KR102404276B1 - Health care booth, System and Method for managing health using the same - Google Patents

Abstract

The present invention relates to a health care booth and a health management system and method using the same, and in particular, a health care booth that can be easily installed anywhere and operated unmanned, increases accessibility, and can quickly check health conditions at low cost, resulting in systematic health To enable management, a plurality of partitions in the form of a rectangular plate and erected so that the longitudinal direction is perpendicular to the ground are arranged to form a 'C' shape in plan view to form a booth, and the user's A plurality of test devices capable of confirming a health condition are provided, wherein the plurality of test devices include at least one standing type test device that performs a checkup while a user is standing, and at least one test device that performs a checkup while a user is seated. A health care booth comprising a sitting-type test device and a health management system using the same, characterized in that it is arranged to perform the check-up by the sitting-type test device after the user performs all the checkups by the standing test device; and it's about how

Description

Healthcare booth and health management system and method using the same {Health care booth, System and Method for managing health using the same}

The present invention relates to a health care booth and a health management system and method using the same, and in particular, a health care booth capable of increasing accessibility and quickly checking health conditions at low cost through an unmanned health care booth and a health management system using the same and methods.

In recent years, with the improvement of people's living standards, rapid development of medical technology, and the expansion of welfare demand, consumers' perception of medical services is changing from passive services centered on treatment and providers to preventive health care and active services centered on consumers. have.

Nevertheless, users are still visiting specialized hospitals or health check-up centers to receive optimized health counseling. Users living in urban areas where specialized hospitals or health check-up centers are mainly located have easy access, but consume a lot of money and time for health check-ups. In addition, it is difficult for users living in areas outside the city where specialized hospitals or health examination centers are located to receive health examinations due to low accessibility.

In addition, people with diseases such as high blood pressure and diabetes need periodic health care, but there is a problem that it is not easy to systematically manage them unless they visit a hospital.

1. Republic of Korea Patent Publication No. 10-2019-0105928 'Smart Health Checkup System'

The present invention is to solve the above problems, and it can be easily installed anywhere, and through a health care booth operated unattended, it is possible to increase access and quickly check the health condition at a low cost, so that systematic health management is possible. And it aims to provide a health management system and method using the same.

The health care booth of the present invention for achieving the above object has a rectangular plate shape and a plurality of partitions erected so that the longitudinal direction is perpendicular to the ground are arranged to form a 'C' shape when viewed in a plan view. A plurality of test devices for checking a user's health condition are provided in the booth, and the plurality of test devices include at least one standing test device for performing a checkup while the user is standing, and It includes at least one sitting type examination device that performs examination in a state, and is arranged to perform examination by the sitting type examination device after the user performs all examinations by the standing type examination device.

In addition, the partition has a partition body in which an installation hole forming a rectangular shape from the central part to one end while forming a predetermined thickness is formed through, and a plurality of through holes are formed and a step is formed inside the booth while having a thinner thickness than the partition body. It includes a perforated plate provided in the installation hole to be formed, and the booth has a first partition module that is erected so that the perforated plate is positioned on the upper side to form a front part of the booth, and both edges of the first partition module while the perforated plate is positioned on the lower side. is disposed so as to be perpendicular to the first partition module in the second partition module to form one side and the other side of the booth, and the first partition module is provided so that the display unit of the standing-up inspection device is supported on the step formed in the central part, , a lighting device may be provided on the step formed at one end.

In addition, the second partition module forming one side of the booth consists of a smaller number of partitions than the second partition module forming the other side of the booth, and the second partition module forming one side of the booth is a healthcare booth. The first display unit for guiding the user to the first guide information including the usage method of A second display unit for guiding the user may be provided inside.

In addition, the booth includes an examination table on which the sitting type examination device and the display unit of the sitting type examination device are placed on the upper side, and an examination chair on which the user can sit with his back for examination by the sitting type examination device, The first partition module may display the inspection order and inspection items on the perforated plate.

A health management system using a health care booth according to the present invention for achieving the above object includes: a user terminal; The user terminal receives a request for receiving a health examination through a communication network, and based on the user's unique information transmitted, generates and stores user authentication information, provides a questionnaire to the user terminal, and receives the questionnaire transmitted from the user terminal. A health checkup server that selects mandatory tests during health checkup based on the answers and transmits the selected mandatory test items to a user terminal; When receiving a request for authentication, the health checkup server requests confirmation of the user's authentication information through the communication network, and when it is confirmed by the health checkup server that compares it with the stored authentication information, a health checkup test is performed and the test result is health checkup transmitted to the server, and the health checkup server provides the test analysis data generated by analyzing the test result to the user terminal.

In addition, the medical information management server further includes a medical information management server that holds medical information including current and past diseases and disease codes for the user who possesses the user terminal, wherein the medical information management server is a health checkup server through a communication network. Upon receiving a request for the medical information from a medical information management server, the medical information may be provided, and the health checkup server may provide a questionnaire generated based on the medical information received from the medical information management server.

In addition, it further comprises a cooperation server for managing at least one cooperative service of exercise, skin care, delivery, grocery sales, and bicycle sharing, wherein the cooperative server corresponds to the examination analysis data provided from the health checkup server through a communication network. The user may provide usage information using the cooperative service to the health checkup server, and the health checkup server may provide recommended information to the user terminal to help the user use the cooperative service based on the use information.

A health management method using a health care booth of the present invention for achieving the above object includes the steps of: transmitting, by a user terminal, unique information of a user to a health checkup server through a communication network and requesting reception of a health checkup; generating and storing, by the health checkup server, user authentication information based on the unique information; providing, by the health checkup server, a questionnaire to the user terminal; transmitting, by the user terminal, an answer of the questionnaire received from the user to the health checkup server; selecting a mandatory test during a health checkup based on an answer of the questionnaire received by the health checkup server, and transmitting the selected essential test item to a user terminal; requesting, by the user terminal, user authentication with a test device that is provided in the health care booth and can perform a health check on the selected essential test item; requesting, by the test device, to confirm user authentication information to the health checkup server through a communication network; checking, by the health checkup server, the stored authentication information with the user authentication information transmitted from the test device, confirming whether the person is a person, and transmitting the result to the test device; performing a health checkup test by the test device when the identity of the person is confirmed, and transmitting the test result to the health checkup server; and providing, by the health checkup server, the test analysis data generated by analyzing the received test result to the user terminal.

In addition, the health checkup server is a medical information management server that holds medical information including current and past diseases and disease codes for a user who possesses the user terminal through a communication network. Based on the unique information, requesting the user's medical information; The medical information management server may further include providing the medical information to a health checkup server, wherein the health checkup server may provide a questionnaire generated based on the medical information received from the medical information management server.

In addition, the health checkup server provides examination analysis data to a cooperative server that manages at least one cooperative service of exercise, skin care, delivery, grocery sales, and bicycle sharing through a communication network, and the cooperative server provides the examination analysis data providing the corresponding user's use information using the cooperative service to the health checkup server; It may include; providing, by the health checkup server, recommended information that is helpful in using the cooperative service to the user terminal based on the use information.

According to the present invention, it is possible to form a booth that can easily perform a health examination with a plurality of partitions, so that it can be easily installed anywhere, thereby increasing accessibility, and after all examinations by the standing examination device are completed, a sitting type examination device Even if it is operated unmanned for low cost by performing a checkup by

In addition, it is possible to minimize unnecessary contact between the medical personnel and the user to minimize the closure of the medical institution due to the infection of the medical personnel, and to prevent the medical system from being paralyzed.

In addition, before the health checkup, a questionnaire is provided and essential tests are selected based on the answers, which reduces unnecessary tests and shortens the test time. Exercise, skin care, delivery, grocery sales, and bicycle sharing By providing recommended information to help users use the cooperative service by using the results of the health checkup to the user who uses the cooperative service, such as, etc., it is possible to ensure that the user's health management is continuously and systematically performed.

1 is a perspective view showing a structure of a health care booth according to an embodiment of the present invention.
2 is an exemplary view showing the user's movement and information guided by the display in the healthcare booth according to the present invention.
3 is an exemplary view showing an example of a test device applied to a health care booth according to the present invention.
4 is an exemplary view showing information guided through the display unit of the test device applied to the healthcare booth according to the present invention.
5 is a block diagram showing a health management system using a health care booth according to the present invention.
6 to 8 are flowcharts showing a health management method using a health care booth according to the present invention.

In the present invention, a rectangular plate shape is formed and the longitudinal direction is on the ground so that systematic health management is possible by increasing accessibility and quickly checking health conditions at low cost through a health care booth that can be easily installed anywhere and operated unmanned. A plurality of partitions erected perpendicular to each other are arranged to form a 'C' shape when viewed in a plan view to form a booth, and a plurality of inspection devices for checking the user's health condition are provided in the booth. The examination device includes at least one standing type examination device for performing examination while a user is standing and at least one sitting type examination device for performing examination while a user is seated, We propose a healthcare booth, characterized in that it is arranged to perform a checkup by a sitting-type test device after performing all checkups.

In addition, using the above-mentioned healthcare booth, the user terminal; The user terminal receives a request for receiving a health checkup through the communication network and generates and stores user authentication information based on the received user's unique information, provides a questionnaire to the user terminal, and receives a questionnaire sent from the user terminal A health checkup server that selects a mandatory test during a health checkup based on the answer and transmits the selected essential test item to the user terminal, further comprising, the test device provided in the health care booth is When receiving a user authentication request, the health checkup server requests confirmation of the user's authentication information through the communication network, and when it is confirmed from the health checkup server that compares it with the stored authentication information, the health checkup test is performed and the test result is sent to health The health checkup server proposes a health management system using a health care booth, characterized in that the data is transmitted to the checkup server, and the test analysis data generated by analyzing the test result is provided to the user terminal.

In addition, using the above-described healthcare booth, the user terminal transmits the user's unique information to the health checkup server through a communication network, a first step of requesting reception of the health checkup; a second step of generating and storing, by the health checkup server, user authentication information based on the unique information; a third step of providing, by the health checkup server, a questionnaire to the user terminal; a fourth step of transmitting, by the user terminal, an answer to the questionnaire received from the user to the health checkup server; a fifth step of selecting a mandatory test during a health checkup based on the answer of the questionnaire received by the health checkup server and transmitting the selected essential test item to a user terminal; a sixth step in which the user terminal requests user authentication with a test device that is provided in the health care booth and can perform a health check on the selected essential test items; a seventh step of requesting, by the test device, to check user authentication information to the health checkup server through a communication network; an eighth step of verifying the identity of the health checkup server by collating the stored authentication information with the user authentication information transmitted from the test device, and transmitting the result to the test device; a ninth step of performing a health checkup test by the test device and transmitting the test results to the health checkup server when the identity of the person is confirmed in the eighth step; A tenth step of providing the test analysis data generated by analyzing the test results received by the health checkup server to the user terminal; proposes a health management method using a health care booth, comprising: a.

The scope of the present invention is not limited to the embodiments described below, and various modifications may be made by those of ordinary skill in the art without departing from the technical gist of the present invention.

Hereinafter, the present invention's health care booth and a health management system and method using the same will be described in detail with reference to the accompanying drawings 1 to 8. In addition, in the following description of the present invention, if it is determined that a detailed description of a related well-known function or configuration may unnecessarily obscure the gist of the present invention, the detailed description thereof will be omitted.

In the present specification, when any one component 'transmits' or 'provides' data or signal to another component, the component may directly transmit the data or signal to another component, and at least one other component It means that data or signals can be transmitted to other components through the component.

In addition, in the following description, 'server' means a server computer to which a user accesses and accesses to use content, and if the capacity is small or the number of users is small, a plurality of programs may be operated on one server. Moreover, when the capacity is very large or the number of real-time access persons is large, one or more servers for operating one system may exist according to the function of the server.

In addition, the 'server' in the present specification may include a DB that means a functional and structural combination of software and hardware for storing information corresponding to each database, and the DB may be implemented as at least one table, and stored in the database. A separate database management system (DBMS) for retrieving, storing, and managing information may be further included. In addition, it can be implemented in various ways such as a linked-list, a tree, and a relational database, and includes all data storage media and data structures that can store information corresponding to the database.

First, the health care booth of the present invention includes a booth (A) and a plurality of inspection devices 120 provided in the booth (A) as shown in FIGS. 1 to 3 .

The booth (A) has a rectangular plate shape and is formed with a plurality of partitions 110 erected so that the longitudinal direction is perpendicular to the ground. It is arranged to form a booth (A) in the present invention. Here, it is preferable that the partition 110 is formed longer than the user's height so that the health checkup process in the booth A cannot be easily checked from the outside.

The partition 110 specifically includes a partition body 111 having a rectangular shape from the center to one end while forming a predetermined thickness as shown in FIG. 1, and a perforated plate having a shape corresponding to the installation hole. (112). The perforated plate 112 is formed to have a thinner thickness than the partition body 111, and may be installed in the installation hole so that a step is formed inside the booth (A). A plurality of through-holes are formed in the perforated plate 112 installed in this way, so that a guide sheet on which guide information required for a user is written can be easily fixed by a fixing tool such as a pin or a tack to pass through the through-hole. In addition, the perforated plate 112 is made of a metal material and can be fixed so that a user can see documents such as the guide sheet through a magnet.

A plurality of such partitions 110 may be provided, and the plurality of partitions 110 may be erected such that the perforated plate 112 is positioned on the upper side or the perforated plate 112 is positioned on the lower side to form a booth A. For example, in the booth 100, a plurality of partitions 110 are erected so that the perforated plate 112 is located on the upper side, and the first partition module 110a forming the front part of the booth A, and the perforated plate 112 are located on the lower side. At least one partition 110 is erected so as to be positioned so that it is disposed perpendicular to the first partition module 110a at both edges of the first partition module 110a to form one side and the other side of the booth A. It may be composed of a partition module (110b).

In this case, the second partition module 110b forming one side of the booth A may include a smaller number of partitions 110 than the second partition module 110b forming the other side of the booth A. For example, as shown in FIGS. 1 and 2 , the second partition module 110b forming one side of the booth A consists of one partition 110, and forming the other side of the booth A The second partition module 110b may include two partitions 110 . In this way, by making the number of partitions 110 forming one side and the other side of the booth A different, the user can easily grasp the direction entering the booth A and the direction coming out of the booth A. That is, as shown in FIG. 2, the user enters the booth A through the side provided with the second partition module 110b forming one side of the booth A, performs a health checkup, and then enters the booth A. It can come out of the booth (A) through the side provided with the second partition module (100b) forming the other side of the.

In consideration of the user's entry and exit direction as described above, on the outer surface of at least one partition body 111 of the second partition module 110b forming one side of the booth (A), the first including a method of using a healthcare booth A first display unit 113 for guiding the first guide information to the user may be provided. Accordingly, as shown in FIG. 2 , the user recognizes the first guide information through the first display unit 113 outside the booth A, and then enters the booth A for a health checkup, so it is easier to A health check-up can be carried out.

In addition, on the inner surface of at least one partition body 111 of the second partition module 110b forming the other side of the booth A, second guide information including a checkup cycle and a method of checking the checkup result is provided to the user. A second display unit 114 may be provided. Therefore, as shown in FIG. 2, the user recognizes the second guide information through the second display unit 114 after performing a health check in the booth A, and comes out of the booth A, You can easily check the results of the health checkup and the schedule for the future.

On the other hand, the plurality of test devices 120, as shown in FIG. 3, a height test device for measuring the height and weight of a user, a body composition test device for measuring obesity, metabolic syndrome, etc. and at least one standing type examination device 121 for performing an examination, and at least one sitting type examination apparatus 122 for performing examination while a user is seated, such as a blood pressure monitor examination apparatus for measuring the user's blood pressure. At this time, in the booth (A), after the user performs all the examinations by the standing type examination device 121, it is arranged to perform the examination by the sitting type examination device (122). For example, the standing type inspection device 121 or the sitting type inspection device 122 is disposed so that the user can use the inspection device while proceeding in one direction. In addition, a standing type inspection device 121 may be disposed on the entrance side of the booth (A) and a sitting type inspection device 122 may be disposed on the exit side of the booth (A). However, the present invention is not limited thereto, and a sitting type inspection device 122 may be disposed on the entrance side of the booth A and a standing type inspection device 121 may be disposed on the exit side of the booth A.

The sitting type test device 122 may be a device that takes a long time to test or selectively inspects according to a user. Therefore, the user may not receive the test in the sitting-type test device 122 when it is not necessary. Therefore, the user can quickly receive a test at the necessary test equipment.

Although not shown in the drawings, a partition may be installed between the inspection devices to maintain user privacy. It can also ensure that the spread of disease is minimized.

The inlet and outlet of the booth (A) may include a disinfectant sprayer. The booth (A) can detect the user's position by using a sensor. The disinfectant sprayer can prevent the user from contaminating the inspection devices by spraying the disinfectant when the user enters the booth (A). In addition, the booth (A) may detect that a user who has completed the inspection leaves the booth (A) using a sensor. The disinfectant sprayer can prevent the user from spreading the disease outside the booth (A) by spraying the disinfectant when the user exits the booth (A).

In addition, when the display unit 121a of the standing type inspection device showing information measured by the standing type inspection device 121 to the user is provided separately from the standing type inspection device 121, the display unit 121a of the standing type inspection device 121 1 may be provided to be supported by a step formed in the central portion of the first partition 110, as shown in FIG. In addition, the display unit 121a of the standing test device may include a part for recognizing a QR code (Quick Response Code) for user authentication or/and a part for recognizing the user's fingerprint, that is, a recognition unit. Therefore, when using the standing test device 121, the user can perform a user authentication procedure through the recognition unit installed at an appropriate height, and can easily grasp information measured after the test.

And the booth (A) is the examination table 130 on which the sitting type examination device 122 and the display unit 122a of the sitting type examination device are placed on the upper side, and the user can sit for examination by the sitting type examination device 122. The examination chair 140 may be included on the inside. At this time, it is preferable that the examination chair 140 has a backrest so that the user can proceed with the examination through the sitting-type examination device 122 in a comfortable state with the user leaning on his or her back. It is desirable to prevent the result of falling inspection or the occurrence of a fall accident.

On the other hand, as shown in FIG. 4 , the display unit 121a of the standing type inspection device and the display unit 122a of the sitting type inspection device display the method of performing the inspection and the results measured according to the inspection so that the user can check it. can do. In addition, the first partition module 110a portion located in front of each of the standing inspection device 121 and the sitting type inspection device 122 provided in the booth A, that is, the perforated plate of the first partition module 110a ( 112), as shown in FIG. 1, an examination order and examination items may be displayed, and the user may sequentially and orderly perform a health examination while checking the examination order and examination items.

In addition, although not shown in the drawing, a lighting device is provided on the step formed at one end of the first partition module 110a, so that the user can use it in a bright environment even if a separate lighting facility is not provided at the place where the booth A is installed. You may be able to proceed with the inspection. And at the other end of the first partition module 110a, power is supplied to the standing test device 121, the display part 121a of the standing test device, the sitting test device 122, and the display part 122a of the sitting test device. The wiring passage 115 is formed so that the wires wired to be supplied can be located inside, so that the user can prevent the possibility of being caught by the wires while moving in the booth (A).

The health care booth as described above can form a booth (A) that can easily perform a health examination with a plurality of partitions 110, so it can be easily installed anywhere, thereby increasing accessibility, and a standing type examination device ( 121) after all the examinations are completed, the examination is performed by the sitting type examination device 122, so that the user can quickly check the health condition even if it is operated unmanned for low cost.

On the other hand, the health management system using the above-described health care booth, as shown in FIG. 5, includes a user terminal 200, a health checkup server 300, as well as a test device 120 included in the health care booth, It may further include a medical information management server 400 and a cooperation server 500 . The examination device 120 , the user terminal 200 , the health checkup server 300 , the medical information management server 400 , and the cooperation server 500 may be interconnected through a communication network. The health checkup server 300 , the medical information management server 400 , and the cooperation server 500 may be cloud servers. The cloud server refers to a server used for cloud computing. Cloud computing is the provision of system resources for virtualized computers through the Internet. . Cloud computing is a type of Internet-based computing and refers to a technology that processes information through a server connected to the Internet rather than a user's terminal.

The communication network may include a wired network or a wireless network. The communication network may be a high-speed backbone network capable of large-capacity, long-distance voice and data services, the Internet, or a next-generation wireless network for providing high-speed multimedia services, including Bluetooth, Wi-Fi (Wireless Fidelity), and Beacon. It may be a local area wireless communication network including the like. When the wireless communication network is a mobile communication network, it may be a synchronous mobile communication network or an asynchronous mobile communication network. As an example of the asynchronous mobile communication network, there may be a wideband code division multiple access (WCDMA) type communication network. In this case, although not shown in the drawings, the wireless communication network may include a Radio Network Controller (RNC). Meanwhile, although the WCDMA network is taken as an example, it may be a next-generation communication network such as 3G LTE network, 4G network, 5G network, or other IP-based IP networks. That is, the communication network includes the test device 120 , the user terminal 200 , the health checkup server 300 , the medical information management server 400 and the cooperation server 500 , as well as the databases, servers, and others included in the present invention. It serves to transmit signals and data between systems.

The user terminal 200 is a terminal possessed by a user who intends to undergo a health checkup, and may be one or more. The user terminal 200 means a wide range of terminals including wired terminals and wireless terminals, and includes a notebook-sized personal computer, a personal digital assistant (PDA), a smart phone, and an International Mobile Telecommunication 2000 (IMT-2000). Phone, GSM (Global System for Mobile Communication) phone, GPRS (General Packet Radio Service) phone, WCDMA (Wideband Code Division Multiple Access) phone, UMTS (Universal Mobile Telecommunication Service) phone, MBS (Mobile Broadband System) phone, kiosk, etc. This is included.

The user terminal 200 transmits the user's unique information (name, resident registration number, user terminal number, address, fingerprint, etc.) to the health checkup server 300 through the communication network and requests the reception of the health checkup, and the health checkup server 300 ) receives the answer to the questionnaire provided from the user and transmits it to the health checkup server 300 . In addition, when the user through the test device 120 performs an actual health checkup, the user terminal 200 requests user authentication with the test device 120 through the communication network to confirm whether the user is the user.

The health checkup server 300 receives a request for receiving a health checkup from the user terminal 200 and generates and stores the user's authentication information based on the received user's unique information. At this time, the user's authentication information includes a QR code or fingerprint information that matches only the user, and the user's authentication information stored in the health checkup server 300 may be used by the user to visit the health care booth and perform a health checkup. It is used to verify your identity.

The health checkup server 300 provides a questionnaire to the user terminal 200 after generating and storing the user's authentication information. The contents of the questionnaire may include alcohol consumption, drinking frequency, smoking presence, smoking frequency, eating habits, exercise amount, and past medical history. The questionnaire may be composed of questionnaire items stored in advance in the health checkup server 300, as well as medical information about the user received from other organizations and may be composed of questionnaire items generated based on this. For example, when the user's medical information includes information indicating that there was an abnormality in a part of the user's body part, the health checkup server 300 may generate a questionnaire item corresponding to the part of the body part. More specifically, when the user has blood cancer, the questionnaire may include questions related to the spleen, tonsil, bone, or kidney related to blood cancer. When the health checkup server 300 generates a questionnaire based on the medical information, an artificial intelligence module that learns learning data by itself through various algorithms can be used to generate a questionnaire in consideration of different current/past diseases for each user. have.

And the health checkup server 300 selects the essential tests that must be performed during the health checkup through the health care booth based on the answer of the questionnaire received from the user terminal 200, and sets the selected essential test items to the user terminal ( 200) is sent. The essential test items may include at least one of blood alcohol level, body composition analysis, blood pressure, heart rate, blood sugar, height, weight, and body temperature. Further, when the user's health checkup test result is received from the test device 120 later, it is analyzed to generate test analysis data, and the test analysis data is provided to the user terminal 200 . In this case, the test analysis data may include information on whether or not a disease exists, a disease name, whether an additional test is performed, etc. according to the test result.

When the examination analysis data indicates that there is an abnormality in the user's health condition, the health examination server 300 may transmit the examination analysis data to at least one of a user's terminal, a terminal of the user's family, a hospital server, or a public health center server. . The health checkup server 300 may determine that there is an abnormality in the user's health condition by comparing the test analysis data with previously stored data. The health checkup server 300 may store a disease name or disease code indicating that there is an abnormality in the health state. More specifically, the health checkup server 300 transmits the test analysis data to at least one of the user's terminal, the user's family terminal, the hospital server, or the public health center server when the disease information included in the test analysis data indicates a disease. can In addition, the health examination server 300 may transmit the examination analysis data to at least one of the user's terminal, the user's family terminal, the hospital server, or the public health center server when it indicates that the disease name or disease code of the examination analysis data is abnormal. have.

The health checkup server 300 may receive the user's consent before transmitting the test analysis data to at least one of the user's terminal, the user's family terminal, the hospital server, or the public health center server. For example, the health checkup server 300 may transmit to the user terminal a message inquiring whether or not to agree to the transmission to the user. The user terminal may transmit a signal indicating consent or not to the health checkup server 300 based on the user's input. A signal indicating consent may be encrypted. The health checkup server 300 may transmit the test analysis data to at least one of the user's terminal, the user's family terminal, the hospital server, or the public health center server based on the signal indicating whether consent is received from the user terminal. The user's terminal, the user's family terminal, the hospital server, or the public health center server receives and displays the test analysis data, so that the person in charge can take quick action on the patient.

The health checkup server 300 may receive information additionally tested by a designated institution such as a designated hospital in addition to the test device 120 provided in the health care booth from a server built in the designated institution. The additional test may include items such as virus test, genetic test, stress measurement, skin diagnosis, cholesterol measurement, and the like. In this case, the health checkup server 300 may generate test analysis data by synthesizing the result of the additional test and the result of the essential test through the test device 120 .

The above health checkup server 300 may be linked with the company's commuting server. The user can stop by the health care booth linked to the health checkup server 300 while going to work. The user may respond to the questionnaire requested by the health care booth and receive a necessary examination in the examination device 120 . The health checkup server 300 may receive a response to the questionnaire and may generate test analysis data by receiving the data measured from the test device 120 . When the examination analysis data for the user is generated, the health checkup server 300 may transmit information indicating attendance to the attendance server of the company. The attendance server may determine that the user has gone to work based on the data received from the health checkup server 300 . In addition, when the examination analysis data for the user indicates that there is an abnormality in the user's health, the health checkup server 300 may output a message requesting the user to go to a hospital. Also, the health checkup server 300 may transmit a signal indicating that the test analysis data for the user has an abnormality in the user's health to the attendance server. The attendance server can temporarily prevent users from entering the company. For example, the attendance server may prevent the user from going to work by preventing identification information for access, such as the user's access card, ID, and fingerprint information, from being recognized at the company door. The user can go to work only after taking the necessary measures and using the health care booth and recognized that his health is normal. In this way, by installing a health care booth interlocked with the health checkup server 300 near the entrance of the company, virus or bacterial infection occurs inside the company, or health abnormalities that the company does not expect due to abnormalities in the user's health condition expression can be prevented. In particular, in the case of a construction site, since the health condition of the worker may develop into a fatal situation, by automatically checking the health status of the worker, the safety of the worker can be promoted.

The health care booth can provide an environment in which users can consult with medical personnel by wire or wireless. The healthcare booth may include at least one of a camera, a display, a speaker, and a microphone. When the user has a question about the examination analysis data, the user may input a signal requesting consultation to the health examination server 300 . The health checkup server 300 may receive the request and request a consultation from one of the remote medical personnel terminals. The healthcare provider terminal may respond to the request based on the healthcare provider's input. Medical personnel can perform medical treatment remotely using medical personnel terminals and healthcare booths. The medical personnel can input diagnosis information into the medical personnel terminal while consulting with the user. The medical personnel terminal may transmit the diagnosis contents to the health checkup server 300 . The health checkup server 300 may update the test analysis data based on the diagnosis contents of the medical personnel.

Users can increase their understanding of examination and analysis data through consultation with medical personnel. In addition, the user can more accurately determine the health status by listening to the opinions of medical personnel as well as the test analysis data.

The healthcare booth may further include an examination device 120 for diagnosing a wound. For example, a healthcare booth may include a camera. The health checkup server 300 may receive an image of the user's wound from the camera. In addition, the health checkup server 300 may receive an image of the user's wound from the user terminal. Since the health checkup server 300 obtains an image of the user's wound using the same lighting and the same camera of the healthcare booth, it is possible to obtain an image of the wound taken under uniform conditions. Due to differences in lighting or differences in camera performance, there is a problem in that accuracy is not high when a medical person or the health checkup server 300 diagnoses a wound using an image of the wound. In addition, since separate image processing is required to improve the image of the wound, the image processing capability of the health checkup server 300 is sometimes required. However, since another healthcare booth in the present disclosure acquires an image of a user's wound using the same lighting and the same camera, it is possible to increase the accuracy of wound diagnosis by a medical person or the health checkup server 300 . In addition, the health checkup server 300 may not require a separate image processing capability to improve the image of the wound.

The health checkup server 300 may automatically generate test analysis data indicating the state of the wound using a rule base or artificial intelligence. In addition, the health checkup server 300 may output information on medicines, treatment methods, etc. required for the treatment of wounds.

In addition, the health checkup server 300 may acquire the size of the wound or the color of the wound based on the image of the wound. Also, the health checkup server 300 may acquire information on the cause of the wound based on the questionnaire. The health checkup server 300 may determine the severity of the wound included in the examination analysis data based on at least one of the size of the wound, the color of the wound, and the cause of the wound. For example, when the size of the wound exceeds a threshold value, the color of the wound has a color that requires the action of a medical person, or the cause of the wound requires the action of a medical person, the health checkup server 300 is It can be determined that the wound is serious. The health checkup server 300 may contact the medical personnel terminal when there is a user's request or the wound is in a serious state. Based on at least one of a camera, a display, a speaker, and a microphone provided in the medical personnel terminal and the healthcare booth, the user may receive medical treatment remotely from the medical personnel. The medical personnel may input the diagnosis contents into the medical personnel terminal. The medical personnel terminal may transmit the diagnosis to the health checkup server 300 . The health checkup server 300 may update the test analysis data based on the received diagnosis.

The health checkup server 300 may generate recommendation information helpful to the user based on the test analysis data by itself, and provide the generated recommendation information to the user terminal 200, and the recommendation information is insurance, health function It may contain information such as food, cosmetics, hospitals, and the like.

The health checkup server 300 may store recommendation information corresponding to the test analysis data in a database. The health checkup server 300 may obtain recommendation information corresponding to the test analysis data from the database and provide it to the user terminal 200 . However, the present invention is not limited thereto. The health checkup server 300 may include a machine learning model that machine-learns the relationship between the examination analysis data and the recommendation information. The health checkup server 300 may generate recommendation information by applying a machine learning model to the test analysis data. The health checkup server 300 may provide recommended information to the user terminal 200 .

In addition, the health checkup server 300 may provide the test analysis data to the user terminal 200 and also provide the test analysis data to a server built in a public health center having jurisdiction over the area in which the user resides. Accordingly, the public health center can provide services such as health consultation, emergency management, and telemedicine to the user based on the test analysis data.

The health checkup server 300 may accumulate and store test analysis data for one user. The health checkup server 300 may monitor test analysis data for the user.

The health checkup server 300 may accumulate and store test analysis data for one user. The health checkup server 300 may accumulate and store test analysis data for one user in units of one day, one week, two weeks, one month, quarters, or one year. The time unit described above is an example, and a predetermined time unit or a time unit selected by the user may be used. The health checkup server 300 may determine whether the user's health condition is improving or worsening based on the examination analysis data. The health checkup server 300 may suggest consulting with a doctor if the user's health condition is continuously deteriorating even if it is not an emergency condition. For example, the test analysis data may include a blood sugar level, a blood pressure level, an alcohol level, a visual acuity level, and a hearing level level. In addition, the test analysis data may include blood-related values such as a white blood cell count, an albumin level, a globulin level, and the like. The health checkup server 300 may calculate the change amount of the numerical value included in the examination analysis data per hour. The health checkup server 300 may transmit an alarm signal indicating to see a medical person to the user terminal 200 when the test analysis data is in the normal range, but the test value for a certain period is rapidly increasing or rapidly decreasing. have. The health checkup server 300 may store a pre-stored threshold value for each item in order to determine whether it rapidly increases or decreases rapidly. The health checkup server 300 may determine whether the change is an abrupt change by comparing the threshold value with the amount of change in the test analysis data per hour.

When receiving a user authentication request from the user terminal 200 through the communication network, the inspection device 120 receives authentication information (QR code, etc.) input through the user terminal 200 or authentication information (fingerprint, etc.) directly input from the user. while transmitting to the health checkup server 300, it requests confirmation of user authentication information. In addition, when the authentication information stored in the health checkup server 300 is compared with the received authentication information to confirm the identity of the person, the test device 120 performs a health checkup test and transmits the test result to the health checkup server 300 .

On the other hand, the medical information management server 400 means a server built in an institution that holds medical information including current and past diseases and disease codes for users who have the user terminal 200, for example. , a hospital server, and the Health Insurance Corporation server. The medical information management server 400 may provide the medical information to the health checkup server 300 upon receiving a request for the medical information from the health checkup server 300 through a communication network. Accordingly, the health checkup server 300 may generate a questionnaire based on the medical information received from the medical information management server 400 , and provide the generated questionnaire to the user terminal 200 . And when the medical information management server 400 receives a request for medical information from the health checkup server 300 , it notifies the fact that the medical information has been requested to the user terminal 200 , and the user receives the medical information through the user terminal 200 . It may be possible to select whether to consent to the provision to the health checkup server 300 .

The cooperative server 500 refers to a server built in a facility that manages at least one cooperative service among exercise, skin care, delivery, grocery sales, bicycle sharing, smart watch, and direct-to-consumer (DTC) genetic testing. do. The cooperative server 500 may receive examination analysis data from the health examination server 300 through a communication network, and the corresponding user corresponding to the received examination analysis data uses the cooperative service information to the health examination server 300 . can be provided as Accordingly, the health checkup server 300 may provide the user terminal 200 with recommendation information that is helpful in using the cooperative service based on the use information.

In the first embodiment, when the cooperative server 500 is a server built in a gym, which is a facility that manages exercise services, the cooperative server 500 is a user corresponding to the examination analysis data provided from the health checkup server 300 . Use information such as the number of times of exercise, exercise type, exercise intensity, exercise time, etc. may be provided to the health checkup server 300 . The health checkup server 300 may provide the user terminal 200 with recommendation information on a future exercise method, an exercise goal, etc. based on the examination analysis data and the use information. For example, the health checkup server 300 may determine that the user has high body fat based on the examination analysis data. The health checkup server 300 may check whether the aerobic exercise is greater than or equal to a threshold in the use information. The health checkup server 300 may transmit a message indicating to increase the aerobic exercise to the user terminal 200 when the aerobic exercise is less than a threshold in the use information. As such, the health checkup server 300 recommends a customized exercise to the user, thereby improving the user's health. In addition, the gym has the effect of being able to use an actual case in which the health of the user is being improved by building the cooperative server 500 as marketing material.

Also, the health checkup server 300 may receive information about the user's exercise amount. Also, the health checkup server 300 may determine whether the user has digested the recommended amount of exercise. The health checkup server 300 may receive information on the amount of exercise from the user terminal 200 or may receive information on the amount of exercise from the cooperation server 500 . The user terminal 200 or the cooperative server 500 may acquire the user's exercise amount based on the user's input. The user terminal 200 or the cooperative server 500 may acquire the user's exercise amount based on a sensor attached to the exercise equipment. For example, the user may input a user identification code into the exercise equipment before using the exercise equipment. The exercise equipment may acquire information related to the amount of exercise, such as the time the user uses the number of exercisers, the intensity of the exercise, or the amount of calories consumed, by using the sensor. The exercise equipment may transmit the user identification code along with the amount of exercise to the user terminal 200 , the cooperation server 500 , or the health checkup server 300 . More specifically, when the exercise device is a cycle device, information such as a movement distance or calorie consumption measured by the cycle device may be transmitted to the user terminal 200 or the cooperation server 500 as information related to the amount of exercise.

The health checkup server 300 may determine whether the received exercise amount is greater than or equal to the exercise amount recommended to the user. When the health checkup server 300 determines that the user has digested the recommended amount of exercise, the health checkup server 300 may issue an electronic coupon to the user terminal 200 . The e-coupon may be a discount coupon for a gym, skin care, delivery, grocery sale, bike-sharing service, or Direct To Consumer (DTC) genetic testing. The health checkup server 300 has the effect of improving the health of the user by providing the user with a reward according to the achievement of the goal. In addition, the health checkup server 300 has the effect of helping the marketing of a gym, skin care, delivery, grocery sales, bicycle sharing service, or direct consumer genetic testing.

In a second embodiment, when the cooperative server 500 is a server built in a facility that manages skin care services (wound diagnosis), the cooperative server 500 responds to the examination analysis data provided from the health checkup server 300 . It is possible to provide usage information such as a past skin image and a current skin image of the corresponding user to the health checkup server 300, and the health checkup server 300 provides information on cosmetics, wound treatment drugs, skin care methods, etc., based on the use information. Recommendation information may be provided to the user terminal 200 . More specifically, the health checkup server 300 may determine a past skin condition and a current skin condition based on the user's skin image and the current skin image. The skin condition may indicate the size of pores and the ratio of red areas per area.

The health checkup server 300 may recommend cosmetics based on the current skin condition. The health checkup server 300 may store cosmetics corresponding to the current skin condition in the database. More specifically, the health checkup server 300 may store a list of cosmetics according to the size of pores. When the size of the pores included in the current skin condition is greater than the threshold value, the health checkup server 300 may obtain cosmetic information corresponding to the size of the pores. The health checkup server 300 may transmit cosmetic information to the user terminal 200 .

The health checkup server 300 may include a machine learning model related to skin changes that occur when cosmetics are used. The machine learning model may be machine-learned based on a skin image taken periodically after a subject uses cosmetics. For example, the subject may continue to use cosmetics. The subject may periodically photograph the condition of his or her skin. The cycle may be one day, one week, two weeks, one month or one year. The cycle described above is an example, and a predetermined cycle or a cycle selected by the user may be used. The machine learning device can machine learning the skin change process by using images continuously taken while using cosmetics. The machine learning apparatus may machine-learning images received from a plurality of subjects in order to generate a model. The health checkup server 300 may store the machine learning model learned by the machine learning device. The health checkup server 300 may obtain a future skin prediction image by applying the user's current skin image to the machine learning model. The future skin prediction image may be a skin prediction image after a day, a week, two weeks, a month, or a year. The future time described above is an example, and the health checkup server 300 may acquire a skin prediction image after a predetermined time or a skin prediction image according to a user's selection. The health checkup server 300 may visually show the efficacy of cosmetics to the user. Therefore, the health checkup server 300 has the effect of increasing the sales of cosmetics.

In a third embodiment, when the cooperative server 500 is a server built in a facility that manages a delivery service, the cooperative server 500 is the delivery of the corresponding user corresponding to the examination analysis data provided from the health checkup server 300 . Use information such as details can be provided to the health checkup server 300, and the health checkup server 300 provides recommended information on delivery restaurants and delivery food suitable for the user's health condition based on the use information to the user terminal 200 ) can be provided.

More specifically, the health checkup server 300 may check information about the food consumed by the user from the cooperative server 500 of the delivery service. It is possible to control the health check server 300 to remove food that does not fit the current health condition among the food consumed by the user from the recommended items of the delivery service cooperation server 500 . Also, the health checkup server 300 may control the cooperative server 500 to recommend food suitable for the user's current health state among the food consumed by the user. The health checkup server 300 controls so that food suitable for the user's health condition is recommended from among the food consumed by the user so far, so that it is possible to reduce a sense of rejection that may occur while proposing a new food to the user.

In a fourth embodiment, when the cooperative server 500 is a server built in a facility that manages a bicycle sharing service, the cooperative server 500 is the user's corresponding test analysis data provided from the health checkup server 300 Use information such as bicycle usage time, rental and return locations, etc. can be provided to the health checkup server 300, and the health checkup server 300 calculates the user's exercise amount based on the use information and calculates the amount of exercise in the future and the amount of exercise Recommendation information on health information (changes in muscle mass, fat mass, and blood glucose level) according to the information may be provided to the user terminal 200 . Among the descriptions for this, descriptions overlapping with the cooperative server 500 of the gym will be omitted.

The health checkup server 300 may calculate the exercise amount of the user by using usage information such as bicycle usage time, rental and return locations, and the like. For example, it may be determined that the shorter the bicycle usage time, the higher the exercise amount. It may also be determined that the greater the distance between the rental location and the return location, the higher the amount of exercise. The health checkup server 300 may obtain a correlation between the amount of exercise and health measurement information such as the user's muscle mass, fat mass, or blood glucose level. Also, the health checkup server 300 may accumulate and store correlations. Also, the health checkup server 300 may suggest a recommended exercise amount to other users based on the stored correlation.

In a fifth embodiment, the cooperative server 500 may be a server built by a direct-to-consumer (DTC) genetic testing company. The health checkup server 300 may request a genetic test result from the cooperative server based on the user's identifier. The cooperation server 500 may transmit the genetic test result to the health checkup server 300 . The health checkup server 300 may determine whether there is a possibility of a genetic disease in the user, based on the genetic test result. The health checkup server 300 may generate a questionnaire based on the genetic test result. The questionnaire may contain information related to genetic diseases. The health checkup server 300 may perform a checkup related to a genetic disease by using the test device 120 . In addition, the health checkup server 300 may transmit the acquired health checkup test result or test analysis data to the cooperation server 500 . Since the cooperative server 500 can further secure the relationship between the gene and the health state, it is possible to increase the accuracy of the genetic test.

Since the user can quickly perform periodic health checkups at the health care booth, even if there is a possibility of a genetic disease, it has the effect of quickly finding the disease and taking action.

As a sixth embodiment, the cooperative server 500 may be a server built by a smart watch company. The user's smart watch may transmit the user's exercise amount to the cooperation server 500 . The cooperative server 500 may accumulate and store the exercise amount of the user. The health checkup server 300 may request information related to the amount of exercise from the cooperation server 500 based on the user's identifier. The cooperation server 500 may transmit information related to the amount of exercise to the health checkup server 300 . The health checkup server 300 may generate a questionnaire based on information related to the amount of exercise. For example, when the amount of exercise of the user is reduced compared to the previous one, a questionnaire asking the reason for the decrease in the amount of exercise may be generated. In addition, the health checkup server 300 may perform a checkup on the user's condition using the test device 120 . In addition, the health checkup server 300 may transmit the acquired health checkup test result or test analysis data to the cooperation server 500 . The cooperation server 500 may transmit the received test result or test analysis data to the user's smart watch. The user can easily check his or her health status through the smart watch.

On the other hand, looking at the health management method using the health care booth with reference to FIGS. 6 to 8 , first, the user terminal 200 transmits the user's unique information to the health checkup server 300 through the communication network, and The reception is requested (S11), and the health checkup server 300 generates and stores the user's authentication information based on the unique information (S12). And the health checkup server 300 provides the questionnaire to the user terminal 200 (S13).

After the step (S12), the health checkup server 300 through the communication network, the medical information management server that holds the current and past diseases and medical information including the disease code for the user who has the user terminal 200. At 400, the user's medical information may be requested based on the unique information. Thereafter, the medical information management server 400 provides the medical information to the health checkup server 300, and in step (S13), the health checkup server 300 receives the medical information received from the medical information management server 400. The questionnaire generated based on the questionnaire may be provided to the user terminal 200 .

After step (S13), the user terminal 200 transmits the answer of the questionnaire received from the user to the health checkup server 300 (S14), and based on the answer of the questionnaire received by the health checkup server 300, health During the examination, the required examination is selected, and the selected essential examination item is transmitted to the user terminal 200 (S15).

After step (S15), when the user visits the health care booth, the user terminal 200 is provided in the health care booth and authenticates the user with the examination device 120 capable of performing a health examination for the selected essential examination items. request (S16). Next, the test device 120 requests confirmation of user authentication information to the health checkup server 300 through the communication network (S17), and the user who receives the authentication information stored in the health checkup server 300 from the test device 120 Verification of the identity is verified by collation with the authentication information, and the result is transmitted to the inspection device 120 (S18).

If it is confirmed in step (S18), the test device 120 performs a health checkup test, and transmits the test result to the health checkup server 300 (S19). Thereafter, the examination analysis data generated by analyzing the examination result transmitted by the health examination server 300 is provided to the user terminal 200 (S20).

And in step (S20), the health check server 300 not only the user terminal 200, exercise, skin care, delivery, grocery sales, bicycle sharing, smart watch or direct consumer request (Direct To Consumer, DTC) genetic test It is possible to provide the inspection analysis data to the cooperation server 500 that manages at least one of the cooperative services. After that, when the cooperation server 500 provides information on the use of the cooperative service by the user corresponding to the examination analysis data to the health checkup server 300, the health checkup server 300 uses the cooperation service based on the use information. Recommendation information that is helpful in doing so may be provided to the user terminal 200 .

The health management system and method using the health care booth as described above can reduce unnecessary tests and shorten the test time by providing a questionnaire before the health checkup and selecting the essential tests that are absolutely necessary for the user based on the answers. , exercise, skin care, delivery, grocery sales, bicycle sharing, smart watch or direct-to-consumer (DTC) genetic testing, etc. to users who use cooperative services, etc. By providing the recommended information, it is possible to continuously and systematically manage the user's health.

The present invention can also be implemented as computer-readable codes on a computer-readable recording medium. The computer-readable recording medium includes all types of recording devices in which data readable by a computer system is stored.

Examples of computer-readable recording media include ROM, RAM, CD-ROM, magnetic tape, floppy disk, optical data storage device, etc. also includes

In addition, the computer-readable recording medium is distributed in a computer system connected to a network, so that the computer-readable code can be stored and executed in a distributed manner. In addition, functional programs, codes, and code segments for implementing the present invention can be easily inferred by programmers in the technical field to which the present invention pertains.

A: Booth
110: partition 110a: first partition module
110b: second partition module 111: partition body
112: perforated plate 113: first display unit
114: second display unit 115: wiring passage
120: inspection device 121: stand-up inspection device
121a: display part of the standing type inspection device
122: sitting type inspection device 122a: display part of the sitting type inspection device
130: examination table 140: examination chair
200: user terminal 300: health checkup server
400: medical information management server 500: cooperation server

Claims (10)

A plurality of partitions 110 in the form of a rectangular plate and erected so that the longitudinal direction is perpendicular to the ground are arranged to form a 'C' shape in a plan view to form a booth (A), and the booth (A) A plurality of inspection devices 120 that can check the user's health condition are provided therein,
The plurality of examination devices 120 includes at least one standing type examination device 121 that performs examination in a state where the user is standing, and at least one sitting type examination device 122 that performs examination in a state where the user is seated. and, after the user performs all the examinations by the standing type examination device 121, it is arranged to perform examinations by the sitting type examination device 122,
The partition 110 has a partition body 111 in which an installation hole forming a rectangular shape from the central portion to one end while forming a predetermined thickness is formed through, and a plurality of through holes are formed and has a thinner thickness than the partition body 111. and a perforated plate 112 provided in the installation hole so that a step is formed on the inside of the booth (A),
The booth (A) is erected so that the perforated plate 112 is located on the upper side to form a first partition module (110a) forming the front part of the booth (A), and the first partition module (110a) is erected so that the perforated plate 112 is located at the lower side ( It consists of a second partition module 110b disposed at both edges of 110a) to be perpendicular to the first partition module 110a to form one side and the other side of the booth A,
The first partition module (110a) is provided so that the display portion (121a) of the standing test device is supported on the step formed in the central portion, the health care booth, characterized in that the lighting device is provided on the step formed at one end.
delete The method of claim 1,
The second partition module 110b forming one side of the booth A consists of a smaller number of partitions 110 than the second partition module 110b forming the other side of the booth A,
The second partition module 110b forming one side of the booth (A) is provided with a first display unit 113 for guiding the user with first guide information including a method of using the healthcare booth on the outside,
The second partition module 110b forming the other side of the booth (A) has a second display unit 114 that guides the user to the second guide information including the examination period and the method of checking the examination result is provided inside. Health care booth, characterized in that.
4. The method of claim 3,
The booth (A) includes the examination table 130 on which the sitting-type examination device 122 and the display unit 122a of the sitting-type examination device are placed on the upper side, and for examination by the sitting-type examination device 122, the user puts his or her back on it. Including the examination chair 140 that can be reclined on the inside,
The first partition module (110a) is a health care booth, characterized in that the examination order and examination items are displayed on the perforated plate (112).
Using the health care booth according to any one of claims 1, 3 or 4,
user terminal 200;
The user terminal 200 receives a request for receiving a health checkup through a communication network, generates and stores user authentication information based on the received user's unique information, and provides a questionnaire to the user terminal 200, the user A health checkup server 300 that selects a mandatory test during a health checkup based on the answer of the questionnaire received from the terminal 200 and transmits the selected essential test item to the user terminal 200; includes;
When receiving a user authentication request from the user terminal 200 through a communication network, the examination device 120 provided in the health care booth requests confirmation of the user's authentication information to the health examination server 300 through the communication network, When it is confirmed from the health checkup server 300 that compares this with the stored authentication information, a health checkup test is performed and the test result is transmitted to the health checkup server 300,
The health checkup server 300 is a health management system using a health care booth, characterized in that it provides the test analysis data generated by analyzing the test result to the user terminal (200).
6. The method of claim 5,
Further comprising a medical information management server 400 that holds medical information including current and past diseases and disease codes for the user who possesses the user terminal 200,
The medical information management server 400 provides the medical information when receiving a request for the medical information from the health checkup server 300 through a communication network,
The health checkup server 300 is a health management system using a health care booth, characterized in that it provides a questionnaire generated based on the medical information received from the medical information management server (400).
7. The method of claim 6,
Further comprising a cooperation server 500 for managing at least one cooperative service of exercise, skin care, delivery, grocery sales, and bicycle sharing,
The cooperation server 500 provides the health checkup server 300 with information on the use of the cooperation service by the user corresponding to the test analysis data provided through the communication network from the health checkup server 300 to the health checkup server 300,
The health checkup server 300 is a health management system using a health care booth, characterized in that it provides the user terminal 200 with recommended information that is helpful in using the cooperative service based on the use information.
Use the health care booth according to any one of claims 1, 3 or 4,
transmitting, by the user terminal 200, the user's unique information to the health checkup server 300 through a communication network, and requesting reception of the health checkup;
generating and storing, by the health checkup server 300, user authentication information based on the unique information;
providing, by the health checkup server 300, a questionnaire to the user terminal 200;
transmitting, by the user terminal 200, an answer of the questionnaire received from the user to the health checkup server 300;
Selecting a mandatory test during a health checkup based on the answer of the questionnaire received by the health checkup server 300, and transmitting the selected essential test item to the user terminal 200;
The user terminal 200 is provided in the health care booth and requesting user authentication to the test device 120 capable of performing a health check on the selected essential test items;
requesting, by the test device 120, to check user authentication information to the health checkup server 300 through a communication network;
comparing the stored authentication information with the user authentication information received from the test device 120 by the health checkup server 300 to confirm whether the user is a person and transmitting the result to the test device 120;
when it is confirmed that the person is the person, the test device 120 performs a health checkup test, and transmits the test result to the health checkup server 300;
providing the examination analysis data generated by analyzing the examination result transmitted by the health examination server 300 to the user terminal 200;
A health care method using a health care booth comprising a.
9. The method of claim 8,
The health checkup server 300 through a communication network to the medical information management server 400 that holds medical information including current and past diseases and disease codes for the user who possesses the user terminal 200 . requesting the user's medical information based on the unique information;
The medical information management server 400 providing the medical information to the health checkup server 300; further comprising,
The health checkup server 300 is a health management method using a health care booth, characterized in that it provides a questionnaire generated based on the medical information received from the medical information management server (400).
9. The method of claim 8,
The health checkup server 300 provides test analysis data to the cooperation server 500 that manages at least one cooperative service of exercise, skin care, delivery, grocery sales, and bicycle sharing through a communication network,
providing, by the cooperation server 500, information on the use of the cooperative service by the corresponding user corresponding to the examination analysis data to the health checkup server 300;
providing, by the health check-up server 300, recommended information to the user terminal 200 to help use the cooperative service based on the use information;
A health care method using a health care booth comprising a.

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