Body fluid management server and method

Abstract

The present invention relates to a body fluid management server including a user terminal communicatively connected to a personal sperm measurement device and an interface unit that serves as a communication interface with a hospital sperm measurement device, a body fluid analysis unit that analyzes hospital sperm data and personal sperm data received through the interface unit to grasp sperm status information and provides the status information on the personal sperm data to the user terminal, the hospital sperm measurement device, and the hospital terminal so that users and hospital personnel can monitor it, a body fluid status determination unit that determines the final status of the sperm of a corresponding user using the sperm status information grasped by the body fluid analysis unit, a health management information generation unit that generates health management information suitable for the user depending on the level of management status among the final statuses determined by the body fluid status determination unit and provides it to the user terminal, a measurement data storage unit that stores hospital sperm data and personal sperm data of each user, and a health management information storage unit that stores the health management information provided to each user, and a body fluid management method using this server.

Description

Technical Field

[0001] The present invention relates to a technique for managing measurement data and improvement history for body fluids such as sperm on the Internet. Specifically, it relates to a body fluid management server and method that provide a user-customized management service using the measurement data of a hospital body fluid measuring device and a personal body fluid measuring device.

Background Art

[0002] Among the body fluids in the body, sperm in the male body has an important function. In hospitals, people with poor sperm conditions are sent to infertility clinics. Thus, grasping the sperm condition is important for men and couples. Currently, the interest of men who want to know the condition of their own sperm, as well as husbands whose wives have a delayed pregnancy and / or cannot get pregnant, is increasing.

[0003] To grasp the sperm condition, hospitals have a hospital body fluid test machine, that is, a sperm test machine, and use the hospital sperm test machine to measure the sperm condition of the subject. And a personal sperm tester has been developed that is inferior in function to the hospital sperm test machine but is cheaper.

[0004] Generally, in infertility clinics, after sperm measurement, if the sperm condition is not good, medicine is prescribed and diet therapy and exercise are promoted. To grasp whether the sperm condition has improved, the subject visits the hospital at regular intervals such as once a month or two months for sperm measurement.

[0005] However, such a method in infertility clinics has the disadvantage that the sperm condition can only be confirmed when the subject visits the hospital, so the changes in the sperm condition cannot be confirmed at any time, and corresponding prescriptions cannot be made immediately.

Summary of the Invention

Problems to be Solved by the Invention

[0006] The present invention provides a fluid management server and method that provides health management information, which is an improvement program that manages sperm data measured by the user at a hospital and sperm data measured by the individual, and enables improvement of sperm condition based on the sperm condition.

[0007] Furthermore, the present invention provides a body fluid management server and method that, after providing health management information, allows hospital staff to immediately understand whether the health management information is being followed properly by grasping changes in sperm condition based on sperm data measured by the individual, and enabling continuous management.

[0008] Furthermore, the present invention provides a bodily fluid management server and method that enables the sharing of sperm data measured at a hospital, sperm data measured by an individual, and other important information with blockchain nodes on a blockchain network in an encrypted form.

[0009] Furthermore, the present invention provides a bodily fluid management server and method that can provide sperm measurement data for each individual that meets the conditions requested by external organizations or companies. [Means for solving the problem]

[0010] A bodily fluid management server according to one feature of the present invention for solving the aforementioned problems includes: an interface unit that provides a communication interface between a hospital terminal connected to a hospital sperm measuring device and a user terminal connected to a personal sperm measuring device; a bodily fluid analysis unit that analyzes hospital sperm data and personal sperm data received through the interface unit to grasp sperm status information and provides the user terminal and hospital terminal with the status information for the personal sperm data so that the user and hospital personnel can monitor it; a bodily fluid status determination unit that determines the final state of the sperm of the user using the sperm status information grasped by the bodily fluid analysis unit; a health management information generation unit that generates health management information suitable for the user based on the management level among the final states determined by the bodily fluid status determination unit and provides it to the user terminal; a measurement data storage unit that stores hospital sperm data and personal sperm data for each user; and a health management information storage unit that stores the health management information provided to each user.

[0011] The bodily fluid analysis unit analyzes each of the multiple measurement images included in the hospital sperm data to understand the state information of each sperm, and then averages the understood state information of each sperm to obtain the final state information.

[0012] When the interface unit receives the user's biometric information from the user terminal, the bodily fluid state determination unit determines the final state using the sperm state information obtained by the bodily fluid analysis unit and the corresponding user's biometric information.

[0013] A bodily fluid management server according to one feature of the present invention may further include a blockchain unit that generates blocks through encryption of the hospital sperm data and the personal sperm data, and transmits the generated blocks to each blockchain node of the blockchain associated with the relevant user to share information.

[0014] A bodily fluid management server according to one feature of the present invention may further include a user information acquisition unit that inquires with the user terminal for personal information regarding at least one of the following: pre-existing diseases, eating habits, current alcohol consumption, and smoking status, receives the response, and grasps the characteristics of the individual through the received personal information; and a selection information provision unit that, upon receiving a request from an external organization or company for sperm data possessing the characteristics of a specific individual, generates data possessing the characteristics of the specific individual based on the characteristics grasped by the user information acquisition unit and provides it to the relevant external organization or company.

[0015] A bodily fluid management server according to one feature of the present invention may further include a reward provision unit that provides rewards to users who are users who have provided personal sperm data or to users who are owners of sperm data provided to external organizations or companies through the selection information provision unit.

[0016] A bodily fluid management server according to one feature of the present invention may further include an insurance linkage unit that, when the bodily fluid state determination unit determines that the sperm state has changed from a controlled state to a normal state, and / or from a controlled state to an abnormal state, and / or that the level of the controlled state has become low to a set value level, and / or risen, proposes to the user that they take out insurance or file an insurance claim, and provides the insurance company with information on the user's sperm state if the user gives an affirmative response.

[0017] A fluid management server according to other features of the present invention for solving the aforementioned problems includes: an interface unit that provides a communication interface between a hospital terminal connected to a hospital sperm analyzer and a user terminal connected to a personal sperm analyzer; a data identification unit that identifies the type of data and the user received through the interface unit and transmits the received data to the hospital terminal if it is personal sperm data; a fluid state determination unit that stores the hospital sperm data and personal sperm data received through the interface unit and analyzes sperm state information received from the hospital terminal through the interface unit to understand the user's final sperm state; a health management information generation unit that provides health management information to users whose sperm state is under management using the analysis results of the state information analysis unit; a measurement data storage unit that stores the hospital sperm data and personal sperm data for each user; a health management information storage unit that stores the health management information provided to each user; and a state information storage unit that stores the sperm state information transmitted by the hospital terminal.

[0018] A fluid management method according to one feature of the present invention for solving the aforementioned problems is a health management method performed through a fluid management server connected to a user terminal communicated with a personal sperm analyzer and a hospital terminal communicated with a hospital sperm analyzer, and which manages the health status of sperm, comprising the steps of: the fluid management server analyzing received hospital sperm data and grasping first state information of the sperm; the fluid management server using the first state information to grasp the final state of the user's sperm; the fluid management server providing health management information corresponding to the final state to the user terminal and the hospital terminal; the fluid management server analyzing received personal sperm data and grasping second state information of the sperm; and the fluid management server providing the second state information to the user terminal and the hospital terminal so that the user and hospital personnel can monitor the second state information.

[0019] The step of obtaining the first state information involves analyzing each of the multiple measurement videos included in the hospital sperm data to obtain the state information of each sperm, and then averaging the obtained state information of each sperm to obtain the first state information.

[0020] The step of determining the final state involves determining the final state using the first state information and the user's biometric information when receiving the user's biometric information from the user terminal.

[0021] A bodily fluid management method according to one feature of the present invention may further include the step of generating blocks through encryption of the hospital sperm data and the personal sperm data, and transmitting the generated blocks to each blockchain node of the blockchain associated with the user to share information.

[0022] A bodily fluid management method according to one feature of the present invention may further include the steps of: inquiring about personal information regarding at least one of the following from the user terminal: pre-existing diseases, eating habits, current alcohol consumption, and smoking status; receiving the response thereto; and understanding the individual's characteristics through the received personal information; and when a request for sperm data possessing the characteristics of a specific individual is received from an external organization or company, extracting the data possessing the characteristics of the specific individual and providing it to the relevant external organization or company.

[0023] A bodily fluid management method according to one feature of the present invention may further include the step of providing a reward to a user who provided the personal sperm data or to an external organization or company that owns the sperm data.

[0024] According to one feature of the present invention, the body fluid management method is such that when the final state determined using the personal sperm data changes from the managed state to the normal state, and / or changes from the managed state to the abnormal state, and / or the level of the managed state becomes lower or higher than the set value, and when an insurance subscription or an insurance claim is proposed to the user and a positive response is received from the user, the method can further include the step of providing information on the state of the sperm of the corresponding user to the insurance company.

[0025] The body fluid management method according to another feature of the present invention for solving the above problems is a health management method performed through a body fluid management server connected to a user terminal communicatively linked to a personal sperm measuring device and a hospital terminal communicatively linked to a hospital sperm measuring machine for managing the health state of sperm. The body fluid management server includes the steps of storing the received hospital sperm data or the received personal sperm data, analyzing the state information of sperm for the received hospital sperm data by the body fluid management server to grasp the final information on the user's sperm, providing the health management information corresponding to the final state to the user terminal and the hospital terminal by the body fluid management server, and providing the personal sperm data to the hospital terminal so that hospital-related personnel can monitor the personal sperm data when the body fluid management server receives the personal sperm data.

Advantages of the Invention

[0026] The present invention can provide a personalized management service suitable for the current situation using sperm data measured at any time with a personal body fluid measuring device for hospital use.

[0027] In addition, the present invention enables the provision of sperm data of a specific region, age, specific disease, and specific conditions requested by external institutions or companies for clinical or experimental use.

[0028] In addition, the present invention provides materials that can prove the reliability of an individual's current sperm state, enabling subscription to insurance associated with infertility and / or claiming insurance premiums.

Brief Description of the Drawings

[0029] [Figure 1] This is a drawing showing the network environment of the body fluid management server according to an embodiment of the present invention.

[0030] [Figure 2] This is a block diagram of the body fluid management server according to the first embodiment of the present invention.

[0031] [Figure 3] This is a data flow diagram for the body fluid management method according to the first embodiment of the present invention.

[0032] [Figure 4] This is a data flow diagram for the body fluid management method according to the second embodiment of the present invention.

[0033] [Figure 5] This is a block diagram of the body fluid management server according to the second embodiment of the present invention.

[0034] [Figure 6] This is a drawing showing sharing of information using the blockchain network according to an embodiment of the present invention.

[0035] [Figure 7] This is a block diagram of the body fluid management server according to the third embodiment of the present invention.

[0036] [Figure 8] This is a data flow diagram for the body fluid management method according to the third embodiment of the present invention.

[0037] [Figure 9] This is a data flow diagram for the insurance company cooperation operation according to an embodiment of the present invention.

[0038] [Figure 10]This is a block diagram of a body fluid management server according to the fourth embodiment of the present invention.

[0039] [Figure 11] This is a data flow diagram for a body fluid management method according to a fifth embodiment of the present invention.

[0040] [Figure 12] This diagram shows personal sperm data and hospital sperm data according to an embodiment of the present invention.

[0041] [Figure 13] This is a diagram showing the screen of a service application installed on a user terminal according to an embodiment of the present invention.

[0042] [Figure 14] This is a drawing showing an example of health management information according to an embodiment of the present invention.

[0043] [Figure 15] This drawing shows survey questions provided through a service application according to an embodiment of the present invention. [Modes for carrying out the invention]

[0044] Hereinafter, the embodiments disclosed herein will be described in detail with reference to the attached drawings, and identical / similar components will be assigned the same reference numeral regardless of the reference numerals in the drawings, and redundant descriptions thereof will be omitted. Furthermore, in describing the embodiments disclosed herein, if it is determined that a specific description of related prior art would obscure the gist of the embodiments disclosed herein, such detailed description will be omitted.

[0045] Terms including ordinal numbers, such as "first," "second," etc., can be used to describe various components, but the components are not limited by such terms. These terms are used solely for the purpose of distinguishing one component from another.

[0046] The singular form in Table 4 includes multiple expressions unless the context clearly indicates otherwise.

[0047] In this application, each step described may be performed in any order, except where there is a specific causal relationship that dictates that the steps should be performed in that order.

[0048] In this application, terms such as “includes” or “having” are intended to specify the presence of features, numbers, steps, actions, components, parts, or combinations thereof as described in the specification, and should be understood not to preemptively exclude the existence or possibility of adding one or more other features, numbers, steps, actions, components, parts, or combinations thereof.

[0049]

[0050] The present invention will be described below with reference to the attached drawings.

[0051] Figure 1 is a diagram showing the network environment of a body fluid management server according to an embodiment of the present invention. Referring to Figure 1, the body fluid management server 100 according to an embodiment of the present invention is connected to a wired or wireless network (including the cloud) and is connected to a hospital sperm analyzer 200 and a user terminal 320 that are connected to the wired or wireless network. Here, the hospital sperm analyzer 200 is connected to the hospital terminal by wire or wireless, and the hospital terminal can be connected to the body fluid management server 100 via the network, or the hospital sperm analyzer 200 and the hospital terminal can be configured as an integrated unit.

[0052] According to one embodiment of the present invention, the bodily fluid management server 100 receives hospital sperm data provided by a hospital sperm analyzer 200 and personal sperm data provided by a user terminal 320, and provides a personalized management service.

[0053] For example, the personalized management service is a health management information provision service that provides users with an improvement program (hereinafter referred to as "health management information") to improve sperm quality based on the user's hospital sperm data and / or personal sperm data, and a monitoring service for personal sperm data received from time to time.

[0054] Health management information includes recommendations for at least one of the following: diet and health, provided daily, bi-weekly, or weekly during a set period. Of course, health management information can be set by the user or hospital staff for any period, and can be set to match the user's hospital visit intervals.

[0055] In addition, the personalized management service may further include at least one of the following: an information sharing service that encrypts the user's hospital sperm data and / or personal sperm data and shares it through the blockchain nodes of related parties connected to the blockchain network; a reward service that provides sperm data with specific requirements upon external request and offers rewards to the owners of the provided sperm data; and an insurance support service that assists with infertility-related insurance.

[0056] The hospital sperm analyzer 200 has multiple chambers, and measures the state of sperm simultaneously in each chamber. The measurement results, i.e., multiple hospital sperm data, are provided to the body fluid management server 100. The hospital sperm data is provided as multiple images or videos, which can be displayed as still images as shown in Figure 12(a). Because the hospital sperm analyzer 200 measures the state of sperm with a high-magnification lens, it has superior performance and is a more expensive device compared to the personal sperm analyzer 310.

[0057] The hospital sperm analyzer 200 can connect directly to the fluid management server 100, or it can connect to the fluid management server 100 via a hospital terminal (not shown). The hospital terminal is a device that allows users to visually confirm the hospital sperm data measured by the hospital sperm analyzer 200, and it can have the function of understanding sperm condition information. Sperm condition information includes sperm count, sperm activity, sperm motility, and abnormal sperm.

[0058] The user terminal 320 can be a smartphone or a computer, and is connected to the personal sperm analyzer 310 by wire or wireless connection. Personal sperm data measured by the personal sperm analyzer 310 is provided as multiple images or videos, which can be displayed as still images as shown in Figure 12(b).

[0059] The bodily fluid management server 100 provides a service application to the smartphone user terminal 320 to provide the service. After the user runs the service application, they connect to the bodily fluid management server 100 through the service application and receive the service.

[0060] Examples of service applications executed on a smartphone user terminal 320 are illustrated in Figures 13 and 14. Figure 13 is a diagram showing the screen of a service application installed on a user terminal according to an embodiment of the present invention, and Figure 14 is a diagram showing an example of health management information according to an embodiment of the present invention.

[0061] Referring to Figures 13 and 14, the service application is connected to a personal sperm analyzer and provides a screen prompting the user to sign up as a member to receive the service. The service application then provides the user with health management information, specifically recommending the consumption of "romaine brown rice salad," a food that can improve sperm quality, and provides a screen showing the recipe for "romaine brown rice salad."

[0062]

[0063] Figure 2 is a block diagram of a body fluid management server according to the first embodiment of the present invention. Referring to Figure 2, the body fluid management server 100 according to the first embodiment of the present invention includes an interface unit 101, a data identification unit 102, a body fluid analysis unit 103, a body fluid state determination unit 104, a health management information generation unit 105, a user information storage unit 106, a measurement data storage unit 107, and a health management data storage unit 108.

[0064] The interface unit 101 provides a communication interface with an external terminal connected from the outside, enabling data transmission and reception with the external terminal. The data identification unit 102 identifies the type of data received through the interface unit 101, grasps the data source information, and identifies the sender, i.e., the user.

[0065] The fluid analysis unit 103 analyzes the received hospital sperm data and personal sperm data to understand the state information of the sperm. For example, in the case of hospital sperm data, since the hospital sperm data consists of multiple measurement videos, the fluid analysis unit 103 understands the state information for each measurement video, averages the understood state information, and obtains the final sperm state information. In the case of personal sperm data, the fluid analysis unit 103 provides the understood state to the user terminal 320 and the hospital (i.e., the hospital sperm measuring device and / or hospital terminal).

[0066] The fluid state determination unit 104 uses the analysis results from the fluid analysis unit 103 to determine the final state of the user's sperm. The sperm state includes a normal state where the sperm are in a normal condition, an abnormal state where the sperm are not managed, i.e., cared for, and a managed state where the sperm can be improved with care. The managed state can be divided into multiple levels depending on the degree of the condition. If the fluid state determination unit 104 has determined the final state of the individual's sperm data, it can provide this information to the user terminal 320 and the hospital (i.e., the hospital sperm measuring device and / or hospital terminal).

[0067] The health management information generation unit 105 generates health management information (i.e., a sperm improvement program) for users whose sperm condition is under management, and generates health management information tailored to the user according to the level of management. For example, the higher the level of management, the more management information is provided to the user that increases the intensity and duration of exercise, and the more management information is provided that increases the frequency of taking foods and drinks that improve sperm condition. After providing health management information to the user, if personal sperm data is received from the user, the health management information generation unit 105 can provide new health management information or one-time health management information according to the state of the received personal sperm data.

[0068] A high level of management means that the sperm quality is even worse compared to a low level of management.

[0069] The user information storage unit 106 stores personal information (e.g., name, age, residential area, weight, height, etc.) of users registered as members. The measurement data storage unit 107 stores each user's hospital sperm data and personal sperm data. The health management information storage unit 108 stores health management information provided to each user.

[0070]

[0071] Figure 3 is a data flow diagram for a body fluid management method according to the first embodiment of the present invention, and shows the operation of the body fluid management server 100 according to the first embodiment of the present invention.

[0072] Referring to Figure 3, when a user visits the hospital, the user's sperm is placed in multiple chambers of the hospital sperm analyzer 200 to begin measurement. The hospital sperm analyzer 200 simultaneously measures the user's sperm in multiple chambers (S301) and generates multiple measurement videos of the sperm measured in each chamber (S302). The hospital sperm analyzer 200 then includes the user's identification information (e.g., name or a code number corresponding to the name) in the message of the multiple measurement video generated above (S303) and transmits the measurement video message containing the multiple measurement videos and the user's identification information to the body fluid management server 100 (S304).

[0073] The body fluid management server 100 receives the measurement video message (S305), identifies the user through the user identification information included in the message, matches the measurement video to the user, and saves it in the measurement data storage unit 106 (S306).

[0074] The fluid management server 100 then performs video analysis on each of the user's multiple measurement videos to obtain information on the sperm's condition, such as sperm count, sperm activity, sperm motility, and abnormal sperm (S307). The fluid management server 100 then averages the obtained sperm conditions to obtain the final information on the user's sperm condition (S308).

[0075] The bodily fluid management server 100 compares the final status information with the setting information to determine whether the user's sperm condition is normal, abnormal, or under management, whether it is in a state where prescription can be given, and if it is under management, it determines the level at which (S309).

[0076] The fluid management server 100 notifies the hospital sperm analyzer 200 and the user terminal 320 of the normal and / or abnormal sperm condition and stops operation (S312). On the other hand, if the sperm condition is under management, the fluid management server 100 generates health management information corresponding to the analysis results (S311), and provides the generated health management information to the user terminal 320 and the hospital sperm analyzer 200 so that the user and hospital personnel are aware of it (S312, S313). Of course, if the user's sperm condition is under management, the fluid management server 100 also notifies the user terminal 320 and the hospital sperm analyzer 200 that it is under management.

[0077] After the user checks their health management information through their user terminal 320, they consume food and drink and / or exercise according to the schedule included in the health management information in order to improve their sperm quality. Then, the user uses a personal sperm analyzer 310 to measure their sperm quality to check the results of their actions based on the health management information.

[0078] In addition, the personal sperm analyzer 310 measures the condition of the sperm (S314), generates a measurement video (S315), and provides the generated measurement video to the user terminal 320 (S316).

[0079] The user terminal 320 receives measurement video from the personal sperm analyzer 310, displays the received measurement video on the screen of the user terminal 320 via a service application so that the user can check it, and transmits the measurement video to the bodily fluid management server 100 according to the user's instructions (S317).

[0080] When the body fluid management server 100 receives measurement video from the user terminal 320, it identifies the user, matches the received measurement video to the user, saves it, and then analyzes the measurement video measured by the personal sperm analyzer 310 to understand the sperm condition information (S318).

[0081] The bodily fluid management server 100 provides the hospital sperm analyzer 200 with the user's sperm condition information obtained in process S318 (S319). Of course, the bodily fluid management server 100 can also provide the user's sperm condition information obtained in process S318 to the user terminal 310.

[0082] Therefore, hospital staff can monitor whether users are properly following health management information by receiving and verifying the user's sperm information, measured through the personal sperm analyzer 310, via the bodily fluid management server 100.

[0083]

[0084] Figure 4 is a data flow diagram for a fluid management method according to a second embodiment of the present invention. The fluid management method according to the second embodiment of the present invention is generally the same as that of the first embodiment, but the difference is that the user's sperm condition is assessed and health management information is generated using measurement images measured by a personal sperm analyzer 310 and the user's biological information.

[0085] To explain this in more detail, the hospital sperm analyzer 200 performs the same operations as in steps S301 to S304, transmitting the user's hospital measurement video to the body fluid management server 100 (from S401 to S404), and the body fluid management server 100 performs the same operations as in steps S305 to S308, obtaining the analysis results for the user's sperm (from S405 to S408).

[0086] In this state, the user performs sperm measurement through the personal sperm analyzer 310, which measures the user's sperm (S409), generates a measurement video of the user's sperm condition (S410), and provides it to the user terminal 320 (S411).

[0087] The user then measures biometric information through a biometric information measuring device (S412), and the biometric information measuring device provides the measured biometric information to the user terminal 320 (S413). The biometric information includes at least one of the following: BMI (Body Mass Index), heart rate, body composition, etc.

[0088] The user terminal 320 provides the body fluid management server 100 with biometric information measured via the personal sperm analyzer 310 and measurement video measured via the personal sperm analyzer 310 (S414).

[0089] When the body fluid management server 100 receives measurement video and biometric information from the user terminal 320, it generates health management information using the analysis results obtained in the S408 process, the analysis results of the measurement video measured by the personal sperm analyzer 310, and the currently received biometric information of the user (S416), and provides the generated health management information to the user terminal 320 (S417).

[0090] Of course, the body fluid management server 100 also provides the health management information generated in process S416 to the hospital sperm analyzer 200.

[0091] After providing health management information to the user terminal 320, the fluid management server 100 receives the measurement video from the personal sperm analyzer 310, which has been transmitted through the same process as in steps S314 to S316. It then performs the same process as in steps S318 and S319, and provides the analysis results of the measurement video from the personal sperm analyzer 310 to the hospital sperm analyzer 200, as well as to the user terminal 320.

[0092] On the other hand, after the fluid management server 100 provides health management information to the user terminal 320, the user can measure their biological information along with sperm measurement using the personal sperm analyzer 310 and provide it to the fluid management server 100 via the user terminal 320. In this case, if the state of the sperm measured by the personal sperm analyzer 310 changes rapidly, that is, if the level of the observed management state becomes lower and / or higher compared to the previous management state level, the fluid management server 100 can generate new health management information and provide it to the hospital and the user. Furthermore, if the received biological information shows a change of approximately a set value compared to previously received biological information, the fluid management server 100 can generate new health management information and provide it to the hospital and the user.

[0093]

[0094] Figure 5 is a block diagram of a body fluid management server according to a second embodiment of the present invention. Figure 6 is a diagram illustrating the sharing of information using a blockchain network according to an embodiment of the present invention.

[0095] Referring to Figures 5 and 6, the body fluid management server 100 according to the second embodiment of the present invention includes an interface unit 101, a data identification unit 102, a body fluid analysis unit 103, a body fluid state determination unit 104, a health management information generation unit 105, a user information storage unit 106, a measurement data storage unit 107, a health management information storage unit 108, and a blockchain unit 109.

[0096] The body fluid management server 100 according to the second embodiment of the present invention has the same overall configuration as the body fluid management server 100 according to the first embodiment of the present invention, but differs in that it further includes a blockchain unit 109.

[0097] The blockchain unit 109 generates blocks through encryption of the user's measurement video received from the hospital sperm analyzer 200, the measurement video received from the personal sperm analyzer 200, and the information transmitted by the bodily fluid management server 100 to the user terminal 320 and the hospital sperm analyzer 200 (e.g., health management information). The generated blocks are then transmitted to each blockchain node of the blockchain associated with the user to share the information. For example, blockchain nodes include the bodily fluid management server 100, the user terminal 320, the hospital staff terminal 400, and the hospital terminal 210 (or the hospital sperm analyzer).

[0098]

[0099] Figure 7 is a block diagram of the body fluid management server 100 according to the third embodiment of the present invention. Referring to Figure 7, the body fluid management server 100 according to the third embodiment of the present invention includes an interface unit 101, a data identification unit 102, a body fluid analysis unit 103, a body fluid state determination unit 104, a health management information generation unit 105, a user information storage unit 106, a measurement data storage unit 107, a health management information storage unit 108, a personal information acquisition unit 110, an insurance information storage unit 111, a selection information provision unit 112, a reward provision unit 113, and an insurance linkage unit 114. On the other hand, the body fluid management server 100 according to the third embodiment of the present invention may further include the aforementioned blockchain unit 109.

[0100] The interface unit 101, data identification unit 102, body fluid analysis unit 103, body fluid state determination unit 104, health management information generation unit 105, measurement data storage unit 107, and health management information storage unit 108 of the body fluid management server 100 according to the third embodiment of the present invention have the same configuration as described in the first and second embodiments of the present invention, so a detailed explanation is omitted.

[0101] The personal information acquisition unit 110 queries the user terminal 320 for personal information, receives the response, matches the received personal information with user identification information, and stores it in the user information storage unit 106. Here, personal information includes the user's physical information (e.g., pre-existing diseases, allergy symptoms, etc.), eating habits, current alcohol consumption, smoking status, etc.

[0102] The insurance information storage unit 111 stores information on infertility-related insurance policies that each user has.

[0103] When the selection information provision unit 112 receives a request from an external organization or company for sperm data under specific conditions (i.e., sperm measurement video for hospitals or individuals), the measurement data storage unit 107 extracts the sperm data under specific conditions and provides it to the relevant external organization or company. The specific conditions consist of at least one combination of the following: specific region (city, county, district, town, town, village, etc.), specific age, specific disease (e.g., diabetes, hypertension, allergy, heart disease, kidney disease, etc.), sex, and individuals whose sperm quality deteriorated (or improved) during the specified period.

[0104] The reward provision unit 113 provides rewards to users who meet the set conditions. At this time, the provided rewards are matched with the identification information of the corresponding user and stored in the user information storage unit 106. The set conditions are at least one of the following: providing measurement video measured by the personal sperm analyzer 310 to the bodily fluid management server 100 (a reward is provided for each provision); providing one's own measurement video to external organizations or companies through the selection information provision unit 112; or subscribing to infertility-related insurance with an insurance company.

[0105] The insurance coordination unit 114 works in conjunction with the bodily fluid state determination unit 104. When the bodily fluid state determination unit 104 determines that the sperm state has changed from a controlled state to a normal state, and / or from a controlled state to an abnormal state, and / or the level of the controlled state has fallen to a set value level, and / or risen, the unit proposes to the user that they enroll in insurance or file an insurance claim. If the user gives an affirmative response, the unit provides the insurance company with information that determines the sperm state of the user in question.

[0106]

[0107] Figure 8 is a data flow diagram for a body fluid management method according to a third embodiment of the present invention, and relates to the operation of the body fluid management system according to the third embodiment of the present invention. The series of processes for generating and providing health management information using measurement images in Figure 8 are the same as in the first or second embodiment, so they have been omitted.

[0108] Referring to Figure 8, the bodily fluid management server 100 provides the user terminal 320 with a questionnaire for collecting personal information (S801) in order to obtain personal information. The user terminal 320 receives the user's answers to the questionnaire for collecting personal information, creates the answers to the questionnaire (S803), and then provides them to the bodily fluid management server 100 (S803).

[0109] Figure 15 illustrates an example of survey questions provided to the user terminal 320 by the bodily fluid management server 100.

[0110] The body fluid management server 100 receives the answers to the survey questions, verifies the user, and classifies and stores the information by type (S804). It grasps the age, region, and physical characteristics (including diseases), and records the grasped information in the user information storage unit 106 (S805).

[0111] On the other hand, when a user measures their sperm count using the personal sperm analyzer 310, the personal sperm analyzer 310 measures the condition of the sperm (S806), generates a measurement video (S807), and provides the generated measurement video to the user terminal 320 (S808). The user terminal 320 receives the measurement video from the personal sperm analyzer 310 and transmits the received measurement video to the bodily fluid management server 100 according to the user's instructions (S809).

[0112] When the body fluid management server 100 receives measurement video from the user terminal 320, it identifies the user, matches the received measurement video to the user and saves it, and then analyzes the measurement video measured by the personal sperm analyzer 310 to understand and save sperm condition information (S810).

[0113] The bodily fluid management server 100 determines whether the insurance conditions are met based on the sperm condition as determined in S810 (S811). If the insurance conditions are met, it provides information regarding the insurance conditions to the insurance company server and requests and / or notifies the user to enroll in insurance or file an insurance claim (S812).

[0114] On the other hand, if an external organization or company requests sperm data under specific conditions from its information request terminal (or server) (S813), the bodily fluid management server 100 extracts sperm data under specific conditions from the measurement data storage unit 107 (S814) and provides the extracted sperm data (measurement video) under specific conditions to the relevant terminal (or server) (S815).

[0115] In this way, when sperm data is provided to an external party, the bodily fluid management server 100 provides a reward to the corresponding user (S816).

[0116]

[0117] The following section will explain the operation of coordinating with insurance companies in more detail, referring to Figure 9. Figure 9 is a data flow diagram for the insurance company coordination operation according to an embodiment of the present invention.

[0118] Referring to Figure 9, each time a user measures their sperm count using the personal sperm analyzer 310, the user terminal 320 transmits the measurement video to the bodily fluid management server 100 (S901). The bodily fluid management server 100 then analyzes the measurement video to obtain information about the sperm's condition (S902), and immediately compares this information with the previous sperm condition (S903).

[0119] Through the above comparison, the fluid management server 100 determines whether the sperm has improved (S904), and if it has improved, it determines whether the improvement conditions have been met (S905). The improvement conditions are when the sperm state changes from a controlled state to a normal state, and / or when the level of the controlled state becomes about the set value level.

[0120] If the S905 determination indicates that the sperm condition meets the improvement criteria, the fluid management server 100 transmits a visit guidance message to the user terminal 320 informing it that the improvement criteria have been met and guiding it to visit a hospital (S907). The S907 process is for accurately measuring the sperm condition.

[0121] The body fluid management server 100 then uses the insurance information storage unit 111 to determine whether the user is enrolled in infertility-related insurance. If the user is enrolled, the server transmits a message instructing them to file an insurance claim. If the user is not enrolled, the server transmits a message instructing them to enroll in infertility-related insurance (S908).

[0122] When the bodily fluid management server 100 receives a response from the user terminal 320 as a response to process S908 indicating that the user is applying for insurance or making an insurance claim (S909), it provides the insurance company with the current state of the user's sperm and its condition information, enabling the user to apply for insurance or make an insurance claim using the current state of the user's sperm and its condition information (S910).

[0123] On the other hand, if the user's sperm condition has not improved during the S904 decision-making process, the bodily fluid management server 100 determines whether the sperm condition has worsened to an abnormal state (S911), and if it has worsened to an abnormal state, it transmits a visit guidance message to the user terminal 320 (S907). The bodily fluid management server 100 then transmits a message informing the user of filing an insurance claim if the user is enrolled in infertility-related insurance (S908), and provides the insurance company with the user's sperm condition and condition information for the purpose of filing an insurance claim, as requested by the user (S910).

[0124]

[0125] Figure 10 is a block diagram of a body fluid management server according to a fourth embodiment of the present invention. Referring to Figure 10, the body fluid management server according to the fourth embodiment of the present invention includes an interface unit 101, a data identification unit 102, a state information analysis unit 120, a health management information generation unit 105, a user information storage unit 106, a measurement data storage unit 107, a health management data storage unit 108, and a state information storage unit 121.

[0126] The interface unit 101 provides a communication interface with an external terminal connected from the outside, enabling the transmission and reception of data with the external terminal.

[0127] The data identification unit 102 identifies the type of data received through the interface unit 101, grasps the data type source information, and identifies the sender, i.e., the user. Furthermore, if the received data is personal sperm data measured by the personal sperm analyzer 310, the data identification unit 120 transmits it to the hospital sperm analyzer 200 or hospital terminal.

[0128] The status information analysis unit 120 stores the user's hospital measurement video transmitted by the hospital sperm analyzer 200 or hospital terminal (not shown) and the user's sperm status information (including the number of sperm, the degree of sperm activity, the degree of sperm motility, and the number of abnormal sperm), and analyzes the user's sperm status information transmitted by the hospital sperm analyzer 200 or hospital terminal (not shown) to determine the user's sperm status (normal, abnormal, managed, level). The status information analysis unit 120 is named to differentiate the function of the body fluid management server 100 from the first to third embodiments, but since it performs the same function as the body fluid status determination unit 104, it is named the body fluid status determination unit 104 in the claims.

[0129]

[0130] The health management information generation unit 105 uses the analysis results of the status information analysis unit 120 to generate health management information (i.e., a sperm improvement program) for users whose sperm condition is under control. In this process, the health management information is tailored to the user based on the level of control. For example, the higher the level of control, the more management information is provided to the user that increases the intensity and duration of exercise, and the more management information is provided that increases the frequency of taking foods and drinks that improve sperm condition. After providing the health management information to the user, if personal sperm data is received from the user, the health management information generation unit 105 can provide new health management information or one-time health management information according to the state of the received personal sperm data.

[0131] The user information storage unit 106 stores personal information (e.g., name, age, residential area, weight, height, etc.) of users registered as members. The measurement data storage unit 107 stores each user's hospital sperm data and personal sperm data. The health management information storage unit 108 stores health management information provided to each user.

[0132] The measurement data storage unit 107 stores each user's hospital sperm data and personal sperm data. The health management information storage unit 108 stores the health management information provided to each user.

[0133] The status information storage unit 121 stores the user's sperm status information transmitted via the hospital sperm analyzer 200 or hospital terminal.

[0134]

[0135] Figure 11 is a data flow diagram for a body fluid management method according to a fourth embodiment of the present invention, and the hospital terminal includes a hospital sperm analyzer 200 and a hospital terminal connected to the sperm analyzer 200 via a network.

[0136] Referring to Figure 11, when a user visits the hospital, the user's sperm is placed in multiple chambers of the hospital sperm analyzer 200 to begin measurement. The hospital sperm analyzer 200 simultaneously measures the user's sperm in multiple chambers (S1101), generates multiple measurement videos of the sperm measured in each chamber, and provides them to the hospital terminal (S1102). The hospital terminal generates sperm status information according to instructions from hospital staff and includes it in the multiple measurement videos (S1103), and after including the user's identification information (e.g., name or a code number corresponding to the name) in the multiple measurement videos (S1104), it transmits a measurement video message containing the multiple measurement videos, sperm status information, and user identification information to the bodily fluid management server 100 (S1105).

[0137] The body fluid management server 100 receives a measurement video message (S1106), identifies the user through the user identification information contained in the message, and matches multiple measurement videos to the user in the measurement data storage unit 106 and saves them (S1107).

[0138] The fluid management server 100 then uses the user's sperm status information contained in the measurement video message to determine the number of sperm, sperm activity, sperm motility, and sperm malformations (S1108). The fluid management server 100 then uses the status information of the multiple sperm it has determined to determine the final status information of the user's sperm (S1108).

[0139] The final status information determines whether the user's sperm condition is normal, abnormal, or under control, and whether it is in a condition suitable for prescription. If it is under control, it provides information on the specific level of control.

[0140] The fluid management server 100 notifies the hospital sperm analyzer 200 and the user terminal 320 and stops operation if the sperm condition is normal or / or abnormal. On the other hand, if the sperm condition is under management, the fluid management server 100 generates health management information corresponding to the analysis results (S1109), and provides the generated health management information to the user terminal 320 and the hospital sperm analyzer 200 so that the user and hospital personnel can understand it (S1110, S1111). Of course, if the user's sperm condition is under management, the fluid management server 100 also notifies the user terminal 320 and the hospital sperm analyzer 200 that it is under management.

[0141] Users can check their health management information through their user terminal 320, and then consume food and drink and / or exercise according to the schedule included in the health management information in order to improve their sperm quality. The user then uses a personal sperm analyzer 310 to measure their sperm quality to check the results of following the health management information.

[0142] Next, the personal sperm analyzer 310 measures the condition of the sperm (S1112), generates a measurement video (S1113), and provides the generated measurement video to the user terminal 320 (S1114).

[0143] The user terminal 320 receives measurement video from the personal sperm analyzer 310, displays the received measurement video on the screen of the user terminal 320 via a service application so that the user can check it, and transmits the measurement video to the bodily fluid management server 100 according to the user's instructions (S1115).

[0144] When the body fluid management server 100 receives measurement video from the user terminal 320, it identifies the user, matches the received measurement video to the user, and stores it. Then, it analyzes the measurement video measured by the personal sperm analyzer 310 to understand the sperm condition information (S1116).

[0145] The bodily fluid management server 100 provides the hospital sperm analyzer 200 with the user's sperm condition information obtained in process S318 (S1117). Of course, the bodily fluid management server 100 can also provide the user's sperm condition information obtained in process S318 to the user terminal 310.

[0146] Therefore, hospital staff can monitor whether users are properly following health management information by receiving and confirming the user's sperm status, measured through the personal sperm analyzer 310, via the bodily fluid management server 100.

[0147] On the other hand, the bodily fluid management system according to the fourth embodiment of the present invention can be modified in various ways. For example, the bodily fluid management system according to the fourth embodiment of the present invention may further include a blockchain unit 109, which is a component of the bodily fluid management system according to the second embodiment of the present invention, and may further include at least one of the personal information grasping unit 110, the sorting information provision unit 112, the reward provision unit 113, and the insurance linkage unit 114, which are components of the bodily fluid management system according to the third embodiment of the present invention.

[0148] Furthermore, by modifying the body fluid management system according to the fourth embodiment of the present invention in various ways, the body fluid management method according to the fourth embodiment of the present invention can also be modified in various ways.

[0149] On the other hand, in the embodiment described above, it was explained that the hospital sperm analyzer 200 directly receives information transmitted to the body fluid management server 100. However, if the hospital sperm analyzer 200 does not have the function to directly receive information from the body fluid management server 100, the information transmitted from the body fluid management server 100 will be received not by the hospital sperm analyzer 200, but by a terminal of a hospital staff member (for example, a smartphone or computer) or a hospital terminal (computer or server) installed in the hospital.

[0150] In the embodiment described above, the body fluid analysis unit 103, the body fluid state determination unit 104, the health management information generation unit 105, the blockchain unit 109, the personal information acquisition unit 110, the sorting information provision unit 112, the reward provision unit 113, and the insurance linkage unit 114 are divisions of the functional operations performed by the data processing processor of the body fluid management server 100, the respective storage units 106, 107, 108, and 111 correspond to the memory of the body fluid management server 100, and the interface unit 101 corresponds to the communication module of the body fluid management server 100.

[0151] The technical features disclosed in each embodiment of the present invention are not limited to the respective embodiment, and as long as they are not incompatible with each other, the technical features disclosed in each embodiment can be combined and applied to different embodiments.

[0152] Therefore, while each embodiment will be described primarily based on its respective technical features, as long as these technical features are not mutually incompatible, they can be combined and applied to one another.

[0153] The present invention is not limited to the embodiments described above and the accompanying drawings, and various modifications and variations are possible from the perspective of those with ordinary skill in the art to which the invention pertains. Accordingly, the scope of the present invention should be defined not only by the claims herein but also by equivalents thereof.

Claims

1. It is a body fluid management server, An interface unit that receives hospital sperm data for a user from a hospital terminal connected to a hospital sperm analyzer, and receives personal sperm data for the user from a user terminal connected to a personal sperm analyzer. A fluid analysis unit analyzes sperm condition information based on the aforementioned hospital sperm data and the aforementioned individual sperm data, A bodily fluid state determination unit determines, based on the sperm state information, that the user's sperm state is one of the following: normal, abnormal, or controlled. If the user's sperm state is in the controlled state, the unit determines that it is one of a set of pre-set levels classified according to the degree of the controlled state. It includes a health management information generation unit that generates health management information corresponding to the sperm condition of the determined user, The aforementioned health management information is If, based on the aforementioned hospital sperm data, the sperm status information for the user is determined to be at the first management status level among the multiple levels, then it is generated as first health management information corresponding to the first management status level. Based on the user's personal sperm data, if it is determined that the user's sperm status information changes from the first management status level to the second management status level among the multiple levels, then the second health management information corresponding to the second management status level is generated. Body fluid management server.

2. In the server according to claim 1, The aforementioned body fluid analysis unit, The system checks the state information of each sperm corresponding to each of the multiple measurement images included in the aforementioned hospital sperm data, and analyzes the state information of the sperm based on the average value of the confirmed state information of each sperm. Body fluid management server.

3. In the server according to claim 1, The aforementioned body fluid state determination unit is When the interface unit receives the user's biometric information from the user terminal, it determines the state of the user's sperm as one of the following: normal, abnormal, or managed, based on the sperm state information analyzed through the bodily fluid analysis unit and the user's biometric information. Body fluid management server.

4. In the server according to claim 1, The system further includes a blockchain unit that generates blocks through encryption of the hospital sperm data and the personal sperm data, and transmits the generated blocks to each blockchain node of the blockchain associated with the user to share information. Body fluid management server.

5. In the server according to claim 1, A user information gathering unit determines the personal characteristics of the user based on personal information of the user, including at least one of the following: pre-existing diseases, eating habits, current drinking status, and smoking status. The system further includes a selection information provision unit that, when it receives a request for sperm data containing specific conditions from an external terminal, provides the external terminal with data corresponding to the user's personal characteristics. Body fluid management server.

6. In the server according to claim 5, Further including a rewards provision unit that provides rewards to the aforementioned user, Body fluid management server.

7. In the server according to claim 5, The system further includes an insurance coordination unit that, after determining the state of the user's sperm through the bodily fluid state determination unit, proposes that the user enroll in insurance or file an insurance claim if the user changes from the controlled state to the normal state, and / or from the controlled state to the abnormal state, and / or changes to another level among the multiple levels, and provides information regarding the user's sperm state to the insurance company if the user gives an affirmative response. Body fluid management server.

8. A health management method performed through a personal sperm analyzer and a user terminal connected to it, and a hospital terminal connected to a hospital sperm analyzer and a fluid management server that manages the health status of sperm, wherein the user terminal is connected to the hospital terminal and the hospital terminal is connected to it, and the fluid management server manages the health status of sperm. The fluid management server performs the following steps: it analyzes the sperm status information of the user based on the hospital sperm data received from the hospital sperm measuring device; The bodily fluid management server determines, based on the sperm status information, that the user's sperm status is one of the following: normal, abnormal, or managed. The bodily fluid management server, when the user's sperm status information is in the management state, determines that it is one of several pre-set levels classified according to the degree of the management state, The steps include: when the bodily fluid management server determines that the user's sperm condition information is at a first management state level among the multiple levels, it provides the first health management information corresponding to the first management state level to the user terminal and the hospital terminal; The bodily fluid management server determines, based on the user's personal sperm data, that the user's sperm status information has changed from the first management state level to the second management state level among the multiple levels, The process includes the step of generating second health management information corresponding to the level of the second management status and providing it to the user terminal, Body fluid management methods.

9. In the method described in claim 8, The step of analyzing sperm condition information for the aforementioned user is: The system checks the state information of each sperm corresponding to each of the multiple measurement images included in the aforementioned hospital sperm data, and analyzes the state information of the sperm based on the average value of the confirmed state information of each sperm. Body fluid management methods.

10. In the method described in claim 8, When receiving the user's biometric information from the user terminal, the process involves determining the state of the user's sperm based on the sperm state information and the user's biometric information, and determining one of the following states: normal, abnormal, or controlled. A step of generating third health management information corresponding to the determined sperm condition of the user, The further step includes providing the generated third health management information to the user terminal, Body fluid management methods.

11. In the method described in claim 8, The process further includes the steps of generating blocks through encryption of the hospital sperm data and the personal sperm data, and transmitting the generated blocks to each blockchain node of the blockchain associated with the user to share information. Body fluid management methods.

12. In the method described in claim 8, A step of determining the personal characteristics of the user based on personal information of the user, including at least one of the following: pre-existing diseases, eating habits, current drinking habits, and smoking status. When a request for sperm data including specific conditions is received from an external terminal, the further step includes providing data corresponding to the user's personal characteristics to the external terminal. Body fluid management methods.

13. In the method according to claim 12, The step further includes providing rewards to the aforementioned user, Body fluid management methods.

14. In the method described in claim 8, After determining the state of the user's sperm, if the state of the user's sperm changes from the controlled state to the normal state, and / or from the controlled state to the abnormal state, and / or changes to another level among the multiple levels of the controlled state classified by the degree of the state, the further step includes proposing insurance enrollment or an insurance claim to the user, and providing information to the insurance company regarding the state of the user's sperm if the user gives an affirmative response. Body fluid management methods.

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