Superior body in height (8 sections in length, 2 sections in width) or 7 sections in width (1 section in width - 2 sections ), M03: entertainer middle class body, (length 5 section, width 1 section -2 section), M04: good middle body strength body (6 section length, 1 section -2 section), M05: M06: slender beginner's body, (3 vertical sections, 1 horizontal section-2 sections), M07: altitude obesity endoderm, (7 vertical sections-8 sections, 6 horizontal sections) M08: Obese endoderm, (7 sections in length - 8 sections, 5 sections in width), M09: Endoderm that is very chubby (or high grade bodybuilder in bulk up) M12: midbrain of mild obesity (6 segments of length, 5 segments of width), M12: good mesoderm, (Vertical 5 (5 sections, 5 sections in length), M14: E16 section (5 sections in length, 5 sections in width), M14: Intermediate body M16: slightly dehydrated ectoderm, (three vertical sections, three horizontal sections), M17: dry ectoderm, (two vertical sections, two horizontal sections), M18: The ectoderm of the person, (1 vertical section, 1 horizontal section)

Hereinafter, a body water balance service method according to an embodiment of the present invention will be described with reference to FIGS. 5 and 6. FIG.

FIG. 5 is a flowchart of a body water balance service method according to the first embodiment of the present invention, in which a body water balance service is provided in a service application of the mobile 100.

5, the user connects the mobile 100 and the body component analyzer A wirelessly or wired (S501), and transmits the body information (key, age, weight, Sex, etc.) (S502).

In this state, if the user holds a finger on each electrode of the body composition analyzer A, the body component analyzer A performs body composition measurement on the user and provides the measured result to the mobile 100 (S503). Accordingly, the mobile service application obtains the muscle mass, the body fat percentage, the body fat mass, and the BMI from the body composition analyzer A as a result of body composition measurement (S504). At this time, the service app can further calculate the user's basic metabolic rate using the muscle mass, the body fat percentage, and the user's body weight.

The service app determines the body shape of the user using the body fat percentage, the weight of the user, and the standard weight corresponding to the height of the user (S505).

When the user inputs the daily water intake, the type of food consumed daily, the aerobic exercise information (exercise type, exercise time) (S506), the service app generates body balance information so that the user can check the body balance information S507). At this time, the body water balance information includes information on whether the user consumed water or not, and information on expected future states (advantages, disadvantages, etc.).

In addition, the service app recognizes the exercise prescription and the food prescription according to the body shape, the body shape and the basic metabolism amount of the user based on the calorie balance information (S509), and displays the exercised prescription and the food prescription on the screen (S510).

Hereinafter, a body water balance service method according to a second embodiment of the present invention will be described with reference to FIG. FIG. 6 is a flowchart of a method for balancing body water according to a second embodiment of the present invention, in which the body balancing service is provided by the service server 200.

6, the user connects the mobile unit 100 and the body component analyzer A wirelessly or wired in step S601 and transmits the body information (key, age, weight, and the like) through the user input unit 101 of the mobile unit 100, Sex, etc.) (S602).

In this state, if the user holds a finger on each electrode of the body composition analyzer A, the body component analyzer A performs body composition measurement on the user and provides the measured result to the mobile 100 (S603). In step S604, the mobile service application receives the body water amount, body fat percentage, body fat amount, and BMI from the body composition analyzer A as a result of the body composition measurement, and calculates the basic metabolism amount of the user based on the muscle amount, the body fat percentage, and the body weight of the user.

When the user inputs the information of the daily food consumed by the user, the aerobic exercise information and the daily moisture intake through the user input unit 101 and requests the member registration (S605), the service app transmits the information inputted by the user to the service server 200 (Step S606). Here, the member registration process can be performed without measuring body composition, and can be performed without inputting the type of food consumed or the aerobic exercise information.

When the service server 200 receives a request for member registration from the service application, the service server 200 registers the personal information and the body information received from the service application as member information, and stores the body water, body composition information, basic metabolism amount, daily intake type of food, , And the daily moisture intake is stored as daily information (S607).

Then, the service server 200 determines the body weight of the user by using the user's body fat percentage, the user's body weight, and the standard body weight (S608). Such user identification of body shape is performed each time body composition information is received from the service application.

When the service server 200 recognizes the body shape of the user, the service server 200 recognizes the body shape or body shape of the user and the group that matches the basic metabolism amount of the user (S609), and registers the user as a group circle of the corresponding group (S610).

The service server 200 generates body water balance information using body shape, daily water intake, and recommended daily water intake (S611), and provides the generated body water balance information to the service application (S612) A body water balance information is displayed on the application screen so that the user can confirm the body water balance information (S613).

The service server 200 cumulatively stores the calorie balance information in step S614 and recognizes the exercise prescription and the food prescription based on the user's basic metabolic rate and the user's body through the calorie management information DB 210 in step S615, The obtained exercise prescription and the food prescription are provided to the service app (S616).

The service server 200 checks the change in body shape of each user during the setting period and determines whether the user belonging to the bad body has changed to a bad direction even if there is no change in body shape or a change in body shape. The fact that the body shape is not changed or the body shape is changed in a bad direction means that the user does not follow the exercise prescription or the food prescription provided by the service server 200 or the body shape is changed in a good direction There are also reasons why.

In order to solve such a problem, the present invention provides an exercise regimen for a best subject among a group of persons having the same body shape as a user who has no change in body shape or whose body shape has changed in a bad direction, And food prescription to the user. Of course, since the best object currently changes in body shape or the like and belongs to another group, the best target group information to be grasped is a group before the body shape is changed.

For this purpose, the service server 200 sets a set period (for example, 1 month, 2 months, 6 months, etc.) from the day of first providing the exercise prescription and the food prescription for each user, (S617). Then, on the day when the setting period has elapsed, the change of the body shape of the user of the first day of the set period and the current day is grasped and it is determined whether the body shape has not changed or the body shape has changed in a bad direction (S618) .

The service server 200 continues to provide previously stored prescription information to the user. If the body shape change does not change or changes to a bad direction, the best server that belongs to the same group as the user is identified (S619 , Daily aerobic exercise information, daily food information, and daily water intake amount are obtained (S620) and provided to the service app (S621).

When the service application 200 receives the prescription information of the other person from the service server 200, the service application 200 displays the information on the screen so that the user can confirm it and exercise or adjust food and moisture according to prescription information and daily water intake of the other person (S622).

7 is a flowchart illustrating a method of selecting a best object according to an embodiment of the present invention. 7, the service server 200 determines the basic metabolic rate received from the service application of the first user (S701), and calculates the body fat mass of the first user based on the body fat percentage of the first user, (S702).

The service server 200 recognizes the group corresponding to the body shape and the basic metabolic rate of the first user and registers the first user as the group circle of the corresponding group (S703). In this state, the service server 200 receives the aerobic exercise time, the aerobic exercise type, the intake food, and the daily water intake amount received from the service application of the first user and cumulatively stores the received data every time information is received S704).

Then, the service server 200 grasps the body shape every time information is received from the service application (S705), compares the current body shape with the previous body shape, and determines whether the body shape has changed (S706).

When the service server 200 determines that the body shape of the first user has changed, the service server 200 determines whether the body shape has changed in a good direction (S707). If it is determined that the body shape has changed in a good direction, the service server 200 selects the first user as a best subject (S708) Or aerobic exercise type, aerobic exercise type, intake food, daily water intake amount, etc. accumulated for the first user during the setting period is stored in the best subject DB 211 in correspondence with the identification information and the group information of the first user (S709).

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While the present invention has been particularly shown and described with reference to exemplary embodiments, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, It belongs to the scope.

A: Body composition analyzer 10: Other mobile
100: mobile 200: service server
101: user input unit 102: remote communication unit
103: measurement management section 104, 212: body type determination section
105: Basic metabolic rate calculation unit 106:
107: body water measurement unit 108: water intake amount determination unit
109: storage unit 110: output unit
201: user interface section
202: Member Management Unit 203: Group Management Unit
204:
205: Self Information Infrastructure Management Department
206: Other Information Infrastructure Management Section
207: Best target extraction unit 208: Member DB
209: Group DB 210: Body water management information DB
211: best subject DB

Claims (6)

delete The service server receives from the user's mobile a basic metabolic rate of the user calculated using the user's muscle mass, body fat percentage, body fat mass, body fat percentage, muscle mass, and body weight measured by the body composition analyzer,
Wherein the service server determines the body shape of the user as one of a plurality of body shapes using the body fat percentage of the user, the weight of the user, and the standard body weight corresponding to the height of the user,
The service server recognizing a first group conforming to a user's body type and registering the user as a group circle of the first group,
Wherein the service server generates body water balance information using the daily water intake amount and the daily aerobic exercise time of the user received from the user mobile and the body shape of the user and provides the body water balance information to the user mobile,
The service server providing the user's mobile with the exercise prescription and the food prescription corresponding to the body shape of the user
The service server recognizing a user's body shape change when a setting period has elapsed, and determining whether the body shape has deteriorated,
Providing the exercise prescription, the food prescription, and the daily moisture intake of the best subject whose body shape is changed in the group circle of the same group as the user if the body shape of the user is deteriorated,
The service server receives the aerobic exercise time, the intake food, the daily moisture intake, and the body composition measurement result received from each user's mobile and cumulatively stores the information corresponding to the received date each time information is received,
The service server recognizing the body shape of each user each time the information is received from each user's mobile and compares the current body shape with the previous body shape to determine whether the body shape has changed,
The service server selects a user who has changed in the direction of good body shape as a best candidate, and
The service server may store the aerobic exercise time, the intake food, the daily moisture intake, and the body composition measurement result accumulated and accumulated for the best subject during a predetermined period or setting period to match the identification information and the group information of the user
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Wherein the body shape of the user is one of a body fat region, an endoderm region, a mesodermal region,
Wherein the body water balance information includes information for varying a water intake amount according to a user's body shape. delete 3. The method of claim 2,
The body of the user is a bodybuilder-level bodybuilder, a bodybuilder with a large body, an entertainer middle-class bodybuilder, a bodybuilder with a good middle body, a bodybuilder with a bonebath, a slim beginner bodyborn, an obese endoderm, an obese endoderm, It is one of 18 body shape balancing service methods such as endoderm, mild obesity mesoderm, visable mesoderm, midbrain needing management, ectoderm of dry obesity, ectoderm of light dry obesity, slightly ectodermal, ectodermal, and ectodermal ectoderm. delete delete

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