TWI470571B - Autonomous and interactive health management system - Google Patents

Description

Autonomous and interactive health management system

The present invention relates to an autonomous and interactive health management system, and more particularly to an autonomous and interactive health management system that alerts the patient to the current health situation through different color lights to achieve the most immediate care.

The conventional health care system is, for example, the Republic of China Application No. 095145894 "A Health Promotion and Care Service System" (hereinafter referred to as the Citation). The main feature of the Citation is: "A health promotion care service system, implemented on an information platform; : a first case data entry interface, a case data storage module, a case login interface, a component selection module, providing components including health fitness, diet nutrition, psychological support, health testing, etc. for users to click; The module is used to respond to the user's selection of the above-mentioned health and fitness components; a diet nutrition module is used to respond to the user's selection of the above-mentioned dietary nutrition component; a psychological support module is used to respond to the user's selection An event of the above-mentioned psychological support component; a health detection module for responding to an event of the user selecting the health detection component; a health data storage module for storing various materials of the above modules and related prescriptions; a database that links the above modules to provide exercise prescriptions and dietary prescriptions; an evaluation module that reads the above Kang belonging to a data storage module in each case of the test data, the results Comments made, in a display interface Analysis results.

However, although the cited case has the effect of care, it still has the following shortcomings:

1. There is no light color in different cases to remind patients to self-care, which leads to the immediate health care of the patients.

2. There is no warning unit in the citation case. When the patient self-care occurs in an emergency, the caregiver cannot control it immediately.

3. The briefing will not automatically send a brief message to the patient's emergency contact, causing the emergency contact to not immediately control the patient's health status.

4. The hospital examination data and physician medication prescriptions were not stored in the patient care system, which made it impossible for the caregivers to control the patient's medication.

In view of the shortcomings derived from the above-mentioned conventional health care, the inventor of the present invention has improved and innovated, and after years of painstaking research, he finally succeeded in researching and developing the self-administered and interactive health management system.

The object of the present invention is to provide an autonomous and interactive health management system, which is a physiological indicator value and a health check value of a patient's self-care through different color lights to instantly control the patient's care state.

The second object of the present invention is to provide an autonomous and interactive health management system with a warning function. When the patient's health care enters a state of emergency, the system will automatically send a short message to the emergency contact person of the patient, and will notify The caregiver dials the phone to the emergency contact person of the patient to achieve the most immediate care and attention.

Another object of the present invention is to provide an autonomous and interactive health management system for storing self-measurement results, hospital examination results, and medical medications in a care system, so that the caregiver can immediately control whether the medication status of the patient is correct.

An autonomous and interactive health management system capable of achieving the above objects, comprising a basic data building unit, a login unit, a receiving and filtering unit, a chart making unit, a light number display unit, an analyzing unit, a filtering unit and a database; wherein the basic The data construction unit is for the patient to fill in the basic information, and the completed data is stored in the database; the login unit is for the login user to log in, and confirms the identity and usage rights of the login user according to the account and password entered by the login user. The receiving and filtering unit mainly receives the data from the exclusive database and the client, and filters the received data to avoid repeated input of the care information, and stores the filtered data in the database; The production unit collects the patient's care data from the database and creates a chart for the caregiver and the patient to learn the health care curve; the analysis unit is a physiological measure input to the patient daily and The health check value is analyzed and compared, and the comparison result is displayed by the light number display unit with different color lights, if the light is When it is displayed as an emergency, the alarm unit will act and drive the SMS sending unit to automatically send a text message to the emergency device of the patient emergency contact, and the caregiver will alert through the alarm unit and will determine whether it is necessary to directly dial the phone. The emergency contact person can make the emergency contact of the patient immediately control the health status of the patient to achieve the most immediate care and concern. In addition, the prescription signatures updated by the patient-specific physicians are stored in a dedicated database, and the prescriptions in the exclusive database are stored in the system database through the receiving and filtering unit, so that the caregivers can control the patient's medication status. .

Referring to FIG. 1 and FIG. 2, the architecture diagram of the autonomous and interactive health management system provided by the present invention mainly includes a web server 1, and the web server 1 includes:

A basic data establishing unit 11 is configured for the client 2 to connect to the web server 1 via the Internet 3, and fill in the basic data through the basic data establishing unit 11. The basic information of the user terminal 2 includes: name, identity Contact number, telephone number, fax number, E-mail, height, weight and contact information of the emergency contact person, etc., the contact information of the emergency contact includes name, telephone and mobile phone number, relationship with the patient, etc., and will be completed. The basic data is stored in the database 4 to construct a personal health care area belonging to the user terminal 2;

a login unit 12 for the logged-in person to connect to the web server 1 via the Internet connection 3, and confirming that the registrant is the user terminal 2 or the caregiver 5 according to the account number and password entered by the logged-in person, if For User 2, only your health care information can be displayed. If the registrant is a caregiver 5, you can view the care information of all caregivers:

a receiving and filtering unit 13, the receiving and filtering unit 13 mainly filters and filters the received data, deletes the received data, and stores the received data in the database 4; the receiving And the data received by the filtering unit 13 may be a blood glucose value, a heartbeat value, a meal content of each meal, a daily exercise program, a medication situation, a weight or other health check result information, and the receiving and filtering unit 13 records the user end. 2 Date and time of entry of the data;

a life log integration unit 14, the life log integration unit 14 extracts daily health care data from the database 4, and discriminates with fonts or numbers of different colors for the caregiver 5 to perform immediate control; As shown in the third section, taking diabetes care as an example, when the caregiver 5 wants to view the health check-up data entered on the day of a patient, the blood sugar, medication, diet, exercise, and weight will be differentiated by different color fonts. Whether the health check-up data of the day is within the target range; for example, the bright red blood sugar means that the blood sugar target value is exceeded, the bright green word means the blood sugar is within the target value; the medicine red light means the medical weight is not met, and the bright blue light represents In line with the doctor's dose; the number of dietary sugars is green, the number is not over, the red word is overweight;

a chart making unit 15 which takes a health care data of a specific date range from the database 4 and creates a chart for the user terminal 2 and the caregiver 5 to refer to; For example, in the case of diabetes care, the client 2 or the caregiver 5 can select the date range of the chart making, such as one week, two weeks, one month or two months, and can set the chart item to be displayed. The setting item includes pre-prandial blood glucose, postprandial blood glucose, other blood sugar, comprehensive blood sugar, diet, exercise, weight, etc. The chart making unit will display the trend of blood sugar changes in the patient with a chart curve of different symbols. To provide reference for the caregiver 5 and the client 2;

An analysis unit 16 is configured to analyze whether the health care data stored in the database 4 meets the safety range of the health care, and display the analysis result by the light number display unit 17 with different color lights. The displayed light is an emergency, that is, an alert is sent through the alarm unit 18. The alarm unit 18 drives the short message transmitting unit 19 to automatically send a short message to the communication device 9 of the emergency contact person, and the caregiver 5 passes the alarm unit. The warning can be used to determine whether the emergency contact person of the patient must be contacted by telephone immediately, and the emergency contact person can control the patient's immediate health information to achieve the most immediate care and concern; as shown in Figure 5, the diabetes care is For example, the analysis unit 16 can be divided into an emergency event and a general event, which is defined as a blood glucose value <70 mg/dl or >300 mg/dl; a general event can be divided into 48 hours without inputting blood glucose, 48 Hours not entered diet, new diet, new exercise, due date satisfaction questionnaire reply, change case emergency contact, two times within three days The device and the verification content of the education and the like; and the lamp display module can remind the caregiver 5 of the different colors of the red, yellow, green, etc., to distinguish the situation into immediate treatment, Waiting for or being solved; the Caregiver 5 Series can view the care information of all the caregivers at the same time, and display the care results of the patients immediately by displaying the lights of different colors.

The invention further comprises a database 4 and a dedicated database 6, wherein the database 6 stores basic information of the user terminal 2 and daily health care data; and the exclusive database 6 is mainly received from the medical device 7 or The data of the outpatient database 8 is received by the receiving and filtering unit 13 of the web server 1 and filtered and stored in the database 4.

In addition, the medical device 7 can be a blood glucose machine, a sphygmomanometer, or other measuring instrument for the patient to perform physiological function detection, and upload the detection result directly to the exclusive database 6.

In addition, the outpatient database 8 receives and can timely update the prescription label issued by the patient-specific physician, and transmits the medication prescription to the exclusive database 6 through the outpatient database 8 and through the web server 1 The receiving and filtering unit 13 stores the prescription in the exclusive database 6 in the database 4, so that the caregiver 5 can directly check the patient's medication, and can confirm the information of the care target, the medication period and the use of the medicine with the patient, if If you need to adjust the medication, you can correct it immediately.

In addition, the client 2 and the caregiver 5 can be connected to the web server 1 via a mobile communication device, a personal computer, a notebook computer, a personal digital assistant or other connectable device.

The above-mentioned diabetes care is only a single embodiment of the present invention, and is not intended to limit the scope of the patent application of the present invention, and the present invention can also be applied to the health care of liver diseases, kidney diseases or other chronic diseases.

The autonomous and interactive health management system provided by the present invention has the following advantages when compared with other conventional technologies:

1. The invention expresses the health check value of the self-care of the patient through the light signals of different colors, so as to immediately control the state of care of the patient.

2. The invention has a warning function. When the patient's health care enters a state of emergency, the caregiver immediately informs the emergency contact of the patient to achieve the most immediate care and care.

3. The invention stores the medical medication in the care system, so that the caregiver can immediately control the medication of the patient.

4. The life log integration module of the present invention discriminates the health care information of the patient by using fonts or numbers of different colors, so that the caregiver can know at a glance whether the health care value of the patient is within a safe range.

The detailed description of the preferred embodiments of the present invention is intended to be limited to the scope of the invention, and is not intended to limit the scope of the invention. The patent scope of this case.

In summary, this case is not only innovative in terms of space type, but also can enhance the above-mentioned multiple functions compared with the customary items. It should fully meet the statutory invention patent requirements of novelty and progressiveness, and apply for it according to law. This invention patent application, in order to invent invention, to the sense of virtue.

1. . . Web server

11. . . Basic data building unit

12. . . Login unit

13. . . Receiving and filtering unit

14. . . Life log integration unit

15. . . Chart making unit

16. . . Analysis unit

17. . . Light display unit

18. . . Alarm unit

19. . . Short message sending unit

2. . . user terminal

3. . . Internet

4. . . database

5. . . Caregiver

6. . . Exclusive database

7. . . Medical device

8. . . Outpatient database

9. . . Communication device

Figure 1 is an overall architecture diagram of the autonomous and interactive health management system of the present invention;

Figure 2 is a block diagram of the autonomous and interactive health management system of the present invention;

Figure 3 is a schematic diagram of the life log unit of the autonomous and interactive health management system of the present invention;

Figure 4 is a schematic diagram of a chart making unit of the autonomous and interactive health management system of the present invention;

FIG. 5 is a schematic diagram of a light number display unit and an alarm unit of the autonomous and interactive health management system of the present invention.

1‧‧‧Web server

2‧‧‧Client

3‧‧‧Internet

4‧‧‧Database

5‧‧‧ caregivers

6‧‧‧ Exclusive database

7‧‧‧ medical equipment

8‧‧‧ outpatient database

Claims (18)

An autonomous and interactive health management system includes a web server and a database for storing data transmitted by a web server; the web server includes: a basic data building unit for the user terminal to access the Internet The network establishes basic data; a login unit confirms the privilege of the registrant according to the account and password input by the logged-in person: a receiving and filtering unit, which filters the data input by the user terminal, if there is a duplicate The received data is deleted and the received data is stored in the database. An analysis unit analyzes whether the health care data stored in the database meets the safety scope of health care and passes the analysis results. The light display unit is displayed with lights of different colors. For example, the autonomous and interactive health management system described in claim 1 further includes an alarm unit that issues an alert when the light signal displayed by the light display unit is an emergency. For example, the autonomous and interactive health management system described in claim 1 further includes a short message sending unit, and the short message sending unit automatically sends a short message to the communication device of the emergency contact of the patient. For example, the autonomous and interactive health management system described in item 1 of the patent application also includes a dedicated database, which mainly receives information from medical instruments or outpatient databases, and stores the stored data via webpages. The receiving and filtering unit of the device receives the filter and stores it in the database after filtering. For example, the autonomous and interactive health management system described in claim 4, wherein the medical device can be a blood glucose machine or a blood pressure meter, and the blood glucose meter or the blood pressure meter can directly upload the detection information to a dedicated database for storage. The self-administered and interactive health management system as described in the fourth section of the patent application, wherein the exclusive database can receive the prescription information of the patient from the outpatient database for immediate update and receive and filter the unit through the web server. The prescriptions in the exclusive database are stored in the database as a basis for adjustment or correction of the medication. An autonomous and interactive health management system includes a web server and a database for storing data transmitted by a web server; the web server includes: a basic data building unit for the user terminal to access the Internet The network establishes basic data; a login unit confirms the privilege of the registrant according to the account number and password entered by the logged-in person: a receiving and filtering unit, which filters the data input by the user terminal, if there is repeated receiving The information is deleted, and the received data is stored in the database; a life log integration unit that takes daily health care data from the database and discriminates with different color fonts or numbers. For the care and maintenance personnel to carry out control; an analysis unit, which analyzes the health care data stored in the database, whether it meets the safety scope of health care, and displays the analysis results through the light number display unit, with different color lights . The autonomous and interactive health management system described in claim 7 further includes an alarm unit that issues an alert when the light signal displayed by the light number display unit is an emergency. For example, the autonomous and interactive health management system described in claim 7 further includes a short message sending unit, and the short message sending unit automatically sends a short message to the communication device of the emergency contact person of the patient. For example, the autonomous and interactive health management system mentioned in the scope of patent application includes an exclusive database, which mainly receives data from medical instruments or outpatient databases, and stores the stored data through webpages. The receiving and filtering unit of the device receives the filter and stores it in the database after filtering. For example, the autonomous and interactive health management system described in claim 10, wherein the medical device can be a blood glucose machine or a blood pressure meter, and the blood glucose meter or the blood pressure meter can directly upload the detection information to the exclusive database. For example, the self-administered and interactive health management system described in the scope of the patent application, the exclusive database can receive the prescription information of the patients from the outpatient database for immediate update, and through the web server receiving and filtering unit The prescriptions in the exclusive database are stored in the database as a basis for adjustment or correction of the medication. An autonomous and interactive health management system includes a web server and a database for storing data transmitted by a web server; the web server includes: a basic data building unit for the user terminal to access the Internet The network establishes basic data; a login unit confirms the privilege of the registrant according to the account number and password entered by the logged-in person: a receiving and filtering unit, which filters the data input by the user terminal, if there is repeated receiving The information is deleted, and the received data is stored in the database; a life log integration unit that takes daily health care data from the database and discriminates with different color fonts or numbers. For the care of the care staff; a chart production unit, which takes the health care information in a specific section from the database and makes it into a chart test; an analysis unit, which analyzes the health stored in the database Care data, whether it meets the safety scope of health care, and the results of the analysis through the light display unit, with different color lights Shows. For example, the autonomous and interactive health management system described in claim 13 further includes an alarm unit that issues an alert when the light signal displayed by the light number display unit is an emergency. For example, the autonomous and interactive health management system described in claim 13 further includes a short message sending unit that can automatically send a short message to the communication device of the emergency contact of the patient. For example, the autonomous and interactive health management system described in claim 13 of the patent application also includes a dedicated database, which mainly receives data from medical instruments or outpatient databases, and stores the stored data via webpages. The receiving and filtering unit of the device receives the filter and stores it in the database after filtering. For example, in the self-administered and interactive health management system described in claim 16, wherein the medical device is a blood glucose meter or a blood pressure monitor, the blood glucose meter or the blood pressure monitor can directly upload the detection information to the exclusive database. The self-administered and interactive health management system as described in the application for the scope of patent application, wherein the exclusive database can receive medication prescriptions from patients in the outpatient database for immediate update, and through the web server's receiving and filtering unit. The prescriptions in the exclusive database are stored in the database as a basis for adjustment or correction of the medication.