KR20170103704A - System for mesuring and managing body informantion having personal identification function - Google Patents

Abstract

The present invention relates to a system to measure and manage body information and bio-data, which is able to have an individual identification function, to provide information on a trend of the body information and bio-data of a user, and to allow the verification of a sample data of the user by comparing with a sample of another user. According to the present invention, the system comprises: a data measuring unit which measures identification data, physical data, and bio-data of a user; and a management application which receives identification data, physical data, and bio-data from the data measuring unit through a user terminal and acquires identification information for the identification of the user and body information and bio-data for the management of the body shape of the user to provide body and bio-management information by comparing the trend of body information and bio-data and a reference body information and bio-data based on a history of the body information and bio-data of the user identified through the identification information, to receive an input of a plurality of pieces of sample data which may affect the health and body shape of the user, and to provide a result of a comparative analysis of body information with different input values on one of body information, bio-data, and sample data of other users.

Description

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a system and method for measuring and managing personal information,

An embodiment of the present invention relates to a body and biological information measurement and management system having an individual identification function.

Due to the westernization of diet in recent years, many people are suffering from obesity regardless of age. Obesity is not a cosmetic problem, but it is the biggest problem that causes all kinds of diseases.

It is also a problem that overcoming obesity is absolutely necessary for the patient's will and effort, and it is never easy to maintain it. Diseases that can be caused by obesity include hypertension, diabetes, hyperlipidemia, arteriosclerosis, fatty liver, gynecological diseases, degenerative arthritis, etc. These diseases require steady management. The complexity caused by obesity tends to be influenced by personality formation and tends to change passively, and it causes depression, hysteria, and gangrene, and the concentration of students is lowered It also causes a decrease in ability.

On the other hand, some people are good at eating, but they do not have enough digestion ability and digestion ability. These people are somewhat free of adult diseases like obese people, but they are too skinny to wear any outfit because of their skinny shape, they are so dull that they lose confidence in themselves and are reluctant to stand in front of others, It can affect the formation or cause depression, hysteria, and gangrene.

For such a reason, there is a need for a method of measuring biometrics data of a user and managing a history of biometrics data, and a method of checking whether a health management method performed by the user is correct is required.

Korean Patent Laid-Open No. 10-2006-008976 relates to a method and system for selling online clothes through body shape management, and provides a body shape management schedule including a menu and a momentum to a purchaser, and when a target is achieved according to the schedule Thereby disclosing discount sales of clothes. However, although the cited invention can induce body shape management, the content satisfying the above requirements is not mentioned.

Japanese Patent Application Laid-Open No. 10-2012-0097432 (public date: September 04, 2012)

The embodiment of the present invention performs user authentication using the user's fingerprint or footprint recognition, manages the body, body, and biometric information history for each user using the biometric data of the user, and records the history of the body and the body and the biometric information The present invention provides a body and biological information measurement and management system having an individual identification function for displaying a trend of biometric data of a user by displaying the data in a graph form.

Further, a graph indicating a change trend of the target body and the biometric data among the body, the body, and the biometric information history is displayed together with a graph according to the target information so that the user can know at a glance how much the user has reached the target A body and a living body information measurement and management system having an individual identification function.

Also, by comparing the body change trends of the other users who entered the comparative sample data including the body and biometric changes of the user who set the sample data and the information of the sample data and the different information, and outputting the comparison result, A body and a biological information measurement and management system having an individual identification function for verifying the biological information.

A body and biological information measurement and management system according to an embodiment of the present invention includes a data measuring unit for measuring identification data, body data, and biometric data of a user; And receiving the identification data, the body data and the biometric data from the data measurer through the user terminal to obtain identification information for identifying the user and body and biometric information for managing the body shape of the user, A plurality of sample data that can provide physical and biometric information by comparing the change in body and biometric information based on the user's body and biometric information history and the reference body and biometric information, And a management application for providing a result of comparing and analyzing the body information with respect to different input values for any one of the sample data based on the body information, the biometric information, and the sample data for the other users .

The data measuring unit may include an identification data measuring unit for recognizing and measuring at least one of a fingerprint and a footprint of the user; A body data measuring unit for measuring at least one of body weight, height and body fat of a user; A biometric data measuring unit for measuring at least one of body fat, blood pressure and pulse of the user; A display unit for displaying measurement results of the identification data measurement unit, the body data measurement unit, and the biometrics data measurement unit; A control unit for collecting data measured through the identification data measurement unit, the body data measurement unit, and the biometric data measurement unit, and separately storing the users by the identification data; And a communication unit for transmitting the data stored through the control unit to the application.

The management server may further include a database unit for collecting and storing body information, biometric information, and sample data for other users from the management application; And receiving the sample comparison and analysis request for any one of the sample data from the management application and receiving the sample comparison and analysis request from the management application based on body information, biometric information, and sample data for the other users stored in the database unit, And a sample comparison / analysis unit for comparing and analyzing the body information with the management application and providing the comparison analysis result to the management application.

The sample comparison and analysis unit may provide information on the degree of change and the win / loss information between the input values by comparing and analyzing the degree of change of the body information for a predetermined period with respect to the input values.

The management application may further include: a membership subscription unit for receiving login information, personal information, and the sample data from a user and processing a subscription; A login manager for managing login of the user; A body and biometric information management unit for managing the body and the biometric information history by processing the body and the biometric information according to whether the login information inputted through the login management unit matches the identification information, Processing and supply; And selecting different input values for any one of the sample data as a sample analysis object, requesting comparative analysis of the body information of the selected sample analysis object, receiving the comparative analysis result, and outputting the same via the user terminal And a sample comparison and analysis result providing unit.

According to an embodiment of the present invention, user authentication is performed using a fingerprint or a shoe recognition of a user, a history of body and body and biometric information is managed for each user using biometric data of a user, and history of body and body and biometric information So that the user can easily know the change of his or her biometric data.

Further, a graph indicating a change trend of the target body and the biometric data among the body, the body, and the biometric information history is displayed together with a graph according to the target information so that the user can know at a glance how much the user has reached the target do.

Also, by comparing the body change trends of the other users who entered the comparative sample data including the body and biometric changes of the user who set the sample data and the information of the sample data and the different information, and outputting the comparison result, So that it can be verified.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram illustrating an overall configuration of a body and living body information measurement and management system according to an embodiment of the present invention; FIG.
2 is a block diagram showing a specific configuration of a body and living body information measurement and management system according to an embodiment of the present invention.
3 to 7 are exemplary diagrams for explaining a process of executing a management application according to an embodiment of the present invention.
8 to 15 are exemplary diagrams for explaining a process of executing a management application according to an embodiment of the present invention.
16 to 24 are illustrations for explaining a process of executing a management application according to an embodiment of the present invention.

The terms used in this specification will be briefly described and the present invention will be described in detail.

While the present invention has been described in connection with what is presently considered to be the most practical and preferred embodiment, it is to be understood that the invention is not limited to the disclosed embodiments. Also, in certain cases, there may be a term selected arbitrarily by the applicant, in which case the meaning thereof will be described in detail in the description of the corresponding invention. Therefore, the term used in the present invention should be defined based on the meaning of the term, not on the name of a simple term, but on the entire contents of the present invention.

When an element is referred to as "including" an element throughout the specification, it is to be understood that the element may include other elements, without departing from the spirit or scope of the present invention. Also, the terms "part," " module, "and the like described in the specification mean units for processing at least one function or operation, which may be implemented in hardware or software or a combination of hardware and software .

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art can easily carry out the present invention. The present invention may, however, be embodied in many different forms and should not be construed as limited to the embodiments set forth herein. In order to clearly illustrate the present invention, parts not related to the description are omitted, and similar parts are denoted by like reference characters throughout the specification.

2 is a block diagram illustrating a specific configuration of a body and a living body information measurement and management system according to an embodiment of the present invention; FIG. 2 is a block diagram showing a configuration of a body and living body information measurement and management system according to an embodiment of the present invention; .

Referring to FIGS. 1 and 2, a body and biological information measurement and management system 1000 according to an embodiment of the present invention includes a data measuring device 100, a management application 200, and a management server 300.

The data measuring device 100 is connected to the management application 200 installed in the user terminal 10 together with date information (for example, year / month / day information) measured by measuring user identification data, body data and biometric data Lt; / RTI > To this end, the data measuring instrument 100 may include an identification data measuring unit 110, a body data measuring unit 120, a biological data measuring unit 130, a display unit 140, a control unit 150, and a communication unit 160 have.

The identification data measurement unit 110 may include an identification data detection sensor for detecting a fingerprint or a footprint on a handle of the device or a part of the user's foot. The identification data measuring unit 110 may be configured to identify an item to specify a target for measuring the body and the biometric data. The setting of the identification item can be performed through the interface for selecting the identification data. Identification items may include fingerprints and footprints as unique information that the user has. Such fingerprints and footprints are identification data that are unchanged as a user's unique permanent biological data. Therefore, the identification information may be measured together with the biometric data measurement. For example, when biometric data such as a user's blood pressure or body composition is measured through the user's finger, the fingerprint sensor may scan the fingerprint of the user.

The sensing sensor may include a fingerprint recognizer or a footprint recognizer having a fingerprint recognition function or a footprint recognition function.

The fingerprint recognizer is divided into an optical scanner type and a non-optical scanner type. In the present invention, it is assumed that a non-optical sensor (a thermal sensor, a semiconductor sensor, an LCD sensor, an ultrasonic sensor, a capacitor sensor, etc.) having a relatively small volume is used. For example, the Atmel thermal sensor, 'FCD4B14', can be used.

Further, the fingerprint recognizer can be configured to measure the biometric data in addition to the fingerprint recognition function. For example, information on blood pressure of a user, blood glucose information, pulse information, blood information, skin condition information, electrocardiogram information, drinking information, oxygen saturation information, carbon dioxide information, activity amount information, urine information (kidney disease, urinary tract disease, Diabetes mellitus, pancreatic disease, pregnancy, hyperthyroidism, gout, dehydration, urinary tract infection, urinary tract infection, biliary tract obstruction, biliary tract obstruction, hemolytic anemia, hunger, vomiting, , Hyperventilation, diabetes insipidus, pyelonephritis, aseptic pyuria, etc.) can be measured. Such a fingerprint recognizer can be applied to various smart biometrics measuring instruments combined with Internet of Things (IoT) technology, a tape measure for body size measurement, various exercise apparatuses, and the like for user identification and authentication.

The shoelace recognizer may be configured so that the user can take off the sock at the kit portion of the data meter 100 for his / her personal identification and then measure his / her foot. When the footprint recognizer recognizes the foot, the foot of the user is accurately positioned within the kit and the footprint of the user is measured using the fingerprint method. In addition, the footprint of the user recognized by the shoelace recognizer can not only identify the user's own identification information but also identify the state of the organ according to the skeleton and foot shape of the user (for example, Property information can be displayed.

Unlike the fingerprint method, the method of analyzing the DNA region interacting with the protein by using the fact that the bound region of the DNA binds to the DNA is difficult to be affected by the DNA-degrading enzyme or chemical influence, unlike the fingerprinting method . At this time, a footprint recognizer is a device for analyzing the foot type of a protein on a DNA. After binding the protein, the DNA digestion enzyme (nucleic acid internal hydrolytic enzyme) is operated under a weak condition, The degradation products are separated by a polyacrylamide gel electrophoresis method according to the chain length, and DNA fragments are detected by the autoradiographic method. In the absence of protein, the DNA is degraded to an arbitrary position at the labeled end, resulting in a continuous ladder-like pattern. On the contrary, when the protein is bound, the DNA is not decomposed, so that the pattern becomes discontinuous and the portion where the protein is bound is detected as a ladder-like blank portion. This can be used for dissociation (analysis) of protein binding sites on DNA.

The body data measuring unit 120 may measure at least one of the body weight and the height of the user. For this, the body data measuring unit 120 may include a body weight measuring unit (not shown) and an elongation measuring unit (not shown).

When the user bare feet to an electrode unit (not shown) attached to the upper surface of the data measuring instrument 100, the user can measure the weight of the user and display the body weight through the display unit 140 have. At this time, the body weight measuring unit (not shown) may convert the body weight into a predetermined unit (for example, kg, etc.) and display the body weight through the display unit 140.

The elongation measuring unit (not shown) may measure the elongation of the user using a distance measuring device. In this case, the distance measuring apparatus may be implemented as a laser distance sensor, an acoustic wave sensor, a tape measure, or the like. The extension measuring unit may further include a laser emitting module vertically installed on one surface of the upper surface of the data measuring device 100 so as not to be obstructed by a user at the time of laser vertical upward firing.

When the distance measuring device is implemented as a laser distance sensor, the laser emitting module serves as a reflector of the laser distance sensor in a state where the user barely stands on an electrode portion (not shown) attached to the upper surface of the data measuring instrument 100 The laser beam can be emitted when the flat surface of the flat surface maintains parallel with the top surface of the data measuring instrument 100 and is in contact with the head end of the user. Then, the laser distance sensor detects the distance of the light reflected by the flat surface and returns to the elongation measuring unit (not shown). The elongation measuring unit (not shown) measures the distance of the light detected by the laser distance sensor The user's height can be measured.

In addition, when the distance measuring apparatus is implemented as a sound wave sensor, the elongation measuring unit (not shown) may include a sound wave sensor in a state in which the user barely stands on an electrode unit (not shown) It is possible to measure the user's elongation by converting the time from the generation of the sound wave to the return of the sound wave to the distance.

In addition, when the distance measuring apparatus is implemented as a tape measure, an elongation measuring unit (not shown) may be mounted on the top of the user's body in a state where the user barely stands on an electrode unit (not shown) The number of tape measure can be measured by user's height.

When the user bare feet to an electrode unit (not shown) attached to the upper surface of the data measuring instrument 100, the body fat measurement unit (not shown) flows a current to the user's body through an electrode unit The user's contact resistance value can be sensed and the body fat of the user can be measured according to the resistance value. Then, the body fat measurement unit (not shown) can display the body fat of the user through the display unit 140. [

The body fat measurement unit (not shown) may be configured such that the electrode unit (not shown) is held in the user's hand and is connected to the data measuring instrument 100. In this case, The user can measure the contact resistance of the user by flowing current to the user's body through the electrode unit (not shown), and measure the body fat of the user according to the resistance value. Then, the body fat measurement unit (not shown) can display the body fat of the user through the display unit 140. [

The biometric data measuring unit 130 can measure biometric data (e.g., blood pressure, pulse, body fat, etc.) of the user. The biometric data measuring unit 130 may be implemented in different forms according to the types of biometric data. For example, when the type of the biometric data is blood pressure, the biometric data measuring unit 130 may be implemented as a band type. In this case, when the biometric data measuring unit 130 is worn on the user's cuff or the like, can do.

The bio-data measuring unit 130 may measure not only the blood pressure, pulse, and body fat of the user but also blood glucose, blood, skin condition, electrocardiogram, drinking, oxygen saturation, carbon dioxide, activity, urine (kidney disease, urinary tract disease, Diabetes mellitus, pancreatic disease, pregnancy, hyperthyroidism, gout, dehydration, urinary tract infections, diabetes mellitus, diabetes mellitus, hypertension, diabetes mellitus, hepatocellular damage, biliary obstruction, hemolytic anemia, starvation, vomiting, Such as respiration, diabetes insipidus, pyelonephritis, aseptic pyuria, and the like, and may be measured together with the identification data measurement unit 110.

The display unit 140 may be configured to be exposed on an upper surface of the data measuring device 100 to display an execution process and a result of the data measuring device 100. That is, the display unit 140 can convert the data measured through the identification data measurement unit 110, the body data measurement unit 120, and the biometrics data measurement unit 130 into image data and display the image data, respectively. For example, if a fingerprint or a footprint of a user is measured through the identification data measurement unit 110, the result of recognition or identification of a fingerprint or a family member is displayed through the display unit 140, When the elongation is measured, the user's height value is displayed through the display unit 140. When the body fat is measured through the bio-data measuring unit 130, the body fat value of the user can be displayed through the display unit 140. [

The control unit 150 may collect measured data through the identification data measurement unit 110, the body data measurement unit 120, and the biometric data measurement unit 130, and may store the separated users by the identification data. At this time, the control unit 150 converts the electrical signals measured from the identification data measurement unit 110, the body data measurement unit 120, and the bio-data measurement unit 130 into digital data and stores the digital data, 140 and the communication unit 160, respectively.

The communication unit 160 may transmit the data received from the control unit 150 to the management application 200 installed in the user terminal 10 through a wire / wireless communication method. For example, the communication unit 160 may be connected to the user terminal 10 via a USB cable, and may transmit the measured data to the management application 200 through the data measuring device 100. The communication unit 160 is connected to the user terminal 10 through short-range wireless communication such as Wi-Fi or Bluetooth and transmits each data measured through the data measuring device 100 to the management application 200 ).

The management application 200 receives identification data, body data, and biometric data from the data measuring device 100 via the user terminal 10 and stores identification information for identifying the user, body and biometric information And provides the body and living body management information by comparing the body and living body information change trend based on the body and the living body information history identified through the identification information of the user and the reference body and the living body information, And comparing and analyzing the body information of different input values for any one of the sample data based on the body information, the biometric information, and the sample data for the other users Can be provided. To this end, the management application 200 may include a membership subscription unit 210, a log-in management unit 220, a body and biological management information processing and provision unit 230, and a sample comparison analysis result providing unit 240.

The member subscription unit 210 may receive login information, personal information, and sample data from a user to process subscription. The membership subscription unit 210 provides an initial screen interface when the management application 200 is executed. If the subscription button of the initial screen interface is selected, the membership subscription unit 210 can proceed with the membership subscription procedure. For example, the user can receive basic personal information, login information (including ID and password), and sample data.

When the log-in information is input after the membership subscription process is completed through the membership subscription unit 210, the log-in management unit 220 can provide a log-in initial screen interface after the management application 200 is in a login state. Here, the login information may include an ID and a password, or biometric information such as fingerprint, iris, and the like.

The body and living body management information processing and providing unit 230 may process the body and the living body management information according to whether the login information input through the login management unit 220 matches the identification information of the user acquired through the data measuring apparatus 100, The body information can be processed to manage the body and the body information history, and the body and the body information can be provided.

More specifically, the identification data of the user registered in the data measuring device 100 and the login information registered at the time of membership registration of the management application 200 in the initial use of the body and biometric information measurement and management system 1000 of the present embodiment The body and biological management information processing and providing unit 230 identifies the biometric information corresponding to the login information of the user and processes the body information for each user according to a predetermined program and provides the processed body information to the user .

For example, when the user A, B, C, D, and E use the body and bio information measurement and management system 1000, the data meter 100 and the management application 200 are provided with identification information and login information It is assumed that the user A inputs the identification data to the data measuring instrument 100 and receives the user confirmation, and then measures the body and the living body data through the data measuring instrument 100. When the user terminal 10 and the data measuring device 100 of the users A, B, C, D and E are connected to each other through the wired / wireless communication module, the identification data measured through the data measuring device 100 is transmitted to the user A, B, C, D, and E, respectively.

When the management application 200 of the users A, B, C, D, and E receives the identification data from the data measuring device 100 through the user terminal 10 in the login state, Can be confirmed. At this time, since the identification data of the user A received from the data measuring instrument 100 matches with the login information of the user A and will not match with the login information of the other users B, C, D, and E, The management application 200 of the users B, C, D, and E can receive the body and the biometric data from the data measuring instrument 100 through the user terminal 10, Is not received. However, even if the user terminal 10 of the user A and the data measuring instrument 100 are connected, data can not be received from the data measuring instrument 100 unless the corresponding management application 200 is logged in.

Accordingly, the body and biological management information processing and providing unit 230 of the user A receives the body and the biometric data from the data measuring instrument 100 in the login state of the management application 200, And manage body and bioinformation history, and provide body and bio management information.

If the data measuring device 100 and the user terminal 10 of the user A are connected to each other through the wired or wireless communication module but the management application 100 of the user A is not in the login state, And then stores the identification data and the body and biometric data measured by the user A in a memory (not shown). When the management application 200 of the user A is in a login state, To the corresponding management application 200 through the user terminal 10 of the user A. Also, the data measuring device 100 may store data measured by users in a memory (not shown) even if the data measuring device 100 is not connected to the management application 200. [

This configuration can also be applied to the management application 200 of users B, C, D, and E as well.

The body and living body management information processing and providing unit 230 can display a body management command list when receiving the body and the living body data while the login of the management application 200 is maintained. At this time, the figure management command list may include a diet record, a growth record, and the like.

The body and living body management information processing and providing unit 230 determines whether or not a history of body and living body management information recorded by the user with respect to the corresponding body type management command exists according to the type of the body type management command selected by the user Can be confirmed. At this time, when there is a history of the body and the biological management information recorded by the user, the body and biological management information processing and providing unit 230 generates a graph of the change of the body and the biological information based on the history . At this time, the data measuring instrument 100 transmits the body and biometric data and the measurement date information of the data together from the user to the management application 200, so that the body and the biometric management information processing / The history can be managed on the basis of the measured date instead of the standard, thereby providing a more accurate change in the body and the biometric information.

The body and living body management information processing and providing unit 230 generates and displays trends of changes of the body and the living body information of the user on the basis of the history and displays the goal setting and past results. At this time, the body and living body information processing and providing unit 230 may set target information including a target period, a target weight, a target height, and the like through a user interface. At this time, the target can be changed according to the body shape management command. For example, if the body shape management command is a diet record, the target may be diet target information, and if the body shape management command is growth, the goal may be growth target information.

When it is confirmed that the body and the biometric information history recorded by the user do not exist, the body and biometric information processing and providing unit 230 generates a corresponding history using the received body and biometric data, A history of changes in the body and the living body information can be graphically generated and provided.

The sample comparison and analysis result providing unit 240 selects different input values for any one of the sample data inputted from the user as a sample analysis target, requests comparative analysis of the body information about the selected sample analysis object, And outputs the result of the comparison and analysis through the user terminal 10.

For example, the sample comparison and analysis result provider 240 may determine that the 'milk intake' is selected in relation to growth in the sample data by the user, such as a sample of a person who eats milk and a sample of a person who has not eaten The input values may be selected as a sample analysis object, and the management server 300 may request a comparison analysis of the body information with respect to the selected sample analysis objects. That is, in order to obtain an analysis result as to whether the milk intake has an effect on growth, when the sample data on the milk intake is selected by the user, the sample comparison and analysis result 240 may include different sample input values You can choose to sample milk and not to consume milk. The sample comparison analysis result provider 240 may request the management server 300 to compare the analysis of milk intake (growth comparison) to determine whether the milk intake affects the growth among the selected sample analysis objects. As a result of the comparison analysis of the sample, the provider 240 can compare the growth rate between the milk-consuming sample and the non-consuming milk-milk sample.

As another example, the sample comparison analysis result providing unit 240 may be configured to determine whether the 'Taekwondo' is selected in relation to the growth of the sampled data by the user, a sample of a person who performs a Taekwondo movement and a sample of a non- Values to the sample analysis target, and may request the management server 300 to compare and analyze the body information with respect to the selected sample analysis objects. That is, in order to obtain a result of analyzing whether the Taekwondo effect on growth is provided by the sample comparison analysis result 240, if the sample data on whether to use the Taekwondo facility is selected from the user, You can choose to target. The sample comparison analysis result provider 240 can request the management server 300 to compare the analysis (growth comparison) as to whether the Taekwondo affects the growth among the selected sample analysis objects. The comparative analysis result 240 of the sample can compare the degree of growth between the sample having the taekwondo and the sample not having the taekwondo, and can show the analysis result.

As another example, the sample comparison analysis result provider 240 may be configured to determine if a 'hypothyroid hypothesis' is selected in relation to weight loss in the sample data by the user, such as a sample of a person with hypothyroidism and a sample of a hypothyroid subject The sample input values may be selected as sample analysis targets, and a comparison analysis (loss comparison) of the body information with respect to the selected sample analysis objects may be requested to the management server 300. That is, in order to obtain an analysis result on whether the presence or absence of hypothyroidism affects the weight loss, the sample 240 of the sample comparison analysis result, if the sample data of the presence or absence of hypothyroidism is selected from the user, You can choose to sample analysis. The sample comparison analysis result provider 240 may request the management server 300 to compare the analysis of the hypothyroidism with the weight analysis of the hypothyroidism. The comparative analysis result of the sample 240 can show the degree of weight loss between the sample having hypothyroidism and the sample without hypothyroidism as the analysis result.

As another example, the sample comparison analysis result providing unit 240 may use the diaper product of the different company, i.e., the A company's diet product when the user selects the 'diet product' in relation to the weight loss in the sample data The user selects different sample input values, such as a sample of a person and a person using a B diet product, as a sample analysis object, and performs a comparison analysis (loss comparison) on the selected sample analysis objects with the management server 300 ). That is, in order to obtain a result of analyzing the sample comparison analysis result 240, which one of the diets products of different companies obtained better results for the weight loss, sample data of the diet product from the user Once selected, you can select the company's diet products that you want to compare, and select those who use each company's diet products to sample analysis. The sample comparison analysis result provider 240 may request the management server 300 to compare the analysis result (loss comparison) to determine whether the weight analysis is more effective for the selected sample analysis object. The comparative analysis result 240 of the sample can be compared with the weight loss degree of a person using the diet product of the company A and the person using the diet product of the company B as an analysis result.

As another example, the sample comparison analysis result providing unit 240 may be configured to determine whether the user is performing the exercise through the exercise facility when the user selects 'I Love Feet (exercise facility name)' in relation to weight loss in the sample data The user may select different sample input values such as the sample of the person who did and the sample of the person who did not, and request the management server 300 for comparison analysis (loss comparison) of the body information with respect to the selected sample analysis objects . That is, in order to obtain an analysis result on whether or not the exercise facility is used and furthermore, whether a specific exercise affects the weight loss, the sample comparative analysis result provider 240 selects sample data as to whether the exercise facility is used by the user , And whether or not to use the exercise facility can be selected as a sample analysis target. The sample comparison analysis result provider 240 may request the management server 300 to compare the analysis results (loss comparison) as to whether or not the specific exercise affects the weight loss among the selected sample analysis objects. The comparative analysis result 240 of the sample can compare the degree of weight loss between the specimen that performs the specific exercise and the specimen that does not exercise to show the result as an analysis result.

When the sample data to be compared is selected from the user for body shape management such as growth or weight loss, the sample comparison analysis result providing unit 240 selects different input values for the selected sample data as a sample analysis target, The selected analysis target information may be used to request the management server 300 to compare the results of growth and weight loss. That is, the sample comparison and analysis result providing unit 240 transmits analysis information by transmitting information on two sample analysis objects, which are different input values to the sample data, and receives analysis results corresponding thereto from the management server 300 have.

The sample data includes user basic information such as sex, age, area, occupation, disease, exercise, eating habit, negative state, drinking status, smoking status, long term medication information, medical information, The use of a body management facility such as a pit, and whether or not to use a diet product. User basic information, whether to use the body management facility and whether to use the diet product, can be inputted using the respective sample input interface. Here, the medical information may include at least one of physician prescription information, health examination information, medical care history information, and disease history information.

On the other hand, the sample comparison and analysis result providing unit 240 checks the health status information of the user based on the medical information to provide a notification service, collects the changed data by checking the body weight or the body change according to the disease at the same time , And continuously monitor and provide notification service.

The management server 300 communicates with the management application 200 through the user terminal 10 and stores the information input through the management application 200 or performs a sample comparison And can provide results according to the analysis request. For this, the management server 300 may include a database unit 310 and a sample comparison / analysis unit 320.

The database unit 310 may collect and store body information, biometric information, and sample data for other users from the management application 200, respectively.

The sample comparison and analysis unit 320 receives different input values and sample comparison and analysis requests for any one of the sample data from the management application 200 and receives body comparison information for the other users stored in the database unit 310, And compare the analyzed body information with the input values based on the sample data, and provide the comparison analysis result to the management application 200.

The sample comparison and analysis unit 320 may compare the degree of change of the body information for a predetermined period with respect to the input values, and provide the information about the degree of change and the win / loss information between the input values. On the other hand, the above examples will be described. In the case of 'milk ingestion', male or female persons of a specific age range nationwide are selected. Based on the sample data collected over a certain period of time, It is possible to determine the victory or defeat on the basis of which sample group has achieved greater growth while providing each person's growth information.

In the case of 'Taekwondo', the target information is for men or women of a certain age in a specific area. Based on the sample data collected from the subjects during a certain period, the growth information of the person who has Taekwondo and those who are not And determine which sample group has achieved greater growth based on the determination of the win or loss.

In addition, in the case of hypothyroidism, it is aimed at men or women of a certain age in the nation. Based on the sample data collected from the subjects for a certain period of time, weight loss information of people with and without hypothyroidism And each sample group can be informed of the win or loss based on whether more weight was lost.

In the case of 'diet products', male or female people of a certain age range nationwide, and based on the sample data collected from the subjects for a certain period of time, a person who uses diet products of company A and a diet product of company B While providing weight loss information for each of the users, the sample group can determine the victory or defeat based on whether more weight was lost.

In the case of 'i love pit', it is targeted to men or women of a certain age in a specific area. Based on the sample data collected from the subjects for a certain period of time, Weight loss information, while informing the victim and the victim on the basis of which weight loss was performed in which sample group.

In this embodiment, the object of the sample group may be preset to some extent through the sample comparison / analysis unit 320, but when the sample comparison analysis is requested through the management application 200, the user may arbitrarily set .

The management server 300 can provide the sample comparison analysis information provided at the request of the sample comparison and analysis unit 320 to the requester, and can share it for other users to refer to.

3 to 7 are exemplary diagrams for explaining a process of executing a management application according to an embodiment of the present invention.

As shown in FIG. 3, the management application 200 can provide a basic user information input interface as shown in FIG. 4 when the subscription button 410 of the initial screen interface is selected. The basic user information input interface as shown in FIG. 5 includes a user authentication process, a name input process, a contact information input process, an e-mail input process, an activity area input process, a sample setting process, and a condition agreement process. The basic user information input interface may further include a subscribe button 510, a supporter add button 520, and a management target add button 530.

On the above interface, the management application 200 can complete the subscription when the subscription button 510 is selected, and when the supporter add button 520 is selected, the user who supports or supports the diet or growth A coach, a parent, etc.) can be registered. When the management target addition button 530 is selected, the user who is managing the diet or the child who manages the growth can be registered.

The management application 200 can provide a supporter registration interface as shown in FIG. 5 by selecting the supporter add button 520 of the basic user information input interface as shown in FIG. Here, the supporter registration interface includes a process of supporting the name of the supporter, a contact information input process of the supporter, a birth date inputting process of the supporter, an e-mail input process of the supporter, and a process of inputting the supporter activity area. The supporter registration interface may further include an add button 610, an add button 620 in the contact, an add button 630 in the SNS, and a view supporter list button 640.

On the above interface, the management application 200 can add the supporter to the supporter list when the add button 610 is selected, display the contact when the add button 620 is selected in the contact, If the add button 630 is selected in the SNS, the friend information on the SNS is displayed, the information of the supporter can be added using the friend information selected by the user, When the view button 640 is selected, a supporter list can be provided.

In addition, the management application 200 can provide a management target registration interface as shown in FIG. 6 by selecting the management target addition button 530 of the basic user information input interface as shown in FIG. The management target registration interface shown in FIG. 6 may include a management subject name input process, a management subject contact information input process, a management subject birth date input process, a management target e-mail input process, and a management subject sample setting process.

6 may further include an add button 710, an add button 720 in the contact, an add button 730 in the SNS, and a management target list view button 740. The management object registration interface shown in FIG.

On the above interface, when the add button 710 is selected, the management application 200 can add the management target to the management target list, display the contact when the add button 720 is selected in the contact, When the add button 730 is selected in the SNS, the friend information on the SNS is displayed, and the information of the management object can be added using the friend information selected by the user And when the management target list view button 740 is selected, a supporter list can be provided.

4, the management application 200 may provide a sample data setting interface as shown in FIG. 7 when the sample setting 540 is selected on the basic user information input interface. The sample data setting interface may include a basic user sample input process, a body management facility sample input process, a diet product use sample input process, and a biometric data sample input process.

8 to 15 are exemplary diagrams for explaining a process of executing a management application according to an embodiment of the present invention.

The management application 200 can provide a login initial screen interface as shown in FIG. 8 if the login state is maintained after the membership is completed by the membership registration procedure.

9, the management application 200 receives the biometric data from the data measuring device 100 in a state where the login state of the body management application is maintained, A list of commands can be displayed. At this time, the figure management command list may include a diet record 1010, a growth record 1020, a child growth record 1030, and the like. Although not shown in FIG. 9, the body part management command list may include my diet record and customer diet record, and the like.

The management application 200 checks whether the body and the biometric information history recorded by the user exist for the corresponding body type management command according to the type of the body type management command selected by the user. For example, when the diary record 1010 is selected from the body type management command list, the management application 200 can confirm whether or not there is a body and biometric information history recorded by the user in the diet record 1010. [

If there is a history of the body and the biometric information recorded by the user, the management application 200 can record the biometric data received from the data measuring instrument 100 in the history of the body and the biometric information.

Then, the management application 200 can generate a graph of the change of the biometric data on the basis of the body and the biometric information history, and display it. Meanwhile, the management application 200 can record the body and the biometric data received from the data measuring device 100 to generate a history of the body and the biometric information, if the history of the body and the biometric information recorded by the user does not exist. Then, the management application 200 can generate and display trends of changes in body and biometric data based on the history of the body and the biometric information.

For example, as shown in FIG. 10, the management application 200 can generate and display trends of changes in biometric data on the basis of the history of the body and the biometric information. At this time, the management application 200 can generate a graph of the change of the corresponding data for each of the body and the biometric data and display the same.

That is, the management application 200 can graphically display the change in body weight on the basis of the body weight history of the body and the biometric information history as shown in FIG. 10 (a). In the graph of Fig. 10 (a), the abscissa indicates time (for example, one month before, 15 days before, seven days before, today, and the target), and the vertical axis indicates the body weight (for example, 45 kg, 50 kg, 55 kg, 60 kg ), The blue graph on the graph means the user's weight, and the red graph means the reference weight.

As shown in Fig. 10 (b), a body fat change history can be graphically generated and displayed based on the body fat history in the body and the biometric information history. In the graph of Fig. 10 (b), the abscissa indicates time (for example, one month before, 15 days before, seven days before, today and target), and the ordinate indicates body fat (e.g., 10%, 20% %, 40%), the blue graph on the graph means the user's weight, and the red graph means the reference weight.

10 (c), the management application 200 can also display a graph indicating the change of the target target biometric data among the body and the biometric information history together with a graph based on the target information. At this time, the management application 200 displays a graph indicating a change in body weight based on the body weight history in the body and the biometric information history, and a graph showing a change in the target body weight per period automatically generated according to the target information (i.e., target time and target body weight) Can be displayed together.

In the graph of FIG. 10 (c), the horizontal axis indicates time (for example, 5th day, 10th day, 15th day, 20th day, 25th day, 30th day), and the vertical axis indicates the body weight (for example, 45kg, 46kg, 47 kg, 48 kg), the blue graph on the graph means the target weight set by the user, and the red graph means the weight of the user.

11, the management application 200 generates and displays trends of changes in body and biometric data on the basis of the body and the biometric information history, and displays the target setting button 1110 and the past result button 1120, Can be provided together.

11, the management application 200 provides the target setting interface and transmits the target setting information (for example, the target period, the target weight Etc.) are set. At this time, the target can be changed according to the body shape management command. For example, Fig. 11 may be diet target information because the figure management command is a diet record.

In addition, when the past result button 1120 is selected by the user, the management application 200 provides a past measurement result interface as shown in FIG. 12 so that the user can check past measurement results. At this time, as shown in FIG. 12, the management application 200 can graphically display past measurement results for a specific period based on the reference date. More specifically, as shown in FIG. 12, the daring application 200 displays the body weight using the bar graph in accordance with the measurement date. If the reference date is not selected by the user, the daring application 200 can display the latest measurement result.

9, the management application 200 displays the body and biometric data received from the data measuring device 100 and the inner growth record 1020 in the body management command list in a state where the body type management command list is displayed If it is selected, it can be confirmed whether or not there is a history of the body and the biometric information recorded by the user with respect to the growth record 1020.

If there is a history of the body and the biometric information recorded by the user with respect to the growth record 1020, the management application 200 records the biometric data received from the biometric information measuring instrument 100 in the body and the biometric information history .

Then, the management application 200 can generate a graph of the change of the biometric data on the basis of the body and the biometric information history, and display it.

On the other hand, when there is no history of the body and the biometric information recorded by the user with respect to the growth record, the management application 200 can record the biometric data received from the data measuring device 100 to generate a history of the body and the biometric information have.

Then, the management application 200 can generate a graph of the change of the biometric data on the basis of the body and the biometric information history, and display it.

For example, as shown in FIG. 13, the management application 200 can generate and display trends of changes in body and biometric data based on the history of the body and the biometric information. At this time, the management application 200 can generate and display trends of changes in biometric data for each biometric data.

That is, the management application 200 can graphically display the change in body weight on the basis of the body weight history of the body and the biometric information history as shown in FIG. 13 (a). In the graph of FIG. 13 (a), the abscissa indicates time (for example, one month before, 15 days before, seven days before, today, and the target), and the vertical axis indicates the body weight (for example, 45 kg, 50 kg, 55 kg, ), The blue graph on the graph means the user's weight, and the red graph means the reference weight.

The management application 200 can graphically display the change in body fat change based on the body fat history among the body and the biometric information history as shown in Fig. 13 (b). In the graph of Fig. 13 (b), the abscissa indicates time (for example, one month before, 15 days before, seven days before, today and target), and the ordinate indicates body fat (for example, 10%, 20% %, 40%), the blue graph on the graph means the user's weight, and the red graph means the reference weight.

13 (c), the management application 200 can also display a graph indicating a transition of the target biometric data among the body and the biometric information history together with a graph corresponding to the target information. For example, a graph showing the trend of change in height based on the height history of the body and the bio-information history and a graph showing the change in target height change per period automatically generated according to the target information (i.e., target time and target weight) Can be displayed together. In the graph of FIG. 13 (c), the horizontal axis represents time (for example, 5 July 15, 15 August 20, 15 September 12, 15 October 15, (For example, 120 cm, 125 cm, 130 cm, and 135 cm), the blue graph on the graph indicates the target weight set by the user, and the red graph indicates the user's height have.

As shown in FIG. 13, the management application 200 generates a graph of a change in the biometric data based on the body and the biometric information history, displays the graph, and provides a button for confirming the goal setting and the past results .

When the button for instructing the target setting is selected by the user, the management application 200 provides the target setting interface as shown in FIG. 14 and transmits the target information (for example, target period, target height, etc.) ) Can be set.

In addition, when a button for instructing confirmation of past results is selected by the user, the management application 200 provides a past measurement result interface as shown in FIG. 15 so that the user can check past measurement results.

At this time, as shown in FIG. 15, the management application 200 can graphically display past measurement results for a specific period based on the reference date. More specifically, as shown in FIG. 15, the management application 200 displays the elongation using a bar graph, and if the reference date is not selected by the user, the management application 200 can display the latest measurement result.

16 to 24 are illustrations for explaining a process of executing a management application according to an embodiment of the present invention.

The management application 200 compares the biometric data of the user who has entered the sample data after a certain period of time and the body change trend of the other user who has input the comparative sample data including the different information from each of the sample data and outputs the comparison result .

For example, as shown in FIG. 17, the management application 200 may calculate the change in the height of the user who drinks more than 1,000 ml of milk based on the sample data of the user during three months, It is possible to collect the change in the height change of the user who has input the comparative sample data. Then, the management application 200 compares the height change 3.1 cm of the user who drinks more than 1000 ml of milk after the third month and the 2.5 cm of the change of the height change of the user who does not drink the milk, Of the kidneys have grown more than the height of the user who does not drink milk, more than 1000 ml of milk can be output as the winner of the user.

17, for example, the management application 200 may determine the change in the height of a user who uses Korean Taekwondo, which is a body management facility, based on the user's sample data for three months, The change in the height change of the user who inputs the comparative sample data that does not use the body management facility can be collected. After 3 months, the management application 200 compares the height change of the user using 3.1 cm of Korean Taekwondo, which is a body management facility, and the height change of 2.5 cm of the user who does not use the body management facility, Since the user has grown more than the height of the user using the management facility, the user using the body management facility can output that the user has won.

In another example, the management application 200 may calculate the change in body weight of a user with hypothyroidism and hypothyroidism, which is different from the user's sample data, based on the sample data of the user during three months as shown in FIG. 19 It is possible to collect trends of weight change of users who do not exist.

The management application 200 then compares the weight change trend of the user with hypothyroidism 4.5kg and the weight change trend 8.4kg of the user without hypothyroidism after 3 months and the result shows that the weight of the user without hypothyroidism The more thyroid gland, the more thyroid gland.

20, the management application 200 calculates a change in body weight of a user who uses the diet product of the user A based on the sample data of the user during three months, It is possible to collect the change in the weight of the user who inputs the comparative sample data using the four-dietary product.

Then, the management application 200 compares 8.4 kg of the weight change of the user who uses the A company's diet product and 4.5 kg of the user who uses the B company's diet product after 3 months, Since the weight of the user to use is further reduced, the user using the diet product of the company A can output that the victory has been won.

As another example, the management application 200 may calculate the change in the weight of the user who uses the iLifePit, which is the body management facility, based on the sample data of the user for three months, as shown in Fig. 21, It is possible to collect the change in the weight of the user who inputs the comparative sample data using the copper gymnasium pool, which is an information management type facility.

After 3 months, the management application 200 compares the weight change trend of the user using the iris pit which is the body management facility 8.4 kg and the weight change of the user who uses the copper gym pool which is the body management facility 4.5 kg, As a result of comparison, since the weight of the user using the iris pit, which is a body management facility, is decreased more, the user using the iris pit which is the body management facility can output that it has won.

22, the management application 200 compares the weight of the user and the average weight per country based on the sample data set by the user, and collects and displays the rank of the user for each country have. That is, as shown in FIG. 22, the management application 200 can output the weight of the user as the first place in the United States, second place in Korea, and third place in Japan.

23, the management application 200 compares the user's height and the average height of each country based on the sample data set by the user, and collects and displays the user's ranking for each country . That is, as shown in FIG. 23, the management application 200 can output that the user's height is the first place in the United States, the second place in Korea, and the third place in Japan.

In addition, the management application 200 transmits the sample comparison result to the supporter as shown in FIG. 24, so that the 1: 1 chat or the group chat can be performed. This allows the user to take real-time chat and receive real-time coaching and encouragement from acquaintances.

While the present invention has been described in connection with what is presently considered to be practical exemplary embodiments, it is to be understood that the invention is not limited to the disclosed embodiments. Therefore, the scope of the present invention should not be limited to the described embodiments, but should be determined by the scope of the appended claims and equivalents thereof.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments, but, on the contrary, Modification is possible. Accordingly, the spirit of the present invention should be understood only by the appended claims, and all equivalent or equivalent variations thereof are included in the scope of the present invention.

The present invention is not limited to the above-described embodiment, but may be embodied in the following claims, for example, It will be understood by those of ordinary skill in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention as defined in the appended claims.

1000: Body and Biometric Information Measurement and Management System
100: Data Meter
110: identification data measuring unit
120: body data measuring unit
130: biometric data measuring unit
140:
150:
160:
200: Management application
210: Membership Department
220: Login manager
230: Body and biological management information processing and provisioning
240: Sample comparison analysis result
300: management server
310:
320: sample comparison analysis section

Claims (5)

A data measuring device for measuring user identification data, body data and biometric data; And
Body data and biometric data from the data measurer through a user terminal to obtain identification information for identifying the user and body and biometric information for body shape management of the user, Based on the history of the body and the body of information of the body, and comparing the reference body and the body information with the change of the body and the body information, and provides a plurality of sample data that can affect the health and the body shape of the user And a management application for providing a result of comparing and analyzing the body information with respect to different input values for any one of the sample data based on the body information, the biometric information, and the sample data for the other users Body and Life with Personal Identification Features Body information measurement and management system.
The method according to claim 1,
The data measuring device comprises:
An identification data measuring unit for recognizing and measuring at least one of a fingerprint and a footprint of the user;
A body data measuring unit for measuring at least one of body weight, height and body fat of a user;
A biometric data measuring unit for measuring at least one of body fat, blood pressure and pulse of the user;
A display unit for displaying measurement results of the identification data measurement unit, the body data measurement unit, and the biometrics data measurement unit;
A control unit for collecting data measured through the identification data measurement unit, the body data measurement unit, and the biometric data measurement unit, and separately storing the users by the identification data; And
And a communication unit for transmitting the stored data to the application through the control unit.
The method according to claim 1,
Further comprising a management server in communication with the management application,
The management server includes:
A database unit for collecting and storing body information, biometric information, and sample data for other users from the management application; And
Receiving a sample comparison and analysis request for any one of the sample data from the management application and receiving the sample comparison and analysis request for the input values based on body information, biometric information, and sample data for other users stored in the database unit And a sample comparison and analysis unit for comparing and analyzing the body information and providing the comparative analysis result to the management application.
The method of claim 3,
The sample comparison /
Wherein the information about the degree of change and the disqualification / rejection information between the input values are provided by comparing and analyzing the degree of change with respect to the body information for a predetermined period on the input values. Information measurement and management system.
The method according to claim 1,
The management application comprising:
A membership subscription unit for receiving login information, personal information, and the sample data from a user and processing a subscription;
A login manager for managing login of the user;
A body and biometric information management unit for managing the body and the biometric information history by processing the body and the biometric information according to whether the login information inputted through the login management unit matches the identification information, Processing and supply; And
Wherein the comparison result analyzing unit selects a different input value for any one of the sample data as a sample analysis target, requests comparison analysis of the body information of the selected sample analysis object, And a comparative analysis result providing unit. The system for measuring and managing information on a body and a living body having an individual identification function.

Images