Method and apparatus for online nutritional supplement platform

Abstract

A method for an online prescription platform, according to embodiments, comprises the steps of: receiving health information from a user; providing main information on the basis of the health information of the user; processing the health information of the user; analyzing nutritional supplement ranking information on the basis of the health information of the user; and receiving an input signal from the user so as to provide recommendation information and column information, wherein the health information of the user includes at least one from among disease history of the user, presence or absence of allergies, preferred nutritional ingredients, non-preferred nutritional ingredients, nutritional ingredients of interest, and body information of the user.

Description

Online nutritional supplement platform method and device

[0001] The embodiments relate to methods and devices for online platforms.

[0002] There is a lack of platforms that provide expert information on pharmaceuticals such as nutritional supplements and facilitate their purchase. The global market for nutritional supplements, particularly the US market, is growing. However, given the size of the global market, consumers struggle to easily access information on these products. Information is distributed between individual consumers through traditional, offline, peer-to-peer channels. Despite the market's size, reliable information is lacking. Consumers are forced to rely on online and / or offline advertising. An online nutritional supplement platform service is needed that provides consumers with reliable information and enables them to purchase nutritional supplements in a trustworthy manner.

[0003] The embodiments provide methods and devices for a nutritional supplement platform that connects consumers and experts. The embodiments also provide methods and devices for a platform that provides reliable nutritional supplement and health-related information. However, the technical challenges described above are not limited to these, and the scope of the embodiments may be expanded to encompass other technical challenges that can be inferred by those skilled in the art based on the entire disclosure.

[0004] A method for an online prescription platform according to embodiments includes the steps of: receiving health information from a user; providing main information based on the health information of the user; processing the health information of the user; analyzing nutritional supplement ranking information based on the health information of the user; and providing recommendation information and column information by receiving an input signal from the user; wherein the health information of the user includes at least one of the user's disease history, allergy status, preferred nutritional ingredients, unpreferred nutritional ingredients, nutritional ingredients of interest, or body information of the user.

[0005] The method and device for an online prescription platform according to the embodiments can provide accurate and easy information on nutritional supplements based on information from experts, and provide a platform for wise consumption of nutritional supplements.

[0006] The method and device for an online prescription platform according to the embodiments can provide a healthcare service that provides accurate and extensive health information by linking consumers and experts.

[0007] The method and device for an online prescription platform according to the embodiments can provide objective, professional, and reliable healthcare services based on smart AI (Artificial Intelligence).

[0008] The drawings are included to further understand the embodiments, and the drawings illustrate the embodiments together with the description related to the embodiments. For a better understanding of the various embodiments described below, reference should be made to the following description of the embodiments in conjunction with the following drawings, in which like reference numerals correspond to corresponding parts throughout the drawings.

[0009] Figure 1 shows the relationship of example screens of UI (user interface) according to embodiments.

[0010] Figure 2 shows a menu (110) screen according to embodiments.

[0011] Figures 3, 4, and 5 illustrate the main (120) screen according to embodiments.

[0012] Figures 6, 7, 8, and 9 illustrate questionnaire / result (121) screens according to embodiments.

[0013] Figures 10 and 11 show a ranking (123) screen according to embodiments.

[0014] Figure 12 shows a detailed search and results (1231e) screen according to embodiments.

[0015] Figures 13, 14 and 15 illustrate product detail view (1232) screens according to embodiments.

[0016] Fig. 16 shows a product review writing screen (1233) according to embodiments.

[0017] Figure 17 shows the Best combination (124) screen and detailed view screen according to embodiments.

[0018] Figure 18 shows a pharmacist column list screen and a detailed view screen according to embodiments.

[0019] Figure 19 shows a My Page (130) screen according to embodiments.

[0020] Figure 20 shows a challenge (131) screen according to embodiments.

[0021] Figures 21 and 22 illustrate a review (132) screen and a stored product list (133) screen according to embodiments.

[0022] FIG. 22 illustrates a method for an online prescription platform according to embodiments.

[0023] FIG. 23 illustrates a method for an online prescription platform according to embodiments.

[0024] Fig. 24 illustrates a device for an online prescription platform according to embodiments.

[0025] Fig. 25 illustrates a device for an online prescription platform according to embodiments.

[0026] FIG. 26 illustrates a method for an online prescription platform according to embodiments.

[0027] Figure 27 illustrates a method for providing an online platform service according to embodiments.

[0028] Preferred embodiments of the embodiments are described in detail, examples of which are illustrated in the accompanying drawings. The following detailed description, with reference to the accompanying drawings, is intended to illustrate preferred embodiments of the embodiments, rather than merely show embodiments that can be implemented according to the embodiments. The following detailed description includes details to provide a thorough understanding of the embodiments. However, it will be apparent to those skilled in the art that the embodiments may be practiced without these details.

[0029] While most of the terms used in the examples are commonly used in the field, some terms were arbitrarily selected by the applicant, and their meanings are described in detail in the following descriptions as needed. Therefore, the examples should be understood based on the intended meaning of the terms, not simply their names or meanings.

[0030] Figure 1 shows the relationship of example screens of UI (user interface) according to embodiments.

[0031] Referring to FIG. 1, UI example screens according to embodiments represent screens that can be displayed by various display devices such as terminals, smart phones, and mobile phones used by clients or users.

[0032] The UI example screens according to the embodiments may be configured with areas included in each screen by an application installed on the device, and information may be displayed in the configured areas.

[0033] Referring to FIG. 1, a UI screen according to embodiments may include a menu (110), a main (120), and a my page (130). In addition, a UI screen according to embodiments may include a survey / result (121), a challenge (122), a ranking (123), and a best combination (124) screen. In addition, a UI screen according to embodiments may include a search (1231), a product detail (1232), and a write review (1233) screen, and may include a combination detail (1241), a pharmacist column list (1242), and a column detail (1243) screen. In addition, a UI screen according to embodiments may include a challenge (131), a review (132), and a saved product list (133) screen.

[0034] Referring to Figure 1, one can move from the main (120) screen to the survey / result (121), challenge (122), ranking (123), and best combination (124) screens, and from the My Page (130) screen to the challenge (131), review (132), and saved product list (133) screens. In addition, one can move from the ranking (123) screen to the search (1231), product details (1232), and write a review (1233) screens, and from the best combination (124) to the combination details (1241), pharmacist column list (1242), and column details (1243).

[0035] The movement relationship and connection relationship between the screens described in Fig. 1 can be applied in various ways depending on the embodiments, and is not limited to the structure illustrated in Fig. 1.

[0036] Figure 1 illustrates the functions provided by a method and device for an online prescription platform (online nutritional supplement provision) according to embodiments. In this document, the method and device for an online prescription platform according to embodiments may be abbreviated as "method / device according to embodiments."

[0037] The method / device according to the embodiments can provide various functions, as shown in FIG. 1. Information representing each function can be displayed in a UI / UX (User Interface & User Experience). The method / device according to the embodiments can be linked to various display devices, such as terminals, smartphones, and mobile phones used by clients or users. The device according to the embodiments can correspond to client 250, server 251, and database 253 of FIG. 25.

[0038] Each function of Fig. 1 and the UI / UX information corresponding to each function can be processed and displayed by a device according to embodiments. Each function can be selectively displayed. Each function can be selected according to system settings. Each function can be selected based on a user input signal. The user input signal can be transmitted and received between the device and the user by physical touch, electrical signals, signals through a network, etc. The terms representing each function can be referred to by different terms within the scope of equivalent meaning. Each function can have a hierarchical structure. Each function can have an initial value set by the system. Each function can be modified according to the user's settings. The processing and movement processes between each function can be performed according to the user's selection.

[0039] Below, each function is explained with reference to each drawing.

[0040] Figure 2 shows a menu (110) screen according to embodiments.

[0041] Referring to FIG. 2, the menu (110) screen includes an area (110a) at the top of the screen that indicates the user's ID (or nickname). Area 110a may display a greeting using the user's ID for members who have signed up for the service and logged in, and may display an icon for moving to the service sign-up screen for users who have not signed up for the service.

[0042] As illustrated in FIG. 2, the menu (110) can display icons for home, ranking, combination, Tips, Your Points, Your report, Notification, Your challenges, Your review, Saved, Announcements, Get Help, Country & Language, and Preference. When a user clicks on the icons displayed in the menu (110), a different page screen can be displayed by the click action.

[0043] The icons displayed in the menu (110) in FIG. 2 are not limited to those displayed in the drawing, and the icons are connected to various screens described in FIG. 1, so that the user can move directly from the menu (110) screen to various screens. Here, moving may mean that the device (e.g., the smartphone used by the user) detects the user's actions such as clicking or scrolling and displays a different page screen or a different area in response to the actions. The user terminal (or client, see FIGS. 25 and 26) can display information received from the server in a UI screen according to embodiments, such as a location, size, color, shape, font style, etc. determined by the application program (e.g., the application, etc.).

[0044] The method / device according to the embodiments can provide a menu (110) screen to the user. The menu (110) screen of FIG. 2 corresponds to the menu (110) of FIG. 1. The method / device according to the embodiments can generate the menu (110) screen as shown in FIG. 2 for the convenience of the user. The method / device according to the embodiments can receive data stored in the database (253) and server (251) of FIG. 25 through a network (252) and provide the menu (110) and information required for the menu (110) to the client (250). Each function of the menu illustrated in FIG. 2 can be selectively provided according to a user's input signal and / or system settings. UI / UX information representing each function can be displayed as shown in FIG. 2, and the displayed order, position, size, etc. can vary. The method / device according to the embodiments can generate a NEW icon as shown in FIG. 2 when there is an update of data related to each function.

[0045] Figures 3, 4, and 5 illustrate the main (120) screen according to embodiments.

[0046] Referring to FIG. 3, the main screen (120) may include an area (120a) that provides information on the product's ingredients and dosage time along with the user's ID. The text displayed in area 120a may indicate the product type, ingredients, and dosage time based on the user's survey results. For example, if the user enters in the survey that they are taking lutein, the text "{User Nickname}, it is best to take the lutein supplement you are taking before going to bed" may be displayed. If there is no survey information, typical health management text may be displayed for each time slot: morning, lunch, and dinner. Here, the product may indicate a nutritional supplement product.

[0047] When clicking on area 120a, the user can move to the survey / results screen to conduct the survey or to the results screen of a previously conducted survey. That is, the method / device according to the embodiments can display the survey results screen associated with area 102a.

[0048] The main screen (120) may include a 120b area that displays information about the user's challenge. The 120b area displays information about the user's challenge performance as of the current date, and may also display the number of consecutive days the challenge has been completed and the total number of times the challenge has been completed.

[0049] The type of challenge may include whether the user has taken a nutritional supplement, exercised, or consumed sufficient water. Furthermore, area 120b displays a "No" icon and a "Done" icon for each challenge item, indicating whether the user has completed the task. The user can click on these icons depending on whether the challenge has been completed. The color of the clicked icon may change to indicate whether the user has completed the challenge, and information regarding whether the user has completed the challenge may be transmitted to a server or database for storage or converted into points through calculation.

[0050] Additionally, the main (120) screen may include a 120c area that displays points earned by the user over a specific period of time (e.g., one week). The 120c area displays point information earned by the user on a daily basis based on the user's challenge performance information, and the dates on which point information is displayed may be displayed on a weekly basis. The point information displayed in the 120c area may be calculated by the server based on the user's challenge performance information.

[0051] Referring to FIG. 4, the main (120) screen may include an area (120d) that indicates keywords about the user and an area (120e) that indicates information about the best combination.

[0052] The 102d area displays keywords indicating the user's age, gender, whether the user has children, the age range of the children, and disease-related keywords based on the user's survey results. The user can click on a keyword, and by clicking on the keyword, the user can move to a screen that displays products (nutritional supplements) related to the clicked keyword. In other words, the method / device according to the embodiments can display a screen displaying products (nutritional supplements) related to the clicked keyword.

[0053] The 120e section displays combination information about products that are recommended together, based on user survey results. The 120e section can display keywords related to the target audience for which the combined products are recommended (e.g., "women" or "large"), as well as keywords related to symptoms that may be improved by the combined products (e.g., "fatigue," "lack of sleep," "dry skin").

[0054] Referring to FIG. 5, the main (120) screen includes an area (120f) that displays information on the ranking of products, and an area (120g) that displays information on recommended products.

[0055] The 120f area can display the ranking, the country of origin of the product, and the product name, and can display the ranking according to the category based on nutritional content. For example, it can display the ranking of products belonging to the vitamin category. The 120f area includes a "More" icon, and when the user clicks the "More" icon, the user can move to the ranking (123) screen. The method / device according to the embodiments can display the ranking (123) screen when the user clicks the "More" icon in the 120f area.

[0056] The 120g area can display images of recommended products, images of their country of origin, ranking information, names, key nutritional ingredients, recommended intake time zones (e.g., day, night, lunch, dinner, etc.), rating information, and price range information. Information about recommended products is arranged in a card format, and information about each product can be moved on the screen by sliding left and right. Methods / devices according to embodiments can move the screen or display a different page in response to a user's scrolling (or sliding) motion.

[0057] The method / device according to the embodiments can provide the main (120) function as shown in FIGS. 3, 4, and 5. The main (120) function of FIGS. 3, 4, and 5 corresponds to the main (120) function of FIG. 2.

[0058] Referring to FIG. 3, the method / device according to the embodiments can generate a message (120a) and provide it to the user. For example, if the name of the user stored in the database and / or server is Olivia, the method / device according to the embodiments can generate information such as “Olivia, take vitamin D in the evening” and display it through the message UI / UX. The message (120a) information can be received from the database, the server, or generated by the client. The method / device according to the embodiments can generate, receive, and provide information (120b) regarding the user’s challenge to the user. The information (120b) regarding the user’s challenge can be received from the database, the server, or generated by the client. The method / device according to the embodiments can generate the user’s challenge information based on the user’s information and / or expert’s information. Based on the user’s body information and / or health information, the method / device can generate nutritional supplement intake information, exercise information, lifestyle information, etc. necessary for the user and provide related information so that the user can confirm whether or not he or she has completed the challenge task. A user's body information and / or health information may be stored in a database and received from a server. Depending on whether the user has completed a challenge task, information related to a reward may be provided to the user. If the user has not completed the challenge task, related information may be provided to help the user complete the challenge task. A method / device according to embodiments may receive data regarding the user's challenge task from the user and store it in a client memory, a server, a database, etc. A method / device according to embodiments may provide the client with information regarding the user's task performance results through user information stored in a database and / or server operations. The UI / UX for the task performance results information may be displayed based on time, date, score, etc.

[0059] The method / device according to the embodiments can generate challenge items based on information about the user and display the generated challenge items in the 120b area of ​​the main screen (120). Challenge items include whether to take nutritional supplements, whether to exercise for 30 minutes, whether to drink 1 L of water, etc. In addition, the method / device according to the embodiments can display icons that can indicate whether each challenge item has been performed, along with each challenge item. The user can input whether to perform each challenge item by clicking an icon. The input information regarding whether the user has performed the challenge can be transmitted to and stored in a server or database, or used to calculate reward points.

[0060] The user information used to generate challenge items is based on the user's survey results (see Figures 6 to 8). Challenge items can be generated based on user information from the client, server, or database.

[0061] Referring to FIG. 4, a method / device according to embodiments can store user information in a client, a server, a database, and a memory, and optimize and display the stored user information to the user. The user information can be filtered based on the user's recent activity. The user information can be displayed based on keywords related to the user. The method / device according to embodiments can process and provide a large number of users and their big data based on keywords. The user-related information can be converted into keywords based on frequency. The method / device according to embodiments can generate, store, and provide optimal combination information based on the user's information. The optimal combination information can refer to data optimized for the user generated based on the user's health information and lifestyle information. The method / device according to embodiments can provide the user with a combination of nutritional supplement information, exercise information, and dietary information most needed at the current time. The method / device according to embodiments can utilize the user's information stored in the memory. The method / device according to embodiments can generate optimal health information on a server based on data about multiple users stored in a database. The server can transmit information optimized for the user to the client. The method / device according to the embodiments can generate objective and accurate optimal combination information by utilizing big data accumulated from not only individual users but also multiple users. Furthermore, the method / device according to the embodiments can collect and optimize diagnostic information from health experts, such as doctors and pharmacists, and provide it to the user. Therefore, the method / device according to the embodiments has the effect of quickly providing objective and accurate health information to the user. The optimal combination information according to the embodiments can be generated based on the user's age, health status, eating habits, gender, current nutritional supplements taken, medication information, past nutritional supplements taken, medication information, etc.The best combination of information can include comprehensive body information such as nutritional information, eating habits, exercise information, and skin condition.

[0062] The method / device according to the embodiments can generate nutritional supplement combination information based on information about the user, and display the generated nutritional supplement combination information in the 120e area of ​​the main screen (120). The nutritional supplement combination information may list the names of multiple nutritional supplements used in the combination. In addition, the method / device according to the embodiments can display keywords for symptoms for which the displayed nutritional supplement combination information may be helpful in the 120e area. The user can click on the displayed nutritional supplement combination information to move to a detailed view page or a purchase page for the nutritional supplement. That is, the method / device according to the embodiments can display a detailed view screen or a purchase screen for a related nutritional supplement in response to a click action on the nutritional supplement combination information.

[0063] The user information used to generate nutritional supplement combination information may be based on user survey results (see Figures 6 to 8) or expert recommendations. Additionally, the nutritional supplement combination information may be registered by an administrator.

[0064] Nutritional supplement combination information can be based on user survey data, including nutrients that are beneficial when taken together with the user's current intake. Alternatively, nutrients that are unfavorable when taken together with the user's current intake can be excluded. Nutritional supplement combination information can be generated based on the user's survey data, taking into account factors such as pregnancy status, lifestyle habits, nutritional supplement content, and age.

[0065] Referring to FIG. 5, the method / device according to the embodiments can provide the user with overall nutritional supplement ranking information based on usage data accumulated from users utilizing the platform service. Based on platform data used by users of various nationalities, genders, ages, etc., nutritional supplement rankings can be provided in overall rankings and by type. Users can view the ranking information and utilize reliable platform information. The method / device according to the embodiments can provide nutritional supplement recommendation information optimized for the current user. The method / device according to the embodiments can provide the current user with necessary health information and nutritional supplement recommendation information by nutritional supplement type. Here, reliable health / nutritional information can be provided to the current user by utilizing data used by the current user, data used by users with similar attributes to the current user, and expert opinion data on the current user and users similar to the current user. The method / device according to the embodiments can display information such as the overall ranking of the product, information indicating the country of manufacture / sale of the nutritional supplement, information on the time of nutritional supplement intake, evaluation information of users who purchased the nutritional supplement, and information on the nutritional supplement's composition. Recommendation information optimized for the user can be generated based on the user's past, present, and future prediction data, the past, present, and future prediction data of multiple users, and expert opinion data.

[0066] Figures 6, 7, 8, and 9 illustrate questionnaire / result (121) screens according to embodiments.

[0067] Referring to FIG. 6, the surface / result (121) screen includes an area (121a) where the user selects the nutritional ingredients to be consumed.

[0068] Area 121a displays multiple icons representing various nutritional components along with text guiding the survey. The user can select the icons by clicking on them. The user can select multiple icons. Area 121a also includes an input field (1211a) for entering text, and the user can search for nutritional components by directly entering text in the input field (1211a). Area 121a may also include an icon for moving to the next step of the survey. Clicking on the icon will take the user to a screen displaying the next survey.

[0069] Area 121b displays icons representing conditions or conditions the user wishes to improve, along with text guiding the survey. Users can select multiple icons. Selected icons are displayed to indicate their selection. Icons may include "None," "Immunity," "Detox," "Bones and Joints," "Stress," "Anti-Aging," "Sleep," and "Pregnancy."

[0070] The 121c section displays icons indicating the user's gender along with a text guiding the survey. Selected icons are displayed to indicate whether they have been selected. Icons may include "Female," "Male," or "Prefer not to disclose."

[0071] Referring to FIG. 7, the survey / result (121) screen may include an area (121d) for surveying the user's living environment, an area (121e) for surveying the user's age group, and an area (121f) for surveying other user statuses.

[0072] Each section can be organized on a separate page, allowing users to navigate to the next page by clicking the survey completion icon. Alternatively, sections can be integrated into a single page, allowing users to scroll through the sections.

[0073] The 121d section displays items designed to assess the user's lifestyle. These items include "Eat a lot of fruit," "Eat a lot of meat," "Does not exercise regularly," and "Sedentary for a long time." These items are designed to assess the user's lifestyle habits, environment, and style. Users can select at least one item that applies to them.

[0074] The 121e field displays items to determine the user's age. Items may include "20s," "Teen," "Teen," "Teen," and "Teenage and above."

[0075] Section 121f displays items that ask about other user-related characteristics. Items include questions about pregnancy and childbirth, such as "Not applicable," "Pregnant," and "Has children."

[0076] Referring to FIG. 9, the survey / results (121) screen may include an area (121j) that summarizes the survey results and displays them in text, an area (121k) that displays keywords related to the user, an area (121l) that displays precautions, and an area (121m) that displays deficiencies.

[0077] The 121j area can display text indicating the types (number) of nutrients the user is consuming, the number of nutrients that are dangerous to mix, and the number of nutrients deficient. For example, the text could say, "Of the three nutrients you are consuming, three are dangerous to mix, and four are deficient."

[0078] The 121k field represents keywords relevant to the user or keywords of interest. These keywords may include nutritional information, diseases or conditions, symptoms, age, gender, pregnancy, and more.

[0079] The 121l area indicates user caution. Based on user surveys, this area identifies non-recommended supplement combinations. For example, it might display a box containing phrases like, "Multivitamin and iron combinations are not recommended," "Red ginseng is not good for diabetes," or "Vitamin B and vitamin C combinations are not recommended." Users can click the icons next to each phrase to view details. Clicking the icon reveals an additional box below the phrase, containing a detailed explanation.

[0080] The 121m section displays information about nutritional deficiencies users are prone to. Based on user surveys, the 121m section displays phrases about nutrients they are likely to be deficient in. Examples include, "Folic acid is essential for expectant mothers," and "Iron supplements are necessary to prevent premature birth." Each phrase is placed within a box, and the boxes containing the phrases are arranged vertically. Users can click on the icon next to the phrase to view detailed information. Clicking the icon reveals an additional box below the phrase, containing a detailed explanation.

[0081] Referring to FIG. 6, the method / device according to the embodiments may receive information from the user through the client (250, 260) and / or the interface unit (2600) of the client. The client and / or the interface unit according to the embodiments may receive nutritional supplement information from the user through a UI / UX icon as shown in FIG. 6. The UI / UX icon may be information representing multivitamins, vitamin B, vitamin D, etc. as shown in FIG. 6. In addition to the UI / UX icon, the method / device according to the embodiments may receive information directly input by the user, search data corresponding to the user's input information from a memory and / or a database, and filter the necessary data. The method / device according to the embodiments may receive the user's daily health goal information from the user through the client and / or the client's interface unit. The client and / or the processor according to the embodiments may generate a UI / UX icon representing the user's daily health goal information to receive the user's information. The device according to the embodiments may receive one or more user-selected information. Similarly, the device according to the embodiments may receive information regarding the user's gender. As personal information of the user, information such as gender, age, body, and health information may be received.

[0082] Referring to FIG. 7, the method / device according to the embodiments can generate a UI / UX icon representing the user's lifestyle, age, living information, etc. through a client and / or interface unit, and receive the user's information through the UI / UX icon. The user's information according to the embodiments of FIGS. 6 to 10 can be stored in a memory, a server, a database, etc.

[0083] Referring to FIG. 8, the method / device according to the embodiments can generate a UI / UX icon representing a user's health-related experience information, family information, child information, etc., through a client and / or interface unit, and receive the user's information through the UI / UX icon.

[0084] Referring to FIG. 9, the client and / or processor of the method / device according to embodiments may analyze user information and provide health diagnosis information and / or nutritional diagnosis information to the user. The processor and / or server may analyze the nutritional supplements consumed by the user based on the user's information. For example, based on the user's current information, the processor may analyze each nutritional supplement to determine whether the nutritional supplement being consumed by the user is appropriate or not and display the analysis results. The client and / or interface unit according to embodiments may receive additional information from the user for detailed analysis. For example, the device according to embodiments may receive health information of interest to the user through a UI / UX icon. The client, server, and processor according to embodiments may provide specific diagnostic information based on the user's information. In relation to the specific diagnostic information, expert opinion data may be provided. For example, based on expert diagnostic information and / or academic paper information, helpful advice information for the user's nutritional status and / or health status may be provided. Accordingly, the client, server, and processor according to embodiments may provide the user with necessary diagnostic information based on the user's gender, age, family relationships, child information, eating habits, and areas of interest, and may provide the user with necessary platform services.

[0085] Referring to FIGS. 6 to 9, the method / device according to the embodiments can display a questionnaire item for a user on a screen, receive input information from the user, and store and analyze the entered questionnaire information on a server or database. Furthermore, questionnaire result information can be generated based on the user's questionnaire information and displayed as shown in FIG. 9. The questionnaire result information can include the user's health interest keyword information, precaution information, and nutritional deficiency information. The user's health interest keyword information can be displayed as in the 121k area, the precaution information can be displayed as in the 121l area, and the nutritional deficiency information can be displayed as in the 121m area.

[0086] More specifically, a client terminal can display a user questionnaire on the screen, receive user input, and transmit it to a server or database. The server or database can then generate questionnaire results based on the received user input and transmit the results to the client. The questionnaire results can be displayed on the client terminal screen based on a UI such as the 121k, 121l, or 121m area.

[0087] Figures 10 and 11 show a ranking (123) screen according to embodiments.

[0088] Referring to FIG. 10, the ranking (123) screen includes an area (123a) indicating keywords for nutritional ingredients indicating low intake levels, a search area (123b), and an area (123c) indicating rankings.

[0089] The 123a area displays keywords about nutritional deficiencies if the user has completed the survey after signing up, and may display a prompt to take the survey (e.g., “check out the supplement combos you should never mix”) if the user has signed up but has not yet completed the survey. Clicking on a keyword about nutritional deficiencies may take the user to a page showing nutritional products related to the keyword. Clicking on the prompt may take the user to a survey / results page where the user can complete the survey.

[0090] The 123b area is the search area, displaying an input field where users can enter search terms. Users can search for products by directly entering search terms in the input field.

[0091] The 123c section displays product rankings, and can display nutritional supplement rankings from 1st to 20th. The 123c section can display product rankings, country of origin, and product name, as well as categories based on nutritional content. For example, it can display the rankings of products in the vitamin category. When a user clicks on a phrase listed in order of ranking, they are taken to a detailed view of the nutritional supplement in that ranking.

[0092] Referring to Figure 11, the ranking (123) screen includes an area (123d) that shows products whose rankings have risen sharply over the past week.

[0093] The 123d area can display images of products that have risen rapidly in the rankings, images of their country of origin, ranking information, product name, key nutritional ingredients, recommended consumption time (e.g., day, night, lunch, dinner), rating information, and price range. Information about recommended products is presented in card format, allowing users to scroll left and right to see the information for each product.

[0094] Information about products that have risen sharply in the rankings over the past week can be registered and managed on the administrator page. This means that clients can receive information about products registered by the administrator via the server and display it in the 123d area.

[0095] Referring to FIG. 10, a client, a server, and a processor according to embodiments may analyze a user's nutritional and health status based on user information stored in a memory and / or database, and provide results. Nutritional information that the user lacks may be displayed through a UI / UX icon. The client, server, and processor according to embodiments may receive nutritional information from the user that can supplement the nutritional information that the user lacks. For example, search data may be received through a UI / UX icon representing a search window. The client, server, and processor according to embodiments may generate and display result information corresponding to nutritional information that the user wishes to search for from user and expert data stored in a memory and / or database. The generated information may be ranked based on nutritional supplements used by many users. The client, server, and processor according to embodiments may analyze nutritional and health information using an algorithm. The algorithm according to embodiments may be referred to as a P1 algorithm. The P1 algorithm according to embodiments may generate result data optimized for the user based on user and expert data. Based on user reviews, expert opinions, insufficient nutritional information, past health history, and current eating habits, frequencies, averages, and medians can be extracted, and result data can be extracted based on these statistics. Furthermore, weights can be applied to the data based on user-specific characteristics, and thresholds can be set to optimize accuracy.

[0096] Referring to FIG. 11, the client, server, and processor according to the embodiments can generate trend information over a certain period of time. Analysis information, ranking information, trend information, etc. provided to users according to the embodiments can be generated based on data stored in memory, a processor, a server, a database, etc., and the P1 algorithm.

[0097] The method / device according to the embodiments may generate main information based on user information, process health-related information based on user information, analyze nutritional supplement ranking information based on user information, and receive input signals from the user to provide recommendation and column information. Furthermore, the step of analyzing the nutritional supplement ranking information may include the step of generating nutritional supplement ranking information based on an algorithm. Based on the algorithm, overall information of the nutritional supplement ranking information may be generated, and the algorithm may analyze the overall information based on frequency or the number of views by the user. In addition, the algorithm may analyze rankings for a specific type of nutritional supplement. The algorithm may be referred to as the P1 algorithm, etc., and may be referred to as P2, P3, etc. depending on the version. Furthermore, the algorithm may analyze reliable nutritional supplement information based on the production relationship between products (whether they are from the same company or a subsequent series), sales suitability test results, sales volume, number of sales, sales period, price, advertisements, user / expert reviews, number of resales, etc.

[0098] Figure 12 shows a detailed search and results (1231e) screen according to embodiments.

[0099] Referring to FIG. 12, the detailed search page may include an input window (1231a) in which a search term can be directly entered, an area (1231b) that displays selected keywords, and areas (1231c, 1231d) that display keywords.

[0100] The 1231a input field allows users to search for products by directly entering search terms.

[0101] The 1231b area displays keywords selected by the user from areas 1231c and 1231d. Each selected keyword is marked with an "x" icon, and clicking the "x" icon deselects the keyword.

[0102] Areas 1231c and 1231d display various keywords to facilitate product searches. Users can select the displayed keywords. Keywords may be categorized and displayed according to their type. For example, keywords displayed under the "by target" heading may include only keywords related to the purpose or target audience of the nutritional supplement product, while keywords displayed under the "by interest" heading may include only keywords related to the effects of the nutritional supplement product. Keywords displayed under the "by country" heading may include only keywords related to the country of origin of the product, while keywords displayed under the "by supplement" heading may include only keywords related to the nutritional ingredients of the product.

[0103] When a user selects at least one keyword and clicks the “Search” button, he or she can move to the search results (1231e) area.

[0104] The 1231e area displays user-selected keywords and lists nutritional supplements related to those keywords. Listed nutritional supplements can include product images, country of origin images, ranking information, product name, key nutritional ingredients, recommended intake time (e.g., day, night, lunch, dinner), rating information, and price range. Information about recommended products is presented in card format, allowing users to scroll left, right, or up and down to see the information for each product.

[0105] When a product listed in the 1231e area is clicked, the product details view (1232) screen can be displayed. The device / method according to the embodiments can display the product details view (1232) screen in response to the action of clicking a product listed in the 1231e area.

[0106] FIG. 12 illustrates a process in which a client, a server, and a processor according to embodiments receive information from a user and process result data in response to the received information. The client, the server, and the processor according to embodiments can provide an advanced search process to a user. The client, the server, and the processor according to embodiments can generate a UI / UX icon for a user to input information for a search, receive an input selection signal from a user, receive target information, and receive interest information, country information, and nutritional information from the user. The client, the server, and the processor according to embodiments can accurately and quickly display result information corresponding to a user's selection based on information received from the user, data stored in a memory and / or database, the P1 algorithm, and the like.

[0107] Figures 13, 14 and 15 illustrate product detail view (1232) screens according to embodiments.

[0108] Referring to FIG. 13, the product details view (1232) screen may include an area (1232a) that displays basic product information, an area (1232b) that displays one-line summary information about the product, recommended / average index information, and an area (1232c) that displays a share / save icon. Additionally, the screen may include an area (1232d) that displays a ranking of the product, an area (1232e) that displays tips related to consuming the product, and an area (1232f) that provides guidance on the recommended intake time and dosage for the product.

[0109] The 1232a area displays the product image, product name, country of origin flag image, star rating information, and number of reviews. Multiple product images may be displayed, and the next image may be displayed by scrolling. Methods / devices according to embodiments may display a review screen for the corresponding product in response to a click on the text indicating the number of reviews.

[0110] The 1232b field displays one-line information about the product. For example, it can display information such as "it can help your skin, nails, and hair health." Additionally, the recommended / average score can be displayed in a bar format. The recommended / average score and the one-line information can be registered and managed by the administrator.

[0111] The 1232c area is located at the top of the screen and displays a share icon and a heart icon. Users can share information about a product with others using other social media applications via the share icon, and the heart icon allows them to highlight products of interest.

[0112] The 1232d field indicates the product's ranking. The 1232d field can display both the product's ranking within the category and its overall ranking. The overall ranking and category ranking can be registered and managed by the administrator.

[0113] The 1232e section can be used to indicate advice regarding the consumption of the product. For example, statements such as "Biotin + Iron mix is ​​not preferred" or "Consumption is not recommended during pregnancy" can indicate nutritional information that may be unfavorable when consumed with the product, or provide cautionary information.

[0114] The 1232f area displays information related to the consumption of the product. Information regarding the best time to consume the product and the recommended dosage may be displayed.

[0115] Referring to FIG. 14, the product details screen (1232) may include areas displaying information about the product price, keyword information about the target audience for which the product is recommended (e.g., "women," "large," "large," etc.), and keyword information about the product's effects (e.g., "energy," "sleep," "dry skin," etc.). Additionally, an area displaying precautions for the product may be included.

[0116] Additionally, the product details view (1232) screen may include an area (1232g) indicating the ingredient content of the product, an area (1232i) indicating a nutritional supplement ingredient analysis, an area (1232j) indicating a user's evaluation, and an area (1232k) indicating star rating information.

[0117] The 1232g section displays the product's nutritional content and recommended daily allowance (RDA) in a bar graph. If the nutrient content exceeds the maximum recommended daily allowance (RDA), the entire bar will be colored red. Otherwise, a portion of the gray bars corresponding to the nutrient content will be colored green. Bar graphs are displayed for each nutrient, and if multiple nutrients are included, only four major nutrient bars can be displayed.

[0118] The 1232i area displays the name, content, and expected effects of the nutritional ingredients.

[0119] The 1232j area displays the results of multiple user evaluations of a given review item for a product. For example, it can display user evaluations for items such as "easy to swallow," "cost-effective," and "effectiveness." User evaluations can be displayed as a bar graph. For example, if 62% of all users selected "easy to swallow," the bar graph for that item would display 62%.

[0120] The 1232k section displays the number of reviews and product ratings. Ratings are based on a five-star scale, and can be an average of user reviews. Ratings can also indicate the number of users who participated in the review.

[0121] Referring to Figure 15, an area (1232l) showing review information written by a user is illustrated.

[0122] The Product Details (1232) screen may include the 1231l area.

[0123] The 1231l area can display the user's image, user-registered star ratings, user-related keywords, user-written phrases, and user-registered product images. The 1232l area displays star ratings and user nicknames alongside the user's image, along with the user's challenge progress. Additionally, user-related keywords can include keywords indicating the period of time the user consumed the product, the user's gender, and their age.

[0124] The product details view (1232) screen includes a “Write a Review” button at the bottom, and the method / device according to the embodiments can display a screen for writing a review in response to clicking the “Write a Review” button.

[0125] Referring to FIG. 13, the client, server, and processor according to the embodiments can provide users with optimized nutritional intake recommendation information. The generated information can include nutritional supplement information, ingredients, user reviews, ranking information, etc. The client, server, and processor according to the embodiments can analyze the user's analysis information and generate expert diagnosis information. Whether the resulting information is suitable for the user can be expressed through UI / UX icons such as graphs and / or percentages. This allows the user to receive expert feedback and utilize accurate and reliable healthcare platform services. Rather than individual user opinions or seller opinions, the client, server, and processor according to the embodiments can provide users with reliable diagnosis and recommendation information verified by multiple experts and users. The user can receive nutritional supplement ingredients, recommended intake times and methods, expert dietary habit recommendations, etc.

[0126] Referring to FIG. 14, a client, a server, and a processor according to embodiments may provide a detailed process of a method for providing the above-described diagnostic recommendation information. The client, server, and processor according to embodiments may receive price information of nutritional products through a network and generate price range and / or average price information. By analyzing information about nutritional products, gender and age information, expected effects, and expert diagnostic opinions for recommended intake may be generated. In addition, nutritional ingredient content and daily recommended intake may be expressed as UI / UX icons that are effective in identifying them. Through the information generated by embodiments, users can accurately and conveniently find out nutritional information for each nutritional ingredient. In addition, the client, server, and processor according to embodiments may generate effects for each ingredient of a nutritional product, notification information for users, intake information, review information, scores, etc., and display UI / UX icons corresponding to the information.

[0127] Referring to FIG. 15, the client, server, and processor according to the embodiments may receive a user's detailed selection signal, generate more detailed effects of each component of a nutritional supplement, notification information for the user, intake information, review information, scores, etc., and display UI / UX icons corresponding to the information.

[0128] Accordingly, the client, server, and processor according to the embodiments can accumulate user usage data in a database and generate more accurate diagnostic and recommendation information for subsequent users. The usage data accumulated in the database can be used to train the P1 algorithm and improve its fitness.

[0129] Fig. 16 shows a product review writing screen (1233) according to embodiments.

[0130] Referring to FIG. 16, the review writing (1233) screen may include an area (1233a) for indicating the image and name of the product that is the subject of the review, an area (1233b) for selecting a keyword indicating the consumption period of the product, an area (1233c, 1233d) for evaluating star ratings for each item, an area (1233e) for selecting a keyword indicating the effect, and an input window (1233f) for writing a review.

[0131] The 1233a area is the area that displays the image of the product being reviewed, the image of the country of origin flag, and the product name.

[0132] The 1233b field displays keywords indicating the consumption period for the product. For example, it may include keywords such as "than a month," "1-2 months," "3-5 months," "6-12 months," and "more than a year." Users can select any of the displayed keywords to determine the consumption period for the product.

[0133] Areas 1233c and 1233d are used to assign star ratings for specific items. Five stars are displayed for items such as overall rating, ease-of-swallow, cost-effectiveness, and effectiveness. Users can select a certain number of stars from the five-star rating to rate each item. For each item, the number of stars selected can be displayed based on the user's selection. The content and number of items can be modified by the administrator.

[0134] The 1233e area displays keywords related to the product's effectiveness. At least one of multiple keywords can be selected by the user. Selected keywords can change color to indicate their selection. Keywords can include fatigue, immune system, hair loss, bone, joints, eye, ears, skincare, weight loss, brain, fitness, stress, and none of the above.

[0135] The 1233f area is an input window where users can write their own review content.

[0136] Keywords or content selected by the user can be displayed in the area (1232l) that displays review information in the product details view (1232).

[0137] Figure 16 illustrates an interface UI / UX for receiving information from a user, through which a client, a server, and a processor according to embodiments of the present invention generate a UI / UX for user convenience and receive a user selection signal through the interface unit. Accordingly, the client, server, and processor according to embodiments of the present invention can accumulate user usage data in a database and generate more accurate diagnostic and recommendation information for subsequent users. The usage data accumulated in the database can be used to train the P1 algorithm and improve its suitability.

[0138] Figure 17 shows the Best combination (124) screen and detailed view screen according to embodiments.

[0139] Referring to FIG. 17, the Best combination (124) screen may include an area (124a) that displays keywords related to the combination and an area (124b) that displays combination information.

[0140] The 124a section displays keywords for which the supplement combination is recommended. Examples include "suggested," "infants," "1-10," "11-19," "20 / 30s," "40s," "50s," "60s," and "over." Selected keywords may be displayed in a different color to indicate their selection.

[0141] The 124b section displays combination information about products that are recommended together, based on user survey results. The 124b section can display keywords (e.g., "women" or "large") regarding the target audience for which the combined products are recommended. It can also display information about the combined products and keywords related to symptoms that may be improved by the combined products (e.g., "fatigue," "lack of sleep," "dry skin").

[0142] Users can click the "More" button in area 124b to navigate to the details screen. The details screen includes an area (1241a) that provides a description of the product combination.

[0143] Referring to FIG. 17, the client, server, and processor according to the embodiments can generate recommended combination information optimized for the user. To recommend accurate combination information to the user, categories can be defined by keywords. The categories can include the user's age, family information, etc. The client, server, and processor according to the embodiments can provide nutritional and health recommended combination information tailored to the user's characteristics based on data accumulated in a database. Furthermore, expert opinions related to the user's recommended combination information can be filtered and generated as detailed explanatory information. This allows the user to efficiently utilize reliable nutritional and health recommended information based on data accumulated from multiple users and experts.

[0144] Figure 18 shows a pharmacist column list screen and a detailed view screen according to embodiments.

[0145] Referring to Figure 18, the pharmacist column list screen includes an area (1242a) that lists columns written by pharmacists.

[0146] The 1242a area lists box areas displaying the titles of each column. Users can click on any of the listed box areas to view the details for that column.

[0147] The column details screen includes area 1243a. Area 1243a can display the column title, image, and column content. The details screen displays a share icon (1243b), and when a user clicks the share icon (1243b), the column can be sent using other applications (e.g., social networking services, e-mail, cloud services, text messaging software, etc.).

[0148] Referring to Figure 18, the client, server, and processor according to the embodiments can receive and store expert opinions from experts through an interface unit and a database. Furthermore, the P1 algorithm can be used to learn expert opinion information to improve the accuracy of the information. Furthermore, expert information corresponding to nutritional deficiencies that users need and lack can be retrieved from the database and provided to the user in a UI / UX format.

[0149] Figure 19 shows a My Page (130) screen according to embodiments.

[0150] Referring to FIG. 19, the My Page (130) screen displays buttons (130a) for editing the user's profile and items that can be used to directly navigate to various pages. For example, items may include Notification, Your Report (130b), Your Challenge, Your Reviews, Your Saved Lists, Announcements, Get Help, Country & Language, Preferences, and Rate Our App. If new content is uploaded to a page linked from each item, an icon (130c) may be displayed next to the item to notify the user of this. The 130c icon may disappear when the user confirms the uploaded content.

[0151] Users can click on the "Your Report" item to go to the Survey / Results (121) screen. Additionally, they can click on the "Your Challenge" item to go to the "Challenge" (131) screen. The "Challenge" (131) screen may be a page including areas 120b and 120c of FIG. 3. The "Your Reviews" item may go to the "Reviews" (132) screen, which collects and displays user-written reviews. The "Your Saved Lists" item may go to the "Saved Product List" (133) screen, which lists products saved by the user.

[0152] The types and order of items displayed on the My Page (130) screen can be changed by the administrator.

[0153] Referring to FIG. 19, the client, server, and processor according to the embodiments can generate UI / UX menu information that assists users in using the platform and enhances the platform's convenience and accessibility. The UI / UX menu information is not fixed based on system settings, but rather can be configured to provide necessary and recommended information to the user based on user information.

[0154] Figure 20 shows a challenge (131) screen according to embodiments.

[0155] Referring to Figure 20, the challenge (131) screen includes an area displaying the user's image and nickname, and an area (131a) indicating the user's score earned through the challenge. Additionally, the screen may include an area displaying a calendar (131b) and an area recording whether the challenge has been completed (131c).

[0156] Area 131a displays the points earned by users by completing challenges in various ways. For example, it can display the average score this month or the overall score.

[0157] Area 131b displays a calendar, and the points earned by the user for each day displayed on the calendar can be displayed.

[0158] The 131c area displays the current date and each challenge item, along with buttons (a "No" button and a "Done" button) indicating whether the challenge item has been completed. Users can click the "No" or "Done" button depending on whether they have completed the challenge, and points are awarded based on the user's challenge completion results. Point calculations based on the user's challenge completion can be performed on the server, and challenge completion records can be stored in a database.

[0159] Referring to Figure 20, the client, server, and processor according to the embodiments can generate challenge UI / UX information to encourage users to use the platform and develop healthy habits. By generating UI / UX menu information that provides such convenience and accessibility, users can pursue a sustainable healthy lifestyle while utilizing reliable platform information.

[0160] A method / device (e.g., a client) according to embodiments may receive information regarding a user's performance on a challenge item and transmit the information to a server or database. The server or database according to embodiments may generate / store the user's point information based on the received information and transmit the point information to the client. The client may display the received point information on a screen.

[0161] Figures 21 and 22 illustrate a review (132) screen and a stored product list (133) screen according to embodiments.

[0162] The review (132) screen can collect and display user-written reviews. Each review area can be displayed like the review display area (1232l) of Fig. 15. The review (132) screen can list reviews for products for which users have written reviews.

[0163] The Saved Product List (133) screen can collect and display information about products saved by the user. Information about the saved products can be listed in a card format for each product. Each card area includes a heart icon (133a), and when the user clicks the icon (133a), the product can be removed from the list. Each card area can include a product image, a country of origin flag image, the product name, the product consumption time period, star rating information, and price range information.

[0164] Referring to Figure 21, the client, server, and processor according to the embodiments can generate UI / UX information based on history data to assist the user in using the platform. In response to the user's selection signal, the user's past review data can be received from a database, and in response to the user's selection signal, the user's saved list can be received. Here, the received data can be converted into UI / UX information and displayed.

[0165] FIG. 23 illustrates a method for an online prescription platform according to embodiments.

[0166] Figure 23 illustrates a method for an online prescription platform, and more specifically, a method for providing optimal recommended combination information to a user. The recommended combination information may correspond to information 124 of Figure 1, information 120e of Figure 4, and best recommended information of Figures 17 and 18. The method for an online prescription platform may be performed by a client (250) and a server (251) of Figure 25. Furthermore, the method for an online prescription platform may be performed by a client (260) and a server (261) of Figure 26.

[0167] S230, a method for an online prescription platform according to embodiments may include a step of generating recommendation information based on a database.

[0168] The method for an online prescription platform according to the embodiments can generate recommendation information through a database connected to a client, a server, etc. The method for an online prescription platform according to the embodiments can generate recommendation information suitable for the current user through data accumulated in the database. Here, the generated information can be displayed as UI / UX information, as shown in the drawings described above. The process of generating and processing the recommendation information can be performed by the P1 algorithm.

[0169] S231, a method for an online prescription platform according to embodiments may further include a step of providing recommendation information based on user information.

[0170] A method for an online prescription platform according to embodiments may provide recommendation information based on user information stored in memory and / or a database. Furthermore, information may be received from a user via an interface unit of a client and / or a server. In step S230, the method for an online prescription platform according to embodiments may generate recommendation information appropriate for the current user's situation based on information received from the database and additional information received from the user. Here, the generated information may be displayed as UI / UX information, as shown in the drawings described above. The process of generating and processing the recommendation information may be performed by the P1 algorithm.

[0171] S232, the method for an online prescription platform according to embodiments may further include a step of receiving an input signal from a user and providing detailed recommendation information.

[0172] The method for an online prescription platform according to embodiments may receive additional input signals through an interface unit to provide a platform health recommendation service optimized for the user. For example, the method may receive survey information (121) of FIG. 1, survey information such as FIG. 6-10, and FIG. 12-21. Based on the survey information received from the user, specific recommendation information may be generated. Here, the generated information may be displayed as UI / UX information, as shown in the drawings described above. The process of generating and processing the recommendation information may be performed by the P1 algorithm.

[0173] Figure 24 illustrates a method for an online prescription platform according to embodiments.

[0174] Figure 24 illustrates a method for an online prescription platform, and more specifically, a method for providing users with accurate expert opinions and diagnostic information. The opinion / diagnosis information may correspond to expert opinion information in Figures 9, 13, 14, 17, 18, etc. The method for an online prescription platform may be performed by the client (250) and server (251) of Figure 25. Furthermore, the method for an online prescription platform may be performed by the client (260) and server (261) of Figure 26.

[0175] S240, a method for an online prescription platform according to embodiments may include a step of generating column information based on a database.

[0176] The method for an online prescription platform according to embodiments can receive expert knowledge information from an expert via an interface unit of a client and / or server. In response to a user's selection signal, the method for an online prescription platform according to embodiments can generate expert column information (expert diagnosis information) based on data stored in a database. Here, the generated information can be displayed as UI / UX information, as shown in the drawings described above. The process of generating and processing recommendation information can be performed by the P1 algorithm.

[0177] S241, a method for an online prescription platform according to embodiments may further include a step of providing column information based on reference information.

[0178] A method for an online prescription platform according to embodiments can search, filter, and process expert column information based on user information stored in memory and / or a database. Reference information may include information regarding the user's characteristics, environment, and health status. As described above, information may be received from the user through an interface unit, and expert information optimized for the user may be generated based on the received and stored information. Here, the generated information may be displayed as UI / UX information, as shown in the drawings described above. The process of generating and processing recommended information may be performed by the P1 algorithm.

[0179] S242, the method for an online prescription platform according to embodiments may further include a step of receiving an input signal from a user and providing detailed column information.

[0180] A method for an online prescription platform according to embodiments can receive input signals from a user and generate detailed expert information more appropriate for the user's information. The method can receive a user's selection signal for an information category, generate result information (expert opinion information) corresponding to the selection signal, and provide the information to the user. Here, the generated information can be displayed as UI / UX information, as shown in the drawings described above. The process of generating and processing the recommendation information can be performed by the P1 algorithm.

[0181] Fig. 25 illustrates a device for an online prescription platform according to embodiments.

[0182] The structure of a device for an online prescription platform according to embodiments is as shown in FIG. 25. A system related to the device for an online prescription platform according to embodiments may include a client (250), a network (252), a server (251), and / or a database (253). Each component constituting the system may correspond to hardware, software, a processor, and / or a combination thereof.

[0183] The client (250) can perform the method for the aforementioned online prescription platform. The client can receive information from users and / or experts, provide users with necessary information based on the received information, and generate user-friendly UI / UX information to provide the information. The client can be a client machine or a client application implemented on a mobile device, PC, or other device.

[0184] A network (252) can connect a client and a server. The client can store information received from the user and recommended result information provided to the user in its memory and transmit the information to the server and / or database via the network. The network can be a broadband or internet channel, such as 5G or 6G. The server can store information received from the user and recommended result information provided to the user in its memory and transmit the information to the client and / or database via the network.

[0185] The server (251) corresponds to a client and may be a server machine and / or a server application. Like the client, the server can perform the client's actions. The results of the server's actions can be transmitted to the client via a network. The server can perform a method for an online prescription platform.

[0186] The database (253) can store information necessary for the operation of the client and / or server, information generated as a result of the operation, information corresponding to signals received from users and / or experts, etc., and can be provided to the server or to the client. Information stored in the database and memory can be learned through the P1 algorithm.

[0187] Figure 25 illustrates a device according to embodiments. The device according to embodiments includes a client (250), a server (251), or a database (253). Each device may be functionally distinct. The client (250) may represent a communication-capable terminal used by a user. For example, it may include an electronic device capable of computing, storing, transmitting, receiving, and displaying information, such as a smartphone, mobile phone, desktop, or laptop.

[0188] The client (250) may include an application for providing platform services. The application may provide a user interface for a user to input information, display received information, and transmit information. The client (250) may display information received from a server according to a UI format defined by the application, display a different screen according to a user's action, or transmit information to a server (251) or a database (253) via a network (252). Users utilizing the platform services according to the embodiments may be general consumers seeking information on nutritional supplements, or experts (pharmacists, doctors, or product manufacturers) providing information on nutritional supplements.

[0189] The client (250) may include a camera module. The client (250) may enable an application to take pictures using the camera module and transmit the captured image information to a server or database. The image information may be a photograph of a nutritional supplement or a label of the nutritional supplement.

[0190] The client (250) may include a GPS module. The client (250) may enable an application to display the location of the client (250) using the GPS module, and may also display the location of a pharmacy (or a pharmacist working at the pharmacy) located nearby the client (250). The client (250) may transmit location information of the client (250) to a server (251) or a database (253), and the server (251) or the database (253) may transmit information about a pharmacy located nearby to the client (250) based on the received location information.

[0191] The server (251) can transmit and receive information from a client (250) or a database (253), store / process received information, and generate information. Furthermore, it can receive information from an administrator to provide platform services. The administrator can input information on nutritional supplement combinations, ranking information, pharmacist columns, recommended nutritional supplements, or pharmacy information into the server.

[0192] The server (251) can receive image information of a nutritional supplement label from the client (250) and search for information about the nutritional supplement based on the image information. For example, the server (251) can search for information matching the photographed nutritional supplement among the nutritional supplement information stored in the server (251) and transmit information about the photographed nutritional supplement to the client (250). The server (251) can include a recognition module that identifies letters or numbers from the image information. When the recognition module identifies letters or numbers from the image information, the server (251) can search for nutritional supplement information based on the identified information and transmit the searched information to the client (250).

[0193] The server (251) can receive location information from the client (250) and, based on the location information, search for information on pharmacies located in close proximity to the client (250). For example, the server (251) can search for information on pharmacies located in close proximity to the client's location information among the pharmacies stored in the server (251) and transmit the pharmacy information to the client (250).

[0194] The database (253) can transmit and receive information from a client (250) or server (251), store / process received information, and generate information. Furthermore, it can receive information from an administrator to provide platform services. The administrator can input information on nutritional supplement combinations, ranking information, pharmacist columns, recommended nutritional supplements, or pharmacy information into the database.

[0195] The database (253) stores information about nutritional supplements and can transmit information about specific nutritional supplements to the server (251) upon request from the server. For example, the server (251) can request nutritional supplement information from the database (253) based on information identified from an image, and the database (253) can search for nutritional supplement information that matches the information received from the server (251) and transmit the searched information to the server (251).

[0196] The database (253) can receive location information from the client (250) and, based on the location information, search for information on pharmacies located in close proximity to the client (250). For example, among the location information of pharmacies stored in the database (253), information on pharmacies located in close proximity to the received location information of the client can be searched for and the pharmacy information can be transmitted to the client (250). Alternatively, upon a request from the server (251), information on pharmacies located in close proximity to the client (250) can be searched for and the corresponding pharmacy information can be transmitted to the server (251).

[0197] Online platform services according to the embodiments can be provided by organic operation of devices according to the embodiments.

[0198] Fig. 26 illustrates a device for an online prescription platform according to embodiments.

[0199] Fig. 26 illustrates a device for an online prescription platform according to embodiments, specifically a client (260) and a server (261). The client and server of Fig. 26 correspond to the client and server of Fig. 25.

[0200] The client (260) may include an interface unit (2600), a memory (2601), and / or a processor (2602). The interface unit (2600) may receive information from a user and / or an expert. The interface unit may store the received information in the memory or transmit it to the processor. The memory may store information received through the interface unit and transmit necessary information to the processor. The memory may store instructions for performing an online prescription platform method of the processor. The processor may perform the prescription method using the instructions for performing the online prescription platform method stored in the memory. The instructions stored in the memory may cause the processor to perform the online prescription method according to the above-described embodiments.

[0201] The server (261) may include an interface unit (2610), a memory (2611), and / or a processor (2612). The interface unit (2610) may receive information from a user and / or an expert. The interface unit may store the received information in the memory or transmit it to the processor. The memory may store information received through the interface unit and transmit necessary information to the processor. The memory may store instructions for performing an online prescription platform method of the processor. The processor may perform the prescription method using the instructions for performing the online prescription platform method stored in the memory. The instructions stored in the memory may cause the processor to perform the online prescription method according to the embodiments described above. The online prescription platform method according to the embodiments may be performed on a client and / or a server.

[0202] Referring to FIG. 26, the interface unit (2600, 2610) of the client (260) or server (261) may be an application that provides a UI / UX environment for interaction between a user or administrator and the device. The processor may perform operations or commands to drive the interface unit.

[0203] A device for providing an online platform service includes a processor and a memory that stores instructions for the processor. The processor is connected to the memory and can operate based on the instructions stored in the memory. For example, the device for providing an online platform service may be the server of FIG. 25 or FIG. 26.

[0204] Referring to FIG. 26 and the drawings described above, a processor according to embodiments may receive a user's survey information, generate survey result information based on the user's survey information, and transmit the generated survey result information to a client. The survey information may include information indicating the user's age, information indicating the user's nutritional intake, or information indicating the user's gender. The survey result information may include information indicating precautions regarding the user's nutritional intake and information indicating nutritional deficiencies.

[0205] Additionally, the processor according to the embodiments can generate recommendation information based on the user's survey information and transmit the generated recommendation information to the client. The recommendation information includes information indicating a combination of products. Furthermore, the recommendation information includes information indicating keywords related to symptoms that can be improved by the products.

[0206] A processor according to embodiments may generate challenge information based on a user's survey information and transmit the challenge information to a client according to embodiments. Furthermore, the processor may receive user action information (or performance information) regarding the challenge information. The challenge information may indicate a challenge including at least one of taking a pill, exercising, or drinking water. The action information may indicate whether the challenge has been performed.

[0207] Figure 27 illustrates a method for an online prescription platform according to embodiments.

[0208] Fig. 27 illustrates a method performed by the device of Fig. 25 and / or Fig. 26. The method of Fig. 27 may include the methods of Figs. 1 to 23.

[0209] S270, a method for an online prescription platform according to embodiments may include a step of receiving health information from a user.

[0210] In order to provide accurate and easy-to-understand information on nutritional supplements based on expert information, provide a platform for wise consumption of nutritional supplements, provide healthcare services that connect consumers and experts with accurate and extensive health information, and provide objective, professional, and reliable healthcare services based on smart AI (Artificial Intelligence), users' health information can be collected to provide users with nutritional supplement information optimized for them.

[0211] Your health information may include your medical history, allergies, preferred nutrients, disliked nutrients, nutrients of interest, and your physical information.

[0212] S271, a method for an online prescription platform according to embodiments may include a step of providing main information based on the user's health information.

[0213] The method for an online prescription platform according to embodiments may receive user information, generate menu information based on the user information, and display the information. The method for an online prescription platform according to embodiments may display preset main information according to the platform system settings.

[0214] S272, a method for an online prescription platform according to embodiments may further include a step of processing health information based on the health information of the user.

[0215] A method for an online prescription platform according to embodiments may receive user information and process health information stored in memory and / or a database based on criteria corresponding to the received user information. Health information required by the user may be received from the memory and / or database. To generate health information required by the user, data stored in the memory and / or database may be further processed using the P1 algorithm.

[0216] S273, a method for an online prescription platform according to embodiments may further include a step of analyzing nutritional supplement ranking information based on user information.

[0217] The method for an online prescription platform according to embodiments can analyze nutritional supplement ranking information based on user information. Data stored in memory and / or a database can be analyzed, and analysis criteria can be set based on the user information.

[0218] S274, a method for an online prescription platform according to embodiments may further include a step of receiving an input signal from a user and providing recommendation information and column information.

[0219] A method for an online prescription platform according to embodiments can receive an input signal from a user and generate recommended information and / or column information corresponding to the input signal. Expert information can be received from an expert via an interface unit and data stored in memory and / or a database can be utilized. The recommended information and / or column information can be displayed as UI / UX icons that are accurate and highly convenient, tailored to the user's characteristics.

[0220] S275, a method for an online prescription platform according to embodiments may further include a step of outputting statistical data.

[0221] The system may further include a step of outputting statistical data on health information for users with similar physical characteristics. This allows the user to receive information on nutritional supplements they wish to receive based on statistical data entered by users with similar physical characteristics regarding their disease history, allergies, preferred nutritional ingredients, disliked nutritional ingredients, and nutritional ingredients of interest.

[0222] The statistical data may include at least one of an average, a mode, or a median based on the user's health information, such as a history of diseases, allergies, preferred nutrients, dispreferred nutrients, nutrients of interest, or at least one of the user's body information.

[0223] S276, a method for an online prescription platform according to embodiments may further include a step of outputting a comparison result between the user's health information and nutritional supplement information.

[0224] For example, the method may further include a step of outputting a comparison result between the user's health information and nutritional supplement information, and the step of outputting the comparison result may include a step of outputting nutritional supplement information that matches the user's health information, and a step of numerically expressing the similarity between the user's health information and the nutritional supplement information, and a step of numerically expressing the similarity between the received nutritional supplement information and the user's health information, if nutritional supplement information is received from the user.

[0225] The method for providing an online platform service according to the embodiments may correspond to the operations performed by the device according to the embodiments described in FIG. 26. The method for providing an online platform service may be performed by the server of FIG. 25 or FIG. 26.

[0226] A method according to embodiments may receive a user's survey information, generate survey result information based on the user's survey information, and transmit the generated survey result information to a client. The survey information may include information indicating the user's age, information indicating the user's nutritional intake, or information indicating the user's gender. The survey result information may include information indicating precautions regarding the user's nutritional intake and information indicating nutritional deficiencies.

[0227] Additionally, the method according to the embodiments can generate recommendation information based on user survey information and transmit the generated recommendation information to the client. The recommendation information includes information indicating a combination of products. Furthermore, the recommendation information includes information indicating keywords related to symptoms that can be improved by the products.

[0228] A method according to embodiments may generate challenge information based on a user's survey information and transmit the challenge information to a client according to embodiments. Furthermore, the processor may receive user action information (or performance information) regarding the challenge information. The challenge information may indicate a challenge including at least one of taking a pill, exercising, or drinking water. The action information may indicate whether the challenge has been performed.

[0229] Figure 28 illustrates a method for providing an online platform service according to embodiments.

[0230] The method for providing an online platform service according to the embodiments may be performed by the client, server, or database of FIGS. 25 and 26. With respect to the method according to the embodiments, the UI screen described in FIGS. 2 to 21 may be displayed on a user's terminal (or client), and data entered by the user may be transmitted and received between the client, server, and database.

[0231] Referring to FIG. 27, a method for providing an online platform service according to embodiments may include a step of receiving health information from a user (S280), a step of receiving questionnaire information from the user (S281), a step of generating questionnaire result information based on the questionnaire information from the user (S282), a step of generating recommendation information based on the questionnaire information from the user (S283), a step of generating challenge information based on the questionnaire information from the user (S284), a step of transmitting at least one of the questionnaire result information, recommendation information, or challenge information (S285), a step of outputting statistical data (S286), and / or a step of outputting a comparison result between the user's health information and nutritional supplement information (S287). One or more of the steps may be omitted, and the order of the steps may be changed.

[0232] The step of receiving health information from a user (S280) provides accurate and easy information on nutritional supplements based on information from experts, provides a platform for wise consumption of nutritional supplements, links consumers and experts to provide healthcare services that provide accurate and extensive health information, and provides objective, professional, and reliable healthcare services based on smart AI (Artificial Intelligence). In this way, the user's health information can be collected to provide nutritional supplement information optimized for the user.

[0233] Your health information may include your medical history, allergies, preferred nutrients, disliked nutrients, nutrients of interest, and your physical information.

[0234] Step S281 is a step for receiving user-entered survey information from the screens illustrated in FIGS. 6, 7, and 8. The user's survey information may be entered by a client according to embodiments and transmitted to a server or database. The server or database may receive the user's survey information, store / manage it, and generate data based on the survey information. The user's survey information may include the user's age, nutritional information consumed by the user, and gender information, and may further include information illustrated in FIGS. 6 to 8.

[0235] Step S282 is the step of generating survey result information displayed on the screen illustrated in FIG. 9. The server or database can generate survey result information based on the user's survey information. The survey result information may include information on nutritional intake precautions and information on nutritional deficiencies, and may further include the information illustrated in FIG. 9.

[0236] Step S283 is a step for generating recommendation information displayed on the screens illustrated in FIGS. 4 and 17. The server or database can generate recommendation information based on client survey information. The recommendation information can be displayed on the screens as illustrated in FIGS. 4 and 17. The recommendation information can include product combination information. The product combination information indicates products that are beneficial to consume together. The recommendation information can further include keyword information related to symptoms that can be improved by the products. The recommendation information can further include other information illustrated in FIGS. 4 and 17.

[0237] Step S284 is a step for generating challenge information displayed on the screens illustrated in FIGS. 3 and 20. The server or database may generate challenge information based on client questionnaire information. The challenge information may be displayed on the screen as illustrated in FIGS. 3 and 20. The challenge information may include at least one of medication, exercise, or water intake. The challenge information may further include other information illustrated in FIGS. 4 and 17.

[0238] Step S285 is a step for transmitting at least one of survey result information, recommendation information, or challenge information. A device (client, server, or database) according to embodiments may transmit the information generated in the aforementioned step. For example, a server or database may transmit information to a client. The client may display the information received by an installed application on its screen. As shown in FIGS. 6-8, 9, 4, 17, 3, and 20, the received information may be displayed on the client's screen.

[0239] S286, a method for an online prescription platform according to embodiments may further include a step of outputting statistical data.

[0240] The system may further include a step of outputting statistical data on health information for users with similar physical characteristics. This allows the user to receive information on nutritional supplements they wish to receive based on statistical data entered by users with similar physical characteristics regarding their disease history, allergies, preferred nutritional ingredients, disliked nutritional ingredients, and nutritional ingredients of interest.

[0241] The statistical data may include at least one of an average, a mode, or a median based on the user's health information, such as a history of diseases, allergies, preferred nutrients, dispreferred nutrients, nutrients of interest, or at least one of the user's body information.

[0242] S287, a method for an online prescription platform according to embodiments may further include a step of outputting a comparison result between the user's health information and nutritional supplement information.

[0243] For example, the method may further include a step of outputting a comparison result between the user's health information and nutritional supplement information, and the step of outputting the comparison result may include a step of outputting nutritional supplement information that matches the user's health information, and a step of numerically expressing the similarity between the user's health information and the nutritional supplement information, and a step of numerically expressing the similarity between the received nutritional supplement information and the user's health information, if nutritional supplement information is received from the user.

[0244] Accordingly, the online prescription platform method and device according to the embodiments can provide accurate and efficient reliable health information based on AI services accumulated from data from users and experts. The online prescription platform method and device according to the embodiments can overcome the limitations of using unverified information in individual markets, and can provide health and nutrition information optimized for users' personal information. The online prescription platform method and device according to the embodiments can process health information desired by users using accurate professional data based on information received from users and experts. The online prescription platform method and device according to the embodiments can learn data accumulated in the platform using AI algorithms, and provide accurate prescription and diagnosis information to users. The online prescription platform method and device according to the embodiments can overcome the limitations limited to offline markets, and can provide online platform services. The online prescription platform method and device according to the embodiments can implement a UI / UX that improves user convenience.

[0245] The embodiments have been described in terms of methods and / or devices, and the descriptions of methods and devices may be applied complementarily.

[0246] For the convenience of explanation, each drawing has been described separately, but it is also possible to design a new embodiment by combining the embodiments described in each drawing. In addition, designing a computer-readable recording medium having a program recorded thereon for executing the previously described embodiments, as needed by a person skilled in the art, also falls within the scope of the embodiments. The devices and methods according to the embodiments are not limited to the configurations and methods of the embodiments described above, but the embodiments may be configured by selectively combining all or part of the embodiments so that various modifications can be made. Although preferred embodiments of the embodiments have been illustrated and described, the embodiments are not limited to the specific embodiments described above, and various modifications can be made by a person skilled in the art to which the present invention pertains without departing from the gist of the embodiments claimed in the claims, and such modifications should not be understood individually from the technical idea or prospect of the embodiments.

[0247] The various components of the devices of the embodiments may be implemented by hardware, software, firmware, or a combination thereof. The various components of the embodiments may be implemented by a single chip, for example, a single hardware circuit. According to embodiments, the components according to the embodiments may be implemented by separate chips. According to embodiments, at least one of the components of the devices of the embodiments may be configured with one or more processors capable of executing one or more programs, and the one or more programs may perform, or include instructions for performing, one or more of the operations / methods according to the embodiments. The executable instructions for performing the methods / operations of the devices of the embodiments may be stored in non-transitory CRMs or other computer program products configured to be executed by one or more processors, or may be stored in temporary CRMs or other computer program products configured to be executed by one or more processors. In addition, the memory according to the embodiments may be used as a concept including not only volatile memory (e.g., RAM, etc.), but also non-volatile memory, flash memory, PROM, etc. Additionally, it may be implemented in the form of a carrier wave, such as transmission via the Internet. Furthermore, the processor-readable recording medium may be distributed across network-connected computer systems, allowing the processor-readable code to be stored and executed in a distributed manner.

[0248] In this document, “ / ” and “,” are interpreted as “and / or”. For example, “A / B” is interpreted as “A and / or B”, and “A, B” is interpreted as “A and / or B”. Additionally, “A / B / C” means “at least one of A, B, and / or C”. Also, “A, B, C” means “at least one of A, B, and / or C”. Additionally, “or” in this document is interpreted as “and / or”. For example, “A or B” can mean 1) “A” only, 2) “B” only, or 3) “A and B”. In other words, “or” in this document can mean “additionally or alternatively”.

[0249] Terms such as "first" and "second" may be used to describe various components of the embodiments. However, the various components according to the embodiments should not be interpreted as limited by these terms. These terms are merely used to distinguish one component from another. For example, a first user input signal may be referred to as a "second user input signal." Similarly, a second user input signal may be referred to as a "first user input signal." The use of these terms should be interpreted as not departing from the scope of the various embodiments. Although "first user input signal" and "second user input signal" are both user input signals, they do not mean the same user input signals unless the context clearly indicates otherwise.

[0250] The terminology used to describe the embodiments is for the purpose of describing particular embodiments and is not intended to be limiting of the embodiments. As used in the description of the embodiments and in the claims, the singular is intended to include the plural unless the context clearly dictates otherwise. The expressions “and / or” are used to mean all possible combinations of terms. The expression “includes” describes the presence of features, numbers, steps, elements, and / or components, but does not mean that additional features, numbers, steps, elements, and / or components are not included. Conditional expressions such as “if” or “when” used to describe the embodiments are not intended to be limited to only optional cases. When a specific condition is satisfied, a related action is performed in response to a specific condition, or a related definition is intended to be interpreted.

[0251] Additionally, the operations according to the embodiments described in this document may be performed by a transceiver device including a memory and / or a processor according to the embodiments. The memory may store programs for processing / controlling the operations according to the embodiments, and the processor may control various operations described in this document. The processor may be referred to as a controller, etc. The operations according to the embodiments may be performed by firmware, software, and / or a combination thereof, and the firmware, software, and / or a combination thereof may be stored in the processor or in the memory.

[0252] Meanwhile, the operations according to the embodiments described above may be performed by a transmitting device and / or a receiving device according to the embodiments. The transmitting / receiving device may include a transmitting / receiving unit for transmitting and receiving media data, a memory for storing instructions (program code, algorithm, flowchart, and / or data) for a process according to the embodiments, and a processor for controlling the operations of the transmitting / receiving device.

[0253] The processor may be referred to as a controller or the like, and may correspond to, for example, hardware, software, and / or a combination thereof. The operations according to the above-described embodiments may be performed by the processor. Furthermore, the processor may be implemented as an encoder / decoder or the like for the operations of the above-described embodiments.

[0254] As described above, the relevant contents have been described in the best form for carrying out the embodiments.

[0255] As described above, the embodiments may be applied in whole or in part to methods, devices, and systems for providing an online nutritional supplement platform.

[0256] Those skilled in the art may make various changes or modifications to the embodiments within the scope of the embodiments.

[0257] Embodiments may include modifications / changes, which do not depart from the scope of the claims and their equivalents.

Claims

1. In the method of providing an online nutritional supplement platform, Step of receiving health information from a user; A step of receiving the user's questionnaire information; A step of generating survey result information based on the survey information of the user; A step of generating recommendation information based on the user's questionnaire information; A step of generating challenge information based on the user's questionnaire information; and A step of transmitting at least one of the above survey result information, the above recommendation information or the above challenge information; Method for providing an online nutritional supplement platform.

2. In paragraph 1, The above survey information includes information indicating the user's age, information indicating the nutritional components consumed by the user, and information indicating the user's gender. Method for providing an online nutritional supplement platform.

3. In paragraph 2, The above survey result information includes caution information for the above nutritional components and information on nutritional component deficiencies. Method for providing an online nutritional supplement platform.

4. In paragraph 3, The above method: Further comprising a step of outputting statistical data, The statistical data includes at least one of the average, mode, or median of at least one of the user's health information, disease history, allergy, preferred nutritional ingredients, non-preferred nutritional ingredients, nutritional ingredients of interest, or the user's body information. Method for providing an online nutritional supplement platform.

5. In paragraph 4, The above method: Further comprising a step of outputting a comparison result between the health information and nutritional information of the user; The step of outputting the above comparison results is: A step of outputting nutritional supplement information that matches the health information of the user and numerically expressing the similarity between the health information of the user and the nutritional supplement information; If there is nutritional supplement information received from the user, a step of numerically expressing the similarity between the received nutritional supplement information and the health information of the user is included. Method for providing an online nutritional supplement platform.

6. In a device providing an online nutritional supplement platform, memory for storing at least one instruction; and A processor connected to the memory; wherein the processor executes at least one instruction, Receive health information from users; Receive survey information from the above user; Generate survey result information based on the survey information of the above user; Generate recommendation information based on the user's questionnaire information; Generate challenge information based on the user's survey information; and configured to transmit at least one of the above survey result information, the above recommendation information or the above challenge information; Device providing an online nutritional supplement platform.

7. In paragraph 6, The above survey information includes information indicating the user's age, information indicating the nutritional components consumed by the user, and information indicating the user's gender. Device providing an online nutritional supplement platform.

8. In paragraph 7, The above survey result information includes caution information for the above nutritional components and information on nutritional component deficiencies. Device providing an online nutritional supplement platform.

9. In paragraph 8, The above processor: further configured to output statistical data; The statistical data includes at least one of the average, mode, or median of at least one of the user's health information, disease history, allergy, preferred nutritional ingredients, non-preferred nutritional ingredients, nutritional ingredients of interest, or the user's body information. Device providing an online nutritional supplement platform.

10. In paragraph 9, The above processor: It is further configured to output the comparison result between the health information and nutritional information of the user; Outputting the above comparison results is: Output nutritional supplement information that matches the health information of the user, and express the similarity between the health information of the user and the nutritional supplement information in a numerical value; Including, if there is nutritional supplement information received from the user, numerically expressing the similarity between the received nutritional supplement information and the health information of the user; Device providing an online nutritional supplement platform.

Images