KR20010067927A - Remote Medical Examination System for Skin Administration on Internet and method for employment thereof - Google Patents

Abstract

PURPOSE: A system for remotely diagnosing a skin management through the Internet and a method for operating thereof are provided to diagnosis a skin state of a user in real time by separating a skin measuring device being connected to a computer of the user and measuring the skin state of a user from an analysis device being connected to an operating server and receiving skin measuring data storing the data in a database of the operating server for comparing and analysing user information data and measuring data. CONSTITUTION: A skin measuring device(300) comprises a plurality of skin measuring sensors for sensing a skin state of users and a measuring module for receiving and processing all sorts of skin measuring signals detected selectively using the skin measuring sensors. A user system comprises a user PC being connected to the Internet for receiving the skin measuring signals transmitted from the skin measuring device(300). A web server(110) services a request from the user. A database(120) analyzes and stores data inputted from the user PC. A plurality of analyzing devices convert the skin measuring signals at the corresponding area. A plurality of skin beauty culture relating servers compare and analyze the converted skin measuring data with the previous user information data and provide skin beauty culture relating information to the user.

Description

Remote medical examination system for skin administration on internet and method for employment

The present invention diagnoses and manages the skin condition of a customer in real time using an internet network, and selects the most suitable cosmetics and external preparations for the skin of the customer, and also provides a skin care guide through a skin care remote diagnosis system through the Internet. It is about the operation method.

Beautiful and healthy skin, which will be everyone's desire. However, as the body ages, the skin begins to age, and the skin aging phenomenon shows various functional and structural changes.

Internal and external stresses such as age and ultraviolet rays reduce the elasticity and moisturizing of the skin and cause wrinkles. The main cause of this phenomenon is due to loss of moisture in the skin, shedding of the stratum corneum, slowing the differentiation of epidermal cells, and degrading the biosynthetic function of proteins and intercellular materials by fibroblasts in the dermis. In other words, due to the loss of biocombination water, skin metabolism and cell number decrease, intercellular material decreases like a ball in the skin depressed, bones are formed and eventually appear in the form of wrinkles. That is, the degree of wrinkles and skin aging is determined by the activity of skin cells, the amount of ECM synthesis, the amount of biocombination in the skin, and the like.

Therefore, in order to reduce wrinkles and prevent aging, the skin must be kept moist and protected from the outside, as well as to activate skin cells and to promote the synthesis of bioproteins such as collagen and elastin, thereby depressing the wrinkled epidermis and dermis. Fill in the areas you have filled.

The fundamental purpose of cosmetics is to delay this aging phenomenon as much as possible to keep the skin elastic and clean. Cosmetics, which are used as external products to keep skin clean and healthy, are generally used repeatedly on healthy skin for a long time. Since cosmetics are used for an unspecified number of people and their use is basically delegated to the user, the cosmetics must have absolute safety. Skin reactions caused by external skin preparations, including cosmetics, may cause discomfort to the skin without acute contact dermatitis, irritant contact dermatitis, allergic contact dermatitis, phototoxic dermatitis, photoallergic contact dermatitis, contact thinning and inflammatory reactions. It can be divided into subjective irritation, acne, skin color change, local side effects and systemic side effects.

Therefore, due to the various side effects described above, it is necessary to use appropriate cosmetics or external skin preparations according to various external environmental conditions and their current skin conditions. As shown in FIG. Skin measurement sensor 1 for measuring skin and outputting analog measurement data, and receiving the analog measurement data, changing the digital data, and displaying them on an integrally formed digital display window (not shown) or displayed on an analog indication window (not shown). It comprises a measuring device (2) and a personal PC (3) for receiving the digital data to manage consumer data or to display the skin measurement data on the screen.

Conventional skin diagnosis system configured as described above can accurately measure their skin, but due to the high price is difficult to spread to the general consumer is mainly used only in beauty shops or hospitals. As a result, ordinary consumers had to go to a beauty shop or a hospital to measure their skin type.

According to another conventional skin diagnosis system, as shown in FIG. 2, a consumer PC 4 having an input / output device and a comprehensive database 5 for skin diagnosis and management are constructed, and a web is provided. It consists of an integrated management server 7 for providing such data through a web browser provided by the server (6). In addition, the integrated management server 7 and the consumer PC 4 is connected to each other via the Internet network (8).

The conventional skin diagnosis system using the internet network constructed as described above is simply compared with the data based on the general case (ie skin condition under normal body rhythm conditions in spring and autumn) excluding seasonal and individual physical characteristics. It is difficult to expect accurate and correct results by question-and-answer skin type diagnosis.

The present invention has been made to solve the above problems, an object of the present invention is to separate the skin measurement device and the analysis equipment, the skin measurement device is connected to the user's computer to measure the skin condition of the user, the analysis equipment Is connected to the operator server connected through the Internet network receives the skin measurement data from the analysis equipment is stored in the database of the operator server, the operator server is the user information data and the measurement data integrated comparison and analysis in real time The present invention provides a skin care remote diagnosis system and its operation method through the Internet, which diagnoses a user's skin condition and accesses various skin beauty-related home servers and selects and provides cosmetics and external skin preparations according to the diagnosis.

1 is a schematic block diagram illustrating a skin diagnosis system according to a conventional embodiment;

Figure 2 is a schematic block diagram for explaining a skin diagnosis system according to another embodiment of the prior art,

3 is an overall block diagram for explaining a skin care remote diagnosis system via the Internet according to the present invention,

4 is an overall flowchart for explaining a method for operating skin care through the Internet according to the present invention;

5 is a flowchart for explaining a portion A of FIG. 4;

6 is a flowchart for explaining a portion B of FIG. 4;

7 is a flowchart illustrating management of a data warehouse according to the present invention.

Explanation of symbols on the main parts of the drawings

100: operator server 110: web server

120: database 121: user information DB

122: skin measurement DB 123: skin care DB

124: integrated analysis DB 130: analysis equipment

140: skin care server 200: user PC

300: skin measurement device 310: skin measurement sensor

320: measurement module 400: Internet network

In order to achieve the above object, the skin care remote diagnosis system through the Internet of the present invention is a plurality of different skin measurement sensors for detecting the skin condition of the user, and various skin measurements detected by using the skin measurement sensor selectively Skin measurement device comprising a measurement module receiving a signal and processing in the corresponding module, respectively, and a terminal device for receiving a skin measurement signal transmitted from the skin measurement device and connecting to the Internet. A user side system consisting of a PC, a web server serving a request from a user, a database for analyzing and storing data input from the user PC, and a skin measurement signal input from the skin measurement apparatus are converted into corresponding areas. A note is sent to a number of analytical instruments and to users Skin through the Internet comprising an operator-side system comprising a plurality of skin beauty related servers that provide skin beauty related information to the user by comparing and analyzing the converted skin measurement data and pre-input user information data. Characterized in that it comprises a management remote diagnostic system.

At this time, the skin measuring sensor is a moisture measuring sensor for measuring the moisture of the skin, an oil measuring sensor for measuring the oil of the skin, an elasticity measuring sensor for measuring the elasticity of the skin, melanin for measuring the degree of melanin and erythema of the skin One or more of the erythema measuring sensor, the PH measuring sensor for measuring the pH value of the skin, the skin magnifier sensors for measuring the condition of the skin or hair through a magnifying glass can be used.

The database includes a user information DB storing user information, a skin measurement DB storing user's skin measurement data output from the plurality of analysis devices, and a skin care output output from the skin beauty related server. An integrated analysis that provides information on cosmetic selection, skin care management guidelines, and external skin preparations by integrating and analyzing the skin beauty related information DB, which stores information, and the user information DB, skin measurement DB and skin beauty related information DB. It is preferably configured to include a DB.

On the other hand, the present invention is a skin measurement device consisting of a plurality of different skin measurement sensor, a measurement module for processing the various skin measurement signals detected by the skin measurement sensor, a user side system consisting of a user PC and from the user side system An operator side system including an operator server for analyzing, storing and transmitting the transmitted data, and a plurality of analysis equipment connected to the operator server to convert skin measurement signals transmitted from the user side system into skin measurement data. A method of operating a skin care remote diagnosis system via the Internet comprising: a. Connecting various skin measurement sensors to a user's PC and attempting to access an operator's web server; b. Determining whether the user determines whether the user is a member or a nonmember; c. If the user is a non-member, request membership, and if the member determines skin measurement, d. Providing each instruction manual for various skin measurement sensors if the skin measurement requirement is confirmed; e. Performing skin measurements in accordance with each of the instructions for use; f. Transmitting the skin measurement signal to an operator server; g. Converting various skin measurement signals into skin measurement data in a plurality of analysis equipment connected to the operator server; h. Storing the skin measurement data analyzed by the plurality of analysis devices in a database; i. Analyzing the converted skin measurement data at the operator server; j. Determining whether the analyzed skin measurement data has exceeded the reference value, k, if the analyzed skin measurement data has exceeded the reference value, requesting re-measurement, and again providing respective manuals for various skin measurement sensors, If the analyzed skin measurement data does not exceed the reference value, extracting the skin measurement data stored in the database to build a data warehouse; Integrating said skin measurement data with existing skin measurement data and comparing and analyzing said skin measurement data to extract informational data; and m. And providing the compared and analyzed information providing data to the user.

In this case, the step of joining a member in step c may include providing information regarding membership by requesting membership, determining whether to input new subscriber information regarding the provided membership, and providing the new subscriber. If it is not confirmed whether to input information, requesting new subscriber information again, and if it is confirmed whether to input the new subscriber information, storing the new subscriber information data entered in a database; and sorting new subscriber information data stored in the database. Classifying, comparing and analyzing the sorted and classified new subscriber information data with existing subscriber information data and applying it to a model obtained through factor analysis, and predicting skin type of a new subscriber with reference to the applied model. And tailoring information according to the predicted skin type. Providing details to the new subscriber, determining whether to input the details related to the skin type to be changed to the new subscriber with respect to the personalized information, and checking the details when the details regarding the skin type are input. It is preferable to provide the information and store the input details in the database, and if the input of the details is not confirmed, merging with the existing subscriber information data and updating the new model.

In addition, after step c, if the skin measurement request data is not transmitted, providing information suitable for a member by using existing skin measurement data, determining whether the provided information is information desired by a user, and If the user wants information, various service providers can purchase the goods, and if the user does not want the information to request skin re-measurement according to each part of the body to perform skin re-measurement, and the measured data Analyzing and storing the data in the database, and providing the user with the appropriate information by referring to the skin measurement data stored in the database, it is preferable to include the step of purchasing goods from various service companies.

The management of the data warehouse is based on the data obtained from the opinions and collections of experts, the skin measurement data input from the skin measurement apparatus, the oil / moisture and PH content data for each skin type, and the oil / moisture and PH content. Collecting source data including impacting external environmental factors, analyzing the source data by extracting, converting, purifying and integrating the source data using a data mining tool, and correlating the analyzed data with each other; To build a data warehouse for efficient management and to derive the final result value using data correction and characteristic values through cross-analysis, discriminant analysis, etc. of the data constructed in the data warehouse. And, such as skin care method and cosmetic type selection method suitable for the final result value (that is, the skin type of the measurement target) through the analysis Information characterized by the steps and add the data to target various users, update, and delete unneeded data used in your marketing of skin care and cosmetic products made by the manufacturer and storing in a database.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. This embodiment is not intended to limit the scope of the invention, but is presented by way of example only.

3 is an overall block diagram for explaining a skin care remote diagnosis system via the Internet according to the present invention, and is largely connected to the operator server 100, the user PC 200, and the user PC 200. Skin measurement device 300 is made up.

The user PC 200 and the operator server 100 are connected through an internet network 400.

The skin measurement apparatus 300 includes a plurality of skin measurement sensors 310 which can measure variously according to various skin conditions (ie, moisture content, oil content, PH value, elasticity, etc.) of the user, and the skin measurement sensor 310. It receives a variety of skin measurement signals detected in the) is configured to include a measurement module 320 having the A / D conversion and amplification, attenuation and control functions in the respective modules.

The plurality of skin measurement sensors 320 is a moisture measurement sensor for measuring the moisture of the skin, an oil measurement sensor for measuring the oil of the skin, an elasticity measuring sensor for measuring the elasticity of the skin, measuring the degree of melanin and erythema of the skin It can be used in various ways by selecting melanin / erythema measuring sensor, PH measuring sensor to measure skin PH value, and skin magnifier sensor to measure skin or hair condition through magnifying glass.

The measurement module 320 is configured to obtain a desired skin measurement signal by integrated control according to the measurement criteria of the various skin measurement sensors 310.

The operator server 100 includes a web server 110 for servicing a request from a user, a database 120 for analyzing and storing user information data and skin measurement data input from the user PC 200; A plurality of analysis equipment 130 for analyzing the skin measurement signal input from the measurement module 320 and a plurality of skin beauty to provide the skin beauty related information to the user by comparing and analyzing the skin measurement data and the user information data It is configured to include a related server 140.

On the other hand, in the skin care remote diagnosis system via the Internet of the present invention, when the analysis device 130 is an analog device or a digital device, the A / D converter or D / A converter analysis device 130 and the operator server 100 Intervening between).

The database 120 includes a user information DB 121 storing all user information, a measurement DB 122 storing skin measurement data of a user output from the plurality of analysis devices 130, and Skin beauty related DB 123 storing skin beauty related information output from skin beauty related server 140, the user information DB 121, measurement DB 122 and skin beauty related information DB 123 Integrated analysis is configured to include an integrated analysis DB 124 that can provide the user with the necessary information.

Figure 4 is a general flow chart for explaining the operation of the skin care remote diagnosis system via the Internet according to the present invention, first, the various skin measurement sensors are connected to the user PC (S100). That is, whether the user is an existing member or not, the skin measurement apparatus 300 distributed at a low price is purchased and connected to the user PC 200 in the home to find out the type of his skin. When the skin measurement apparatus 300 is connected to the user PC 200, an attempt is made to access the web of the operator's web server 110, that is, the web of a company that provides a service (S110).

If the user is a member or non-member (S120), if the non-member, as shown in Figure 5, by requesting the membership (S121) to provide information about the membership (S122). If it is determined whether the new subscriber information is input, it is requested to input new subscriber information again (S121). When it is confirmed whether new subscriber information is input, new input subscriber information data is stored in a database (S124), and new subscriber information data stored in the database is sorted and classified (S125). The sorted and classified new subscriber information data is compared and analyzed with existing subscriber information data and applied to a model obtained through factor analysis (S126). Then, the skin type of the new subscriber is predicted with reference to the applied model (S127), and personalized information according to the predicted skin type is provided to the new subscriber (S128). If it is determined whether the input of the details is confirmed to the new subscriber (S129), the information on the details is provided (S130), and the entered details are stored again in the database (S124). . If it is not confirmed whether the details are input, the new model is updated by merging with the existing subscriber information data (S131).

It is determined whether the user is a member or non-member (S120). If the user is a member, it is determined whether or not skin measurement is performed (S135). As described above, the personalized information of the customer is provided with reference to the existing skin measurement data (S136). It is determined whether the provided information is information desired by the user (S137), and if the user desires information, various service providers can purchase goods (S138). To request (S139) to perform the skin re-measurement (S140). The remeasured skin measurement data may be analyzed and stored in a database (S141), the skin measurement data stored in the database may be provided with information suitable for a user (S142), and an item may be purchased from various service companies (S138). Make sure

If the skin measurement (S135) is confirmed, the web server 110 provides a respective use manual for the various skin sensors (S145), and performs the skin measurement in accordance with the respective user manual (S150). Then, the executed skin measurement signal is transmitted to the operator server 100 (S180), and the various skin measurement signals are converted into skin measurement data by a plurality of analysis equipments 130 connected to the operator server 100 (S170). ) To be stored in the database (S180). Next, the operator server 100 analyzes the skin measurement data (S190) to determine whether the analyzed skin measurement data exceeds a reference value (S200), and if the skin measurement data exceeds the reference value to re-measure. In response to the request (S210), the web server 110 again provides respective usage manuals for various skin sensors (S145). If the skin measurement data does not exceed the reference value, the skin measurement data stored in the database is processed and extracted to build a data warehouse (S220), and the skin measurement data is integrated with existing skin measurement data. By comparing and analyzing information and extracting the information providing data (S230) to provide the user with information related to skin beauty (cosmetic selection, skin care management guidelines, skin external materials, etc.) (S240).

As shown in FIG. 7, the data warehouse is managed by data and opinions of experts, data input from skin measurement sensor means, oil / moisture and PH content data and skin / moisture by skin type. And collecting source data including external environmental factors (ie, seasons, weather, temperature, humidity, etc.) affecting the PH content (S300), and the collected source data are external environmental factors through principal component (factor) analysis. Data extraction, data conversion for clustering oil / moisture content, PH content and skin measurement data by skin type, purification of data according to probability distribution, and flexible comparison of the standard value using user's personal information Data mining through the data (Data mining) (S310). A data warehouse is constructed to correlate the data mined data with each other for efficient management (S320), and the data constructed in the data warehouse is stored in internal and external states (physical and external environment) of the measurement target. Cross-analysis to detect the skin type according to the data and use it to correct the data and discriminant analysis to calculate the characteristic value (that is, measurement value = reference value + correction value + characteristic value) using skin measurement data from various skin measurement sensors Through the final result is derived (S330).

Here, the specific examples regarding the analysis are as follows.

First, the following limited assumptions are made to help understand the analysis.

First, the factors (information that can be known at the time of measurement) on the skin condition of the user are as follows.

① External environmental factors (to make the user's condition the same when measuring): Season (spring, summer, autumn, winter), weather (rain, snow, cloudy, sunny)

② Type of user's personal information (to find skin condition characteristics according to personal information): age, gender, marital status, occupation (office workers, field workers)

③ Types of user's status information (to make the user's status the same when measuring): elapsed time after shower, make-up (up, middle, and lower), elapsed time after exercise, elapsed time after drinking, elapsed after meal time

Second, the standard (average) of moisture and oil on the forehead of medically general people is as follows.

Measurement conditions: 2 hours after shower, no makeup, 12 hours after drinking, 3 hours after exercise, 2 hours after meal.

Moisture: 55 ~ 65 gsebum / ㎠

Oil content: 100 ~ 200 gsebum / ㎠

Average value of PH: 4.3 to 5.5

(1) This analysis is to calculate the fluid standard value according to the user's personal information.

① moisture: decreases with age, and women are generally higher than men. In addition, clerical jobs are higher than field workers.

Moisture = 60-0.01 × Age + 0.5 × Gender + 3 × Profession + e1 --------- (Equation 1)

Here, gender: male (0), female (1), occupation: office work (1), field workers (0), e1 ~ N (0, 1.5 ² ).

② oil: decreases with age, and women are generally higher than men. In addition, clerical jobs are higher than field workers.

Oil = 150-0.5 × age + 3 × gender + 5 × occupation + e2 ---------- (Equation 2)

Here, gender: male (0), female (1), occupation: office work (1), field workers (0), e2 ~ N (0, 15 ² ).

③ PH: The older the age (neural hypersensitivity) decreases, the male is generally lower than the female. In addition, clerical jobs are lower than field workers (nervous nervousness).

PH = 4.9-0.001 × age + 0.02 × gender-0.1 × occupation + e3 ----- (Equation 3)

Here, gender: male (0), female (1), occupation: office work (1), field workers (0), e1 ~ N (0, 0.2 ² ).

(2) Calculate correction factors according to user's condition and external environment during measurement.

① Moisture: The amount of water increases when you take a shower, but decreases to a certain extent within 2 hours after the shower, but more than after 2 hours. Makeup will keep you hydrated for a long time, depending on your level. Drinking water increases the amount of water and decreases to a certain extent within 12 hours after drinking, but more than after 12 hours. Eating water increases and decreases to some extent within two hours, but more than after two hours. When you exercise, the amount of water decreases and increases to some extent within three hours, but more than after three hours. Compared to winter, spring and autumn are higher and summer is much higher. Rain or snow is higher than cloudy days and sunny days.

Moisture correction value = measured value-[Effect of shower (3) × (2 hours-time from shower to measurement) + Effect of makeup (0.5) × {Make-up level (top: 3, middle: 2, bottom: 1 , Not: 0)} + Effect of drinking (0.1) × (12 hours-time from drinking to measuring) + Effect of eating (1) × (2 hours-time from measuring to drinking) + Exercise Effect (-2) × (3 hours-time from exercise to measurement)]-Seasonal effect (2) × {Spring, autumn (1), summer (2)} + Weather effect (1) × { Rain, snow (1), cloudy (0.5)}] ------------------------------------- -(Equation 4)

Here, seasonal factors may be used to generate data by correction using “temperature” and weather as “humidity”.

② Oil: If you take a shower, the amount of oil decreases, and it increases to some extent within 2 hours after the shower, but less than after 2 hours. Makeup will keep oil for a long time, depending on the level. Eating increases the amount of oil and decreases to a certain extent within two hours, but more than after two hours. When you exercise, the amount of oil increases and decreases to some extent within 3 hours, but more than after 3 hours.

Oil correction value = Measured value-[Effect of shower (-10) x (2 hours-time from shower to measurement) + Effect of make-up (10) x {Make-up level (top: 3, middle: 2, bottom: 1, not: 0)} + Effect of meal (5) × (2 hours-time from measurement to meal) + Effect of exercise (10) × (3 hours-time from measurement to exercise)]- [Seasonal Effect (10) × {Spring, Autumn (1), Summer (2)} + Weather Effect (5) × {Rain, Snow (0), Cloudy (0.5), Sunny (1)}}]- --- (Equation 5)

③ PH: When you eat, the pH increases, and within 2 hours to some extent, but higher than after 2 hours.

PH correction value = measured value-{Effect of meal (-0.3) X (2 hours-time from meal to measurement) ----------------------- ------------------------------------ (Equation 6)

If user A's information is

Personal Information: Male, 27 years old, Office worker (Office worker)

Status: 1 hour after shower, makeup (lower), 3 hours after drinking, no exercise, 2 hours after eating

External environmental factors: winter, rain

Based on the above formulas (1) to (3), reference values suitable for the personal information of the user A can be calculated.

Moisture: Substitute in (Equation 1), 57.73 ~ 67.73 g sebum / ㎠

Oil content: Substitute in (Equation 2), 108.5 ~ 208.5 g sebum / ㎠

Average value of PH: (43)-4.43 ~ 5.63

The correction value for the measured value of the user A can be calculated from the above equations (4) to (6).

Moisture correction value: Substitute in (Equation 4), 53.6 g sebum / cm 2

Oil correction value: 210 g, sebum / cm 2 when substituted into (Equation 5)

PH correction value: Substitute in (Equation 6), 5.7

Discriminant analysis is performed using the statistical distance between the reference value and the correction value calculated as above.

With reference to the final result obtained through the analysis (that is, the skin type of the measurement target), information such as skin care method and cosmetic type selection method suitable for the skin type of the user is utilized for marketing of the user's skin care and cosmetic manufacturers (S340). ), And add, update, and delete unnecessary data to various users (S350) and store them in a database (S360).

Although the preferred embodiments of the present invention have been described in detail above, those skilled in the art will appreciate that the present invention may be modified without departing from the spirit and scope of the invention as defined in the appended claims. It will be apparent that the present invention may be modified or modified. For example, it may be easy to carry devices such as skin measurement sensor, analytical equipment. That is, it is obvious that the present invention can be easily applied to other measurement systems other than the skin measurement system. Accordingly, modifications to future embodiments of the present invention will not depart from the technology of the present invention.

Therefore, as described above, the present invention separates the skin measurement apparatus and the analysis equipment so that the skin measurement apparatus is connected to the user's computer to measure the skin condition of the user, and the analysis equipment is connected to an operator server connected through the Internet network. It is connected to receive the skin measurement data from the analysis equipment and stored in the database of the operator server, the operator server to compare and analyze the user information data and skin measurement data to diagnose the skin condition of the user in real time and to the diagnosis By providing cosmetics and external preparations for the skin, users can purchase skin measuring devices at low prices without having to go directly to beauty shops or hospitals, and can easily and accurately diagnose the skin condition whenever they want, as well as various skin care There is an advantage to getting information.

In addition, by using the skin analysis data of the accumulated users obtained in the present invention, the skin care manufacturer can produce a skin care product that best fits the user's skin, and the skin care seller sells the product through the Internet rather than selling it on site. Since the beauty products best suited to the user's skin can be sold via the Internet, there is an advantage of generating more profits due to the reduction in the accompanying costs and the expansion of demand.

Claims (7)

A skin measurement device comprising a plurality of different skin measurement sensors for detecting a skin condition of a user, a measurement module for receiving various skin measurement signals detected by selectively using the skin measurement sensor, and processing each module in a corresponding module; A user-side system comprising a user PC using a PC or a notebook computer as a terminal device capable of receiving a skin measurement signal transmitted from the skin measurement device and connecting to the Internet; A web server that serves requests from users, A database for analyzing and storing data input from the user PC; A plurality of analysis equipment for converting the skin measurement signal input from the skin measurement apparatus in a corresponding region; It consists of an operator-side system composed of a plurality of skin beauty related servers that provide skin beauty related information to the user by comparing and analyzing skin measurement data transmitted by the user and converted from the analysis equipment and pre-input user information data. Skin care remote diagnosis system through the Internet, characterized in that. The method of claim 1, wherein the skin measurement sensor Moisture sensor to measure skin moisture, oil sensor to measure skin oil, elasticity sensor to measure skin elasticity, melanin and erythema sensor to measure skin melanin and erythema, pH value of skin PH measurement sensor for measuring the skin, the remote diagnosis system for skin management via the Internet, characterized in that any one or a plurality of skin magnifier sensors for measuring the condition of the skin or hair through a magnifying glass. The method of claim 1, wherein the database A user information DB storing user information, Skin measurement DB for storing the skin measurement data of the user output from the plurality of analysis equipment, A skin care related information DB for storing skin care related information outputted from the skin care related server; The Internet, comprising an integrated analysis DB that provides the user with information on cosmetic selection, skin care management guidelines, and external skin preparations by integrating and analyzing the user information DB, skin measurement DB and skin beauty related information DB. Skin care remote diagnosis system. A skin measurement device comprising a plurality of different skin measurement sensors, a measurement module for processing various skin measurement signals detected by the skin measurement sensor, a user side system composed of a user PC, and data transmitted from the user side system; Via an Internet system comprising an operator server for storing and transmitting, and a plurality of analysis equipment connected to the operator server to convert skin measurement signals transmitted from the user side system into skin measurement data. In the operation method of skin care remote diagnosis system, a. Connecting various skin measurement sensors to a user's PC and attempting to access an operator's web server; b. Determining whether the user determines whether the user is a member or non-member; c. If the user is a non-member requesting membership, if the member determines the skin measurement step, d. If the skin measurement request is confirmed, providing respective usage manuals for various skin measurement sensors; e. Performing skin measurement according to the respective user manuals; f. Transmitting the skin measurement signal to an operator server; g. Converting various skin measurement signals into skin measurement data in a plurality of analysis equipment connected to the operator server; h. Storing the skin measurement data analyzed by the plurality of analysis devices in a database; i. Analyzing the converted skin measurement data in the operator server; j. Determining whether the analyzed skin measurement data exceeds a reference value; k, if the analyzed skin measurement data exceeded the reference value, request re-measurement and again provide the respective user manuals for the various skin measurement sensors, and if the analyzed skin measurement data did not exceed the reference value, stored in the database. Processing data and extracting skin measurement data to construct data warehousing; l. Integrating the skin measurement data with existing skin measurement data and comparing and analyzing the extracted skin information data; m. And providing the compared and analyzed information providing data to a user. The method of claim 4, wherein joining the member in step c Providing information on membership by requesting membership; Determining whether to input new subscriber information related to the provided membership; If it is not confirmed whether to input the new subscriber information, requesting new subscriber information again, and if the new subscriber information is input, storing the new subscriber information data in the database; Sorting and classifying new subscriber information data stored in the database; Comparing and analyzing the sorted and classified new subscriber information data with existing subscriber information data and applying it to a model obtained through factor analysis; Predicting a skin type of a new subscriber with reference to the applied model; Providing new subscribers with personalized information according to the predicted skin type; Determining whether or not to input details related to skin types changed to a new subscriber with respect to the customized information; If it is confirmed whether the details related to the skin type are input, the information on the details is provided, and the input details are stored in the database again. If the details are not confirmed, the merged information is merged with the existing subscriber information data. Operating method of a skin care remote diagnosis system via the Internet, characterized in that it comprises the step of updating the model. The method of claim 4, wherein after step c, If the skin measurement request data is not transmitted, providing information suitable for a member by using existing skin measurement data; Determining whether the provided information is information desired by a user; If the user wants the information to be able to purchase the goods from various service companies, if the user does not want the information re-measurement according to each body part to perform the skin re-measurement, Analyzing and storing the re-measured skin measurement data in a database; A method of operating a skin care remote diagnosis system via the Internet, comprising the step of providing information suitable for a user with reference to the skin measurement data stored in the database and purchasing goods from various service companies. The method of claim 4, wherein the management of the data warehouse (Data Warehouse) Collect source data including data from opinions and collections of experts and skin measurement data input from skin measurement devices, oil / moisture and PH content data by skin type, and external environmental factors affecting oil, moisture and PH content. To do that, Analyzing, extracting, transforming, purifying and integrating the source data using a data mining tool; Establishing a data warehouse to correlate the analyzed data with each other for efficient management; Deriving a final result value using data correction and characteristic values through cross analysis, discriminant analysis, etc. of the data constructed in the data warehouse; Using the information such as skin care method and cosmetic type selection method suitable for the final result value (that is, the skin type of the measurement target) through the analysis for marketing of the user's skin care and cosmetic manufacturers; A method of operating a skin care remote diagnosis system via the Internet, comprising the steps of adding, updating, and deleting unnecessary data for various users and storing the data in a database.