TW202006743A - Biomedical information processing system and method using APP combined with eye temperature sensing technology grasping the health status of their eyes in real time or observing the health status from the eyes - Google Patents

Abstract

This invention relates to a biomedical information processing system and method using an APP combined with an eye temperature sensing technology. The biomedical information processing method mainly includes the following steps: more than one user each connecting an eye temperature sensing apparatus to an electronic apparatus installed with an exclusive application (APP), and exchanging data with a remote apparatus by the electronic apparatus via a network; obtaining a real-time measurement result of the eye temperature of the user by the eye temperature sensing apparatus, and sending the measurement result to the remote apparatus by the APP on the electronic apparatus, and generating a comparison result by the remote apparatus after feature comparison according to a comparison item selected through the APP on the electronic apparatus by the user; and when the electronic apparatus receives the comparison result returned by the remote apparatus, checking an analysis result by the user through the APP on the electronic apparatus at any time, and establishing a tracking record. By comparing and analyzing a change in eye temperatures, the user may grasp the health status of their eyes in real time or the health status may be observed from the eyes.

Description

Biomedical information processing system and method using APP and eye temperature sensing technology

The invention relates to a biomedical information processing system and method, and refers to a biomedical information processing system and method using APP and eye temperature sensing technology.

With the rapid development of technology, it brings prosperity and progress in society, but people's dependence on 3C products has also become more and more serious. In recent years, the use of electronic devices such as smartphones, tablets, and laptops has been very common. The results of viewing often cause eye diseases such as dry eye or myopia; in addition, through medical experiments, the surface temperature of the eye can not only reflect the health or pathology of the eye. When the temperature of the eye surface increases, in addition to dry eye or myopia, There may also be other diseases. In the prior art, patients often already feel quite uncomfortable in their eyes, and they can only check the cause of the disease and start treatment with a professional medical institution. It is easy for the busy modern people to delay the treatment time. Department is quite inconvenient.

For example, China’s invention patent No. I597049 "Wearable Eye Temperature Monitoring Device and System" (referred to as the previous case), which is mainly composed of a frame and an eye temperature monitoring module, the eye temperature monitoring module includes a A first temperature sensor and a temperature signal processing circuit, the first temperature sensor is disposed inside the frame, used to measure the surface temperature of the user's eyes, and generate an electrical signal to the temperature signal processing The circuit transmits a wireless signal to the outside, and receives the wireless signal through a mobile device, so as to simply determine whether the user's eye temperature is abnormal and display the user's eye temperature in real time.

It can be known from the above-mentioned prior art that although the previous case provides a wearable eye temperature monitoring device in the form of a frame, the main function of this device is to detect the temperature of one or more of the user's eye surface, and the mobile device Assistance, through a simple way to determine whether the user's eye temperature is abnormal, but the main function of the previous case is still only to know the user's eye temperature. If you want to know the detailed cause or symptoms, you often guess and query the network by yourself Information, etc., will not come to the medical institution for testing in a long time, which is still inconvenient for the modern people with a fast pace of life.

Therefore, in the prior art, only by obtaining the eye temperature or whether there is abnormality, the user needs to know the detailed information of various indications and still need to visit the medical institution for testing. The user cannot immediately grasp the health status, except for inconvenience. , And it takes time and money, so in terms of the existing technology, it is indeed necessary to propose a more solution.

In view of the above-mentioned shortcomings of the prior art, the main purpose of the present invention is to provide a biomedical information processing system and method using APP and eye temperature sensing technology, which uses eye temperature sensing technology and cloud data processing technology The trend analysis of the eye temperature changes of the user, and compare the user's real-time measurement data with the cloud data, so that the user can obtain the report data of the health status related to or observed by the eye in real time and efficiently. Early detection of eye symptoms and monitoring of eye-related health problems can be practiced in preventive medicine.

The main technical means adopted to achieve the above purpose are the aforementioned biomedical information processing method using APP and eye temperature sensing technology, which is an electronic device with a dedicated application (APP) installed through the network and a remote device Link and execute the following steps from the APP of the electronic device: obtain a real-time eye temperature measurement result; upload the measurement result to the remote device, and/or send a comparison command containing the comparison item to the remote End device; based on the user's preset information of a comparison item, make the remote device execute a feature comparison algorithm to generate a comparison result; receive the comparison result returned by the remote device and its correlation News.

By the above method, most of the testee data can be stored in the remote device. The user only needs to activate the APP of the electronic device to connect with the remote device, and select the comparison item information on the APP of the electronic device. The electronic device obtains the measurement result of the user's real-time eye temperature, and uploads the measurement result to the remote device, and the remote device executes the feature comparison algorithm based on the comparison item information pre-selected by the user To generate the comparison result, and return the comparison result to the electronic device, and view the comparison result and related information at any time through the APP of the electronic device, and establish a tracking record; the present invention analyzes the change in eye temperature by comparison The situation achieves the purpose of enabling the user to immediately grasp the health status related to or observable by his own eyes.

Another major technical means adopted to achieve the above purpose is that the aforementioned biomedical information processing system using APP and eye temperature sensing technology includes: a user's eye temperature sensing device to obtain a real-time eye temperature measurement As a result, the eye temperature sensing device is provided with a communication protocol; a user's electronic device is installed with a dedicated application (APP), which is connected to the eye temperature sensing device through the communication protocol to receive the real-time eye temperature measurement Results; The remote device of a manufacturer stores most of the subject’s data and exchanges data with the electronic device through the network; wherein, the APP of the electronic device allows the user to preset a comparison item information; when the The electronic device obtains the measurement result of the real-time eye temperature, and sends the measurement result and a comparison command including the comparison item to the remote device, and then the remote device according to the measurement result and the comparison command Perform a feature comparison algorithm and generate a comparison result; the remote device returns the comparison result and related information to the electronic device for the user to view the comparison result and at any time through the APP of the electronic device Related information or create tracking records.

It can be seen from the above structure that the manufacturer can store all the subject data in the remote device, the user activates the APP of the electronic device and connects to the eye temperature sensing device through the communication protocol, and the user holds the eye temperature sensor The measuring device measures the eyes to obtain the real-time eye temperature measurement result. The user can first operate on the APP, preset the comparison item information, and then send the measurement result and the comparison command To the remote device, the remote device executes the feature comparison algorithm based on the measurement result and the comparison command. When the electronic device receives the returned comparison result and related information, the user can Through the APP of the electronic device, the comparison result and related information can be checked at any time or a tracking record can be established; by comparing and analyzing the changes of eye temperature, the present invention can provide users with a real-time grasp of the health status of their own eyes or can be observed by the eyes the goal of.

For a preferred embodiment of the biomedical information processing system of the present invention using APP and eye temperature sensing technology, please refer to FIG. 1, which includes a user's eye temperature sensing device 10, a user's electronic device 20, and a The remote device 30 of the manufacturer. The remote device 30 stores most of the subject data and exchanges data with the electronic device 20 through the network. In this preferred embodiment, more than one or more Of users hold an eye temperature sensing device 10 and an electronic device 20 for use; in the preferred embodiment, the electronic device 20 includes a handheld mobile device, a smartphone, a tablet computer and a notebook computer Wait.

The eye temperature sensing device 10 is used to obtain a user's real-time eye temperature measurement result, and the eye temperature sensing device 10 is provided with a communication protocol, the electronic device 20 is installed with a dedicated application (APP), and through The communication protocol is paired with the eye temperature sensing device 10 to receive the real-time eye temperature measurement result. In the preferred embodiment, the communication protocol may be a wireless communication protocol such as a Bluetooth protocol or a WiFi protocol. In addition, in the preferred embodiment, the communication protocol may also be a wired communication protocol.

The APP of the electronic device 20 can be used by the user to preset or select a comparison item information. When the electronic device 20 obtains the measurement result of the real-time eye temperature, the measurement result and a comparison instruction including the comparison item Sent to the remote device 30, the remote device 30 executes a feature comparison algorithm based on the measurement result and the comparison command, and generates a comparison result; the remote device 30 compares the comparison result and The related information is returned to the electronic device 20 for the user to view the comparison result and related information at any time through the APP of the electronic device 20 or create a tracking record.

In the preferred embodiment, the remote device 30 of the manufacturer further includes a management server 31 and a data server 32, as shown in FIG. 1, wherein the management server 31 is connected to the data server 32, and the management The server 31 is used to store all the subject data and feature information corresponding to the comparison item information. The data server 32 stores the user's account data and the real-time eye temperature measurement result; when the The electronic device 20 obtains the measurement result of the user's real-time eye temperature, and sends the measurement result to the data server 32 of the remote device 30, and sends the comparison instruction including the comparison item to the remote device The management server 31 of 30, the remote device 30 executes the feature comparison algorithm on the management server 31 and the data server 32 to generate the comparison result.

Further, as shown in FIG. 2, in the preferred embodiment, the management server 31 includes an eye temperature database 311 and a classification data processing module 312. The eye temperature database 311 and the classification data processing module Group 312 connection; the data server 32 includes an account management database 321, a measurement database 322, the account management database 321 is connected to the measurement database 322; wherein, the eye temperature database 311 is established Most of the filtered comparison item information and its characteristic information, the classified data processing module 312 is used to process the compared item and characteristic data, and the account management database 321 is used to create the account registered by the user on the APP Data, the measurement database 322 is used to store real-time eye temperature measurement results corresponding to the account data; in the preferred embodiment, most of the filtered ratios created in the eye temperature database 311 The project information and its characteristic information can be obtained through an application platform 40 provided by the operator. The application platform 40 can be an entrance webpage for a cooperative unit (such as a hospital, school, manufacturer, etc.) and an operator to log in. The cooperative unit Most of the subject data can be transmitted to the remote device 30 through the application platform 40, thereby expanding and updating most of the filtered comparison item information and its characteristic information in the eye temperature database 311.

It can be seen that after the electronic device 20 obtains the measurement result of the user's real-time eye temperature, the APP of the electronic device 20 uploads the measurement result to the data server 32 of the remote device 30, and the data server The account management database 321 of 32 stores the measurement result to the corresponding position in the measurement database 322 according to the user's account data, and at the same time, the APP of the electronic device 20 according to the comparison that the user has preset or selected Item information, send the comparison command to the management server 31 of the remote device 30, so that the classification data processing module 312 of the management server 31 obtains a corresponding comparison item information and the corresponding item information from the eye temperature database 311 Its characteristic information; then, a historical measurement result of the user of the data server 32 is transmitted to the management server 31, and the classified data processing module 312 compares the historical measurement result with the corresponding comparison item information and The feature information is subjected to the feature comparison calculation procedure. After obtaining the comparison result, the remote device 30 returns the comparison result to the user's electronic device 20.

To illustrate the specific application of the present invention, please refer to FIGS. 3 and 4. The user can click the APP of the electronic device 20 and activate a login account password module 21 on the electronic device 20. The user can use the login account The password module 21 inputs the account data and enters a selection setting module 22, and the user selects the information of the eye temperature sensing device to be paired through the selection setting module 22, so that the electronic device 20 communicates with the eye temperature through the communication protocol The sensing device 30 is paired and connected, and the selection setting module 22 is provided for the user to preset or select the comparison item information, the comparison item information includes an age, a gender, a location, a physiological condition, a disease And characteristic value information such as a medical history.

When the selection is completed, please refer to FIG. 5, the APP of the electronic device 20 further provides a use guide teaching information 23, which can guide the user's operation skills, so that the user can operate the guide according to the use guide teaching information 23 at a glance An eye temperature sensing device 10. In the preferred embodiment, the eye temperature sensing device 10 is a hand-held device. The eye temperature sensing device 10 has a cylindrical holding portion 11 and an eyelid alignment member 12. The alignment member 12 is disposed on the top of the grip portion 11. When using, the user only needs to abut the eyelid alignment member 12 of the eye temperature sensing device 10 toward the upper side of the user's eyelid. When being turned upside down, the eye temperature sensing device 10 can quickly and conveniently measure the temperature of the center of the user's eyeball surface.

Please refer to FIGS. 6 and 7. In the preferred embodiment, when the eye temperature sensing device 10 transmits the measurement result of the instant eye temperature measured by the user to the electronic device 20 within a period of time, Further, the APP of the electronic device 20 records the change of the eye temperature per second in the period of time according to the measurement result, wherein the temperature value per second is obtained by taking an average value of most measurement values, and then All temperature values in the measurement result constitute a time temperature change information, and finally the measurement result including the time temperature change information is uploaded to the remote device 30 together with the user's account data and the comparison item information. In the preferred embodiment, the time-temperature change information can be composed of a curve information containing the time-temperature change.

Therefore, when the APP of the electronic device 20 uploads the measurement result to the data server 32 of the remote device 30, and sends the comparison instruction containing the comparison item information that the user has preset or selected to the remote The management server 31 of the terminal device 30 causes the classification data processing module 312 of the management server 31 to obtain the corresponding comparison item information and its characteristic information from the eye temperature database 311, and then the data server 32 The historical measurement result of the user in the middle is transmitted to the management server 31, and the classification data processing module 312 performs the characteristic comparison calculation process on the historical measurement result and the corresponding comparison item information and its characteristic information After obtaining the comparison result, the remote device 30 returns the comparison result to the electronic device 20 of the user. In addition, the APP of the electronic device 20 can display the time temperature change information to show the difference from the existing temperature, or to know the temperature change rate, the highest and lowest values, the temperature range, etc.

Further, the feature comparison calculation procedure is mainly to first obtain the time and temperature change information in the measurement result, and perform statistical analysis and numerical calculation based on more than one feature value information (the feature value information can be pure gender statistics, It may also be the performance of the eye temperature of a disease), to obtain the analysis result of a time temperature change of the characteristic value information, and then compare the measurement result of the user with the analysis result of the time temperature change to produce a correlation The comparison result of the degree is finally transmitted back to the electronic device 20 of the user. For example, if the user is a woman over 30 years old, the feature value information in the comparison item information includes age and gender. To obtain the result of the user's eye temperature change, the age and gender feature value information is used Analyze and calculate to obtain the analysis result of the time temperature change. In the preferred embodiment, the analysis result of the time temperature change includes information of a temperature range of a characteristic value, a trend of temperature change, etc., which can be compared by the user.

To further illustrate the aforementioned information about obtaining the time temperature change in the measurement result, statistical analysis and numerical calculation are performed based on more than one characteristic value information to generate a comparison result with a correlation, as shown in Figures 6 and 7 As another example, if you obtain a large number (such as 1000) of feature value information that represents the same meaning, the sampling time is about several seconds (such as 5 seconds), and all the feature value information is converted to 1 per second The temperature change information of the value at that time, then a linear regression algorithm is used to calculate a straight line, and the slope value of one of the straight lines is used as the comparison basis of the eigenvalue information. At the same time, most of the aforementioned eigenvalue information is available every second. An error bar information is generated, by which a comparison range can be defined, as long as the specific characteristic value information falls within the comparison range, it means that it is highly correlated with the measurement result, which means that the correlation degree Compare the results.

Please refer to FIG. 8, the APP of the electronic device 20 further provides a date recording module 24, and the user can click and trigger any date information on the APP of the electronic device 20, so that the date recording module 24 will immediately The measurement results of the same day are displayed to the user for viewing. The user can also upload the measurement results of the day to the remote device 30 on the APP of the electronic device 20 for backup or other subsequent processing; the date recording module 24 has a use The frequency record function, the number of times the user uses will be calculated through the use frequency record function, and as a basis for a reward mechanism.

According to the specific application methods and descriptions in the above preferred embodiment, the present invention can be further summarized as a biomedical information processing method using APP and eye temperature sensing technology, mainly based on the electronic device 20 of the user through the network and The remote device 30 of the operator is connected. In the preferred embodiment, the operator can upload a new version of the dedicated application (APP) through the remote device 30 at any time for users to download and use; the method is mainly by the electronic device 20 Perform the following steps: Download and install the APP, and obtain an instant eye temperature measurement result (S21); upload the measurement result to the remote device 30 (S22), and/or send a comparison with the comparison item Pair instruction (S23) to the remote device 30; based on the user preset information of a comparison item, instruct the remote device 30 to execute a feature comparison algorithm to generate a comparison result (S31); and receive The comparison result and related information returned by the remote device (S32).

In the preferred embodiment, the method may further include the following steps: The operator expands the comparable feature data on the remote device 30 (S33), and publishes an update message (S34), and immediately launches a preferential solution ( S35); When the electronic device 20 receives the update information, it executes an activation procedure (S24) to obtain expanded feature data.

In the preferred embodiment, when the above steps are performed to the step of "let the remote device 30 execute a feature comparison algorithm to generate a comparison result (S31)", the method further includes the following sub-steps: The remote device 30 obtains a time temperature change information (S311); in the preferred embodiment, the APP of the electronic device 20 first records the eye temperature change per second over a period of time based on the measurement result, wherein The temperature value per second is obtained by taking an average of most of the measured values, and then all the temperature values in the measurement result constitute the time temperature change information, and finally upload the time temperature change information to the remote End device 30; the remote device 30 performs statistical analysis and numerical calculation based on more than one feature value information to obtain a time temperature change analysis result of the feature value information (S312); and the amount of the user's real-time eye temperature The measurement result is compared with the analysis result of the temperature change over time to generate a correlation result of the correlation (S313); then the foregoing "receiving the comparison result and related information returned by the remote device" (S32) "Steps.

In the preferred embodiment, the analysis result of the temperature change over time includes information on the temperature setting interval of a characteristic value, a temperature change trend, and the like.

By the above method, most of the subject data have been stored in the remote device 30, the user connects to the remote device 30 through the APP of the electronic device 20, and selects the comparison item on the APP of the electronic device 20 Information, when the electronic device 20 obtains the measurement result of the user's real-time eye temperature and uploads the measurement result to the remote device 30, the remote device 30 is executed according to the comparison item information pre-selected by the user The feature comparison calculation procedure to generate the comparison result, and return the comparison result to the electronic device 20, and view the comparison result and related information at any time through the APP of the electronic device 20, and create a tracking record, and Through comparison and analysis of changes in eye temperature, users can immediately grasp their own health status.

10‧‧‧eye temperature sensing device 11‧‧‧grip part 12‧‧‧eyelid alignment piece 20‧‧‧electronic device 21‧‧‧ login account password module 22‧‧‧selection setting module 23‧‧ ‧Guide teaching information 24‧‧‧ Date record module 30‧‧‧ Remote device 31‧‧‧ Management server 311‧‧‧ Eye temperature database 312‧‧‧Classified data processing module 32‧‧‧ Data Server 321‧‧‧ Account management database 322‧‧‧ Measurement database 40‧‧‧ Application platform

FIG. 1 is a block diagram of the system architecture of the preferred embodiment of the present invention. 2 is a block diagram of another system architecture of a preferred embodiment of the present invention. FIG. 3 is a schematic diagram of login in the APP application state of the preferred embodiment of the present invention. 4 is a schematic diagram of a device for selecting and matching APP application states according to a preferred embodiment of the present invention. FIG. 5 is a schematic diagram of the use guide of the device in the APP application state according to the preferred embodiment of the present invention. FIG. 6 is a schematic diagram of the trend analysis result of the APP application status of the preferred embodiment of the present invention. 7 is a schematic diagram of another trend analysis result of the APP application status of the preferred embodiment of the present invention. FIG. 8 is a schematic diagram of tracking records of APP application states according to a preferred embodiment of the present invention. 9 is a flowchart of a biomedical information processing method according to a preferred embodiment of the present invention. 10 is a flowchart of another biomedical information processing method according to a preferred embodiment of the present invention.

10‧‧‧Eye temperature sensing device

20‧‧‧Electronic device

30‧‧‧Remote device

31‧‧‧ Management Server

32‧‧‧Data server

Claims (10)

A biomedical information processing method using APP and eye temperature sensing technology is that an electronic device installed with an exclusive application (APP) is connected to a remote device through a network, and the APP of the electronic device performs the following steps : Obtain a real-time eye temperature measurement result; upload the measurement result to the remote device, and/or send a comparison command with the comparison item to the remote device; according to a comparison item preset by the user Information, causing the remote device to execute a feature comparison algorithm to generate a comparison result; receiving the comparison result and related information returned by the remote device. As described in claim 1, the biomedical information processing method using APP and eye temperature sensing technology, when the above steps are performed to the step of "let the remote device execute a feature comparison algorithm to generate a comparison result" The method further includes the following sub-steps: obtaining a time temperature change information from the remote device; the remote device performs statistical analysis and numerical calculation based on more than one characteristic value information to obtain a time temperature change of the characteristic value information Analysis results; and comparing the user’s real-time eye temperature measurement results with the time temperature change analysis results to produce a correlation result of the correlation; proceeding with the aforementioned “receiving the return from the remote device Steps to compare results and related information". As described in claim 2, the biomedical information processing method using APP and eye temperature sensing technology, wherein the method of obtaining the time temperature change information is recorded by the APP of the electronic device according to the measurement result for a period of time. Eye temperature change in seconds, where the temperature value per second is obtained by taking an average of most of the measurement values, and then all the temperature values in the measurement result are composed of the time temperature change information, and finally the time The temperature change information is uploaded to the remote device. As described in claim 2, the biomedical information processing method using APP and eye temperature sensing technology, wherein the method of generating a comparison result with a correlation degree is the time of converting all feature value information into 1 value per second Temperature change information, and then calculate a comparison range, when the characteristic value information falls within the comparison range, it means that it is highly correlated with the measurement result, that is, the correlation result of the correlation degree. As described in any one of claims 2 to 4, the biomedical information processing method using APP and eye temperature sensing technology, the time temperature change analysis result includes a characteristic value of the temperature sitting interval information or a temperature change trend. A biomedical information processing system using APP and eye temperature sensing technology includes: a user's eye temperature sensing device for obtaining a real-time eye temperature measurement result, and the eye temperature sensing device is provided with a communication protocol ; A user’s electronic device is installed with a dedicated application (APP), which is connected to the eye temperature sensing device through the communication protocol to receive the real-time eye temperature measurement results; a remote device of the manufacturer is stored Most of the data of the subjects are exchanged with the electronic device through the network; wherein, the APP of the electronic device provides the user with a comparison item information; when the electronic device obtains the real-time eye temperature measurement result, And send the measurement result and a comparison command including a comparison item to the remote device, the remote device executes a feature comparison algorithm based on the measurement result and the comparison command, and generates a comparison Compare the result; the remote device returns the comparison result and related information to the electronic device for the user to view the comparison result and related information at any time through the APP of the electronic device or create a tracking record. As described in claim 6, the biomedical information processing system using APP and eye temperature sensing technology, the remote device of the manufacturer further includes a management server and a data server, wherein the management server and the data server Link, the management server stores all subject data, feature information corresponding to the comparison item information, the data server stores user account data, the real-time eye temperature measurement results; when the The electronic device obtains the measurement result of the user's real-time eye temperature, and sends the measurement result to the data server, and sends the comparison command including the comparison item to the management server, and then sends it to the management server And the data server executes the feature comparison algorithm to generate the comparison result. As described in claim 7, a biomedical information processing system using APP and eye temperature sensing technology, the management server includes an eye temperature database, a classification data processing module, and the eye temperature database is processed with the classification data Module connection; the data server includes an account management database and a measurement database; the account management database is connected to the measurement database; wherein, the eye temperature database establishes most filtered comparisons Item information and its characteristic information, the classified data processing module is to process the compared items and characteristic data, the account management database is to create the account data registered by the user on the APP, and the measurement database is stored with the account The real-time eye temperature measurement result corresponding to the data. As described in claim 8, the biomedical information processing system with APP and eye temperature sensing technology, the APP of the electronic device includes a login account password module, a selection setting module, a use guide teaching information, a date Recording module; the login account password module is used to input the account data, the selection setting module is used to select the eye temperature sensing device to be paired, and the date recording module displays the measurement results of the day in real time. As described in any one of claims 6 to 9, a biomedical information processing system using APP and eye temperature sensing technology, the eye temperature sensing device is handheld, and the eye temperature sensing device has a columnar shape A holding part of the eyelid, and an eyelid aligning member, the aligning member is arranged on the top of the holding part.

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