TW202238620A - Self-physiological information index system applied to clinical health management and its analysis method having the self-data module including the basic value, evaluation value, and early warning report signal - Google Patents

Abstract

The present invention provides a self-physiological information index system applied to clinical health management and its analysis method. The user equipment is used to obtain the user's physiological information. The physiological information can be stored in the server equipment. The server equipment establishes a self-data module, the self-data module includes the basic value, evaluation value, and early warning report signal. The basic value is an average value of at least three pieces of physiological information compared and combined with the results of the doctor's diagnosis. The evaluation value is the newly measured physiological information. If the evaluation value deviates from the predetermined value of the basic value, the warning notification will be sent to the user's equipment or the medical terminal through the early warning report signal, and the above system can be used to correct the frequency of monitoring or the amount of medication.

Description

A self-physiological information index system applied to clinical health management and its analysis method

The present invention is a self-physiological information index system and its analysis method, especially a self-physiological information index system and its analysis method applied to clinical health management.

Generally speaking, people will only go to the hospital or clinic for treatment when they feel uncomfortable. The milder illnesses are observed and consulted by doctors on the spot, and the more serious illnesses are detected by the physiological value of the equipment and then evaluated by the doctor. The physiological value detected by the instrument is also compared with the public value. For example, the general blood pressure measurement standard is that the systolic blood pressure is less than 120mmHg and the diastolic blood pressure is less than 80mmHg. However, there are differences in each individual, and using the public value as a comparison standard may overlook the disease or cause misjudgment.

Or, certain diseases require long-term follow-up or have immediate dangers. For example, depression or panic disorder are diseases that require long-term follow-up treatment. The mental state of patients varies with time, climate, and situations. The condition of the patient, or the condition of immediate heart failure caused by high blood pressure, it is difficult to fully grasp the patient's condition, and it is impossible to prevent the deterioration of the condition. .

To give another example, if a patient's heart valve has undergone surgery, especially a metal valve replacement, the sound of the heart, and even the flow rate measured on ultrasound, are different from those of normal people. If the public value is used as the measurement standard meaningless.

Therefore, in view of the above-mentioned problems, how to develop a more ideal and practical innovative system is what consumers are eagerly looking forward to, and it is also the goal and direction that related companies must work hard to develop breakthroughs.

The present invention is a self-physiological information index system applied to clinical health management, including a user device, a server device and a self-data module, the user device is used to obtain at least three physiological information of the user, the The server device is connected to the user device through the network and stores the physiological information, the self-data module is established on the server device, and the self-data module is connected to the user device through the server device network , the self-data module includes a basic value, multiple evaluation values and an early warning report signal, the basic value is the average value of at least three such physiological information combined with the results of the doctor's diagnosis status, each of the evaluation values is each newly measured For the physiological information, if each of the evaluation values deviates from the predetermined value of the base value, a warning notification will be sent to a medical terminal or the user equipment through the warning report signal.

Another disclosure of the present invention is an analysis method of self-physiological information applied to clinical health management, the steps are as follows:

Step 1: Obtain the user's multiple physiological information regularly and upload it to the cloud.

Step 2: Combining the results of the doctor's current diagnosis and the average value of at least three such physiological information uploaded to the cloud as a basic value for comparison.

Step 3: Continuously use the newly measured physiological information as plural evaluation values, and each evaluation value is used to compare with the base value.

Step 4: When each estimated value deviates from the predetermined value of the base value, a warning notification will be sent to a medical terminal or a user device to modify the monitoring frequency or dose adjustment. all.

With the above-mentioned system and method, through daily monitoring of the physiological information, sufficient data can be obtained for judgment, and the changes in the user's physiological state can be grasped in real time, so as to facilitate danger warning or evaluate the user's state, and then adjust the monitoring frequency Or dosage, and can also make up for the gap of large data as a public value, which has individual warning significance.

S1: Step 1

S2: Step 2

S3: Step three

S4: Step four

10: User equipment

11: Medical end

20: Physiological information

30: Server equipment

40: Self Profile Module

42: Basic value

44: Evaluation value

46: Warning and return signal

[Fig. 1] is a block diagram of the system of the present invention.

[Fig. 2] is a flowchart of the steps of the method of the present invention.

Referring to Fig. 1, the present invention discloses a self-physiological information index system applied to clinical health management, including a user device 10, a server device 30 and a self-data module 40, the user device 10 is used to obtain and use The user's at least three physiological information 20, the user equipment 10 refers to the use of software, inspection hardware or wearable detection to achieve data collection, upload and analysis, and can set personal reminders and monitoring, the server equipment 30 is connected to the user equipment 10 through the network, and stores the physiological information 20, the self-data module 40 is established on the server device 30, and the self-data module 40 is connected to the server device 30 through the network. The user equipment 10, the self-data module 40 includes a basic value 42, a plurality of evaluation values 44 and an early warning report signal 46, the basic value 42 is the average value of at least three physiological information 20 combined with the results of the doctor's diagnosis status , each of the evaluation values 44 is the newly measured physiological information 20, if each of the evaluation values 44 deviates from the base value 42 by more than 5% plus or minus, a warning notification will be sent to the user device through the warning report signal 46 10 or a medical terminal 11.

The aforementioned physiological information 20 is an assessment scale, physiological signal, pathological data or any combination of the above.

Each of the evaluation values 44 is sequentially connected into a line segment, and the head end of the evaluation values 44 is connected to the base value 42. By connecting the base value 42 and the evaluation values 44 into a line segment, a visual diagram is provided. image, making it easier to judge numerical changes.

The above plus or minus 5% is calculated by subtracting the base value 42 from the evaluation value 44, dividing by the base value 42, and then multiplying by 100%.

Referring to Figure 2 together with Figure 1, the present invention also discloses a method for analyzing self-physiological information applied to clinical health management, the steps are as follows:

Step 1 S1: Obtain the multiple physiological information 20 of the user regularly and upload them to the cloud.

Step 2 S2: Combining the doctor's current diagnosis result with the average value of at least three physiological information 20 uploaded to the cloud as a basic value 42 for comparison.

Step 3 S3 : Continuously use the newly measured physiological information 20 as a plurality of evaluation values 44 , and each evaluation value 44 is used to compare with the base value 42 .

Step 4 S4: when each evaluation value 44 deviates from the base value 42 by more than 5% plus or minus, a warning notification will be sent to a medical terminal 11 or a user device 10, so as to correct the monitoring frequency or adjust the dosage. At the same time, it is also possible to set reminders for early return visits based on this; for example, the monitoring frequency is originally to monitor the physiological information 20 once a minute on average. Physiological information 20, or the user's condition becomes worse, the monitoring frequency can be adjusted to monitor the physiological information 20 every 30 seconds on average.

Refer to Figure 2 again and match it with Figure 1, taking a patient with depression as an example, the user with depression The user can regularly recite a page of the Bible and daily conversations on weekdays, regularly record the physiological information 20 through the user device 10, and send it to the server device 30 for storage and analysis. The physiological information 20 can be facial expressions, Voiceprint, pitch, speech speed, clarity, semantics, emotion, word count, sentence, movement or sleep information, for example, users who have had a stroke may not speak clearly, users who have heart failure may speak with panting, etc. Each of the physiological information 20 is semantic. After the user diagnoses the current situation through a doctor, the user combines the above diagnostic situation with at least three of the previously tested physiological information 20 as the basic value 42, and then continuously measures each of the physiological information 20 as Each of the evaluation values 44, if each of the evaluation values 44 deviates from the plus or minus value of the base value 42 by more than 5%, a warning notification will be sent to the user device 10 or the medical terminal 11 through the warning report signal 46 to facilitate correction Severity of depression. If the evaluation value 44 increases or decreases by more than 5% of the base value 42, it means that the condition is developing in a bad direction, or the evaluation value 44 continues to maintain at the base value If the positive or negative value of 42 is within 5%, it means that the condition of the user with depression has been well controlled, so as to achieve an early warning to the doctor to adjust the drug dosage or treatment method, to confirm the progress or regression of the condition in the future, so as to reduce the depression rate of the user. Self-harm happens.

For another example, continue to refer to FIG. 2 together with FIG. 1 , the user can use the user device 10 to record daily heartbeats (such as speed or arrhythmia), and by storing the above-mentioned physiological information 20 in the server device 30, Calculate the average value of at least three of these physiological information 20 and combine the results of the doctor's diagnosis status as the basic value 42, and then use each of the newly measured physiological information 20 as each of the evaluation values 44, if each of the evaluation values 44 deviates from the If the plus or minus value of the basic value 42 is more than 5%, a warning notification will be sent to the user device 10 or the medical terminal 11 through the early warning report signal 46, so as to analyze whether the heart rhythm follows the day and night or the environment, so as to achieve early warning Physician adjusts drug dosage accordingly.

To give another example, refer to Figure 2 together with Figure 1. Generally, the normal hemoglobin value is above 13, but if the user drops from 15 to 14.5 for several years, and then drops to 14 or 13.5, although the gradually decreasing hemoglobin If the threshold of anemia is below 13, it may still be a sign of chronic diseases, even cancer. Users need to be alert and go to the hospital for examination to find out the reason. Therefore, users can first upload their hemoglobin value to the cloud. And combine at least three average values of the hemoglobin value through the doctor's diagnosis and combine as the basic value 42 for comparison, and then continuously compare the newly measured hemoglobin value as each evaluation value 44 with the basic value 42, If the newly measured hemoglobin value deviates from the base value 42 by more than 5%, the warning report signal 46 will send a warning notification to the user device 10 or the medical care terminal 11, so as to correct the monitoring frequency or administration dose Adjustment; other daily health indicators such as blood pressure, weight, blood sugar, etc. can be compared with the user's own physiological information 20, which is of great significance in primary prevention.

Summing up the above description, the above-mentioned system and method of the present invention can effectively overcome the shortcomings faced by conventional inventions, and further have the above-mentioned numerous advantages and practical values. Therefore, the present invention is an excellent invention creation, and in the same technology There is no public use of the same or similar systems and methods in the field, so this invention meets the requirements of "novelty" and "progressiveness" for invention patents, and an application is filed according to law; however, those who are familiar with this technology should be able to Changes and modifications to the present invention depart from the spirit and principles of the present invention, and such changes and modifications should all be covered in the scope defined by the scope of the patent application below.

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Claims (6)

A self-physiological information index system applied to clinical health management, including: A user device, which is used to obtain at least three physiological information of the user; a server device connected to the user device through the network and storing the physiological information; and A self-data module, established on the server device, the self-data module is connected to the user device through the server device network, the self-data module includes a basic value, multiple evaluation values and an early warning return signal , the basic value is the average value of at least three such physiological information compared with the results of the physician's current diagnosis, and each of the evaluated values is the newly measured physiological information. An alert notification is sent to the user equipment or a medical terminal through the alert report signal. According to claim 1, a self-physiological information index system applied to clinical health management, wherein the predetermined value is more than plus or minus 5%. According to claim 1, a self-physiological information index system applied to clinical health management, wherein the evaluation values are sequentially connected into line segments, and the first ends of the evaluation values are connected to the basic value. As claim 1, a self-physiological information index system applied to clinical health management, wherein the physiological information is an evaluation scale, physiological signal, pathological data or any combination of the above. A method for analyzing self-physiological information applied to clinical health management, the steps are as follows: Step 1: Obtain the user's multiple physiological information regularly and upload it to the cloud; Step 2: Combining the results of the doctor's current diagnosis and the average value of at least three such physiological information uploaded to the cloud as a basic value for comparison; Step 3: Continuously use the newly measured physiological information as a plurality of evaluation values, and each evaluation value is used to compare with the basic value; Step 4: When each estimated value deviates from the predetermined value of the base value, a warning notification will be sent to a medical terminal or a user device, so as to modify the monitoring frequency or adjust the dosage. According to claim 5, a method for analyzing self-physiological information applied to clinical health management, wherein the predetermined value is more than 5% plus or minus.

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