Methods, programs, and systems for providing lifestyle improvement information based on enzyme constitution type.

Abstract

The objective is to provide a method, program, and system for providing lifestyle improvement information that contributes to improving users' health and quality of life by easily checking the user's enzyme constitution type and providing information on lifestyle improvements tailored to that type. [Solution] A method for providing lifestyle improvement information, characterized by comprising: a response step in which the user inputs answers to questions regarding their body type, food preferences and / or physical condition; an enzyme constitution determination step in which the type of enzyme constitution to which the user belongs is determined based on the responses; and an information provision step in which information on lifestyle improvement is provided to the user based on the determined enzyme constitution type.

Description

Technical Field

[0001] The present invention relates to a method, program, and system for providing life improvement information that can easily check the type of a user's enzyme constitution and provide information regarding life improvement according to the type of the user's enzyme constitution.

Background Art

[0002] In recent years, the concept of "pre-disease" has attracted attention in the creation of new healthcare services. In the "Healthcare and Medical Strategy" (Cabinet Decision on March 27, 2020), "pre-disease" is not regarded as a concept of "dichotomy" between health and disease, but rather as a concept that captures the continuous change of the physical and mental state between health and disease, representing all processes of this change. Also, the Japan Pre-disease Society defines "pre-disease" as "a state with no subjective symptoms but abnormal findings in examinations" or "a state with subjective symptoms but no abnormal findings in examinations" (Non-Patent Document 1).

[0003] The inventors of the present invention have focused on "enzyme constitution" for pre-disease care. "Enzyme constitution" indicates the tendency of human digestion and absorption. The Nutrition Therapy Institute classifies enzyme constitutions into four types, namely "Thia", "Ocean", "Earth", and "Talent" through a 43-item questionnaire.

Prior Art Documents

Non-Patent Documents

[0004]

Non-Patent Document 1

Summary of the Invention

Problems to be Solved by the Invention

[0005] However, enzyme-based constitutions are not yet widely known, and although they have the potential to contribute to improving people's health and quality of life (QOL) as a form of preventative care, their utilization has not been sufficient.

[0006] Furthermore, the inventors discovered the existence of "mixed types" that are difficult to classify into "Cheer," "Ocean," "Earth," and "Talent." Due to the existence of such "mixed types," determining the enzyme constitution type is not easy, and the number of clinics and other facilities capable of determining enzyme constitution types is limited, hindering the utilization of enzyme constitution.

[0007] Therefore, the present invention aims to provide a method, program, and system for providing lifestyle improvement information that contributes to improving the health and quality of life of users by easily checking the user's enzyme constitution type and providing information on lifestyle improvements according to the user's enzyme constitution type. [Means for solving the problem]

[0008] To solve the above problems, the inventors conducted diligent research and developed a method for providing lifestyle improvement information based on enzyme constitution type. The present invention's lifestyle improvement information provision method is characterized by comprising: a response step in which the user inputs answers to questions regarding their body type, food preferences, and / or physical condition; an enzyme constitution determination step in which the enzyme constitution type to which the user belongs is determined based on the responses; and an information provision step in which information on lifestyle improvement is provided to the user based on the determined enzyme constitution type.

[0009] Thus, the present invention's method for providing lifestyle improvement information can easily determine the user's enzyme constitution type and provide information on lifestyle improvements tailored to the user's enzyme constitution type. Therefore, it is expected to enable the creation of new healthcare services that were not possible with conventional methods.

[0010] Furthermore, the present invention's method for providing lifestyle improvement information may also allow the user to input answers to questions regarding the body shape of their father and / or mother in the answer step.

[0011] As a result, the lifestyle improvement information provision method of the present invention makes it possible to determine the enzyme constitution type of a user even when it is difficult to determine the type of enzyme constitution, such as a "mixed type."

[0012] The aforementioned information may be dietary advice. Furthermore, the dietary advice may include information relating to nutrients that the user is deficient in and / or deficient in.

[0013] This allows users to receive specific dietary advice tailored to their own enzyme constitution type, enabling them to take concrete actions to improve their eating habits.

[0014] Furthermore, the dietary advice may include information relating to minerals that are deficient and / or in excess in the user.

[0015] This will allow users to improve and maintain their physical and mental health, which can be affected by imbalances in mineral levels.

[0016] The aforementioned information may include the user's optimal color information based on color psychology.

[0017] This will allow users to utilize optimal color information tailored to their enzyme constitution type in promoting and maintaining their own mental health.

[0018] The present invention's method for providing lifestyle improvement information may include information relating to user compatibility in the aforementioned information.

[0019] This opens up the possibility of developing new services that utilize enzyme-based body types, particularly in areas such as matchmaking support.

[0020] In addition, in the answering step of the method for providing life improvement information of the present invention, the user can also be made to input an answer to a question regarding the odor of the user's own gas.

[0021] As a result, the user can obtain information regarding life improvement that takes into account information corresponding to the presence or absence of the odor of the user's own gas.

[0022] The method for providing life improvement information of the present invention may have a stress level determination step for determining the stress level of the user, and the information providing step may be capable of providing information including information regarding the determined stress level of the user and / or coping methods.

[0023] Thus, with the method for providing life improvement information of the present invention, the user can also obtain information regarding life improvement that takes into account information corresponding to the user's mental health, so that the user can aim to improve both physical and mental health.

[0024] The life improvement information providing program of the present invention causes a computer to execute an enzyme constitution determination step of determining the type of enzyme constitution to which the user belongs based on information regarding the user's body shape, eating preferences, and / or physical condition, an information generation step of generating information regarding the improvement of the user's life based on the determined type of enzyme constitution, and an information providing step of providing the information to the user.

[0025] The life improvement information providing system of the present invention is a life improvement information providing system in which a user terminal and a life improvement information providing server are connected via a telecommunication network. The user terminal includes a question receiving unit that receives questions regarding the user's body shape, eating preferences, and / or physical condition transmitted from the life improvement information providing server, an answer input unit for the user to input an answer to the question, an answer transmitting unit that transmits the answer to the life improvement information providing server, an information receiving unit that receives information regarding life improvement generated and transmitted by the life improvement information providing server, and a display unit that displays the information. The life improvement information providing server includes a question transmitting unit that transmits the question to the user terminal, an answer receiving unit that receives the answer from the user terminal, a determination unit that determines the type of enzyme constitution to which the user belongs based on the answer, an information generation unit that generates information regarding life improvement based on the determined type of enzyme constitution, and an information transmitting unit that transmits the generated information to the user terminal.

[0026] The matching system of the present invention is a matching system in which a user terminal and a matching server are connected via a telecommunication network. The user terminal has a transmitting unit that transmits user information regarding the user's body shape, eating preferences, and / or physical condition to the matching server. The matching server includes a receiving unit that receives the user information, an enzyme constitution determination unit that determines the type of enzyme constitution to which the user belongs based on the user information, a compatibility information generation unit that generates information regarding the compatibility between users based on the determined type of enzyme constitution, and a matching unit that matches users based on the compatibility information.

[0027] The matching program of the present invention causes a computer to execute an enzyme constitution determination step of determining the type of enzyme constitution to which the user belongs based on information regarding the user's body shape, eating preferences, and / or physical condition, a compatibility information generation step of generating information regarding the compatibility between users based on the determined type of enzyme constitution, and a matching step of matching users based on the information. [Effects of the Invention]

[0028] The present invention's method for providing lifestyle improvement information allows for the simple determination of a user's enzyme constitution type, and can even determine the user's enzyme constitution type even for difficult-to-determine types such as "mixed type." Furthermore, the present invention's method for providing lifestyle improvement information can provide information such as dietary advice tailored to the user's enzyme constitution type, optimal color information based on color psychology, stress coping methods, and information related to the user's compatibility, thus enabling the development of a wide range of services aimed at promoting people's health and improving their quality of life. [Brief explanation of the drawing]

[0029] [Figure 1] Schematic diagram of the lifestyle improvement information provision system K for implementing the lifestyle improvement information provision method of the present invention. [Figure 2] An example of questions related to determining a user's enzyme constitution type. [Figure 3] Flowchart for determining the user's enzyme constitution type [Figure 4] Example of display of lifestyle improvement information I in display unit D [Figure 5] Examples of questions regarding user stress [Figure 6] An example of lifestyle improvement information I related to stress levels and coping methods. [Figure 7] Flowchart for the primary determination of enzyme type in other embodiments [Figure 8] Flowchart for secondary determination of enzyme constitution type in other embodiments [Figure 9] Flowchart showing the procedure for actually using the service that provides the lifestyle improvement information I of the present invention. [Figure 10] Table showing the changes in supplement intake before and after administration in the group that received dietary advice based on the lifestyle improvement information I of the present invention. [Figure 11] The table shows the results of a sub-analysis comparing the group that followed dietary advice for more than half of the week with the group that hardly followed it. [Modes for carrying out the invention]

[0030] An example of an embodiment of the present invention's method, program, and system for providing lifestyle improvement information will be described in detail with reference to the drawings.

[0031] Figure 1 is a schematic diagram of the lifestyle improvement information provision system K for implementing the lifestyle improvement information provision method of the present invention.

[0032] The lifestyle improvement information provision system K consists of a user terminal C and a lifestyle improvement information provision server SV connected via a telecommunications network N. The telecommunications network N can be in any form, such as the Internet or an intranet. Furthermore, the connection method of each device may be either wired or wireless.

[0033] The user terminal C comprises a question receiving unit Qr, an answer input unit Ac, an answer transmission unit As, a lifestyle improvement information receiving unit Ir (corresponding to the "information receiving unit" in the claim), and a display unit D.

[0034] The lifestyle improvement information provision server SV comprises a question transmission unit Qs, an answer receiving unit Ar, a determination unit E, an information generation unit O, and a lifestyle improvement information transmission unit Is (corresponding to the "information transmission unit" in the claim).

[0035] The question transmission unit Qs on the lifestyle improvement information provision server SV transmits a question to the question receiving unit Qr on the user terminal C used by the user.

[0036] The questions in question are designed to determine the user's enzyme constitution type and relate to, for example, the user's body type, dietary preferences, and / or physical condition. These questions may also be the 43 questions proposed by the Nutrition Therapy Institute.

[0037] This example shows how to determine which of the four basic enzyme constitution types—"Cheer," "Ocean," "Earth," and "Talent"—proposed by the Nutrition Therapy Institute as "enzyme constitutions," the user's enzyme constitution type corresponds to.

[0038] "Chia" is an enzyme-based body type that tends to consume excessive amounts of carbohydrates. Therefore, questions that correspond to "Chia" are those concerning body type, food preferences, and / or physical condition that are common in people who consume too much carbohydrate. Specifically, these include questions such as, "Do you crave foods high in carbohydrates such as sweets, bread, pasta, fruits, and potatoes?" and "Is your body fat evenly distributed from head to toe (is your body fat evenly distributed throughout)?"

[0039] "Ocean" is an enzyme-based body type that tends to consume excessive amounts of fats and oils. Questions corresponding to "Ocean" relate to body type, food preferences, and / or physical condition common in people who consume too much fat, and specifically include questions such as, "Do you like rich (dense and sweet) desserts like ice cream and chocolate?" and "Are you prone to kidney or bladder infections?"

[0040] "Earth" is an enzyme-based body type that tends to consume excessive amounts of protein. Questions corresponding to "Earth" relate to body type, food preferences, and / or physical condition common in people who consume too much protein. Specifically, these include questions such as, "Do you feel like you haven't eaten a meal unless you have protein such as meat?" or "Do you often experience gas, or are you bothered by the smell of your gas?"

[0041] "Talent" refers to a type of enzyme-based constitution that is naturally prone to digestive and absorptive problems. Questions corresponding to "Talent" concern body type, food preferences, and / or physical condition common in people with digestive and absorptive problems. Specifically, these include questions such as, "Do you like dairy products but have an intolerance to milk (tendency to get diarrhea)?" or "Do you suffer from digestive tract problems such as spastic colon, irritable bowel syndrome, constipation, or diarrhea?"

[0042] Figure 3 is a flowchart illustrating the process for determining a user's enzyme constitution type.

[0043] First, the user inputs their answers to questions corresponding to the enzyme constitution type described above using the answer input unit Ac (S1). The format of the answer input is not particularly limited; for example, it may be a multiple-choice format in which the user selects whether their body type etc. "applies" or "does not apply" to the given questions.

[0044] The response transmission unit As transmits the response to the response receiving unit Ar, which is located on the lifestyle improvement information provision server SV.

[0045] The determination unit E determines the user's enzyme constitution type based on the response received by the response receiving unit Ar.

[0046] Specifically, the judgment unit E accesses a response aggregation unit (not shown) which is either provided in the judgment unit E or accessible via the telecommunications network N. As shown in Figure 2, the response aggregation unit is assigned questions related to each enzyme constitution type. The judgment unit E stores the answers received by the response receiving unit Ar for each corresponding question. Next, the judgment unit E calculates the number of questions for which the user answered "applicable" for each enzyme constitution type and calculates a score for each enzyme constitution type (S2). For example, if there were 8 questions related to "cheer" that the user answered "applicable", the judgment unit E calculates the user's "cheer" score as "8".

[0047] The judgment unit E identifies the type of enzyme constitution whose score is above a predetermined standard value (S3).

[0048] If there is one enzyme constitution type whose score exceeds a predetermined standard value, the judgment unit E determines that the enzyme constitution type whose score exceeds the standard value is the user's type (S4, S5).

[0049] If there are multiple enzyme constitution types whose scores are above a predetermined threshold, and one of those enzyme constitution types is "Talent," the determination unit E determines that "Talent" is the user's enzyme constitution type (S6, S7).

[0050] If there are multiple enzyme constitution types whose scores are above a predetermined standard value, and one of those enzyme constitution types is not "Talent", the determination unit E compares the score of the enzyme constitution type with the highest score with the scores of the other enzyme constitution types, and if the difference in scores is above a predetermined value, it determines that the enzyme constitution type with the highest score is the user's enzyme constitution type (S8, S9).

[0051] The determination unit E transmits the determination result regarding the user's enzyme constitution type to the information generation unit O. The information generation unit O accesses a database (not shown) that is provided in or accessible to the information generation unit O via a telecommunications network N. The database stores lifestyle improvement information I (corresponding to "lifestyle improvement information" in the claims) corresponding to each enzyme constitution type. The information generation unit O accesses the database and reads the corresponding lifestyle improvement information I based on the determination result received from the determination unit E.

[0052] Lifestyle Improvement Information I here refers to information that contributes to improving the user's lifestyle according to the user's enzyme constitution type, and includes, for example, the results of the user's enzyme constitution type determination, the characteristics of each enzyme constitution type, and dietary advice according to the enzyme constitution type.

[0053] Specifically, the system provides lifestyle improvement information I based on the user's enzyme constitution type, such as "You are a Chia." It also provides lifestyle improvement information I as a characteristic of "Chia," such as "You tend to consume excessive amounts of carbohydrates." Alternatively, it provides lifestyle improvement information I that takes into account the digestive and absorption tendencies of "Chia," such as "Eat plenty of protein at breakfast," as dietary advice for "Chia."

[0054] The lifestyle improvement information transmission unit Is transmits the lifestyle improvement information I generated by the information generation unit O to the lifestyle improvement information receiving unit Ir located on the user terminal C.

[0055] The display unit D on the user terminal C displays the lifestyle improvement information I received by the lifestyle improvement information receiving unit Ir. The display unit D displays the lifestyle improvement information I on the display screen on the user terminal C and / or on a display device connected to the user terminal C. Figure 4 shows an example of display by the display unit D. The display unit D displays the lifestyle improvement information I related to the determination result of the user's enzyme constitution type on d1. The display unit D also displays the lifestyle improvement information I related to the characteristics of the enzyme constitution type on d2. Alternatively, the display unit D displays the lifestyle improvement information I related to dietary advice according to the user's enzyme constitution type on d3.

[0056] Thus, the lifestyle improvement information provision method of the present invention can quickly and easily determine the user's enzyme constitution type and provide lifestyle improvement information I according to that type. Therefore, users can understand their own enzyme constitution type and take concrete actions to improve their lifestyle based on the lifestyle improvement information I tailored to their enzyme constitution type.

[0057] Lifestyle Improvement Information I may include information relating to nutrients that are deficient and / or in excess to the user.

[0058] Specifically, Lifestyle Improvement Information I would provide users of "Cheer" with information regarding nutrients they are deficient in, such as "They are deficient in B vitamins." Alternatively, Lifestyle Improvement Information I would provide users of "Cheer" with information regarding nutrients they are deficient in, such as "They are consuming too much sugar." Lifestyle Improvement Information I may also include information on specific foods to supplement deficient nutrients, such as "Eat soy products." Alternatively, Lifestyle Improvement Information I may include information on specific foods to reduce consumption of in excess nutrients, or information on alternative foods, such as "Reduce your intake of refined sugar and use honey or maple syrup as a sweetener."

[0059] By using the lifestyle improvement information provision method of the present invention, users can obtain information about nutrients they are lacking or have in excess, and take more concrete actions to improve their own lifestyle.

[0060] Lifestyle Improvement Information I may include information relating to minerals that are deficient and / or in excess in the user.

[0061] Specifically, "Cheer" users will be provided with lifestyle improvement information I, such as "You are deficient in zinc and chromium," as information regarding minerals they may lack. Alternatively, lifestyle improvement information I may include information on specific foods, etc., to supplement the deficient minerals, such as "Eat oysters."

[0062] Thus, the present invention's method for providing lifestyle improvement information can provide users with information regarding minerals that are deficient and / or in excess, taking into account their enzyme constitution type. Therefore, it can also contribute to improving the physical and mental health affected by imbalances in mineral balance.

[0063] Furthermore, lifestyle improvement information I may include information on supplements, etc., that take into account the type of enzyme-based constitution.

[0064] Specifically, the information generation unit O accesses a database (not shown) that is either provided within the information generation unit O or accessible to the information generation unit O via a telecommunications network N. The database stores information about supplements, etc., corresponding to the type of enzyme constitution. The information generation unit O accesses the database and reads out the corresponding information about the supplement, etc., based on the judgment result received from the judgment unit E.

[0065] The lifestyle improvement information transmission unit Is transmits lifestyle improvement information I, which includes information about supplements etc., generated by the information generation unit O, to the lifestyle improvement information receiving unit Ir located on the user terminal C. The display unit D located on the user terminal C displays the lifestyle improvement information I received by the lifestyle improvement information receiving unit Ir.

[0066] Thus, the present invention's method for providing lifestyle improvement information can provide information on supplements and the like that takes into account the type of enzyme constitution, making it easy for users with little knowledge of food nutrition to improve their own lifestyle.

[0067] Furthermore, lifestyle improvement information I may include optimal color information based on color psychology, tailored to the type of enzyme constitution.

[0068] Specifically, the information generation unit O accesses a database (not shown) that is either provided with the information generation unit O or accessible to the information generation unit O via the telecommunications network N. The database stores optimal color information based on color psychology, corresponding to the type of enzyme constitution. For example, "Talent" is an enzyme constitution type that is naturally prone to digestive and absorptive problems, so "orange," which contributes to increased appetite according to color psychology, is stored as the optimal color information. The information generation unit O accesses the database and generates corresponding color information based on the judgment result received from the judgment unit E. For example, the lifestyle improvement information I for the "Talent" type includes information such as "orange is optimal according to color psychology."

[0069] The lifestyle improvement information transmission unit Is transmits the lifestyle improvement information I related to the color information generated by the information generation unit O to the lifestyle improvement information receiving unit Ir located on the user terminal C. The display unit D located on the user terminal C displays the lifestyle improvement information I received by the lifestyle improvement information receiving unit Ir.

[0070] Thus, the lifestyle improvement information provision method of the present invention can provide optimal color information according to the type of enzyme constitution. Therefore, users can utilize the optimal color information according to their enzyme constitution type when they want to improve their mental health, for example, when they are feeling stressed.

[0071] Furthermore, Lifestyle Improvement Information I may include information related to user compatibility based on enzyme constitution type.

[0072] Specifically, the information generation unit O accesses a database (not shown) that is either provided with the information generation unit O or accessible to the information generation unit O via a telecommunications network N. The database stores information related to compatibility according to enzyme constitution type. Since enzyme constitution type indicates a person's digestive and absorption tendencies, people with the same enzyme constitution type can be said to be compatible from the perspective of food preferences. Therefore, the database includes compatibility information such as, "If the user's enzyme constitution type is 'Chia', then 'The most compatible enzyme constitution type is Chia'." Similarly, if the user's enzyme constitution type is 'Ocean', then 'The most compatible enzyme constitution type is Ocean'; if it is 'Earth', then 'The most compatible enzyme constitution type is Earth'; or if it is 'Talent', then 'The most compatible enzyme constitution type is Talent'. Furthermore, enzyme constitution types with similar food preferences can also be said to be compatible; for example, if the enzyme constitution type is 'Earth', the database may include information such as, "The most compatible enzyme constitution types are Chia or Ocean." Furthermore, if the enzyme body type is "Talent," information such as "The enzyme body types that are compatible with it are Cheer or Ocean" may be included.

[0073] The lifestyle improvement information transmission unit Is transmits the lifestyle improvement information I related to compatibility, generated by the information generation unit O, to the lifestyle improvement information receiving unit Ir located on the user terminal C. The display unit D located on the user terminal C displays the lifestyle improvement information I received by the lifestyle improvement information receiving unit Ir.

[0074] Thus, the lifestyle improvement information provision method of the present invention can also provide information on compatibility between users based on their enzyme constitution type, and therefore, it is expected that information on enzyme constitution types can be utilized in fields such as matchmaking support.

[0075] Next, in cases where it is difficult to determine the enzyme constitution type using the procedure described above, that is, when there are multiple enzyme constitution types whose scores are above a predetermined standard value, and one of those enzyme constitution types is not a "talent," and the difference in scores between the enzyme constitution type with the highest score and the other enzyme constitution types is less than a predetermined value or the same, an example is shown in which the user's enzyme constitution type is determined by taking into account the body types of the user's father and / or mother (S10).

[0076] Specifically, the question transmission unit Qs sends a question about the user's parents' body types to the question reception unit Qr. The user inputs their answer to the question using the answer input unit Ac. The format of the answer input is not particularly limited; for example, a multiple-choice answer format can be used in which the user selects the father's or mother's body type from four illustrations that mimic the characteristics of body types such as "Cheer," "Ocean," "Earth," or "Talent."

[0077] For example, if the father's body type is depicted in an illustration resembling "Ocean" and the mother's body type in an illustration resembling "Cheer," a predetermined score is added to "Ocean" and "Cheer" as the user's enzyme constitution type score. Based on the scores for each enzyme constitution type after this addition, the determination unit E determines the user's enzyme constitution type using the procedure described in S6 to S9 above.

[0078] If, after taking into account the body type of the user's father and / or mother, the enzyme constitution type cannot be determined even after performing steps S6 to S9, the user's enzyme constitution type will be determined as "mixed type".

[0079] For example, if the enzyme constitution types whose scores are above the standard value are "Chia" and "Ocean," and the scores for "Chia" and "Ocean" are the same or the difference between them is less than a predetermined value, the determination unit E will determine the user's enzyme constitution type as a mixed type of "Chia and Ocean."

[0080] The determination unit E transmits the determination result regarding the user's enzyme constitution type to the information generation unit O. The information generation unit O accesses the database and reads the corresponding lifestyle improvement information I based on the determination result received from the determination unit E. For example, if the user's enzyme constitution type is a mixed type of "Chia and Ocean," the information generation unit O reads the lifestyle improvement information I corresponding to "Chia" and the lifestyle improvement information I corresponding to "Ocean" from the database. Alternatively, the database may be pre-stored with the lifestyle improvement information I corresponding to the mixed type of "Chia and Ocean," and the information generation unit O may read the lifestyle improvement information I corresponding to the mixed type of "Chia and Ocean" from the database.

[0081] The lifestyle improvement information transmission unit Is transmits the lifestyle improvement information I generated by the information generation unit O to the lifestyle improvement information receiving unit Ir located on the user terminal C.

[0082] The display unit D on the user terminal C displays the lifestyle improvement information I received by the lifestyle improvement information receiving unit Ir.

[0083] Furthermore, even if the score for all enzyme constitution types falls below a predetermined standard value, the determination unit E can determine the user's enzyme constitution type as described above, taking into account the body type of the user's father and / or mother (S11).

[0084] Thus, the present invention's method for providing lifestyle improvement information makes it possible to determine the user's enzyme constitution type even when it is difficult to determine the type of enzyme constitution based solely on the user's answers to questions about themselves, by taking into account information about the body type of their father and mother.

[0085] Alternatively, the information generation unit O can also generate lifestyle improvement information I by taking into account the user's gas odor.

[0086] Specifically, the question transmission unit Qs sends a question about the user's gas odor to the question reception unit Qr. The user inputs their answer to the question using the answer input unit Ac. The format of the answer input is not particularly limited; for example, a multiple-choice answer format can be used where the user selects the option that applies to them from "There is a gas odor" or "There is no gas odor."

[0087] The information generation unit O accesses a database (not shown) that is either provided in the information generation unit O or accessible to the information generation unit O via the telecommunications network N, and generates lifestyle improvement information I based on the determination result regarding the user's enzyme constitution type received from the determination unit E and the response received by the response receiving unit Ar. The database stores lifestyle improvement information I according to the presence or absence of gas odor for each enzyme constitution type of the user.

[0088] Thus, with the lifestyle improvement information provision method of the present invention, users can obtain more detailed lifestyle improvement information I based on their own constitution type.

[0089] The present invention's method for providing lifestyle improvement information can also determine the user's stress level and provide information related to the user's stress level and / or coping methods as lifestyle improvement information I.

[0090] Specifically, the question transmission unit Qs on the lifestyle improvement information server SV sends questions about the user's stress to the question receiving unit Qr on the user terminal C used by the user. Figure 5 shows an example of questions about the user's stress.

[0091] The user enters their answer to the question using the answer input unit Ac. The answer input format may be a multiple-choice format, for example, as shown in Figure 5, where the user selects whether their situation was "almost always," "sometimes," "occasionally," or "almost never" in response to a given question.

[0092] Next, information relating to stress levels and / or coping methods is transmitted from the lifestyle improvement information transmission unit Is on the lifestyle improvement information provision server SV to the lifestyle improvement information receiving unit Ir on the user terminal C. The transmitted information is displayed by the display unit D on the user terminal C. Figure 6 shows an example of the display by the display unit D.

[0093] Users can determine their stress level based on their own responses, following the criteria in Figure 6. The stress level indicates, for example, the stress situation and degree of fatigue experienced by the user in stages, and represents the user's mental health. The stress level may be divided into six stages, for example, as shown in Figure 6, such as "Level 1: No problems with mental health," "Level 2: Slightly tired," "Level 3: Fatigue is accumulating," "Level 4: Fatigue is accumulating and attention is needed," "Level 5: Consultation with a medical institution is needed," or "Level 6: Medical institution should be visited as soon as possible." The higher the stress level number, the higher the stress the user is experiencing.

[0094] Furthermore, as shown in Figure 6, users can obtain information related to coping methods according to their stress level as corresponding lifestyle improvement information I. Information related to coping methods for stress can include, for example, methods to reduce stress or methods to recover from fatigue, and is not particularly limited. Specifically, the lifestyle improvement information I corresponding to "Level 4" may be information such as "Try to get enough sleep" or "Take dietary measures according to your enzyme constitution type."

[0095] Thus, with the lifestyle improvement information provision method of the present invention, users can also obtain lifestyle improvement information I related to their own mental health, enabling them to aim for improved health both mentally and physically.

[0096] Furthermore, it is conceivable to determine the user's enzyme constitution type using a processing procedure different from the one used to determine the user's enzyme constitution type in the lifestyle improvement information provision method described above. Therefore, a different processing procedure will be described below as another embodiment.

[0097] Figures 7 and 8 are flowcharts illustrating the procedure for determining the user's enzyme constitution type according to other embodiments, with Figure 7 showing the primary determination and Figure 8 showing the secondary determination.

[0098] In the procedure for determining the enzyme constitution type according to other embodiments, a primary determination is made by asking and answering basic questions to determine one of four enzyme constitution types: "Cheer," "Ocean," "Earth," and "Talent," as well as a mixed type including "Talent."

[0099] Next, as a secondary assessment, additional questions and answers are used to determine one of four enzyme constitution types: "Cheer," "Ocean," "Earth," and "Talent," as well as a mixed type of all enzyme constitution types.

[0100] Specifically, the first step in the initial assessment is for the user to answer the presented questions (S1'). The format of the answers is not particularly limited; for example, it may be a multiple-choice format where the user selects whether their body type, food preferences, etc., "applicable" or "not applicable" to the given questions.

[0101] The questions are designed so that each one corresponds to one of the four enzyme constitution types. Specifically, questions such as "Do you suffer from digestive tract problems such as spastic colon, irritable bowel syndrome, constipation, or diarrhea?" correspond to the "Talent" type, indicating a tendency in the content of the questions.

[0102] Next, a score is calculated based on the number of "applicable" answers. Specifically, one point is added to the score for the enzyme constitution type corresponding to each question answered "applicable." For example, if the user answered "applicable" to the questions described in the previous paragraph, one point will be added to the "Talent" score. This procedure is used to calculate the score for each enzyme constitution type of the user (S2').

[0103] The enzyme constitution type is determined based on the calculated score. The specific procedure for determination is to first determine whether the enzyme constitution type is "Talent" (S3'). This determination is made by checking whether the "Talent" score is above the standard value and the scores for other enzyme constitution types are below the standard value. If these conditions are met, the determination is that the type is "Talent".

[0104] This reference value refers to a specific numerical value that serves as the basis for determining each enzyme constitution type. For example, if there are a total of eight questions corresponding to "talent," and the number of "applicable" answers is half of that, or four or more, then it is determined that the person has a tendency towards "talent," in which case the reference value would be 4. This reference value may be different for each enzyme constitution type, or it may be the same for all of them.

[0105] Next, we determine if the "Talent" score is above the standard value, and if there are other enzyme constitution types with scores above the standard value (S4'). The result of this determination changes depending on which of the enzyme constitution types other than "Talent" have scores above the standard value. In this case, the determination result is a mixed type of "Talent" and enzyme constitution types with scores above the standard value. Specifically, if only the "Cheer" score is above the standard value in addition to "Talent," it becomes a mixed type of "Talent and Cheer," and if both "Cheer" and "Earth" have scores above the standard value, it becomes a mixed type of "Talent, Cheer and Earth."

[0106] Next, if the "Talent" score is below the standard value, the enzyme body type is determined in order to be "Cheer," "Ocean," or "Earth" (S5'). This determination is made if only one enzyme body type is above the standard value, and the other values ​​differ by a certain amount from the values ​​of the enzyme body type that is above the standard value. In this case, the enzyme body type that is above the standard value is determined to be the result. To explain using "Cheer" as an example, if only the "Cheer" score is above the standard value, and the "Cheer" score differs by a certain amount from the scores of the other enzyme body types, "Ocean" and "Earth," then it is determined to be "Cheer."

[0107] The fixed numerical difference is the difference between one score and the other scores necessary to determine whether a person has one of the enzyme body types: "Cheer," "Ocean," or "Earth." For example, if we assume that the numerical difference necessary to determine if a person is "Cheer" is 2 or more, then if the score for "Cheer" is 6 points and the scores for "Ocean" and "Earth" are 4 points or less, the result will be "Cheer."

[0108] The first stage of assessment determines the four enzyme constitution types—"Cheer," "Ocean," "Earth," and "Talent"—as well as mixed types that include "Talent," following the procedure described above.

[0109] The second assessment is performed if the enzyme constitution type could not be determined in the first assessment. Specifically, this includes cases where the "Talent" score is below the standard value and the scores for the other enzyme constitution types are also below the standard value, and cases where the "Talent" score is below the standard value and the numerical difference between the other enzyme constitution types that are above the standard value and the remaining two enzyme constitution types does not exceed a predetermined numerical difference.

[0110] The secondary assessment provides a more detailed assessment by considering the enzyme constitution types of the user's parents, and determines the user's enzyme constitution type that could not be determined in the primary assessment. Therefore, the secondary assessment begins with the user answering questions about the enzyme constitution types of their parents (S6').

[0111] If the user already knows their parents' enzyme constitution types, the questions regarding their parents' enzyme constitution types can simply ask which of the following types—"Cheer," "Ocean," "Earth," or "Talent"—they belong to. Furthermore, if the user's parents are able to answer the questions, their enzyme constitution types can be determined using similar or identical questions to those used in the first assessment, and the results of this assessment can be used as the parents' enzyme constitution types in the second assessment. Since enzyme constitution type and body type are closely related, questions regarding the parents' body type or selections from illustrations representing the characteristics of each enzyme constitution type, as mentioned above, may also be included. These questions can also be combined as appropriate.

[0112] The second assessment involves adding the scores for each enzyme constitution type calculated in the first assessment to the user's scores once the user has completed answering questions about the parents' enzyme constitution types (S7'). Specifically, if the mother's enzyme constitution type is "Chia" and the father's enzyme constitution type is "Ocean," numerical values ​​will be added to the scores for "Chia" and "Ocean" from the first assessment. The numerical values ​​to be added are predetermined and may be a constant value for all enzyme constitution types, or they may be different values ​​for each enzyme constitution type. Furthermore, the added numerical values ​​may be the same for the mother and father, or they may be different values.

[0113] Next, the enzyme constitution type is determined based on the added scores. The specific procedure for determination is to first determine whether the enzyme constitution type is "Talent" (S8'). This determination is made if the "Talent" score is above the standard value, and the scores for the other enzyme constitution types are below the standard value.

[0114] The reference value here may be the same as the value used for the primary assessment mentioned above, or it may be a reference value prepared separately for the secondary assessment.

[0115] Next, we determine if the "Talent" score is above the standard value, and if there are other enzyme constitution types with scores above the standard value (S9'). The result of this determination changes depending on which of the enzyme constitution types other than "Talent" have scores above the standard value. In this case, the determination result is a mixed type of "Talent" and enzyme constitution types with scores above the standard value. Specifically, if only the "Cheer" score is above the standard value in addition to "Talent," it becomes a mixed type of "Talent and Cheer," and if both "Cheer" and "Earth" have scores above the standard value, it becomes a mixed type of "Talent, Cheer, and Earth."

[0116] Next, if the "Talent" score is below the standard value, it is determined whether the enzyme constitution type falls under one of the following: "Cheer," "Ocean," or "Earth" (S10'). To explain using "Cheer" as an example, if the "Cheer" score is above the standard value and that score is greater than or equal to a certain numerical difference from the scores of the other enzyme constitution types, "Ocean" and "Earth," then it is determined to be "Cheer."

[0117] The predetermined numerical difference may be the same as the numerical difference used for the first-stage determination mentioned above, or it may be a numerical difference prepared separately for the second-stage determination.

[0118] Finally, a mixed type combining "Cheer," "Ocean," and "Earth" is determined (S11'). For example, if the scores for "Cheer" and "Earth" are above the standard value, and the score for "Ocean" is below the standard value, the determination will be a mixed type of "Cheer and Earth." In other words, the determination result is a mixed type that combines the enzyme constitution types that showed scores above the standard value.

[0119] In other embodiments, the user's enzyme constitution type can be determined by the above procedure, which allows for the determination of four types of enzyme constitutions: "Cheer," "Ocean," "Earth," and "Talent," as well as a mixed type of enzyme constitution that includes all of these.

[0120] The method for providing lifestyle improvement information is preferably carried out using a user terminal C and a lifestyle improvement information server SV, with the aforementioned lifestyle improvement information provision system K being one example. However, it is not necessarily required to use such terminal equipment and a server. In other words, the method for providing lifestyle improvement information could, for example, be to print questions along with answer spaces on paper, and have the user fill in the answers with a writing instrument. Furthermore, when determining the user's enzyme constitution type, the calculation of the score and the calculation of the enzyme constitution type based on the score may be done manually using information from a pre-compiled manual or similar source. Alternatively, the method using terminal equipment and a server may be combined with the manual method as appropriate.

[0121] As described above, the method for providing lifestyle improvement information involves scoring the user's answers to questions about "Cheer," "Ocean," "Earth," and "Talent," determining the user's enzyme constitution type based on the score and the numerical differences between each score, and then providing lifestyle improvement information I corresponding to the determination result, all in accordance with the steps outlined above.

[0122] The procedure for users to actually utilize the services provided by the lifestyle improvement information provision system K is, for example, followed by the steps F1 to F8 below.

[0123] The user accesses a website providing lifestyle improvement information services from user terminal C (F1). The user enters answers to questions related to each enzyme constitution type displayed on user terminal C (F2). The user enters answers regarding their height, weight, date of birth, etc. (F3). The user enters answers to questions regarding their mother's skeletal structure (F4). The user enters answers to questions regarding their father's skeletal structure (F5). The user enters answers to questions regarding their own gas (F6). The lifestyle improvement information server SV determines which enzyme constitution type the user belongs to based on these answers (F7) and sends the corresponding lifestyle improvement information I to user terminal C (F8).

[0124] In this embodiment, at stage F2, questions related to "Cheer," "Ocean," "Earth," and "Talent" are displayed in that order. However, the order of the questions is not limited to this, and it is also optional to display them on the user terminal C in any order or by mixing questions related to each enzyme constitution type.

[0125] Furthermore, questions F4 to F6 may be presented only if the lifestyle improvement information server SV is unable to successfully determine the user's enzyme constitution type. In other words, if the user's enzyme constitution type can be determined solely from the answers to the questions related to each enzyme constitution type in F2, questions F4 to F6 may be omitted.

[0126] Furthermore, if the user's enzyme constitution type cannot be determined in F7, a message indicating that determination is impossible will be displayed on the user terminal C, as shown in the diagram (F9). This message may simply indicate that a determination could not be made, but it is also possible to speculate on the reason why the determination could not be made and inform the user of its contents. Specifically, if the user has changed their diet based on information found on the internet, resulting in a diet that differs from their original dietary preferences, or if there are some errors or omissions in the questions regarding body type, these could be displayed as reasons for the inability to determine the type on the display screen of the user terminal C and / or the display device connected to the user terminal C. This would prompt the user to retake the questions, and it is also possible to configure the system to start again from answering the questions related to each enzyme constitution type displayed on the user terminal C in F2, as shown by the dashed line in the diagram.

[0127] Furthermore, for cases where a determination is not possible, it is conceivable to provide guidance to an organization that can determine the enzyme constitution type and provide lifestyle improvement information I through more detailed medical interviews and body measurements. This would allow, for example, the provider of the lifestyle improvement information provision system K to support the correct answers to the lifestyle improvement information provision service and to make a more accurate determination of the enzyme constitution type through further medical interviews.

[0128] Furthermore, to prevent errors in certain questions that may lead to an inability to determine the type of enzyme constitution, it is preferable to carefully word the questions related to each enzyme constitution type. For example, in the case of a question such as "I often eat Italian, Chinese, Mexican, Korean, and ethnic cuisine," to avoid the misunderstanding that it means that you should only check the box if you frequently eat all of these types of cuisine, it is desirable to display a note in parentheses such as "I often eat Italian, Chinese, Mexican, Korean, and ethnic cuisine (please check at least one)." Similarly, in the case of a question such as "Regarding physique, the upper body is well-built both front and back. Also, the bone structure is such that the shoulder width is greater than the hip width," it is desirable to display a note such as "Regarding physique, the upper body is well-built both front and back. Also, the bone structure is such that the shoulder width is greater than the hip width (please check at least one)." This will reduce incorrect or unanswered questions and prevent the inability to determine the type of enzyme constitution.

[0129] Furthermore, as explained in the section above regarding information on user compatibility, we can provide a system that matches users based on their enzyme constitution type.

[0130] The matching system comprises user terminals operated by users connected via a telecommunications network and a matching server that performs matching between users. The user terminal has a transmitting unit that transmits information about the user's body type, food preferences, and / or physical condition (hereinafter also referred to as user information) and a receiving unit that receives the matching results. The matching server has a receiving unit that receives user information, an enzyme constitution determination unit that determines the user's enzyme constitution type, a compatibility information generation unit that generates compatibility information based on the enzyme constitution type, a matching unit that performs matching between users, and a result transmission unit that transmits the matching results.

[0131] The transmission unit sends information about the user's body type, dietary preferences, and / or physical condition to the matching server. Specifically, it sends the user's answers to questions corresponding to each enzyme type ("Cheer," "Ocean," "Earth," and "Talent") to the matching server as user information.

[0132] The matching server receives user information sent from the user terminal's transmission unit via its reception unit. The received user information is used by the enzyme constitution determination unit to determine the user's enzyme constitution type.

[0133] The enzyme constitution determination unit calculates a score for each enzyme constitution type based on the user information, and determines the user's enzyme constitution type from that score. The detailed method for determining the enzyme constitution type is the same as the procedure for determining the user's enzyme constitution type described above, so it will be omitted here.

[0134] The compatibility information generation unit generates compatibility information with other users based on information about the user's enzyme constitution type. Specifically, it determines which enzyme constitution types a user is compatible with based on information such as their dietary preferences and personality tendencies, and generates this information as compatibility data.

[0135] The matching unit matches users based on compatibility information. Specifically, it matches users with other users who have a compatible enzyme constitution type. However, the method for determining a match does not necessarily have to be based solely on compatibility information based on enzyme constitution type; for example, it may also take into account pre-registered information such as the age, gender, and hobbies of each user.

[0136] The matching information obtained by the matching unit is transmitted to the user terminal by the matching server's result transmission unit, and the user terminal receives the matching information via its receiving unit. This allows the user to understand the information regarding matching with compatible partners (other users) through their user terminal.

[0137] As described above, the matching system could generate compatibility information based on enzyme constitution types and utilize this information for matching users with each other.

[0138] Furthermore, the matching system may consist of two separate servers: one for determining the enzyme constitution type and another for matching based on compatibility information. Therefore, a business that provides the aforementioned lifestyle improvement information I may include user matching as one of the functions added to the application for providing that lifestyle improvement information I, or another business that cooperates with a business that provides lifestyle improvement information I may receive a system for generating compatibility information and lifestyle improvement information I and provide a matching service.

[0139] Furthermore, while the matching system primarily targets the matching of men and women as a general form of matchmaking support, it is not necessarily limited to this purpose. For example, it can also be used to find friends with shared hobbies. In particular, it is meaningful to find people with food-related hobbies such as cooking or trying out different restaurants, based on their food preferences which can be classified by their enzyme constitution type.

[0140] <Examples> Forty-nine healthy men and women (21 men and 28 women, average age 44.6 ± 11.8) who were carrying out normal daily life and work activities were given individually optimized dietary advice using the lifestyle improvement information provision method of the present invention, and then administered five capsules of a supplement containing oyster powder per day for three months. The supplement contains oyster powder obtained by crushing frozen raw oysters, maintaining a temperature of 90°C or higher in a steam kettle agitator to inactivate the autodigestive enzymes, adding protease as an enzyme, and then performing pressurized and heated enzymatic decomposition using Pascal-kun (manufactured by Hiroshima Yanmar Trading Co., Ltd.), maintaining a temperature of 90°C or higher to inactivate the added enzyme. Taking five capsules of this supplement per day provides approximately 1.5 mg of zinc per day. On the other hand, as a control group, thirteen men in their 40s were administered 20 capsules of a supplement containing oyster powder per day for three months without receiving dietary advice using the lifestyle improvement information provision method of the present invention. Taking 20 capsules of this supplement per day provides approximately 6 mg of zinc per day. Blood HbA1c levels (%) were measured in both groups before and after 3 months of administration. The control group's blood HbA1c level was 5.32 ± 0.13% before administration, and 5.25 ± 0.26% after administration, confirming a significant decrease in HbA1c (p<0.01). In contrast, despite taking only 1 / 4 the amount of supplement as the control group, the group that received dietary advice using the lifestyle improvement information provision method of the present invention had a blood HbA1c level of 5.32 ± 0.28% before administration, and 5.23 ± 0.26% after administration, confirming a significant decrease in HbA1c similar to the control group (p<0.01) (see Figure 10(a)). Therefore, it was suggested that dietary advice using the lifestyle improvement information provision method of the present invention may contribute to improving the health of users.

[0141] Furthermore, in the group that received dietary advice using the lifestyle improvement information provision method of the present invention, an increase in enzymes such as ALP (before administration: 178.5±66.8, after administration: 188.8±78.4 (p<0.05)), Ch-E (before administration: 310.4±73.3, after administration: 324.1±75.3 (p<0.001)), amylase (before administration: 68.2±18.9, after administration: 76.9±21.6 (p<0.001)), and lipase (before administration: 36.2±9.51, after administration: 39.5±10.7 (p<0.001)) was confirmed, as shown in Figure 10(a). In addition, along with the increase in these enzymes, an increase in the values ​​of minerals such as Ca, B, Mo, Ge, and S was also confirmed (see Figure 10(b)). These results indicate that the group that received dietary advice using the lifestyle improvement information provision method of the present invention showed improved digestion, absorption, and metabolism, and a more balanced mineral intake.

[0142] Furthermore, as shown in Figure 11, a sub-analysis was conducted on the group that received dietary advice using the lifestyle improvement information provision method of the present invention. Specifically, participants evaluated their own performance of the dietary advice on a 10-point scale, and a comparison was made between the group that followed the dietary advice for more than half of the week (score ≥ 5) and the group that hardly followed it (score ≥ 3).

[0143] Subgroup analysis revealed that ALP levels showed a significant increase in the group with a score of ≥5, while no significant difference was observed in the group with a score of ≥3. Regarding Ch-E, amylase, and lipase, while significant increases were also observed in the group with a score of ≥3, the increases were even more significant in the group with a score of ≥5. In other words, it was found that digestive and metabolic enzymes increased more when the provided dietary advice was followed and supplements were taken. Furthermore, significant improvement in HbA1c levels was also observed in the group with a score of ≥5 who followed the dietary advice.

[0144] Furthermore, fasting blood glucose levels showed almost no change regardless of the score. From this, it can be concluded that the risk of hypoglycemia from taking supplements is low, and that dietary advice based on enzyme constitution type and supplements can be safely used in combination, even for those in a pre-diabetic state such as pre-diabetes or latent diabetes.

[0145] The sub-analysis described above suggests that the present invention's method for providing lifestyle improvement information has a high potential to contribute to improving the health of users.

[0146] Furthermore, this application encompasses the following inventions. [1] A method for providing lifestyle improvement information, characterized by comprising: a response step in which the user inputs answers to questions regarding their body type, food preferences and / or physical condition; an enzyme constitution determination step in which the enzyme constitution type to which the user belongs is determined based on the responses; and an information provision step in which information on lifestyle improvement is provided to the user based on the determined enzyme constitution type. [2] The method for providing lifestyle improvement information as described in [1], wherein in the answer step, the user is further required to input answers to questions regarding the body type of his father and / or mother. [3] The information is dietary advice, as described in [1] or [2], a method of providing lifestyle improvement information. [4] The method of providing lifestyle improvement information as described in [3], which includes information relating to nutrients that are lacking and / or in excess to the user. [5] The nutrient is a mineral. [4] Method for providing lifestyle improvement information. [6] The information includes the user's optimal color information according to color psychology. [1] to [5] A method of providing lifestyle improvement information as described above. [7] The information includes information relating to the compatibility of the user. [1] to [6] A method of providing lifestyle improvement information as described in any of these. [8] A method of providing lifestyle improvement information as described in any of [1] to [7], wherein in the response step, the user is further asked to answer questions regarding the smell of their own gas. [9] A method for providing lifestyle improvement information according to any of [1] to [8], wherein, in the enzyme constitution determination step, the cause is predicted when the type of enzyme constitution cannot be determined, and the user is prompted to re-enter the answers to the questions according to the cause.

[10] A method for providing lifestyle improvement information according to any one of [1] to [9], comprising a stress level determination step for determining the stress level of the user, wherein the information provision step provides information including the determined stress level of the user and / or information regarding coping methods.

[11] A lifestyle improvement information provision program characterized by causing a computer to perform an enzyme constitution determination step, which causes the computer to determine the type of enzyme constitution to which the user belongs based on information about the user's body type, dietary preferences and / or physical condition; an information generation step, which causes the computer to generate information about improving the user's lifestyle based on the determined type of enzyme constitution; and an information provision step, which causes the computer to provide the information to the user.

[12] A lifestyle improvement information provision system in which a user terminal and a lifestyle improvement information provision server are connected via a telecommunications network, wherein the user terminal comprises a question receiving unit that receives questions concerning the user's body type, food preferences and / or physical condition transmitted from the lifestyle improvement information provision server, an answer input unit in which the user inputs answers to the questions, an answer transmission unit that transmits the answers to the lifestyle improvement information provision server, an information receiving unit that receives lifestyle improvement information generated and transmitted by the lifestyle improvement information provision server, and a display unit that displays the information, wherein the lifestyle improvement information provision server comprises a question transmission unit that transmits the questions to the user terminal, an answer receiving unit that receives the answers from the user terminal, a determination unit that determines the enzyme constitution type to which the user belongs based on the answers, an information generation unit that generates lifestyle improvement information based on the determined enzyme constitution type, and an information transmission unit that transmits the generated information to the user terminal.

[13] A matching system in which a user terminal and a matching server are connected via a telecommunications network, wherein the user terminal has a transmitting unit that transmits user information relating to the user's body type, food preferences and / or physical condition to the matching server, and the matching server has a receiving unit that receives the user information, an enzyme constitution determination unit that determines the type of enzyme constitution to which the user belongs based on the user information, a compatibility information generation unit that generates information relating to the compatibility between users based on the determined enzyme constitution type, and a matching unit that matches users with each other based on the compatibility information.

[14] A matching program characterized by causing a computer to perform an enzyme constitution determination step, which causes the computer to determine the type of enzyme constitution to which the user belongs based on information about the user's body type, dietary preferences and / or physical condition; a compatibility information generation step, which causes the computer to generate compatibility information between users based on the determined enzyme constitution type; and a matching step, which causes the computer to match users with each other based on the compatibility information. [Industrial applicability]

[0147] As described above, the present invention can easily determine a user's enzyme constitution type and provide information on lifestyle improvements tailored to that type. Furthermore, even when a user's enzyme constitution type is difficult to determine, such as a "mixed type," the present invention can still determine that type. The present invention can provide a wide range of lifestyle improvement information, including dietary advice tailored to the user's enzyme constitution type, optimal color information based on color psychology, stress coping methods, and information on user compatibility based on enzyme constitution type. Therefore, it is expected that a variety of services based on enzyme constitution types can be developed, making it extremely useful in promoting users' health and improving their quality of life. [Explanation of Symbols]

[0148] K Lifestyle Improvement Information Provision System C User Terminal Qr Question Reception Unit Ac Answer Input Section As answer sending section Ir Lifestyle Improvement Information Receiving Department D Display section SV Lifestyle Improvement Information Server Qs Question Submission Section Ar response receiving unit E Judgment section O Information generation section Is Lifestyle Improvement Information Transmission Department N Telecommunications Network I Life improvement information

Claims

1. A response step in which the user is asked to input answers to questions about their body type, food preferences and / or physical condition, Based on the response, the enzyme constitution determination step determines the type of enzyme constitution to which the user belongs, A method for providing lifestyle improvement information, characterized by having an information provision step of providing information to the user regarding lifestyle improvements based on the determined enzyme constitution type.

2. The method for providing lifestyle improvement information according to claim 1, wherein in the response step, the user is further required to input answers to questions regarding the body type of their father and / or mother.

3. The method for providing lifestyle improvement information according to claim 1 or 2, wherein the information is dietary advice.

4. The method for providing lifestyle improvement information according to claim 3, wherein the dietary advice includes information relating to nutrients that are lacking and / or in excess to the user.

5. The method for providing lifestyle improvement information according to claim 4, wherein the aforementioned nutrients are minerals.

6. The method for providing lifestyle improvement information according to any one of claims 1 to 5, wherein the information includes the user's optimal color information based on color psychology.

7. The method for providing lifestyle improvement information according to any one of claims 1 to 6, wherein the information includes information relating to the compatibility of the user.

8. A method for providing lifestyle improvement information according to any one of claims 1 to 7, wherein in the response step, the user is further asked to input answers to questions regarding the smell of their own gas.

9. A method for providing lifestyle improvement information according to any one of claims 1 to 8, wherein, in the enzyme constitution determination step, if the type of enzyme constitution cannot be determined, the cause is predicted, and the user is prompted to re-enter their answers to the questions according to the cause.

10. The system includes a stress level determination step for determining the user's stress level, The method for providing lifestyle improvement information according to any one of claims 1 to 9, wherein the information provision step provides information including information relating to the determined stress level and / or coping methods of the user.

11. For computers, An enzyme constitution determination step that determines the enzyme constitution type to which the user belongs based on information regarding the user's body type, dietary preferences, and / or physical condition, Based on the determined enzyme constitution type, an information generation step is performed to generate information regarding the improvement of the user's lifestyle, A lifestyle improvement information provision program characterized by performing an information provision step that causes the user to provide the aforementioned information.

12. A lifestyle improvement information provision system in which a user terminal and a lifestyle improvement information provision server are connected via a telecommunications network, The user terminal comprises a question receiving unit that receives questions about the user's body type, food preferences and / or physical condition transmitted from the lifestyle improvement information provision server, an answer input unit in which the user inputs answers to the questions, an answer transmission unit that transmits the answers to the lifestyle improvement information provision server, an information receiving unit that receives lifestyle improvement information generated and transmitted by the lifestyle improvement information provision server, and a display unit that displays the information. The lifestyle improvement information provision server is characterized by comprising: a question transmission unit that transmits the question to the user terminal; an answer receiving unit that receives the answer from the user terminal; a determination unit that determines the type of enzyme constitution to which the user belongs based on the answer; an information generation unit that generates information related to lifestyle improvement based on the determined type of enzyme constitution; and an information transmission unit that transmits the generated information to the user terminal.

13. A matching system in which a user terminal and a matching server are connected via a telecommunications network, The user terminal has a transmission unit that transmits user information regarding the user's body type, food preferences and / or physical condition to the matching server. The matching system is characterized by comprising: a receiving unit that receives user information; an enzyme constitution determination unit that determines the type of enzyme constitution to which the user belongs based on the user information; a compatibility information generation unit that generates information on the compatibility between users based on the determined enzyme constitution types; and a matching unit that matches users based on the compatibility information.

14. For computers, An enzyme constitution determination step that determines the enzyme constitution type to which the user belongs based on information regarding the user's body type, dietary preferences, and / or physical condition, Based on the determined enzyme constitution type, a compatibility information generation step is performed to generate compatibility information between users, A matching program characterized by executing a matching step that matches users together based on the compatibility information.

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