Meridian research system based on far infrared therapy

Abstract

The invention provides a meridian research system based on far infrared therapy, and the system comprises a meridian thermosensitive measurement device, a far infrared physiotherapy device, a far infrared physiotherapy device, a far infrared physiotherapy device, a far infrared physiotherapy device, a far infrared physiotherapy device, a far infrared physiotherapy device, a far infrared physiotherapy device and a far infrared physiotherapy device, performing meridian thermosensitive measurement on a plurality of thermosensitive acupuncture points of the meridian to which the original meridian point of the user belongs to obtain body temperature data, and sending the body temperature data to the mobile terminal; the yang qi tester carries out a physique test on the user for a preset duration in a preset time interval to obtain physique data of the user, and sends the physique data to the mobile terminal; the electroencephalogram monitoring equipment performs physiological detection on a user in a preset time interval to obtain physiological data of the user, and sends the physiological data to the mobile terminal; the mobile terminal generates and displays a body temperature comparison result based on the body temperature data, generates and displays a physique comparison result based on the physique data, and generates and displays a physiological comparison result based on the physiological data. The invention provides a set of operable and quantifiable meridian research system.

Description

Technical Field

[0001] The invention relates to the technical field of medical equipment, and in particular to a meridian research system based on far infrared therapy. Background Art

[0002] By using far-infrared therapy equipment with a wavelength in the range of 4 to 16 μm to perform physical therapy on the meridians and acupoints of the human body, the following effects can be produced on the human body: 1. Penetration effect. The life light wave can penetrate 3 to 5 centimeters of human skin and directly act on deep tissues to replenish cell energy, regulate the body's physiological functions, and accelerate cell generation and decomposition. 2. Resonance effect. The far-infrared light and the wavelength of the same frequency emitted by the human body can produce a resonance effect, thereby stimulating cell movement in the human body. 3. Thermal effect. The internal temperature of the human body is increased, making people feel warm and comfortable, forming a thermal effect.

[0003] However, during the process of far-infrared therapy for users, therapists need to determine whether the current far-infrared therapy plan is suitable for the user based on their own experience. The user's various far-infrared therapy data cannot be fed back to the therapists in real time. The therapists cannot more accurately adjust the user's far-infrared therapy plan based on the user's various far-infrared therapy data, resulting in poor far-infrared therapy effects for the user. Summary of the invention

[0004] The present invention provides a meridian research system based on far-infrared therapy, which can realize the process of using far-infrared therapy equipment to perform physical therapy on the meridian acupoints of the user within a preset time interval, automatically collect various far-infrared therapy data of the user within the preset time interval, and display the collected various far-infrared therapy data of the user within the preset time interval to the physical therapist in a more intuitive and visual data comparison result (body temperature comparison result, physical fitness comparison result and physiological comparison result). The physical therapist can more accurately adjust the user's far-infrared therapy plan according to the user's data comparison result, improve the user's far-infrared therapy effect, and make the user's far-infrared therapy effect better; in addition, the meridian research system based on far-infrared therapy provided by the embodiment of the present invention combines far-infrared therapy equipment, meridian thermal sensitization measurement equipment, yang energy tester, electroencephalogram monitoring equipment and mobile terminal, and provides a set of operable and quantifiable meridian research system based on far-infrared therapy for the study of the correlation between far-infrared therapy and meridians. .

[0005] The present invention provides a meridian research system based on far infrared therapy, the system comprising: a meridian thermal sensitization measurement device, a yang energy tester, an electroencephalogram monitoring device and a mobile terminal; wherein:

[0006] The meridian thermosensitization measurement device is used to perform meridian thermosensitization measurement on multiple thermosensitive acupoints of the meridians to which the meridian acupoints of the user belong in a preset time interval during the process of performing physical therapy on the meridian acupoints of the user using a far-infrared physical therapy device within the preset time interval to obtain body temperature data, and send the body temperature data to the mobile terminal;

[0007] The yang energy tester is used to perform a physical fitness test on the user for the preset time period within the preset time interval to obtain the user's physical fitness data, and send the physical fitness data to the mobile terminal;

[0008] The EEG monitoring device is used to perform physiological detection on the user within the preset time interval to obtain physiological data of the user, and send the physiological data to the mobile terminal;

[0009] The mobile terminal is used to receive the body temperature data, the physical fitness data and the physiological data, generate a body temperature comparison result based on the body temperature data, generate a physical fitness comparison result based on the physical fitness data and generate a physiological comparison result based on the physiological data, and display the body temperature comparison result, the physical fitness comparison result and the physiological comparison result.

[0010] Optionally, the preset time interval includes a start measurement time and an end measurement time, the body temperature data includes a first body temperature of each thermosensitive acupoint of the user at the start measurement time and a second body temperature at the end measurement time, and the mobile terminal includes a data processing module, and the mobile terminal is specifically used to use the data processing module to determine a body temperature change trend according to the first body temperature and the second body temperature of the user and determine the body temperature change trend as the body temperature comparison result.

[0011] Optionally, the physical fitness data includes a first physical fitness of the user at the start time of the measurement and a second physical fitness of the user at the end time of the measurement. The mobile terminal is specifically used to use the data processing module to determine that the physical fitness comparison result is a change from the first physical fitness to the second physical fitness when the first physical fitness and the second physical fitness are different, and to determine that the physical fitness comparison result is no change when the first physical fitness and the second physical fitness are the same.

[0012] Optionally, the physiological data includes a first physiological parameter of the user at the start measurement time and a second physiological parameter at the end measurement time, and the mobile terminal is specifically used to use the data processing module to determine a physiological parameter change trend according to the first physiological parameter and the second physiological parameter and determine the physiological parameter change trend as the physiological comparison result.

[0013] Optionally, the mobile terminal also includes a reference information generation module, and the mobile terminal is also used to use the reference information generation module to generate a body temperature data report based on the user's body temperature data and body temperature reference value interval, and to use the reference information generation module to generate a physiological data report based on the user's physiological data and physiological parameter reference value interval.

[0014] Optionally, the mobile terminal also includes a user management module, and the mobile terminal is further used to use the user management module to obtain user information of the user and associate the user information, the body temperature data, the physical data and the physiological data to store in a preset storage area.

[0015] Optionally, the mobile terminal is also used to use the user management module to obtain the user information of the user and the user's body temperature data, physical data and physiological data, and update the user's historical body temperature data, historical physical data and historical physiological data in a preset storage area according to the user information, the body temperature data, the physical data and the physiological data.

[0016] Optionally, the mobile terminal also includes a device management module, and the mobile terminal is also used to use the device management module to start / shut down the meridian thermosensitization measurement device, the yang qi tester and the electroencephalogram monitoring device, and the mobile terminal is also used to use the device management module to check the operating status of the meridian thermosensitization measurement device, the yang qi tester and the electroencephalogram monitoring device.

[0017] Optionally, the system also includes a cloud platform, which is used to receive the body temperature data, the physical condition data and the physiological data, generate a body temperature comparison result based on the body temperature data, generate a physical condition comparison result based on the physical condition data and generate a physiological comparison result based on the physiological data, and send the body temperature comparison result, the physical condition comparison result and the physiological comparison result to the mobile terminal.

[0018] Optionally, the mobile terminal is further used to receive the body temperature comparison result, the physical condition comparison result and the physiological comparison result, and display the body temperature comparison result, the physical condition comparison result and the physiological comparison result.

[0019] A meridian research system based on far-infrared therapy provided by an embodiment of the present invention includes: a meridian thermosensitization measurement device, a yang energy tester, an electroencephalogram monitoring device and a mobile terminal; wherein the meridian thermosensitization measurement device is used to perform meridian thermosensitization measurement on multiple thermosensitive acupoints of the meridians to which the user's meridian original acupoints belong within a preset time interval during the process of performing physiotherapy on the user's meridian original acupoints using a far-infrared physiotherapy device within a preset time interval to obtain body temperature data, and send the body temperature data to the mobile terminal; the yang energy tester is used to perform a physical test on the user for a preset time period within a preset time interval to obtain the user's physical data, and send the physical data to the mobile terminal; the electroencephalogram monitoring device is used to perform physiological testing on the user within a preset time interval to obtain the user's physiological data, and send the physiological data to the mobile terminal; the mobile terminal is used to receive body temperature data, physical fitness data and physiological data, generate body temperature comparison results based on body temperature data, generate physical fitness comparison results based on physical fitness data and generate physiological comparison results based on physiological data, and display the body temperature comparison results, physical fitness comparison results and physiological comparison results. Therefore, compared with the prior art, the meridian research system based on far-infrared therapy provided by the embodiment of the present invention can collect various far-infrared therapy data of the user within the preset time interval (body temperature data of various thermosensitive acupoints of the meridians to which the meridian original acupoints belong, user's physical data and user's physiological data) in real time during the process of using far-infrared therapy equipment to perform physical therapy on the user's meridian original acupoints within the preset time interval, and generate body temperature comparison results, physical fitness comparison results and physiological comparison results based on various far-infrared therapy data through a mobile terminal, and display the body temperature comparison results, physical fitness comparison results and physiological comparison results, that is, realize that in the process of using far-infrared therapy equipment to perform physical therapy on the user's meridian original acupoints within the preset time interval, the user's various far-infrared therapy data within the preset time interval are automatically collected. Far-infrared therapy data, and the collected various far-infrared therapy data of the user within the preset time interval are displayed to the physiotherapists in the form of more intuitive and visual data comparison results (body temperature comparison results, physical fitness comparison results and physiological comparison results). The physiotherapists can adjust the user's far-infrared therapy plan more accurately according to the user's data comparison results, improve the user's far-infrared therapy effect, and make the user's far-infrared therapy effect better; in addition, the meridian research system based on far-infrared therapy provided by the embodiment of the present invention combines far-infrared therapy equipment, meridian thermal sensitization measurement equipment, yang energy tester, EEG monitoring equipment and mobile terminal, providing a set of operable and quantifiable meridian research system based on far-infrared therapy for the research on the correlation between far-infrared therapy and meridians. BRIEF DESCRIPTION OF THE DRAWINGS

[0020] In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings required for use in the embodiments or the description of the prior art will be briefly introduced below. Obviously, the drawings described below are only some embodiments of the present invention. For ordinary technicians in this field, other drawings can be obtained based on these drawings without paying creative work.

[0021] Figure 1 It is a structural schematic diagram of a meridian research system based on far infrared therapy provided by an embodiment of the present invention;

[0022] Figure 2 is a structural diagram of a mobile terminal provided by an embodiment of the present invention;

[0023] Figure 3 is a schematic diagram of a body temperature data report provided by an embodiment of the present invention;

[0024] Figure 4 It is another structural schematic diagram of a meridian research system based on far infrared therapy provided by an embodiment of the present invention. DETAILED DESCRIPTION

[0025] The following will be combined with the drawings in the embodiments of the present invention to clearly and completely describe the technical solutions in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of the embodiments. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without creative work are within the scope of protection of the present invention.

[0026] The terms "first", "second", "third", "fourth", etc. (if any) in the specification and claims of the present invention and the above-mentioned drawings are used to distinguish similar objects, and are not necessarily used to describe a specific order or sequence. It should be understood that the data used in this way can be interchanged where appropriate, so that the embodiments of the present invention described herein can be implemented in an order other than those illustrated or described herein. In addition, the terms "including" and "having" and any variations thereof are intended to cover non-exclusive inclusions, for example, a process, method, system, product or device that includes a series of steps or units is not necessarily limited to those steps or units that are clearly listed, but may include other steps or units that are not clearly listed or inherent to these processes, methods, products or devices.

[0027] The technical solution of the present invention is described in detail with specific embodiments below. The following specific embodiments can be combined with each other, and the same or similar concepts or processes may not be described in detail in some embodiments. Figure 1is a structural schematic diagram of a meridian research system based on far infrared therapy provided by an embodiment of the present invention, such as Figure 1 As shown, a meridian research system based on far-infrared therapy includes: a meridian thermal sensitization measurement device 10, a yang energy tester 11, an electroencephalogram monitoring device 12 and a mobile terminal 13; wherein the meridian thermal sensitization measurement device 10 is used to perform meridian thermal sensitization measurement on multiple thermosensitive acupoints of the meridians to which the user's meridian original acupoints belong in a preset time interval during the process of using the far-infrared physiotherapy device to perform physiotherapy on the user's meridian original acupoints in the preset time interval to obtain body temperature data, and send the body temperature data to the mobile terminal 13; the yang energy tester 11 is used to measure the user's body temperature in the preset time interval. The mobile terminal 13 is used to perform a physical test of a preset time period on the user to obtain the user's physical data, and send the physical data to the mobile terminal 13; the EEG monitoring device 12 is used to perform a physiological test on the user within a preset time interval to obtain the user's physiological data, and send the physiological data to the mobile terminal 13; the mobile terminal 13 is used to receive body temperature data, physical data and physiological data, generate a body temperature comparison result based on the body temperature data, generate a physical comparison result based on the physical data and generate a physiological comparison result based on the physiological data, and display the body temperature comparison result, physical comparison result and physiological comparison result.

[0028] Among them, the preset time interval can be understood as a preset time range; the meridian thermosensitization measurement device 10 can be understood as a device for measuring the body temperature of the thermosensitive acupoints of the human body. The meridian thermosensitization measurement device 10 can include at least one body temperature probe and a control box. The meridian thermosensitization measurement device 10 can use the body temperature probe to measure the body temperature of multiple thermosensitive acupoints of the user's meridian original acupoints within the preset time interval to obtain a voltage signal and send the voltage signal to the control box, and use the control box to receive the voltage signal and determine the body temperature of different thermosensitive acupoints of the user at different measurement times according to the voltage signal. The Yang Qi tester 11 can be understood as a device for testing the user's physical fitness; the EEG monitoring device 12 can be understood as a device for monitoring the user's physiological data; the physiological data can include but are not limited to EEG parameters, blood oxygen parameters, pulse rate parameters, and body posture parameters. The body temperature comparison result can be understood as the body temperature change trend of each thermosensitive acupoint of the user within the preset time interval; the physical fitness comparison result can be understood as the physical fitness change of the user's physical fitness within the preset time interval; the physiological comparison result can be understood as the change trend of each physiological parameter of the user within the preset time interval.

[0029] In an optional embodiment, the Yang Qi tester 11 is specifically used to perform a physical test on the user for a preset time period within a preset time interval, obtain multiple target time periods required for the temperature of a preset body surface area of ​​the user to reach a second preset temperature from a first preset temperature within the preset time interval, query the preset physical information according to the target time periods to obtain the user's physical data, and send the physical data to the mobile terminal 13. Among them, the preset body surface area can be understood as a preset skin area for performing a physical test on the user; the first preset temperature can be understood as the starting body surface temperature for performing a physical test on the user, and the second preset temperature can be understood as the preset final body surface temperature for performing a physical test on the user; the target time period can be understood as the actual time period required for the temperature of the preset body surface area to reach the second preset temperature from the first preset temperature; the preset physical information includes the physical data corresponding to each target time period.

[0030] For example, the preset time interval is [T1, T2]. During the process of using the far-infrared therapy device to perform physiotherapy on the user's meridian acupoints within [T1, T2], the meridian thermosensitization measurement device 10 performs meridian thermosensitization measurement on two thermosensitive acupoints of the meridian to which the user's meridian acupoints belong within [T1, T2] to obtain body temperature data (the body temperature of thermosensitive acupoint 1 at measurement time T1 is 36°, the body temperature of thermosensitive acupoint 1 at measurement time T2 is 36.6°, the body temperature of thermosensitive acupoint 2 at measurement time T1 is 36.1°, and the body temperature of thermosensitive acupoint 2 at measurement time T2 is 36.8°), and sends the body temperature data to the mobile terminal 13; the yang energy tester 11 performs a physical fitness test on the user for a preset time within [T1, T2] to obtain the user's The physical fitness data of the user is obtained (the physical fitness at the measuring time T1 is con1, and the physical fitness at the measuring time T2 is con2), and the physical fitness data is sent to the mobile terminal 13; the EEG monitoring device 12 performs physiological detection on the user within [T1, T2] to obtain the user's physiological data (the EEG parameters at the measuring time T1 are H1 and the blood oxygen parameters are B1, and the EEG parameters at the measuring time T2 are H2 and the blood oxygen parameters are B2), and the physiological data is sent to the mobile terminal 13; the mobile terminal 13 receives the body temperature data, the physical fitness data and the physiological data, generates a body temperature comparison result based on the body temperature data, generates a physical fitness comparison result based on the physical fitness data and generates a physiological comparison result based on the physiological data, and displays the body temperature comparison result, the physical fitness comparison result and the physiological comparison result.

[0031] In a specific embodiment of the present invention, the preset time interval may include a start measurement time and an end measurement time, and the body temperature data includes a first body temperature of each thermosensitive acupoint of the user at the start measurement time and a second body temperature at the end measurement time. Figure 2As shown, the mobile terminal 13 includes a data processing module 131. The mobile terminal 13 is specifically used to use the data processing module 131 to determine the temperature change trend according to the user's first body temperature and the second body temperature and determine the temperature change trend as a temperature comparison result. In this way, the physiotherapist can know the user's temperature change within a preset time interval during the physiotherapy of the user by the far-infrared physiotherapy device without checking the temperature data, and can adjust the far-infrared physiotherapy plan in time to improve the far-infrared physiotherapy effect.

[0032] In an optional embodiment, the mobile terminal 13 uses the data processing module 131 to determine that the temperature change trend is a decrease in body temperature when the user's first body temperature exceeds the second body temperature, and determines the temperature change trend as a temperature comparison result (temperature decrease); the mobile terminal 13 uses the data processing module 131 to determine that the temperature change trend is a rise in body temperature when the user's first body temperature does not exceed the second body temperature, and determines the temperature change trend as a temperature comparison result (temperature increase).

[0033] For example, the preset time interval is [T1, T2]. During the period [T1, T2] when the user's meridian acupoints are treated with the far-infrared therapy device, the meridian thermosensitization measurement device 10 performs meridian thermosensitization measurement on two thermosensitive acupoints of the meridian to which the user's meridian acupoints belong within [T1, T2] to obtain body temperature data (the body temperature of thermosensitive acupoint 1 at measurement time T1 is 36°, and the body temperature of thermosensitive acupoint 1 at measurement time T2 is 36.6°), and sends the body temperature data to the mobile terminal 13; the mobile terminal 13 uses the data processing module 131 to determine that the body temperature change trend is a rise in body temperature when the user's first body temperature does not exceed the second body temperature, and determines the body temperature change trend as a body temperature comparison result (rise in body temperature).

[0034] In a specific embodiment of the present invention, the physical fitness data includes the user's first physical fitness at the start time of measurement and the second physical fitness at the end time of measurement. The mobile terminal 13 is specifically used to use the data processing module 131 to determine that the physical fitness comparison result is a change from the first physical fitness to the second physical fitness when the first physical fitness and the second physical fitness are different, and to determine that the physical fitness comparison result is no change when the first physical fitness and the second physical fitness are the same. In this way, the physiotherapist can know the user's physical fitness changes within a preset time interval during the physiotherapy of the user by the far-infrared physiotherapy equipment without checking the physical fitness data, and can adjust the far-infrared physiotherapy plan in time to improve the far-infrared physiotherapy effect.

[0035] For example, the preset time interval is [T1, T2]. During the period [T1, T2] when the user's meridian acupoints are treated with far-infrared therapy equipment, the yang energy tester 11 performs a physical test on the user for a preset time period within [T1, T2] to obtain the user's physical data (the physical condition at the measuring time T1 is con1, and the physical condition at the measuring time T2 is con2), and sends the physical data to the mobile terminal 13; the mobile terminal 13 uses the data processing module 131 to determine that the physical comparison result is a change from the first physical condition to the second physical condition when the first physical condition and the second physical condition are different.

[0036] In a specific embodiment of the present invention, the physiological data includes a first physiological parameter of the user at the start time of measurement and a second physiological parameter at the end time of measurement. The mobile terminal 13 is specifically used to use the data processing module 131 to determine the physiological parameter change trend according to the first physiological parameter and the second physiological parameter and determine the physiological parameter change trend as a physiological comparison result. In this way, the physiotherapist can know the changes in the user's physiological data within a preset time interval during the physiotherapy of the user by the far-infrared physiotherapy equipment without checking the physiological data, and can adjust the far-infrared physiotherapy plan in time to improve the far-infrared physiotherapy effect.

[0037] Among them, physiological parameters may include but are not limited to EEG parameters, blood oxygen parameters, pulse rate parameters, and body posture parameters, etc. Physiological change trends may include but are not limited to EEG parameter change trends, blood oxygen parameter change trends, pulse rate parameter change trends, and body posture parameter change trends.

[0038] In an optional embodiment, the mobile terminal 13 uses the data processing module 131 to determine that the EEG parameter change trend is an increase in the EEG parameter when the first EEG parameter exceeds the second EEG parameter, and the mobile terminal 13 uses the data processing module 131 to determine that the EEG parameter change trend is a decrease in the EEG parameter when the first EEG parameter does not exceed the second EEG parameter; the mobile terminal 13 uses the data processing module 131 to determine that the blood oxygen parameter change trend is an increase in the blood oxygen parameter when the first blood oxygen parameter exceeds the second blood oxygen parameter, and the mobile terminal 13 uses the data processing module 131 to determine that the blood oxygen parameter change trend is a blood oxygen parameter when the first blood oxygen parameter does not exceed the second blood oxygen parameter. Oxygen parameters decrease; the mobile terminal 13 uses the data processing module 131 to determine that the pulse rate parameter change trend is an increase in the pulse rate parameter when the first pulse rate parameter exceeds the second pulse rate parameter, and the mobile terminal 13 uses the data processing module 131 to determine that the pulse rate parameter change trend is a decrease in the pulse rate parameter when the first pulse rate parameter does not exceed the second pulse rate parameter; the mobile terminal 13 uses the data processing module 131 to determine that the posture parameter change trend is an increase in the posture parameter when the first posture parameter exceeds the second posture parameter, and the mobile terminal 13 uses the data processing module 131 to determine that the posture parameter change trend is a decrease in the posture parameter when the first posture parameter does not exceed the second posture parameter.

[0039] For example, the preset time interval is [T1, T2]. During the period [T1, T2] when the far-infrared therapy device is used to perform therapy on the user's meridian acupoints, the EEG monitoring device 12 performs physiological detection on the user within the preset time interval to obtain the user's physiological data (the EEG parameter at measurement time T1 is H1 and the blood oxygen parameter is B1, and the EEG parameter at measurement time T2 is H2 and the blood oxygen parameter is B2), wherein H1>H2, B1<B2, and sends the physiological data to the mobile terminal 13; the mobile terminal 13 determines that the EEG parameter change trend is an increase in the EEG parameter by using the data processing module 131 when the first EEG parameter H1 exceeds the second EEG parameter H2; the mobile terminal 13 determines that the blood oxygen parameter change trend is a decrease in the blood oxygen parameter by using the data processing module 131 when the first blood oxygen parameter B1 does not exceed the second blood oxygen parameter B2.

[0040] In a specific embodiment of the present invention, Figure 2 As shown, the mobile terminal 13 also includes a reference information generation module 132. The mobile terminal 13 is also used to generate a body temperature data report based on the user's body temperature data and the body temperature reference value interval using the reference information generation module 132, and to generate a physiological data report based on the user's physiological data and the physiological parameter reference value interval using the reference information generation module 132.

[0041] Among them, the reference information generation module 132 can be understood as a module for generating a reference data report. The body temperature reference value interval can be understood as a temperature interval consisting of a preset minimum temperature and a maximum temperature; the physiological parameter reference value interval can be understood as a numerical interval consisting of a preset minimum physiological parameter and a maximum physiological parameter, and the physiological reference value interval can include an EEG parameter reference value interval, a blood oxygen parameter reference value interval, a pulse rate parameter reference value interval, and a body posture parameter reference value interval. The preset time interval can include multiple measurement times, and the multiple measurement times can include a start measurement time and an end measurement time. The body temperature data can include the body temperature of each thermosensitive acupoint of the user at each measurement time within the preset time interval, and the physiological data can include the EEG parameters, blood oxygen parameters, pulse rate parameters, and body posture parameters of the user at each measurement time within the preset time interval.

[0042] In an optional embodiment, the mobile terminal 13 uses the reference information generation module 132 to generate a temperature prompt of too low body temperature when the body temperature of each thermosensitive acupoint of the user is lower than the minimum body temperature, and fills the acupoint name, measurement time, temperature data, temperature reference value interval and temperature prompt corresponding to the body temperature lower than the minimum body temperature into the temperature report template in sequence according to the filling rules; the mobile terminal 13 uses the reference information generation module 132 to generate a temperature prompt of too high body temperature when the body temperature of each thermosensitive acupoint of the user is higher than the maximum body temperature, and fills the acupoint name, measurement time, temperature data, temperature reference value interval and temperature prompt corresponding to the body temperature higher than the maximum body temperature into the temperature report template in sequence according to the filling rules; the mobile terminal 13 uses the reference information generation module 132 to generate a physiological parameter prompt of too low physiological parameters when each physiological parameter of the user is lower than the minimum physiological parameter, and fills the measurement time, temperature data, temperature reference value interval and temperature prompt corresponding to the physiological parameter lower than the minimum physiological parameter The physiological parameters, physiological parameter reference value intervals and physiological parameter prompts (physiological parameters are too low) are filled into the physiological report template in turn according to the filling rules. The mobile terminal 13 uses the reference information generation module 132 to generate a physiological parameter prompt that the physiological parameters are too high when the physiological parameters of each thermosensitive acupoint of the user are greater than the maximum physiological parameters. The measurement time, physiological parameters, physiological parameter reference value intervals and physiological parameter prompts (physiological parameters are too high) corresponding to the physiological parameters greater than the maximum physiological parameters are filled into the physiological parameter report template in turn according to the filling rules. In this way, the physiotherapist can more intuitively and quickly determine whether the current far-infrared physiotherapy plan is suitable for the user based on the body temperature data report and the physiological data report, and adjust the far-infrared physiotherapy plan in time to improve the far-infrared physiotherapy effect; and it can also provide more reliable research data for researchers studying the correlation between far-infrared physiotherapy and meridians, and promote the research progress of the correlation between far-infrared physiotherapy and meridians.

[0043] For example, the preset time interval is [T1, T2], and the temperature reference value interval is [36.7°, 37.2°]. During the process of using the far-infrared therapy device to perform physiotherapy on the user's meridian original acupoints within [T1, T2], the meridian thermosensitization measurement device 10 performs meridian thermosensitization measurement on two thermosensitive acupoints of the meridian to which the user's meridian original acupoint belongs within [T1, T2] to obtain temperature data (the body temperature of thermosensitive acupoint 1 at measurement time T1 is 36°, the body temperature of thermosensitive acupoint 1 at measurement time T2 is 36.9°, the body temperature of thermosensitive acupoint 2 at measurement time T1 is 36.8°, and the body temperature of thermosensitive acupoint 2 at measurement time T2 is 38.8°), and sends the body temperature data to the mobile terminal 13; the mobile terminal 13 uses the reference information generation module 132 to generate a temperature measurement result when the body temperature of the user's thermosensitive acupoint 1 is 36° less than the minimum body temperature 36. .7°, a temperature prompt with a lower body temperature is generated; when the temperature of the user's thermosensitive acupoint 2 is greater than the maximum body temperature of 37.2°, a temperature prompt with a higher body temperature is generated. The reference information generation module 132 is used to fill the acupoint name (thermosensitive acupoint 1) corresponding to 36°, which is lower than the lowest temperature, the measurement time (T1), the temperature data (36°), the temperature reference value interval [36.7°, 37.2°] and the temperature prompt (too low temperature) into the temperature report template according to the filling rules. The reference information generation module 132 is used to fill the acupoint name (thermosensitive acupoint 2) corresponding to 37.2°, which is higher than the maximum temperature, the measurement time (T2), the temperature data (38.8°), the temperature reference value interval [36.7°, 37.2°] and the temperature prompt (too high temperature) into the temperature report template according to the filling rules, and the result is as follows: Figure 3 Temperature data report shown.

[0044] In a specific embodiment of the present invention, Figure 2 As shown, the mobile terminal 13 also includes a user management module 133. The mobile terminal 13 is also used to use the user management module 133 to obtain the user information of the user and store the user information, body temperature data, physical data and physiological data in a preset storage area in an associated manner, so as to realize the associated storage of user information, the user's body temperature data, physical data and physiological data.

[0045] Among them, user information may include user identification, user gender, user height, user weight and other information; the preset storage area may be a database, and the storage form of the associated storage of user information, body temperature data, physical data and physiological data may include but is not limited to documents, tables and other forms.

[0046] For example, the user information of user Y includes user name Y, user gender male, user weight 49 kg, and user height 178 cm. The user information, body temperature data, physical data, and physiological data of user 1 can be associated and stored in the database in the form shown in Table 1.

[0047] Table 1 Far infrared therapy data of user Y (1, male, 49kg, 178cm)

[0048]

[0049] In a specific embodiment of the present invention, the mobile terminal 13 is also used to use the user management module 133 to obtain the user information and the user's body temperature data, physical data and physiological data, and update the user's historical body temperature data, historical physical data and historical physiological data in the preset storage area according to the user information, body temperature data, physical data and physiological data. In this way, after the user undergoes a new far-infrared therapy, the user's historical physiological data stored in the preset storage area can be updated to the most recent far-infrared therapy data in a timely manner, thereby realizing timely updating of the user's far-infrared therapy data, saving storage space in the preset storage area, and improving the storage resource utilization rate of the meridian research system based on far-infrared therapy.

[0050] In an optional embodiment, the mobile terminal 13 uses the user management module 133 to determine the user identifier based on the user information, and then uses the user management module 133 to update the historical body temperature data corresponding to the user identifier stored in the preset storage area to body temperature data, the historical physical fitness data to physical fitness data, and the historical physiological data to physiological data.

[0051] In a specific embodiment of the present invention, Figure 2 As shown, the mobile terminal 13 also includes a device management module 134. The mobile terminal 13 is also used to use the device management module 134 to start / shut down the meridian thermosensitization measurement device 10, the yang energy tester 11 and the electroencephalogram monitoring device 12. The mobile terminal 13 is also used to use the device management module 134 to check the operating status of the meridian thermosensitization measurement device 10, the yang energy tester 11 and the electroencephalogram monitoring device 12. This can more conveniently manage each device without manually starting / shutting down the meridian thermosensitization measurement device 10, the yang energy tester 11 and the electroencephalogram monitoring device 12, thereby increasing the convenience of the meridian research system based on far-infrared therapy, and the physical therapist of the mobile terminal 13 can view the operating status of each device in real time, saving the time cost of manually checking the operating status of each device.

[0052] In a specific embodiment of the present invention, Figure 4As shown, a meridian research system based on far-infrared therapy also includes a cloud platform 14, which is used to receive body temperature data, physical fitness data and physiological data, generate body temperature comparison results based on body temperature data, generate physical fitness comparison results based on physical fitness data and generate physiological comparison results based on physiological data, and send the body temperature comparison results, physical fitness comparison results and physiological comparison results to the mobile terminal 13. Since the cloud platform 14 can dynamically allocate computing resources, the generation speed of data comparison results (body temperature comparison results, physical fitness comparison results and physiological comparison results) is improved, thereby improving the efficiency and flexibility of the meridian research system based on far-infrared therapy. At the same time, since the cloud platform 14 can realize automatic backup of far-infrared therapy data and store far-infrared therapy data in multiple geographical locations, the data security and reliability of the user's far-infrared therapy data are guaranteed.

[0053] Optionally, the cloud platform 14 can also be used to query the preset report information according to the body temperature data, physical data and physiological data to obtain a treatment recommendation report, and send the treatment recommendation report to the mobile terminal 13. The mobile terminal 13 receives the treatment recommendation report and displays the treatment recommendation report, so that the physiotherapist of the mobile terminal 13 can adjust the far-infrared physiotherapy plan in time according to the treatment recommendation report to improve the effect of far-infrared physiotherapy. The preset report information includes the treatment recommendation reports corresponding to each body temperature data, physical data and physiological data.

[0054] In a specific embodiment of the present invention, the mobile terminal 13 is also used to receive body temperature comparison results, physical fitness comparison results and physiological comparison results, and display the body temperature comparison results, physical fitness comparison results and physiological comparison results, so that the physical therapist can combine the body temperature comparison results, physical fitness comparison results and physiological comparison results to more comprehensively determine whether to adjust the user's far-infrared physical therapy plan to improve the far-infrared physical therapy effect.

[0055] The embodiment of the present invention provides a meridian research system based on far-infrared therapy, comprising: a meridian thermal sensitization measurement device 10, a yang energy tester 11, an electroencephalogram monitoring device 12 and a mobile terminal 13; wherein the meridian thermal sensitization measurement device 10 is used to perform meridian thermal sensitization measurement on multiple thermosensitive acupoints of the meridians to which the user's meridian original acupoints belong within a preset time interval during the process of using the far-infrared physiotherapy device to perform physiotherapy on the user's meridian original acupoints within a preset time interval to obtain body temperature data, and send the body temperature data to the mobile terminal 13; the yang energy tester 11 is used to measure the user's body temperature within the preset time interval. A physical test of a preset duration is performed within a time interval to obtain the user's physical data, and the physical data is sent to the mobile terminal 13; the EEG monitoring device 12 is used to perform physiological testing on the user within a preset time interval to obtain the user's physiological data, and send the physiological data to the mobile terminal 13; the mobile terminal 13 is used to receive body temperature data, physical fitness data and physiological data, generate body temperature comparison results based on the body temperature data, generate physical fitness comparison results based on the physical fitness data and generate physiological comparison results based on the physiological data, and display the body temperature comparison results, physical fitness comparison results and physiological comparison results. Therefore, compared with the prior art, the meridian research system based on far-infrared therapy provided by the embodiment of the present invention can collect various far-infrared therapy data of the user within the preset time interval (body temperature data of various thermosensitive acupoints of the meridians to which the meridian original acupoints belong, user's physical data and user's physiological data) in real time during the process of using far-infrared therapy equipment to perform physical therapy on the user's meridian original acupoints within the preset time interval, and generate body temperature comparison results, physical fitness comparison results and physiological comparison results based on various far-infrared therapy data through the mobile terminal 13, and display the body temperature comparison results, physical fitness comparison results and physiological comparison results, that is, realize that in the process of using far-infrared therapy equipment to perform physical therapy on the user's meridian original acupoints within the preset time interval, the user's various far-infrared therapy data within the preset time interval are automatically collected. The far-infrared therapy data of the user within the preset time interval can be collected and displayed to the physiotherapists in the form of more intuitive and visual data comparison results (body temperature comparison results, physical fitness comparison results and physiological comparison results). The physiotherapists can adjust the user's far-infrared therapy plan more accurately according to the user's data comparison results, thereby improving the user's far-infrared therapy effect and making the user's far-infrared therapy effect better. In addition, the meridian research system based on far-infrared therapy provided in an embodiment of the present invention combines far-infrared therapy equipment, meridian thermal sensitization measurement equipment 10, yang energy tester 11, EEG monitoring equipment 12 and mobile terminal 13, providing a set of operable and quantifiable meridian research system based on far-infrared therapy for the research on the correlation between far-infrared therapy and meridians.

[0056] Finally, it should be noted that the above embodiments are only used to illustrate the technical solutions of the present invention, rather than to limit it. Although the present invention has been described in detail with reference to the aforementioned embodiments, those skilled in the art should understand that they can still modify the technical solutions described in the aforementioned embodiments, or replace some or all of the technical features therein with equivalents. However, these modifications or replacements do not cause the essence of the corresponding technical solutions to deviate from the scope of the technical solutions of the embodiments of the present invention.

Claims

1. A meridian research system based on far infrared therapy, characterized in that: The system includes: a meridian thermal sensitization measuring device, a yang energy tester, an electroencephalogram monitoring device and a mobile terminal; wherein, The meridian thermosensitization measurement device is used to perform meridian thermosensitization measurement on multiple thermosensitive acupoints of the meridians to which the meridian acupoints of the user belong in a preset time interval during the process of performing physical therapy on the meridian acupoints of the user using a far-infrared physical therapy device within the preset time interval to obtain body temperature data, and send the body temperature data to the mobile terminal; The yang energy tester is used to perform a physical fitness test on the user for the preset time period within the preset time interval to obtain the user's physical fitness data, and send the physical fitness data to the mobile terminal; The EEG monitoring device is used to perform physiological detection on the user within the preset time interval to obtain physiological data of the user, and send the physiological data to the mobile terminal; The mobile terminal is used to receive the body temperature data, the physical fitness data and the physiological data, generate a body temperature comparison result based on the body temperature data, generate a physical fitness comparison result based on the physical fitness data and generate a physiological comparison result based on the physiological data, and display the body temperature comparison result, the physical fitness comparison result and the physiological comparison result.

2. According to the system of claim 1, the preset time interval includes a start measurement time and an end measurement time, the body temperature data includes a first body temperature of each thermosensitive acupoint of the user at the start measurement time and a second body temperature at the end measurement time, and the mobile terminal includes a data processing module, and the mobile terminal is specifically used to use the data processing module to determine a body temperature change trend according to the first body temperature and the second body temperature of the user and determine the body temperature change trend as the body temperature comparison result.

3. According to the system of claim 2, the physical fitness data includes the first physical fitness of the user at the start time of the measurement and the second physical fitness of the user at the end time of the measurement, and the mobile terminal is specifically used to use the data processing module to determine that the physical fitness comparison result is a change from the first physical fitness to the second physical fitness when the first physical fitness and the second physical fitness are different, and to determine that the physical fitness comparison result is no change when the first physical fitness and the second physical fitness are the same.

4. According to the system of claim 2, the physiological data includes a first physiological parameter of the user at the start measurement time and a second physiological parameter at the end measurement time, and the mobile terminal is specifically used to use the data processing module to determine a physiological parameter change trend according to the first physiological parameter and the second physiological parameter and determine the physiological parameter change trend as the physiological comparison result.

5. According to the system of claim 1, the mobile terminal also includes a reference information generation module, and the mobile terminal is also used to use the reference information generation module to generate a body temperature data report based on the user's body temperature data and body temperature reference value range, and to use the reference information generation module to generate a physiological data report based on the user's physiological data and physiological parameter reference value range.

6. According to the system of claim 1, the mobile terminal also includes a user management module, and the mobile terminal is also used to use the user management module to obtain the user information of the user and store the user information, the body temperature data, the physical data and the physiological data in a preset storage area in an associated manner.

7. According to the system of claim 6, the mobile terminal is also used to use the user management module to obtain the user information of the user and the body temperature data, physical data and physiological data of the user, and update the historical body temperature data, historical physical data and historical physiological data of the user in a preset storage area according to the user information, the body temperature data, the physical data and the physiological data.

8. According to the system according to claim 1, the mobile terminal also includes a device management module, and the mobile terminal is also used to use the device management module to start / close the meridian thermal sensitization measurement device, the yang qi tester and the electroencephalogram monitoring device, and the mobile terminal is also used to use the device management module to check the operating status of the meridian thermal sensitization measurement device, the yang qi tester and the electroencephalogram monitoring device.

9. The system according to claim 1 further includes a cloud platform, wherein the cloud platform is used to receive the body temperature data, the physical fitness data and the physiological data, generate a body temperature comparison result based on the body temperature data, generate a physical fitness comparison result based on the physical fitness data and generate a physiological comparison result based on the physiological data, and send the body temperature comparison result, the physical fitness comparison result and the physiological comparison result to the mobile terminal.

10. The system according to claim 9, wherein the mobile terminal is further used to receive the body temperature comparison result, the physical condition comparison result and the physiological comparison result, and display the body temperature comparison result, the physical condition comparison result and the physiological comparison result.

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