TWM548864U - Pointized health management system - Google Patents

Description

Point health management system

This creation is related to a point-based health management system, especially a point-based health management system that records physiological index data, sports record data and sleep record data more comprehensively and is exchanged for an application service. .

The Republic of China Invention Patent Publication No. I501187 "A Sports Health Management System and Method" for providing a user with health management based on exercise state and physiological parameters, including a management main system, an induction subsystem, and an identification device, The sensing subsystem is disposed in a sports venue and is connected to the management main system via a network communication technology. The identification device includes the personal code of the user and is worn on the user. When the user moves in the sports place, the sensing subsystem will connect with the identification device and obtain a motion sensing data, and the management main system can determine whether the user's movement meets a predetermined reward condition. When the condition is met, the core processing unit displays a reward item for the user to exchange through the query subsystem.

However, the above-mentioned pre-records are only for recording the physiological index and exercise status of the user, and are less able to provide users with more comprehensive health management, and the above-mentioned pre-cases must transmit the user's movement through the sensing subsystem installed in the sports place. Recording, the setting cost is high and the user needs to be restricted from exercising in the sports place.

In view of the above deficiencies, the author is committed to research and proposes a point-based health management system for the creation, including: a server-side main system, including a main processing unit, and A user login module, a data storage module, a bonus point calculation module, and a bonus point service subsystem are all connected to the main processing unit, and the data storage module includes a utility for storing a user identity. a user database of information, a physiological index database for storing specific data of the user, a sports record database, and a sleep record database; a client electronic device connecting the server via the Internet The main user system, the user login module provides and displays a login interface to the client electronic device for the user to input the registered identity information and log in to the server main system to store or read the corresponding user. And the at least one physiological motion detecting device is paired with the user-side electronic device and connected to the information; wherein: the physiological motion detecting device is configured to detect the specific data, including a physiological index data of the user, a motion record data and a sleep record data; the client electronic device receives the physiological index data, the motion record data, and the The sleep record data is separately transmitted and stored to the physiological index database, the sports record database and the sleep record database; the bonus point calculation module converts the physiological index data and the sports record data according to a preset calculation formula. Or / and the sleep record data is converted into a bonus point; the bonus point service subsystem provides the user with the bonus point in exchange for an application service.

Further, the client electronic device is a desktop computer, a laptop, a smart phone or a tablet computer.

Further, the physiological motion detecting device comprises one or any combination of heart rhythm detection, blood pressure detection, blood glucose detection, body fat detection, cholesterol detection, running detection, and sleep quality detection. The smart bracelet also includes one of a fat detector, a weight scale, and a sleep quality detector.

Further, the physiological index data includes a heart rate value, a blood pressure value, a blood sugar level, an integrated fat value, a cholesterol value, a body weight value, a body mass index, a running mileage, a running time, or a good sleep quality. Any of the bad reviews, or a combination thereof.

Further, the calculation formula is: when the detection result of any one or a combination of the heart rate value, the blood pressure value, and the blood glucose value in a specific time is within a predetermined range, the bonus point is accumulated by 1 point. Or, the calculation formula is: when any one or a combination of the body fat value, the cholesterol value, the body weight value, and the height and body mass index is within a predetermined range for each detection result, The bonus point is accumulated by 1 point for each detection; or, the calculation formula is: any one or a combination of the running mileage and the running time measured in a specific time is determined by a predetermined schedule. In the range, the bonus point is accumulated by 1 point; or, the calculation formula is: when the sleep quality is good or bad, the bonus point is accumulated by 1 point, and the sleep quality is rated as In case of bad, the bonus point is deducted by 1 point.

Further, the application service is an application (app), an application game, or a product discount.

Further, the physiological motion detecting device is paired with the user electronic device and connected to the information through any one of Bluetooth, RFID or ZigBee.

Further, the user database stores a guardian's identity information, and the point health management system further includes another client electronic device, and the server is connected to the server main system by using the Internet. Providing and displaying a login interface to the other client electronic device for the custodian to input the registered identity information and logging into the server main system, and having the right to read the specific data corresponding to the user Monitoring view.

Further, the method further includes a calendar subsystem, the main processing unit provides the custodian to input the expected monitoring to view the specific data on the other user electronic device through the calendar subsystem. The timetable, and when the time of the timetable arrives, the other user terminal electronic device pushes a prompt message reminding the guardian to monitor the view.

Further, the method further includes a calendar subsystem, the main processing unit provides a timetable for the user to input the expected storage of the specific data on the electronic device of the user terminal, and arrive at the time of the timetable. The user-side electronic device pushes a prompt message prompting the user to detect the specific data.

Further, further comprising a diet recommendation subsystem, the main processing unit, through the diet recommendation subsystem, providing the user with a food item before the user inputs the edible food, and according to the previous meal The food information is calculated and provides the user with a food item suitable for the next meal.

According to the above technical features, the following effects can be achieved:

1. Cooperate with records of physiological index data, sports record data and sleep record data to manage the health of users more comprehensively.

2. The at least one physiological motion detecting device may be a smart bracelet with any one or a combination of physiological index detection, running detection and sleep quality detection functions, for recording physiological index data and motion of the user. The record data and the sleep record data are transmitted to the server main system through the client electronic device, and the use is less restricted by the venue.

3. The number of health management points will be more clearly understood, and the progress and effectiveness of health management will be more clearly understood. Further, the health management effect of points will be further used as a bonus point for exchange for an application service. Users are more proactive and active in managing their own health, increasing their willingness to use the system and helping to maintain their health.

4. Combine the calendar subsystem to remind users to regularly manage health, and also remind the guardian to monitor the health management status of the user regularly to achieve better health management and care.

5. Combine the dietary recommendation subsystem to further provide user dietary advice, which is more conducive to health management.

(1000) ‧ ‧ point health management system

(1)‧‧‧Servo terminal system

(11)‧‧‧Main processing unit

(12)‧‧‧User Login Module

(13)‧‧‧ Data Storage Module

(131)‧‧‧ User Database

(132) ‧ ‧ Physiological Index Database

(133) ‧‧‧ Sports Record Database

(134) ‧‧ ‧ Sleep Record Database

(14)‧‧‧ Bonus Point Calculation Module

(15)‧‧‧ Bonus Point Service Subsystem

(16) ‧‧‧ calendar subsystem

(17)‧‧‧Food recommendation subsystem

(2) ‧‧‧Customer electronic devices

(3) ‧ ‧ physiological motion detection device

(4) ‧‧‧Another client electronic device

(A) ‧‧‧ users

(B) ‧ ‧ Guardian

[First figure] is a functional block diagram of the point health management system of the present creation embodiment.

[Second Picture] is a functional block diagram of the data storage module in the point health management system of the present embodiment.

Combining the above technical features, the main effects of the present creation will be clearly shown in the following embodiments.

Referring to the first figure and the second figure, the point health management system (1000) of the embodiment includes a server main system (1), a user terminal electronic device (2), and at least one physiological motion detection. Device (3) and another client electronic device (4), wherein:

The server main system (1) comprises a main processing unit (11), a user login module (12), a data storage module (13), a bonus point calculation module (14), and a bonus point. The service subsystem (15), the one-line calendar subsystem (16), and a diet recommendation subsystem (17).

The main processing unit (11) is connected to the user login module (12), the data storage module (13), the bonus point calculation module (14), the bonus point service subsystem (15), and the acting Calendar subsystem (16) and the dietary recommendation subsystem (17) for performing the functions of the aforementioned modules and subsystems, and for the data link between the aforementioned modules and subsystems.

The data storage module (13) includes a user database (131) for storing identity information of a user (A) (to be a health manager), the data storage module (13) and useful for storing a physiological index database (132) of a specific data of the user (A), a sports record database (133), and a sleep record database (134), and the specific data refers to the user (A) a physiological index data, a sports record data, and a sleep record data.

The client electronic device (2) can be a desktop computer, a laptop, a smart phone or a tablet. The client electronic device (2) connects to the server main system (1) via an internet, and the user login module (12) provides and displays a login interface to the client electronic device (2) for the use. (A) input the pre-registered identity information, log in to the server main system (1), and store or read the corresponding user in the data storage module (13) through the main processing unit (11) ( A) The specific information.

The physiological motion detecting device (3) may be any one or a combination of heart rate detection, blood pressure detection, blood glucose detection, body fat detection, cholesterol detection, running detection, and sleep quality detection functions. The smart bracelet is worn on the user (A) for detection. It can also be an integrated fat detector, a weight scale or a sleep quality detector for the user (A) to detect. The physiological motion detecting device (3) is paired with the user electronic device (2) and connected to the information, and the connected manner can be achieved by means such as Bluetooth, RFID or ZigBee.

The physiological motion detecting device (3) is configured to detect the specific data, that is, the physiological index data, the motion record data, and the sleep record data, wherein the physiological index data is, for example, a heart rate value, a blood pressure value, and a Any one or combination of blood glucose level, integral fat value, one cholesterol value, one body weight value, and one body height index. The sports record data is, for example, a running mileage or a running Hours. The sleep record data is, for example, a good or bad sleep quality rating (such as a sleep quality of 1 to 10).

The user-side electronic device (2) receives the detected physiological index data, the motion record data, and the sleep record data, and respectively transmits and stores the data to the physiological index database (132) and the motion record database (133). And the sleep record database (134).

The bonus point calculation module (14) converts the stored physiological index data, the sports record data or/and the sleep record data into a bonus point according to a preset calculation formula. For example, if the user (A) wants to manage health management, it is desirable to maintain good heart rhythm, blood pressure and/or blood glucose at a specific time (such as early morning, after three meals, and at work). The calculation formula may include: when the detection result of any one or a combination of the heart rate value, the blood pressure value, and the blood glucose value is within a predetermined range, the bonus point is accumulated by 1 point, Otherwise, the bonus point is deducted by 1 point. Moreover, if the health management desired by the user (A) further includes the desire to maintain proper body fat, cholesterol, body weight or/and height and body mass index, the calculation formula may further include: when the body fat value, When the detection result of any one or a combination of the cholesterol value, the body weight value, and the height and body mass index is within a predetermined range, the bonus point is accumulated by 1 point, and vice versa, the bonus point is deducted by 1 point. Moreover, if the health management of the user (A) further includes the desire to maintain an appropriate amount of running exercise at each specific time (eg, weekly, daily, etc.), the calculation formula may further include: If any one or a combination of the running mileage and the running time is measured within a certain time period, when the predetermined range is within a predetermined range, the bonus point is accumulated by 1 point, and vice versa, the bonus point is deducted by 1 point. In addition, the user (A)'s own health management status is counted, and the progress and effectiveness of health management are more clearly understood.

The bonus point service subsystem (15) provides the user (A) to use the bonus point in exchange for an application service. For example, the application service can provide a response to the server main system (1) A program (app) or an application game for the user (A) to download on his smart phone, or the application service can be a product discount for a partner merchant, or a cooperative sports venue (such as a swimming pool) , gym, etc.), equipment, equipment, and other benefits. In this way, the user (A) is motivated to actively and actively carry out self-health management while maintaining health.

The other client electronic device (4) can also be a desktop computer, a flash phone, a smart phone or a tablet computer, and the server main system (1) is also connected via the Internet, and the user The database (131) stores the identity information of the guardian (B), who is the person who supervises and cares for the health management status of the user (A), such as the family of the user (A) , medical staff, etc. The user login module (12) provides and displays a login interface to the other client electronic device (4) for the custodian (B) to input the registered identity information and log in to the server main system (1) And having the right to read the specific data corresponding to the user (A), that is, reading the physiological index data of the user (A), the sports record data, and the right of the sleep record data for monitoring and viewing .

The main processing unit (11), through the calendar subsystem (16), provides a schedule for the custodian (B) to input the predicted monitoring to view the specific data at the other client electronic device (4), and When the time of the timetable arrives, the other user electronic device (4) pushes a prompt message reminding the guardian (B) to monitor and view, thereby reaching the reminder to the guardian (B) to regularly supervise and care for the User (A) health management status.

The main processing unit (11), through the calendar subsystem (16), provides the user (A) to enter a schedule for storing the specific data on the client electronic device (2), and the schedule is When the time arrives, the user electronic device (2) pushes a reminder message to the user (A) to detect the specific data, thereby reminding the user (A) to manage the health of the self.

The main processing unit (11), through the diet recommendation subsystem (17), provides the user (A) to enter a food item before the edible electronic device (2), and according to the edible food The food information of the previous meal is calculated and provided to the user (A). The food information suitable for the next meal is calculated by calculating the calories of the five major nutrients of the food meal before eating. Calculating the calories of the five major nutrients of the appropriate next meal data according to the pre-written calculation formula, and comparing the calories of the five nutrients of the pre-stored various foods, thereby providing the said meal suitable for the next meal A meal of food information. In addition, the user (A) is provided for management on the diet.

In view of the above description of the embodiments, the above-described embodiments are merely a preferred embodiment of the present invention, and the implementation of the present invention is not limited thereto. The scope, that is, the simple equivalent changes and modifications made in accordance with the scope of the patent application and the content of the creation of the creation, are within the scope of this creation.

(1000) ‧ ‧ point health management system

(1)‧‧‧Servo terminal system

(11)‧‧‧Main processing unit

(12)‧‧‧User Login Module

(13)‧‧‧ Data Storage Module

(14)‧‧‧ Bonus Point Calculation Module

(15)‧‧‧ Bonus Point Service Subsystem

(16) ‧‧‧ calendar subsystem

(17)‧‧‧Food recommendation subsystem

(2) ‧‧‧Customer electronic devices

(3) ‧ ‧ physiological motion detection device

(4) ‧‧‧Another client electronic device

(A) ‧‧‧ users

(B) ‧ ‧ Guardian

Claims (11)

A point health management system includes: a server main system, including a main processing unit, and a user login module, a data storage module, and a bonus point calculation module connected to the main processing unit a bonus point service subsystem, the data storage module includes a user database for storing information about a user's identity, and a physiological index database for storing specific data of the user, a movement a record database and a sleep record database; a client-side electronic device that connects to the server main system via an Internet, the user login module provides and displays a login interface to the user-side electronic device for input by the user Registering the identity information to log in to the server main system, and storing or reading the specific data corresponding to the user; and at least one physiological motion detecting device paired with the user electronic device and connected to the information; wherein: The physiological motion detecting device is configured to detect the specific data, including a physiological index data of the user, a sports record data, and a sleep Recording data; the user-side electronic device receives the physiological index data, the sports record data, and the sleep record data, respectively, and transmits and stores the data to the physiological index database, the sports record database, and the sleep record database; the bonus point The number calculation module converts the physiological index data, the sports record data or/and the sleep record data into a bonus point according to a preset calculation formula; the bonus point service subsystem provides the user with the bonus point In exchange for an application service. The point-based health management system of claim 1, wherein the client electronic device is a desktop computer, a laptop, a smart phone or a tablet computer. The point-based health management system of claim 1, wherein the physiological motion detecting device comprises heart rate detection, blood pressure detection, blood sugar detection, body fat detection, cholesterol detection, One of the running detection, sleep quality detection function or one of the combination of the wisdom bracelet, or one of the integrated fat detector, a weight scale, a sleep quality detector. For example, the point health management system described in claim 1, wherein the physiological index data includes a heart rate value, a blood pressure value, a blood sugar level, an integrated fat value, a cholesterol value, a body weight value, and a height. Any one or combination of body mass index, one running mileage, one running hour, or one sleep quality rating. The point-based health management system of claim 4, wherein the calculation formula is: detecting any one or a combination of the heart rate value, the blood pressure value, and the blood glucose value within a specific time period. When the result is within a predetermined range, the bonus point is accumulated by 1 point; or, the calculation formula is: when the body fat value, the cholesterol value, the body weight value, and the height and body mass index or When the result of each detection is within a predetermined range, the bonus point is accumulated by 1 point for each detection; or, the calculation formula is: the running mileage is measured within a specific time. If the number and the running hours are any one or a combination thereof, when the predetermined range is within a predetermined range, the bonus point is accumulated by 1 point; or the calculation formula is: when the sleep quality is good or not, The bonus point is accumulated by 1 point, and when the quality of the sleep is rated as bad, the bonus point is deducted by 1 point. The point-based health management system of claim 1, wherein the application service is an application (app), an application game, or a product discount. The point-based health management system according to claim 1, wherein the physiological motion detecting device is paired with the user-side electronic device and connected to the information through any one of Bluetooth, RFID or ZigBee. The point-based health management system of claim 1, wherein the user database stores a guardian identity information, and the point health management system further includes another client-side electronic device. The server is connected to the server main system by using an internet connection, and the user login module provides and displays a login interface to the other client electronic device for the administrator to input the registered identity information and log in to the server main system. And has the right to read the specific data corresponding to the user for monitoring and viewing. For example, the point health management system described in claim 8 further includes a line calendar subsystem, and the main processing unit provides the keeper to input the electronic device input to the other user terminal through the calendar subsystem. The monitoring monitors the timetable of the specific data, and when the time of the timetable arrives, the electronic device of the other user terminal pushes a prompt message reminding the guardian to monitor the viewing. The point-based health management system of claim 1, further comprising a calendar subsystem, wherein the main processing unit provides the user with the input of the electronic device input storage expected by the user circuit The timetable of the specific data, and when the time of the timetable arrives, the electronic device of the user terminal pushes a prompt message prompting the user to detect the specific data. The point-based health management system of claim 1, further comprising a diet recommendation subsystem, wherein the main processing unit provides the user with an input to the user-side electronic device through the diet recommendation subsystem. The food information of the previous meal, and based on the food information of the previous meal, the food information of the user is suitable for the next meal.