Temperature-sensitive measurement system for meridians and collaterals

Abstract

The invention provides a meridian thermosensitive measuring system, which comprises meridian thermosensitive measuring equipment and a user side, and is characterized in that the meridian thermosensitive measuring equipment comprises a control box and at least one body temperature probe; the meridian thermosensitive measuring equipment is used for receiving a measuring instruction, determining at least one body temperature probe according to the measuring instruction, performing body temperature measurement on a plurality of thermosensitive acupuncture points of a user in a preset time interval by utilizing the body temperature probe to obtain a plurality of voltage signals, and sending the plurality of voltage signals to the control box; determining body temperature data by using the control box according to the plurality of voltage signals and preset information, and sending the body temperature data to the user side; the user side receives the body temperature data, generates a data analysis result based on the body temperature data and displays the data analysis result. The meridian thermosensitive measuring system can provide visual and intuitive data analysis results for pyretic moxibustion treatment, the pyretic moxibustion treatment effect is improved, the body temperatures of different thermosensitive acupuncture points of the same meridian of a user are measured, and the convenience of measuring the body temperatures of the different thermosensitive acupuncture points of the user is improved.

Description

Technical Field

[0001] The present invention relates to the technical field of medical equipment, and in particular to a meridian thermal sensitization measurement system. Background Art

[0002] Meridian science refers to the discipline of human meridians and acupoints. It is an important part of traditional Chinese medicine and runs through all aspects of Chinese medicine diagnosis and treatment.

[0003] Based on the study of meridians, different meridians of the human body have different thermosensitive acupoints. By applying hot compresses and hot moxibustion to the thermosensitive acupoints of different meridians of the human body, the effects of promoting blood circulation, relieving muscle and joint pain, and relaxing and soothing emotions can be achieved.

[0004] However, during the hot moxibustion treatment, since it is impossible to determine the body temperature of each thermosensitive acupoint, the hot moxibustion medical staff cannot adjust the hot moxibustion temperature of the hot moxibustion source according to the body temperature of each thermosensitive acupoint, resulting in poor effect of the hot moxibustion treatment. Summary of the invention

[0005] The present invention provides a meridian thermosensitization measurement system, which realizes the purpose of collecting body temperature data of multiple thermosensitive acupoints within a preset time interval. The user end determines the data analysis result (the body temperature of different thermosensitive acupoints of the user at the same time and the body temperature of the same thermosensitive acupoint of the user at different times) based on the body temperature data and displays the data analysis result, which is equivalent to providing a visualized and intuitive data analysis result for hot moxibustion treatment. Hot moxibustion medical staff can analyze the thermosensitive correlation of different thermosensitive acupoints according to the visualized data analysis result, and then determine how to adjust the hot moxibustion temperature of the hot moxibustion source, so as to achieve the purpose of improving the effect of hot moxibustion treatment, making the effect of hot moxibustion treatment better; in addition, the meridian thermosensitization measurement device in the meridian thermosensitization measurement system provided by the present invention has at least one body temperature probe, which can automatically measure the body temperature of different thermosensitive acupoints of the same meridian of the user, is easy to use, provides a more convenient measurement device for measuring the body temperature of different thermosensitive acupoints of the user, and increases the convenience of measuring the body temperature of different thermosensitive acupoints of the user.

[0006] The embodiment of the present invention provides a meridian thermal sensitivity measurement system, the system comprising: a meridian thermal sensitivity measurement device and a user end, the meridian thermal sensitivity measurement device comprising a control box and at least one body temperature probe; wherein,

[0007] The meridian thermosensitization measurement device is used to receive a measurement instruction, determine at least one body temperature probe according to the measurement instruction, and use the body temperature probe to measure the body temperature of multiple thermosensitive acupoints of the user within a preset time interval to obtain multiple voltage signals and send the multiple voltage signals to the control box, use the control box to determine the body temperature data of the multiple thermosensitive acupoints in the preset time interval according to the multiple voltage signals and preset information, and send the body temperature data to the user end, the preset information includes the body temperature data corresponding to each voltage signal, and the preset time interval includes multiple measurement times;

[0008] The user terminal is used to receive the body temperature data, generate data analysis results of each thermosensitive acupoint of the user in the preset time interval based on the body temperature data, and display the data analysis results, wherein the data analysis results include the body temperature of different thermosensitive acupoints of the user at the same measurement time and the body temperature of the same thermosensitive acupoint of the user at different measurement times.

[0009] In the above embodiment, the control box includes a signal acquisition system and a main control system. The meridian thermosensitization measurement device is specifically used to use the body temperature probe to measure the body temperature of multiple thermosensitive acupoints of the user within the preset time interval to obtain the multiple voltage signals and send the multiple voltage signals to the signal acquisition system, use the signal acquisition system to perform signal processing on the multiple voltage signals to obtain multiple target voltage signals and send the multiple target voltage signals to the main control system, use the main control system to query the preset information according to the multiple target voltage signals to obtain the body temperature data and send the body temperature data to the user end.

[0010] In the above embodiment, the body temperature data includes the body temperature data of each thermosensitive acupoint of the user at the multiple measurement times. The user end is specifically used to determine the body temperature data of different thermosensitive acupoints of the user at the same measurement time and the body temperature data of the same thermosensitive acupoint of the user at different measurement times according to the body temperature data of each thermosensitive acupoint of the user at each measurement time, determine the body temperature data of different thermosensitive acupoints of the user at the same measurement time and the body temperature data of the same thermosensitive acupoint of the user at different measurement times as the data analysis results, and display the data analysis results.

[0011] In the above embodiment, the control box also includes an input and output component, which includes a power switch, a power indicator light, a Bluetooth indicator light and a temperature probe interface. The power switch is used to start the meridian thermosensitization measurement device, the power indicator light is used to indicate the power-on status of the meridian thermosensitization measurement device, the Bluetooth indicator light is used to indicate the Bluetooth connection status of the meridian thermosensitization measurement device, and the temperature probe interface is used to insert the temperature probe.

[0012] In the above embodiment, the control box also includes a power supply system, which includes an isolation circuit and a power conversion circuit. The isolation circuit is used for power isolation and signal isolation, and the power conversion circuit is used to convert the input voltage into an operating voltage.

[0013] In the above embodiment, the user terminal is also used to display the body temperature data of each thermosensitive acupoint of the user in the preset time interval.

[0014] In the above embodiment, the user terminal is also used to obtain the user information of the user and store the user information and the body temperature data in a preset storage area in association with each other.

[0015] In the above embodiment, the user terminal is also used to receive data query instructions, query the preset storage area according to the data query instructions to obtain historical body temperature data and display the historical body temperature data. The data query instruction is triggered by the hot moxibustion medical staff entering the user information and time information in the data query interface of the user terminal and clicking the query control in the data query interface.

[0016] In the above embodiment, the user terminal is also used to receive a save instruction, determine the start save time and the end save time according to the save instruction, and save the body temperature data between the start save time and the end save time to the preset storage area. The save instruction is generated when the hot moxibustion medical staff enters the start save time and the end save time in the data save interface of the user terminal and clicks the save control in the data save interface of the user terminal to trigger the generation.

[0017] In the above embodiment, the user terminal is also used to receive data analysis instructions, determine the body temperature data to be analyzed according to the data analysis instructions, and generate the data analysis results based on the body temperature data to be analyzed. The data analysis instructions are triggered by the hot moxibustion medical staff entering the user information to be analyzed and the time information to be analyzed in the data analysis interface of the user terminal and clicking the analysis control in the data analysis interface.

[0018] The present invention provides a meridian thermosensitization measurement system, comprising: a meridian thermosensitization measurement device and a user end, wherein the meridian thermosensitization measurement device comprises a control box and at least one body temperature probe; wherein the meridian thermosensitization measurement device is used to receive a measurement instruction, determine at least one body temperature probe according to the measurement instruction, and use the body temperature probe to measure the body temperature of multiple thermosensitive acupoints of a user in a preset time interval to obtain multiple voltage signals and send the multiple voltage signals to the control box, use the control box to determine the body temperature data of multiple thermosensitive acupoints in the preset time interval according to the multiple voltage signals and preset information, and send the body temperature data to the user end, the preset information includes the body temperature data corresponding to each voltage signal, and the preset time interval includes multiple measurement times; the user end is used to receive the body temperature data, generate data analysis results of each thermosensitive acupoint of the user in the preset time interval based on the body temperature data, and display the data analysis results, the data analysis results include the body temperature of different thermosensitive acupoints of the user at the same measurement time and the body temperature of the same thermosensitive acupoint of the user at different measurement times. Therefore, compared with the prior art, the present invention provides a meridian thermosensitization measurement system. The meridian thermosensitization measurement device can use multiple temperature probes to measure the temperature of each thermosensitive acupoint of the user within a preset time interval to obtain multiple voltage signals and send the multiple voltage signals to the control box. The control box determines the temperature data of multiple thermosensitive acupoints in the preset time interval according to the multiple voltage signals and preset information and sends the temperature data to the user end, which is equivalent to the meridian thermosensitization measurement device being able to collect the voltage signals of each thermosensitive acupoint of the user in real time and automatically determine the temperature data of each thermosensitive acupoint according to the voltage signals, and send the temperature data to the user end, that is, achieving the purpose of collecting the temperature data of multiple thermosensitive acupoints within the preset time interval. The user end determines the data analysis result based on the temperature data (the user is not at the same time). The body temperature of the same thermosensitive acupoint and the body temperature of the same thermosensitive acupoint of the user at different times) and display the data analysis results are equivalent to providing a visualized and intuitive data analysis result for hot moxibustion treatment. Hot moxibustion medical staff can analyze the thermosensitive correlation of different thermosensitive acupoints according to the visualized data analysis results, and then determine how to adjust the hot moxibustion temperature of the hot moxibustion source, so as to achieve the purpose of improving the effect of hot moxibustion treatment and make the effect of hot moxibustion treatment better; in addition, the meridian thermosensitization measurement device in the meridian thermosensitization measurement system provided by the present invention has at least one body temperature probe, which can automatically measure the body temperature of different thermosensitive acupoints of the same meridian of the user, is easy to use, provides a more convenient measurement device for measuring the body temperature of different thermosensitive acupoints of the user, and increases the convenience of measuring the body temperature of different thermosensitive acupoints of the user. BRIEF DESCRIPTION OF THE DRAWINGS

[0019] 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.

[0020] Figure 1 is a structural schematic diagram of a meridian thermal sensitization measurement system provided by an embodiment of the present invention;

[0021] Figure 2 is another structural schematic diagram of a meridian thermal sensitization measurement system provided by an embodiment of the present invention;

[0022] Figure 3 is a structural schematic diagram of a signal acquisition system provided by an embodiment of the present invention;

[0023] Figure 4 is a structural schematic diagram of a resistor voltage divider circuit provided by an embodiment of the present invention;

[0024] Figure 5 It is a structural schematic diagram of a resistance switch switching circuit provided by an embodiment of the present invention. DETAILED DESCRIPTION

[0025] The technical solutions in the embodiments of the present invention will be described clearly and completely below in conjunction with the drawings 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 in the present invention, all other embodiments obtained by ordinary technicians in the field without creative work belong to the scope of protection of the present invention. The terms "including" and "having" in the specification and claims of the present invention and the above-mentioned drawings and any of their variations are intended to cover non-exclusive inclusions. For example, a process, method, system, product or device including a series of steps or units does not have to be limited to those steps or units clearly listed, but may include other steps or units that are not clearly listed or inherent to these processes, methods, products or devices. The technical solutions of the present invention are described in detail below with specific embodiments. The following specific embodiments can be combined with each other, and the same or similar concepts or processes may not be repeated in some embodiments.

[0026] Figure 1 FIG. 1 is a schematic diagram of a structure of a meridian thermal sensitization measurement system provided by an embodiment of the present invention. Figure 1As shown, the system includes: a meridian thermosensitization measurement device 1 and a user terminal 2, wherein the meridian thermosensitization measurement device 1 includes a control box 10 and at least one body temperature probe 11; wherein the meridian thermosensitization measurement device 1 is used to receive a measurement instruction, determine at least one body temperature probe 11 according to the measurement instruction, and use the body temperature probe 11 to measure the body temperature of multiple thermosensitive acupoints of the user within a preset time interval to obtain multiple voltage signals and send the multiple voltage signals to the control box 10, use the control box 10 to determine the body temperature data of multiple thermosensitive acupoints in the preset time interval according to the multiple voltage signals and preset information, and send the body temperature data to the user terminal 2, the preset information includes the body temperature data corresponding to each voltage signal, and the preset time interval includes multiple measurement times; the user terminal 2 is used to receive the body temperature data, generate data analysis results of each thermosensitive acupoint of the user in the preset time interval based on the body temperature data, and display the data analysis results, the data analysis results include the body temperature of different thermosensitive acupoints of the user at the same measurement time and the body temperature of the same thermosensitive acupoint of the user at different measurement times.

[0027] Among them, the body temperature probe 11 can be understood as a device for measuring the body temperature of thermosensitive acupoints; thermosensitive acupoints can be understood as acupoints that are sensitive to heat moxibustion sources; the meridian thermosensitization measurement device 1 can be understood as a device for measuring the body temperature of different thermosensitive acupoints of the same meridian of the human body; the preset information can be understood as information including the body temperature data corresponding to each voltage signal; the data analysis result can be understood as the body temperature of different thermosensitive acupoints of the user at the same measurement time determined according to the body temperature data and the body temperature of the same thermosensitive acupoint of the user at different measurement times. The user terminal 2 can be a mobile terminal or a computer. The control box 10 can be used to determine the body temperature data according to the voltage signal and the preset information and send the body temperature data to the user terminal 2. The meridian thermosensitization measuring device 1 may include a cluster communication port (COM), which may be understood as an extended port using a serial communication method; when the user terminal 2 is a computer, the meridian thermosensitization measuring device 1 and the computer may be connected to each other through the COM port, and the communication between the meridian thermosensitization measuring device 1 and the computer may be realized through the COM port, which may reduce the communication cost between the meridian thermosensitization measuring device 1 and the computer; when the user terminal 2 is a mobile terminal, the mobile terminal may be connected to the meridian thermosensitization measuring device 1 through Bluetooth, and the communication between the meridian thermosensitization measuring device 1 and the computer may be realized. The data analysis result may be understood as the data obtained by integrating and analyzing the body temperature data.

[0028] In an optional embodiment, after placing the moxibustion device on the user's body, the moxibustion medical staff can attach the temperature probe 11 to different thermosensitive acupuncture points of the same meridian of the user, and connect the meridian thermosensitization measuring device 1 to a power supply of a preset voltage through a universal serial bus (USB) interface, so that the meridian thermosensitization measuring device 1 automatically turns on, wherein the moxibustion device can be a graphene moxibustion device or any heater; or, the meridian thermosensitization measuring device 1 has a built-in rechargeable battery, and the meridian thermosensitization measuring device 1 is connected to a power supply of a preset voltage through the rechargeable battery, wherein the preset voltage can be understood as a preset voltage for connecting to the meridian thermosensitization measuring device 1, which can be 5V; then the moxibustion medical staff inputs the probe identifier and the preset time interval of the temperature probe 11 in the measurement interface of the user end 2 and clicks the measurement control to generate a measurement instruction, the meridian thermosensitization measuring device 1 receives the measurement instruction, extracts multiple probe identifiers of the temperature probe 11 in the measurement instruction, and generates a measurement instruction according to the multiple probe identifiers. Identify multiple temperature probes 11 and use the multiple temperature probes 11 to measure the temperature of multiple thermosensitive acupoints of the user within a preset time interval to obtain multiple voltage signals and send the multiple voltage signals to the control box 10, use the control box 10 to determine the temperature data of multiple thermosensitive acupoints in the preset time interval according to the multiple voltage signals and preset information, and send the temperature data to the user terminal 2; the user terminal 2 receives the temperature data, generates data analysis results of each thermosensitive acupoint of the user in the preset time interval based on the temperature data, and displays the data analysis results, the data analysis results include the temperature of different thermosensitive acupoints of the user at the same measurement time and the temperature of the same thermosensitive acupoint of the user at different measurement times; the display format of the data analysis results can be a table, a proportional diagram, a document or other forms.

[0029] For example, the user end 2 is a computer, and the meridian thermosensitization measuring device 1 communicates with the computer through a COM port; the meridian thermosensitization measuring device 1 includes 8 body temperature probes 11, and the hot moxibustion medical staff can stick the 8 body temperature probes 11 on different thermosensitive acupuncture points of the same meridian of the user, and connect the meridian thermosensitization measuring device 1 to a 5V power supply through a USB interface, so that the meridian thermosensitization measuring device 1 automatically turns on; then the hot moxibustion medical staff inputs the probe identification and preset time interval of the body temperature probe 11 in the measurement interface of the computer and clicks the measurement control to generate a measurement instruction; the meridian thermosensitization measuring device 1 receives the measurement instruction. The method comprises the steps of: receiving a temperature measurement instruction, extracting a probe identifier of the temperature probe 11 in the measurement instruction, determining 8 temperature probes 11 according to the probe identifier, and using the 8 temperature probes 11 to measure the temperature of 8 thermosensitive acupoints of the user within a preset time interval to obtain a plurality of voltage signals, and sending the plurality of voltage signals to the control box 10, using the control box 10 to determine the temperature data of the 8 thermosensitive acupoints within the preset time interval according to the plurality of voltage signals and preset information, and sending the temperature data to the computer; the computer receives the temperature data, generates data analysis results of each thermosensitive acupoint of the user within the preset time interval based on the temperature data, and displays the data analysis results.

[0030] In another example, the mobile terminal is a mobile terminal (mobile phone), and the mobile terminal is connected to the meridian thermosensitization measuring device 1 via Bluetooth to realize the communication between the mobile terminal and the meridian thermosensitization measuring device 1; the meridian thermosensitization measuring device 1 includes 8 body temperature probes 11, and the hot moxibustion medical staff can stick the 8 body temperature probes 11 on different thermosensitive acupoints of the same meridian of the user, and connect the meridian thermosensitization measuring device 1 to a 5V power supply through a USB interface, so that the meridian thermosensitization measuring device 1 automatically turns on; then the hot moxibustion medical staff inputs the probe identification and preset time interval of the body temperature probe 11 in the measurement interface of the mobile terminal and clicks the measurement control to generate a measurement instruction; the meridian thermosensitization measuring device 1 includes 8 body temperature probes 11, and the hot moxibustion medical staff can stick the 8 body temperature probes 11 on different thermosensitive acupoints of the same meridian of the user, and connect the 5V power supply to the meridian thermosensitization measuring device 1 through the USB interface, so that the meridian thermosensitization measuring device 1 automatically turns on; then the hot moxibustion medical staff inputs the probe identification and preset time interval of the body temperature probe 11 in the measurement interface of the mobile terminal and clicks the measurement control to generate a measurement instruction; The sensitized measurement device 1 receives a measurement instruction, extracts the probe identifier of the temperature probe 11 in the measurement instruction, determines 8 temperature probes 11 according to the probe identifier, and uses the 8 temperature probes 11 to measure the temperature of 8 thermosensitive acupoints of the user within a preset time interval to obtain multiple voltage signals and send the multiple voltage signals to the control box 10, uses the control box 10 to determine the temperature data of the 8 thermosensitive acupoints in the preset time interval according to the multiple voltage signals and preset information, and sends the temperature data to the mobile terminal; the mobile terminal receives the temperature data, generates data analysis results of each thermosensitive acupoint of the user in the preset time interval based on the temperature data, and displays the data analysis results.

[0031] A meridian thermosensitization measurement system provided by an embodiment of the present invention comprises: a meridian thermosensitization measurement device 1 and a user terminal 2, wherein the meridian thermosensitization measurement device 1 comprises a control box 10 and at least one body temperature probe 11; wherein the meridian thermosensitization measurement device 1 is used to receive a measurement instruction, determine at least one body temperature probe 11 according to the measurement instruction, and use the body temperature probe 11 to measure the body temperature of multiple thermosensitive acupoints of a user in a preset time interval to obtain multiple voltage signals and send the multiple voltage signals to the control box 10, use the control box 10 to determine the body temperature data of multiple thermosensitive acupoints in a preset time interval according to the multiple voltage signals and preset information, and send the body temperature data to the user terminal 2, the preset information includes the body temperature data corresponding to each voltage signal, and the preset time interval includes multiple measurement times; the user terminal 2 is used to receive the body temperature data, generate data analysis results of each thermosensitive acupoint of the user in the preset time interval based on the body temperature data, and display the data analysis results, the data analysis results include the body temperature of different thermosensitive acupoints of the user at the same measurement time and the body temperature of the same thermosensitive acupoint of the user at different measurement times. Therefore, compared with the prior art, the embodiment of the present invention provides a meridian thermosensitization measurement system, in which the meridian thermosensitization measurement device 1 can use multiple temperature probes 11 to measure the temperature of each thermosensitive acupoint of the user within a preset time interval to obtain multiple voltage signals and send the multiple voltage signals to the control box 10, and use the control box 10 to determine the temperature data of multiple thermosensitive acupoints in the preset time interval according to the multiple voltage signals and preset information and send the temperature data to the user terminal 2, which is equivalent to the meridian thermosensitization measurement device 1 being able to collect the voltage signals of each thermosensitive acupoint of the user in real time and automatically determine the temperature data of each thermosensitive acupoint according to the voltage signals, and send the temperature data to the user terminal 2, that is, to achieve the purpose of collecting the temperature data of multiple thermosensitive acupoints within the preset time interval, and the user terminal 2 determines the data analysis result based on the temperature data (the user is at the same The body temperature of different thermosensitive acupoints at one time and the body temperature of the same thermosensitive acupoint of the user at different times) and display of data analysis results are equivalent to providing a visualized and intuitive data analysis result for hot moxibustion treatment. Hot moxibustion medical staff can analyze the thermosensitive correlation of different thermosensitive acupoints according to the visualized data analysis results, and then determine how to adjust the hot moxibustion temperature of the hot moxibustion source, so as to achieve the purpose of improving the effect of hot moxibustion treatment and make the effect of hot moxibustion treatment better; in addition, a meridian thermosensitization measurement device 1 in a meridian thermosensitization measurement system provided by an embodiment of the present invention has at least one body temperature probe 11, which can automatically measure the body temperature of different thermosensitive acupoints of the same meridian of the user, is easy to use, and provides a more convenient measurement device for measuring the body temperature of different thermosensitive acupoints of the user, thereby increasing the convenience of measuring the body temperature of different thermosensitive acupoints of the user.

[0032] In a specific embodiment of the present invention, Figure 2As shown, the control box 10 includes a signal acquisition system 103 and a main control system 102, and a meridian thermosensitization measurement device 1, which is specifically used to use a temperature probe 11 to measure the temperature of multiple thermosensitive acupoints of a user within a preset time interval to obtain multiple voltage signals and send the multiple voltage signals to the signal acquisition system 103, use the signal acquisition system 103 to process the multiple voltage signals to obtain multiple target voltage signals and send the multiple target voltage signals to the main control system 102, use the main control system 102 to query preset information according to the multiple target voltage signals to obtain temperature data and send the temperature data to the user terminal 2.

[0033] Among them, Figure 3 As shown, the signal acquisition system 103 may include a preset number of resistor voltage divider circuits 1031, a resistor switch switching circuit 1032, an amplification factor switch switching circuit 1034, a preset number of operational amplifier circuits 1033, a multiplexer 1035, and a limiter circuit 1036, where the preset number may be N, where N is a positive integer; the resistor voltage divider circuit 1031 may be used to adjust the working voltage to the voltage required by the body temperature probe 11, and the resistor switch switching circuit 1032 may be used to cut off / connect the corresponding resistor voltage divider circuit 1031, thereby disabling / enabling the body temperature probe 11 corresponding to the resistor voltage divider circuit 1031; the amplification factor switch switching circuit 1034 may be used to determine the multiple value of the voltage signal and send the multiple value to the operational amplifier circuit 1033; the operational amplifier circuit 1033 may be used to receive the multiple value and amplify the voltage signal according to the multiple value; the multiplexer 1035 may be used to send the voltage signal to the data signal processing unit 1022; Figure 2 The data signal processing unit 1022 and the selection signal control unit 1021 are components of the main control system 102. The data signal processing unit 1022 can be used to receive the voltage signal sent by the limiting circuit 1036 and send the voltage signal to the microcontroller unit (not shown in the figure) 1023 of the main control system 102, wherein the MCU 1023 can be used to determine the body temperature data of multiple thermosensitive acupoints in a preset time interval according to multiple voltage signals and preset information and send the body temperature data to the user terminal 2; the selection signal control unit 1021 can be used to send the probe identification of the body temperature probe 11 to the resistance switch switching circuit 1032, so that the resistance switch switching circuit 1032 cuts off / connects the corresponding resistance voltage divider circuit 1031, and then disables / enables the body temperature probe 11 corresponding to the resistance voltage divider circuit 1031. Wherein, the resistance voltage divider circuit 1031 is as shown in FIG. Figure 4 As shown, it includes N resistors R (R_11 to R_1N), a resistor voltage divider circuit 1031 and Figure 5As shown, it includes N switches (S_1 to S_N), an analog voltage V-NTC1 after passing through a voltage divider circuit, and a negative temperature coefficient sensor R-NTC1, where N is a positive integer.

[0034] In an optional embodiment, the meridian thermosensitization measurement device 1 is specifically used to measure the body temperature of multiple thermosensitive acupuncture points of the user within a preset time interval using the body temperature probe 11 to obtain multiple voltage signals and send the multiple voltage signals to the resistor voltage divider circuit 1031, use the resistor voltage divider circuit 1031 to send the multiple voltage signals to the operational amplifier circuit 1033, use the operational amplifier circuit 1033 to amplify the multiple voltage signals to obtain multiple intermediate voltage signals and send the multiple intermediate voltage signals to the multiplexer 1035, use the multiplexer 1035 to send the multiple intermediate voltage signals to the limiter circuit 1036, use the limiter circuit 1036 to limit the multiple intermediate voltage signals to obtain multiple target voltage signals and send the multiple target voltage signals to the data signal processing unit 1022, use the data signal processing unit 1022 to send the multiple target voltage signals to the MCU 1023, use the MCU 1023 to query the preset information according to the multiple target voltage signals to obtain body temperature data and send the body temperature data to the user terminal 2. The preset information also includes the body temperature data corresponding to each target voltage signal.

[0035] For example, the magnification is 10, and there are 3 temperature probes 11. In the preset information, the temperature data corresponding to the target voltage signal A′ is 36°, the temperature data corresponding to B′ is 36.5°, and the temperature data corresponding to C′ is 37°. The temperature of each thermosensitive acupuncture point of the user 1 is measured by using the 3 temperature probes 11 to obtain a plurality of voltage signals a, b, and c, and the plurality of voltage signals a, b, and c are sent to the resistor voltage divider circuit 1031. The plurality of voltage signals a, b, and c are sent to the operational amplifier circuit 1033 by using the resistor voltage divider circuit 1031. The plurality of voltage signals a, b, and c are amplified by using the operational amplifier circuit 1033 to obtain a plurality of intermediate voltage signals A, B, and C, and the plurality of intermediate voltage signals A, B, and C are sent to the multiplexer 1035. The device 1035 sends the multiple intermediate voltage signals A, B, C to the limiting circuit 1036, and the limiting circuit 1036 is used to limit the multiple intermediate voltage signals A, B, C to obtain multiple target voltage signals A′, B′, C′ and send the multiple target voltage signals A′, B′, C′ to the data signal processing unit 1022. The data signal processing unit 1022 sends the multiple target voltage signals A′, B′, C′ to MCU1023, and MCU1023 queries preset information according to the multiple target voltage signals A′, B′, C′ to obtain body temperature data (the body temperature of the target voltage signal A′ is 36°, the body temperature of the target voltage signal B′ is 36.5°, and the body temperature of the target voltage signal C′ is 37°) and sends the body temperature data to the user end 2.

[0036] In a specific embodiment of the present invention, the body temperature data includes the body temperature data of each thermosensitive acupoint of the user at multiple measurement times. The user terminal 2 is specifically used to determine the body temperature data of different thermosensitive acupoints of the user at the same measurement time and the body temperature data of the same thermosensitive acupoint of the user at different measurement times according to the body temperature data of each thermosensitive acupoint of the user at each measurement time, determine the body temperature data of different thermosensitive acupoints of the user at the same measurement time and the body temperature data of the same thermosensitive acupoint of the user at different measurement times as data analysis results, and display the data analysis results.

[0037] For example, the user terminal 2 is a mobile terminal, the body temperature of the thermosensitive acupoint acu1 of the user 1 at the measuring time T1 is 36°, the body temperature of the thermosensitive acupoint acu1 at the measuring time T2 is 36°, the body temperature of the thermosensitive acupoint acu1 at the measuring time T3 is 37°, the body temperature of the thermosensitive acupoint acu2 of the user 1 at the measuring time T1 is 36°, the body temperature of the thermosensitive acupoint acu2 at the measuring time T2 is 36°, and the body temperature of the thermosensitive acupoint acu2 at the measuring time T3 is 36.4°, and the mobile terminal can determine the body temperature of different thermosensitive acupoints of the user at the same time according to the body temperature of each thermosensitive acupoint of the user at each time (for example, the body temperature of the thermosensitive acupoint acu1 of the user 1 at the measuring time T1 is 36° and the body temperature of the thermosensitive acupoint acu2 at the measuring time T3 is 36.4°). cu2 is 36°) and the body temperature of the same thermosensitive acupoint of the user at different measuring times (for example, the body temperature of the thermosensitive acupoint acu1 of user 1 is 36° at measuring time T1, 36° at measuring time T2, and 37° at measuring time T3), the body temperatures of different thermosensitive acupoints of the user at the same measuring time and the body temperatures of the same thermosensitive acupoint of the user at different measuring times are determined as data analysis results, and the data analysis results are presented to the user in the form of tables 1 and 2. It can be seen from Table 1 that the body temperature of the thermosensitive acupoint acu1 from measuring time T1 to measuring time T3 is an upward trend, and it can be seen from Table 2 that the body temperature of the thermosensitive acupoint acu2 from measuring time T1 to measuring time T3 is an upward trend.

[0038] Table 1 Data analysis results of user 1's thermosensitive acupoint acu1

[0039]

[0040] Table 2 Data analysis results of user 1's thermosensitive acupoint acu2

[0041]

[0042] In an optional embodiment, the user terminal 2 can also determine the temperature change trend of each thermosensitive acupoint according to the body temperature of each thermosensitive acupoint of the user at different measuring times, and display the temperature change trend, so that the thermal moxibustion medical staff can more intuitively and quickly view the temperature change trend of the same thermosensitive acupoint of the user in different measuring time intervals, saving the time cost of the thermal moxibustion medical staff to determine the temperature change trend of the same thermosensitive acupoint in different time intervals according to the data analysis results, thereby improving the speed and efficiency of adjusting the temperature of the thermal moxibustion source, and also increasing the flexibility of the meridian thermosensitization measurement system.

[0043] In a specific embodiment of the present invention, the control box 10 further includes an input and output component (not shown). Figure 2 As shown in the figure, the input and output components include a power switch, a power indicator light, a Bluetooth indicator light and a temperature probe 11 interface. The power switch is used to start the meridian thermosensitization measuring device 1, the power indicator light is used to indicate the power-on state of the meridian thermosensitization measuring device 1, the Bluetooth indicator light is used to indicate the Bluetooth connection state of the meridian thermosensitization measuring device 1, and the temperature probe 11 interface is used to insert the temperature probe 11.

[0044] In a specific embodiment of the present invention, Figure 2 As shown, the control box 10 further includes a power supply system 101, which includes an isolation circuit and a power conversion circuit. The isolation circuit is used for power isolation and signal isolation, and the power conversion circuit is used for converting an input voltage into an operating voltage.

[0045] In a specific embodiment of the present invention, the user terminal 2 is also used to display the body temperature data of each thermosensitive acupoint of the user in a preset time interval, so that the body temperature data of each thermosensitive acupoint of the user measured by the designated body temperature probe 11 can be displayed in real time, thereby increasing the flexibility and convenience of the meridian thermosensitization measurement system. The thermal moxibustion medical staff can then determine how to adjust the thermal moxibustion temperature of the thermal moxibustion source of the designated thermosensitive acupoint based on the visualized body temperature data, thereby achieving the purpose of improving the effect of thermal moxibustion treatment and making the effect of thermal moxibustion treatment better.

[0046] In a specific embodiment of the present invention, the user terminal 2 is also used to obtain the user information of the user and store the user information and body temperature data in a preset storage area in association with each other, so as to achieve the purpose of associating the user information and body temperature data of the user, thereby increasing the convenience and flexibility of querying the user's body temperature data. Among them, the preset storage area can be a database, and the storage form of the user information and body temperature data in association can include but is not limited to documents, tables, etc.

[0047] The user information may include, but is not limited to, information such as user ID, user gender, user weight, and user height, and the user ID may be a user name.

[0048] For example, the user information of user 1 includes user name 1, user gender male, user weight 49kg, and user height 178cm. The body temperature data of user 1 includes: the body temperature of the thermosensitive acupoint acu1 at the measuring time T1 is 36°, the body temperature of the thermosensitive acupoint acu1 at the measuring time T2 is 36°, and the body temperature of the thermosensitive acupoint acu1 at the measuring time T3 is 37°. The body temperature of the thermosensitive acupoint acu2 of user 1 at the measuring time T1 is 36°, the body temperature of the thermosensitive acupoint acu2 at the measuring time T2 is 36°, and the body temperature of the thermosensitive acupoint acu2 at the measuring time T3 is 36.4°. The user information and body temperature data of user 1 can be associated and stored in the database in the form of a table shown in Table 3.

[0049] Table 3 Body temperature data of user 1 (1, male, 49 kg, 178 cm)

[0050]

[0051] In a specific embodiment of the present invention, the user terminal 2 is also used to receive data query instructions, query the preset storage area according to the data query instructions to obtain historical body temperature data and display the historical body temperature data. The data query instruction is triggered by the moxibustion medical staff inputting user information and time information in the data query interface of the user terminal 2 and clicking the query control in the data query interface. In this way, the moxibustion medical staff of the user terminal 2 can query the body temperature data within the specified time range, and better understand the body temperature data of different thermosensitive acupoints during the moxibustion treatment. At the same time, for the moxibustion medical staff, the body temperature data of the thermosensitive degree within the specified time range of the user can be obtained more quickly, and the moxibustion treatment plan can be quickly adjusted according to the body temperature data, so as to improve the user's moxibustion treatment effect. Among them, the time information can include the measurement time range set by the user or the specified measurement time.

[0052] For example, the moxibustion medical staff enters user information (user name 1) and time information (specified measurement time T1) in the data query interface of user terminal 2 and clicks the query control in the data query interface to trigger the generation of a data query instruction. User terminal 2 receives the data query instruction, extracts the user information (user name 1) and time information (specified measurement time T1) in the data query instruction, queries the preset storage area according to the user information (user name 1) and time information (specified measurement time T1) to obtain historical body temperature data (the body temperature of the thermosensitive acupoint acu1 of user 1 at the specified measurement time T1 is 36°, and the body temperature of the thermosensitive acupoint acu2 of user 1 at the specified measurement time T1 is 36°) and displays the historical body temperature data.

[0053] In a specific embodiment of the present invention, the user terminal 2 is also used to receive a save instruction, determine the start save time and the end save time according to the save instruction, and save the body temperature data between the start save time and the end save time to a preset storage area. The save instruction is triggered by the hot moxibustion medical staff entering the start save time and the end save time in the data save interface of the user terminal 2 and clicking the save control in the data save interface of the user terminal 2. In this way, the purpose of saving the body temperature data within the specified time range can be achieved, thereby increasing the flexibility and convenience of the meridian thermal sensitization measurement system.

[0054] The saving instruction includes a start saving time and an end saving time.

[0055] For example, the hot moxibustion medical staff enters the start saving time T1 and the end saving time T2 in the data saving interface of the user terminal 2 and clicks the save control in the data saving interface of the user terminal 2 to trigger the generation of the save instruction. The user terminal 2 receives the save instruction, extracts the time information of the save instruction to obtain the start saving time T1 and the end saving time T2, and saves the body temperature data between the start saving time and the end saving time to the database.

[0056] In a specific embodiment of the present invention, the user terminal 2 is also used for receiving data analysis instructions, determining the body temperature data to be analyzed according to the data analysis instructions, and generating data analysis results based on the body temperature data to be analyzed. The data analysis instructions are generated by the hot moxibustion medical staff inputting the user information to be analyzed and the time information to be analyzed in the data analysis interface of the user terminal 2 and clicking the analysis control in the data analysis interface to trigger the generation. In this way, data analysis can be performed on the body temperature data corresponding to the specified user to obtain the data analysis results, and then the user terminal 2 can display the data analysis results of the body temperature data corresponding to the specified user, thereby increasing the flexibility and convenience of data analysis.

[0057] The time information to be analyzed may include the start measurement time and the end measurement time.

[0058] For example, the moxibustion medical staff inputs the user information to be analyzed (user 1) and the measurement time information to be analyzed (start measurement time T1 and end measurement time T2) in the data analysis interface of the user terminal 2 and clicks the analysis control in the data analysis interface to trigger the generation of the data analysis instruction. The user terminal 2 receives the data analysis instruction, extracts the user information to be analyzed (user 1) and the measurement time information to be analyzed (start measurement time T1 and end measurement time T2) in the data analysis instruction, queries the preset storage area according to the user information to be analyzed (user 1) and the measurement time information to be analyzed (start measurement time T1 and end measurement time T2) to obtain the body temperature data to be analyzed, and generates the data analysis results based on the body temperature data to be analyzed.

[0059] The following further describes in detail a meridian thermosensitization measurement system provided by an embodiment of the present invention with specific examples. In one example, the user end 2 is a computer; the meridian thermosensitization measurement device 1 communicates with the computer via a COM port; the meridian thermosensitization measurement device 1 includes two body temperature probes 11, and the moxibustion medical staff can stick the two body temperature probes 11 on the two thermosensitive acupuncture points of the same meridian of the user, and connect the meridian thermosensitization measurement device 1 to a 5V power supply through a USB interface, so that the meridian thermosensitization measurement device 1 automatically turns on; then the moxibustion medical staff inputs the probe identification and preset time interval of the body temperature probe 11 in the measurement interface of the computer and clicks the measurement control to generate a measurement instruction; the meridian thermosensitization measurement device 1 receives the measurement instruction, extracts the probe identification of the body temperature probe 11 in the measurement instruction, determines the two body temperature probes 11 according to the probe identification, and uses the two body temperature probes 11 to measure the body temperature of the two thermosensitive acupuncture points of the user within the preset time interval to obtain two voltage signals a and b, and converts the two voltages into a single voltage. Signals a and b are sent to the control box 10, and the control box 10 is used to determine the body temperature data of the two thermosensitive acupoints in the preset time interval according to the two voltage signals a and b and the preset information (the body temperature of the thermosensitive acupoint acu1 at the measuring time T1 is 26°, the body temperature of the thermosensitive acupoint acu1 at the measuring time T2 is 26°, the body temperature of the thermosensitive acupoint acu1 at the measuring time T2 is 27°, the body temperature of the thermosensitive acupoint acu2 of user 1 at the measuring time T1 is 26°, the body temperature of the thermosensitive acupoint acu2 at the measuring time T2 is 26°, and the body temperature of the thermosensitive acupoint acu2 at the measuring time T2 is 26.4°. The user information and body temperature data of user 1 can be associated and stored in the database in the form of a table. Then the computer receives the body temperature data, generates data analysis results of each thermosensitive acupoint of the user in the preset time interval [T1, T2] based on the body temperature data, and displays the data analysis results.

[0060] In another example, the user end 2 is a mobile terminal, which is connected to the meridian thermosensitization measuring device 1 via Bluetooth to realize communication between the mobile terminal and the meridian thermosensitization measuring device 1, and an application (Application, APP) for controlling the meridian thermosensitization measuring device 1 is installed on the mobile terminal; the meridian thermosensitization measuring device 1 includes two body temperature probes 11, and the hot moxibustion medical staff can stick the two body temperature probes 11 on different thermosensitive acupoints of the same meridian of the user, and connect the meridian thermosensitization measuring device 1 to a 5V power supply through a USB interface so that the meridian thermosensitization measuring device 1 automatically turns on; then the hot moxibustion medical staff inputs the probe identification and preset time interval of the body temperature probe 11 in the measurement interface of the mobile terminal and clicks the measurement control to generate a measurement instruction; the meridian thermosensitization measuring device 1 receives the measurement instruction, extracts the probe identification of the body temperature probe 11 in the measurement instruction, and determines the two body temperatures according to the probe identification. The probe 11 uses two body temperature probes 11 to measure the body temperature of two thermosensitive acupoints of the user within a preset time interval to obtain two voltage signals a and b, and sends the two voltage signals a and b to the control box 10, and uses the control box 10 to determine the body temperature data of the two thermosensitive acupoints in the preset time interval according to the two voltage signals a and b and preset information (the body temperature of the thermosensitive acupoint acu1 at the measuring time T1 is 26°, the body temperature of the thermosensitive acupoint acu1 at the measuring time T2 is 26°, the body temperature of the thermosensitive acupoint acu1 at the measuring time T2 is 27°, the body temperature of the thermosensitive acupoint acu2 of the user 1 at the measuring time T1 is 26°, the body temperature of the thermosensitive acupoint acu2 at the measuring time T2 is 26°, and the body temperature of the thermosensitive acupoint acu2 at the measuring time T2 is 26.4°); the mobile terminal receives the body temperature data and displays the body temperature data of each thermosensitive acupoint of the user in the preset time interval [T1, T2].

[0061] In another example, the user terminal 2 is a computer; the meridian thermosensitization measuring device 1 and the computer communicate through a COM port; the meridian thermosensitization measuring device 1 includes two body temperature probes 11, and the hot moxibustion medical staff can stick the two body temperature probes 11 on two thermosensitive acupoints of the same meridian of the user, and connect the meridian thermosensitization measuring device 1 to a 5V power supply through a built-in rechargeable battery, so that the meridian thermosensitization measuring device 1 automatically turns on; then the hot moxibustion medical staff enters the start saving time T1 and the end saving time T2 in the data saving interface of the user terminal 2 and clicks the save control in the data saving interface of the user terminal 2 to trigger the generation of a save instruction, the user terminal 2 receives the save instruction, extracts the time information of the save instruction to obtain the start saving time T1 and the end saving time T2, and saves the body temperature data between the start saving time and the end saving time to the database.

[0062] In another example, the user terminal 2 is a mobile terminal, and the mobile terminal is connected to the meridian thermosensitization measuring device 1 via Bluetooth to realize the communication between the mobile terminal and the meridian thermosensitization measuring device 1, and an application (Application, APP) for controlling the meridian thermosensitization measuring device 1 is installed on the mobile terminal; the meridian thermosensitization measuring device 1 includes two body temperature probes 11, and the hot moxibustion medical staff can stick the two body temperature probes 11 on different thermosensitive acupoints of the same meridian of the user, and connect the meridian thermosensitization measuring device 1 to a 5V power supply through the built-in rechargeable battery, so that the meridian thermosensitization measuring device 1 automatically turns on; then the hot moxibustion medical staff at the user terminal 2 The user information to be analyzed (user 1) and the measurement time information to be analyzed (start measurement time T1 and end measurement time T2) are input into the data analysis interface, and the analysis control in the data analysis interface is clicked to trigger the generation of the data analysis instruction. The user terminal 2 receives the data analysis instruction, extracts the user information to be analyzed (user 1) and the measurement time information to be analyzed (start measurement time T1 and end measurement time T2) in the data analysis instruction, queries the preset storage area according to the user information to be analyzed (user 1) and the measurement time information to be analyzed (start measurement time T1 and end measurement time T2) to obtain the body temperature data to be analyzed, and generates the data analysis result based on the body temperature data to be analyzed.

[0063] A meridian thermosensitization measurement system provided by an embodiment of the present invention comprises: a meridian thermosensitization measurement device 1 and a user terminal 2, wherein the meridian thermosensitization measurement device 1 comprises a control box 10 and at least one body temperature probe 11; wherein the meridian thermosensitization measurement device 1 is used to receive a measurement instruction, determine at least one body temperature probe 11 according to the measurement instruction, and use the body temperature probe 11 to measure the body temperature of multiple thermosensitive acupoints of a user in a preset time interval to obtain multiple voltage signals and send the multiple voltage signals to the control box 10, use the control box 10 to determine the body temperature data of multiple thermosensitive acupoints in a preset time interval according to the multiple voltage signals and preset information, and send the body temperature data to the user terminal 2, the preset information includes the body temperature data corresponding to each voltage signal, and the preset time interval includes multiple measurement times; the user terminal 2 is used to receive the body temperature data, generate data analysis results of each thermosensitive acupoint of the user in the preset time interval based on the body temperature data, and display the data analysis results, the data analysis results include the body temperature of different thermosensitive acupoints of the user at the same measurement time and the body temperature of the same thermosensitive acupoint of the user at different measurement times. Therefore, compared with the prior art, the embodiment of the present invention provides a meridian thermosensitization measurement system, in which the meridian thermosensitization measurement device 1 can use multiple temperature probes 11 to measure the temperature of each thermosensitive acupoint of the user within a preset time interval to obtain multiple voltage signals and send the multiple voltage signals to the control box 10, and use the control box 10 to determine the temperature data of multiple thermosensitive acupoints in the preset time interval according to the multiple voltage signals and preset information and send the temperature data to the user terminal 2, which is equivalent to the meridian thermosensitization measurement device 1 being able to collect the voltage signals of each thermosensitive acupoint of the user in real time and automatically determine the temperature data of each thermosensitive acupoint according to the voltage signals, and send the temperature data to the user terminal 2, that is, to achieve the purpose of collecting the temperature data of multiple thermosensitive acupoints within the preset time interval, and the user terminal 2 determines the data analysis result based on the temperature data (the user is at the same The body temperature of different thermosensitive acupoints at one time and the body temperature of the same thermosensitive acupoint of the user at different times) and display of data analysis results are equivalent to providing a visualized and intuitive data analysis result for hot moxibustion treatment. Hot moxibustion medical staff can analyze the thermosensitive correlation of different thermosensitive acupoints according to the visualized data analysis results, and then determine how to adjust the hot moxibustion temperature of the hot moxibustion source, so as to achieve the purpose of improving the effect of hot moxibustion treatment and make the effect of hot moxibustion treatment better; in addition, a meridian thermosensitization measurement device 1 in a meridian thermosensitization measurement system provided by an embodiment of the present invention has at least one body temperature probe 11, which can automatically measure the body temperature of different thermosensitive acupoints of the same meridian of the user, is easy to use, and provides a more convenient measurement device for measuring the body temperature of different thermosensitive acupoints of the user, thereby increasing the convenience of measuring the body temperature of different thermosensitive acupoints of the user.

[0064] 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 thermal sensitization measurement system, characterized in that: The system comprises: a meridian thermal sensitization measuring device and a user end, wherein the meridian thermal sensitization measuring device comprises a control box and at least one body temperature probe; wherein, The meridian thermosensitization measurement device is used to receive a measurement instruction, determine at least one body temperature probe according to the measurement instruction, and use the body temperature probe to measure the body temperature of multiple thermosensitive acupoints of the user within a preset time interval to obtain multiple voltage signals and send the multiple voltage signals to the control box, use the control box to determine the body temperature data of the multiple thermosensitive acupoints in the preset time interval according to the multiple voltage signals and preset information, and send the body temperature data to the user end, the preset information includes the body temperature data corresponding to each voltage signal, and the preset time interval includes multiple measurement times; The user terminal is used to receive the body temperature data, generate data analysis results of each thermosensitive acupoint of the user in the preset time interval based on the body temperature data, and display the data analysis results, wherein the data analysis results include the body temperature of different thermosensitive acupoints of the user at the same measurement time and the body temperature of the same thermosensitive acupoint of the user at different measurement times.

2. According to the system of claim 1, the control box comprises a signal acquisition system and a main control system, and the meridian thermosensitization measurement device is specifically used to use the body temperature probe to measure the body temperature of multiple thermosensitive acupoints of the user within the preset time interval to obtain the multiple voltage signals and send the multiple voltage signals to the signal acquisition system, use the signal acquisition system to perform signal processing on the multiple voltage signals to obtain multiple target voltage signals and send the multiple target voltage signals to the main control system, use the main control system to query the preset information according to the multiple target voltage signals to obtain the body temperature data and send the body temperature data to the user end.

3. According to the system of claim 2, the body temperature data includes the body temperature data of each thermosensitive acupoint of the user at the multiple measurement times, and the user end is specifically used to determine the body temperature data of different thermosensitive acupoints of the user at the same measurement time and the body temperature data of the same thermosensitive acupoint of the user at different measurement times according to the body temperature data of each thermosensitive acupoint of the user at each measurement time, determine the body temperature data of different thermosensitive acupoints of the user at the same measurement time and the body temperature data of the same thermosensitive acupoint of the user at different measurement times as the data analysis results, and display the data analysis results.

4. According to the system of claim 2, the control box also includes an input and output component, which includes a power switch, a power indicator light, a Bluetooth indicator light and a temperature probe interface, the power switch is used to start the meridian thermosensitization measurement device, the power indicator light is used to indicate the power-on status of the meridian thermosensitization measurement device, the Bluetooth indicator light is used to indicate the Bluetooth connection status of the meridian thermosensitization measurement device, and the temperature probe interface is used to insert the temperature probe.

5. According to the system of claim 2, the control box also includes a power supply system, the power supply system includes an isolation circuit and a power conversion circuit, the isolation circuit is used for power isolation and signal isolation, and the power conversion circuit is used for converting the input voltage into an operating voltage.

6. According to the system of claim 1, the user terminal is also used to display the body temperature data of each thermosensitive acupoint of the user in the preset time interval.

7. According to the system of claim 1, the user terminal is also used to obtain user information of the user and store the user information and the body temperature data in a preset storage area in association with each other.

8. According to the system of claim 7, the user terminal is also used to receive data query instructions, query the preset storage area according to the data query instructions to obtain historical body temperature data and display the historical body temperature data. The data query instruction is triggered by the hot moxibustion medical staff entering the user information and time information in the data query interface of the user terminal and clicking the query control in the data query interface.

9. According to the system of claim 8, the user terminal is also used to receive a save instruction, determine the start save time and the end save time according to the save instruction, and save the body temperature data between the start save time and the end save time to the preset storage area. The save instruction is generated when the hot moxibustion medical staff enters the start save time and the end save time in the data save interface of the user terminal and clicks the save control in the data save interface of the user terminal to trigger the generation.

10. According to the system of claim 8, the user terminal is also used to receive data analysis instructions, determine the body temperature data to be analyzed according to the data analysis instructions, and generate the data analysis results based on the body temperature data to be analyzed. The data analysis instructions are generated by the hot moxibustion medical staff inputting the user information to be analyzed and the time information to be analyzed in the data analysis interface of the user terminal and clicking the analysis control in the data analysis interface.

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